Теги: промышленность справочник кабели
Год: 2006
Текст
∀#%∋(∗,( - /,0%0(234
∀∃&∋(∗(∃+,∃ .(0∃+1 345+(456 3-∃ 57&(45∃ 8:<>≅Α:ΒΔΕΓΕ Β Ηθ.ΕΑ>≅Δθ
"ΔθΛ:Μ≅, ΗΕ.ΕΝθ 5 Οθ8:Η≅θΜΘ &∋Ρ ΔθΛ:ΜΣ>ΕΤ ≅>ΝΥΒ8Η≅≅", &,ς,∋4∃4, 5
ς∃∀∃∀(Ω,Ξ(4, Ψ 1[∃Ξ,+ ς,Ψ∋∃&45∴ 57+∃4∃45⊥ 3 _(Ω∃∋ 4,⊥ 54&1ΨΞ∀55 5 Ψ+∃α4β∴ ,Ξ∀(Ψ∋Ρ∴
ς∀,+β0∋∃44,ΨΞ5.
. Βς∀(3,[45_∃ ς∀53∃&∃4β ,ς5Ψ(45Ρ _,4ΨΞ∀1_χ5⊥ 5 Ξ∃∴45[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 _(_
Ω(7,3β∴ +(∀,_ _(Ω∃∋∃⊥ 5 ς∀,3,&,3, 3βς1Ψ_(∃+β∴ ς, ΓΕΒ8(+ 5 8Υ (∀(7∀(Ω,Ξ(44β+ &, 1992),
Ξ(_ 5 4,3∃⊥05∴ +(∀,_ _(Ω∃∋∃⊥ 5 ς∀,3,&,3, 3βς1Ψ_(∃+β∴ ς∀,573,&5Ξ∃∋Ρ+5 ς, ∀(7∋5[4,⊥
Ξ∃∴45[∃Ψ_,⊥ &,_1+∃4Ξ(χ55. ≅4δ,∀+(χ5Ρ, ς∀53∃&∃44(Ρ 3 Ψς∀(3,[45_∃, 37ΡΞ( ∋5Ω, 57
,Ξ_∀βΞβ∴ ,δ5χ5(∋ 4β∴ 5ΨΞ,[45_,3, ∋5Ω, ς∀∃&,ΨΞ(3∋∃4( 4∃ς,Ψ∀∃&ΨΞ3∃44, ς∀,573,&5Ξ∃∋Ρ+5
5 ς,ΨΞ(3ε5_(+5 _(Ω∃∋ 4,⊥ ς∀,&1_χ55, (_Ψ∃ΨΨ1(∀,3 5 +(Ξ∃∀5(∋,3.
Ν∋Ρ 1&,ΩΨΞ3( ς,∋ 7,3(Ξ∃∋∃⊥ 3ΨΡ 54δ,∀+(χ5Ρ ς, _(Ω∃∋Ρ+ 5 ς∀,3,&(+ Ψ +∃Ξ(∋∋5[∃Ψ_5+5
α5∋(+5 Ψ5ΨΞ∃+(Ξ575∀,3(4( ς, ,Ω∋(ΨΞΡ+ ς∀5+∃4∃45Ρ, ( 3 _,4χ∃ _(α&,∗, ς,&∀(7&∃∋( &(4β
Ξ(Ω∋5χβ Ψ 1_(7(45∃+ ς∀,573,&5Ξ∃∋∃⊥ 5 ς,ΨΞ(3ε5_,3, 5∴ _,,∀&54(Ξ 5 4,+∃4_∋(Ξ1∀β.
8∃∴45[∃Ψ_(Ρ 5 _,++∃∀[∃Ψ_(Ρ 54δ,∀+(χ5Ρ ,Ω ,ςΞ5[∃Ψ_5∴ _(Ω∃∋Ρ∴, (_Ψ∃ΨΨ1(∀(∴ 5 +(Ξ∃∀5(∋(∴
ς∀53∃&∃4( 3 Ψ5ΨΞ∃+(Ξ575∀,3(44,+ 35&∃ ς, _(α&,+1 ς∀,573,&5Ξ∃∋6 ,Ξ&∃∋ 4,.
. ∀(7&∃∋(∴ 6 5 7 &(4β ς,∋4β∃ _,,∀&54(Ξβ ς∀,573,&5Ξ∃∋∃⊥ 5 ς,ΨΞ(3ε5_,3, 5∴ δ5∋5(∋,3,
54δ,∀+(χ5Ρ , Ψ5ΨΞ∃+∃ _([∃ΨΞ3( 5 ς,∋4(Ρ 4,+∃4_∋(Ξ1∀( 3βς1Ψ_(∃+,⊥ ς∀,&1_χ55.
ΒΞ∀1_Ξ1∀( Βς∀(3,[45_( 1&,Ω4( &∋Ρ 3βΩ,∀( _(Ω∃∋ 4,⊥ ς∀,&1_χ55 5 ς,ΨΞ(3ε5_(:
1. . θ∋δ(35Ξ4,+ 1_(7(Ξ∃∋∃ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς, +(∀_(+ (∀(Ψς,∋,α∃4 3 _,4χ∃
Βς∀(3,[45_() 4(ς∀,Ξ53 _(α&,⊥ +(∀_5 1_(7(4 4,+∃∀ ς,&∀(7&∃∋(, ∗&∃ &(44(Ρ +(∀_( ,ς5Ψ(4(
(Ψ+. Β,&∃∀α(45∃), 5 Ξ(+ α∃ ς∀53∃&∃4β ς∀,573,&5Ξ∃∋5 5 ς,ΨΞ(3ε5_5 5 5∴ _,,∀&54(Ξβ;
2. . ∀(7&∃∋∃ 6 Ψ,&∃∀α5ΞΨΡ ς,∋4(Ρ 54δ,∀+(χ5Ρ ς, _,4_∀∃Ξ4,+1 ς∀,573,&5Ξ∃∋6 5
ς,ΨΞ(3ε5_1;
3. . Β,&∃∀α(455 (∀(Ψς,∋,α∃4, 3 4([(∋∃ Βς∀(3,[45_() 3ΨΡ _(Ω∃∋ 4(Ρ ς∀,&1_χ5Ρ
Ψ5ΨΞ∃+(Ξ575∀,3(4( ς, ,Ω∋(ΨΞΡ+ ς∀5+∃4∃45Ρ.
6 8(#9%∗,(
#:<=>≅ 1 4:Α>ΒΔ:≅Ε =≅Φ Γ:Η>≅>Ι Δ ΚΒΛΝΛ=ΛΝ .......................................................7
1.1. ΕςΞ5[∃Ψ_5∃ 3,∋,_4( _,+ς(455 OFS, Βφθ.........................................................................8
1.2. ΕςΞ5[∃Ψ_5∃ 3,∋,_4( _,+ς(455 "CORNING Inc."..............................................................12
1.3. ,∋5+∃∀4β∃ +(Ξ∃∀5(∋β &∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[∃_ ,Ωε∃∗, ς∀5+∃4∃45Ρ ...........................15
1.3.1. ,∋53545∋∴∋,∀5&4β∃ ς∋(ΨΞ5_(Ξβ 57,∋Ρχ5,44β∃ ..............................................15
1.3.2. ,∋53545∋∴∋,∀5&4β∃ ς∋(ΨΞ5_(Ξβ &∋Ρ ,Ω,∋,[∃_ ................................................16
1.3.3. ,∋5γΞ5∋∃4β 57,∋Ρχ5,44β∃ ................................................................................17
1.3.4. ,∋5γΞ5∋∃4β &∋Ρ ,Ω,∋,[∃_ ..................................................................................20
1.4. ,∋5+∃∀4β∃ +(Ξ∃∀5(∋β ς∀,573,&ΨΞ3( Borealis &∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[∃_ .......................21
1.5. 8∃∀+,ς∋(ΨΞ5[4β∃ Ω∃7∗(∋,∗∃4,3β∃ _,+ς,75χ55 _,+ς(455
SOLVAY PADANOPLAST S.p.A......................................................................................23
1.6. Β5∋(4,∋ 4,-Ψ053(∃+β∃ _,+ς,75χ55 _,+ς(455
SOLVAY PADANOPLAST S.p.A......................................................................................25
1.7. Βς∃χς,∋5+∃∀β 5 δΞ,∀ς,∋5+∃∀β _,+ς(455 SOLVAY
&∋Ρ _(Ω∃∋ 4,⊥ ς∀,+β0∋∃44,ΨΞ5 .......................................................................................27
1.8. θ∀(+5&4β∃ 3,∋,_4( _,+ς(455 Teijin Twaron...................................................................29
1.9. ,∋55+5&4(Ρ ς∋∃4_( APICAL...........................................................................................32
#:<=>≅ 2 -:Η>≅Δ Δ ΚΒΛΝΛ=: Ο Θ>Α:≅≅ΔΡ>ΟΓΔΘΔ ΣΔ≅:ΘΔ......................................35
2.1. ΕΩε5∃ Ξ∀∃Ω,3(45Ρ _ γ∋∃+∃4Ξ(+ _,4ΨΞ∀1_χ55...................................................................36
2.1.1. 8,_,ς∀,3,&Ρε5∃ α5∋β.........................................................................................36
2.1.2. Η∃_,+∃4&1∃+β∃ 4,∀+β Ξ,∋ε54 57,∋Ρχ55 ...........................................................41
2.1.3. Η∃_,+∃4&1∃+β∃ 4,∀+β Ξ,∋ε54 ,Ω,∋,[∃_............................................................45
2.1.4. ι(ε5Ξ4β∃ ς,_∀,3β ...............................................................................................48
2.2. Δ(Ω∃∋5 Ψ5∋,3β∃ .................................................................................................................52
2.2.1. Δ(Ω∃∋5 Ψ5∋,3β∃ Ψ ς∀,ς5Ξ(44,⊥ Ω1+(α4,⊥ 57,∋Ρχ5∃⊥
4( 457_,∃ 5 Ψ∀∃&4∃∃ 4(ς∀Ρα∃45∃ ..........................................................................52
2.2.2. Δ(Ω∃∋5 Ψ5∋,3β∃ Ψ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥
4( 457_,∃ 5 Ψ∀∃&4∃∃ 4(ς∀Ρα∃45∃ ..........................................................................68
2.2.3. Β5∋,3β∃ _(Ω∃∋5 Ψ 57,∋Ρχ5∃⊥ 57 Ψ05Ξ,∗, ς,∋5γΞ5∋∃4(
4( Ψ∀∃&4∃∃ 5 3βΨ,_,∃ 4(ς∀Ρα∃45∃ ς∀,573,&ΨΞ3( "θΛΛ Ο,Ψ_(Ω∃∋ "...................80
2.2.4. Δ(Ω∃∋5 Ψ5∋,3β∃ ∗5Ω_5∃ ............................................................................................87
2.3. Δ(Ω∃∋5 _,4Ξ∀,∋ 4β∃ ..........................................................................................................94
2.4. Δ(Ω∃∋5 1ς∀(3∋∃45Ρ ..........................................................................................................102
2.5. Δ(Ω∃∋5 Ψ5∗4(∋ 4,-Ω∋,_5∀,3,[4β∃ ..................................................................................107
2.6. Δ(Ω∃∋5 5 ς∀,3,&( Ψ3Ρ75 ...................................................................................................111
2.6.1. Δ(Ω∃∋5 Ξ∃∋∃δ,44β∃ ............................................................................................111
2.6.2. Δ(Ω∃∋5 Ξ∃∋∃δ,44β∃ (Ω,4∃4ΞΨ_5∃ 0(∴Ξ4β∃
ς∀,573,&ΨΞ3( ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "...................................................................116
2.6.3. Δ(Ω∃∋5 Ψ5++∃Ξ∀5[4β∃ 3βΨ,_,[(ΨΞ,Ξ4β∃ ..........................................................118
2.6.4. Δ(Ω∃∋5 Ψ5++∃Ξ∀5[4β∃ 457_,[(ΨΞ,Ξ4β∃ .............................................................119
2.6.5. Δ(Ω∃∋5 Ψ5++∃Ξ∀5[4β∃ 7,4,3β∃ .........................................................................120
2.6.6. Δ(Ω∃∋5 Ψ∃∋ Ψ_,⊥ Ψ3Ρ75 .......................................................................................121
2.6.7. Δ(Ω∃∋5 ∀(&5,[(ΨΞ,Ξ4β∃ .....................................................................................122
2.6.8. Δ(Ω∃∋5 ∀(&5,[(ΨΞ,Ξ4β∃ ς∀,573,&ΨΞ3( ΕθΕ "ΕΝ:ΒΔθΛ:ΜΣ".........................129
2.6.9. ∀,3,&( Ψ3Ρ75.....................................................................................................133
2.6.10. Δ(Ω∃∋5 &∋Ρ ΨΞ∀1_Ξ1∀5∀,3(44β∴ _(Ω∃∋ 4β∴ Ψ5ΨΞ∃+ (ΒΔΒ)................................137
2.7. Δ(Ω∃∋5 5 ς∀,3,&( +,4Ξ(α4β∃ .........................................................................................143
2.8. ∀,3,&( 4∃57,∋5∀,3(44β∃ ..............................................................................................148
2.8.1. λ3∃Ξ4,⊥ ς∀,_(Ξ ς∀,573,&ΨΞ3( ΕΕΕ "Ο,Ψ_(Ω∃∋ -λ3∃ΞΟ∃Ξ".............................148
2.8.2. ∀,3,&( _,4Ξ(_Ξ4β∃...........................................................................................149
2.8.3. ∀,3,&( ς,∋β∃ ...................................................................................................150
2.8.4. ∀,3,&( ∗5Ω_5∃ ..................................................................................................151
2.8.5. ∀,3,&( 4∃57,∋5∀,3(44β∃ &∋Ρ 3,7&104β∴ ∋545⊥ ............................................154
2.9. ∀,3,&( 57,∋5∀,3(44β∃ &∋Ρ 3,7&104β∴ ∋545⊥ .............................................................160
2.10. ∀,3,&( 1ΨΞ(4,3,[4β∃ ....................................................................................................162
2.11. ∀,3,&( Ψ,∃&545Ξ∃∋ 4β∃ ................................................................................................167
2.12. ∀,3,&( 3β3,&4β∃ ...........................................................................................................176
2.13. ∀,3,&( ,Ω+,Ξ,[4β∃ .......................................................................................................179
2.13.1. ∀,3,&( ,Ω+,Ξ,[4β∃ Ψ Ω1+(α4,⊥ 57,∋Ρχ5∃⊥ ....................................................179
2.13.2. ∀,3,&( ,Ω+,Ξ,[4β∃ Ψ γ+(∋∃3,⊥ 57,∋Ρχ5∃⊥ .....................................................182
2.13.3. ∀,3,&( Ψ 3,∋,_45ΨΞ,⊥ 5 γ+(∋∃3,-3,∋,_45ΨΞ,⊥ 57,∋Ρχ5∃⊥..............................186
2.13.4. ∀,3,&( ,Ω+,Ξ,[4β∃ Ψ ς∋∃4,[4,⊥ 57,∋Ρχ5∃⊥ ...................................................191
2.13.5. ∀,3,&( ,Ω+,Ξ,[4β∃ Ψ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥ ............................................193
2.14. Δ(Ω∃∋5 5 ς∀,3,&( Ψς∃χ5(∋ 4,∗, 4(74([∃45Ρ...................................................................197
2.14.1. Δ(Ω∃∋5 Ψ1&,3β∃ ..................................................................................................197
2.14.2. Δ(Ω∃∋5 5 ς∀,3,&( &∋Ρ ς,&35α4,∗, Ψ,ΨΞ(3( .......................................................200
2.14.3. Δ(Ω∃∋5 Ψ ∀∃754,3,⊥ 57,∋Ρχ5∃⊥ &∋Ρ ΨΞ(χ5,4(∀4,⊥ ς∀,_∋(&_5...........................202
2.14.4. Δ(Ω∃∋5 5 ς∀,3,&( &∋Ρ ∗∃,δ575[∃Ψ_5∴ ∀(Ω,Ξ ......................................................203
2.14.5. Δ(Ω∃∋5 ∗∀17,4∃Ψ105∃ ∗∃,δ575[∃Ψ_5∃ ................................................................204
2.14.6. Δ(Ω∃∋5 &∋Ρ ς5Ξ(45Ρ ς,∗∀1α4β∴ 4(Ψ,Ψ,3 4∃δΞ∃&,Ωβ[5 ....................................206
2.14.7. ∀,3,&( (3Ξ,+,Ω5∋ 4β∃ ....................................................................................209
2.14.8. ∀,3,&( (35(χ5,44β∃ ........................................................................................210
2.14.9. ∀,3,&( &∋Ρ ∀(&5,1ΨΞ(4,3,_ .............................................................................211
2.14.10. Δ(Ω∃∋5 ∋5δΞ,3β∃................................................................................................213
2.14.11. Δ(Ω∃∋5 Ψ +54∃∀(∋ 4,⊥ 57,∋Ρχ5∃⊥ ......................................................................213
2.14.12. ∀,3,&( 4(∗∀∃3(Ξ∃∋ 4β∃ ....................................................................................214
2.14.13. ,α(∀,Ω∃7,ς(Ψ4β∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ∀ "> " ,&,∋ Ψ__(Ω∃∋ "..........215
2.14.14. Ε∗4∃ΨΞ,⊥_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "ι(3,& Ο,Ψ_(Ω∃∋ ".............................219
2.15. 8,_,3β∃ 4(∗∀17_5 4( _(Ω∃∋5 5 ς∀,3,&( ...........................................................................223
#:<=>≅ 3 ΚΑΔΡ>ΟΓΔ> Γ:Η>≅Δ..................................................................................227
3.1. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "ΕΔΒ 01"...........................................................228
3.2. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ΕΕΕ ":3∀,_(Ω∃∋ I"..................................................233
3.3. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "................................................238
3.4. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "ΕμΒ Β3Ρ7 ΨΞ∀,⊥-1 .ΕΔΔ".............................243
3.5. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "Β∃3_(Ω∃∋ -ΕςΞ5_"...........................................248
3.6. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "ΟΕΒΔθΛ:ΜΣ-μΥΝν≅ΔΥΗθ".......................253
3.7. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ιθΕ "8∀(4Ψ3,_"........................................................258
3.8. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ΕΕΕ "Ε 8:>"..........................................................263
3.9. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3(
ιθΕ "Β(+(∀Ψ_(Ρ ,ςΞ5[∃Ψ_(Ρ _(Ω∃∋ 4(Ρ _,+ς(45Ρ"........................................................268
3.10. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ΕθΕ "ΕΝ:ΒΔθΛ:ΜΣ"..............................................273
3.11. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ΕΕΕ "Β(∀(4Ψ__(Ω∃∋ -ΕςΞ5_(".................................278
3.12. ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ς∀,573,&ΨΞ3( ≅ΕΕΕ "ΒΕοι-ΔθΛ:ΜΣ".........................................282
#:<=>≅ 4 %ΓΟ>ΟΟΤ:ΒΕ =≅Φ Γ:Η>≅ςΩΕΞ ≅ΔΩΔΙ ........................................................287
4.1. θ_Ψ∃ΨΨ1(∀β &∋Ρ 3,∋,_,44,-,ςΞ5[∃Ψ_5∴ ∋545⊥ Ψ3Ρ75 .....................................................288
4.1.1. .,∋,_,44,-,ςΞ5[∃Ψ_5∃ Ψ,∃&545Ξ∃∋ 4β∃ +1δΞβ
FOSC δ5∀+β Tyco Electronics Raychem N.V.....................................................288
4.1.2. .,∋,_,44,-,ςΞ5[∃Ψ_(Ρ 1453∃∀Ψ(∋ 4(Ρ +1δΞ(
FIST - GC02 δ5∀+β Tyco Electronics Raychem..................................................291
4.1.3. Ο1δΞβ ,ςΞ5[∃Ψ_5∃ ∗,∀,&Ψ_5∃ Ξ5ς( ΟΕΓ ..........................................................292
4.1.4. Ο(∗5ΨΞ∀(∋ 4β∃ ,ςΞ5[∃Ψ_5∃ +1δΞβ Ξ5ς( Ο8ΕΔ ...............................................292
4.1.5. Υ453∃∀Ψ(∋ 4β∃ ,ςΞ5[∃Ψ_5∃ +1δΞβ Ξ5ς( Ο8ΕΔ ...............................................293
4.1.6. φ41∀β ,ςΞ5[∃Ψ_5∃ ς∀,573,&ΨΞ3( ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "..................................294
4.2. θ_Ψ∃ΨΨ1(∀β &∋Ρ _(Ω∃∋∃⊥ Ψ3Ρ75 Ψ +∃Ξ(∋∋5[∃Ψ_5+5 α5∋(+5.............................................296
4.2.1. Ο1δΞβ <θGθ &∋Ρ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ δ5∀+β Tyco Electronics Raychem.....296
4.2.2. Ο1δΞβ Ψ354χ,3β∃ _,+ς(455 "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "............................................298
4.2.3. Ο1δΞβ ς,∋5γΞ5∋∃4,3β∃ Ξ5ς( ΟΗ 5 Ο
_,+ς(455 "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "...........................................................................298
4.2.4. Ο1δΞβ &∋Ρ +,4Ξ(α( 341Ξ∀57,4,3β∴ 5 Ψ∃∋ Ψ_5∴ _(Ω∃∋∃⊥
Ξ5ς( Ο8 5 Ο8Ε _,+ς(455 "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "................................................299
4.2.5. Ο1δΞβ ∗(7,4∃ς∀,45χ(∃+β∃ Ξ5ς( ΟΓ>ΟΨ 5 Υ.Γ>Ο
_,+ς(455 "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "...........................................................................300
4.2.6. Ο∃&4β∃ ς(Ξ[-_,∀&β ς∀,573,&ΨΞ3( ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ ".................................301
4.2.7. Β,∃&545Ξ∃∋5 δ5∀+β Tyco Electronics Raychem.................................................302
4.3. Δ(Ω∃∋ 4(Ρ (∀+(Ξ1∀( _,+ς(455 "8(⊥_, φ∋∃_Ξ∀,45_∃ Η(⊥∴∃+"........................................305
4.4. ι(ε5Ξ4β∃ ς∋(ΨΞ+(ΨΨ,3β∃ Ξ∀1Ωβ ς∀,573,&ΨΞ3( ιθΕ " ∋(ΨΞ_,+"..................................309
4.5. ΥΨΞ∀,⊥ΨΞ3( 7(_∋(&_5 _(Ω∃∋Ρ (ΥιΔ 5 +545 ΥιΔ) ς∀,573,&ΨΞ3( ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "....314
#:<=>≅ 5 0:Β: =≅Φ Γ:Η>≅ςΩΛΙ ΚΒΛ=ΤΓΖΔΔ..............................................................315
#:<=>≅ 6 [ΒΛΔ<ΝΛ=ΔΑ>≅Δ Δ ΚΛΟΑ:Ν∴ΔΓΔ Γ:Η>≅ςΩΛΙ ΚΒΛ=ΤΓΖΔΔ ........................323
#:<=>≅ 7 [ΒΛΔ<ΝΛ=ΔΑ>≅Δ Δ ΚΛΟΑ:Ν∴ΔΓΔ Θ:Α>ΒΔ:≅ΛΝ Δ :ΓΟ>ΟΟΤ:ΒΛΝ .............351
%≅]:ΝΔΑΩΕΙ ΤΓ:<:Α>≅ς ...........................................................................................356
[>Β>Ρ>Ως ΛΟΩΛΝΩΕΞ ΟΛΓΒ:∴>ΩΔΙ..........................................................................360
#%⊥8(2 1
∀∃&(∗∀+- .+/
1∀3&+&4 ∗ 6(797.79
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
8
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.1. [0,/(6-,( β 2 -∗% - 4[%∗,, OFS, 6δ%
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
OFS (Optical Fiber Solutions)*
www.ofsoptics.com
[Λ=Β:<=>≅>ΩΔ> ΛΚΑΔΡ>ΟΓΔΞ ΝΛ≅ΛΓΛΩ (OFS Denmark):
8∃∋. +454348 3737
e-mail: ofssalesdk@ofsoptics.com
[Β>=ΟΑ:ΝΔΑ>≅ςΟΑΝΛ OFS Ν #ΛΟΟΔΔ:
8∃∋. +7 495 202 76 59;
e-mail: mpavlychev@ofsoptics.com ; amikilev@ofsoptics.com
* !∀#∃∃ &∋)∗,.)∃/∃01∃ ∋&213∋-∀∋/∋3∋00!4 ∗∃#∃016 3∋8&,011 Lucent Technologies
=ΩΛΘΛ=ΛΝΛ> Δ ΘΩΛεΛΘΛ=ΛΝΛ> ΛΚΑΔΡ>ΟΓΛ> ΝΛ≅ΛΓΩΛ
∀# ∃%∋%()∗
,.∋∗/12 #3∀56)6)∀8
,#∀/∗)∀6
AHWave ®
ZWP
,#1∀96/(∀6 (∗.6∋∀ %:)%5%:%∃;6 5∗=∀/13∗∋2)%>,
≅%)%∃%> =%3%:/(%>, 56/1)%> /∃8≅∀, :∋8 /∀/165
#636:∗9∀ SDH, DWDM, CWDM, KTV, ∋%(∗∋2);Α
/616>, /616> :%/1Χ#∗ PON, FTTH.
Ε∗.%9∀> :∀∗#∗≅%) :∋∀) ∃%∋) 1275... 1625 )5.
,:)%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% AHWave ZWP*
/%%1∃61/1∃Χ61 Ε6( ΓΙΚ-Λ G.652.C/D Ν%∋)%/12Π
/%∃56/1∀5% ∀ ≅∗56)861 /1∗):∗31)%6 %:)%5%:%∃%6
∃%∋%()% (Ε6(. ΓΙΚ-Λ G.652.Θ/Σ). Υ≅=%1%∃∋6)% ∀≅
/∃63Α9∀/1%=% /∀)161∀96/(%=% (∃∗3ς6∃%=% /16(∋∗
561%:%5 ∃631∀(∗∋2)%=% %/6∃%=% %/∗Ω:6)∀8 (VAD).
* ZWP - Zero Water Peak - ΞΧ∋6∃%> Ν∀( Σ%:;, ∃%∋%()%
.6≅ :%#%∋)∀16∋2)%=% #3∀3%/1∗ ≅∗1ΧΑ∗)∀8 )∗ "#∀(6
∃%:;" (:∋∀)∗ ∃%∋); 1383 )5).
True Wave ®
RSLWP
,#1∀96/(∀6 (∗.6∋∀ %:)%5%:%∃;6 5∗=∀/13∗∋2)%>
(:% 10 Ζ.∀1///(∗)∗∋), ≅%)%∃%>, =%3%:/(%> /∃8≅∀, :∋8
/∀/165 #636:∗9∀ SDH, DWDM, CWDM
Ε6(%56):Χ61/8 :∋8 /∀/165 #636:∗9∀ / ∴3.∀6∃;5∀
∀∋∀ 3∗5∗)%∃/(∀5∀ %#1∀96/(∀5∀ Χ/∀∋∀16∋85∀.
Ε∗.%9∀> :∀∗#∗≅%) :∋∀) ∃%∋) DWDM
-- 1530... 1565 )5 (%/)%∃)%>), -- 1565... 1610 )5
(:%#%∋)∀16∋2);>), CWDM ~ (1275... 1610) )5
,:)%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% TrueWave RS LWP*
/%%1∃61/1∃Χ61 Ε6( ΓΙΚ-Λ G.655 Ι63:ς6∃∀)∗ ∃%∋%()∗
∀≅=%1%∃∋6)∗ ∀≅ /∃63Α9∀/1%=% /∀)161∀96/(%=% (∃∗3ς6∃%=%
/16(∋∗ 561%:%5 5%:∀]∀ς∀3%∃∗))%=% Α∀5∀96/(%=%
#∗3%]∗≅)%=% %/∗Ω:6)∀8 (MCVD).
* LWP - Low Water Peak - Ξ∀≅(∀> Ν∀( Σ%:; , ∃%∋%()% /
5∗∋;5 :%#%∋)∀16∋2);5 ≅∗1ΧΑ∗)∀65 )∗ "#∀(6 ∃%:;"
(:∋∀)∗∃%∋); 1383 )5).
True Wave ®
Reach LWP
,#1∀96/(∀6 (∗.6∋∀ /∃8≅∀ %:)%5%:%∃;6
5∗=∀/13∗∋2)%> (10-40 Ζ.∀1///(∗)∗∋) ≅%)%∃%>,
=%3%:/(%>, /∃8≅∀, :∋8 /∀/165 DWDM, CWDM
Ε6(%56):Χ61/8 :∋8 /∀/165 #636:∗9∀ / ∴3.∀6∃;5∀
∀∋∀ 3∗5∗)%∃/(∀5∀ %#1∀96/(∀5∀ Χ/∀∋∀16∋85∀
Ε∗.%9∀> :∀∗#∗≅%) :∋∀) ∃%∋) DWDM
-- 1460... 1625 )5, CWDM ~ (1275... 1610) )5.
,:)%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% TrueWave RS LWP
/%%1∃61/1∃Χ61 Ε6( ΓΙΚ-Λ G 655 ∀ G 656 Ι63:ς6∃∀)∗
∃%∋%()∗ ∀≅=%1%∃∋6)∗ ∀≅ /∃63Α9∀/1%=% /∀)161∀96/(%=%
(∃∗3ς6∃%=% /16(∋∗ 561%:%5 5%:∀]∀ς∀3%∃∗))%=%
Α∀5∀96/(%=% #∗3%]∗≅)%=% %/∗Ω:6)∀8 (MCVD).
LaserWaveTM
550/300
,#1∀96/(∀6 (∗.6∋∀ /∃8≅∀ 5)%=%5%:%∃;6 ∋%(∗∋2);Α
/616> /∃8≅∀ ∀ /616> :%/1Χ#∗ 1∀#∗ 10M/100M/1G/10G
Ethernet, /∀/165 1G/10G Fibre Channel ∀ :3.
Ε∗.%9∀6 :∀∗#∗≅%); :∋∀) ∃%∋) 850 ∀ 1300 )5.
Γ)%=%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% LaserWave 550/300
/ /63:ς6∃∀)%> 50 5(5 /%%1∃61/1∃Χ61 136.%∃∗)∀85
/1∗):∗31∗ ,Γ-3 (ISO 11801,2-8 36:.) ∀ #36∃;⊥∗61
136.%∃∗)∀8 /1∗):∗31∗ Ε6(. ΓΙΚ- G.651.
,#1∀5∀≅∀3%∃∗)% :∋8 3∗.%1; / ∋∗≅63);5∀
#636:∗19∀(∗5∀ VCSEL )∗ :∋∀)6 ∃%∋); 850 )5 #3∀
/(%3%/1∀ #636:∗9∀ :% 1 Ζ.∀1//. Σ%∋%()% ∀≅=%1%∃∋6)%
561%:%5 5%:∀]∀ς∀3%∃∗))%=% Α∀5∀96/(%=%
#∗3%]∗≅)%=% %/∗Ω:6)∀8 (MCVD)
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
9
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∀# ∃%∋%()∗
,.∋∗/12 #3∀56)6)∀8
,#∀/∗)∀6
LaserWaveTM
G+
,#1∀96/(∀6 (∗.6∋∀ /∃8≅∀ 5)%=%5%:%∃;6 ∋%(∗∋2);Α
/616> /∃8≅∀ ∀ /616> :%/1Χ#∗ 1∀#∗ 10M/100M/1G/10G
Ethernet ∀ :3.
Ε∗.%9∀6 :∀∗#∗≅%); :∋∀) ∃%∋) 850 ∀ 1300 )5.
Γ)%=%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% LaserWave G+
/%%1∃61/1∃Χ61 136.%∃∗)∀85 /1∗):∗31∗ ,Γ-2 (ISO
11801, 2-8 36:) ∀ Ε6(. ΓΙΚ- G.651 ,#1∀5∀≅∀3%∃∗)%
:∋8 3∗.%1; / ∋∗≅63);5∀ #636:∗19∀(∗5∀ VCSEL )∗
:∋∀)6 ∃%∋); 850 )5 #3∀ /(%3%/1∀ #636:∗9∀ :% 10
Ζ.∀1//. Σ%∋%()% ∀≅=%1%∃∋6)% 561%:%5
5%:∀]∀ς∀3%∃∗))%=% Α∀5∀96/(%=% #∗3%]∗≅)%=%
%/∗Ω:6)∀8 (MCVD).
βΕΗΛΒ ΝΛ≅ΛΓΩ: ≅≅Φ ΟΔΟΑ>Θ Κ>Β>=:ΡΔ
Ε∗//1%8)∀6 #636:∗9∀
Ι(%3%/12
#636:∗9∀
100 5
300 5
1(5
10 (5
100 (5
1000 (5
4000 (5
≥40 Ζ.∀1//
TrueWave Reach (LWP)
10-40 Ζ.∀1//
TrueWave RS (LWP)
2.5-10 Ζ.∀1//
AllWave (ZWP)
≤2 5 Ζ.∀1//
LazerWave 550/300
LAN 1-10G
Cu
_:Β:ΓΑ>ΒΔΟΑΔΓΔ ΛΚΑΔΡ>ΟΓΔΞ ΝΛ≅ΛΓΛΩ OFS
,:)%5%:%∃;6
Γ)%=%5%:%∃;6
∀# ,Σ
Ν∗3∗5613
AllWave ZWP TrueWave RS
LWP
TrueWave
Reach LWP LaserWave
550/300
LaserWave
G+
Ζ6%5613∀96/(∀6 Α∗3∗(163∀/1∀(∀
_∀∗5613 %.%∋%9(∀, 5(5
125,0±0,7
125 0±0,7
125,0+0,7
125,0±1,0
125,0+1,0
Ξ6(3Χ=∋%/12 %.%∋%9(∀, %
≤1
≤1
≤1
≤1
≤1
Ξ6(3Χ=∋%/12 /63:ς6∃∀);, %
-
-
-
≤5
≤5
Ξ6(%)ς6)13∀9)%/12 /63:ς6∃∀);,
(1∀#∀9)%6 ≅)∗96)∀6 / 5∗(/∀5∗∋2)%6
≅)∗96)∀6), 5(5
≤0,2 / ≤0,5 ≤0,2 / ≤0,5 ≤0,2 / ≤0,5 ≤1,0 / ≤1,5 ≤1,0 / ≤1,5
_∀∗5613 #%(3;1∀8, 5(5
245-260
245-260
245-260
245+10
245±10
Ξ6(%)ς6)13∀9)%/12 #%(3;1∀8, 5(5
≤12
≤10
≤12
≤8
≤8
Ε∗:∀Χ/ /%./1∃6))%> (3∀∃∀≅);, 5
≥4
≥4
≥4
-
-
∗3∗(163∀/1∀(∀ #636:∗9∀
_∀∗5613 5%:%∃%=% #%∋8 (:∀∗5613
/63:ς6∃∀); :∋8 5)%=%5%:%∃;Α ∃%∋%(%)),
5(5
9,2+0,4
(1310 )5)
10,4±0,5
(1550 )5)
8,4±0,6
(1550 )5) 8,6±0,4
(1550 )5) 50,0±2,5
50,0±2,5
_∋∀)∗ ∃%∋); %1/69(∀ ∃ (∗.6∋6 λ//, )5
≤1260
≤1260
≤1325
-
-
β%∴]]∀ς∀6)1 ≅∗1ΧΑ∗)∀8, 1∀#∀9)%6
≅)∗96)∀6/ 5∗(/∀5∗∋2)%6 ≅)∗96)∀6, :χ/(5,
1310 )5
1383 )5
1490 )5
1550 )5
1625 )5
≤0,32 / ≤0,34
≤0,28 / ≤0,31
≤0,21 / ≤0,24
≤0,19 / ≤0,21
≤0,20 / ≤0,24
≤0,35 / ≤0,40
≤0,35 / ≤0,40
≤0,24 / ≤0,25
≤0,20 / ≤0,22
≤0,21 / ≤0,24
≤0,35 / ≤0,40
≤0,35 / ≤0,40
≤0,24 / ≤0,25
≤0,20 / ≤0,22
≤0,21 / ≤0,24
Γ∗(/ ≅)∗9.:
≤2,4 (850 )5)
≤0,7 (1300 )5)
Γ∗(/ ≅)∗9.:
≤2,4 (850 )5)
≤0,7 (1300 )5)
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
10
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
,:)%5%:%∃;6
Γ)%=%5%:%∃;6
∀# ,Σ
Ν∗3∗5613
AllWave ZWP TrueWave RS
LWP
TrueWave
Reach LWP LaserWave
550/300
LaserWave
G+
Ν3∀3%/1 (%∴]]∀ς∀6)1∗ ≅∗1ΧΑ∗)∀8 ∃
∀)163∃∗∋6 :∋∀) ∃%∋) %1)%/∀16∋2)%
(%∴]]∀ς∀6)1∗ ≅∗1ΧΑ∗)∀8 )∗ %#%3)%> :∋∀)6
∃%∋);, :χ/(5
1285-1330 (1310))5
1360-1480 (1385))5
1525-1575 (1550))5
1460-1625 (1550))5
≤0,03
≤0,04
≤0,02
≤0,04
--
--
≤0,02
≤0,05
--
--
≤0,02
≤0,05
Ν3∀3%/1 (%∴]]∀ς∀6)1∗
≅∗1ΧΑ∗)∀8 ≤1,0 :χ/(5 )∗
:∋∀)6 ∃%∋); 1300 )5
%1)%/∀16∋2)% 1380 )5
_∋∀)∗ ∃%∋); )Χ∋6∃%> :∀/#63/∀∀ λ0, )5
1302-1322
-
≤1405
1297-1316 1297-1316
Ξ∗(∋%) :∀/#63/∀%))%> (3∀∃%> )∗ :∋∀)6
∃%∋); )Χ∋6∃%> :∀/#63/∀∀, #//)52⋅(5
≤0,090
≤0,05
≤0,045
≤0,10
≤,10
β%∴]]∀ς∀6)1 Α3%5∗1∀96/(%> :∀/#63/∀∀,
#//)5 (5
1310 )5
1530-1565 )5
1565-1625 )5
≤-8,0
2,6-6,0
4,0 -8,9
≤-5,0
5,5-8,9
6,9-11,4
-
-
δ∀/∋%∃∗8 ∗#631Χ3∗
-
-
-
0,20±0,015 0,20±0,015
β%∴]]∀ς∀6)1 #%∋83∀≅∗ς∀%))%> 5%:%∃%>
:∀/#63/∀∀ ∃ ∋∀)∀∀ (LDV), #//√(5
≤0,06
≤0,04
≤0,04
-
-
Ν3∀3%/1 ≅∗1ΧΑ∗)∀8, :χ )∗ ∀≅=∀.∗Α (100
∃∀1(%∃ :∀∗5613%5 60 55), )∗ :∋∀)6 ∃%∋);
1550 )5
1625)5
≤0,05
≤0,05
≤0,05
≤0,05
≤0,05
≤0,05
Ν3∀3%/1 ≅∗1ΧΑ∗)∀8
≤0,5 :χ, 100 ∃∀1(%∃
:∀∗5613%5 75 55, )∗ :∋∀)∗Α
∃%∋) 850 )5 ∀ 1300 )5)
Ν3∀3%/1 (%∴]]∀ς∀6)1∗ ≅∗1ΧΑ∗)∀8, :χ/(5
#3∀ ∃%≅:6>/1∃∀∀ ]∗(1%3%∃ %(3ΧΩ∗Πε6>
/36:; )∗ :∋∀)6 ∃%∋); 1550 )5:
- 165#63∗1Χ3∗ %1 -60 :% +85°Ι
- ς∀(∋ %1 -10 :% +85 °Ι #3∀ ∃∋∗Ω)%/1∀ 98%
- #%=3ΧΩ6)∀6 ∃ ∃%:Χ #3∀ 23 °Ι
- Χ/(%36))%6 /1∗36)∀6 #3∀ +85 °Ι
≤0,05
≤0,05
≤0,05
≤0,1
≤0,1
Ε∗.%9∀> :∀∗#∗≅%) 165#63∗1Χ3, °Ι
-60...+85
-60...+85
-60...+85
60...+85
-60...+85
Γ6Α∗)∀96/(∀6 Α∗3∗(163∀/1∀(∀
φ3%∃6)2 )∗#38Ω6)∀8 #3∀ ∀/#;1∗)∀∀ )∗
#6365%1(Χ, ΖΝ∗
≥0,7
≥0,7
≥0,7
≥0,69
≥0,69
Ν∗3∗5613 :∀)∗5∀96/(%> Χ/1∗∋%/1∀
≥20
≥20
≥20
≥18
≥18
φ/∀∋∀6 /18=∀∃∗)∀8 #%(3;1∀8, Ξ
1,3-8,9
1,3-8,9
1,3-8,9
1,3-8,9
1,3-8,9
[Λ≅ΛΟ: ΚΒΛΚΤΟΓ:ΩΔΦ 44 ΝΛ≅ΛΓΩ: Ο ≅:<>ΒΩΕΘΔ Δ ΟΝ>ΑΛ=ΔΛ=ΩΕΘΔ
ΔΟΑΛΡΩΔΓ:ΘΔ
∀# ∀/1%9)∀(∗
LaserWave 550
LaserWave 300
LaserWave G+
γ∗≅63, ΛΓΣ *
850 )5
1300)5
850 )5
1300 )5
850 )5
1300)5
ΓΖς-(5
≥4700
≥500
≥2000
≥500
≥950
≥500
Ι∃61%:∀%:, OFL **
850 )5
1300 )5
850 )5
1300 )5
850 )5
1300 )5
ΓΖς-(5
≥3500
≥500
≥1500
≥500
≥700
≥500
*:Ο. -- Effective Modal Bandwidth -- γδδ∃_Ξ534(Ρ ς,∋,Ψ( ς∀,ς1Ψ_(45Ρ
**OFB -- Overfilled Launch Bandwidth -- γδδ∃_Ξ534(Ρ ς,∋,Ψ( ς∀5 4(Ψβε∃455 +,&
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
11
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4:ΓΟΔΘ:≅ςΩΕ> Β:ΟΟΑΛΦΩΔΦ Κ>Β>=:ΡΔ =≅Φ ΘΩΛεΛΘΛ=ΛΝΕΞ ΝΛ≅ΛΓΛΩ
LaserWave 550
LaserWave 300
LaserWave G+
1G Ethernet, 850 )5
1040 5
970 5
750 5
1G Gigabit Ethernet, 1300 )5
600 5
600 5
600 5
10G Ethernet, 850 )5
550 5
320 5
150 5
#:ΟΟΑΛΦΩΔΦ Κ>Β>=:ΡΔ ΘΩΛεΛΘΛ=ΛΝΕΞ ΝΛ≅ΛΓΛΩ OFS Ν ≅ΛΓ:≅ςΩΕΞ Ο>ΑΦΞ, Θ
∀# ,Σ
Laser Wave
Ι∀/165∗ #636:∗9∀
550
300
,.;9)%6 ∃%∋%()%
(50 5(5) 500/500 Γ=ς/(5
,.;9)%6 ∃%∋%()%
(62.5 5(5) 160/500 Γ=ς/(5
10 Gigabit Ethernet
γ∗≅63 850 )5
(10GBASE-SR&10GBASE-SW)
550
320
82
33
γ∗≅63; CWDM 1310 )5
(10BASE-LX4)
300
300
300
300
β%336(1∀3ΧΠε∀> #∗19(%3:
Ξ61
Ξ61
_∗
_∗
1 Gigabit Ethernet
γ∗≅63 850 )5 1000BASE-SX)
1040
970
550
275
γ∗≅63 1310 )5 (1000BASE-LX)
600
600
550
550
Ξ6%.Α%:∀5%/12
β%336(1∀3ΧΠε6=% #∗19(%3:
Ξ61
Ξ61
_∗
_∗
100 Megabit Ethernet
Ι∃61%:∀%: 850 )5 (100BASE-SX)
300
300
300
300
Ι∃61%:∀%: 1310 )5 (100BASE-FX)
2000
2000
2000
2000
10 Megabit Ethernet
Ι∃61%:∀%: 850 )5 (10BASE-FL)
1250
1250
1250
2000
10 Gigabit Fiber Channel (10GFC Rev 3 0)
γ∗≅63 850 )5 (1200-M5E-SIMS)
530
320
82
33
γ∗≅63; WWDM 1310 )5
(1200-M5-LC4S)
300
300
300
300
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.2. [0,/(6-,( β 2 -∗% - 4[%∗,, "CORNING INC."
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
CORNING Inc. (ΔΕΗ>≅>Γ)
θ&∀∃Ψ ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3( 3 Ο,Ψ_3∃:
127006 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, ΒΞ(∀,ς5+∃4,3Ψ_5⊥ ς∃∀.18
8∃∋.: (495) 7455547
μ(_Ψ: (495) 7772401/08
E-mail: myshlyaena@corning.com
=ΩΛΘΛ=ΛΝΕ> ΝΛ≅ΛΓΩ:
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Ε∗.%9∀> :∀∗#∗≅%) 165#63∗1Χ3
-60,Ι:%+85,Ι -60,Ι:%+85,Ι -60,Ι:%+85,Ι -60,Ι:%+85,Ι
η∗∃∀/∀5%/12 %1 165#63∗1Χ3; @ 850 )5
%1-60,Ι:%+85,Ι
< 0.20 :χ/(5
< 0.20 :χ/(5
< 0.20 :χ/(5
< 0.20 :χ/(5
η∗∃∀/∀5%/12 %1 165#63∗1Χ3; @ 1300 )5
%1-60,Ι:%+85,Ι
< 0.20 :χ/(5
< 0.20 :χ/(5
< 0.20 :χ/(5
< 0.20 :χ/(5
Ν∗3∗5613 :∀)∗5∀96/(%> Χ/1∗∋%/1∀ (nd)
20
20
20
20
Ι1∗):∗31)∗8 :∋∀)∗ ((5/(∗1Χ⊥(∗)
1.1...88
1.1...88
1.1...88
1.1...88
_6>/1∃ΧΠε66 ≅)∗96)∀6 =3Χ##%∃%=%
#%(∗≅∗16∋8 #36∋%5∋6)∀8 N ∴]]
1,496 )∗ ∃%∋)6
850 )5 1,491 )∗
∃%∋)6 1300 )5
1,481 )∗ ∃%∋)6 850 )5
1,476 )∗ ∃%∋)6 1300 )5
1,481 )∗ ∃%∋)6
850 )5 1,476 )∗
∃%∋)6 1300 )5
1,481 )∗ ∃%∋)6
850 )5 1,476 )∗
∃%∋)6 1300 )5
* Ο,∗1Ξ ΩβΞ ς,ΨΞ(3∋∃4β ΨΞ(4&(∀Ξ4β∃ 50/125 5 62,5/125 3,∋,_4(, ,ςΞ5+575∀,3(44β∃ &∋Ρ Ψ3∃Ξ,&5,&4β∴ 5ΨΞ,[45_,3.
** Corning ∗(∀(4Ξ5∀1∃Ξ, [Ξ, 3,∋,_4, InfiniCor ,Ω∃Ψς∃[5Ξ ς∃∀∃&([1 4( ,∗,3,∀∃44,∃ 3 4(73(455 3,∋,_4( ∀(ΨΨΞ,Ρ45∃
ς∀5 ς∃∀∃&([∃ 54δ,∀+(χ55 Ψ, Ψ_,∀,ΨΞ 6, ,ς∀∃&∃∋∃44,⊥ ς∀,Ξ,_,∋,+ Gigabit Ethernet (IEEE 802 3z).
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
15
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.3. [ 2,4(#∗φ( 4%0(#,%2φ 823 ,⊥ 23γ,,
, ∀ 2 /(- ∀∋(η [#,4(∗(∗,3
1.3.1. [Λ≅ΔΝΔΩΔ≅Ξ≅ΛΒΔ=ΩΕ> Κ≅:ΟΑΔΓ:ΑΕ Δ<Λ≅ΦΖΔΛΩΩΕ>
4:ΒΓΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Ο(∀_5 .< ς∋(ΨΞ5_(Ξ,3 &∋Ρ 57,∋Ρχ55 ς∀,3,&,3 5 _(Ω∃∋∃⊥, ( Ξ(_α∃ &∋Ρ Ψ,3+∃ε∃44,∗,
ς∀5+∃4∃45Ρ 3 _([∃ΨΞ3∃ 57,∋Ρχ55 5 ,Ω,∋,[_5 ς∀,3,&,3 5 _(Ω∃∋∃⊥, 3βς1Ψ_(∃+β∃ ς, ΓΕΒ8
5960-72, ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.1-1.
0:Η≅ΔΖ: 1.3.1-1
Γ∗3(∗
,.∋∗/12 #3∀56)6)∀8
65#63∗1Χ3);> :∀∗#∗≅%)
∴(/#∋Χ∗1∗ς∀∀,°Ι
Υ 40-13
Υ 40-1ηΘ
Υ 40-14
_∋8 ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀ (∗.6∋6>
%1 -40 :% +70
Υ 50-13
_∋8 ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀ (∗.6∋6>
%1 -50 :% +70
Υ 50-14
Ε6(%56):%∃∗); :∋8 3∗>%)%∃ (3∗>)6=% Ι6∃63∗
Υ 60-12
_∋8 ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀ (∗.6∋6>
Ε6(%56):%∃∗); :∋8 3∗>%)%∃ (3∗>)6=% Ι6∃63∗
%1 -60 :% +70
Υ, 45-12
_∋8 ∀≅%∋8ς∀∀ ∀ %.%∋%9(∀ #3%∃%:%∃ ∀ (∗.6∋6>
%1 -45 :% +70
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
8∃∴45[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 ς∀53∃&∃44β∴ +(∀,_ .< ς∋(ΨΞ5_(Ξ,3 &(4β 3 Ξ(Ω∋5χ∃ 1.3.1-2.
0:Η≅ΔΖ: 1.3.1-2 0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ [β_ Κ≅:ΟΑΔΓ:ΑΛΝ Δ<Λ≅ΦΖΔΛΩΩΕΞ
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8 Υ 40-13 Υ 40-1 ηΘ Υ 50-13 Υ 40-14 Υ 50-14 Υ 60-12 Υ, 45-12
φ:6∋2)%6 %.ι65)%6
∴∋6(13∀96/(%6
/%#3%1∀∃∋6)∀6 #3∀ 20 °Ι ,5-/5
1013
5x1013 2x1013 2x1014 1x1014 1x1012 1x1012
φ:6∋2)%6 %.ι65)%6
∴∋6(13∀96/(%6
/%#3%1∀∃∋6)∀6 #3∀ 70 °Ι ,5-/5
2x1010 1Α1011 5x1010 1,5x1012 1x1012 1x1010
-
Ν3%9)%/12 #3∀ 3∗≅3;∃6,
)6 56)66
ΓΝ∗
17,6
19,6
19,6
19,6
17,6
9,8
11,7
,1)%/∀16∋2)%6 Χ:∋∀)6)∀6
#3∀ 3∗≅3;∃6, )6 56)66
%
200
250
200
250
200
300
350
65#63∗1Χ3∗ Α3Χ#(%/1∀,
)6 ∃;⊥6
"Ι
-40
-40
-50
-40
-50
-60
-45
Ν%163∀ ∃ 5∗//6 #3∀ 160 °Ι
∃ 1696)∀6 6 9., )6 .%∋66
%
2
2
2
2
2
3
2,5
Ι∃61%/1%>(%/12 #3∀ 70 °Ι,
)6 56)66
9
1000
1000
1000
1000
1000
1000
1000
Ζ%3Π96/12 (561%: Θ),
)6 .%∋66
/6(
30
15
60
15
15
30
30
∃63:%/12 #3∀ 20 °Ι,
)6 56)66
ΓΝ∗
1,47 1,56-2,15 5,8 1,47-1,96 )6 )%35. 0,69
1,07
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
16
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8 Υ 40-13 Υ 40-1ηΘ Υ 50-13 Υ 40-14 Υ 50-14 Υ 60-12 Υ, 45-12
∃63:%/12 #3∀ 70 "Ι, )6
56)66
ΓΝ∗
0,78 0,78-1,17 1,07 0,68-1,07 )6 )%35. 0,39
0,78
Σ%:%#%=∋%ε6)∀6, )6 .%∋66 %
0,32
0,2
0,32
0,23
0,32
0,46
0,3
65#63∗1Χ3∗ 3∗≅58=96)∀8
°Ι
180+10 180+10 190+10 180+10 175+10 175+10 170
Ν∋%1)%/12
=//53 1,27-1,35 1,28-1,32 1,29-1,35 1,28-1,32 1,26-1,3 1,16-1,24 1,20-1,25
β%∋∀96/1∃% #%/1%3%))∀Α
∃(∋Π96)∀>, )6 .%∋66
-
45
24
56
18
27
36
27
1.3.2. [Λ≅ΔΝΔΩΔ≅Ξ≅ΛΒΔ=ΩΕ> Κ≅:ΟΑΔΓ:ΑΕ =≅Φ ΛΗΛ≅ΛΡ>Γ
4:ΒΓΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Ο(∀_5 .<-ς∋(ΨΞ5_(Ξ,3 &∋Ρ ,Ω,∋,[∃_ ς∀,3,&,3 5 _(Ω∃∋∃⊥ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.2-1.
0:Η≅ΔΖ: 1.3.2-1
Γ∗3(∗
6Α)∀96/(∗8 :%(Χ56)1∗ς∀8
,.∋∗/12 #3∀56)6)∀8
65#63∗1Χ3);> :∀∗#∗≅%)
∴(/#∋Χ∗1∗ς∀∀,°Ι
0-40
Ζ,Ι 5960-72
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α
#%(3%∃%∃ #3%∃%:%∃ ∀ (∗.6∋6>
%1 -40 :% +70
0-50
Ζ,Ι 5960-72
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α
#%(3%∃%∃ #3%∃%:%∃ ∀ (∗.6∋6>.
Ε6(%56):%∃∗)% :∋8 3∗>%)%∃
β3∗>)6=% Ι6∃63∗
%1 -50 :% +70
0-55
Ζ,Ι 5960-72
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α
#%(3%∃%∃ #3%∃%:%∃ ∀ (∗.6∋6>.
Ε6(%56):%∃∗)% :∋8 3∗>%)%∃
β3∗>)6=% Ι6∃63∗
%1 -50 :% +70
,Γχ-60
(5∗/∋%-.6)≅%/1%>(∀>)
Ζ,Ι 5960-72
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α
#%(3%∃%∃ #3%∃%:%∃ ∀ (∗.6∋6>,
3∗.%1∗Πε∀Α ∃ /36:6 /
#%∃;⊥6));5 /%:63Ω∗)∀65
5∗/∋∗ ∀ .6)≅∀)∗
%1 -60 :% +70
,ΞΓ-50
(/ )∀≅(%> 5∀=3∗ς∀6> ∃
#%∋∀∴1∀∋6))
Ζ,Ι 5960-72
_∋8 %.%∋%96( (∗.6∋6> /∃8≅∀
%1 -50 :% +70
,Ξη-40
(/ )∀≅(∀5 ≅∗#∗Α%5)
Ζ,Ι 5960-72
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α
#%(3%∃%∃ #3%∃%:%∃ ∀ (∗.6∋6>,
#3%(∋∗:;∃∗65;Α ∃ ≅∗5()Χ1;Α
%.ι65∗Α
%1 -40 :% +70
Ξ6∃∗
6Α. :%(Χ56)1∗ς∀8
#3%∀≅∃%:∀16∋8
_∋8 %.%∋%96( .;1%∃;Α
/%6:∀)∀16∋2);Α ⊥)Χ3%∃
%1 -35 :% +70
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
8∃∴45[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 .< ς∋(ΨΞ5_(Ξ,3 &∋Ρ ,Ω,∋,[∃_ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.2-2.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
17
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________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 1.3.2-2 0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ [β_ Κ≅:ΟΑΔΓ:ΑΛΝ =≅Φ ΛΗΛ≅ΛΡ>Γ
Γ∗3(∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8 0-40
0-40
(36ς.
,Γ-40) 0-50
0-55 ,Γχ-60 ,ΞΓ-50 ,Ξη-40
φ:6∋2)%6 %.ι65)%6
∴∋6(13∀96/(%6
/%#3%1∀∃∋6)∀6 #3∀ 20 °Ι,
)6 56)66
,5⋅/5 5x1010 5x1010 2,5Α1011 1Α1011 1x109 1x1010 5x1011
Ν3%9)%/12 #3∀ 3∗≅3;∃6,
)6 56)66
ΓΝ∗
14,7
11,7
17,2
11,7
11,7
11,7
13,7
,1)%/∀16∋2)%6
Χ:∋∀)6)∀6 #3∀ 3∗≅3;∃6,
)6 56)66
%
300
300
350
350
350
350
300
65#63∗1Χ3∗ Α3Χ#(%/1∀,
)6 56)66
°Ι
-40
-40
-52
-55
-60
-50
-40
∃63:%/12 #3∀ 20 °Ι
ΓΝ∗ 0,88-1,47 0,88-1,96 0,98-1,57 0,69-1,07 0,98
0,88
1,27
Σ%:%#%=∋∗ε6)∀6,
)6 .%∋66
%
0,35
0,4
0,3
0,3
1,0
0,2
0,3
65#63∗1Χ3∗
3∗≅58=96)∀8
°Ι
170
170
175
170 )6 )∀Ω6
175
)6 )∀Ω6
210
175
Ν∋%1)%/12
=//53 1,22-1,33 )6 .%∋66
1,4 1,25-1,31 1,18-1,25
-
-
-
Ν%1638 5∗//; #3∀ 160 °Ι
∃ 1696)∀6 6 9∗/%∃, )6
.%∋66
%
3
3
2,5
2
3
3
3
Ζ%3Π96/12 (561%: Θ),
)6 .%∋66
/
1500
2000
2000
2000
2000
1500
2000
Ι∃61%/1%>(%/12
#3∀ 70 °Ι, )6 .%∋66
9
30
15
30
15
30
60
30
φ∃61
-
963);> 963);> 963);> 963);> 963);> 963);> )6 %(3∗⊥.
Δ +(∀_∃ ΕΟΛ-60 ς∀∃&πΡ3∋Ρ6Ξ &,ς,∋45Ξ∃∋ 4β∃ Ξ∀∃Ω,3(45Ρ
Ν∗3∗5613
Λ:∀)∀ς∗ ∀≅5636)∀8
η)∗96)∀6
Ι%Α3∗)6)∀6 #3%9)%/1∀ #3∀ 3∗≅3;∃6, )6 56)66 #%/∋6 ∃;:63Ω(∀ ∃
.6)≅∀)6 #3∀ 20 °Ι, 24 9∗/∗
%
95
#%/∋6 ∃;:63Ω(∀ ∃ 5∗/∋6 #3∀ 100 °Ι, 24 9∗/∗
%
95
Ι%Α3∗)6)∀6 %1)%/∀16∋2)%=% Χ:∋∀)6)∀8 #3∀ 3∗≅3;∃6, )6 56)66
#%/∋6 ∃;:63Ω(∀ ∃ .6)≅∀)6 #3∀ 20 °Ι, 24 9∗/∗
%
90
#%/∋6 ∃;:63Ω(∀ ∃ 5∗/∋6 #3∀ 100 °Ι, 24 9∗/∗
%
65
1.3.3. [Λ≅ΔιΑΔ≅>ΩΕ Δ<Λ≅ΦΖΔΛΩΩΕ>
4:ΒΓΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Ο(∀_( _,+ς,75χ55 ς,∋5γΞ5∋∃4( 1ΨΞ(4(3∋53(∃ΞΨΡ 4( ,Ψ4,3∃ Ω(7,3,⊥ +(∀_5 ς,∋5γΞ5∋∃4(
3βΨ,_,∗, &(3∋∃45Ρ (102..., 107..., 153..., 178..., 180...) 5∋5 457_,∗, &(3∋∃45Ρ (Ψ1Ψς∃475,44β⊥
+∃Ξ,&: 204..., 206..., 207..., 208...) 5 ∀∃χ∃ςΞ1∀ &,Ω(3,_ 01, 02, 04 5 &∀1∗5∴, ( Ξ(_α∃ +(∀,_
ς,∋5γΞ5∋∃4( 457_,∗, &(3∋∃45Ρ (∗(7,δ(74β⊥ +∃Ξ,&): +(∀_( 271 5 &,Ω(3_( 70, +(∀_( 273 5
&,Ω(3_( 81. Ο(∀_5 57,∋Ρχ5,44β∴ _,+ς,75χ5⊥, 3βς1Ψ_(∃+β∴ ς, ΓΕΒ8 16336-77 5 5∴ ,Ω∋(ΨΞ5
ς∀5+∃4∃45Ρ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.3-1.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
18
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 1.3.3-1 Γ∗3(∗
,.∋∗/12 #3∀56)6)∀8
β%5#%≅∀ς∀∀ )∗ %/)%∃6 #%∋∀∴1∀∋6)∗ ∃;/%(%=% :∗∃∋6)∀8 _∀∗#∗≅%); 3∗.%9∀Α 165#63∗1Χ3 %1 -70 :% +70 °Ι
102-01β; 153-01β; 178-01β;
107-01β; 180-01β
_∋8 )6%(3∗⊥∀∃∗65%> ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀ (∗.6∋6>.
Ε6(%56):%∃∗); :∋8 (∗.6∋6> /∃8≅∀ ((3%56 180-01 β).
102-02β; 153-02β; 178-02β; 107-02β;
180-02β; 102-04β; 153-04β; 178-04β; 107-04;180-04β
_∋8 %(3∗⊥∀∃∗65%> ∀ )6 %(3∗⊥∀∃∗65%> ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀
(∗.6∋6>
102-09β; 153-09β; 178-09β; 107-09β
_∋8 /∃61%/1%>(%> ∀≅%∋8ς∀∀ #3%∃%:%∃
β%5#%≅∀ς∀∀ )∗ %/)%∃6 #%∋∀∴1∀∋6)∗ )∀≅(%=% :∗∃∋6)∀8 _∀∗#∗≅%) 3∗.%9∀Α 165#63∗1Χ3 %1 -60 :% +90 °Ι
204-07β; 206-07β; 207-07β; 208-07β
_∋8 %(3∗⊥∀∃∗65%> ∀ )6%(3∗⊥∀∃∗65%> ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀
(∗.6∋6>
204-11β; 206-11β; 273-81β
_∋8 /∃61%/1%>(%> ∀≅%∋8ς∀∀ #3%∃%:%∃
271-70β
_∋8 ∀≅%∋8ς∀∀ #3%∃%:%∃ ∀ (∗.6∋6>
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
φ∋∃_Ξ∀5[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 _,+ς,75χ5⊥ φ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.3-2.
μ575_,-+∃∴(45[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 _,+ς,75χ5⊥ φ ς∀53∃&∃4β 3 Ξ(Ω∋5χ(∴ 1.3.3-3,
1.3.3-4.
0:Η≅ΔΖ: 1.3.3-2 φ≅>ΓΑΒΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
ΓΛΘΚΛ<ΔΖΔΙ ΚΛ≅ΔιΑΔ≅>Ω: =≅Φ Δ<Λ≅ΦΖΔΔ
Γ∗3(∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8
102-01β
102-02β
107-01β
107-02β
153-01β
153-02β
178-01β
178-02β
102-09β
107-09β
153-09β
178-09β
102-04β
107-04β
153-04β
178-04β
180-04β
180-01β
180-02β
204-07β
206-07β
207-07β
208-07β
204-11β
206-11β 273-81β 271-70β
∗)=6)/ Χ=∋∗
:∀∴∋6(13∀96/(∀Α
#%1632, )6 .%∋66
#3∀ 9∗/1%16 1 ΓΖς
-
3x10-4 6x10-4 5x10-4 3x10-4 5x10-4 7x10-4 7x10-4 2x10-4
#3∀ 9∗/1%16 500
ΓΖς
-
4x10"1
)6 )%35∀3ΧΠ1
_∀∴∋6(13∀96/(∗8
#3%)∀ς∗65%/12,
)6 .%∋66 #3∀
9∗/1%16 1 ΓΖς
-
2,3
2,4
2,3
2,3
2,4
2,4
2,4
2,4
#3∀ 9∗/1%16
500 ΓΖς
-
2,3
)6 )%35∀3ΧΠ1
Κ∋6(13∀96/(∗8
#3%9)%/12 #3∀
50 Ζς (#3∀ 1%∋ε∀)6
%.3∗≅ς∗ 1 55), )6
56)66
(Σ/55
40
40
40
40
40
40
35
35
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 1.3.3-3 λΔ<ΔΓΛ-Θ>Ξ:ΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ΓΛΘΚΛ<ΔΖΔΙ
ΚΛ≅ΔιΑΔ≅>Ω: ΝΕΟΛΓΛεΛ =:Ν≅>ΩΔΦ =≅Φ Δ<Λ≅ΦΖΔΔ Γ∗3(∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8
102-01β
102-02β
102-04β
107-01β
107-02β
107-04β
153-01β
153-02β
153-04β
178-01β
178-02β
178-04β
180-01β
180-02β
180-04β
Ν∋%1)%/12
=//53
0,922-0,924 0,917-0,920 0,919-0,922 0,917-0,921 0,916-0,920
Ν%(∗≅∗16∋2 16(Χ96/1∀
3∗/#∋∗∃∗
=/10 5∀)
0,24-0,36
1,7-2,3
0,21-0,39
1,05-1,95
2,1-3,9
β%∋∀96/1∃% ∃(∋Π96)∀>, )6
.%∋66
⊥1.
0
0
3
3
3
Ι1%>(%/12 (
3∗/136/(∀∃∗)∀Π, )6 .%∋66
9
500
2,5
500
2,5
1,5
Ν36:6∋ 16(Χ96/1∀ #3∀
3∗/18Ω6)∀∀, )6 56)66
ΓΝ∗
11,3
9,3
9,8
9,3
9,3
Ν3%9)%/12 #3∀ 3∗≅3;∃6,
)6 56)66
ΓΝ∗
14,7
12,2
13,7
11,7
10,8
,1)%/∀16∋2)%6 Χ:∋∀)6)∀6
#3∀ 3∗≅3;∃6, )6 56)66
%
600
550
600
600
600
Ι1%>(%/12 (
1635%%(∀/∀∋∀16∋2)%5Χ
/1∗36)∀Π, )6 56)66
9
8
8
8
8
8
∀5+∃[(45∃ _ Ξ(Ω∋5χ∃ 1.3.3-3.
() ∀53∃&∃4β &(44β∃ &∋Ρ _,+ς,75χ5⊥ 3βΨ0∃∗, Ψ,∀Ξ(.
Ω) Β3,⊥ΨΞ3( _,+ς,75χ5⊥ +(∀,_ 102-09Δ, 107-09Δ, 157-09Δ, 178-09Δ Ψ,,Ξ3∃ΞΨΞ316Ξ Ψ3,⊥ΨΞ3(+ +(∀,_ 102..., 107...,
153..., 178..., ς∀53∃&∃44β+ 3 Ξ(Ω∋5χ∃. (∀(+∃Ξ∀β "ς∋,Ξ4,ΨΞ " 5 "_,∋5[∃ΨΞ3, 3_∋6[∃45⊥" 4∃ 4,∀+5∀16ΞΨΡ. ΒΞ,⊥
_,ΨΞ _ δ,Ξ,,_5Ψ∋5Ξ∃∋ 4,+1 ΨΞ(∀∃456 4∃ +∃4∃∃ 240 [(Ψ,3.
0:Η≅ΔΖ: 1.3.3-4 λΔ<ΔΓΛ-Θ>Ξ:ΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ΓΛΘΚΛ<ΔΖΔΙ
ΚΛ≅ΔιΑΔ≅>Ω: ΩΔ<ΓΛεΛ =:Ν≅>ΩΔΦ =≅Φ Δ<Λ≅ΦΖΔΔ
Γ∗3(∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8 204-07β 206-07β 207-07β 208-07β 204-11β 206-11β 273-81β 271-70β
Ν∋%1)%/12
=//53 0,949-
0,954 0,949-
0,954 0,949-
0,954 0,949-
0,954
)6 )%35∀3ΧΠ1
0,955-
0,960 0,950-
0,955
Ν%(∗≅∗16∋2 16(Χ96/1∀
3∗/#∋∗∃∗
=/10 5∀) 0,6-0,9 0,9-1,5 1,5-2,0 2,0-3,0 0,6-0,9 0,9-1,5 0,30-0,55 0,40-0,65
β%∋∀96/1∃% ∃(∋Π96)∀> ⊥1.
10
10
10
10
)6
)%35∀3ΧΠ1
10
Ι1%>(%/12 (
3∗/136/(∀∃∗)∀Π, )6
56)66
9
100
50
24
24
100
50
500
500
Ν36:6∋ 16(Χ96/1∀ #3∀
3∗/18Ω6)∀∀, )6 56)66 ΓΝ∗
23,5
23,5
23,5
23,5
23,5
23,5
22,6
22,6
Ν3%9)%/12 #3∀
3∗≅3;∃6, )6 56)66
ΓΝ∗
)6
)%35∀3ΧΠ1
20,6
21,6
,1)%/∀16∋2)%6
Χ:∋∀)6)∀6 #3∀ 3∗≅3;∃6 %
600
500
300
150
600
500
550
700
Ι1%>(%/12 (
1635%%(∀/∋∀16∋2)%5Χ
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9
)6 )%35∀3ΧΠ1
300
300
300
-
∀5+∃[(45∃ _ Ξ(Ω∋5χ∃ 1.3.3-4.
∀53∃&∃4β &(44β∃ &∋Ρ _,+ς,75χ5⊥ 3βΨ0∃∗, Ψ,∀Ξ(.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.3.4. [Λ≅ΔιΑΔ≅>ΩΕ =≅Φ ΛΗΛ≅ΛΡ>Γ
4:ΒΓΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Ο(∀_( _,+ς,75χ55 ς,∋5γΞ5∋∃4( 1ΨΞ(4(3∋53(∃ΞΨΡ 4( ,Ψ4,3∃ Ω(7,3,⊥ +(∀_5 ς,∋5γΞ5∋∃4(
3βΨ,_,∗, &(3∋∃45Ρ (102..., 107..., 153..., 178...) 5∋5 457_,∗, &(3∋∃45Ρ (Ψ1Ψς∃475,44β⊥ +∃Ξ,&:
204..., 206...) 5 ∀∃χ∃ςΞ1∀ &,Ω(3,_ 10,12, ( Ξ(_α∃ +(∀_5 ς,∋5γΞ5∋∃4( (∗(7,δ(74β⊥ +∃Ξ,&) 273 5
&,Ω(3_5 71.
Ο(∀_5 _,+ς,75χ5⊥ φ &∋Ρ ,Ω,∋,[∃_ ς, ΓΕΒ8 16336-77 5 5∴ ,Ω∋(ΨΞ5 ς∀5+∃4∃45Ρ
ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.3.4-1.
0:Η≅ΔΖ: 1.3.4-1 Γ∗3(∗
,.∋∗/12 #3∀56)6)∀8
β%5#%≅∀ς∀∀ )∗ %/)%∃6 #%∋∀∴1∀∋6)∗ ∃;/%(%=% :∗∃∋6)∀8
102-10β; 153-10β; 178-10β; 107-10β
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α #%(3%∃%∃ (∗.6∋6> ∀ #3%∃%:%∃
_∀∗#∗≅%) 3∗.%9∀Α 165#63∗1Χ3 %1 -70 :% +70 °Ι
β%5#%≅∀ς∀∀ )∗ %/)%∃6 #%∋∀∴1∀∋6)∗ )∀≅(%=% :∗∃∋6)∀8
204-12β; 206-12β; 273-71β
_∋8 %.%∋%96( ∀ ≅∗ε∀1);Α #%(3%∃%∃ (∗.6∋6> ∀ #3%∃%:%∃
_∀∗#∗≅%) 3∗.%9∀Α 165#63∗1Χ3 %1 -60 :% +90 °Ι
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
μ575_,-+∃∴(45[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 _,+ς,75χ5⊥ φ &∋Ρ ,Ω,∋,[∃_ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃
1.3.4-2. φ∋∃_Ξ∀5[∃Ψ_5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 4∃ 4,∀+5∀16ΞΨΡ.
0:Η≅ΔΖ: 1.3.4-2 λΔ<ΔΓΛ-Θ>Ξ:ΩΔΡ>ΟΓΔ> Κ:Β:Θ>ΑΒΕ ΓΛΘΚΛ<ΔΖΔΙ ΚΛ≅ΔιΑΔ≅>Ω:
=≅Φ ΛΗΛ≅ΛΡ>Γ
Γ∗3(∗
Ν∗3∗5613
Λ:∀)∀ς∗
∀≅5636)∀8 102-10β 107-10β 153-10β 178-10β 204-12β 206-12β 273-71β
Ν∋%1)%/12
=//53
)6 )%35.
0,959-0,967
Ν%(∗≅∗16∋2
16(Χ96/1∀
3∗/#∋∗∃∗
=/10 5∀) 0,24-0,36 1,7-2,3 0,21-0,39 1,05-1,95 0,6-0,9 0,9-1,5 0,30-0,55
Ν36:6∋ 16(Χ96/1∀
#3∀ 3∗/18Ω6)∀∀,
)6 56)66
ΓΝ∗
11,3
9,3
11,3
9,3
23,5
23,5
22,6
Ν3%9)%/12 #3∀
3∗≅3;∃6, )6 56)66 ΓΝ∗
14,7
12,2
13,7
11,7
)6 )%35. )6 )%35. 20,6
,1)%/∀16∋2)%6
Χ:∋∀)6)∀6 #3∀
3∗≅3;∃6, )6 56)66 %
600
550
600
600
600
500
550
Ι1%>(%/12 (
3∗/136/(∀∃∗)∀Π,
)6 56)66
9
500
2,5
500
2,5
100
50
500
Ι1%>(%/12 (
1635%%(∀/∋∀16∋2-
)%5Χ /1∗36)∀Π,
)6 56)66
9
8
8
8
8
6
6
6
Ι1%>(%/12 (
]%1%%(∀/∋∀16∋2)%5Χ
/1∗36)∀Π
9
500
500
500
500
300
300
350
∀5+∃[(45∃ _ Ξ(Ω∋5χ∃ 1.3.4-2.
() ∀53∃&∃4β &(44β∃ &∋Ρ _,+ς,75χ5⊥ 3βΨ0∃∗, Ψ,∀Ξ(.
Ω) Δ,∋5[∃ΨΞ3, 3_∋6[∃45⊥ 4∃ 4,∀+5∀16Ξ.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
21
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.4. [ 2,4(#∗φ( 4%0(#,%2φ [# ,⊥β 860β% BOREALIS
823 ,⊥ 23γ,, , ∀ 2 /(-
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
8∀(4Ψ4(χ5,4(∋ 4(Ρ ∗∀1ςς( Borealis
;=/> 4-∗6>)∋7/)∗∃≅>)7∋:
123610 Ο,Ψ_3(, Δ∀(Ψ4,ς∀∃Ψ4∃4Ψ_(Ρ 4(Ω., 12,
∗,ΨΞ545χ( "Ο∃α&14(∀,&4(Ρ-2", ς,&π∃7& Ω, ,δ5Ψ 420
8∃∋. (495) 258-18-95, δ(_Ψ (495) 258-18-96
E-mail: jana.piitulainen@borealisgroup.com
8∃∋. 8-10-358-39493934
http://www.borealisgroup.com
8∀(4Ψ4(χ5,4(∋ 4(Ρ ∗∀1ςς( Borealis ς,ΨΞ(3∋Ρ∃Ξ ς∀,&1_χ56 &∋Ρ ς∀,573,&ΨΞ3( _(Ω∃∋∃⊥ ς, 3Ψ∃+1
+5∀1. ι( 40 ∋∃Ξ ς∀5Ψ1ΞΨΞ35Ρ 4( ∀β4_∃ Borealis 5+∃∃Ξ ∀∃ς1Ξ(χ56 ς∀,573,&5Ξ∃∋Ρ Ψ ς,ΨΞ,Ρ44, 3βΨ,_5+
_([∃ΨΞ3,+.
∀∃&+∃Ξ,+ ,Ψ,Ω,∗, 54Ξ∃∀∃Ψ( 3 _(Ω∃∋ 4,⊥ ,Ξ∀(Ψ∋5 Ημ 3 γ4∃∀∗∃Ξ5[∃Ψ_,⊥ Ψδ∃∀∃ Ρ3∋Ρ6ΞΨΡ Ψ∋∃&16ε5∃
ς∀,&1_Ξβ, ς,ΨΞ(3∋Ρ∃+β∃ Borealis.
4%0(#,%2φ %23 ,⊥ 23γ,, -%∀(2(α 6#(8∗(η ∗%[#39(∗,3
SuperCOPOTM Α∀∃/5∗- WTR XLPE 6∃Β &∋%∃∀&&89 ∃/&/Χ
Η(445⊥ ,ςβΞ ∀(Ω,Ξβ Ψ _(Ω∃∋Ρ+5 Ψ 57,∋Ρχ5∃⊥ 57 Ψ05Ξ,∗, ς,∋5γΞ5∋∃4( (XLPE) ς,_(7(∋, [Ξ, 5∴ Ψ∀,_
Ψ∋1αΩβ 4∃ Ψ,,Ξ3∃ΞΨΞ3,3(∋ 7(Ρ3∋∃44,+1 Ψ∀,_1. φΞ, ς∀,5Ψ∴,&5∋, 3Ψ∋∃&ΨΞ35∃ Ξ,∗,, [Ξ, _(Ω∃∋5 Ψ,&∃∀α(∋5
3 Ψ3,∃⊥ _,4ΨΞ∀1_χ55 ∗∀(δ5Ξ4β∃ ∋∃4Ξβ, 5Ψς,∋ 7,3(∋5Ψ ,ΞΨΞ(∋β∃ +∃Ξ,&β _,4Ξ∀,∋Ρ _([∃ΨΞ3( 5
+(Ξ∃∀5(∋β ς∃∀3β∴ ς,_,∋∃45⊥. ≅4Ξ∃4Ψ534β∃ 5ΨΨ∋∃&,3(45Ρ 5 ∀(7∀(Ω,Ξ_5 ς∀53∃∋5 _ ς,Ρ3∋∃456 (WTR
XLPE) +(Ξ∃∀5(∋,3, ΒΞ,⊥_5∴ _ .,&4β+ 8∀554∗(+, _,Ξ,∀β∃ Ψ∃⊥[(Ψ 5Ψς,∋ 716ΞΨΡ ς,3Ψ∃+∃ΨΞ4,. φΞ5
∀(Ω,Ξβ ς,_(7(∋5, [Ξ, 4(5Ω,∋∃∃ ς∀(35∋ 4β+ ς,&∴,&,+ Ρ3∋Ρ∃ΞΨΡ ς,∋5+∃∀ Ψ, ΨΞ,⊥_,ΨΞ 6 _ .,&4β+
8∀554∗(+ (WTR XLPE), ς,Ψ_,∋ _1 &(44β⊥ ς,∋5+∃∀ 4∃ 5+∃∃Ξ Ξ∃∴ ς∀,Ω∋∃+, _,Ξ,∀β∃ Ψ1ε∃ΨΞ3,3(∋5 3
&∀1∗5∴ ∀∃0∃45Ρ∴. Ν(44,∃ ∀∃0∃45∃ Ρ3∋Ρ∃ΞΨΡ 4(5Ω,∋∃∃ γδδ∃_Ξ534β+ &∋Ρ _,4ΨΞ∀1_χ5⊥ _(Ω∃∋Ρ Ψ,
Ψ3Ρ7(44β+ γ_∀(4,+.
.∃∋5_,∋∃ς4(Ρ ∀(Ω,Ξ,Ψς,Ψ,Ω4,ΨΞ 3 ,ΩΨ∋1α53(455 +4,∗,_∀(Ξ4, &,_(7(4( ς,&Ψ[∃Ξ,+ _,∋5[∃ΨΞ3(
,Ξ_(7,3 3 ∀(Ω,Ξ∃ _(Ω∃∋Ρ 1 _,++14(∋ 4β∴ Ψ∋1αΩ. Γ∃∀+(45Ρ - _∀1ς4∃⊥05⊥ ,ς∃∀(Ξ,∀ 3 :3∀,ς∃ ς,
5Ψς,∋ 7,3(456 ς,∋5+∃∀( WTR XLPE - 5+∃∃Ξ Ψ(+β∃ 457_5∃ 3 :3∀,ς∃ ς,_(7(Ξ∃∋5 ,Ξ_(7,3 3 ∀(Ω,Ξ∃
_(Ω∃∋Ρ 5 3βΨ,[(⊥05∃ ΨΞ(4&(∀Ξβ _([∃ΨΞ3(. 8∃ΨΞβ &∋Ρ ς∀,3∃∀_5 ∀(Ω,Ξ,Ψς,Ψ,Ω4,ΨΞ5 ,Ψ4,3(4β 4(
+∃Ξ,&5_(∴ 1Ψ_,∀∃44,∗, ΨΞ(∀∃45Ρ 3 Ξ∃[∃45∃ &31∴ ∋∃Ξ 3 3,&4,⊥ Ψ∀∃&∃ 5 Ξ∀∃Ω,3(45Ρ ∗∋(&_,ΨΞ5 4(
ς,3∃∀∴4,ΨΞ5 37(5+,&∃⊥ΨΞ35Ρ ς,∋1ς∀,3,&Ρε∃∗, γ_∀(4( 5 57,∋Ρχ55.
Β5ΨΞ∃+( 57 ς,∋5+∃∀( WTR XLPE Ωβ∋( ∀(7∀(Ω,Ξ(4( Ξ∀(4Ψ4(χ5,4(∋ 4,⊥ ∗∀1ςς,⊥ Borealis 5
ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( _(Ω∃∋ 4β⊥ ∀β4,_ Ω,∋∃∃ 20 ∋∃Ξ. Ν(44(Ρ Ξ∃∴4,∋,∗5Ρ Ρ3∋Ρ∃ΞΨΡ ,Ψ4,3,ς,∋(∗(6ε∃⊥ &∋Ρ
3βΨ,_,_([∃ΨΞ3∃44β∴ _(Ω∃∋∃⊥ Ψ∀∃&4∃∗, 4(ς∀Ρα∃45Ρ 3 :3∀,ς∃.
#>ΓΛΘ>Ω=Τ>ΘΕΘΔ ΚΒΛ=ΤΓΑ:ΘΔ ΦΝ≅ΦμΑΟΦ:
≅7,∋Ρχ5Ρ: SuperCOPOTM LH4201R ,∋5+∃∀ WTR XLPE
,∋1ς∀,3,&Ρε5∃ γ_∀(4β (_(_ 341Ξ∀∃445∃ Ξ(_ 5 4(∀1α4β∃): LE0592 /∃/ LE0595
VisicoTM 6∃Β 72∃%∋&/Δ∋Ε// 4-/ 4∀5∀Φ/ 7∃∋,/
,∋5γΞ5∋∃4, Ψ053(∃+β⊥ ς∀5 ς,+,ε5 3∋(∗5 (XLPE) 7([(ΨΞ16 ς∀∃&ς,[Ξ5Ξ∃∋∃4, _,∗&( ς∀,573,&5Ξ∃∋
∀(Ω,Ξ(∃Ξ Ψ Ω,∋ 05+ _,∋5[∃ΨΞ3,+ Ψ,∀Ξ,3 _(Ω∃∋Ρ 5∋5 _,∗&( 4(_∋,44(Ρ ∋545Ρ 4∃ +,α∃Ξ ΩβΞ 1ΨΞ(4,3∋∃4(
ς∀5 ,∗∀(45[∃44β∴ ∀(7+∃∀(∴ ς∀,573,&ΨΞ3(. Ν(44(Ρ Ξ∃∴4,∋,∗5Ρ ΨΞ(∋( Ω,∋∃∃ ς,ς1∋Ρ∀4,⊥ 3 ς,Ψ∋∃&4∃∃
3∀∃+Ρ Ξ(_α∃ 5 3 ς∀,573,&ΨΞ3∃ _(Ω∃∋∃⊥ Ψ∀∃&4∃∗, 4(ς∀Ρα∃45Ρ. >(5Ω,∋∃∃ _∀5Ξ5[4β+ δ(_Ξ,∀,+ 3 γΞ,⊥
Ξ∃4&∃4χ55 ΨΞ(∋( ∀(7∀(Ω,Ξ_( ∀∃(_Ξ,∀4,⊥ +(∀_5 57,∋Ρχ5,44,∗, ς,∋5γΞ5∋∃4(, Ψ053(∃+,∗, ς∀5 ς,+,ε5
3∋(∗5 (VisicoTM), _,Ξ,∀(Ρ &(∋( 3,7+,α4,ΨΞ ς∀,573,&5Ξ∃∋Ρ+ _(Ω∃∋Ρ ,Ξ_(7(Ξ ΨΡ ,Ξ ΨΞ(∀β∴ Ξ∃∴4,∋,∗5⊥
Monosil 5 Sioplas.
Β5ΨΞ∃+( 31∋_(457(χ55 (Ψ053_5) ς∀5 ς,+,ε5 3∋(∗5 Ξ∀∃Ω1∃Ξ 5Ψς,∋ 7,3(45∃ Ψς∃χ5(∋ 4,∗, ς,∋5+∃∀(
- ,Ψ4,3β 5 _(Ξ(∋57(Ξ,∀( &∋Ρ 31∋_(457(χ55. ,Ψ_,∋ _1 [5ΨΞ,Ξ( Ρ3∋Ρ∃ΞΨΡ 3(α4β+ δ(_Ξ,∀,+ 4∃,Ω∴,&5+,
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
22
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________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
5Ψς,∋ 7,3(45∃ 3βΨ,_5∴ ΨΞ(4&(∀Ξ,3 _([∃ΨΞ3(, _(_ &∋Ρ ς,∋5+∃∀( - ,Ψ4,3β Ξ(_ 5 _(Ξ(∋57(Ξ,∀(. Ν∋Ρ Ξ,∗,,
[Ξ,Ωβ ,Ξ3∃[(Ξ Ξ∀∃Ω,3(45Ρ+ ς∀,+β0∋∃44,ΨΞ5 Borealis ς∀∃&∋(∗(∃Ξ ,Ψ,Ωβ⊥ ς,∋5+∃∀ - ,Ψ4,31 VisicoTM 5
_(Ξ(∋57(Ξ,∀ &∋Ρ _(Ω∃∋∃⊥ Ψ∀∃&4∃∗, 4(ς∀Ρα∃45Ρ. .41Ξ∀∃445+ 5 34∃045+ γ_∀(4,+ Ρ3∋Ρ∃ΞΨΡ
ς,∋1ς∀,3,&45_,3β⊥ _,+ς(14& 4( ,Ψ4,3∃ Visico, Ψ 3βΨ,_5+ 1∀,34∃+ ∗∋(&_,ΨΞ5, _,Ξ,∀β⊥ ς,∋4,ΨΞ 6
Ψ,3+∃ΨΞ5+ Ψ 57,∋Ρχ5∃⊥.
#>ΓΛΘ>Ω=Τ>ΘΕΘΔ ΚΒΛ=ΤΓΑ:ΘΔ ΦΝ≅ΦμΑΟΦ:
≅7,∋Ρχ5Ρ: VisicoTM LE4421M
Δ(Ξ(∋57(Ξ,∀: LE4431M
,∋1ς∀,3,&45_,3β∃ γ_∀(4β (_(_ 341Ξ∀∃445⊥ Ξ(_ 5 34∃045⊥): LE0540
4%0(#,%2φ 823 ,⊥ 23γ,, -%∀(2(α ∗,⊥- η ∗%[#39(∗,3
VisicoTM/AmbicatTM Γ%∀&∀5/Ι∗>%/ Γ==∗%)/7&8Χ 5∋)∗-/∋∃ 6∃Β 4-∀/Δ7∀6>)7∋ %∋θ∗∃∗Χ &/Δ%∀,∀
&∋4-ΒΚ∗&/Β
ΕΨ4,34β+5 +(Ξ∃∀5(∋(+5 &∋Ρ ς∀,573,&ΨΞ3( _(Ω∃∋∃⊥ 457_,∗, 4(ς∀Ρα∃45Ρ Ρ3∋Ρ6ΞΨΡ .< 5 XLPE.
ΕΞ∋5[5Ξ∃∋ 4β∃ Ψ3,⊥ΨΞ3( XLPE Ψ&∃∋(∋5 ∃∗, Ω,∋∃∃ 5 Ω,∋∃∃ ς,ς1∋Ρ∀4β+, ,Ψ4,34β∃ Ξ∃4&∃4χ55 ∗,3,∀ΡΞ ,Ω
1Ψ_,∀∃455 7(+∃4β .< 4( XLPE.
. ,Ψ,Ω∃44,ΨΞ5 3βΨ,_(Ρ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ , 1ΨΞ,⊥[53β∃ 457_,Ξ∃+ς∃∀(Ξ1∀4β∃ Ψ3,⊥ΨΞ3(, 457_,∃
3∋(∗,ς,∗∋,ε∃45∃, ∴,∀,05∃ 57,∋Ρχ5,44β∃ Ψ3,⊥ΨΞ3( 5 457_(Ρ ς∋,Ξ4,ΨΞ (ς∋,Ξ4,ΨΞ XLPE Ψ,ΨΞ(3∋Ρ∃Ξ
+∃4∃∃ 70% ς∋,Ξ4,ΨΞ5 .<) 3βΨ,_, ,χ∃4∃4β _(_ ς∀,573,&5Ξ∃∋Ρ+5 _(Ω∃∋∃⊥, Ξ(_ 5 _,4∃[4β+
ς,Ξ∀∃Ω5Ξ∃∋∃+.
Β +,+∃4Ξ( 33∃&∃45Ρ Ξ∃∴4,∋,∗55 3∋(α4,⊥ Ψ053_5 (4(7β3(∃+,⊥ Ξ(_α∃ Ξ∃∴4,∋,∗5∃⊥ Ψ5∋(4,∋ 4,⊥
Ψ053_5) Ωβ∋, ς∀∃&ς∀54ΡΞ, 4∃Ψ_,∋ _, 0(∗,3 3 ,Ψ4,34,+ &∋Ρ Ψ45α∃45Ρ 7(Ξ∀(Ξ ς∀5 5Ψς,∋ 7,3(455
&(44,⊥ Ξ∃∴4,∋,∗55.
,Ψ_,∋ _1 ΨΞ,5+,ΨΞ +(Ξ∃∀5(∋,3, 543∃ΨΞ5χ5⊥, ς∀,573,&ΨΞ3(, γ4∃∀∗∃Ξ5_5, Ξ∀1&( 5 _([∃ΨΞ3( 3∴,&5Ξ 3
Ψ∃Ω∃ΨΞ,5+,ΨΞ ∗,Ξ,3,∗, _(Ω∃∋Ρ, 3Ψ∃ γΞ5 γ∋∃+∃4Ξβ ΨΞ,5+,ΨΞ5 Ρ3∋Ρ6ΞΨΡ ς∀∃&+∃Ξ,3 ,ςΞ5+57(χ55.
8∀(4Ψ4(χ5,4(∋ 4(Ρ ∗∀1ςς( Borealis ∀(7∀(Ω,Ξ(∋( 4∃,Ω∴,&5+β⊥ +(Ξ∃∀5(∋ &∋Ρ ∀∃0∃45Ρ γΞ5∴ ς∀,Ω∋∃+.
Η∃_,+∃4&1∃+(Ρ Ψ5ΨΞ∃+( +(Ξ∃∀5(∋,3 ,Ψ4,3(4( 4( Ψ5∋(4,∋ 4,-Ψ053(∃+,+ ς,∋5+∃∀∃ - ,Ψ4,3∃ VisicoTM
5 _(Ξ(∋5Ξ5[∃Ψ_,⊥ Ψ5ΨΞ∃+∃ AmbicatTM, [Ξ, ς,73,∋Ρ∃Ξ ς∀,3∃&∃45∃ 31∋_(457(χ55 ς∀5 _,+4(Ξ4,⊥
Ξ∃+ς∃∀(Ξ1∀∃, Ψ∋∃&,3(Ξ∃∋ 4,, Ω∃7 4∃,Ω∴,&5+,ΨΞ5 3β&∃∀α53(Ξ _(Ξ10_5 Ψ _(Ω∃∋∃+ ς∀5 3βΨ,_,⊥
Ξ∃+ς∃∀(Ξ1∀∃ &∋Ρ ς∀,3∃&∃45Ρ 31∋_(457(χ55.
#>ΓΛΘ>Ω=Τ>ΘΕΘΔ ΚΒΛ=ΤΓΑ:ΘΔ ΦΝ≅ΦμΑΟΦ:
≅7,∋Ρχ5Ρ: VisicoTM LE4423
Δ(Ξ(∋57(Ξ,∀: AmbicatTM LE4476 &∋Ρ Ψ5∋,3β∴ ς,&7∃+4β∴ _(Ω∃∋∃⊥
AmbicatTM LE4472 &∋Ρ _(Ω∃∋∃⊥ 3,7&104,⊥ ς,&3∃Ψ_5
4%0(#,%2φ %23 ∀ 2 /(- Borstar®
Δ(Ω∃∋5 Ρ3∋Ρ6ΞΨΡ Ω∃Ψχ∃44,⊥ ∀(7∀(Ω,Ξ_,⊥ &∋Ρ Ψ∃Ξ∃⊥ Ψ3Ρ75 5 γ4∃∀∗∃Ξ5_5, ς,Ψ_,∋ _1 Ρ3∋Ρ6ΞΨΡ
4∃35&5+β+5 5 Ω∃7,ς(Ψ4β+5 ς,Ψ∋∃ ς∀,_∋(&_5. Ε&4(_, ς∀,_∋(&_( _(Ω∃∋∃⊥ ς,& 7∃+∋∃⊥ Ρ3∋Ρ∃ΞΨΡ
&,∀,∗,ΨΞ,Ρε∃⊥, ∀5Ψ_,3(44,⊥ ∀(Ω,Ξ,⊥.
Δ,++14(∋ 4β∃ / ΨΞ∀,5Ξ∃∋ 4β∃ _,+ς(455 3Ψ∃∗, +5∀( 7(4ΡΞβ ς,5Ψ_,+ ς∀(35∋ 4,∗, ς1Ξ5 &∋Ρ
Ψ45α∃45Ρ 7(Ξ∀(Ξ 5 ∀5Ψ_,3 ς,3∀∃α&∃45Ρ _(Ω∃∋Ρ. Μ1[05+ 3β∴,&,+, _,Ξ,∀β⊥ Ωβ∋ 4(⊥&∃4 &, 4(ΨΞ,Ρε∃∗,
+,+∃4Ξ( - γΞ, 5Ψς,∋ 7,3(45∃ ,Ω,∋,[_5 57 α∃ΨΞ_,∗, ς,∋5γΞ5∋∃4( 3βΨ,_,⊥ ς∋,Ξ4,ΨΞ5.
8∀(4Ψ4(χ5,4(∋ 4(Ρ ∗∀1ςς( Borealis Ψ,Ξ∀1&45[(∋( Ψ, +4,∗5+5 ς∀,573,&5Ξ∃∋Ρ+5 _(Ω∃∋Ρ Ψ Ξ∃+, [Ξ,Ωβ
∀(7∀(Ω,Ξ(Ξ +(Ξ∃∀5(∋ &∋Ρ ς∀,573,&ΨΞ3( ,Ω,∋,[_5 ς, Ψ,ΩΨΞ3∃44,+1 Ω5+,&(∋ 4,+1 ς∀,χ∃ΨΨ1 Borstar®.
∀∃5+1ε∃ΨΞ3(+5 &(44,∗, ς,&∴,&( Ρ3∋Ρ6ΞΨΡ ∋∃∗_(Ρ γ_ΨΞ∀1&5∀1∃+,ΨΞ &(44β∴ +(Ξ∃∀5(∋,3, ( Ξ(_α∃
3∃∋5_,∋∃ς4(Ρ +∃∴(45[∃Ψ_(Ρ ς∀,[4,ΨΞ 5 ΨΞ,⊥_,ΨΞ _ ∀(ΨΞ∀∃Ψ_53(456 (ESCR).
. 4(ΨΞ,Ρε∃∃ 3∀∃+Ρ Borstar® HDPE ς,∋4,ΨΞ 6 7(+∃ε(∃Ξ ,Ω,∋,[_5 57 .< 5 φ ς∀,0∋β∴
ς,_,∋∃45⊥ Ξ(+, ∗&∃ 5+∃6ΞΨΡ 3βΨ,_5∃ Ξ∀∃Ω,3(45Ρ _ _([∃ΨΞ31 ,Ω,∋,[_5.
#>ΓΛΘ>Ω=Τ>ΘΕΘΔ ΚΒΛ=ΤΓΑ:ΘΔ ΦΝ≅ΦμΑΟΦ:
Borstar®HE6062 Λ7∗)∀>)∋θ/∃/Δ/-∀7∋&&8Χ HDPE
Borstar®HE6067 Λ7∗)∀>)∋θ/∃/Δ/-∀7∋&&8Χ HDPE > ∀>∀θ∀ &/Δ%∀Χ 2>∋6%∀Χ
Borstar®ME6052 Λ7∗)∀>)∋θ/∃/Δ/-∀7∋&&8Χ MDPE
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
23
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.5. 0(#4 [2%60,/∗φ( ∀(⊥η%2 η(∗ βφ( - 4[ ⊥,γ,,
- 4[%∗,, SOLVAY PADANOPLAST S.p.A.
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
SOLVAY PADANAPLAST S.p.A.
Via Paganina 3-43010 Roccabianca (Parma) - ITALY
phone: +39-0521-5291 - fax: +39-0521-870427
e-mail: info.padanaplast@solvay.com
Internet: http: www.padanaplast.com , www.solvayplastics.com
[Β>=ΟΑ:ΝΔΑ>≅ςΟΑΝΛ Ν 6∗η
Η,ΨΨ5Ρ, 119334, Ο,Ψ_3( 1∋. .(35∋,3(, &. 24
8∃∋.: (7-495) 411 6912 μ(_Ψ: (7-495) 411 6914
URL: www.solvay.com
E-mail: Moscow.SolvayCIS@solvay.ru
4:ΒΓΔ, ΛΗ≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
8∃∀+,ς∋(ΨΞ5[4β∃ Ω∃7∗(∋,∗∃4,3β∃ Ψ(+,7(Ξ1∴(6ε5∃ _,+ς,75χ55 (HFFR) Ψ∃∀55
C0GEGUM® AFR ς∀∃&4(74([∃4β &∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[_5 Ψ5∋,3β∴ 5 Ψ5∗4(∋ 4,-
Ω∋,_5∀,3,[4β∴ _(Ω∃∋∃⊥.
Δ,+ς,75χ55 ς∀,573,&ΡΞΨΡ 4( ,Ψ4,3∃ ς,∋5,∋∃δ54,3 Ψ Ψ5ΨΞ∃+,⊥ (4Ξ5ς5∀∃4,3 &∋Ρ
ς∀5&(45Ρ _(Ω∃∋Ρ+ Ψ(+,7(Ξ1∴(6ε5∴ Ψ3,⊥ΨΞ3 Ω∃7 3β&∃∋∃45Ρ ∗(∋,∗∃4Ψ,&∃∀α(ε5∴ ∗(7,3, Ω,∋∃∃
Ξ,∗,, Ψ ς,45α∃44β+ Ψ,&∃∀α(45∃+ _,∀∀,75,44,-(_Ξ534β∴ 5 Ξ,_Ψ5[4β∴ ∗(7,3. Β∃∀5Ρ
COGEGUM® AFR Ψ,,Ξ3∃ΞΨΞ31∃Ξ &5∀∃_Ξ53(+ :Β 2000/53/:Β, 2003/11/:Β, 2002/95/:Β,
76/769/:Β. Β3∃&∃45Ρ , 4,+∃4_∋(Ξ1∀∃ ς∀,&1_χ55 5 ,Ψ4,34,+ 4(74([∃455 ς∀53∃&∃4β 45α∃.
Γ∗3(∗
Ξ∗≅)∗96)∀6
AFR/5
,.%∋%9(∗; /#6ς∀∗∋2)∗8 5∗3(∗ :∋8 5∗∋%> 1%∋ε∀);, %96)2 ∃;/%(∗8 %=)6/1%>(%/12
AFR/12
,.%∋%9(∗; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
AFR/15
,.%∋%9(∗; /#6ς∀∗∋2)∗8 5∗3(∗ :∋8 5∗∋%> 1%∋ε∀);, ∃;/%(∗8 %=)6/1%>(%/12
AFR/22
,.%∋%9(∗; /1∗):∗31)∗8 ∴(%)%5∀9)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α 5∗3%(
AFR/32
,.%∋%9(∗; /#6ς∀∗∋2)∗8 =∀.(∗8 5∗3(∗ / ∃;/%(%> %=)6/1%>(%/12Π
AFR/710
Υ≅%∋8ς∀8; #%∃;⊥6));6 ∴∋6(13∀96/(∀6 Α∗3∗(163∀/1∀(∀ :∋8 )∀≅(%∃%∋21);Α (∗.6∋6>
AFR/720
,.%∋%9(∗; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
AFR/735
,.%∋%9(∗; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
AFR/740
,.%∋%9(∗; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
AFR/745
,.%∋%9(∗; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀ /#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
AFR/760
,.%∋%9(∗ (∗.6∋6>, 3∗.%1∗Πε∀Α #3∀ ∃;/%(%> 165#63∗1Χ36; /1∗):∗31)∗8 5∗3(∗ :∋8 /∀∋%∃;Α ∀
/#6ς∀∗∋2);Α (∗.6∋6> / ∃;/%(%> %=)6/1%>(%/12Π
.Ψ∃ _,+ς,75χ55 Ψ,,Ξ3∃ΞΨΞ316Ξ ΨΞ(4&(∀Ξ(+ CEI 46.29, HD 624.7.S1, IEC 60092 SHF1,
NF Β 32062-1, NF Β 32062-2, UNE 21123-4 5 ,Ξ&∃∋ 4β+ Ψς∃χ5(∋ 4β+ ΨΞ(4&(∀Ξ(+.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
24
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
λΔ<ΔΓΛ-Θ>Ξ:ΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ΛΟΩΛΝΩΕΞ Θ:ΒΛΓ
Ν%(∗≅∗16∋∀
Λ:. ∀≅5. Γ61%: AFR/710 AFR/735 AFR/740 AFR/745 AFR/760
Ν∋%1)%/12 #3∀ 23 °Ι
=//53 ASTM D 792 1.43
1.49
1.47
1.49
1.52
∃63:%/12 #% κ%3Χ A/D
- ISOR868
44
48
98/49
47
95/51
Ν Ε, 150 °Ι/21,6 (=
=/10' Padanaplast 3.3
3.0
4.0
2.0
1.6
Γ6Α∗)∀96/(∀6 /∃%>/1∃∗ :% /1∗36)∀8:
- #3%9)%/12 )∗ 3∗≅3;∃
- Χ:∋∀)6)∀6 #3∀ 3∗≅3;∃6
Ξ/552
% ΓΚβ 60811 12.5
230
12.3
210
11.5
180
12.0
180
12.1
200
Γ6Α∗)∀96/(∀6 /∃%>/1∃∗ #%/∋6 /1∗36)∀8
∃ 5Χ]6∋6, 168 9 #3∀ 100 °Ι:
- ∀≅56)6)∀6 #3%9)%/1∀
- ∀≅56)6)∀6 Χ:∋∀)6)∀8
%
%
ΓΚβ 60811
+6
-20
+10
-25
+10
-21
+11
-16
+25
-20
Γ6Α∗)∀96/(∀6 /∃%>/1∃∗ #%/∋6 /1∗36)∀8
∃ 5Χ]6∋6, 168 9 #3∀ 110 °Ι:
- ∀≅56)6)∀6 #3%9)%/1∀ )∗ 3∗≅3;∃
- ∀≅56)6)∀6 Χ:∋∀)6)∀8 #3∀ 3∗≅3;∃6
%
%
ΓΚβ 60811
+20
-25
Γ6Α∗)∀9. /∃%>/1∃∗ #%/∋6 #%=3ΧΩ6)∀8 ∃
5∗/∋%SAE20,49#3∀70°Ι:
- ∀≅56)6)∀6 #3%9)%/1∀ )∗ 3∗≅3;∃
- ∀≅56)6)∀6 Χ:∋∀)6)∀8 #3∀ 3∗≅3;∃6
%
%
BS 6724
-14
-4
-14
+5
-10
+5
-13
+5
-14
0
Γ6Α∗)∀96/(∀6 /∃%>/1∃∗ #%/∋6
#%=3ΧΩ6)∀8 ∃ ∃%:Χ, 168 9 #3∀ 70 °Ι:
- ∀≅56)6)∀6 #3%9)%/1∀ )∗ 3∗≅3;∃
- ∀≅56)6)∀6 Χ:∋∀)6)∀8 #3∀ 3∗≅3;∃6
%
%
ΓΚβ 20-11
-24
+15
-21
+8
-20
-27
-22
+5
-23
-5
Γ6Α∗)∀96/(∀6 /∃%>/1∃∗ #%/∋6
#%=3ΧΩ6)∀8 ∃ 1%#∋∀∃%, 4 9 #3∀ 25 °Ι:
- ∀≅56)6)∀6 #3%9)%/1∀ )∗ 3∗≅3;∃
- ∀≅56)6)∀6 Χ:∋∀)6)∀8 #3∀ 3∗≅3;∃6
%
%
ΓΚβ 60811
-50
-15
+9
-11
+5
-18
0
-7
+14
Ζ%38966 #3%:∗∃∋∀∃∗)∀6 #3∀ 90 °Ι,
5∗(/, #3%)∀()%∃6)∀6
% ΓΚβ60811 <50
<50
<50
<50
<50
Υ/#;1∗)∀6 16#∋%∃;5 ⊥%(%5 150 °Ι
- ΓΚβ 60811 Χ:.
Χ:.
Χ:.
Χ:.
Χ:.
Υ≅=∀. )∗ 5%3%≅6 -25 °Ι
- ΓΚβ 60811 Χ:.
Χ:.
Χ:.
Χ:.
Χ:.
φ:∗3 #3∀ -25 °Ι
- ΓΚβ 60811 Χ:.
Χ:.
Χ:.
Χ:.
Χ:.
Σ%:%#%=∋%ε6)∀6, 24 9 #3∀ 100 °Ι
5=//52 ΓΚβ 60811 2.0
5.0
3.0
3.0
5.0
φ:6∋2)%6 %.ι65)%6 ∴∋6(13∀96/(%6
/%#3%1∀∃∋6)∀6 #3∀ 20 °Ι
Ω⋅/5 ΓΚβ60502 6.9Λ14 1.6Λ14 1.1Λ14 1.1Λ14 1.1Λ14
φ:6∋2)%6 %.ι65)%6 ∴∋6(13∀96/(%6
/%#3%1∀∃∋6)∀6 #3∀ 70°Ι
Ω⋅/5 ΓΚβ60502 5.5Λ12 1.3Λ12 5.5Λ11 5.5Λ11 5.5Λ11
Υ≅%∋8ς∀%))∗8 (%)/1∗)1∗ #3∀ 20 °Ι
MΩ⋅(5 ΓΚβ 60502 2500
600
400
400
400
Υ≅%∋8ς∀%))∗8 (%)/1∗)1∗ #3∀ 70 °Ι
ΓΩ⋅(5 ΓΚβ 60502
20
5
2.0
2
2.0
β∀/∋%3%:);> ∀):6(/
ASTM D 2863 33
36
39
44
39
65#63∗1Χ3);> ∀):6(/
%,2 NES715
250
290
310
330
300
Σ;:6∋6)∀6 HCI
°Ι ΓΚβ 60754-1 < 0.1
< 0.1
< 0.1
< 0.1
< 0.1
β%33%≅∀%))∗8 ∗(1∀∃)%/12 =∗≅%∃(3Ξ)
- ΓΚβ 60754-2 > 4.3
> 4.3
> 4.3
> 4.3
> 4.3
β%33%≅∀%))∗8 ∗(1∀∃)%/12 =∗≅%∃
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SOLVAY PADANOPLAST S.p.A.
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
SOLVAY PADANAPLAST S.p.A.
Via Paganina 3 - 43010 Roccabianca (Parma) - ITALY
phone: +39-0521-5291 - fax: +39-0521-870427
e-mail: info.padanaplast@solvay.com
Internet: www.padanaplast.com , www.solvayplastics.com
[Β>=ΟΑ:ΝΔΑ>≅ςΟΑΝΛ Ν 6∗η
Η,ΨΨ5Ρ, 119334, Ο,Ψ_3( 1∋. .(35∋,3(, &. 24
8∃∋.: (7-495) 411 6912 μ(_Ψ: (7-495) 411 6914
Internet: www.solvay.com
E-mail: Moscow.SolvayCIS@solvay.ru
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
Β5∋(4,∋ 4,-Ψ053(∃+β∃ _,+ς,75χ55 4( ,Ψ4,3∃ γ∋(ΨΞ,+∃∀,3 Ψ∃∀55 Polidiemme® G 5 Ψ5∋(4,∋ 4,-
Ψ053(∃+β∃ Ω∃7∗(∋,∗∃4,3β∃ Ψ(+,7(Ξ1∴(6ε5∃ _,+ς,75χ55 (HFFR) Ψ∃∀55 COGEGUM® GFR
ς∀∃&4(74([∃4β &∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[_5 Ψ5∋,3β∴ 5 Ψ5∗4(∋ 4,-Ω∋,_5∀,3,[4β∴ _(Ω∃∋∃⊥.
6Δ≅:ΩΛ≅ςΩΛ-ΟοΔΝ:>ΘΕ> ΓΛΘΚΛ<ΔΖΔΔ Ω: ΛΟΩΛΝ> ι≅:ΟΑΛΘ>ΒΛΝ Ο>ΒΔΔ
Polidiemme® G.
Β∃∀5Ρ Polidiemme® G Ψ,ΨΞ,5Ξ 57 Ψ5∋(4,∋ 4,-Ψ053(∃+β∴ ς∀,&1_Ξ,3 4( γ∋(ΨΞ,+∃∀4,⊥ ,Ψ4,3∃ &∋Ρ
57,∋Ρχ55 5 ,Ω,∋,[_5 _(Ω∃∋∃⊥ 5 ς∀,3,&,3, Ψ053(∃+β∴ ς∀5 Ψ,&∃⊥ΨΞ355 Ψ1ς∃∀_,4χ∃4Ξ∀(Ξ( _(Ξ(∋57(Ξ,∀( 5
3,7&∃⊥ΨΞ355 3∋(∗5 ς∀5 4(∗∀∃3(455 (+∃Ξ,& Sioplas). φΞ5 ς∀,&1_Ξβ ς∀∃&ΨΞ(3∋Ρ6Ξ Ψ,Ω,⊥ Ω∃7∗(∋,∗∃4,3β∃
Ψ+∃Ψ5 ς,∋5+∃∀,3; 3β&∃∋∃45∃ _,∀∀,75,44,-(_Ξ534β∴ 5 Ξ,_Ψ5[4β∴ ∗(7,3, ( Ξ(_α∃ &β+,,Ω∀(7,3(45∃ ς∀5
∗,∀∃455 _∀(⊥4∃ +(∋,. . _([∃ΨΞ3∃ 57,∋Ρχ5,44,∗, +(Ξ∃∀5(∋( γΞ5 +(Ξ∃∀5(∋β 5Ψς,∋ 716ΞΨΡ +(Ξ∃∀5(∋β
5Ψς,∋ 716ΞΨΡ &∋Ρ ς∀,3,&,3 Ψ ∀(74,ΨΞ 6 ς,Ξ∃4χ5(∋,3 U0/U &, 3.6/6 _.. Β∃∀5Ρ Polidiemme® G
Ψ,,Ξ3∃ΞΨΞ31∃Ξ &5∀∃_Ξ53(+ :Β 2000/53/:Β, 2003/11/:Β, 2002/95/:Β, 76/769/:Β. Β3∃&∃45Ρ ,
4,+∃4_∋(Ξ1∀∃ ς∀,&1_χ55 5 ,Ψ4,34,+ 4(74([∃455 ς∀53∃&∃4β 45α∃.
Γ∗3(∗
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G/400 Ζ∀.(∗8 5∗3(∗ :∋8 ∀≅%∋8ς∀∀ ∀ %.%∋%9(∀
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0,89
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30
26
32
18
21
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0,8
1,1
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0,45
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(HFFR) Ο>ΒΔΔ COGEGUM® GFR.
Β∃∀5Ρ Cogegum® AFR Ψ,ΨΞ,5Ξ 57 HFFR (4∃∗,∀6[5∴ Ω∃7∗(∋,∗∃4,3β∴) Ψ5∋(4,∋ 4, Ψ053(∃+β∴
3∋(∗,⊥ 3 ς∀5Ψ1ΞΨΞ355 Ψ1ς∃∀_,χ∃4Ξ∀(Ξ( _(Ξ(∋57(Ξ,∀( (ς, +∃Ξ,&1 Sioplas) _,+ς,75χ5⊥ 4( ,Ψ4,3∃
ς,∋5,∋∃δ54,3 Ψ Ψ5ΨΞ∃+,⊥ (4Ξ5ς5∀∃4,3 &∋Ρ ς∀5&(45Ρ _(Ω∃∋Ρ+ Ψ(+,7(Ξ1∴(6ε5∴ Ψ3,⊥ΨΞ3 Ω∃7 3β&∃∋∃45Ρ
∗(∋,∗∃4Ψ,&∃∀α(ε5∴ ∗(7,3, Ω,∋∃∃ Ξ,∗,, Ψ ς,45α∃44β+ Ψ,&∃∀α(45∃+ _,∀∀,75,44,-(_Ξ534β∴ 5 Ξ,_Ψ5[4β∴
∗(7,3. Β∃∀5Ρ Cogegum® GFR Ψ,,Ξ3∃ΞΨΞ31∃Ξ &5∀∃_Ξ53(+ :Β 2000/53/:Β, 2003/11/:Β, 2002/95/:Β,
76/769/:Β. Β3∃&∃45Ρ , 4,+∃4_∋(Ξ1∀∃ ς∀,&1_χ55 5 ,Ψ4,34,+ 4(74([∃455 ς∀53∃&∃4β 45α∃.
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,Ξ&∃∋ 4β+ Ψς∃χ5(∋ 4β+ ΨΞ(4&(∀Ξ(+.
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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- 4[%∗,, SOLVAY 823 -%∀(2ν∗ α [# 4φδ2(∗∗ 60,
[ΒΛΔ<ΝΛ=ΔΑ>≅Δ
Β :λ ΕΜ≅Ο:ΗΘ
μ8ΕΗ ΕΜ≅Ο:ΗΘ
SOLVAY ADVANCED POLYMERS, L.L.C. SOLVAY SOLEXIS S.p.A.
4500 McGinnis Ferry Road
Viale Lombardia, 20
Alpharetta, GA 30005-3914 USA
20021 Bollate (MI) - Italy
Tel: +1.770.772.8200
Tel: +39 02 38351
Fax: +1.770.772.8454
Fax: +39 02 3835 2129
Internet: www.solvayadvancedpolymers.com Internet: www.solvaysolexis.com
[Β>=ΟΑ:ΝΔΑ>≅ςΟΑΝΛ Ν 6∗η
Η,ΨΨ5Ρ, 105062, Ο,Ψ_3(, 1∋. Α(ς∋β∗54(, &. 11
8∃∋.: (7-495) 980 7947/980 7949
μ(_Ψ: (7-495) 980 7948
URL: www.solvay.com
E-mail: Moscow.SolvayCIS@solvay.com
6[(γ[ 2,4(#φ
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Γ%:Χ∋2 Χ#3Χ=%/1∀ #3∀ ∀≅=∀.6
ASTM D 790
ΖΝ∗
5,0
2,4
φ:∗3)∗8 ∃8≅(%/12 #% Υ≅%:Χ / )∗:36≅%5
ASTM D 256
_Ω/5
140
690
_6]%35∗ς∀%))∗8 16#∋%/1%>(%/12 (1,82 ΓΝ∗) ASTM D 648
°Ι
278
207
Σ%/#∋∗56)865%/12
ASTM UL-94
V-0
V-0
β%∴]]∀ς∀6)1 1635∀96/(%=% 3∗/⊥∀36)∀8
ASTM D 696
1/β, 106
31
56
65#63∗1Χ3∗ /16(∋%∃∗)∀8
°Ι
220
_∀∴∋6(13∀96/(∗8 #3%9)%/12 (3,2 55)
ASTM D149
(Σ/55
24
15
_∀∴∋6(13∀96/(∗8 #3%9)%/12 (0,02 55)
( Σ/55
>200
_∀∴∋6(13∀96/(∗8 #%/1%8))∗8 (60 Ζς)
ASTM D 150
4,2
3,44
φ:6∋2)%6 %.ι65)%6 /%#3%1∀∃∋6)∀6
ASTM D 257
,5⋅/5
2-1017
9-1015
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λ0 #[ 2,4(#φ
Δ,+ς(45Ρ SOLVAY ς∀,573,&5Ξ &∋Ρ 57∗,Ξ,3∋∃45Ρ _(Ω∃∋∃⊥ 5 ς∀,3,&,3 δΞ,∀ς,∋5+∃∀β:
Ομθ/ μθ HYFLON, .Νμ SOLEF 5 HYLAR, φ<8μφ HALAR.
0Β>ΗΛΝ:ΩΔΦ Γ Κ>Β>Β:ΗΛΑΓ>
8∀∃Ω16ΞΨΡ Ψς∃χ5(∋ 4β∃ γ_ΨΞ∀1&∃∀β 5 54ΨΞ∀1+∃4Ξ, 57∗,Ξ,3∋∃44β∃ Ψ ς∀5+∃4∃45∃+
3βΨ,_,∋∃∗5∀,3(44β∴ 4∃∀α(3∃6ε5∴ ΨΞ(∋∃⊥ 5∋5 Ψς∃χ5(∋ 4β∴ Ψς∋(3,3.
λΔ<ΔΓΛ-Θ>Ξ:ΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Ι∃%>/1∃∗
Ι1∗):∗31
Λ:. ∀≅5636)∀8
ΝΣ_λ
SOLEF 11010
ΖλΝ-/%#%∋∀563
ΝΣ_λ
HYLAR 460
ΝΣ_λ
SOLEF 31508
λΚ- /%#%∋∀563
Κ λΚ
HALAR 350
ΓλΘ
HYFLON 620
ΝλΘ
HYFLON 450
Ν∋%1)%/12
IS01183 =//53
1,78
1,76
1,75 1,67-1,69 2,12-2,16 2,12-2,17
Σ%:%#%=∋%ε6)∀6
ISO 67
%
<0,04 <0,04 <0,04 <0,1 <0,03 <0,03
Ν36:6∋ 16(Χ96/1∀
ASTM D638 ΓΝ∗
35
48
14-35
29
15
15
Ν36:6∋ #3%9)%/1∀
ASTM D638 ΓΝ∗ 20-40
41
14-30
50
25-35 28-32
φ:∋∀)6)∀6 #3∀ 3∗≅3;∃6
ASTM D638 % 200-600 10 350-600 260-290 300-360 300-360
Γ%:Χ∋2 ∴∋∗/1∀9)%/1∀
ASTM D638 ΓΝ∗ 1050 1310
500
1670 450-500 500-550
Γ∗(/∀5∗∋2)∗8 )∗=3Χ≅(∗ #3∀
∀≅=∀.6
ASTM 0790 ΓΝ∗
40
55
18
47
Γ%:Χ∋2 Χ#3Χ=%/1∀ #3∀ ∀≅=∀.6 ASTM D790 ΓΝ∗ 1000 1517
425
1690
600
600
Ν3%9)%/12 #% Υη,_
ASTM D256 _Ω/5
125
161
1000
χ6≅
3∗≅3;∃∗ χ6≅
3∗≅3;∃∗ χ6≅
3∗≅3;∃∗
∃63:%/12 #% κ%3Χ D
ASTM D2240
72
78
53
75
59
59
Ι1%>(%/12 ( ∀/1∀3∗)∀Π 1 (= TABERCS17 5=/1000 5,0-15 5,0-10 5,0-15 7,0-10 5,0-8
-
_∀)∗5∀96/(∀> (%∴]]∀ς∀6)1
136)∀8
ASTM D1894
0,2-0,3 0,2 0,2-0,3 0,19
0,2
0,2
65#63∗1Χ3∗ #∋∗∃∋6)∀8
ASTMD3418 °Ι
160
160
169 235 -240 280-290 300-310
φ:6∋2)∗8 16#∋%1∗ #∋∗∃∋6)∀8 ASTMD3418 _Ω/=
39
46
26
35-45 18-30 25-35
65#63∗1Χ3∗ (3∀/1∗∋∋∀≅∗ς∀∀ ASTMD3418 °Ι
121
132
128 220-225 255-265 275-285
φ:6∋2)∗8 16#∋%1∗
(3∀/1∗∋∋∀≅∗ς∀∀
ASTMD3418 _Ω/=
37
46
25
35-45 18-30 25-35
Γ∗(/∀5∗∋2)∗8 165#63∗1Χ3∗
∴(/#∋Χ∗1∗ς∀∀
°Ι
140
140
150
150
260
260
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Σ∀(∗ )∗=3Χ≅(∗ 1 (=
°Ι
150
154
110
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(%/12 )∗=3Χ≅(∗ 0,46 ΓΝ∗
#%/∋6
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100
127
49
115
115
120
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%1Ω∀=∗
°Ι
52
88
36
75
50
50
65#63∗1Χ3∗ /16(∋%∃∗)∀8
DMTA
°Ι
-29
-39
-28
85
65#63∗1Χ3∗ %Α3Χ#9∀∃∗)∀8 ASTM D746A °Ι
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-37
< -76
635%/1∗.∀∋2)%/12
TGA
°Ι 330-370 375-400 320-340 300
420
410
γβ Ε106
ASTMD696 1/β 140-160 120-130 130-150 80-200 100-250 100-250
6#∋%#3%∃%:)%/12 #3∀ 23 °Ι ASTMC177 Σ1/5⋅β 0,19
0,19
0,18
0,14
0,2
0,2
6#∋%65(%/12
0-100°C _Ω/(=⋅β 1,2 - 1,6 1,3 1,2 - 1,6 0,26
0,25
0,25
φ:6∋2)%6 #%∃63Α)%/1)%6
/%#3%1∀∃∋6)∀6
DIN 53482 ,5
≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014
φ:6∋2)%6 %.ι65)%6
/%#3%1∀∃∋6)∀6
DIN 53482 ,5⋅/5 ≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014 ≥1-1014
β∀/∋%3%:);> ∀):6(/
ASTM D2863 % 44-65 (*) 44 48-65 (*) 52
>95
>95
Σ%/#∋∗56)865%/12
UL94
V-0
V-0
V-0
V-0
V-0
V-0
(*) - 5+∃∃ΞΨΡ ς∀,&1_χ5Ρ Ψ _5Ψ∋,∀,&4β+ 54&∃_Ψ,+ 100 % (_,&: ∴∴∴∴/ 0009)
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.8. %#%4,8∗φ( β 2 -∗% - 4[%∗,, TEIJIN TWARON
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
TEIJIN TWARON BV
Optical Fiber Cables Department
Westervoortsedijk 73
P.O. Box 9600 6800 TC Arnhem
The Netherlands
Phone: +31 26 366 54 44
Fax: +31 26 366 52 30
Α-∗6>)∋7/)∗∃≅ 4∀ ΝΠ
μ∃&,∀[∃4_, θ.Β.
127486, Ο,Ψ_3(, Δ,∀,354Ψ_,∃ 0., 10, ,δ5Ψ 319
8∃∋.: (095/495) 363-5327
μ(_Ψ: (095/495) 937-6135
e-mail: asf@centro.ru
6Δ≅ςΩΛ> <Ν>ΩΛ Ν ΛΚΑΔΡ>ΟΓΔΞ Γ:Η>≅ΦΞ
Μ5455 ς∃∀∃&([5 &(44β∴ Ψ,∃&54Ρ6Ξ ∋6&∃⊥ ς, 3Ψ∃+1 +5∀1. 8∃∴45[∃Ψ_5⊥ ς∀,∗∀∃ΨΨ 3Ψ∃ Ω,∋ 0∃ 5
Ω,∋ 0∃ ,Ω∋∃∗[(∃Ξ γΞ,. φ5∀,_5⊥ (ΨΨ,∀Ξ5+∃4Ξ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ (ΕΔ) ,Ω∃Ψς∃[53(∃Ξ ς∃∀∃&([1 &(44β∴
Ψ 3βΨ,_,⊥ Ψ_,∀,ΨΞ 6. >∃ Ξ,∋ _, ς, 3Ψ∃+1 +5∀1, 4, 5 3Ψ∃ [(ε∃ 3 &,+∃ 5 3,_∀1∗ &,+(, (∀(+5&4β∃
3,∋,_4( ς∀,573,&ΨΞ3( _,+ς(455 Teijin Twaron ,Ω∃Ψς∃[53(6Ξ +(_Ψ5+(∋ 4, 3,7+,α416 7(ε5Ξ1 &∋Ρ
1Ρ735+β∴ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 ΕΔ.
φΞ( χ∃∋ &,ΨΞ5∗(∃ΞΨΡ 4∃ Ξ,∋ _, ς1Ξ∃+ ∀(7∀(Ω,Ξ_5 3βΨ,_,_([∃ΨΞ3∃44β∴ (∀(+5&4β∴ 45Ξ∃⊥, 4, 5, [Ξ,
Ω,∋∃∃ 3(α4,, ς1Ξ∃+ 1[∃Ξ( ς,α∃∋(45⊥ ς,Ξ∀∃Ω5Ξ∃∋∃⊥, ς,&&∃∀α(45Ρ _,4Ξ(_Ξ,3 Ψ 45+5, ,ΩΨ1α&∃45Ρ
Ξ∃∴45[∃Ψ_5∴ 5 _,++∃∀[∃Ψ_5∴ 3,ς∀,Ψ,3. Ε∀5∃4Ξ5∀β 3βΩ5∀(6ΞΨΡ Ψ ∀(Ψ[∃Ξ,+ 4( &,∋∗,3∀∃+∃44,∃
Ψ,Ξ∀1&45[∃ΨΞ3,, ,Ξ_∀β3(6ε∃∃ 05∀,_5∃ ς∃∀Ψς∃_Ξ53β &∋Ρ Ψ,3+∃ΨΞ4β∴ ∀(7∀(Ω,Ξ,_ 5 Ψ,7&(45Ρ
Ψς∃χ5(∋575∀,3(44β∴ ∀∃0∃45⊥, Ψ,Ξ∀1&45[∃ΨΞ3,, 3 _,Ξ,∀,+ 7(_(7[5_5 3Ψ∃∗&( +,∗1Ξ ∀(ΨΨ[5Ξβ3(Ξ 4(
Ξ∃∴45[∃Ψ_16 ς,&&∃∀α_1 5 ,Ω05∀4β∃ 4(1[4,-5ΨΨ∋∃&,3(Ξ∃∋ Ψ_5∃ 5 ,ςβΞ4,-_,4ΨΞ∀1_Ξ,∀Ψ_5∃
3,7+,α4,ΨΞ5.
θ∀(+5&4β∃ 3,∋,_4( _,+ς(455 Teijin Twaron Ρ3∋Ρ6ΞΨΡ Ψ5∋ 4β+ 73∃4,+ 3, 3Ψ∃∴ (Ψς∃_Ξ(∴
_,4ΨΞ∀15∀,3(45Ρ 5 ς∀5+∃4∃45Ρ ΕΔ. 85ς5[4(Ρ _,4ΨΞ∀1_χ5Ρ _(Ω∃∋Ρ Ψ (∀(+5&4β+5 3,∋,_4(+5 ς,_(7(4(
45α∃ 4( ∀5Ψ14_∃.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
βΛ≅ΛΓΩ: TWARON
>5α∃ 4( ∀5Ψ14_∃ ς,_(7(4β ∴5+5[∃Ψ_5∃ δ,∀+1∋β 5Ψ∴,&4β∴ ς∀,&1_Ξ,3 5 ∴5+5[∃Ψ_(Ρ
δ,∀+1∋( 3,∋,_4( TWARON.
Twaron - γΞ, ∋∃∗_,∃, Ψ3∃∀∴ς∀,[4,∃ Ψ54Ξ∃Ξ5[∃Ψ_,∃ 3,∋,_4,, ς,∋1[∃44,∃ 57 (∀(+5&4,∗,
ς,∋5+∃∀(. Ο,∋∃_1∋β (∀(+5&( ∴(∀(_Ξ∃∀5716ΞΨΡ ,Ξ4,Ψ5Ξ∃∋ 4, α∃ΨΞ_5+5 ς,∋5+∃∀4β+5
χ∃ς,[_(+5. Ε45 Ψ053(6ΞΨΡ ς∀,[4β+5 3,&,∀,&4β+5 Ψ3Ρ7Ρ+5, ς∃∀∃&(6ε5+5 +∃∴(45[∃Ψ_5∃
4(ς∀Ρα∃45Ρ 3ς∃∀∃& 5 4(7(& ς,&,Ω4, 7(ΨΞ∃α_∃-+,∋455. φΞ, ς,73,∋Ρ∃Ξ 5Ψς,∋ 7,3(Ξ
ς,∋5+∃∀4β∃ χ∃ς,[_5 Ψ ,Ξ4,Ψ5Ξ∃∋ 4, 457_5+ +,∋∃_1∋Ρ∀4β+ 3∃Ψ,+.
Θ∃∋,∀6∋-Β >7∀∗52 2&/%∋∃≅&∀52 &∋θ∀-2 >7∀Χ>)7 4∋-∋-∋-∋5/6&8∗ 7∀∃∀%&∋ Twaron
Β7∃ΒΡ)>Β /6∗∋∃≅&85 -∗Σ∗&/∗5 6∃Β /Δ,∀)∀7/)∗∃∗Χ ; Τ:
•3βΨ,_(Ρ ς∀,[4,ΨΞ - 3 ς∃∀∃Ψ[∃Ξ∃ 4( ,&54(_,3β⊥ 3∃Ψ Twaron 3 ςΡΞ ∀(7 ς∀,[4∃∃ ΨΞ(∋5;
•3βΨ,_5⊥ +,&1∋ 1ς∀1∗,ΨΞ5;
•3βΨ,_(Ρ ς∀,[4,ΨΞ 4( ∀(7∀β3 / 457_5⊥ 3∃Ψ;
•∴,∀,0∃∃ 3,∋,_4,,Ω∀(7,3(45∃;
•∴,∀,0(Ρ ΨΞ,⊥_,ΨΞ _ ς,∀∃7(+;
•∴,∀,0(Ρ ∴5+5[∃Ψ_(Ρ ΨΞ,⊥_,ΨΞ ;
•3βΨ,_(Ρ Ξ∃∀+,ΨΞ,⊥_,ΨΞ ;
•,Ξ∀5χ(Ξ∃∋ 4β⊥ Ξ∃ς∋,3,⊥ _,γδδ5χ5∃4Ξ;
•4∃∋,+_5∃;
•4∃ _,∀∀,&5∀16Ξ.
βΛ≅ΛΓΩ: TECHNORA
>5α∃ 4( ∀5Ψ14_∃ ς,_(7(4( ∴5+5[∃Ψ_(Ρ δ,∀+1∋( 3,∋,_4( TECHNORA.
<(∀(_Ξ∃∀5ΨΞ5_5 3,∋,_4( Technora 4(ς,+54(6Ξ +4,∗5∃ ∴(∀(_Ξ∃∀5ΨΞ5_5 3,∋,_4( Twaron.
Ε&4(_, 3,∋,_4, Technora 57∗,Ξ(3∋53(∃ΞΨΡ 57 Ψ,ς,∋5+∃∀,3, 5 ς∀,χ∃ΨΨ ∃∗, ς,∋1[∃45Ρ
,Ξ∋5[(∃ΞΨΡ ,Ξ ς∀,χ∃ΨΨ( ς,∋1[∃45Ρ +(Ξ∃∀5(∋( Twaron.
;>&∀7&8∗ 9∋-∋%)∗-/>)/%/ 5∋)∗-/∋∃∋ Technora )∋%∀78:
•3βΨ,_(Ρ ς∀,[4,ΨΞ 4( ∀(7∀β3;
•ς∀∃3,Ψ∴,&4(Ρ 1ΨΞ(∋,ΨΞ4(Ρ ς∀,[4,ΨΞ ;
•∴,∀,0(Ρ Ω∃71Ψ(&,[4,ΨΞ ;
•∴,∀,0(Ρ Ξ∃∀+,ΨΞ,⊥_,ΨΞ ;
•3βΨ,_(Ρ ∴5+5[∃Ψ_(Ρ ΨΞ,⊥_,ΨΞ .
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
[ΒΔΘ>Ω>ΩΔ> ΝΛ≅ΛΓΛΩ Twaron =≅Φ [86∗-Γ:Η>≅>Ι
ΛβΨΞ∀,∃ ∀(735Ξ5∃ +5∀,3β∴ Ψ5ΨΞ∃+ ς∃∀∃&([ Ξ∃∋∃3575,44,⊥ 54δ,∀+(χ55 5 &(44β∴
ΨΞ5+1∋5∀1∃Ξ 05∀,_,∃ 5Ψς,∋ 7,3(45∃ ,∋4,ΨΞ 6 Ν5γ∋∃_Ξ∀5[∃Ψ_5∴ Β(+,4∃Ψ1ε5∴ ( ΝΒ>)
(All Dielectric Self-Supporting - ADSS) ΕΔ. .βΨ,_,3,∋ Ξ4β∃ ∋5455 γ∋∃_Ξ∀,ς∃∀∃&([ Ρ3∋Ρ6ΞΨΡ
∋,∗5[4β+5 ,Ωπ∃_Ξ(+5 &∋Ρ 1ΨΞ(4,3_5 Ξ(_5∴ ΝΒ>-_(Ω∃∋∃⊥. Λ∋(∗,&(∀Ρ Ξ(_5+ 145_(∋ 4β+
∴(∀(_Ξ∃∀5ΨΞ5_(+ _(_ &5γ∋∃_Ξ∀5[∃Ψ_5∃ Ψ3,⊥ΨΞ3(, 3βΨ,_5⊥ +,&1∋ 1ς∀1∗,ΨΞ5, 457_5⊥ 3∃Ψ 5
3,7+,α4,ΨΞ 5Ψς,∋ 7,3(45Ρ 3 _([∃ΨΞ3∃ ∗5&∀,57,∋Ρχ55 (∀(+5&4β∃ 45Ξ5 57 +(Ξ∃∀5(∋( Twaron
ς∀5+∃4Ρ6ΞΨΡ 3 _([∃ΨΞ3∃ 4∃Ψ1ε5∴ γ∋∃+∃4Ξ,3 ς,& 34∃04∃⊥ ,Ω,∋,[_,⊥ ΝΒ>-_(Ω∃∋∃⊥ 3,
+4,∗5∴ 1&([4β∴ _,4ΨΞ∀1_χ5Ρ∴ ΝΒ>-_(Ω∃∋∃⊥.
∀∃5+1ε∃ΨΞ3( 5Ψς,∋ 7,3(45Ρ 3βΨ,_,ς∀,[4β∴ 45Ξ∃⊥ 57 +(Ξ∃∀5(∋( Twaron 3 ΝΒ>-
_(Ω∃∋Ρ∴ +,∗1Ξ ΩβΞ 5ΨΨ∋∃&,3(4β Ψ 5Ψς,∋ 7,3(45∃+ ς∀,∗∀(++4,∗, ,Ω∃Ψς∃[∃45Ρ ADOC5,
∀(7∀(Ω,Ξ(44,∗, _,+ς(45∃⊥ Teijin Twaron. φΞ, ς∀,∗∀(++4,∃ ,Ω∃Ψς∃[∃45∃ ς,73,∋Ρ∃Ξ
∀(ΨΨ[5Ξβ3(Ξ ∀(7∋5[4β∃ (∀+5∀,3(44β∃ _,4ΨΞ∀1_χ55 5 Ψ∀(3453(Ξ ∴(∀(_Ξ∃∀5ΨΞ5_5 5
ς,3∃&∃45∃ ΕΔ 3 1Ψ∋,35Ρ∴ ∀(7∋5[4β∴ 4(∗∀17,_.
[ΒΔΘ>Ω>ΩΔ> ΝΛ≅ΛΓΛΩ Twaron Δ Technora Ν ΚΒΛ>ΓΑ:Ξ "βΛ≅ΛΓΩΛ =Λ =ΛΘ:"
∀,∃_Ξβ .ΝΝ (.,∋,_4, Ν, Ν,+() (FTTH - Fiber To The Home) ς∀∃&πΡ3∋Ρ6Ξ _ _(Ω∃∋Ρ+
Ξ(_5∃ Ξ∀∃Ω,3(45Ρ _(_ +(∋β⊥ &5(+∃Ξ∀, ς∀,[4,ΨΞ 5 ∗5Ω_,ΨΞ , ,Ω1Ψ∋,3∋∃44β∃ ς∀5+∃4∃45∃+
Ξ(_5∴ _(Ω∃∋∃⊥ 3 +∃ΨΞ(∴, ∗&∃ 4(∴,&5ΞΨΡ +4,α∃ΨΞ3, ∋6&∃⊥. Ο(Ξ∃∀5(∋β Twaron 5 Technora
ς∀∃&∋(∗(6Ξ 3(+ ,ςΞ5+(∋ 4β∃ ∀∃0∃45Ρ. Twaron D2200 Ψ,[∃Ξ(∃Ξ ς∀,[4,ΨΞ Ψ 3βΨ,_5+
+,&1∋∃+ 1ς∀1∗,ΨΞ5 ς∀5 ∋54∃⊥4β∴ ς∋,Ξ4,ΨΞΡ∴ &, 1210 &Ξ∃_Ψ 5, Ψ∋∃&,3(Ξ∃∋ 4,, Ρ3∋Ρ∃ΞΨΡ
5&∃(∋ 4β+ (∀+5∀16ε5+ γ∋∃+∃4Ξ,+ &∋Ρ _(Ω∃∋∃⊥ +(∋,∗, &5(+∃Ξ∀( 5 ∗5Ω_5∴ _(Ω∃∋∃⊥. ΕΩ∋(&(Ρ
3,7+,α4,ΨΞΡ+5 ∗5&∀,57,∋5∀16ε∃⊥ 5 3βΞΡα4,⊥ 45Ξ5, [Ξ, ,Ω∃Ψς∃[53(∃Ξ ΩβΨΞ∀β⊥ 5 1&,Ω4β⊥
&,ΨΞ1ς _ 341Ξ∀∃44∃+1 Ψ∃∀&∃[45_1 _(Ω∃∋Ρ, Teijin Twaron ς∀∃&∋(∗(∃Ξ ς∀5ΞΡ∗(Ξ∃∋ 4β⊥ ,Ξ3∃Ξ 4(
Ξ∀∃Ω,3(45∃ ς∀,ΨΞ,Ξβ _,4ΨΞ∀1_χ55 _(Ω∃∋Ρ 5 1&,ΩΨΞ3( +,4Ξ(α(.
. 4∃_,Ξ,∀β∴ .ΝΝ-ς∀5+∃4∃45Ρ∴ _,4ΨΞ∀1_χ55 _(Ω∃∋∃⊥ Ρ3∋Ρ6ΞΨΡ ∃ε∃ Ω,∋∃∃ 1ς∀,ε∃44β+5,
5 3 45∴ 3 _([∃ΨΞ3∃ (∀+5∀16ε5∴ (4∃Ψ1ε5∴) γ∋∃+∃4Ξ,3 5Ψς,∋ 716ΞΨΡ 4∃ ,Ξ&∃∋ 4β∃ 45Ξ5, (
+545-ΨΞ∃∀α45. Β3,⊥ΨΞ3( +(Ξ∃∀5(∋,3 Twaron 5 Technora ς,73,∋Ρ6Ξ ς,_∀β3(Ξ 5∴
ς,∋5+∃∀(+5 Ψ ς,∋1[∃45∃+ +545(Ξ6∀4β∴, 4, ,Ω∋(&(6ε5∴ 3βΨ,_,⊥ ς∀,[4,ΨΞ 6 ΨΞ∃∀α4∃⊥,
_,Ξ,∀β∃ +,∗1Ξ Ψ∋1α5Ξ 4∃Ψ1ε5+5 γ∋∃+∃4Ξ(+5 +(∋β∴ α∃ΨΞ_5∴ _(Ω∃∋∃⊥.
[ΒΔΘ>Ω>ΩΔ> ΝΛ≅ΛΓΛΩ Twaron Δ Technora Ν =ΒΤεΔΞ ΑΔΚ:Ξ Γ:Η>≅>Ι
Twaron +,α∃Ξ ς∀∃&∋,α5Ξ 7(+(4[53β∃ ∀∃0∃45Ρ ς∀,Ω∋∃+ _,4ΨΞ∀15∀,3(45Ρ Ψ3∃Ξ,3,&,3 5
_(Ω∃∋∃⊥ 4( ,Ψ4,3∃ ς∋(ΨΞ5_,3β∴ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 ( Ε.). ,+5+, ∀,∋5 4∃Ψ1ε5∴
γ∋∃+∃4Ξ,3, Twaron 5 Technora Ρ3∋Ρ6ΞΨΡ ς∀∃3,Ψ∴,&4β+5 +(Ξ∃∀5(∋(+5 &∋Ρ 3βΞΡα4β∴ 45Ξ∃⊥,
,Ω∃Ψς∃[53(6ε5∴ ∋∃∗_5⊥ &,ΨΞ1ς _ Ψ∃∀&∃[45_1 _(Ω∃∋Ρ Ω∃7 ς,3∀∃α&∃45Ρ 3,∋,_,4 ∀∃α1ε5+
54ΨΞ∀1+∃4Ξ,+.
>∃ ς,&∋∃α5Ξ Ψ,+4∃456, [Ξ, ∀(Ψς∀,ΨΞ∀(4∃44,ΨΞ Ε. ∀(ΨΞ∃Ξ, 5 [Ξ, ,45 4(∴,&ΡΞ 3Ψ∃
Ω,∋ 0∃∃ ς∀5+∃4∃45∃ &∋Ρ 57∗,Ξ,3∋∃45Ρ _(Ω∃∋∃⊥. Ε&4(_, [13ΨΞ35Ξ∃∋ 4,ΨΞ Ξ(_,∗, 3,∋,_4( _
_,∀∀,755 ς,& 4(ς∀Ρα∃45∃+ 3 Ψ,[∃Ξ(455 Ψ (∀+5∀,3(45∃+ (∀(+5&4β+ +(Ξ∃∀5(∋,+ 3∃&∃Ξ _
Ψ1ε∃ΨΞ3∃44,+1 ,∗∀(45[∃456 ς,Ξ∃4χ5(∋ 4β∴ Ψδ∃∀ 5∴ ς∀5+∃4∃45Ρ.
,γΞ,+1 _,+ς(45Ρ Teijin Twaron ∀(7∀(Ω,Ξ(∋( Ψς∃χ5(∋ 416 5 145_(∋ 416 +(∀_1
+(Ξ∃∀5(∋( Technora &∋Ρ Ε.-ς∀5+∃4∃45⊥ - Technora T-230. φΞ( +(∀_( +(Ξ∃∀5(∋( Technora
Ψ,&∃∀α5Ξ 4∃Ω,∋ 0,∃ _,∋5[∃ΨΞ3, Ψς∃χ5(∋ 4,⊥ (ςς∀∃Ξ1∀β, 4∃ Ψ,&∃∀α(ε∃⊥ 3β7β3(6ε5∴
_,∀∀,756 +(Ξ∃∀5(∋,3. Δ∀(Ξ_,Ψ∀,[4β∃ 5 &,∋∗,Ψ∀,[4β∃ 5ΨΨ∋∃&,3(45Ρ ς,_(7(∋5, [Ξ, Technora
T-230 4∃ 3β7β3(∃Ξ _,∀∀,756 ς,& 4(ς∀Ρα∃45∃+ Ε., 5+∃6ε5∴ ,ςΞ5[∃Ψ_5⊥ Ψ∃∀&∃[45_ 57
ς,∋5+∃Ξ5∋+∃Ξ(_∀5∋(Ξ( ( ΟΟθ, Ψ ,Ω,∋,[_,⊥ 5 Ω∃7 4∃∃) 5 (5∋5) ς,∋5_(∀Ω,4(Ξ( ( Δ).
Ο(Ξ∃∀5(∋ Technora T-230 3βς1Ψ_(∃ΞΨΡ Ψ ∀(7∋5[4β+5 ∋54∃⊥4β+5 ς∋,Ξ4,ΨΞΡ+5 ,Ξ 1100 &Ξ∃_Ψ
5 Ω,∋∃∃.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
32
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1.9. [ 2,,4,8∗%3 [2(∗-% APICAL
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
Δ,+ς(45Ρ KANEKA High-Tech Materials
[ΛΟΑ:Ν∴ΔΓ
Δ,+ς(45Ρ "MITSUI & Co., Ltd", Ο,Ψ_,3Ψ_,∃ ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3,
θ&∀∃Ψ: Η,ΨΨ5Ρ 103009, Ο,Ψ_3(, Γ(7∃Ξ4β⊥ ς∃∀., 17/9
8∃∋.: (495) 956-96-46
μ(_Ψ: (495) 956-96-40
Δ,+ς(45Ρ Kaneka High-Tech Materials, Inc. ς∀,573,&5Ξ 5 ς∀,&(∃Ξ ∀(74,,Ω∀(74β∃
3βΨ,_,_([∃ΨΞ3∃44β∃ ς,∋55+5&4β∃ ς∋∃4_5 ς,& Ξ,∀∗,3,⊥ +(∀_,⊥ APICAL.
∀,[4(Ρ (∀,+(Ξ5[∃Ψ_(Ρ ς,∋55+5&4(Ρ ς∋∃4_( APICAL ς∀∃&ΨΞ(3∋Ρ∃Ξ Ψ,Ω,⊥ 574,Ψ,1ΨΞ,⊥[53β⊥
+(Ξ∃∀5(∋, ,Ω∋(&(6ε5⊥ 1ΨΞ,⊥[53,ΨΞ 6 _ 3,7&∃⊥ΨΞ356 3βΨ,_5∴ Ξ∃+ς∃∀(Ξ1∀ 5 ς∀∃3,Ψ∴,&4β+5
γ∋∃_Ξ∀5[∃Ψ_5+5 5 +∃∴(45[∃Ψ_5+5 Ψ3,⊥ΨΞ3(+5, Ξ(_5+5 _(_ ς,3β0∃44(Ρ ς∀,[4,ΨΞ 4( ∀(7&5∀, 5&∃(∋ 4β∃
∴(∀(_Ξ∃∀5ΨΞ5_5 1&∋54∃45Ρ ς∀5 ∀(ΨΞΡα∃455, ,ςΞ5+(∋ 4(Ρ ∗5Ω_,ΨΞ , 5Ψ_∋6[5Ξ∃∋ 4β∃ &5γ∋∃_Ξ∀5[∃Ψ_5∃
Ψ3,⊥ΨΞ3(. ∋∃4_( APICAL 5Ψς,∋ 71∃ΞΨΡ 3 ,Ω+,Ξ_(∴ ∀(7∋5[4β∴ +(∗45Ξ,3 5 3 γ∋∃_Ξ∀,&35∗(Ξ∃∋Ρ∴ ς∀5
Ξ∃+ς∃∀(Ξ1∀(∴ 3 54Ξ∃∀3(∋∃ ,Ξ +541Ψ 269 &, 400 °Β.
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
- 8Ρ∗,3,∃ ,Ω,∀1&,3(45∃
- Γ,∀4,∃ ,Ω,∀1&,3(45∃
- Λ1∀,3β∃ 4(Ψ,Ψβ
- Γ5Ω_5∃ ς∃[(Ξ4β∃ Ψ∴∃+β
- θ3Ξ,+(Ξ5[∃Ψ_5 4(4,Ψ5+(Ρ _∋∃⊥_(Ρ ∋∃4Ξ(
∀5Ψ1ε∃∃ ς∋∃4_∃ APICAL Ψ,[∃Ξ(45∃ 145_(∋ 4β∴ 5 4(&∃α4β∴ Ψ3,⊥ΨΞ3 ς,73,∋Ρ∃Ξ 05∀,_,
5Ψς,∋ 7,3(Ξ γΞ,Ξ 3βΨ,_,_([∃ΨΞ3∃44β⊥ +(Ξ∃∀5(∋( &∋Ρ ς,_∀βΞ5Ρ ,Ω+,Ξ,_ +(∗45Ξ,3 5 ς∀,3,&,3, ( Ξ(_α∃
ς∀5+∃4ΡΞ ∃∗, 3 γ∋∃_Ξ∀,&35∗(Ξ∃∋Ρ∴ 5 ∗∃4∃∀(Ξ,∀(∴.
0ΔΚΕ ΚΛ≅ΔΔΘΔ=ΩΛΙ Κ≅>ΩΓΔ APICAL
Δ,+ς(45Ρ Kaneka High-Tech Materials, Inc. ς∀,573,&5Ξ Ξ∀5 Ξ5ς( ς,∋55+5&4,⊥ ς∋∃4_5 APICAL.
Α∀∃//5/6&∋Β 4∃∗&%∋ )/4∋ AV
∀,[4(Ρ (∀,+(Ξ5[∃Ψ_(Ρ ς,∋55+5&4(Ρ ς∋∃4_( Ω∃7 _(_,∗,-∋5Ω, ς,_∀βΞ5Ρ ∴(∀(_Ξ∃∀571∃ΞΨΡ
5Ψ_∋6[5Ξ∃∋ 4, 3βΨ,_,⊥ +∃∴(45[∃Ψ_,⊥ ς∀,[4,ΨΞ 6 5 ς∀∃3,Ψ∴,&4,⊥ γ∋∃_Ξ∀5[∃Ψ_,⊥ ς∀,[4,ΨΞ 6 3
05∀,_,+ &5(ς(7,4∃ Ξ∃+ς∃∀(Ξ1∀ (3 54Ξ∃∀3(∋∃ ,Ξ -269 &, 400 °Β). Δ∀,+∃ Ξ,∗,, ς,∋55+5&4(Ρ ς∋∃4_( Ξ5ς(
AV ς∀∃3,Ψ∴,&4, Ψ,∴∀(4Ρ∃Ξ Ψ3,5 ∀(7+∃∀β ς∀5 ς,3β0∃44β∴ Ξ∃+ς∃∀(Ξ1∀(∴.
Α∀∃//5/6&∋Β 4∃∗&%∋ )/4∋ AF
,∋55+5&4(Ρ ς∋∃4_(, ς,_∀βΞ(Ρ 5∋5 ∋(+545∀,3(44(Ρ Ψ ,&4,⊥ 5∋5 ,Ω∃5∴ ΨΞ,∀,4 δΞ,∀ς,∋5+∃∀,+
(Ψ,ς,∋5+∃∀,+ Ξ∃Ξ∀(δΞ,∀γΞ5∋∃4( 5 ∗∃_Ψ(δΞ,∀ς∀,ς5∋∃4(). ,_∀βΞ5∃ ς∀∃&4(74([∃4, &∋Ρ ς∀5&(45Ρ
ς∋∃4_∃ ∗∃∀+∃Ξ5[4,ΨΞ5 ς∀5 ς,3β0∃44,⊥ Ξ∃+ς∃∀(Ξ1∀∃, ,Ω∃Ψς∃[∃45Ρ Ω(∀ ∃∀( &∋Ρ 3∋(∗5 5 1∋1[0∃45Ρ
∴5+5[∃Ψ_,⊥ ΨΞ,⊥_,ΨΞ5.
Α∀∃//5/6&∋Β 4∃∗&%∋ )/4∋ NP
φΞ( ς∀,[4(Ρ (∀,+(Ξ5[∃Ψ_(Ρ ς,∋55+5&4(Ρ ς∋∃4_(, Ψς∃χ5(∋ 4, ς∀∃&4(74([∃44(Ρ &∋Ρ 5Ψς,∋ 7,3(45Ρ 3
Ξ∃∴ 1Ψ∋,35Ρ∴, ∗&∃ Ξ∀∃Ω1∃ΞΨΡ 3βΨ,[(⊥0(Ρ ΨΞ(Ω5∋ 4,ΨΞ ∀(7+∃∀,3, 4(ς∀5+∃∀, &∋Ρ ∗5Ω_5∴ ς∃[(Ξ4β∴ Ψ∴∃+
5∋5 (3Ξ,+(Ξ575∀,3(44,⊥ ΨΩ,∀_5 4( ∋∃4Ξ,[4,+ 4,Ψ5Ξ∃∋∃. 8(_(Ρ ς∀∃3,Ψ∴,&4(Ρ ΨΞ(Ω5∋ 4,ΨΞ ∀(7+∃∀,3
&,ΨΞ5∗(∃ΞΨΡ 7( Ψ[∃Ξ _,4Ξ∀,∋5∀1∃+,∗, _,γδδ5χ5∃4Ξ( Ξ∃∀+5[∃Ψ_,∗, ∀(Ψ05∀∃45Ρ (Ψ∀(345+,∗, Ψ
_,γδδ5χ5∃4Ξ,+ Ξ∃∀+5[∃Ψ_,∗, ∀(Ψ05∀∃45Ρ +∃&5 ς∀5 4,∀+(∋ 4β∴ 1Ψ∋,35Ρ∴ 5Ψς,∋ 7,3(45Ρ).
0>ΞΩΔΡ>ΟΓΔ> Κ:Β:Θ>ΑΒΕ
Β3,⊥ΨΞ3( ς,∋55+5&4,⊥ ς∋∃4_5 APICAL Ξ5ς( AF ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.9.1, Ψ3,⊥ΨΞ3( ς,∋55+5&4,⊥
ς∋∃4_5 APICAL Ξ5ς( AV ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 1.9.2.
∀53∃&∃44β∃ 3 Ξ(Ω∋5χ∃ 1.9.1 &(44β∃ &∋Ρ ς,∋55+5&4,⊥ ς∋∃4_5 APICAL Ξ5ς( AF 1_(7β3(6Ξ 4( Ξ,,
[Ξ, +(Ξ∃∀5(∋β γΞ,∗, Ξ5ς( ,Ω∋(&(6Ξ ∴,∀,05+5 Ψ3,⊥ΨΞ3(+5 _(_ &, 4(4∃Ψ∃45Ρ 4( 45∴ ς,_∀βΞ5Ρ 57
δΞ,∀ς,∋5+∃∀( (Ψ,ς,∋5+∃∀ Ξ∃Ξ∀(δΞ,γΞ5∋∃4( 5 ∗∃_Ψ(δΞ,∀ς∀,ς5∋∃4(), Ξ(_ 5 ς,Ψ∋∃ 4(4∃Ψ∃45Ρ Ξ(_,∗,
ς,_∀βΞ5Ρ.
#%⊥8(2 1: ∀∃&(∗∀+- .+/ 1∀3&+&4 ∗ 6(797.79
33
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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Method A
/ ∀/#%∋2≅%∃∗)∀65
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Method A
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ASTM D-257
ASTMD-150
ASTMD-150
150AFY019
16000
(110)
60
3,8
4000
(157)
1012
3,9
0,0035
120AFY616
20000
(138)
60
3Q ,0
5000
(197)
1012
3,9
0,0035
500AF131
14000
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60
3,0
2000
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1012
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300AF021
16000
(110)
60
3,0
2500
(98)
1012
3,9
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200AF011
14000
(97)
60
3,8
3000
(118)
1012
3,9
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300AF929
16000
(112)
60
3,0
3000
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1012
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200AF919
14000
(97)
60
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3000
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1012
3,9
0,0035
250AF029
20000
(138)
60
3,0
4000 (158)
1012
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150AF019
16000
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60
3,8
4000
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1012
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130AF616B
20000
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60
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5000
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20000
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60
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0:Η≅ΔΖ: 1.9-1 6ΝΛΙΟΑΝ: ΚΛ≅ΔΔΘΔ=ΩΛΙ Κ≅>ΩΓΔ APICAL ΑΔΚ: AF
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(103) 24000
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(165) 24000
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Instron
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60
60
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(236) 6000
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∀# )∗5%1(∀
Ε%∋∀(∀ / 38:%∃%> )∗5%1(%> ∀ .%.∀); / Χ)∀∃63/∗∋2)%> )∗5%1(%>
∀# /63:69)∀(∗
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(#% /#6ς∀∗∋2)%5Χ ≅∗(∗≅Χ ∃%≅5%Ω6) #∋∗/15∗//%∃;> /63:69)∀()
κ∀3∀)∗ ∋6)1;
Ξ∗ 3%∋∀(∗Α / 38:%∃%> )∗5%1(%> 3/8 :Π>5∗ (0,9525 /5) ∀ .%∋66, )∗ .%.∀)∗Α
/ Χ)∀∃63/∗∋2)%> )∗5%1(%> %1 1/18 :Π>5∗ (0,1411 /5) :% 1 :Π>5∗ (2,54 /5)
(:∋8 #%∋∀∀5∀:)%> #∋6)(∀ 1∀#∗ AF) ∀ %1 3/16 :Π>5∗ (0,4763 /5)
:% 1 :Π>5∗ (2,54 /5) (:∋8 #%∋∀∀5∀:)%> #∋6)(∀ 1∀#∗ AV)
κ∗= Χ∃6∋∀96)∀8
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1/16 :Π>5∗ (0,1588 /5) #3∀ ⊥∀3∀)6 .%∋66 2 :Π>5%∃ (5,08 /5)
6>ΒΑΔ]ΔΓ:ΖΔΦ
.Ψ∃ Ξ5ςβ ς,∋55+5&4β∴ ς∋∃4,_ APICAL 5+∃6Ξ Ψ∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ ,Ω,∀,44β+
Ξ∃∴45[∃Ψ_5+ Ξ∀∃Ω,3(45Ρ+ MIL-P-46112B (MR). ,+5+, Ψ,,Ξ3∃ΞΨΞ35Ρ Ξ∃∴45[∃Ψ_5+
Ξ∀∃Ω,3(45Ρ+, 57∋,α∃44β+ 3 γΞ,+ Ω6∋∋∃Ξ∃4∃, ς,∋55+5&4β∃ ς∋∃4_5 Ξ5ς( AV 5 NP,
Ψ,,Ξ3∃ΞΨΞ316Ξ Ξ(_α∃ Ξ∃∴45[∃Ψ_5+ Ξ∀∃Ω,3(45Ρ+ IPC (IPC-FC-231/1). ,∋55+5&4β∃ ς∋∃4_5
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36
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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2.1.1. 0ΛΓΛΚΒΛΝΛ=Φ∴Δ> ΣΔ≅Ε
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ΨΞ(4&(∀Ξ4β∴ ∀Ρ&,3 Ψ∃[∃45⊥, Ξ∀∃Ω,3(45Ρ _ _,Ξ,∀β+ ς∀53∃&∃4β 3 ΓΕΒ8 22483-77. φΞ,
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α5∋ _(Ω∃∋ 4β∴ 57&∃∋5⊥, 57∗,Ξ,3∋∃44β∴ 57 +∃&4,⊥, +∃&4,⊥ ∋1α∃4,⊥, (∋6+545∃3,⊥
ς∀,3,∋,_5 Ω∃7 +∃Ξ(∋∋5[∃Ψ_,∗, ς,_∀βΞ5Ρ 5∋5 Ψ +∃Ξ(∋∋5[∃Ψ_5+ ς,_∀βΞ5∃+.
Δ,4ΨΞ∀1_χ55 Ξ,_,ς∀,3,&Ρε5∴ α5∋ ∀(7&∃∋Ρ6ΞΨΡ 4( 6 _∋(ΨΨ,3. ν5∋β _∋(ΨΨ,3 1 5 2
ς∀∃&4(74([∃4β &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ ΨΞ(χ5,4(∀4,⊥ ς∀,_∋(&_5, ( _∋(ΨΨ,3 3-6 &∋Ρ _(Ω∃∋ 4β∴
57&∃∋5⊥ ς,3β0∃44,⊥ ∗5Ω_,ΨΞ5.
8∀∃Ω,3(45Ρ _ [5Ψ∋1 5 4,+54(∋ 4,+1 &5(+∃Ξ∀1 ς∀,3,∋,_, 57 _,Ξ,∀β∴ 3βς,∋4Ρ6ΞΨΡ
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ς,ΨΞ,Ρ44,+1 Ξ,_1 ς∀5 20 °Β ς∀5 &∋54∃ 1 _+ 1_(7(4β 3 Ξ(Ω∋5χ(∴ 2.1.1-1 - 2.1.1-6. Δ∋(ΨΨβ 4, 5,
6 _(Ψ(6ΞΨΡ Ξ,∋ _, +∃&4β∴ α5∋.
0:Η≅ΔΖ: 2.1.1-1. 9Δ≅Ε Γ≅:ΟΟ: 1
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#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
37
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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38
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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39
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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0,50
0,16
39,0
40,1
0,75
0,16
26,0
26,7
1,0
0,16
19,5
20,0
1,5
0,16
13,3
13,7
2,5
0,16
7,98
8,21
4
0,16
4,95
5,09
6
0.21
3,30
3,39
10
0,21
1,91
1,95
16
0,21
1,21
1,24
25
0,21
0,780
0,795
35
0,21
0,554
0,565
50
0,31
0,386
0,393
70
0,31
0,272
0,277
95
0,31
0,206
0,210
120
0,31
0,161
0,164
150
0,31
0,129
0,132
185
0,41
0,106
0,108
240
0,41
0,0801
0,0817
300
0,41
0,0641
0,0654
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
40
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∀,3,∋,_( &,∋α4( ΩβΞ Ψ_∀1[∃4( 3 ΨΞ∀∃4∗1 5∋5 3 α5∋1 ς∀(35∋ 4,⊥ ς1[_,3,⊥ 5∋5
∀∃3∃∀Ψ534,⊥ Ψ_∀1Ξ_,⊥. Ν,ς1Ψ_(∃ΞΨΡ Ψ_∀1Ξ_( α5∋ _∋(ΨΨ,3 3-6 57 Ψ∃∀&∃[45_(, Ψ_∀1[∃44,∗,
ς1[_,+, 5 ς,Ψ∋∃&16ε5∴ ς,353,3 57 ΨΞ∀∃4∗. ∀5 ς∀(35∋ 4,⊥ Ψ_∀1Ξ_∃ 4∃ &,ς1Ψ_(∃ΞΨΡ
ς∃∀∃_∀∃ε53(45∃ ς∀,3,∋,_ 5∋5 ΨΞ∀∃4∗, ∀(Ψς,∋,α∃44β∴ 3 ,&4,+ ς,353∃.
Δ∀(Ξ4,ΨΞ 0(∗,3 Ψ_∀1Ξ_5 ς,353,3 α5∋β 5 ς∀,3,∋,_ 3 ΨΞ∀∃4∗1 ∀(Ψ[∃Ξ4β+ &5(+∃Ξ∀(+
Ψ,,Ξ3∃ΞΨΞ316ε∃∗, ς,353( 5∋5 ΨΞ∀∃4∗5 1_(7(4( 3 Ξ(Ω∋5χ∃ 2.1.1-7. Δ∀(Ξ4,ΨΞ 0(∗,3 Ψ_∀1Ξ_5
,&4,-ς,3534β∴ α5∋ 5 α5∋ ς1[_,3,⊥ Ψ_∀1Ξ_5 &,∋α4( Ψ,,Ξ3∃ΞΨΞ3,3(Ξ _∀(Ξ4,ΨΞ5 0(∗,3
Ψ_∀1Ξ_5 4(∀1α4,∗, ς,353( ,&4,ΨΞ,∀,44∃⊥ Ψ_∀1Ξ_5.
0:Η≅ΔΖ: 2.1.1-7. -Β:ΑΩΛΟΑς ο:εΛΝ ΟΓΒΤΑΓΔ
β∋∗//; Ω∀∋;
Σ)Χ136))∀Α #%∃∀∃%∃
Ξ∗3ΧΩ)%=% #%∃∀∃∗
Ν3%∃%∋%( ∃ /136)=Χ
Ι(3Χ1(∗ ∃ #3%1∀∃%#%∋%Ω);6 /1%3%);
1-2
35
18
-
3-6
25
16
30
Ι(3Χ1(∗ ∃ %:)Χ /1%3%)Χ
1-2
-
18
-
3-4
14
16
20
5
12
16
20
6
12
14
16
Ν5(+∃Ξ∀β _∀1∗∋β∴ +∃&4β∴ α5∋ 4∃ &,∋α4β ς∀∃3β0(Ξ 74([∃45⊥, 1_(7(44β∴ 3 Ξ(Ω∋5χ∃
2.1.1-8.
Ν5(ς(7,4 &,ς1ΨΞ5+β∴ &5(+∃Ξ∀,3 _∀1∗∋β∴ (∋6+545∃3β∴ α5∋ 1_(7(4 3 Ξ(Ω∋5χ∃ 2.1.1-9.
0:Η≅ΔΖ: 2.1.1-8. 4:ΓΟΔΘ:≅ςΩΕ> =Δ:Θ>ΑΒΕ ΓΒΤε≅ΕΞ Θ>=ΩΕΞ ΣΔ≅, ΘΘ.
β∋∗//
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋;, 552
1
2
3
4
5;6
0,05
-
-
-
0,35
-
0,08
-
-
-
0,42
-
0,12
-
-
-
0,55
-
0,20
-
-
-
0,65
-
0,35
-
-
-
0,9
-
0,5
0,9
1,1
1,1
1,1
1,1
0,75
1,0
1,2
1,3
1,3
1,3
1,0
1,2
1,4
1,5
1,5
1,5
1,2
-
-
1,9
2,0
-
1,5
1,5
1,7
1,8
1,8
1,8
2,0
-
-
1,9
2,0
-
2,5
1,9
2,2
2,4
2,5
2,6
3,0
-
-
2,5
2,6
-
4
2,4
2,7
2,8
3,0
3,2
5
-
-
3,0
3,2
-
6
2,9
3,3
3,9
4,0
3,9
8
-
-
4,0
4,2
-
10
3,7
4,2
4,7
5,0
5,1
16
4,6
5,3
6,1
6,1
6,5
25
5,7
6,6
7,8
7,8
7,8
35
6,7
7,9
9,1
9,1
9,2
50
7,8
9,1
11,6
11,6
11,0
70
9,4
11,0
13,7
13,7
13,1
95
11,0
12,9
15,0
15,0
15,1
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
41
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
β∋∗//
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋;, 552
1
2
3
4
5;6
120
12,4
14,5
17,1
17,2
17,0
150
13,8
16,2
18,9
19,0
19,0
185
-
18,0
20,0
22,0
21,0
240
-
20,6
23,0
28,3
24,0
300
-
23,1
26,2
34,5
27,0
400
-
26,1
34,8
47,2
31,0
500
-
29,2
45,5
-
35,0
625
-
33,0
-
-
-
630
-
33,2
-
-
39,0
800
-
37,6
-
-
-
1000
-
42,2
-
-
-
0:Η≅ΔΖ: 2.1.1-9. 8Δ:Θ>ΑΒΕ ΓΒΤε≅ΕΞ :≅μΘΔΩΔ>ΝΕΞ ΣΔ≅, ΘΘ
β∋∗// 1
β∋∗// 2
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
5∀).
5∗(/.
5∀).
5∗(/.
16
4,1
4,6
4,6
5,2
25
5,2
5,7
5,6
6,5
35
6,1
6,7
6,6
7,5
50
7,2
7,8
7,7
8,6
70
8,7
9,4
9,3
10,2
95
10,3
11,0
11,0
12,0
120
11,6
12,4
12,5
13,5
150
12,9
13,8
13,9
15,0
185
14,5
15,4
15,5
16,8
240
16,7
17,6
17,8
19,2
300
18,8
19,8
20,0
21,6
400
-
-
22,9
24,6
500
-
-
25,7
27,6
625
-
-
29,0
32,0
630
-
-
29,3
32,5
2.1.2. #>ΓΛΘ>Ω=Τ>ΘΕ> ΩΛΒΘΕ ΑΛ≅∴ΔΩ Δ<Λ≅ΦΖΔΔ
:Ψ∋5 3 Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴ 4( _(Ω∃∋ 4β∃ 57&∃∋5Ρ 4∃ ,∗,3,∀∃4β Ξ,∋ε54β 57,∋Ρχ55, Ξ,
&∋Ρ ∀∃754,3,⊥ 5 ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ55 +,∗1Ξ 5Ψς,∋ 7,3(Ξ ΨΡ 4,∀+β, &(44β∃ 3 ΓΕΒ8
23286-78.
Η∃_,+∃4&1∃+β∃ 74([∃45Ρ 3βΩ∀(4β 4( ,Ψ4,3∃ Ψ∋,α530∃⊥ΨΡ ς∀(_Ξ5_5 _,4ΨΞ∀15∀,3(45Ρ
57,∋Ρχ55 Ψ 1[∃Ξ,+ γ∋∃_Ξ∀5[∃Ψ_5∴ 5 +∃∴(45[∃Ψ_5∴ 3,7&∃⊥ΨΞ35⊥ 3 ς∀,χ∃ΨΨ∃ γ_Ψς∋1(Ξ(χ55.
. 7(35Ψ5+,ΨΞ5 ,Ξ 4,+54(∋ 4,∗, 4(ς∀Ρα∃45Ρ 5 _,4ΨΞ∀1_Ξ534β∴ ,Ψ,Ω∃44,ΨΞ∃⊥ _(Ω∃∋ 4β∴
57&∃∋5⊥ 57,∋Ρχ5Ρ ∀(7&∃∋Ρ∃ΞΨΡ 4( Ψ∋∃&16ε5∃ _(Ξ∃∗,∀55:
≅-1 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ 3 ,Ω,∋,[_∃ 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ &, 220
. (&∋Ρ Ψ5ΨΞ∃+ 220/380 .) 5∋5 ς,ΨΞ,Ρ44,∃ 4(ς∀Ρα∃45∃ &, 700 . 3_∋6[5Ξ∃∋ 4,;
≅-2 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ Ω∃7 ,Ω,∋,[_5 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ &,
220 . (&∋Ρ Ψ5ΨΞ∃+ 220/380 .) 5∋5 ς,ΨΞ,Ρ44,∃ 4(ς∀Ρα∃45∃ &, 700 . 3_∋6[5Ξ∃∋ 4,;
≅-3 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ 3 ,Ω,∋,[_∃ 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ ,Ξ 220
. (&∋Ρ Ψ5ΨΞ∃+ 220/380 .) &, 400 . (&∋Ρ Ψ5ΨΞ∃+ 400/660 .) 5∋5 ς,ΨΞ,Ρ44,∃ 4(ς∀Ρα∃45∃ ,Ξ 700
&, 1000 . 3_∋6[5Ξ∃∋ 4,;
≅-4 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ Ω∃7 ,Ω,∋,[_5 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ ,Ξ
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
42
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
220 . (&∋Ρ Ψ5ΨΞ∃+ 220/380 .) &, 400 . (&∋Ρ Ψ5ΨΞ∃+ 400/660 .) 5∋5 ς,ΨΞ,Ρ44,∃ 4(ς∀Ρα∃45∃ ,Ξ
700 &, 1000 . 3_∋6[5Ξ∃∋ 4,;
≅-5 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ ,Ξ 400 . (&∋Ρ
Ψ5ΨΞ∃+ 400/660 .) &, 1800 . (&∋Ρ Ψ5ΨΞ∃+ 1800/3000 .) 5∋5 ς,ΨΞ,Ρ44,∃ 4(ς∀Ρα∃45∃ ,Ξ 1000 &,
6000 . 3_∋6[5Ξ∃∋ 4,;
≅-6 - &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥ 4( 4,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ 3600 . (&∋Ρ Ψ5ΨΞ∃+
3600/6000 .).
>,+54(∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ Ψ5ΨΞ∃+ ς∀∃&ΨΞ(3∋∃4, Ψ,[∃Ξ(45∃+ &31∴ 74([∃45⊥ U0/
U, ∗&∃ U0 - &∃⊥ΨΞ316ε∃∃ 74([∃45∃ 4(ς∀Ρα∃45Ρ +∃α&1 ∋6Ωβ+ 57,∋5∀,3(44β+ ς∀,3,&45_,+ 5
"7∃+∋∃⊥" (+∃Ξ(∋∋5[∃Ψ_,⊥ ,Ω,∋,[_,⊥ _(Ω∃∋Ρ 5∋5 ,_∀1α(6ε∃⊥ Ψ∀∃&,⊥); U - &∃⊥ΨΞ316ε∃∃
74([∃45∃ +∃α&1 ∋6Ωβ+5 &31+Ρ δ(74β+5 ς∀,3,&45_(+5 +4,∗,α5∋ 4,∗, _(Ω∃∋Ρ 5∋5 Ψ5ΨΞ∃+β
,&4,α5∋ 4β∴ _(Ω∃∋∃⊥, ..
∀5 ,Ω,74([∃455 _(Ξ∃∗,∀5⊥ 57,∋Ρχ55 &,Ω(3∋Ρ6ΞΨΡ 54&∃_Ψβ: Η - &∋Ρ ∀∃754,3,⊥ 57,∋Ρχ55;
- &∋Ρ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ55 (ς,∋5γΞ5∋∃4,3,⊥ 5∋5 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ().
>,+54(∋ 4β∃ Ξ,∋ε54β ∀∃754,3,⊥ 57,∋Ρχ55 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.1.2-1, ( ς∋(ΨΞ+(ΨΨ,3,⊥ 3
Ξ(Ω∋5χ∃ 2.1.2-2.
0:Η≅ΔΖ: 2.1.2-1. ∗ΛΘΔΩ:≅ςΩΕ> ΑΛ≅∴ΔΩΕ Β><ΔΩΛΝΛΙ Δ<Λ≅ΦΖΔΔ, ΘΘ
Ξ%5∀)∗∋2)∗8 1%∋ε∀)∗
Ξ%5∀)∗∋2)%6 /696)∀6
Ω∀∋, 552
Υ3-1, Υ3-2
Υ3-3, Υ3-4
Υ3-5
Υ3-6
0,35
0,6
-
-
-
0,5
0,6
0,8
-
-
0,75
0,6
1,0
-
-
1,0
0,6
1,0
-
-
1,5
0,6
1,0
1,8
-
2,5
0,8
1,0
1,8
-
4,0
0,8
1,0
1,8
-
6,0
0,8
1,0
1,8
-
10,0
1,0
1,2
2,0
4,0
16,0
1,0
1,2
2,0
4,0
25,0
1.2
1,4
2,2
4,0
35,0
1,2
1,4
2,2
4,0
50,0
1,4
1,6
2,4
4,0
70.0
1,4
1,6
2,4
4,0
95,0
1,6
1,8
2,6
4,0
120,0
-
1,8
2,6
4,0
150,0
-
2,0
2,8
4,0
185,0
-
2,2
3,0
-
240,0
-
2,4
3,2
-
300,0
-
2,6
3,4
-
400,0
-
2,8
3,6
-
500,0
-
3,0
3,8
-
0:Η≅ΔΖ: 2.1.2-2. ∗ΛΘΔΩ:≅ςΩΕ> ΑΛ≅∴ΔΩΕ Κ≅:ΟΑΘ:ΟΟΛΝΛΙ Δ<Λ≅ΦΖΔΔ, ΘΘ
Ξ%5∀)∗∋2)∗8 1%∋ε∀)∗
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
Υ#-1
Υ#-2
Υ#-3
Υ#-4
Υ#-5
Υ#-6
_% 0,35
0,4
0,5
0,5
0,6
-
-
0,35
0,5
0,6
0,6
0,7
-
-
0,5
0,5
0,6
0,6
0,8
-
-
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
43
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ξ%5∀)∗∋2)∗8 1%∋ε∀)∗
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
Υ#-1
Υ#-2
Υ#-3
Υ#-4
Υ#-5
Υ#-6
0,75
0,5
0,6
0,6
0,8
-
-
1,0
0,6
0,7
0,7
0,8
-
-
1,5
0,6
0,7
0,7
1,0
-
-
2,5
0,6
0,7
0,7
1,0
-
-
4,0
0,7
0,8
0,8
1,0
2,2
-
6,0
0,7
0,8
0,8
1,0
2,2
-
10,0
0,8
1,0
1,0
1,2
2,2
3,0
16,0
0,8
1,0
1,0
1,2
2,2
3,0
25,0
1,0
1,2
1,2
1,4
2,2
3,0
35,0
1,0
1,2
1,2
1,4
2,2
3,0
50,0
1,2
1,4
1,4
1,6
2,2
3,0
70,0
1,2
1,4
1,4
1,6
2,2
3,0
95,0
1,2
1,6
1,6
1,8
2,2
3,0
120,0
-
-
1,6
1,8
2,2
3,0
150,0
-
-
1,8
2,0
2,2
3,0
185,0
-
-
2,0
2,2
2,4
3,0
240,0
-
-
2,2
2,4
2,6
3,0
300,0
-
-
2,4
2,6
2,6
3,0
400,0
-
-
2,6
2,8
2,8
3,0
500,0
-
-
3,0
3,0
3,0
3,2
>,+54(∋ 4(Ρ Ξ,∋ε54( 57,∋Ρχ55 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ( &∋Ρ _(Ω∃∋ 4β∴
57&∃∋5⊥ &∋Ρ _(Ξ∃∗,∀5⊥ ≅ς-6 &,∋α4( ΩβΞ 3,4 ++ &∋Ρ α5∋ Ψ∃[∃45∃+ 10-500 ++2.
>,+54(∋ 4(Ρ Ξ,∋ε54( ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ55 Ξ,_,ς∀,3,&Ρε5∴ α5∋ _,4Ξ∀,∋ 4β∴
_(Ω∃∋∃⊥ &,∋α4( ΩβΞ 0,6 ++ &∋Ρ Ψ∃[∃45⊥ 0,75-6 ++2 5 0,8 ++ &∋Ρ Ψ∃[∃45⊥ 10 ++2.
Ε&4,3∀∃+∃44, Ψ 4,+54(∋ 4β+5 Ξ,∋ε54(+5 ς∀53,&ΡΞΨΡ 4,∀+β 5ΨςβΞ(45⊥ 57,∋Ρχ55
_(Ω∃∋ 4β∴ 57&∃∋5⊥ 4(ς∀Ρα∃45∃+ ς, Ψ∋∃&16ε5+ _(Ξ∃∗,∀5Ρ+:
φ≅-1 - 5ΨςβΞ(45∃ 57,∋Ρχ55 ς,Ψ∋∃ 4(∋,α∃45Ρ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ [(ΨΞ,Ξ,⊥ 50 Γχ;
φ≅-2 - 5ΨςβΞ(45∃ 57,∋Ρχ55 4( ς∀,∴,&.
∀5 5ΨςβΞ(45Ρ∴ ς, _(Ξ∃∗,∀55 φ≅-1 57,∋Ρχ5Ρ, 3 7(35Ψ5+,ΨΞ5 ,Ξ _,4ΨΞ∀1_χ55 _(Ω∃∋ 4,∗,
57&∃∋5Ρ 5 Ξ∃∴45[∃Ψ_5∴ Ξ∀∃Ω,3(45⊥, +,α∃Ξ ΩβΞ ς∀∃&3(∀5Ξ∃∋ 4, 3β&∃∀α(4( 3 3,&∃ 3 Ξ∃[∃45∃
Ψ∋∃&16ε∃∗, 3∀∃+∃45:
6 [ - &∋Ρ ∀∃754,3,⊥ 57,∋Ρχ55;
3 [ - &∋Ρ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ55.
.∀∃+Ρ ς∀5∋,α∃45Ρ 4(ς∀Ρα∃45Ρ &,∋α4, Ψ,ΨΞ(3∋ΡΞ 5 +541Ξ.
≅ΨςβΞ(Ξ∃∋ 4,∃ ς∃∀∃+∃44,∃ 4(ς∀Ρα∃45∃ U
5Ψς 3 7(35Ψ5+,ΨΞ5 ,Ξ 4,+54(∋ 4,∗,
ς∃∀∃+∃44,∗, 4(ς∀Ρα∃45Ρ U0 ς∀5 5ΨςβΞ(455 57,∋Ρχ55 _(Ω∃∋ 4β∴ 57&∃∋5⊥ ς, _(Ξ∃∗,∀55 φ≅-1
3β[5Ψ∋Ρ6Ξ ς, δ,∀+1∋∃:
U5Ψς = 2,5U0 + 2000 - &∋Ρ _(Ω∃∋∃⊥ 5 ς∀,3,&,3 Ψ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥,
ς∀∃&4(74([∃44β∴ &∋Ρ ΨΞ(χ5,4(∀4β∴ 1ΨΞ(4,3,_ 4( 4,+54(∋ 4,∃ 4(ς∀Ρα∃45∃ Ψ3β0∃ 660 .
(&∋Ρ Ψ5ΨΞ∃+ 660/1000 .);
U5Ψς = 2U0 + 1000 - &∋Ρ ,ΨΞ(∋ 4β∴ _(Ω∃∋ 4β∴ 57&∃∋5⊥ Ψ ,_∀1∗∋∃45∃+ &, 500 . 3 ΨΞ,∀,41
+(_Ψ5+1+(.
Ν,ς1Ψ_(∃ΞΨΡ 5ΨςβΞ(45∃ 4(ς∀Ρα∃45∃+ 3 3,&∃ α5∋ Ψ ∀∃754,3,⊥ 57,∋Ρχ5∃⊥ Ξ,∋ε54,⊥ &, 0,6
++ 3_∋6[5Ξ∃∋ 4, ς, _(Ξ∃∗,∀55 φ≅-1 ς∀,3,&5Ξ 5ΨςβΞ(Ξ∃∋ 4β+ 4(ς∀Ρα∃45∃+ 1,5 _..
5_,3,∃ 74([∃45∃ 5ΨςβΞ(Ξ∃∋ 4,∗, 4(ς∀Ρα∃45Ρ ς, _(Ξ∃∗,∀55 φ≅-2 1_(7(4, 3 Ξ(Ω∋5χ∃
2.1.2-3.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
44
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0:Η≅ΔΖ: 2.1.2-3. ⊥Ω:Ρ>ΩΔΦ ΔΟΚΕΑ:Α>≅ςΩΛεΛ Ω:ΚΒΦΣ>ΩΔΦ ΚΛ φ,-2, Γβ
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45
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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>(5Ω,∋∃∃ 05∀,_, 5Ψς,∋ 71∃+β∃ 3 _(Ω∃∋ 4β∴ 57&∃∋5Ρ∴ ,Ω,∋,[_5 3βς,∋4Ρ6ΞΨΡ 57
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,Ω1Ψ∋,3∋∃4 4∃,Ω∴,&5+,ΨΞ 6 3βς,∋4∃45Ρ 5+5 7(ε5Ξ4β∴ δ14_χ5⊥ 5 +∃∴(45[∃Ψ_5+5
∴(∀(_Ξ∃∀5ΨΞ5_(+5 +(Ξ∃∀5(∋,3.
>∃Ψ+,Ξ∀Ρ 4( +4,∗,,Ω∀(75∃ _(Ω∃∋ 4β∴ 57&∃∋5⊥, &∋Ρ Ω,∋ 054ΨΞ3( _,4ΨΞ∀1_χ5⊥ +,∗1Ξ ΩβΞ
∀∃_,+∃4&,3(4β Ξ,∋ε54β ,Ω,∋,[∃_, _,Ξ,∀β∃ ∀∃∗∋(+∃4Ξ5∀,3(4β ΨΞ(4&(∀Ξ(+5.
ΓΕΒ8 23286-78 3β&∃∋Ρ∃Ξ Ψ∋∃&16ε5∃ _(Ξ∃∗,∀55 ς,∋5+∃∀4β∴ ,Ω,∋,[∃_:
ΕΩ-1 - &∋Ρ ς∃∀∃4,Ψ4β∴ _(Ω∃∋ 4β∴ 57&∃∋5⊥, ∀(Ω,Ξ(6ε5∴ 3 ΞΡα∃∋β∴ 1Ψ∋,35Ρ∴ (&∋Ρ
7∃+∋∃∀,⊥4β∴ +(054 5 5+ ς,&,Ω4β∴);
ΕΩ-2 - &∋Ρ ς∃∀∃4,Ψ4β∴ _(Ω∃∋ 4β∴ 57&∃∋5⊥, ∀(Ω,Ξ(6ε5∴ 3 Ψ∀∃&45∴ 1Ψ∋,35Ρ∴ (3Ψ∃ Ψ∋1[(5
ς∀5+∃4∃45Ρ, _∀,+∃ ς∀∃&1Ψ+,Ξ∀∃44β∴ &∋Ρ _(Ξ∃∗,∀5⊥ ΕΩ-1 5 ΕΩ-3) 5 &∋Ρ _(Ω∃∋ 4β∴ 57&∃∋5⊥,
ς∀,_∋(&β3(∃+β∴ ΨΞ(χ5,4(∀4,;
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γ∋∃_Ξ∀,ς∀5Ω,∀,3 5 Ξ,_,ς∀5∃+45_,3, ∀(Ω,Ξ(6ε5∴ 3 1Ψ∋,35Ρ∴, ∗&∃ ,ΞΨ1ΞΨΞ316Ξ +∃∴(45[∃Ψ_5∃
4(∗∀17_5).
∀5 ,Ω,74([∃455 _(Ξ∃∗,∀5⊥ ς,∋5+∃∀4β∴ ,Ω,∋,[∃_ &,Ω(3∋Ρ6ΞΨΡ 54&∃_Ψβ: ∀ - &∋Ρ
∀∃754,3β∴ ,Ω,∋,[∃_; ς - &∋Ρ ς∋(ΨΞ+(ΨΨ,3β∴ ,Ω,∋,[∃_ (
57 ς,∋5γΞ5∋∃4( 5∋5
ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ(). ,∋5+∃∀4β∃ ,Ω,∋,[_5 ,Ω∋(&(6Ξ 3βΨ,_,⊥
γ∋(ΨΞ5[4,ΨΞ 6, ,&4(_, 4∃ +,∗1Ξ ,Ω∃Ψς∃[5Ξ 7(ε5Ξβ ,Ξ 74([5Ξ∃∋ 4β∴ +∃∴(45[∃Ψ_5∴
3,7&∃⊥ΨΞ35⊥ 5 ς,∋416 ∗∃∀+∃Ξ5[4,ΨΞ 3 Ξ∃[∃45∃ &∋5Ξ∃∋ 4,∗, 3∀∃+∃45.
>,+54(∋ 4β∃ 74([∃45Ρ Ξ,∋ε54β ς,∋5+∃∀4β∴ ,Ω,∋,[∃_ 3 7(35Ψ5+,ΨΞ5 ,Ξ ∀(7+∃∀(
_(Ω∃∋ 4,∗, 57&∃∋5Ρ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.1.3-1.
0:Η≅ΔΖ: 2.1.3-1. ∗ΛΘΔΩ:≅ςΩΕ> ΑΛ≅∴ΔΩΕ ΚΛ≅ΔΘ>ΒΩΕΞ ΛΗΛ≅ΛΡ>Γ, ΘΘ
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57&∃∋5⊥, [Ξ, 5 3β41α&(∃Ξ ς∀5+∃4ΡΞ ∗,δ∀5∀,3(45∃. 8,∋ε54β (∋6+545∃3β∴ ,Ω,∋,[∃_ 3
Ψ,,Ξ3∃ΞΨΞ355 Ψ ΓΕΒ8 24641-81 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.1.3-2.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
46
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0:Η≅ΔΖ: 2.1.3-4. ∗ΛΘΔΩ:≅ςΩΕ> ΑΛ≅∴ΔΩΕ ΟΝΔΩΖΛΝΕΞ ΛΗΛ≅ΛΡ>Γ =≅Φ
Γ:Η>≅>Ι ΟΝΦ<Δ, ΘΘ
Ι ≅∗ε∀1);5∀ #%(3%∃∗5∀
/ ∋6)1%9)%> .3%)6>
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Ν∋Ρ ς,∋5+∃∀4β∴ ,Ω,∋,[∃_ 5 7(ε5Ξ4β∴ 0∋(4∗,3 ς∀∃&1Ψ+,Ξ∀∃4β 4,∀+β 5ΨςβΞ(45Ρ
4(ς∀Ρα∃45∃+ ς, Ψ∋∃&16ε5+ _(Ξ∃∗,∀5Ρ+:
φ≅-1 - 5ΨςβΞ(45∃ ,Ω,∋,[∃_ ς,Ψ∋∃ 4(∋,α∃45Ρ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ [(ΨΞ,Ξ,⊥ 50 Γχ;
φ≅-2 - 5ΨςβΞ(45∃ ,Ω,∋,[∃_ 4( ς∀,∴,& 3 ς∀,χ∃ΨΨ∃ 4(∋,α∃45Ρ 5∋5 ς∀5 ς∃∀∃+,Ξ_∃.
∀5 5ΨςβΞ(455 ς, _(Ξ∃∗,∀55 φ≅-1 3∀∃+Ρ ς∀5∋,α∃45Ρ 4(ς∀Ρα∃45Ρ Ψ,ΨΞ(3∋Ρ∃Ξ 5 +54.
∃∀∃+∃44,∃ 5ΨςβΞ(Ξ∃∋ 4,∃ 4(ς∀Ρα∃45∃ U
5Ψς (.) 3 7(35Ψ5+,ΨΞ5 ,Ξ 4,+54(∋ 4,⊥
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0∋(4∗,3 _(Ω∃∋ 4β∴ 57&∃∋5⊥ ς, _(Ξ∃∗,∀55 φ≅-1 3β[5Ψ∋Ρ6Ξ ς, δ,∀+1∋∃:
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48
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ς∀∃&1Ψ+,Ξ∀∃4β 54β∃ 1Ψ∋,35Ρ.
0:Η≅ΔΖ: 2.1.3-5. ⊥Ω:Ρ>ΩΔΦ ΔΟΚΕΑ:Α>≅ςΩΛεΛ Ω:ΚΒΦΣ>ΩΔΦ ΚΛ φ,-2, Γβ
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2.1.4. ⊥:∴ΔΑΩΕ> ΚΛΓΒΛΝΕ
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. ,Ψ4,34,+ 7(ε5Ξ4β∃ ς,_∀,3β 3βς,∋4Ρ6ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ ΓΕΒ8 7006-72, 4, Ξ(_α∃ ς,
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&,_1+∃4Ξ(χ55 ς∀,573,&5Ξ∃∋Ρ.
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49
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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γ∋∃+∃4Ξβ +,∗1Ξ ,ΞΨ1ΞΨΞ3,3(Ξ .
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Δ,4ΨΞ∀1_χ55 ς,&10∃_ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.1.4-2.
Λ∀,4Ρ Ξ5ς( Λ 3βς,∋4Ρ∃ΞΨΡ 57 ΨΞ(∋ 4β∴ 5∋5 ΨΞ(∋ 4β∴ ,χ54_,3(44β∴ ∋∃4Ξ , Ω∀,4Ρ Ξ5ς( Δ
3βς,∋4Ρ∃ΞΨΡ 57 ΨΞ(∋ 4β∴ ,χ54_,3(44β∴ ς∀,3,∋,_.
Δ,4ΨΞ∀1_χ55 4(∀1α4β∴ ς,_∀,3,3 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.1.4-3.
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(0∋(4∗,3) ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.1.4-5.
0:Η≅ΔΖ: 2.1.4-1. βΕΚΛ≅Ω>ΩΔ> <:∴ΔΑΩΕΞ ΚΛΓΒΛΝΛΝ
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-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
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Ψ∃[∃45⊥, 3β∴,&Ρε5∴ 7( ∀(+_5 Ξ(Ω∋5χβ 2.2.1-1.
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Ξ∃+ς∃∀(Ξ1∀∃ 4(∗∀∃3( α5∋ _(Ω∃∋Ρ.
. Ω1+(α4,⊥ 57,∋Ρχ55 _(Ω∃∋∃⊥ 4( 4(ς∀Ρα∃45∃ 6 _. 5 Ω,∋∃∃ 4∃ &,ς1Ψ_(∃ΞΨΡ Ψ,3ς(&∃45∃ Ω,∋∃∃ Ξ∀∃∴
∋∃4Ξ, ∀(Ψς,∋,α∃44β∴ ,&4( 4(& &∀1∗,⊥, 5 &31∴ ∋∃4Ξ, 4∃ς,Ψ∀∃&ΨΞ3∃44, ς∀5∋∃∗(6ε5∴ _ α5∋∃ 5∋5 γ_∀(41,
4(∋,α∃44,+1 4( α5∋1. Β,3ς(&∃45∃ ς∀,&,∋ 4β∴ Ψ_∋(&,_ 5∋5 ς,∀∃7,3 4( &∋54∃ Ω,∋∃∃ 50 ++ 3 &31∴
∋∃4Ξ(∴, ∀(Ψς,∋,α∃44β∴ ,&4( 4(& &∀1∗,⊥, Ψ[5Ξ(∃ΞΨΡ 7( ,&4, Ψ,3ς(&∃45∃.
. _(Ω∃∋Ρ∴ 4( 4(ς∀Ρα∃45∃ 6 5 10 _. ς,3∃∀∴ ς,ΡΨ4,⊥ 57,∋Ρχ55 &,∋α∃4 ΩβΞ ∀(Ψς,∋,α∃4 γ_∀(4 57
γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ Ω1+(∗5.
≅7,∋5∀,3(44β∃ α5∋β +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥ &,∋α4β ΩβΞ Ψ_∀1[∃4β Ψ 7(ς,∋4∃45∃+ ς∀,+∃α1Ξ_,3
+∃α&1 α5∋(+5 α∗1Ξ(+5 57 Ω1+(∗5. ≅7,∋5∀,3(44β∃ Ψ∃_Ξ,∀4β∃ α5∋β +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥ 4(
4(ς∀Ρα∃45∃ 1 _. +,∗1Ξ ΩβΞ Ψ_∀1[∃4β Ω∃7 7(ς,∋4∃45Ρ.
≅7,∋5∀,3(44β∃ α5∋β +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥ &,∋α4β 5+∃Ξ ,Ξ∋5[5Ξ∃∋ 416 ∀(Ψχ3∃Ξ_1 5∋5
,Ω,74([∃45∃ χ5δ∀(+5. Ο(∀_5∀,3_( ∀(Ψχ3∃Ξ_,⊥ &,∋α4( ΩβΞ 1ΨΞ,⊥[53,⊥, 4∃ ΨΞ5∀(∃+,⊥ 5 ∀(7∋5[5+,⊥.
Ο(∀_5∀,3_( &,∋α4( ς∀,573,&5Ξ ΨΡ ς∀5 ς,+,ε5 χ3∃Ξ4β∴ ∋∃4Ξ 4( α5∋(∴ 5∋5 ∋∃4Ξ 4(Ξ1∀(∋ 4,∗, χ3∃Ξ( Ψ
ς,∋,Ψ_(+5, ,Ξ∋5[(6ε5+5ΨΡ &∀1∗ ,Ξ &∀1∗( ς, χ3∃Ξ1. Ο(∀_5∀,3_( χ5δ∀(+5 ς∀,573,&5ΞΨΡ ς∃[(Ξ(45∃+
5∋5 Ξ5Ψ4∃45∃+ 5 &,∋α4( ΩβΞ ,Ξ[∃Ξ∋53,⊥. λ3∃Ξ χ5δ∀ ς∀5 +(∀_5∀,3_∃ ς∃[(Ξ(45∃+ &,∋α∃4 ,Ξ∋5[(Ξ ΨΡ
,Ξ χ3∃Ξ( 57,∋Ρχ55 α5∋β . λ5δ∀β &,∋α4β 5+∃Ξ ,&54(_,3β⊥ χ3∃Ξ.
∀5 χ5δ∀,3,+ ,Ω,74([∃455 4( ς,3∃∀∴4,ΨΞ5 57,∋Ρχ55 5∋5 3∃∀∴4∃⊥ ∋∃4Ξ∃ ς∃∀3,⊥ α5∋β &,∋α4( ΩβΞ
χ5δ∀( 1, 3Ξ,∀,⊥ α5∋β - 2, Ξ∀∃Ξ ∃⊥ α5∋β - 3, [∃Ξ3∃∀Ξ,⊥ α5∋β - 4. ∀5 γΞ,+ 4,+∃∀1 1 Ψ,,Ξ3∃ΞΨΞ31∃Ξ
Ω∃∋(Ρ 5∋5 α∃∋Ξ(Ρ, 4,+∃∀1 2 - Ψ54ΡΡ 5∋5 7∃∋∃4(Ρ, 4,+∃∀1 3 - _∀(Ψ4(Ρ 5∋5 +(∋54,3(Ρ, 4,+∃∀1 4 -
_,∀5[4∃3(Ρ 5∋5 [∃∀4(Ρ ∀(Ψχ3∃Ξ_(. ≅7,∋Ρχ5Ρ α5∋β +∃4 0∃∗, Ψ∃[∃45Ρ (41∋∃3,⊥) +,α∃Ξ ΩβΞ ∋6Ω,∗,
χ3∃Ξ( 5 +,α∃Ξ 4∃ 5+∃Ξ χ5δ∀,3,∗, ,Ω,74([∃45Ρ. ∀5 ,Ω,74([∃455 57,∋5∀,3(44β∴ α5∋ χ5δ∀(+5
∀(ΨΨΞ,Ρ45∃ +∃α&1 45+5 4∃ &,∋α4, ΩβΞ Ω,∋∃∃ 35 ++.
,3∃∀∴ Ψ_∀1[∃44β∴ 57,∋5∀,3(44β∴ α5∋ +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥ &,∋α4( ΩβΞ 4(∋,α∃4( ς,ΡΨ4(Ρ
57,∋Ρχ5Ρ 4,+54(∋ 4,⊥ Ξ,∋ε54,⊥ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ(Ω∋5χ∃⊥ 2.2.1-5.
,& ,Ω,∋,[_,⊥ _(Ω∃∋Ρ 4( ς,3∃∀∴4,ΨΞ5 57,∋Ρχ55 5∋5 ς,& ς,ΡΨ4,⊥ 57,∋Ρχ5∃⊥ 4( Ψς∃χ5(∋ 4,⊥ ∋∃4Ξ∃,
4∃ Ω,∋∃∃ [∃+ [∃∀∃7 _(α&β∃ 300 ++, &,∋α4β ΩβΞ [∃Ξ_, 4(4∃Ψ∃4β ,ς,74(3(Ξ∃∋ 4β⊥ 54&∃_Ψ 7(3,&(-
57∗,Ξ,35Ξ∃∋Ρ 5 ∗,& 3βς1Ψ_( _(Ω∃∋Ρ.
. _(Ω∃∋Ρ∴ Ψ &5(+∃Ξ∀,+ ς,& ,Ω,∋,[_,⊥ +∃4∃∃ 20 ++ &,ς1Ψ_(∃ΞΨΡ ς∀5+∃4∃45∃ χ3∃Ξ4,⊥ ,Ξ∋5[5Ξ∃∋ 4,⊥
45Ξ5. Μ∃4Ξ( &,∋α4( ΩβΞ 57∗,Ξ,3∋∃4( 57 Ω1+(∗5 4(Ξ1∀(∋ 4,∗, χ3∃Ξ(.
ΕΞΨ1ΞΨΞ35∃ ∋∃4Ξβ ς, &∋54∃ _(Ω∃∋Ρ Ω,∋∃∃ 1 + 4∃ &,ς1Ψ_(∃ΞΨΡ. φ5∀54( ∋∃4Ξβ - 4∃ +∃4∃∃ 10 ++.
.βΨ,Ξ( 05δ∀( - 4∃ +∃4∃∃ 6 ++.
Βς∀(3,[4β∃ 74([∃45Ρ 4(∀1α4β∴ &5(+∃Ξ∀,3 5 +(ΨΨ ,Ξ&∃∋ 4β∴ +(∀,_ _(Ω∃∋∃⊥ 1_(7(4β 3 Ξ(Ω∋5χ(∴
2.2.1-6 - 2.2.1-21. Β 1[∃Ξ,+ 74([5Ξ∃∋ 4β∴ &,ς1Ψ_,3 ∀∃(∋ 4β∃ 74([∃45Ρ +,∗1Ξ ,Ξ∋5[(Ξ ΨΡ 4( 5-10% 3
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ΘΙχ
ΘΙχ∋
ΘΙχ2∋
35
11,5
22
17,5
15,5
12
21
22
50
12,5
23
19
17
13
22
23
70%Ω
14
25,5
21
18,5
14,5
24,5
25,5
70
15,5
27
22,5
20
16,5
26
27
95%Ω
15,5
27
22,5
20
16,5
26
27
95
17
28,5
24
21,5
18
27,5
28,5
120%Ω
17,5
29
24
21,5
18
27,5
28,5
120
19,5
31
26,5
24
20
29,5
30,5
150%Ω
19
30,5
26
23,5
19,5
29
30
150
21
32,5
28
26
22
31,5
32,5
185%Ω
21
32
28
25,5
21,5
31
32
185
23,5
35
30,5
28
24
33,5
34,5
240%Ω
23
34,5
30
28
24
33,5
34,5
240
25,5
36
33,5
31
27
36,5
37,5
300
29
40,5
36
34
30
39,5
40,5
400
32,5
44
39,5
38
33,5
43
44
500
36
48
43
41,5
37,5
47
48
625
40
52
47
46
41,5
50
51
800
45
57
52
51
46
56
57
0:Η≅ΔΖ: 2.2.1-7. 4:ΟΟΕ Λ=ΩΛΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ Ω:
Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
ΘΙχ∋
ΘΙχ2∋
10
120
520
370
220
440
690
740
16
160
580
420
260
520
770
820
25
200
650
480
310
600
880
930
35
240
720
550
360
690
980
1050
50
300
820
630
430
810
1100
1150
70%Ω
380
1100
870
520
940
1400
1450
70
410
1150
950
570
1100
1500
1600
95%Ω
470
1200
1000
630
1150
1600
1700
95
510
1300
1100
690
1300
1700
1800
120%Ω
570
1400
1150
750
1300
1800
1900
120
640
1500
1300
840
1600
2050
2100
150%Ω
690
1600
1300
880
1600
2100
2100
150
770
1700
1450
1000
1800
2300
2400
185%Ω
830
1800
1500
1100
1800
2300
2700
185
950
2000
1700
1200
2100
2700
2800
240%Ω
1050
2100
1800
1300
2200
2700
2900
240
1200
2300
2000
1500
2600
3200
3300
300
1400
2700
2300
1800
3100
3600
3800
400
1800
3100
2800
2200
3700
4300
4400
500
2200
3700
3300
2600
4600
5200
5300
625
2700
4300
3900
3200
5500
5900
6100
800
3450
5200
4800
4000
6600
7200
7300
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
58
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.2.1-8. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο
:≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, ΘΘ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
ΘΙχ∋
ΘΙχ2∋
6
12,5
23
18,5
17
13
22
23
10
14
25,5
21
18,5
14,5
24,5
25,5
16
16
27,5
23,5
20,5
17
26,5
27
25
16,5
28
23,5
21
17
27
27,5
35
18,5
30
25,5
23
19,5
29
30
50
21
32,5
28
26
22
31,5
32,5
70%Ω
23,5
35
30,5
28,5
24
33,5
34,5
70
25,5
37
32,5
30,5
26
35,5
36,5
95%Ω
26,5
38
33,5
31,5
27
37
38
95
29
40
36
33,5
29
39
40
120%Ω
29,5
41
36,5
34,5
30,5
40
41
120
33
44,5
40
38
34
43,5
44
150%Ω
32,5
43,5
39,5
37,5
33,5
42,5
43,5
150
35,5
47
42,5
41
35
44,5
45,5
185%Ω
35,5
47
42,5
41
36,5
46
47
185
39,5
51
46,5
45
39
48
49
240%Ω
40
51,5
47
45
41
50
46,5
240
45
56
52
50
43,5
53
49
0:Η≅ΔΖ: 2.2.1-9. 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο
:≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
ΘΙχ∋
ΘΙχ2∋
6
240
750
570
370
740
1050
1100
10
310
1000
810
460
890
1350
1500
16
440
1200
1000
600
1150
1600
1700
25
470
1250
1050
630
1200
1600
1750
35
600
1450
1200
780
1500
1950
2050
50
770
1700
1450
1000
1800
2300
2400
70%Ω
1000
2050
1800
1300
2200
2700
2800
70
1100
2200
1900
1400
2400
2900
3000
95%Ω
1300
2400
2100
1600
2700
3300
3450
95
1400
2600
2300
1700
2900
3600
3700
120%Ω
1600
2850
2600
1900
3300
3800
4000
120
1750
3100
2700
2100
3600
4100
4300
150%Ω
1900
3250
2900
2300
3800
4400
4550
150
2100
3600
3200
2500
4100
4700
4900
185%Ω
2300
3700
3300
2700
4500
5100
5300
185
2600
4200
3800
3100
4900
5500
5700
240%Ω
2900
4500
4100
3400
5700
6100
6300
240
3300
5100
4600
3900
6100
6500
6700
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
59
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.2.1-10. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ
ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 6 Γβ, ΘΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
φΘΘχ∋ *
φΘΘχ2∋ *
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
φΘΙχ
ΘΙχ∋
ΘΙχ2∋
φΘΙχ∋ *
10
21
32
28
25,5
21,5
31
32
16
23
34,5
30
28
24
33,5
34,5
25
23
34,5
30
28
24
33,5
34,5
35
25
36,5
32
30
25,5
35
36
50
27,5
39
34,5
32,5
28
38
39
70%Ω
30
41
37
34,5
31
40
41
70
32
43
39
37
33
42
43
95%Ω
32,5
44
39,5
38
33
42,5
43,5
95
34,5
46
41,5
40
35
44,5
45,5
120%Ω
35
46,5
42
40
36
45,5
46
120
39
50
46,5
43,5
38
48
48
150%Ω
37,5
49
44,5
43
39
48
49
150
41,5
53
48,5
47
41
50
51
185%Ω
41
52
48
46,5
42
50,5
51,5
185
44,5
55
51,5
50
44
53
54
240%Ω
45
56
52
50,5
45,5
54,5
55,5
240
49,5
61
56
55
49
58
59
0:Η≅ΔΖ: 2.2.1-11. 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ Ω:
Ω:ΚΒΦΣ>ΩΔ> 6 Γβ, Γε/ΓΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
φΘΘχ∋ *
φΘΘχ2γ *
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
ΘΙχ∋
ΘΙχ2∋
φΘΙχ∋ *
10
600
1550
1300
830
1550
2050
2200
16
750
1800
1500
1000
1900
2450
2550
25
800
1800
1500
1050
1950
2500
2600
35
950
2050
1700
1200
2200
2750
2900
50
1200
2350
2000
1500
2600
3300
3400
70%Ω
1400
2700
2300
1750
3150
3700
3850
70
1550
2850
2500
1900
3400
4000
4200
95%Ω
1750
3100
2700
2100
3600
4200
4300
95
1900
3300
2900
2300
3900
4500
4600
120%Ω
2000
3500
3100
2450
4200
4800
4900
120
2300
3800
3400
2700
4500
5000
5200
150%Ω
2400
3900
3500
2800
4900
5500
5700
150
2700
4300
3900
3200
5300
5700
5900
185%Ω
2850
4400
4100
3400
5600
6100
6300
185
3100
4900
4400
3700
5900
6400
6600
240%Ω
3500
5300
4800
4000
6500
7100
7300
240
3800
5700
5200
4400
7100
7600
7800
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
60
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.2.1-12. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ
ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 10 Γβ, ΘΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
φΘΘχ∋*
φΘΘχ2γ*
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
φΘΙχ
ΘΙχ∋
ΘΙχ2∋
φΘΙχ∋*
16
27
38,5
34
32
28
37,5
38,5
25
27
38,5
34
32
28
37,5
38,5
35
29
40,5
36
34
30
39,5
40,5
50
31
42,5
38,5
36,5
32,5
41,5
42,5
70%Ω
33,5
45
40,5
39
35
44
45
70
35,5
47
42,5
41
37
46
47
95%Ω
36,5
48
43,5
42
37,5
47
48
95
38,5
50
45,5
43
39,5
49
50
120%Ω
40
50,5
46
44
40
49,5
50,5
120
42,5
54
49,5
48
43
51
52
150%Ω
42
53,5
49
48
43
52
53
150
45,5
56,5
52,5
51
45,5
53,5
54,5
185%Ω
44,5
56
52
50,5
44,5
54,5
55,5
185
48,5
60
56
54
48
57
58
240%Ω
48,5
60
55,5
54
49,5
58,5
59,5
240
53,5
66
62
59
53
63
64
0:Η≅ΔΖ: 2.2.1-13. 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ Ω:
Ω:ΚΒΦΣ>ΩΔ> 10 Γβ, Γε/ΓΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΘΘΖ
ΘΘχ∋
ΘΘχ2∋
φΘΘχ∋*
φΘΘχ2γ*
ΘΘχ∋Ζ
ΘΘχ)∋Ζ
ΘΘκ∃
ΘΘκ)=
ΘΙΖ
ΘΙχ
φΘΙχ
ΘΙχ∋
ΘΙχ2∋
φΘΙχ∋*
16
1000
2200
1850
1300
2400
3100
3200
25
1050
2200
1900
1350
2500
3100
3250
35
1200
2400
2100
1500
2900
3400
3500
50
1400
2700
2400
1800
3300
3800
3900
70%Ω
1700
3100
2700
2100
3800
4400
4500
70
I800
3300
2900
2200
3950
4600
4700
95%Ω
2050
3500
3100
2450
4450
5100
5200
95
2200
3800
3300
2600
4600
5300
5400
120%Ω
2400
3900
3500
2800
4900
5500
5600
120
2600
4300
3900
3200
5100
5750
5800
150%Ω
2800
4500
4000
3300
5700
6100
6300
150
3100
4900
4400
3600
5900
6400
6500
185%Ω
3300
5000
4600
3800
6300
6900
7000
185
3500
5400
4900
4100
6800
7200
7400
240%Ω
3900
5800
5300
4500
7300
7800
8000
240
4300
7000
6500
5000
8000
9200
9400
0:Η≅ΔΖ: 2.2.1-14. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Λ=ΩΛΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο
Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 1Γβ, ΘΘ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΙΖ
Ιχ
ΙχΖ
Ιχ∋
Ιχ2∋
10
9
17,5
13,5
18,5
16
10
18,5
14,5
19,5
25%Ω
11
20
15,5
21
25
11,5
20,5
16
21,5
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
61
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΙΖ
Ιχ
ΙχΖ
Ιχ∋
Ιχ2∋
35%Ω
12
21
16,5
22
35
13
21,5
17,5
22,5
50%Ω
13
22
18
23
50
14,5
24
19,5
25
70
16,5
26
21,5
27
95
18
27,5
23
28,5
120
20
29,5
25
30,5
150
22
31,5
27
32,5
185
24
33,5
29,5
34,5
240
27
36,5
32
37,5
300
30
39,5
35
40,5
400
33,5
43
38,5
44
500
37,5
47
42
48
625
41
50
46
51
800
46
56
51
57
0:Η≅ΔΖ: 2.2.1-15. 4:ΟΟΕ Λ=ΩΛΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο
Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋, 552
ΙΖ
Ιχ
ΙχΖ
Ιχ∋
Ιχ2∋
10
500
750
600
800
16
600
870
710
940
25%Ω
760
1050
910
1100
25
810
1100
960
1150
35%Ω
910
1200
1000
1250
35
970
1250
1100
1350
50%Ω
1100
1400
1200
1500
50
1200
1650
1450
1750
70
1550
1950
1750
2050
95
1900
2300
2100
2400
120
2300
2800
2500
2900
150
2700
3200
2950
3300
185
3300
3800
3500
3900
240
4100
4700
4400
4800
300
5000
5500
5200
5650
400
6200
6800
6400
6900
500
7700
8300
7900
8500
625
9400
9700
9400
10000
800
11500
12200
11700
12400
0:Η≅ΔΖ: 2.2.1-16. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ
ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, ΘΘ
Ξ%5∀)∗∋2)%6
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ΙΖ
Ιχ
ΙχΖ
Ιχ∋
Ιχ2∋
6
13
22
17,5
23
10
14,5
24,5
20
25,5
16
17
26,5
22
27,5
25%Ω
17
26,5
22
27,5
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
62
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ξ%5∀)∗∋2)%6
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ΙΖ
Ιχ
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25
18
27,5
23
28,5
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19,5
29
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30
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20
29,5
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22
31
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32
50
23
32
28
33,5
70
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31
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29
39
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40
120
33,5
43
38
44
150
37
46
42
47
185
41
50
45,5
51
240
46
55
51
56
0:Η≅ΔΖ: 2.2.1-17. 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ Ω:
Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6
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ΙΖ
Ιχ
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6
850
1150
960
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10
1100
1550
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1600
16
1500
1900
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2000
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2100
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7800
7400
7900
185
8900
9300
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11000
11500
11000
11500
0:Η≅ΔΖ: 2.2.1-18. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ
ΣΔ≅:ΘΔ Ω: Ω:ΚΒΦΣ>ΩΔ> 6 Γβ, ΘΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
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ΙΖ
Ιχ
φΙχ *
ΙχΖ
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φΙχ∋ *
10
21,5
31
26,5
32
16
24
33,5
29
34,5
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24
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29
34,5
25
24,5
34
30
35
35%Ω
26
35,5
31
36,5
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36,5
32
37,5
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28
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33,5
38,5
50
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#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
63
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0:Η≅ΔΖ: 2.2.1-19. 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ Ω:
Ω:ΚΒΦΣ>ΩΔ> 6 Γβ, Γε/ΓΘ (* - =≅Φ =Δ:Κ:<ΛΩ: Ο>Ρ>ΩΔΙ 25-185 ΘΘ2)
Ξ%5∀)∗∋2)%6
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φΙχ∋ *
10
1800
2300
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16
2200
2750
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2850
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2400
2950
2650
3050
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2500
3050
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3900
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5800
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12000
12500
0:Η≅ΔΖ: 2.2.1-20. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ
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Ξ%5∀)∗∋2)%6
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Ιχ2∋
φΙχ∋ *
16
28
37,5
33
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28
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25
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39,5
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30
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35
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36
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32
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52
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53
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59
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55
65
61
66
0:Η≅ΔΖ: 2.2.1-21, 4:ΟΟΕ ΑΒ>ΞΣΔ≅ςΩΕΞ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ Ω:
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Ξ%5∀)∗∋2)%6
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Ιχ
φΙχ *
ΙχΖ
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φΙχ∋ *
16
2750
3400
3100
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2950
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3700
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5300
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9600
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10500
11000
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13000
14000
13500
14000
Ν∋Ρ 5Ψ_∋6[∃45Ρ ς,3∀∃α&∃45⊥ _(Ω∃∋∃⊥, ,45 &,∋α4β 4(+(Ξβ3(Ξ ΨΡ 4( Ω(∀(Ω(4β Ψ &5(+∃Ξ∀,+ 0∃⊥_5
4∃ +∃4∃∃, [∃+ 18 (D+d) &∋Ρ ,&4,α5∋ 4β∴ _(Ω∃∋∃⊥ 3 Ψ354χ,3,⊥ ,Ω,∋,[_∃, 15 (D+d) &∋Ρ +4,∗,α5∋ 4β∴
_(Ω∃∋∃⊥ 3 Ψ354χ,3,⊥ ,Ω,∋,[_∃ 5 25 D &∋Ρ _(Ω∃∋∃⊥ 3 (∋6+545∃3,⊥ ,Ω,∋,[_∃, ∗&∃:
D -- &5(+∃Ξ∀ _(Ω∃∋Ρ ς, +∃Ξ(∋∋5[∃Ψ_,⊥ ,Ω,∋,[_∃, ++;
d -- &5(+∃Ξ∀ _∀1∗∋,⊥ α5∋β 5∋5 &5(+∃Ξ∀ α5∋β _∀1∗∋,⊥ δ,∀+β, 5+∃6ε∃⊥ Ξ1 α∃ ς∋,ε(&
ς,ς∃∀∃[4,∗, Ψ∃[∃45Ρ, [Ξ, 5 Ψ∃_Ξ,∀4(Ρ 5∋5 Ψ∃∗+∃4Ξ4(Ρ α5∋(, ++.
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
φ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55, ς∃∀∃Ψ[5Ξ(44,∃ 4( 1 _+ &∋54β 5 Ξ∃+ς∃∀(Ξ1∀1 20°Β, &,∋α4,
ΩβΞ 4∃ +∃4∃∃ 100 ΟΕ+ - &∋Ρ _(Ω∃∋∃⊥ 4( 4(ς∀Ρα∃45∃ 1 _. 5 200 ΟΕ+ - &∋Ρ _(Ω∃∋∃⊥ 4( 4(ς∀Ρα∃45∃ 6 _.
5 3β0∃.
>( Ω(∀(Ω(4(∴ _(Ω∃∋5 &,∋α4β 3β&∃∀α(Ξ 3 Ξ∃[∃45∃ 10 +54 5ΨςβΞ(45∃ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+
[(ΨΞ,Ξ,⊥ 50 Γχ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ(Ω∋5χ∃⊥ 2.2.1-22.
0:Η≅ΔΖ: 2.2.1-22. ⊥Ω:Ρ>ΩΔΦ ΔΟΚΕΑ:Α>≅ςΩΛεΛ Ω:ΚΒΦΣ>ΩΔΦ
Ξ%5∀)∗∋2)%6 )∗#38Ω6)∀6 (∗.6∋8, (Σ
Υ/#;1∗16∋2)%6 )∗#38Ω6)∀6, (Σ
1
4
6
17
10
25
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1∀,34∃ 0,008 ς∀5 57+∃∀∃455 ς∀5 4(ς∀Ρα∃455 5 _..
πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
Β∀,_ Ψ∋1αΩβ _(Ω∃∋∃⊥ Ψ,ΨΞ(3∋Ρ∃Ξ 30 ∋∃Ξ.
Β∀,_ ∴∀(4∃45Ρ _(Ω∃∋∃⊥ 4( ,Ξ_∀βΞβ∴ ς∋,ε(&_(∴ - 4∃ Ω,∋∃∃ 2 ∋∃Ξ, ς,& 4(3∃Ψ,+ - 4∃ Ω,∋∃∃ 5 ∋∃Ξ, 3
7(_∀βΞβ∴ ς,+∃ε∃45Ρ∴ - 4∃ Ω,∋∃∃ 10 ∋∃Ξ.
Ν∋5Ξ∃∋ 4, &,ς1ΨΞ5+(Ρ Ξ∃+ς∃∀(Ξ1∀( α5∋ _(Ω∃∋∃⊥ ς∀5 γ_Ψς∋1(Ξ(χ55 5 +(_Ψ5+(∋ 4, &,ς1ΨΞ5+(Ρ
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23.
0:Η≅ΔΖ: 2.2.1-23. 8ΛΚΤΟΑΔΘΕ> Α>ΘΚ>Β:ΑΤΒΕ ΣΔ≅ Γ:Η>≅>Ι, °6
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1
80
250
6
80
200
10
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. &(4416 ∗∀1ςς1 3∴,&ΡΞ _(Ω∃∋5 Ψ Ξ∀∃+Ρ (∋6+545∃3β+5 5∋5 +∃&4β+5 Ξ,_,ς∀,3,&Ρε5+5 α5∋(+5 Ψ
Ω1+(α4,⊥ 57,∋Ρχ5∃⊥, ς∀,ς5Ξ(44,⊥ 3Ρ7_5+ 5∋5 4∃ΨΞ∃_(6ε5+ Ψ,ΨΞ(3,+, 3 ,Ξ&∃∋ 4β∴ Ψ354χ,3β∴
,Ω,∋,[_(∴ ς, _(α&,⊥ α5∋∃ ([Ξ, ,Ξ∀(α∃4, 3 4(∋5[55 Ω1_3β "Ε" 3 +(∀_(∴ _(Ω∃∋∃⊥) Ψ 7(ε5Ξ4β+5
ς,_∀,3(+5, ς∀∃&4(74([∃44β∃ &∋Ρ ς∃∀∃&([5 5 ∀(Ψς∀∃&∃∋∃45Ρ γ∋∃_Ξ∀,γ4∃∀∗55 3 ΨΞ(χ5,4(∀4β∴
1ΨΞ(4,3_(∴ 3 γ∋∃_Ξ∀5[∃Ψ_5∴ Ψ∃ΞΡ∴ 4( 4(ς∀Ρα∃45∃ 20 5 35 _. ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 50 Γχ ς∀5
Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β ,Ξ -50 &, +50 °Β. Δ(Ω∃∋5 3βς1Ψ_(6ΞΨΡ ς, ΓΕΒ8 18410-73.
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ς∀,_∋(&_1 4( Ξ∀(ΨΨ(∴ Ψ ∀(74,ΨΞ 6 1∀,34∃⊥ +∃α&1 3βΨ0∃⊥ 5 4570∃⊥ Ξ,[_(+5 ∀(Ψς,∋,α∃45Ρ
_(Ω∃∋Ρ Ω,∋∃∃ 15 +∃Ξ∀,3. Ν∋Ρ 4(ς∀Ρα∃45Ρ 35 _. +,∗1Ξ 3βς1Ψ_(Ξ ΨΡ _(Ω∃∋5 Ψ 4∃ΨΞ∃_(6ε5+
ς∀,ς5Ξ,[4β+ Ψ,ΨΞ(3,+ (ς∀5 γΞ,+ 3 +(∀_∃ _(Ω∃∋Ρ ς∃∀3,⊥ Ω1_3,⊥ ΨΞ(35Ξ ΨΡ "λ"), _,Ξ,∀β∃
&,ς1Ψ_(6Ξ ς∀,_∋(&_1 Ω∃7 ,∗∀(45[∃45Ρ ∀(74,ΨΞ5 1∀,34∃⊥.
Δ,4ΨΞ∀1_Ξ534β∃ ς(∀(+∃Ξ∀β
Δ(Ω∃∋5 5+∃6Ξ Ξ∀∃∴α5∋ 416 _,4ΨΞ∀1_χ56 Ψ ,Ξ&∃∋ 4,⊥ Ψ354χ,3,⊥ ,Ω,∋,[_,⊥ ς, _(α&,⊥
57,∋5∀,3(44,⊥ α5∋∃. Δ(Ω∃∋5 4( 4(ς∀Ρα∃45∃ 20 _. 5+∃6Ξ Ψ∃[∃45Ρ 25-185 ++2, 4( 4(ς∀Ρα∃45∃
35 _. - Ψ∃[∃45Ρ 120 5 150 ++2.
8,_,ς∀,3,&Ρε5∃ α5∋β &,∋α4β ΩβΞ +4,∗,ς∀,3,∋,[4β+5 _∀1∗∋,⊥ δ,∀+β 5
Ψ,,Ξ3∃ΞΨΞ3,3(Ξ _∋(ΨΨ1 2.
>,+54(∋ 4(Ρ Ξ,∋ε54( 57,∋Ρχ55 Ψ,ΨΞ(3∋Ρ∃Ξ: &∋Ρ _(Ω∃∋∃⊥ 4( 4(ς∀Ρα∃45∃ 20 _. - 7,0 ++
&∋Ρ α5∋ Ψ∃[∃45∃+ ,Ξ 25 &, 95 ++2 5 6,0 ++ &∋Ρ α5∋ Ψ∃[∃45∃+ 120 ++2 5 3β0∃; &∋Ρ _(Ω∃∋∃⊥ 4(
4(ς∀Ρα∃45∃ 35 _. - 9,0 ++.
>( α5∋(∴ 5 ς,3∃∀∴ 57,∋Ρχ55 ∀(Ψς,∋(∗(∃ΞΨΡ γ_∀(4 57 γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ Ω1+(∗5.
≅7,∋5∀,3(44β∃ α5∋β 3 ,Ω,∋,[_(∴ Ψ_∀1[53(6ΞΨΡ Ω∃7 7(ς,∋4∃45Ρ 5∋5 Ψ 7(ς,∋4∃45∃+ α∗1Ξ(+5
57 ς∀,ς5Ξ(44,⊥ _(Ω∃∋ 4,⊥ ς∀Ρα5, 0Ξ(ς∃∋5∀,3(44,⊥ ΨΞ∃_∋,ς∀Ρα5 5∋5 ς∀,∀∃754∃44,⊥ Ξ_(45
5 ς∀,ς5Ξ(44,⊥ _(Ω∃∋ 4,⊥ Ω1+(∗5. Β∃[∃45∃ _(Ω∃∋∃⊥ +,α∃Ξ 5+∃Ξ δ,∀+1 _∀1∗( 5∋5
Ξ∀∃1∗,∋ 45_(, _(_ ς,_(7(4, 4( ∀5Ψ. 2.2.1-2. Ν∋Ρ 5Ψ_∋6[∃45Ρ ς,3∀∃α&∃45⊥ _(Ω∃∋∃⊥, ,45
&,∋α4β 4(+(Ξβ3(Ξ ΨΡ 4( Ω(∀(Ω(4β Ψ &5(+∃Ξ∀,+ 0∃⊥_5 4∃ +∃4∃∃ 15 (2,15D + d) &∋Ρ _(Ω∃∋∃⊥
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Ψ,,Ξ3∃ΞΨΞ316Ξ Ω(7,3,+1 ΓΕΒ81.
. Ξ(Ω∋5χ∃ 2.2.2-2 ς∀53∃&∃4β &(44β∃ ,Ω ,Ξ&∃∋ 4β∴ +(∀_(∴ _(Ω∃∋∃⊥, Ψ ∀(7∋5[4β+5
7(ε5Ξ4β+5 ς,_∀,3(+5, ,Ξ∋5[4β+5 ,Ξ Ω(7,3β∴ +(∀,_.
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70
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0:Η≅ΔΖ: 2.2.2-2. 4:ΒΓΔ Γ:Η>≅>Ι Ο Β:<≅ΔΡΩΕΘΔ <:∴ΔΑΩΕΘΔ ΚΛΓΒΛΝ:ΘΔ
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Γ-56:2
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Σ - ΝΣ -#∋∗/1∀(∗1
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ΘΣΣχ
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,Ω∋(ΨΞ∃⊥ ς∀5+∃4∃45Ρ, [Ξ, 5 ΓΕΒ8,3Ψ_5∃ _(Ω∃∋5 Ψ 7(ε5Ξ4β+5 ς,_∀,3(+5 ΛΩφ3.
Δ(Ω∃∋5, 3 _,4ΨΞ∀1_χ55 _,Ξ,∀β∴ ς∀5+∃4∃4β +(Ξ∃∀5(∋β, ΨΞ,⊥_5∃ _ 3,7&∃⊥ΨΞ356
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Β χ∃∋ 6 ,Ω∃Ψς∃[∃45Ρ ς,α(∀,Ω∃7,ς(Ψ4,ΨΞ5 _(Ω∃∋ 4β∴ _,++145_(χ5⊥ ς, ∀(7∋5[4β+
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ς∀5+∃4∃45∃ ς,∋5+∃∀4β∴ +(Ξ∃∀5(∋,3 ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5. Ε45 ς∀5+∃4Ρ6ΞΨΡ &∋Ρ
,Ω∃Ψς∃[∃45Ρ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 _(Ω∃∋ 4β∴ χ∃ς∃⊥ ς∀5 ς∀,_∋(&_∃ 3 ς1[_(∴. . Ξ(Ω∋5χ∃
2.2.2-3 ς∀53∃&∃4β &(44β∃ ,Ω ,Ξ&∃∋ 4β∴ +(∀_(∴ _(Ω∃∋∃⊥ &(44,⊥ _(Ξ∃∗,∀55.
0:Η≅ΔΖ: 2.2.2-3. 4:ΒΓΔ ΚΛΣ:ΒΛΗ><ΛΚ:ΟΩΕΞ Γ:Η>≅>Ι
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Ξ∗∋∀9∀6 .3%)∀
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ΘΣΣΖ)=
Θ
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Θ
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ΘΝ∃Σ)=(A)-LS *
Θ
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Ν∃Σ)=(A)-LS *
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ΘΝ∃χΣ)=-LS
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#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
71
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Ν∃ - /⊥∀1;> #%∋∀∴1∀∋6)
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Ξ∗∋∀9∀6 .3%)∀
Ι ∀/#%∋2≅%∃∗)∀65 ∃ %.%∋%9(6 ∀∋∀ ⊥∋∗)=6 #%∋∀563)%> (%5#%≅∀ς∀∀, )6 /%:63Ω∗ε6> =∗∋%=6)%∃
ΝΝΖ)=-HF
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Ν
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-
*- Ω1_3β 3 Ψ_,Ω_(∴ ,74([(6Ξ ,Ψ,Ω,∃ 1_(7(45∃ 4( _(Ξ∃∗,∀56 5ΨςβΞ(45⊥ 4( 4∃∀(Ψς∀,ΨΞ∀(4∃45∃ ∗,∀∃45Ρ
ς, ΓΕΒ8 12176-89 (θ - 4(5Ω,∋∃∃ α∃ΨΞ_(Ρ).
,+5+, ς∀5+∃4∃45Ρ Ψς∃χ5(∋ 4β∴ ς,∋5+∃∀4β∴ +(Ξ∃∀5(∋,3, 3 ς,α(∀,Ω∃7,ς(Ψ4β∴ _(Ω∃∋Ρ∴
+,∗1Ξ 5Ψς,∋ 7,3(Ξ ΨΡ Ξ(_5∃ _,4ΨΞ∀1_Ξ534β∃ γ∋∃+∃4Ξβ, _(_ &,ς,∋45Ξ∃∋ 4(Ρ ς,ΡΨ4(Ρ
57,∋Ρχ5Ρ 57 +(Ξ∃∀5(∋,3 ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5, &,ς,∋45Ξ∃∋ 4β∃ Ω(∀ ∃∀β 57 4∃,∀∗(45[∃Ψ_5∴
∋∃4Ξ, 1ς∋,Ξ4∃45∃ α5∋ 5 Ξ.ς. Ν,ς,∋45Ξ∃∋ 4β∃ Ψ3∃&∃45Ρ , ς,α(∀,Ω∃7,ς(Ψ4β∴ _(Ω∃∋Ρ∴, ( Ξ(_α∃
,Ω ,∗4∃ΨΞ,⊥_5∴ Ψ5∋,3β∴ _(Ω∃∋Ρ∴ (Ξ.∃. Ψ,∴∀(4Ρ6ε5∴ ∀(Ω,Ξ,Ψς,Ψ,Ω4,ΨΞ 3 ς∋(+∃45 3 Ξ∃[∃45∃
,ς∀∃&∃∋∃44,∗, 3∀∃+∃45) ς∀53∃&∃4β 3 ∀(7&∃∋(∴ 2.14.13 5 2.14.14.
ΕΨ4,34(Ρ +(ΨΨ( _(Ω∃∋∃⊥ ς∀∃&4(74([∃4( &∋Ρ γ_Ψς∋1(Ξ(χ55 3 ΨΞ(χ5,4(∀4,+ Ψ,ΨΞ,Ρ455 ς∀5
Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β ,Ξ - 50 &, + 50 °Β.
Δ(Ω∃∋5 Ψ 54&∃_Ψ,+ "<Μ" ς∀∃&4(74([∃4β &∋Ρ γ_Ψς∋1(Ξ(χ55 3 ΨΞ(χ5,4(∀4,+ Ψ,ΨΞ,Ρ455 ς∀5
Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β ,Ξ - 60 &, + 40 °Β.
Δ(Ω∃∋5 Ψ 54&∃_Ψ(+5 "4∗-LS" 5 "4∗-HF" ς∀∃&4(74([∃4β &∋Ρ γ_Ψς∋1(Ξ(χ55 3 ΨΞ(χ5,4(∀4,+
Ψ,ΨΞ,Ρ455 3 7(_∀βΞβ∴ ς,+∃ε∃45Ρ∴ ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β ,Ξ - 30 &, + 50 °Β.
Δ,4ΨΞ∀1_Ξ534β∃ ς(∀(+∃Ξ∀β
Α5Ψ∋, α5∋ 3 _(Ω∃∋Ρ∴, &5(ς(7,4 4,+54(∋ 4β∴ Ψ∃[∃45⊥ α5∋ 5 4,+54(∋ 4β∃ 4(ς∀Ρα∃45Ρ
&∋Ρ Ω(7,3β∴ +(∀,_ 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.2.2-4.
0:Η≅ΔΖ: 2.2.2-4. /ΔΟ≅Λ Δ Ο>Ρ>ΩΔ> ΣΔ≅ Ν Γ:Η>≅ΦΞ Η:<ΛΝΕΞ Θ:ΒΛΓ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋;, 552
Ξ%5∀)∗∋2)%6 )∗#38Ω6)∀6 (∗.6∋8, (Σ
Γ∗3(∗ (∗.6∋8
δ∀/∋% Ω∀∋
0,66
1
3
6
ΝΣΖ, ΣΣΖ, Ν∃ΣΖ
1,2,η∀4
1,5-50
1,5-240
-
-
ΣΣΖ≅
2,η∀4
1,5-50
1,5-50
-
-
ΘΝΣΖ, ΘΣΣΖ, ΘΝ∃ΣΖ
1,2,3∀4
2,5-50
2,5-240
-
-
ΘΣΣΖ≅
2,3∀4
2,5-50
2,5-50
-
-
ΘΝχ.κ∃, Νχ.κ∃.ΘΣχ.κ∃,
Σχ.κ∃.ΘΝ∃χ.κ∃, Ν∃χ.κ∃
2,η∀4
4-50
6-240
6-240
-
ΘΝΣΖ, ΝΣΖ, ΘΣΣΖ, ΣΣΖ, ΘΝ∃Σ=,
Ν∃ΣΖ, ΘΝχ.κ∃, Νχ.κ∃.ΘΣχ.κ∃,
Σχ.κ∃, ΘΝ∃χ.κ∃, Ν∃χ.κ∃
3
-
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35-240
ΘΝΣΖ, ΘΣΣΖ
5∀6
2,5-50
-
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5∀6
1,5-25
1,5-25
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ΘΝΣΖ, ΘΣΣΖ, ΘΝ∃ΣΖ
5
-
2,5-35
-
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Δ(Ω∃∋5 4( 4(ς∀Ρα∃45∃ 3 5 6 _. 57∗,Ξ,3∋Ρ6Ξ Ξ,∋ _, Ξ∀∃∴α5∋ 4β+5. Ν31∴α5∋ 4β∃ _(Ω∃∋5
&,∋α4β 5+∃Ξ α5∋β ,&54(_,3,∗, Ψ∃[∃45Ρ. 8∀∃∴-, [∃Ξβ∀∃∴- 5 ςΡΞ5α5∋ 4β∃ _(Ω∃∋5 &,∋α4β
5+∃Ξ 3Ψ∃ α5∋β ,&54(_,3,∗, Ψ∃[∃45Ρ 5∋5 ,&41 α5∋1 +∃4 0∃∗, Ψ∃[∃45Ρ (α5∋1 7(7∃+∋∃45Ρ
5∋5 41∋∃316). φ∃ΨΞ5α5∋ 4β∃ _(Ω∃∋5 &,∋α4β 5+∃Ξ [∃Ξβ∀∃ α5∋β ∀(34,∗, Ψ∃[∃45Ρ 5 &3∃
α5∋β +∃4 0∃∗, Ψ∃[∃45Ρ.
>,+54(∋ 4β∃ Ψ∃[∃45Ρ 41∋∃3β∴ α5∋ (+∃4 0∃∗, Ψ∃[∃45Ρ) 5 α5∋ 7(7∃+∋∃45Ρ &,∋α4β
Ψ,,Ξ3∃ΞΨΞ3,3(Ξ 1_(7(44β+ 3 Ξ(Ω∋5χ∃ 2.2.2-5. Β∃[∃45∃ (∋6+545∃3β∴ α5∋ 3Ψ∃∴ 35&,3 &,∋α4,
ΩβΞ 4∃ +∃4∃∃ 2,5 ++2.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
72
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.2.2-5. ∗ΛΘΔΩ:≅ςΩΕ> Ο>Ρ>ΩΔΦ ΣΔ≅, ΘΘ2
,/)%∃);61,52,54610162535507095120150185240
ΞΧ∋6∃;61,51,52,546101616253550707095120
η∗≅65∋6)∀81,01,52,52,546101616253535505070
8,_,ς∀,3,&Ρε5∃ α5∋β +,∗1Ξ ΩβΞ ,&4,ς∀,3,∋,[4β+5 5 +4,∗,ς∀,3,∋,[4β+5 3
Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ(Ω∋5χ∃⊥ 2.2.2-6 5 &,∋α4β Ψ,,Ξ3∃ΞΨΞ3,3(Ξ _∋(ΨΨ(+ 1 5 2.
0:Η≅ΔΖ: 2.2.2-6. 0ΔΚΕ ΑΛΓΛΚΒΛΝΛ=Φ∴ΔΞ ΣΔ≅
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋;, 552
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Ξ∗∀56)%∃∗)∀6 Ω∀∋;
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1,0-50
2,5-240
25-50
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16-240
25-240
25-240
25-240
8,_,ς∀,3,&Ρε5∃ α5∋β ,&4,α5∋ 4β∴ _(Ω∃∋∃⊥ 3Ψ∃∴ Ψ∃[∃45⊥ 5 +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥
Ψ∃[∃45∃+ &, 16 ++2 &,∋α4β ΩβΞ _∀1∗∋,⊥ δ,∀+β. 8,_,ς∀,3,&Ρε5∃ α5∋β _(Ω∃∋∃⊥ Ψ ς,ΡΨ4,⊥
57,∋Ρχ5∃⊥ Ψ∃[∃45∃+ 25 ++2 5 Ω,∋∃∃ &,∋α4β ΩβΞ Ψ∃_Ξ,∀4,⊥ 5∋5 Ψ∃∗+∃4Ξ4,⊥ δ,∀+β.
Ν,ς1Ψ_(∃ΞΨΡ 57∗,Ξ,3∋∃45∃ _(Ω∃∋∃⊥ Ψ α5∋(+5 Ψ∃[∃45∃+ &, 50 ++2 _∀1∗∋,⊥ δ,∀+β.
8,∋ε54β 57,∋Ρχ55 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.2.2-7.
≅7,∋5∀,3(44β∃ α5∋β +4,∗,α5∋ 4β∴ _(Ω∃∋∃⊥ &,∋α4β 5+∃Ξ ,Ξ∋5[5Ξ∃∋ 416 ∀(Ψχ3∃Ξ_1.
≅7,∋Ρχ5Ρ 41∋∃3β∴ α5∋ &,∋α4( ΩβΞ ∗,∋1Ω,∗, (Ψ3∃Ξ∋,-Ψ54∃∗,) χ3∃Ξ(.
≅7,∋Ρχ5Ρ α5∋ 7(7∃+∋∃45Ρ &,∋α4( ΩβΞ &31∴χ3∃Ξ4,⊥ (7∃∋∃4,-α∃∋Ξ,⊥ ∀(Ψχ3∃Ξ_5), ς∀5 γΞ,+
,&54 57 χ3∃Ξ,3 &,∋α∃4 ς,_∀β3(Ξ 4∃ +∃4∃∃ 30 5 4∃ Ω,∋∃∃ 70% ς,3∃∀∴4,ΨΞ5 57,∋Ρχ55, (
&∀1∗,⊥ - ,ΨΞ(∋ 416 [(ΨΞ .
λ3∃Ξ,3(Ρ +(∀_5∀,3_( &,∋α4( ΩβΞ Ψς∋,04,⊥ 5∋5 3 35&∃ ς∀,&,∋ 4,⊥ ς,∋,Ψβ 05∀54,⊥ 4∃
+∃4∃∃ 1 ++.
Ν,ς1Ψ_(∃ΞΨΡ +(∀_5∀,3_( 57,∋5∀,3(44β∴ ς,∋53545∋∴∋,∀5&4β+ ς∋(ΨΞ5_(Ξ,+ α5∋
χ5δ∀(+5, 4([54(Ρ Ψ 41∋Ρ. Ο(∀_5∀,3_( χ5δ∀(+5 ς∀,573,&5ΞΨΡ Ξ5Ψ4∃45∃+ 5∋5 ς∃[(Ξ(45∃+.
.βΨ,Ξ( χ5δ∀ - 4∃ +∃4∃∃ 4,0 ++. Η(ΨΨΞ,Ρ45∃ +∃α&1 χ5δ∀(+5 4∃ &,∋α4, ΩβΞ Ω,∋∃∃ 35 ++.
≅7,∋Ρχ5Ρ ,&4,α5∋ 4β∴ _(Ω∃∋∃⊥ +,α∃Ξ ΩβΞ ∋6Ω,∗, χ3∃Ξ(.
0:Η≅ΔΖ: 2.2.2-7. 0Λ≅∴ΔΩΕ Δ<Λ≅ΦΖΔΔ Γ:Η>≅>Ι, ΘΘ
Ξ%5∀)∗∋2)%6
)∗#38Ω6)∀6, (Σ Ξ%5∀)∗∋2)%6 /696)∀6
Ω∀∋;, 552
Υ≅%∋8ς∀8 ∀≅ #%∋∀∴1∀∋6)∗ ∀∋∀
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0,7
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0,7
0,7
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0,66
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0,8
0,7
4-16
1,0
0,7
25∀35
1,2
0,9
50
1,4
1,0
70
1,4
1,1
95
1,5
1,1
120
1,5
1,2
150
1,6
1,4
185
1,7
1,6
1
240
1,9
1,7
3
6-240
2,2
2,0
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10-240
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. _(Ω∃∋Ρ∴ +(∀,_ θ..Γ7 5 ..Γ7 7(ς,∋4∃45∃ 57 .<-ς∋(ΨΞ5_(Ξ( 4(_∋(&β3(∃ΞΨΡ
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3_∋6[5Ξ∃∋ 4, +,∗1Ξ ΩβΞ Ω∃7 7(ς,∋4∃45Ρ.
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Ψ,∴∀(4∃45Ρ ς,&35α4,ΨΞ5 57,∋5∀,3(44β∴ α5∋ 5 3,7+,α4,ΨΞ5 ,Ξ&∃∋∃45Ρ Ω∃7 ς,3∀∃α&∃45Ρ
,Ω,∋,[_5 ,Ξ 57,∋Ρχ55.
>,+54(∋ 4β∃ Ξ,∋ε54β ,Ω,∋,[∃_ 57 .<-ς∋(ΨΞ5_(Ξ( &,∋α4β Ψ,,Ξ3∃ΞΨΞ3,3(Ξ _(Ξ∃∗,∀55
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Υ_(7(44β∃ 3β0∃ ς(∀(+∃Ξ∀β ς∀53∃&∃4β &∋Ρ _(Ω∃∋∃⊥, Ψ,,Ξ3∃ΞΨΞ316ε5∴ ΓΕΒ8 16442-80.
Δ,4_∀∃Ξ4β∃ ς(∀(+∃Ξ∀β &∋Ρ _(Ω∃∋∃⊥ &∀1∗5∴ +(∀,_ &,∋α4β ΩβΞ ς∀53∃&∃4β 3
Ψ,,Ξ3∃ΞΨΞ316ε5∴ Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴.
Βς∀(3,[4β∃ 74([∃45Ρ 4(∀1α4β∴ &5(+∃Ξ∀,3 5 +(ΨΨ _(Ω∃∋∃⊥ ,Ψ4,34β∴ Ξ5ς,∀(7+∃∀,3
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∀∃(∋ 4β∃ 74([∃45Ρ +,∗1Ξ ,Ξ∋5[(Ξ ΨΡ 4( 5-10% 3 +∃4 016 5∋5 Ω,∋ 016 ΨΞ,∀,41.
Ε∀5∃4Ξ5∀1ΡΨ 4( ς∀53∃&∃44β∃ 74([∃45Ρ, +,α4, ς∀5Ω∋575Ξ∃∋ 4, ,χ∃45Ξ &5(+∃Ξ∀β 5 +(ΨΨβ
&∀1∗5∴ +(∀,_ _(Ω∃∋∃⊥ Ψ, Ψ∴,α5+5 _,4ΨΞ∀1_Ξ534β+5 ς(∀(+∃Ξ∀(+5.
0:Η≅ΔΖ: 2.2.2-8. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Γ:Η>≅>Ι Ω: Ω:ΚΒΦΣ>ΩΔ> 0,66 Γβ, ΘΘ
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ΘΣχ.κ∃, Σχ.κ∃
1x1,5
5,0
-
1x2,5
5,5
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1x4
6,1
-
1x6
6,6
-
1x10
7,8
-
1x16
9,3
-
1x25
11
-
1x35
12
-
1x50
14
-
2x1,5
7,6
-
2x2,5
9,1
-
2x4
10,5
15
2x6
11,5
16
2x10
14
19
2x16
16
20
2x25
19
24
2x35
21
26
2x50
25
29
3x1,5
8,0
-
3x2,5
9,5
-
3x4
11
-
3x6
12
16
3x10
14,5
17
3x16
17
19
3x25
20,5
21
3x35
23
25
3x50
27
31
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0:Η≅ΔΖ: 2.2.2-9. 4:ΟΟΕ Γ:Η>≅>Ι Ω: Ω:ΚΒΦΣ>ΩΔ> 0,66 Γβ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552, Nx S
ΘΣΣΖ
ΣΣΖ
ΘΣχ.κ∃
Σχ.κ∃
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-
37
-
-
1x2,5
35
51
-
-
1x4
45
70
-
-
1x6
55
91
-
-
1x10
80
140
-
-
1x16
115
215
-
-
1x25
160
320
-
-
1x35
200
420
-
-
1x50
260
570
-
-
2x1,5
-
67
-
-
2x2,5
75
105
-
-
2x4
97
140
320
370
2x6
120
190
360
440
2x10
170
290
460
590
2x16
220
410
550
750
2x25
330
630
700
1050
2x35
400
820
810
1300
2x50
560
1200
1050
1700
3x1,5
-
90
-
-
3x2,5
90
140
-
-
3x4
120
200
360
440
3x6
150
260
400
520
3x10
220
410
520
710
3x16
290
600
630
940
3x25
440
810
830
1300
3x35
550
1300
1000
1700
3x50
760
1700
1300
2200
0:Η≅ΔΖ: 2.2.2-10. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Γ:Η>≅>Ι Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, ΘΘ
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ΘΣΣΖ, ΣΣΖ
ΘΣχ.κ∃, Σχ.κ∃
1x1,5
5,4
-
1x2,5
5,8
-
1x4
6,7
-
1x6
7,2
-
1x10
8
-
1x16
9,5
-
1x25
11
-
1x35
12
-
1x50
14
-
1x70
17
-
1x95
19
-
1x120
21
-
1x150
23
-
1x185
25
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1x240
28
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8,4
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2x2,5
10
-
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ΘΣΣΖ, ΣΣΖ
ΘΣχ.κ∃, Σχ.κ∃
2x4
11,5
-
2x6
12,5
17
2x10
14
19
2x16
16
21
2x25
20
24
2x35
22
26
2x50
25
30
3x1,5
9,4
-
3x2,5
10,5
-
3x4
12
-
3x6
13
18
3x10
15
20
3x16
17
22
3x25
21
25
3x35
23
28
3x50
27
31
3x70
29
33
3x95
32
37
3x120
36
40
3x150
39
44
3x185
43
47
3x240
49
53
0:Η≅ΔΖ: 2.2.2-11. 4:ΟΟΕ Γ:Η>≅>Ι Ω: Ω:ΚΒΦΣ>ΩΔ> 1 Γβ, Γε/ΓΘ
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ΣΣΖ
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Σχ.κ∃
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-
42
-
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1x2,5
39
55
-
-
1x4
55
80
-
-
1x6
60
100
-
-
1x10
80
145
-
-
1x16
120
220
-
-
1x25
165
320
-
-
1x35
200
420
-
-
1x50
270
580
-
-
1x70
340
-
-
-
1x95
430
-
-
-
1x120
530
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-
-
1x150
630
-
-
-
1x185
760
-
-
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1x240
970
-
-
-
2x1,5
-
80
-
-
2x2,5
85
120
-
-
2x4
115
170
-
-
2x6
135
210
400
480
2x10
175
300
470
590
2x16
230
430
560
770
2x25
340
660
720
1050
2x35
420
860
850
1300
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2x50
580
1200
1050
1700
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-
115
-
-
3x2,5
105
155
-
-
3x4
145
220
-
-
3x6
170
290
460
570
3x10
230
420
540
730
3x16
300
610
650
960
3x25
450
930
850
1300
3x35
560
-
1000
1700
3x50
780
1200
1300
2200
3x70
1050
1700
1600
2900
3x95
1350
2400
2000
3800
3x120
1650
3100
2300
4600
3x150
2000
3900
2700
5600
3x185
2400
4800
3200
6700
3x240
3100
5900
3900
8500
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
Δ(Ω∃∋5 &,∋α4β 3β&∃∀α(Ξ 5ΨςβΞ(45∃ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ [(ΨΞ,Ξ,⊥ 50 Γχ 3
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0:Η≅ΔΖ: 2.2.2-12. ,ΟΚΕΑ:Α>≅ςΩΕ> Ω:ΚΒΦΣ>ΩΔΦ, Γβ
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20°Β, 1_(7(4, 3 Ξ(Ω∋5χ∃ 2.2.2-13.
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150
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ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ(.
πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
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(495) 956-66-99
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www.mkm.ru
(81657)2-33-73
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Σχ.κ∃)=-LS
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www.amurkabel.ru
(4212) 53-88-44
ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ≅, ΣΣΖ≅, ΘΣχ.κ∃, Σχ.κ∃, ΘΣχΣ, ΣχΣ,
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www.kavkazkabel.com.ru
(86631) 2-27-41
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ηΘ, "η∗∃%: Γ%/(∗.6∋2"
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www.mkm.ru
(495) 777-75-35
ΘΣΣΖ, ΣΣΖ, ΘΝ∃ΣΖ, Ν∃ΣΖ, ΘΣχ.κ∃, Σχ.κ∃, ΘΝ∃χ.κ#,
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ΘΝ∃χΣ)=-LS, Ν∃χΣ)=-LS, AnBB6mHr(A)-LS, Ν∃χ.κ)=(A)-LS,
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www.odeskabel.com
(38 048) 716-14-05 ΣΣΖ, Σχ.κ∃
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www.podolskkabel.ru
(495) 502-78-83
ΣΣΖ.ΣΣΖ≅, Σχ.κ∃, Σβ.κ∃, ΣΣΖ)=, ΣΣΖ≅)=, ΣΣΖ)=-LS,
Σχ.κ∃)=, Σχ.κ∃)=-LS, Σβ.κ∃)=, ΝΝΖ)=-HF, Νχ.Ν)=-HF,
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www.pscovkabel.ru
(8112) 79-18-07
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www.rkz.ru
(4855) 29-77-77
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www.rec-pvc.ru
(4855) 288-988
ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ)=, ΣΣΖ)=
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www.samaracable.ru
(846) 279-12-10
ΘΣΣΖ, ΣΣΖ, ΘΝΣΖ, ΝΣΖ, ΘΣχ.κ∃, Σχ.κ∃, ΘΝχ.κ∃, Νχ.κ∃
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www.saranskkabel.ru
(8342) 29-71-13
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ΣΣΖ)=-LS, ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS, ΝΝΖ)=-HF, Νχ.Ν)=-HF,
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ΘΝ∃Σ)=-LS, Ν∃Σ)=-LS
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www.sibkabel.ru
(3822) 65-25-65
ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ≅, ΣΣΖ≅, ΘΣΣΖ- γ, ΘΣχ.κ∃, Σχ.κ∃, ΘΣΣΖ)=,
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www.chuvashcable.ru
(8352) 63-16-54
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www.elcable.ru
(49245) 21-835
ΘΝΣΖ, ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ- γ, ΣΣΖ- γ, ΘΣΣΖ≅, ΣΣΖ≅, ΘΝ∃ΣΖ,
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ΣΣΖ)=-LS, ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS, AnBBHr(A)-LS,
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(49651) 3-10-74
ΘΣΣΖ, ΣΣΖ, ΘΣχ.κ∃, Σχ.κ∃, ΘΣΣΖ)=-LS, ΣΣΖ)=-LS,
ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS
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(495) 540-32-49
e-mail: awtek@bk.ru ΘΣΣΖ, ΣΣΖ
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www.atlastpk.ru
(495) 517-15-34
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www.zvicom.ru
(495) 517-05-16
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(495) 203-37-25
ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ≅, ΣΣΖ≅, ΘΣχ.κ∃, Σχ.κ∃, ΘΣχΣ, ΣχΣ,
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www.nordcable.ru
(495) 107-01-40
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www.clc.ru
(495) 197-11-47
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www.ooo-elecon.ru
(495) 996-93-94
ΘΣΣΖ, ΣΣΖ, ΣΣΖ)=, ΣΣΖ)=-LS
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(495) 258-99-58
e-mail: erc@erc.ru
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ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS
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∀(7&∃∋∃ 6.
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Ω: ΟΒ>=Ω>> Δ ΝΕΟΛΓΛ> Ω:ΚΒΦΣ>ΩΔ> ΚΒΛΔ<ΝΛ=ΟΑΝ: "%∀∀ 4ΛΟΓ:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "θΛΛ Ο,Ψ_(Ω∃∋ "
111024, ∗. Ο,Ψ_3(, 1∋. 2-Ρ Δ(Ω∃∋ 4(Ρ, 2, (/Ρ 130
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Δ(Ω∃∋5 Ψ 57,∋Ρχ5∃⊥ 57 Ψ05Ξ,∗, ς,∋5γΞ5∋∃4( (∀,ΨΨ5⊥Ψ_,∃ ,Ω,74([∃45∃-Β φ, (4∗∋5⊥Ψ_,∃-XLPE,
4∃+∃χ_,∃-VPE, 03∃&Ψ_,∃-Η:<) 3 ς,∋4,⊥ +∃∀∃ ,Ξ3∃[(6Ξ 3Ψ∃ Ω,∋∃∃ α∃ΨΞ_5+ Ξ∀∃Ω,3(45Ρ+ ς,
_([∃ΨΞ3∃44,+1 5 4(&∃α4,+1 ,Ω∃Ψς∃[∃456 ς,Ξ∀∃Ω5Ξ∃∋Ρ &,ΨΞ(Ξ,[4,⊥ γ∋∃_Ξ∀5[∃Ψ_,⊥ +,ε4,ΨΞ 6.
Λ∋(∗,&(∀Ρ Ψ3,∃⊥ _,4ΨΞ∀1_χ55, Ψ,3∀∃+∃44,⊥ Ξ∃∴4,∋,∗55 57∗,Ξ,3∋∃45Ρ 5 Ψ,3∃∀0∃44β+ +(Ξ∃∀5(∋(+
_(Ω∃∋5 Ψ∀∃&4∃∗, 5 3βΨ,_,∗, 4(ς∀Ρα∃45Ρ Ψ Β φ-57,∋Ρχ5∃⊥ ,Ω∋(&(6Ξ 4(5∋1[05+5 γ∋∃_Ξ∀5[∃Ψ_5+5 5
+∃∴(45[∃Ψ_5+5 Ψ3,⊥ΨΞ3(+5 5 Ψ(+β+ &∋5Ξ∃∋ 4β+ Ψ∀,_,+ Ψ∋1αΩβ Ψ∀∃&5 &∀1∗5∴ Ξ5ς,3 _(Ω∃∋Ρ,
3βς1Ψ_(∃+β∴ Ψ∃∀5⊥4,. Λ∋(∗,&(∀Ρ ∀(&5(∋ 4,⊥ _,4ΨΞ∀1_χ55 &,ΨΞ5∗(∃ΞΨΡ ∀(34,+∃∀4,∃ ∀(Ψς∀∃&∃∋∃45∃
γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ 341Ξ∀5 57,∋Ρχ55, [Ξ, 3_1ς∃ Ψ &5γ∋∃_Ξ∀5[∃Ψ_5+5 ∴(∀(_Ξ∃∀5ΨΞ5_(+5 Β φ
Ψ1ε∃ΨΞ3∃44, 13∃∋5[53(∃Ξ γ∋∃_Ξ∀5[∃Ψ_16 ς∀,[4,ΨΞ 57,∋Ρχ55. ≅+∃44, 7( Ψ[∃Ξ γ∋∃_Ξ∀5[∃Ψ_,⊥
ς∀,[4,ΨΞ5 57,∋Ρχ55, ∀(&5(∋ 4,⊥ _,4ΨΞ∀1_χ55 5 Ξ∃∴4,∋,∗55 57∗,Ξ,3∋∃45Ρ (ς∃∀,_Ψ5&4,⊥ Ψ053_5)
_(Ω∃∋∃⊥ 1&(∃ΞΨΡ &,ΨΞ5[ ∀∃_,∀&4, 457_5∴ ς,_(7(Ξ∃∋∃⊥ ς, _,∋5[∃ΨΞ31 ς∀,Ω,∃3 3, 3∀∃+Ρ γ_Ψς∋1(Ξ(χ55.
ΟΩΛΝΩΕΘΔ ΚΒ>ΔΘΤ∴>ΟΑΝ:ΘΔ Γ:Η>≅Φ Ο 6[⊥-Δ<Λ≅ΦΖΔ>Ι ΦΝ≅ΦμΑΟΦ:
- Ω,∋ 0(Ρ ς∀,ς1Ψ_4(Ρ Ψς,Ψ,Ω4,ΨΞ 7( Ψ[∃Ξ 13∃∋5[∃45Ρ &,ς1ΨΞ5+,⊥ Ξ∃+ς∃∀(Ξ1∀β α5∋β (&,ς1ΨΞ5+β∃
Ξ,_5 4(∗∀17_5 3 7(35Ψ5+,ΨΞ5 ,Ξ 1Ψ∋,35⊥ ς∀,_∋(&_5 4( 15-30% Ω,∋ 0∃, [∃+ 1 _(Ω∃∋Ρ Ψ Ω1+(α4,⊥
57,∋Ρχ5∃⊥);
- 3βΨ,_5⊥ Ξ,_ Ξ∃∀+5[∃Ψ_,⊥ 1ΨΞ,⊥[53,ΨΞ5 ς∀5 _,∀,Ξ_,+ 7(+β_(455, [Ξ, ,Ψ,Ω∃44, 3(α4,, _,∗&( Ψ∃[∃45∃
_(Ω∃∋Ρ 3βΩ∀(4, Ξ,∋ _, 4( ,Ψ4,3(455 4,+54(∋ 4,∗, Ξ,_( _,∀,Ξ_,∗, 7(+β_(45Ρ;
- 457_5⊥ 3∃Ψ, +∃4 05⊥ &5(+∃Ξ∀ 5 ∀(&51Ψ 57∗5Ω(, [Ξ, ,Ω∃Ψς∃[53(∃Ξ ∋∃∗_,ΨΞ ς∀,_∋(&_5 _(Ω∃∋Ρ _(_ 3
_(Ω∃∋ 4β∴ Ψ,,∀1α∃45Ρ∴, Ξ(_ 5 3 7∃+∋∃ 4( Ψ∋,α4β∴ Ξ∀(ΨΨ(∴;
- 3,7+,α4,ΨΞ 3∃ΨΞ5 ς∀,_∋(&_1 _(Ω∃∋Ρ ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ &, -20 °Β &∋Ρ _(Ω∃∋Ρ 6-35 _. 5 &, -15°Β &∋Ρ
_(Ω∃∋Ρ 110 _. Ω∃7 ς∀∃&3(∀5Ξ∃∋ 4,∗, ς,&,∗∀∃3(, Ω∋(∗,&(∀Ρ 5Ψς,∋ 7,3(456 ς,∋5+∃∀4β∴ +(Ξ∃∀5(∋,3
&∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[_5;
- 457_(Ρ 1&∃∋ 4(Ρ ς,3∀∃α&(∃+,ΨΞ (ς∀(_Ξ5_( ς∀5+∃4∃45Ρ _(Ω∃∋Ρ Ψ Β φ-57,∋Ρχ5∃⊥ ς,_(7β3(∃Ξ, [Ξ, ,4(
_(_ +545+1+ 4( 1-2 ς,∀Ρ&_( 45α∃, [∃+ 1 _(Ω∃∋Ρ Ψ Ω1+(α4,-ς∀,ς5Ξ(44,⊥ 57,∋Ρχ5∃⊥);
- ,ΞΨ1ΞΨΞ35∃ α5&_5∴ _,+ς,4∃4Ξ,3 (+(Ψ∋( ς,& &(3∋∃45∃+ &∋Ρ _(Ω∃∋Ρ 110 _.) 5, Ψ∋∃&,3(Ξ∃∋ 4,,
&,∀,∗,ΨΞ,Ρε∃∗, ς,&ς5Ξβ3(6ε∃∗, ,Ω,∀1&,3(45Ρ, [Ξ, 3∃&∃Ξ _ 74([5Ξ∃∋ 4,+1 1+∃4 0∃456
γ_Ψς∋1(Ξ(χ5,44β∴ ∀(Ψ∴,&,3, 1ς∀,ε∃456 +,4Ξ(α4,∗, ,Ω,∀1&,3(45Ρ, Ψ,_∀(ε∃456 3∀∃+∃45 5
ΨΞ,5+,ΨΞ5 ∀(Ω,Ξ ς, ς∀,_∋(&_∃ 5 +,4Ξ(α1 5 ,Ω∃Ψς∃[∃456 Ψ,∴∀(44,ΨΞ5 ,_∀1α(6ε∃⊥ Ψ∀∃&β;
- 3,7+,α4,ΨΞ ΩβΨΞ∀,∗, ∀∃+,4Ξ( 3 Ψ∋1[(∃ ς∀,Ω,Ρ, 1[5Ξβ3(Ρ, [Ξ, ,Ψ4,34β+ 35&,+ ς,3∀∃α&∃45Ρ 4(
,&4,α5∋ 4,+ _(Ω∃∋∃ Ρ3∋Ρ∃ΞΨΡ ,&4,δ(74,∃ 7(+β_(45∃;
- ,&4,δ(74(Ρ _,4ΨΞ∀1_χ5Ρ, ς,73,∋Ρ6ε(Ρ 57∗,Ξ(3∋53(Ξ _(Ω∃∋ Ψ α5∋,⊥ Ψ∃[∃45∃+ &, 1000 ++2,
,ςΞ5+(∋ 4β+ &∋Ρ ς∃∀∃&([5 Ω,∋ 0,⊥ +,ε4,ΨΞ5;
- Ω,∋ 05∃ ΨΞ∀,5Ξ∃∋ 4β∃ &∋54β - &, 2000-4000 + &∋Ρ _(Ω∃∋Ρ 6-35 _. 5 &, 1500 + &∋Ρ _(Ω∃∋Ρ 110 _.;
- Ξ3∃∀&(Ρ 57,∋Ρχ5Ρ &(∃Ξ ,∗∀,+4β∃ ς∀∃5+1ε∃ΨΞ3( ς∀5 ς∀,_∋(&_∃ 4( +∃ΨΞ4,ΨΞ5 Ψ Ω,∋ 05+5 4(_∋,4(+5,
3,73β0∃44,ΨΞΡ+5 5 4( ς∃∀∃Ψ∃[∃44,⊥ +∃ΨΞ4,ΨΞ5, Ξ, ∃ΨΞ 4( Ξ∀(ΨΨ(∴ Ψ Ω,∋ 0,⊥ ∀(745χ∃⊥ 1∀,34∃⊥, 3
3∃∀Ξ5_(∋ 4β∴ 5 4(_∋,44β∴ _,∋∋∃_Ξ,∀(∴.
6Ν>=>ΩΔΦ Λ ΚΒΛ=ΤΓΖΔΔ
. &(4416 ∗∀1ςς1 3∴,&ΡΞ ,&4,α5∋ 4β∃ _(Ω∃∋5 Ψ _∀1∗∋,⊥ +4,∗,ς∀,3,∋,[4,⊥ (∋6+545∃3,⊥ 5∋5
+∃&4,⊥ Ξ,_,ς∀,3,&Ρε∃⊥ α5∋,⊥ Ψ 57,∋Ρχ5∃⊥ 57 ς∃∀,_Ψ5&4,-Ψ05Ξ,∗, ς,∋5γΞ5∋∃4(, ς∀∃&4(74([∃44β∃ &∋Ρ
ς∃∀∃&([5 5 ∀(Ψς∀∃&∃∋∃45Ρ γ∋∃_Ξ∀,γ4∃∀∗55 3 ΨΞ(χ5,4(∀4β∴ 1ΨΞ(4,3_(∴ 3 γ∋∃_Ξ∀5[∃Ψ_5∴ Ψ∃ΞΡ∴ 4(
4(ς∀Ρα∃45∃ 6-110 _. ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 50 Γχ. Δ(Ω∃∋5 4(ς∀Ρα∃45∃+ 6,10,15,20,35 _.
3βς1Ψ_(6ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ∀∃Ω,3(45Ρ+5 8Υ 3530-001-42747015-2005, ( _(Ω∃∋5 4(ς∀Ρα∃45∃+ Ε
_. - 8Υ 16.Δ71-273-98.
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Ν∃ΝΧ
ΘΝ∃ΝΧ % Ω6, / Χ/∀∋6))%> %.%∋%9(%> ∀≅ ΝΚ % Ω6. :∋8 #3%(∋∗:(∀ #% 13∗//∗5 /∋%Ω)%>
(%)]∀=Χ3∗ς∀∀
Ν∃Σ
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ΙΝΚ, / %.%∋%9(%> ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ (ΝΣ ) _∋8 /1∗ς∀%)∗3)%> %:∀)%9)%> #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α ∀ #3%∀≅∃%:/1∃6));Α #%56ε6)∀8Α
Ν∃Σ)=
ΘΝ∃Σ)= % Ω6, / %.%∋%9(%> ∀≅ ΝΣ #∋∗/1∀(∗1∗
#%)∀Ω6))%> =%3Π96/1∀
_∋8 /1∗ς∀%)∗3)%> =3Χ##%∃%> #3%(∋∗:(∀ )∗ ∃%≅:ΧΑ6, ∃
(∗.6∋2);Α /%%3ΧΩ6)∀8Α ∀ #3%∀≅∃%:/1∃6));Α
#%56ε6)∀8Α
Ν∃Σ)=-LS * ΘΝ∃Σ)=-LS * % Ω6, / %.%∋%9(%> ∀≅ ΝΣ #∋∗/1∀(∗1∗
#%)∀Ω6))%> =%3Π96/1∀ / )∀≅(∀5 =∗≅%- ∀
:;5%∃;:6∋6)∀65
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(∗.6∋2);Α /%%3ΧΩ6)∀8Α ∀ #%56ε6)∀8Α, ∃ (%1%3;Α
Χ/1∗)%∃∋6); 136.%∃∗)∀8 ( #∋%1)%/1∀ :;5∗ #3∀ #%Ω∗36
Ν∃Ν)=-HF * ΘΝ∃Ν)=-HF *
β∗.6∋2 %:)%Ω∀∋2);> / ∀≅%∋8ς∀6> ∀≅
ΙΝΚ, / %.%∋%9(%> #%)∀Ω6))%> =%3Π96/1∀
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/%:63Ω∗ε6> =∗∋%=6);
_∋8 /1∗ς∀%)∗3)%> =3Χ##%∃%> #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α ∀ #%56ε6)∀8Α, ∃ (%1%3;Α 3∗/#%∋%Ω6)∗
∗##∗3∗1Χ3∗ 9Χ∃/1∃∀16∋2)∗8 ( (%33%≅∀%));5 ∀
1%(/∀9);5 #3%:Χ(1∗5 =%36)∀8
* &(44(Ρ +(∀_( &∋Ρ _(Ω∃∋∃⊥ 110 _. ς∀,573,&5Ξ ΨΡ ς, Ξ∀∃Ω,3(456 7(_(7[5_(
∀5 4(∋5[55 3 _,4ΨΞ∀1_χ55 _(Ω∃∋Ρ ∗∃∀+∃Ξ575∀16ε5∴ γ∋∃+∃4Ξ,3 3 ,Ω,74([∃45∃ +(∀_5 _(Ω∃∋Ρ
&,Ω(3∋Ρ6Ξ ,Ξ∋5[5Ξ∃∋ 4β∃ 54&∃_Ψβ:
"∗ " - ∗∃∀+∃Ξ57(χ5Ρ +∃Ξ(∋∋5[∃Ψ_,∗, γ_∀(4( 3,&,Ω∋,_5∀16ε5+5 ∋∃4Ξ(+5;
"2∗" - (∋6+,ς,∋5+∃∀4(Ρ ∋∃4Ξ( ς,3∃∀∴ ∗∃∀+∃Ξ575∀,3(44,∗, γ_∀(4(;
"∗α" - 3,&,Ω∋,_5∀16ε5⊥ ς,∀,0,_ 5∋5 45Ξ5 3 Ξ,_,ς∀,3,&Ρε∃⊥ α5∋∃.
-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Δ(Ω∃∋ Ψ Β φ-57,∋Ρχ5∃⊥ 4(ς∀Ρα∃45∃+ 6, 10, 15, 20, 35 5 110 _. Ψ,ΨΞ,5Ξ 57 _∀1∗∋,⊥
+∃&4,⊥ 5∋5 (∋6+545∃3,⊥ +4,∗,ς∀,3,∋,[4,⊥ α5∋β, ς,∋1ς∀,3,&Ρε∃∗, Ψ∋,Ρ ς, α5∋∃,
57,∋Ρχ55 57 Β φ, γ∋∃_Ξ∀,ς∀,3,&Ρε∃∗, Ψ∋,Ρ ς, 57,∋Ρχ55, γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ ∋∃4Ξβ, γ_∀(4(
57 +∃&4β∴ ς∀,3,∋,_ 5 +∃&4,⊥ ∋∃4Ξβ, ∀(7&∃∋5Ξ∃∋ 4,∗, Ψ∋,Ρ, ς,∋5γΞ5∋∃4,3,⊥ ,Ω,∋,[_5 57 φ
ς,3β0∃44,⊥ Ξ3∃∀&,ΨΞ5 5∋5 ,Ω,∋,[_5 57 .< ς∋(ΨΞ5_(Ξ( ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5 Ψ
ς,45α∃44β+ &β+,- 5 ∗(7,3β&∃∋∃45∃+ 5∋5 57 Ω∃7∗(∋,∗∃4,3,⊥ _,+ς,75χ55. Ν∋Ρ _(Ω∃∋∃⊥ 110
_. ς∀5+∃4Ρ∃ΞΨΡ ,Ω,∋,[_( 57 φ 1Ψ5∋∃44(Ρ ∀∃Ω∀(+5 α∃ΨΞ_,ΨΞ5, ( Ξ(_α∃ ς, Ξ∀∃Ω,3(456
7(_(7[5_( +,α∃Ξ ΩβΞ &,Ω(3∋∃4, ,ςΞ,3,∋,_4, &∋Ρ _,4Ξ∀,∋Ρ Ξ∃+ς∃∀(Ξ1∀4,∗, ς∀,δ5∋Ρ
_(Ω∃∋ 4,⊥ ∋5455.
∀∃&()+ 2.2.3-1. ,)(∃-/&+1∀2 +35682 -∀Φ3 ΙθΙΚ
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83
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ν∋Ρ ,Ω∃Ψς∃[∃45Ρ ς∀,&,∋ 4,⊥ ∗∃∀+∃Ξ57(χ55 γ_∀(4( 3+∃ΨΞ, γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ ∋∃4Ξβ
+,α∃Ξ 5Ψς,∋ 7,3(Ξ ΨΡ 3,&,Ω∋,_5∀16ε(Ρ γ∋∃_Ξ∀,ς∀,3,&Ρε(Ρ ∋∃4Ξ(, ( 3+∃ΨΞ,
∀(7&∃∋5Ξ∃∋ 4,∗, Ψ∋,Ρ - Ψ∋,⊥ 57 3,&,Ω∋,_5∀16ε∃⊥ ∋∃4Ξβ.
0:Η≅ΔΖ: 2.2.3-1. #:ΟΡ>ΑΩΕΙ Ω:ΒΤΣΩΕΙ =Δ:Θ>ΑΒ Γ:Η>≅>Ι, ΘΘ
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10
15
20
35
110
50(16)
26,2
28,6
29,6
31,6
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70(16)
27,9
30,3
31,3
33,3
39,9
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95(16)
29,6
32
33
34,9
41,6
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120(16)
31,1
33,5
34,5
36,4
43,1
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150(25)
32,3
34,7
35,7
37,7
44,7
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185(25)
34,2
36,6
37,6
39,6
46,7
64
240(25)
36,4
38,8
39,8
41,8
49,3
66,2
300(25)
38,7
41,1
42,1
44,1
51,6
68,5
350(35)
-
-
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69,9
400(35)
42,9
44,1
45,1
47,5
55
69,5
500(35)
45,9
47,5
48,5
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58
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630(35)
49,4
51
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54
61,4
76,7
800(35)
53,6
55,6
56,6
58,6
65,6
80,9
ΘΝ∃Ν, Ν∃Ν,
1000(35)
57,8
59,4
60,4
62,4
69,4
85,5
Η(&51Ψ 57∗5Ω( _(Ω∃∋Ρ ς∀5 ς∀,_∋(&_∃ &,∋α∃4 ΩβΞ 4∃ +∃4∃∃ 15D. ∀5 +,4Ξ(α∃ Ψ
5Ψς,∋ 7,3(45∃+ Ψς∃χ5(∋ 4,∗, 0(Ω∋,4( &,ς1Ψ_(∃ΞΨΡ +545+(∋ 4β⊥ ∀(&51Ψ 57∗5Ω( &∋Ρ _(Ω∃∋Ρ
6-35 _. -7,5D 5 &∋Ρ _(Ω∃∋Ρ 110 _. - 10D (ς∀5 ς∀∃&3(∀5Ξ∃∋ 4,+ ς,&,∗∀∃3∃ &, 20-30 °Β).
0:Η≅ΔΖ: 2.2.3-2. 4:ΟΟ: 1 ΓΘ Γ:Η>≅Φ, Γε
Ξ∗#38Ω6)∀6, (Σ
6
10
15
20
35
110
Γ∗3(∗
(∗.6∋8
Ι696)∀6
Ω∀∋;,
552
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
∗∋Π5.
Ω∀∋∗
56:.
Ω∀∋∗
50
649 958 732 1042 770 1079 849 1158 1171 1480 -
-
70
740 1174 829 1262 869 1302 953 1386 1293 1726 -
-
95
844 1432 940 1528 982 1570 1073 1660 1428 2016 -
-
120 944 1693 1046 1788 1090 1833 1185 1927 1556 2298 -
-
150 1137 2065 1243 2173 1289 2217 1386 2314 1770 2698 -
-
185 1273 2418 1386 2530 1434 2579 1537 2681 1948 3093 3400 4560
240 1470 2955 1590 3075 1642 3127 1751 3236 2214 3699 3700 5180
300 1682 3538 1811 3667 1866 3722 1981 3838 2470 4326 4000 5870
350
-
-
-
-
-
-
-
-
-
- 4230 6390
400 2166 4641 2243 4717 2302 4777 2455 4930 2980 5455 4290 6760
500 2505 5608 2616 5709 2681 5774 2815 5908 3371 6465 4830 7930
630 2969 6780 3063 6976 3133 7047 3277 7192 3863 7781 5410 9310
800 3512 8393 3665 8614 3741 8691 3899 8848 4495 9445 6140 11090
ΘΝ∃Ν,
Ν∃Ν
1000 4177 10297 3766 8716 4389 10576 4016 8966 4651 9601 7000 13190
0:Η≅ΔΖ: 2.2.3-3. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ =≅Φ Γ:Η>≅>Ι
Ω:ΚΒΦΣ>ΩΔ>Θ 6-35 Γβ, ΘΘ
Ξ∗#38Ω6)∀6, (Σ
Ι696)∀6 Ω∀∋;,
552
6
10
15
20
35
50-300
2,8
3,4
4,5
5,5
9,0
400-1000
3,2
3,4
4,5
5,5
9,0
∀5 ς∀5+∃4∃455 _(Ω∃∋∃⊥ 3 Ψ∃ΞΡ∴ Ψ 57,∋5∀,3(44,⊥ 4∃⊥Ξ∀(∋ 6 Ξ,∋ε54( 57,∋Ρχ55 ς,
Ξ∀∃Ω,3(456 7(_(7[5_( +,α∃Ξ ΩβΞ 13∃∋5[∃4( &, 4 ++.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
84
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.2.3-4. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ =≅Φ Γ:Η>≅>Ι
Ω:ΚΒΦΣ>ΩΔ>Θ 110 Γβ, ΘΘ
Ι696)∀6 Ω∀∋;, 552
Ξ%5∀)∗∋2)∗8 1%∋ε∀)∗ ∀≅%∋8ς∀∀, 55
185-350
16
400-1000
15
0:Η≅ΔΖ: 3.2.3-5. 0ΔΚΛΝΕ> Ο>Ρ>ΩΔΦ ιΓΒ:Ω:, ΘΘ2
Ξ∗#38Ω6)∀6, (Σ
Ι696)∀6 Ω∀∋;, 552
6-35
110
50-120
16
-
150-300
25
35
350
-
35
400-1000
35
35
φ≅>ΓΑΒΔΡ>ΟΓΔ> Κ:Β:Θ>ΑΒΕ Γ:Η>≅Φ Ω:ΚΒΦΣ>ΩΔ>Θ 6-35 Γβ Δ 110 Γβ
0:Η≅ΔΖ: 2.2.3-6. ρΘΓΛΟΑς 1 ΓΘ Γ:Η>≅Φ, ΘΓλ Ξ∗#38Ω6)∀6, (Σ
Ι696)∀6 Ω∀∋;, 552
6
10
15
20
35
110
50
0,28
0,24
0,20
0,17
0,14
-
70
0,32
0,27
0,23
0,19
0,16
-
95
0,35
0,30
0,25
0,21
0,18
-
120
0,38
0,32
0,27
0,23
0,19
-
150
0,41
0,35
0,30
0,26
0.20
-
185
0,45
0,38
0,32
0,27
0,22
0,131
240
0,51
0,43
0,35
0,29
0,24
0,141
300
0,55
0,47
0,38
0,32
0,26
0,151
350
-
-
-
-
-
0,157
400
0,56
0,53
0,42
0,35
0,29
0,172
500
0,62
0,59
0,47
0,39
0,32
0,186
630
0,71
0,67
0,52
0,43
0,35
0,202
800
0,80
0,76
0,58
0,49
0,40
0,221
1000
0,89
0,84
0,63
0,54
0,45
0,240
0:Η≅ΔΖ: 2.2.3-7. ,Ω=ΤΓΑΔΝΩΛ> ΟΛΚΒΛΑΔΝ≅>ΩΔ> ΚΒΔ Ρ:ΟΑΛΑ> 50 ηΖ Ο ΤΡ>ΑΛΘ
<:<>Θ≅>ΩΔΦ ιΓΒ:Ω: Ο =ΝΤΞ ΟΑΛΒΛΩ. Θ/ΓΘ
Ξ∗#38Ω6)∀6, (Σ
6
10
15
20
55
110
Ι696)∀6
Ω∀∋;,
552
136Χ=.
#∋. 136Χ=. #∋. Tpevr. #∋. 136Χ=. #∋. 136Χ=.
#∋.
136Χ=.
#∋.
50
0,132 0,208 0,134 0,210 0,139 0,215 0,143 0,219 0,156 0,231
-
-
70
0,123 0,199 0,126 0,202 0,131 0,206 0,134 0,210 0,146 0,222
-
-
95
0,117 0,193 0,120 0,195 0,124 0,199 0,127 0,203 0,139 0,214
-
-
120 0,112 0,188 0,115 0190 0,119 0,194 0,122 0,198 0,133 0,209
-
-
150 0,106 0,183 0,109 0,185 0,113 0,189 0,116 0,192 0,127 0,203
-
-
185 0,102 0,179 0,105 0,181 0,108 0,185 0,112 0,188 0,122 0,198 0,139 0,215
240 0,098 0,175 0,100 0,177 0,104 0,180 0,107 0,183 0,117 0,193 0,133 0,209
300 0,095 0,171 0,097 0,173 0,100 0,176 0,103 0,179 0,113 0,189 0,128 0,204
350
-
-
-
-
-
-
-
-
-
-
0,126 0,201
400
0,09 0,166 0,091 0,167 0,094 0,170 0,097 0,173 0,106 0,182 0,121 0,197
500 0,087 0,164 0,088 0,164 0,091 0,167 0,093 0,169 0,102 0,178 0,116 0,192
630 0,084 0,16 0,085 0161 0,088 0,164 0,090 0,166 0,098 0,174 0,112 0,187
800 0,082 0,158 0,082 0,158 0,085 0,161 0,087 0,163 0,094 0,170 0,107 0,183
1000 0,079 0,155 0,080 0,156 0,082 0,158 0,084 0,160 0,091 0,167 0,103 0,179
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
85
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Η(Ψ[∃Ξ 54&1_Ξ534β∴ Ψ,ς∀,Ξ53∋∃45⊥ 3βς,∋4∃4 ς∀5 ∀(Ψς,∋,α∃455 _(Ω∃∋∃⊥ Ξ∀∃1∗,∋ 45_,+
3ς∋,Ξ416 5 ς∋,Ψ_,ΨΞ 6, Ψ ∀(ΨΨΞ,Ρ45∃+ 3 Ψ3∃Ξ1 +∃α&1 _(Ω∃∋Ρ+5, ∀(34β+ &5(+∃Ξ∀1 _(Ω∃∋Ρ.
ι4([∃45Ρ 54&1_Ξ534β∴ Ψ,ς∀,Ξ53∋∃45⊥ &∋Ρ &∀1∗,∗, ∀(Ψς,∋,α∃45Ρ _(Ω∃∋∃⊥ ∀(ΨΨ[5Ξβ3(6ΞΨΡ
ς, 7(ς∀,Ψ1.
0:Η≅ΔΖ: 2.2.3-8. 6ΛΚΒΛΑΔΝ≅>ΩΔ> ΣΔ≅Ε ΚΛΟΑΛΦΩΩΛΘΤ ΑΛΓΤ ΚΒΔ 20 °6, Θ/ΓΘ
Ι696)∀6 Ω∀∋;, 552
Γ∗163∀∗∋
Ω∀∋; 50 70 95 120 150 185 240 300 350 400 500 630 800 1000
56:2. 0,387 0,268 0,193 0,153 0,124 0,0991 0,0754 0,0601 0,0540 0,0470 0,0366 0,0283 0,0221 0,0176
∗∋Π5. 0,641 0,443 0,320 0,253 0,206 0,164 0,125 0,100 0,0890 0,0778 0,0605 0,0469 0,0367 0,0291
πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
Ν∋5Ξ∃∋ 4, &,ς1ΨΞ5+(Ρ Ξ∃+ς∃∀(Ξ1∀( 4(∗∀∃3( α5∋β _(Ω∃∋Ρ -
90 °Β
∀∃&∃∋ 4, &,ς1ΨΞ5+(Ρ Ξ∃+ς∃∀(Ξ1∀( α5∋β _(Ω∃∋Ρ ς∀5 Δ.ι. -
250 °Β
∀∃&∃∋ 4, &,ς1ΨΞ5+(Ρ Ξ∃+ς∃∀(Ξ1∀( +∃&4,∗, γ_∀(4( _(Ω∃∋Ρ ς∀5 Δ.ι. - 350 °Β
0:Η≅ΔΖ: 2.2.3-9. 8ΛΚΤΟΑΔΘΕ> =≅ΔΑ>≅ςΩΕ> ΑΛΓΔ, %
Ι696)∀6 Ω∀∋;, 552
Ξ∗#38Ω6)∀6
Ι#%/%.
#3%(∋∗:(∀
Γ∗163∀∗∋
Ω∀∋;
50 70 95 120 150 185 240 300 350 400 500 630 800 1000
56:2 231 282 336 379 421 472 542 606 - 662 736 814 889 957
∃
#∋%/(. ∗∋Π5. 180 220 262 296 331 373 431 484 - 540 609 683 759 833
56:2 223 273 326 370 414 467 540 607 - 683 768 858 947 1026
Σ ≅65∋6
136Χ=. ∗∋Π5. 173 212 253 288 322 365 423 477 - 543 618 702 788 871
56:2 301 374 454 522 582 662 771 875 - 969 1090 1222 1355 1497
∃
#∋%/(. ∗∋Π5. 234 292 355 409 458 525 615 702 - 796 909 1036 1170 1308
56:2 259 322 391 450 509 581 683 782 - 899 1030 1175 1327 1452
6-10 (Σ
Σ ∃%≅:ΧΑ6
136Χ=. ∗∋Π5. 201 250 304 350 396 454 535 614 - 715 829 959 1102 1230
56:2 231 282 337 382 423 474 545 609 - 667 742 823 900 966
∃
#∋%/(. ∗∋Π5. 180 220 262 298 332 374 432 485 - 543 612 688 765 839
56:2 224 274 327 371 416 469 542 610 - 687 774 869 961 1040
Σ ≅65∋6
136Χ=. ∗∋Π5. 174 213 254 289 323 366 424 479 - 545 621 706 794 879
56:2 298 371 450 517 577 657 764 868 - 965 1088 1221 1359 1500
∃
#∋%/(. ∗∋Π5. 232 289 351 404 454 519 608 694 - 788 902 1028 1165 1304
56:2 261 325 394 453 512 585 687 786 - 903 1036 1182 1336 1468
15-35 (Σ
Σ ∃%≅:ΧΑ6
136Χ=. ∗∋Π5. 203 252 306 352 398 457 537 616 - 717 830 960 1104 1236
56:2
-
-
-
-
- 451 507 557 581 611 667 724 777 864
∃
#∋%/(. ∗∋Π5.
-
-
-
-
- 366 416 461 486 514 572 631 690 779
56:2
-
-
-
- 500 575 650 715 755 840 935 1030 1125
Σ ≅65∋6
136Χ=. ∗∋Π5.
-
-
-
-
- 395 455 515 560 600 675 760 850 945
56:2
-
-
-
-
- 624 725 820 871 938 1065 1204 1352 1463
∃
#∋%/(. ∗∋Π5.
-
-
-
-
- 494 576 656 702 758 872 999 1139 1261
56:2
-
-
-
-
- 600 690 775 835 895 995 1115 1245 1370
110 (Σ
Σ ∃%≅:ΧΑ6
136Χ=. ∗∋Π5.
-
-
-
-
- 480 555 630 680 735 825 935 1060 1185
Ν,ς1ΨΞ5+β∃ &∋5Ξ∃∋ 4β∃ Ξ,_5 ∀(ΨΨ[5Ξ(4β &∋Ρ ,&4,χ∃ς4,⊥ ∋5455 Ψ &31∴ΨΞ,∀,445+
7(7∃+∋∃45∃+ γ_∀(4,3 ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β 15 °Β - ς∀5 ς∀,_∋(&_∃ 3 7∃+∋∃ 5
25°Β - ς∀5 ς∀,_∋(&_∃ 3 3,7&1∴∃. ∀5 &∀1∗5∴ 74([∃45Ρ∴ ∀(Ψ[∃Ξ4β∴ Ξ∃+ς∃∀(Ξ1∀ ,_∀1α(6ε∃⊥
Ψ∀∃&β 4∃,Ω∴,&5+, ς∀5+∃4ΡΞ ς,ς∀(3,[4β∃ _,γδδ5χ5∃4Ξβ, 1_(7(44β∃ 3 Ξ(Ω∋5χ∃ 2.2.3-10.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
86
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ν∋Ρ _(Ω∃∋∃⊥ 6-35 _. Ξ,_5 ∀(ΨΨ[5Ξ(4β:
- ς∀5 _,γδδ5χ5∃4Ξ∃ 4(∗∀17_5 Δ4=1
- ς∀5 ς∀,_∋(&_∃ 3 7∃+∋∃ ς∀5 ∗∋1Ω54∃ ς∀,_∋(&_5 0,7 + 5 1&∃∋ 4,+ Ξ∃∀+5[∃Ψ_,+
Ψ,ς∀,Ξ53∋∃455 ∗∀14Ξ( 1,2 Δ•
+/.Ξ
- ς∀5 ∀(Ψς,∋,α∃455 3 ς∋,Ψ_,ΨΞ5 ∀(ΨΨΞ,Ρ45∃ +∃α&1 _(Ω∃∋Ρ+5 3 Ψ3∃Ξ1, ∀(34, &5(+∃Ξ∀1 _(Ω∃∋Ρ,
ς∀5 ∀(Ψς,∋,α∃455 Ξ∀∃1∗,∋ 45_,+ - 3ς∋,Ξ416;
Ν∋Ρ _(Ω∃∋∃⊥ 110 _. Ξ,_5 ∀(ΨΨ[5Ξ(4β:
- ς∀5 _,γδδ5χ5∃4Ξ∃ 4(∗∀17_5 Δ4=0,8
- ς∀5 ς∀,_∋(&_∃ 3 7∃+∋∃ ς∀5 ∗∋1Ω54∃ ς∀,_∋(&_5 1,5 + 5 1&∃∋ 4,+ Ξ∃∀+5[∃Ψ_,+
Ψ,ς∀,Ξ53∋∃455 ∗∀14Ξ( 1,2 Δ•
+/.Ξ
- ς∀5 ς∀,_∋(&_∃ 3 7∃+∋∃ 5 ∀(Ψς,∋,α∃455 Ξ∀∃1∗,∋ 45_,+ 3ς∋,Ξ416
- ς∀5 ς∀,_∋(&_∃ 3 3,7&1∴∃ 5 ∀(Ψς,∋,α∃455 Ξ∀∃1∗,∋ 45_,+, ∀(ΨΨΞ,Ρ45∃ +∃α&1 _(Ω∃∋Ρ+5 3
Ψ3∃Ξ1 250 ++.
0:Η≅ΔΖ: 2.2.3-10. [ΛΚΒ:ΝΛΡΩΕ> ΓΛι]]ΔΖΔ>ΩΑΕ
65#63∗1Χ3∗ %(3ΧΩ∗Πε6> /36:;, °Ι
Ξ∗#38Ω6)∀6,
(Σ
Ε∗/961)∗8
165#63∗1Χ3∗,
°Ι
-505101520253035404550
15
1,13 1,1 1,06 1,03 1,0 0,97 0,93 0,89 0,86 0,82 0,77 0,73
6-35
25
1,21 1,18 1,14 1,11 1,07 1,04 1,0 0,96 0,92 0,88 0,83 0,78
15
-
- 1,06 1,03 1,0 0,96 0,92 0,89 0,85 0,81 0,77 0,73
110
25
-
- 1,16 1,13 1,08 1,05 1,0 0,96 0,91 0,86 0,81 0,76
0:Η≅ΔΖ: 2.2.3-11. 8ΛΚΤΟΑΔΘΕ> ΑΛΓΔ Λ=ΩΛΟ>ΓΤΩ=ΩΛεΛ ΓΛΒΛΑΓΛεΛ <:ΘΕΓ:ΩΔΦ Ν
ΣΔ≅> =≅Φ Γ:Η>≅>Ι 6-35 Γβ Δ 110 Γβ, Γ%
_%#Χ/1∀5;> 1%( %:)%/6(Χ):)%=% (%3%1(%=% ≅∗5;(∗)∀8 (∗.6∋8, (Θ
Ι696)∀6 Ω∀∋;, 552
Γ∗163∀∗∋
Ω∀∋;
50 70 95 120 150 185 240 300 350 400 500 630 800 1000
56:2 7,15 10,0 13,6 17,2 21,5 26,5 34,3 42,9 50,1 57,2 71,5 90,1 114,4 143
∗∋Π5. 4,7 6,6 8,9 11,3 14,2 17,5 22,7 28,2 33,1 37,6 47,0 59,2 75,2 93,9
>5α∃ ς∀53∃&∃4β ΨΞ∀,5Ξ∃∋ 4β∃ &∋54β &∋Ρ 4(5Ω,∋∃∃ [(ΨΞ, ς∀5+∃4Ρ∃+β∴ Ψ∃[∃45⊥ _(Ω∃∋∃⊥
θ 3 5 3 4(ς∀Ρα∃45∃+ 6-35 _. 4( ΨΞ(4&(∀Ξ4β∃ &∃∀∃3Ρ44β∃ Ω(∀(Ω(4β 22Ν. ΒΞ∀,5Ξ∃∋ 4β∃
&∋54β +,∗1Ξ ΩβΞ 13∃∋5[∃4β ς, Ψ,∗∋(Ψ,3(456 Ψ 7(_(7[5_,+ Ψ 5Ψς,∋ 7,3(45∃+ Ω(∀(Ω(4,3
Ω,∋ 0∃⊥ ∃+_,ΨΞ5.
Ν∋Ρ _(Ω∃∋∃⊥ 4(ς∀Ρα∃45∃+ 110 _. ΨΞ∀,5Ξ∃∋ 4β∃ &∋54β ∀(ΨΨ[5Ξβ3(6ΞΨΡ ς,& 7(_(7.
0:Η≅. 2.2.3-12. 6ΑΒΛΔΑ>≅ςΩ:Φ =≅ΔΩ: Γ:Η>≅Φ Ω: Η:Β:Η:Ω:Ξ.
Ι13%∀16∋2)∗8 :∋∀)∗, 5
Ι696)∀6 Ω∀∋;,
552
6(Σ
10 (Σ
15 (Σ
20 (Σ
35 (Σ
95
2090
1800
1590
1470
1010
120
1800
1530
1530
1290
960
150
1740
1470
1340
1230
860
240
1290
1230
1060
1010
670
300
1230
1010
1010
860
630
400
960
850
810
770
600
500
800
770
730
630
480
630
670
630
630
600
450
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
87
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
2.2.4. -:Η>≅Δ ΟΔ≅ΛΝΕ> εΔΗΓΔ>
. &(4416 ∗∀1ςς1 3∴,&ΡΞ _(Ω∃∋5 Ψ +∃&4β+5 +4,∗,ς∀,3,∋,[4β+5 Ξ,_,ς∀,3,&Ρε5+5
α5∋(+5 Ψ ∀∃754,3,⊥ 57,∋Ρχ5∃⊥ 3 ∀∃754,3,⊥ ,Ω,∋,[_∃, ς∀∃&4(74([∃44β∃ &∋Ρ γ∋∃_Ξ∀,ς5Ξ(45Ρ
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Α5Ψ∋, α5∋ 3 _(Ω∃∋Ρ∴ 5 &5(ς(7,4 4,+54(∋ 4β∴ Ψ∃[∃45⊥ ,Ψ4,34β∴ α5∋ 1_(7(4β 3 Ξ(Ω∋5χ∃
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Ξ(Ω∋5χ∃ 2.2.4-2. Β,∀Ξ(+∃4Ξ 0(∴Ξ4β∴ _(Ω∃∋∃⊥ ς∀53∃&∃4 3 Ξ(Ω∋5χ(∴ 2.2.4-10 5 2.2.4-11.
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8
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>,+54(∋ 4(Ρ Ξ,∋ε54( 57,∋Ρχ55 5 74([∃45Ρ Ξ,∋ε54 ,Ω,∋,[∃_ &∋Ρ _(Ω∃∋∃⊥ +(∀,_ ΔΓ, ΔΓ>, Δ Γ,
Δ Γ>, Δ ΓΒ, Δ ΓΒ> 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.2.4-3 (ς∀5 γΞ,+ Ω,∋ 05∃ 74([∃45Ρ Ξ,∋ε54 ,Ω,∋,[∃_
,Ξ4,ΨΡΞΨΡ _ _(Ω∃∋Ρ+ Ψ Ω,∋ 05+ [5Ψ∋,+ α5∋). ν5∋β _(Ω∃∋∃⊥ +(∀,_ ΔΓ, ΔΓ>, Δ Γ, Δ Γ>, Δ ΓΒ,
Δ ΓΒ> &,∋α4β 5+∃Ξ χ5δ∀,316 +(∀_5∀,3_1 5∋5 ,Ξ∋5[5Ξ∃∋ 416 ∀(Ψχ3∃Ξ_1, 1_(7(4416 3 Ξ(Ω∋5χ∃
2.2.4-4, ς∀5 γΞ,+ 7∃∋∃4,-α∃∋Ξβ⊥ χ3∃Ξ 57,∋Ρχ55 ς∀5+∃4Ρ6Ξ Ξ,∋ _, &∋Ρ α5∋β 7(7∃+∋∃45Ρ. >,+54(∋ 4β∃
Ξ,∋ε54β 57,∋Ρχ55 5 ,Ω,∋,[∃_ &∋Ρ _(Ω∃∋∃⊥ +(∀_5 ΔΕΓ-1 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.2.4-5, 4,+54(∋ 4β∃
Ξ,∋ε54β γ∋∃+∃4Ξ,3 _,4ΨΞ∀1_χ55 &∋Ρ _(Ω∃∋∃⊥ +(∀_5 ΔΓφ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.2.4-6, 4,+54(∋ 4β∃
Ξ,∋ε54β γ∋∃+∃4Ξ,3 _,4ΨΞ∀1_χ55 &∋Ρ _(Ω∃∋∃⊥ +(∀_5 Δφ.Γ8-10 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.2.4-7. λ3∃Ξ
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+,∗1Ξ 5+∃Ξ ∋6Ω,⊥ χ3∃Ξ, _∀,+∃ [∃∀4,∗,.
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γ_Ψς∋1(Ξ(χ55 ς∀5 7(&(44β∴ 1Ψ∋,35Ρ∴ 57,∋5∀,3(44β∃ α5∋β 3 _(Ω∃∋Ρ∴ +(∀,_ ΔΓ, ΔΓ> Ψ Ξ∀∃+Ρ
,Ψ4,34β+5 5 &31+Ρ 3Ψς,+,∗(Ξ∃∋ 4β+5 α5∋(+5 Ψ∃[∃45∃+ 16 ++2 5 Ω,∋∃∃, _(Ω∃∋∃⊥ +(∀_5 Δ Γ, Δ Γ> Ψ
[∃Ξβ∀ +Ρ α5∋(+5 16 ++2 5 Ω,∋∃∃ &,∋α4β ΩβΞ Ψ_∀1[∃4β 3,_∀1∗ ∀∃754,3,∗, Ψ∃∀&∃[45_(, ( 3 _(Ω∃∋Ρ∴
+(∀,_ Δ ΒΓ 5 Δ ΒΓ> Ψ [∃Ξβ∀ +Ρ α5∋(+5 Ψ∃[∃45∃+ 16 ++2 5 Ω,∋∃∃, ςΡΞ5- 5 0∃ΨΞ5α5∋ 4β∴ 3Ψ∃∴
Ψ∃[∃45⊥ &,∋α4β ΩβΞ Ψ_∀1[∃4β 3,_∀1∗ _∀1∗∋,∗, 5∋5 ς∀,δ5∋5∀,3(44,∗, ∀∃754,3,∗, Ψ∃∀&∃[45_(. .
_(Ω∃∋Ρ∴ +(∀_5 Δφ.Γ8-10 3Ψ∃ 57,∋5∀,3(44β∃ α5∋β &,∋α4β ΩβΞ Ψ_∀1[∃4β Ψ 7(ς,∋45Ξ∃∋∃+ 3 χ∃4Ξ∀∃ 57
γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ ∀∃754β, ( ,Ω,∋,[_( 3βς,∋4Ρ∃ΞΨΡ &31∴Ψ∋,⊥4,⊥ Ψ 341Ξ∀∃445+ Ψ∋,∃+ 57
γ∋∃_Ξ∀,ς∀,3,&Ρε∃⊥ ∀∃754β .
Ν∋Ρ 1&,ΩΨΞ3( ∀(7&∃∋_5 _(Ω∃∋∃⊥ ς,3∃∀∴ Ψ_∀1[∃44β∴ α5∋ &,∋α∃4 ΩβΞ 4(∋,α∃4 Ψ∋,⊥ Ψ54Ξ∃Ξ5[∃Ψ_,⊥
ς∋∃4_5 5∋5 &∀1∗,∗, +(Ξ∃∀5(∋(. . _(Ω∃∋Ρ∴ +(∀_5 ΔΕΓ-1 5 ,&4,α5∋ 4β∴ _(Ω∃∋Ρ∴ +(∀_5 ΔΓ &,ς1Ψ_(∃ΞΨΡ
7(+∃4( 57,∋Ρχ55 5 ,Ω,∋,[_5 57,∋Ρχ5,44,-7(ε5Ξ4,⊥ ,Ω,∋,[_,⊥. >,+54(∋ 4(Ρ Ξ,∋ε54( ,Ω,∋,[_5
&,∋α4( ΩβΞ ∀(34( Ψ1++∃ Ξ,∋ε54 57,∋Ρχ55 5 ,Ω,∋,[_5.
Βς∀(3,[4β∃ 74([∃45Ρ 4(∀1α4β∴ &5(+∃Ξ∀,3 5 +(ΨΨ _(Ω∃∋∃⊥, 4(5Ω,∋∃∃ +(ΨΨ,3, 3βς1Ψ_(∃+β∴
Ξ5ς,∀(7+∃∀,3, 1_(7(4β 3 Ξ(Ω∋5χ(∴ 2.2.4-8 5 2.2.4-11 Ψ,,Ξ3∃ΞΨΞ3∃44,. Β 1[∃Ξ,+ 74([5Ξ∃∋ 4β∴ &,ς1Ψ_,3
∀∃(∋ 4β∃ 74([∃45Ρ +,∗1 ,Ξ∋5[(Ξ ΨΡ 4( 10% 3 +∃4 016 5∋5 Ω,∋ 016 ΨΞ,∀,41.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
90
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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θ∃Φ)9)Κ3-68Ο()Μ ?∀8)Μ
0:Η≅ΔΖ: 2.2.4-3. 0Λ≅∴ΔΩΕ Δ<Λ≅ΦΖΔΔ Δ ΛΗΛ≅ΛΡ>Γ
=≅Φ Γ:Η>≅>Ι Θ:ΒΛΓ -η, -η∗, -[[ -[η∗, -[η6, -[η6∗, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6
%/)%∃);Α Ω∀∋, 552
Υ≅%∋8ς∀8
,.%∋%9(∗ :∋8
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(∗.6∋6>
0.75
0,8
-
1,3-1,5
1,0
0,8
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1,3-1,6
1,5
0.8
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1,5-1,8
2.5
0.9
1,4
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4,0
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1.5
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6.0
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1,6
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10
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16
1,2
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25
1,4
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35
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50
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70
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95
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120
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0:Η≅ΔΖ: 2.2.4-4. #:ΟΖΝ>ΑΓ: ΣΔ≅
=≅Φ Γ:Η>≅>Ι Θ:ΒΛΓ -η, -η∗, -[[ -[η∗, -[η6, -[η6∗
δ∀/∋% Ω∀∋
Ε∗/ς∃61(∗ .6≅ Ω∀∋; ≅∗≅65∋6)∀8
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3
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5
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963);> ∀∋∀ (%3∀9)6∃;>
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0:Η≅ΔΖ: 2.2.4-5. 0Λ≅∴ΔΩΕ Δ<Λ≅ΦΖΔΔ Δ ΛΗΛ≅ΛΡΓΔ ≅≅Φ Γ:Η>≅>Ι Θ:ΒΓΔ - η-1, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552
Υ≅%∋8ς∀8
,.%∋%9(∗
16-35
0.8
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50
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1,2
70
1.0
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95
1,2
1,4
120
1,2
1,6
150
1,4
1,6
0:Η≅ΔΖ: 2.2.4-6. 0Λ≅∴ΔΩΕ ι≅>Θ>ΩΑΛΝ ΓΛΩΟΑΒΤΓΖΔΔ =≅Φ Γ:Η>≅>Ι Θ:ΒΓΔ -ηφ, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6
%/)%∃);Α Ω∀∋, 552
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#% Ω∀∋6 ∀ ∀≅%∋8ς∀∀
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10-50
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0:Η≅ΔΖ: 2.2.4-7. 0Λ≅∴ΔΩΕ ι≅>Θ>ΩΑΛΝ ΓΛΩΟΑΒΤΓΖΔΔ
=≅Φ Γ:Η>≅>Ι Θ:ΒΓΔ -δβη0-10, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6
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0:Η≅ΔΖ: 2.2.4-8. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Γ:Η>≅>Ι, ΘΘ
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βΝΖΙ, βΝΖΙΞ
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27
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97
0:Η≅ΔΖ: 2.2.4-9. 4:ΟΟΕ Γ:Η>≅>Ι, Γε/ΓΘ
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150
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280
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100
390
400
430
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130
540
570
600
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10
210
910
990
1100
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290
1200
1300
1400
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420
1700
1900
2000
320 2900 4900
35
560
2300
2600
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440 3500 5800
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760
3100
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610 4100 6700
70
1000
4100
4800
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840 5600 7900
95
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5300
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92
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δ∀/∋% ∀ )%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552
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Γ∗//∗ (∗.6∋8, (=/(5
3x4+1x2,5
22
700
3x6+1x4
25
900
3x10+1x6
27
1100
3x16+1x10
31
1600
3x25+1x10
34
2000
3x35+1x10
37
2400
3x50+1x10
41
3000
3x70+1x10
45
4000
3x95+1x10
51
5200
3x4+1x2,5+3x1,5
24
850
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27
1100
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30
1400
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33
1800
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37
2300
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40
2800
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44
3400
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52
5400
0:Η≅ΔΖ: 2.2.4-11. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Δ Θ:ΟΟΕ Γ:Η>≅>Ι Θ:ΒΓΔ - η#φδ
δ∀/∋% ∀ )%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552
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Γ∗//∗ (∗.6∋8, (=/(5
3x1,5+1x1,5+1x1,5
17
400
3x2,5+1x1,5+1x1,5
18
450
3x4+1x2,5+1x2,5
19
570
3x6+1x2,5+1x2,5
22
710
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0:Η≅ΔΖ: 2.2.4-12. 6ΑΛΙΓΛΟΑς Γ:Η>≅>Ι Γ Κ>Β>εΔΗ:Θ
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βΖ, βΖΞ
4000 - 9000
βΝΖ, βΝΖΞ, βΝΖΙ, βΝΖΙΞ
8000-12000
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6000-12000
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30000 - 40000
βΖΚκ
4000
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22000-35000
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
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φ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55 3 4,∀+(∋ 4β∴ _∋5+(Ξ5[∃Ψ_5∴ 1Ψ∋,35Ρ∴,
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6ΒΛΓ Ο≅ΤΣΗΕ
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Ξ(Ω∋5χ∃ 2.2.4-13.
0:Η≅ΔΖ: 2.2.4-13. 6ΒΛΓΔ Ο≅ΤΣΗΕ Γ:Η>≅>Ι
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0:Η≅ΔΖ: 2.3-3. /ΔΟ≅Λ Δ Ο>Ρ>ΩΔ> ΣΔ≅ Ν Γ:Η>≅ΦΞ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552
0,75
1,0
1,5
2,5
4,0
6,0
10
∀# (∗.6∋8
δ∀/∋% Ω∀∋
Ι ∗∋Π5∀)∀6∃;5∀
Ω∀∋∗5∀
-
4;5;7;10;14;19;
27; 37
4;7;10
Ι 56:);5∀
Ω∀∋∗5∀
4;5;7;10;14;19;27;
37; 52; 61
9;
4;5;7;10;14;19;
27; 37
4;7;10
-
Δ(Ω∃∋5 3 ς∋,Ψ_,+ 5Ψς,∋4∃455 Ψ,&∃∀α(Ξ 4 +∃&4β∃ α5∋β Ψ∃[∃45∃+ 0,75 - 6 ++2 5∋5 4
(∋6+545∃3β∃ α5∋β Ψ∃[∃45∃+ 2,5-6 ++2. Δ(Ω∃∋5 Ψ 7(ς,∋4∃45∃+ ς, ΓΕΒ8 1508-78
3βς1Ψ_(6ΞΨΡ 4-∴ 5∋5 5-Ξ5 α5∋ 4β+5 3, 3Ψ∃∴ &5(ς(7,4(∴ Ψ∃[∃45⊥ Ψ,,Ξ3∃ΞΨΞ3∃44, &∋Ρ +∃&4β∴
5 (∋6+545∃3β∴ α5∋.
Ο∃&4β∃ 5 (∋6+545∃3β∃ Ξ,_,ς∀,3,&Ρε5∃ α5∋β _(Ω∃∋∃⊥ 3βς,∋4Ρ6ΞΨΡ ,&4,ς∀,3,∋,[4β+5.
>,+54(∋ 4β∃ Ξ,∋ε54β 57,∋Ρχ55 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.3-4.
≅7,∋5∀,3(44β∃ α5∋β &,∋α4β ΩβΞ Ψ_∀1[∃4β. Ν,ς1Ψ_(∃ΞΨΡ 57∗,Ξ,3∋∃45∃ Ψ∃∀&∃[45_(,
5+∃6ε∃∗, 3 χ∃4Ξ∀∃ &, [∃Ξβ∀∃∴ 57,∋5∀,3(44β∴ α5∋ Ω∃7 Ψ_∀1Ξ_5, ς∀5 4(∋5[55 ς,Ψ∋∃&16ε5∴
ς,353,3.
0:Η≅ΔΖ: 2.3-4. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋, 552
Ν%∋∀∃∀)∀∋Α∋%3∀:)∗8 ∀≅%∋8ς∀8
Ν%∋∀∴1∀∋6)%∃∗8 ∀≅%∋8ς∀8
0,75; 1,0; 1,5; 2,5
0,6
0,6
4,0; 6,0
0,7
0,6
10
0,9
0,8
Δ(Ω∃∋5 +(∀,_ θΔ..Γ7 5 Δ..Γ7 &,∋α4β ΩβΞ 3βς,∋4∃4β Ψ 7(ς,∋4∃45∃+,
,Ω∃Ψς∃[53(6ε5+ _∀1∗∋16, Ω∋57_16 _ χ5∋54&∀5[∃Ψ_,⊥, δ,∀+1.
Δ(Ω∃∋5 &,∋α4β 5+∃Ξ χ5δ∀,316 5∋5 χ3∃Ξ,316 +(∀_5∀,3_1 57,∋5∀,3(44β∴ α5∋. ∀5
χ5δ∀,3,⊥ +(∀_5∀,3_∃ χ3∃Ξ χ5δ∀ &,∋α∃4 ,Ξ∋5[(Ξ ΨΡ ,Ξ χ3∃Ξ( 57,∋Ρχ55. Η(ΨΨΞ,Ρ45∃ +∃α&1
χ5δ∀(+5 &,∋α4, ΩβΞ 4∃ Ω,∋∃∃ 35 ++. λ3∃Ξ,3(Ρ +(∀_5∀,3_( 3βς,∋4Ρ∃ΞΨΡ Ψς∋,04,⊥ 5∋5 3
35&∃ ς,∋,Ψ.
. _(Ω∃∋Ρ∴ +(∀,_ θΔ.ΛΩφ3, Δ.ΛΩφ3 5 Δ. Ωφ3 4( Ψ_∀1[∃44β∃ α5∋β 4(_∋(&β3(6Ξ
∀(7&∃∋5Ξ∃∋ 4β⊥ Ψ∋,⊥ 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ( Ξ,∋ε54,⊥ 4∃ +∃4∃∃ 0,5 ++ 5∋5 57
γ∋∃_Ξ∀,57,∋Ρχ5,44β∴ ς∋∃4,_.
. _(Ω∃∋Ρ∴ Ψ 54&∃_Ψ,+ "φ" ς,3∃∀∴ Ψ_∀1[∃44β∴ α5∋ 4(_∋(&β3(∃ΞΨΡ γ_∀(4 57 δ,∋ ∗5 Ψ
ς∃∀∃_∀βΞ5∃+ 4∃ +∃4∃∃ 20%.
>,+54(∋ 4β∃ Ξ,∋ε54β ,Ω,∋,[∃_ 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ( ς∀53∃&∃4β 3
Ξ(Ω∋5χ∃ 2.3-5.
0:Η≅ΔΖ: 2.3-5. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: ΛΗΛ≅ΛΡΓΔ, ΘΘ
_∀∗5613 (∗.6∋8 #%: %.%∋%9(%>, 55
η)∗96)∀8 1%∋ε∀);
:% 6,0
1,2
%16,0:%15
1,5
%115:%20
1,7
%120:%30
1,9
%130:%40
2,1
/∃;⊥6 40
2,3
Υ_(7(44β∃ 3β0∃ ς(∀(+∃Ξ∀β ς∀53∃&∃4β &∋Ρ _(Ω∃∋∃⊥, Ψ,,Ξ3∃ΞΨΞ316ε5∴ ΓΕΒ8 1508-78.
Δ,4_∀∃Ξ4β∃ ς(∀(+∃Ξ∀β &∋Ρ _(Ω∃∋∃⊥ &∀1∗5∴ +(∀,_ &,∋α4β ΩβΞ ς∀53∃&∃4β 3
Ψ,,Ξ3∃ΞΨΞ316ε5∴ Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴.
Βς∀(3,[4β∃ 74([∃45Ρ 4(∀1α4β∴ &5(+∃Ξ∀,3 5 +(ΨΨ _(Ω∃∋∃⊥ ,Ξ&∃∋ 4β∴ Ξ5ς,∀(7+∃∀,3
1_(7(4β 3 Ξ(Ω∋5χ(∴ 2.3-6 - 2.3-8. Β 1[∃Ξ,+ &,ς1Ψ_,3 ∀∃(∋ 4β∃ 74([∃45Ρ +,∗1Ξ ,Ξ∋5[(Ξ ΨΡ 4(
5-10% 3 +∃4 016 5∋5 Ω,∋ 016 ΨΞ,∀,41. Ε∀5∃4Ξ5∀1ΡΨ 4( ς∀53∃&∃44β∃ 74([∃45Ρ, +,α4,
ς∀5Ω∋575Ξ∃∋ 4, ,χ∃45Ξ &5(+∃Ξ∀β 5 +(ΨΨβ &∀1∗5∴ +(∀,_ _(Ω∃∋∃⊥ Ψ, Ψ∴,α5+5
_,4ΨΞ∀1_Ξ534β+5 ς(∀(+∃Ξ∀(+5.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
98
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.3-6. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ Γ:Η>≅>Ι, ΘΘ
δ∀/∋% Ω∀∋
βΣΣΖ,
ΘβΣΣΖ
βΣΣχ,
ΘβΣΣχ
βΣΣχΖ,
ΘβΣΣχΖ
βΣχ.κ∃,
ΘβΣχ.κ∃
βΣΣΖΚ,
ΘβΣΣΖΚ
S=0,75 552
4
7,6
15
11
12
8,2
5
8,3
16
11
13
9,0
7
9,5
17
13
13
10
10
12
19
15
15
13
14
12
20
16
16
13
19
14
22
18
18
15
27
16
25
20
20
17
37
19
27
23
22
20
52
22
30
26
26
23
61
23
31
27
27
24
S=1 552
4
8
16
11
12
8,5
5
9,3
17
12
13
10
7
10
18
13
14
11
10
12
20
15
16
13
14
13
22
17
17
14
19
14
23
19
18
15
27
17
26
21
21
18
37
19
28
24
23
20
52
23
31
27
27
24
61
24
33
29
28
25
S=1,5 552
4
9,2
17
12
13
10
5
10
18
13
14
11
7
10
18
14
14
11
10
13
22
17
17
14
14
14
23
18
18
15
19
15
24
20
20
16
27
19
28
23
23
20
37
21
30
25
26
22
52
25
34
29
29
26
61
27
35
31
31
28
S=2,5 552
4
10
18
13
14
11
5
11
19
14
15
12
7
11
19
15
16
12
10
14
23
19
19
15
14
16
24
20
20
17
19
17
26
22
22
18
27
21
30
26
26
22
37
24
33
29
29
25
S=4 552
4
11
19
15
16
12
7
14
22
18
18
15
10
17
26
22
21
18
S=6 552
4
13
21
17
17
14
7
15
24
19
19
16
10
20
28
24
23
21
S=10 552
4
15
24
20
20
16
7
19
28
23
23
20
10
25
34
29
29
26
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
99
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.3-7. 4:ΟΟΕ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ, Γε/ΓΘ
δ∀/∋% Ω∀∋
βΣΣΖ
βΣΣχ
βΣΣχΖ
βΣχ.κ∃
βΣΣΖΚ
S=0,75 552
4
85
330
230
250
130
5
99
360
250
270
150
7
130
420
560
310
180
10
190
530
390
390
240
14
230
590
450
460
290
19
300
810
650
540
360
27
410
980
820
680
490
37
540
1100
990
830
620
52
740
1400
1200
1100
850
61
840
1600
1300
1200
960
S=1 552
4
99
350
250
270
150
5
120
410
290
300
170
7
160
460
340
340
210
10
230
580
780
440
270
14
280
770
620
510
340
19
360
890
730
610
420
27
500
1100
920
780
580
37
660
1300
1100
960
740
52
900
1600
1400
1300
1000
61
1050
1800
1600
1400
1100
S=1,5 552
4
130
420
300
300
180
5
160
460
340
340
200
7
200
520
390
390
250
10
290
780
630
510
340
14
370
890
720
610
420
19
470
1000
860
730
550
27
670
1300
1100
950
740
37
870
1500
1300
1200
980
52
1200
2000
1800
1600
1310
61
1400
2200
2000
1800
1500
S=2,5 552
4
180
490
370
360
230
5
220
540
410
410
270
7
280
620
490
490
340
10
410
950
790
640
460
14
530
1100
920
790
600
19
680
1300
1100
970
770
27
970
1700
1400
1300
1000
37
1300
2100
1800
1700
1360
S=4 552
4
270
610
470
470
310
7
420
930
770
610
470
10
610
1200
1000
870
670
S=6 552
4
360
850
700
580
410
7
580
1100
960
820
630
10
860
1500
1300
1100
890
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
100
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.3-8. 4:ΟΟΕ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ ΣΔ≅:ΘΔ, Γε/ΓΘ
δ∀/∋% Ω∀∋
ΘβΣΣΖ
ΘβΣΣχ
ΘβΣΣχΖ
ΘβΣχ.κ∃
ΘβΣΣΖΚ
S=2,5 552
4
120
420
300
300
160
5
140
460
330
330
190
7
175
510
380
380
220
10
250
790
630
480
300
14
300
870
700
570
380
19
380
1000
820
670
470
27
540
1280
1000
920
640
37
710
1500
1200
1100
800
S=4 552
4
170
510
370
370
210
7
240
750
600
480
300
10
360
970
790
620
410
S=6 552
4
210
680
540
420
260
7
310
860
700
560
360
10
470
1100
950
830
510
S=10 552
4
320
880
710
560
380
7
490
1100
960
770
550
10
760
1500
1300
1100
780
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
Δ(Ω∃∋5 &,∋α4β 3β&∃∀α53(Ξ 3 Ξ∃[∃455 5 +54. 5ΨςβΞ(45∃ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ 2500
. [(ΨΞ,Ξ,⊥ 50 Γχ.
φ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55 α5∋ _(Ω∃∋∃⊥, ς∃∀∃Ψ[5Ξ(44,∃ 4( 1 _+ &∋54β 5
Ξ∃+ς∃∀(Ξ1∀1 20 °Β, &,∋α4, ΩβΞ : &∋Ρ _(Ω∃∋∃⊥ Ψ ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ5∃⊥ 4∃ +∃4∃∃ 300
ΟΕ+; &∋Ρ _(Ω∃∋∃⊥ Ψ ς,∋53545∋∴∋,∀5&4,⊥ 57,∋Ρχ5∃⊥ 4∃ +∃4∃∃ 10 ΟΕ+ &∋Ρ Ψ∃[∃45Ρ α5∋ 0,75
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φ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55 57 ς,∋5+∃∀4β∴ _,+ς,75χ5⊥, 4∃ Ψ,&∃∀α(ε5∴
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(81657) 2-33-73
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(4212) 53-88-44
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(86631) 2-27-41
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(495) 777-75-35
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(495) 502-78-83
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βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΣχ.κ∃)=, βΣβχ.κ∃)=, βΝΝΖ)=-HF,
βΝΝΖΚ)=-HF, βΝχ.Ν)=-ΞF, /#6ς∀∗∋2);6 5∗3(∀ (3∗≅:6∋ 2.14.13)
,Θ, "Ν/(%∃(∗.6∋2"
=. Ν/(%∃
www.pscovkabel.ru
(8112) 79-18-07
βΣΣΖ
,,, "Ε;.∀)/((∗.6∋2"
=. Ε;.∀)/(
www.rkz.ru
(4855) 29-77-77
ΘβΣΣΖ, βΣΣΖ, βΣΣΖ≅, ΘβΣΣΖΚ, βΣΣΖΚ, ΘβΣχ.κ∃, βΣχ.κ∃,
ΘβΣΣΖ)=, βΣΣΖ)=, βΣΣΖΚ)=, ΘβΣχ.κ∃)=, βΣχ.κ∃)=, βΣΣΖ)=-LS,
βΣΣΖΚ)=-LS, ΘβΕΣΖ, βΕΣΖ
,,, "Ε;.∀)/(∴∋6(13%(∗.6∋2"
=. Ε;.∀)/(
www.rec-pvc.ru
(4855) 288-988
ΘβΣΣΖ, βΣΣΖ, ΘβΣΣΖΚ, βΣΣΖΚ, ΘβΣΣΖ)=, βΣΣΖ)=, ΘβΣΣΖΚ)=,
βΣΣΖΚ)=
ηΘ, "Ι∗5∗3/(∗8 (∗.6∋2)∗8
(%5#∗)∀8"
=. Ι∗5∗3∗
www.samaracable.ru
(846) 279-12-10
ΘβΝΣΖ, βΝΣΖ, ΘβΝΣΖΚ, βΝΣΖΚ, ΘβΝΣχ, βΝΣχ, ΘβΝΣχΖ, βΝΣχΖ,
ΘβΝχ.κ∃, βΝχ.κ∃, ΘβΣΣΖ, βΣΣΖ, ΘβΣΣΖΚ, βΣΣΖΚ, ΘβΣΣχ,
βΣΣχ, ΘβΣΣχΖ, βΣΣχΖ, ΘβΣχ.κ∃, βΣχ.κ∃, βΣΣΖ)=-LS,
βΣΣΖΚ)=-LS
,Θ, "η∗∃%: "Ι∗3∗)/((∗.6∋2"
=. Ι∗3∗)/(
www.saranskkabel.ru
(8342) 29-71-13
ΘβΣΣΖ, βΣΣΖ, ΘβΣΣΖ≅, βΣΣΖ≅, ΘβΣΣΖΚ, βΣΣΖΚ, βΣΣΖΚ≅, βΣΣχΖ,
ΘβΣχ.κ∃, βΣχ.κ∃, ΘβΣΣΖ)=, βΣΣΖ)=, βΣΣΖ≅)=, βΣΣΖΚ)=,
βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΣΣΖΚ≅)=-LS, βΣχ.κ)=-LS, βΝΝΖ)=-HF
,Θ, "Ι∀.(∗.6∋2"
=. %5/(
www.sibkabel.ru
(3822) 65-25-65
ΘβΣΣΖ, βΣΣΖ, ΘβΣΣΖ≅, βΣΣΖ≅, ΘβΣΣΖΚ, βΣΣΖΚ, ΘβΣΣχ, βΣΣχ,
ΘβΣΣχΖ, βΣΣχΖ, ΘββΣΖ- γ, βΣΣΖ- γ, βΣχ.κ∃, ΘβΣΣΖ)=, βΣΣΖ)=,
ΘβΣΣΖΚ)=, βΣΣΖΚ)=
,Θ, "Κ∋6(13%(∗.6∋2"
β%∋29Χ=∀)/(∀> ≅∗∃%:"
=. β%∋29Χ=∀)%
www.elcable.ru
(49245) 21-835
ΘβΣΣΖ, βΣΣΖ, ΘβΣΣΖ≅, βΣΣΖ≅, ΘβΣΣΖΚ, βΣΣΖΚ, ΘβΣΣχ, βΣΣχ,
ΘβΣΣχΖ, βΣΣχΖ, ΘβΣχ.κ∃, βΣχ.κ∃, βΣΣΖ- , βΣΣΖΚ- , ΘβΣΣΖ-
γ, βΣΣΖ- γ, ΘβΣΣΖ≅- γ, βΣΣΖ≅- γ, ΘβΣΣΖΚ- γ, βΣΣΖΚ- γ,
ΘβΣΣχ- γ, βΣΣχ- γ, βΣΣχΖ- γ, ΘβΣχ.κ∃- γ, βΣχ.κ∃- γ,
ΘβΣΣΖ)=, βΣΣΖ)=, ΘβΣΣΖ≅)=, βΣΣΖ≅)=, ΘβΣΣΖΚ)=, βΣΣΖΚ)=,
ΘβΣχ.κ)=, βΣχ.κ)=, ΘβΣΣΖ)=- , βΣΣΖ)=- , ΘβΣΣΖ≅)=- ,
βΣΣΖ≅)=- , ΘβΣΣΖΚ)=- , βΣΣΖΚ)=- , ΘβΣχ.κ)=- , βΣχ.κ)=- ,
βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΣχΣ)=-LS
ηΘ, "η∗∃%: "Κ)63=%(∗.6∋2"
=. Κ∋6(13%Χ=∋∀ Γ.,
(49651) 3-10-74
βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃, βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΣχ.κ∃)=-LS
"Θ γΘΙ" =. Γ%/(∃∗
www.atlastpk.ru
(495) 517-15-34
ΘβΣΣΖ, βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃, βΣΣΖ)=
Ζ3Χ##∗ (%5#∗)∀>
"ΓΛ Θγγ,ΥΞΣΛΙ -ΓΘΕβΛ "
=. Γ%/(∃∗
(495) 203-37-25
ΘβΣΣΖ, βΣΣΖ, βΣΣχ, βΣχ.κ∃, ΘβΣΣΖ)=-LS, βΣΣΖ)=-LS, βΣΣΖΚ)=-
LS, ΘβΕΣΖ, βΕΣΖ, ΘβΕΞΖ, βΞΕΖ
,,, "Ξ%3:(∗.6∋2"
=. Γ%/(∃∗
www.nordcable.ru
(495) 107-01-40
βΣΣΖ, βΣΣΖΚ, βΣΣΖ)=
,,, "Ι∀/165; ∀ γ∀)∀∀ Ι∃8≅∀"
=. Γ%/(∃∗
www.clc.ru
(495) 197-11-47
βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃, βΣΣΖ)=, βΣΣΖΚ)=, βΣχ.κ∃)=
,,, "ΚγΛβ,Ξ"
=. Ν%:%∋2/( Γ.,.
www.ooo-elecon.ru
(495) 996-93-94
βΣΣΖ, βΣΣΖ)=-LS
ηΘ, "Γ _
"Κ)63=%36=∀%)(%5#∋6(1"
=. Γ%/(∃∗
(495) 258-99-58
e-mail: erc@erc.ru βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃, βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΣχ.κ∃)=-LS
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
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102
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2.4. -%∀(2, π[#%β2(∗,3
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ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥ 3 ∀∃754,3,⊥ 5∋5 ς∋(ΨΞ+(ΨΨ,3,⊥ ,Ω,∋,[_∃, ς∀∃&4(74([∃44β∃ &∋Ρ
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4,+54(∋ 4β+ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ &, 1000 . [(ΨΞ,Ξ,⊥ &, 1000 Γχ 5∋5 ς,ΨΞ,Ρ44β+
4(ς∀Ρα∃45∃+ &, 1000 ..
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. Ξ(Ω∋5χ∃ 2.4-1 ς∀53∃&∃4β &(44β∃ ,Ω ,Ψ4,34β∴ Ω(7,3β∴ +(∀_(∴ _(Ω∃∋∃⊥, 3βς1Ψ_(∃+β∴
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0:Η≅ΔΖ: 2.4-1. ∀:<ΛΝΕ> Θ:ΒΓΔ Γ:Η>≅>Ι
Γ∗3(∗ (∗.6∋8
Ζ,Ι , φ
β%)/13Χ(ς∀8
,.∋∗/12 #3∀56)6)∀8
β∗.6∋∀ / 36≅∀)%∃%> ∀≅%∋8ς∀6>
βΕκΙ
φ 16-705.244-82 Ι =∀.(∀5∀ 5)%=%#3%∃%∋%9);5∀ Ω∀∋∗5∀ ∃
36≅∀)%∃%> %.%∋%9(6 / #%∃;⊥6))%>
%≅%)%/1%>(%/12Π ∀ Α%∋%:%/1%>(%/12Π
_∋8 =∀.(%=% /%6:∀)6)∀8 ς6#6>
Χ#3∗∃∋6)∀8 ∀ #∀1∗)∀8
∴∋6(13∀96/(∀Α Χ/13%>/1∃ #3∀
165#63∗1Χ36 %1 -50 :% +65 °Ι
βΕκφ
% Ω6
% Ω6
_∋8 =∀.(%=% /%6:∀)6)∀8 ς6#6>
Χ#3∗∃∋6)∀8 ∴∋6(13∀96/(∀Α
Χ/13%>/1∃ #3∀ 165#63∗1Χ36 %1 -
50:%+65°Ι
βΕκφΚ
% Ω6
% Ω6, / Ω∀∋∗5∀, #%∃63Α ∀≅%∋8ς∀∀ ∀56Πε∀5∀
∴(3∗) ∀≅ %#∋61(∀ 56:);5∀ #3%∃%∋%(∗5∀ /
#∋%1)%/12Π 75%
% Ω6
β∗.6∋∀ / #%∋∀∴1∀∋6)%∃%> ∀≅%∋8ς∀6>
βΝΣ, βΣΝ-Ν, βΣΝ-Ν)
φ 16-505.289-77
Ι %:)%#3%∃%∋%9);5∀ Ω∀∋∗5∀ ∃
#%∋∀∃∀)∀∋Α∋%3∀:)%> %.%∋%9(6, (Ν) - ∃
%#∋61(6 ∀≅ /1∗∋2);Α %ς∀)(%∃∗));Α
#3%∃%∋%(, (Ν)) - ∀≅ )63Ω∗∃6Πε6> /1∗∋∀
_∋8 ]∀(/∀3%∃∗))%=% /%6:∀)6)∀8
∴∋6(13∀96/(∀Α Χ/13%>/1∃ #3∀
165#63∗1Χ36 %1 -50 :% +70 °Ι
βφΝΣ, βφΝΣ-Ν,
βφΝΣ-Ν5, βφΝΣ-Ν)
Ζ,Ι 18404.3-73
Ι )6∴(3∗)∀3%∃∗));5∀, 9∗/1∀9)% ∀∋∀
#%∋)%/12Π ∴(3∗)∀3%∃∗));5∀ Ω∀∋∗5∀ ∃
#%∋∀∃∀)∀∋Α∋%3∀:)%> %.%∋%9(6, (Ν) - ∃
%#∋61(6 ∀≅ /1∗∋2);Α %ς∀)(%∃∗));Α
#3%∃%∋%(, (Ν5) - ∀≅ 56:);Α ∋ΧΩ6);Α,
(Ν)) - ∀≅ )63Ω∗∃6Πε6> /1∗∋∀
_∋8 #636:∗9∀ ∴∋6(13∀96/(∀Α
/∀=)∗∋%∃ 5∗∋%> 5%ε)%/1∀ #3∀
165#63∗1Χ36 %1 -50 :% +70 °Ι
βφΝΚΣ, βφΝΚΣ-Ν
βφΝΚΣ-Ν5, βφΝΚΣ-Ν) φ 16-705.096-79
Σ %.ε65 ∴(3∗)6 ∃ #%∋∀∃∀)∀∋Α∋%3∀:)%>
%.%∋%9(6, (Ν) - ∃ %#∋61(6 ∀≅ /1∗∋2);Α
%ς∀)(%∃∗));Α #3%∃%∋%(, (Ν5) - ∀≅ 56:);Α
∋ΧΩ6);Α, (Ν)) - ∀≅ )63Ω∗∃6Πε6> /1∗∋∀
_∋8 #636:∗9∀ ∴∋6(13∀96/(∀Α
/∀=)∗∋%∃ 5∗∋%> 5%ε)%/1∀ #3∀
165#63∗1Χ36 %1 -50 :% +70 °Ι
βφΝΕ, βφΝΕ-Ν
βφΝΕ-Ν5, βφΝΕ-Ν)
Ζ,Ι 18404.2-73
Ι )6∴(3∗)∀3%∃∗));5∀, 9∗/1∀9)% ∀∋∀
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36≅∀)%∃%> %.%∋%9(6, (Ν) - ∃ %#∋61(6 ∀≅
/1∗∋2);Α %ς∀)(%∃∗));Α #3%∃%∋%(, (Ν5) - ∀≅
56:);Α ∋ΧΩ6);Α, (Ν)) - ∀≅ )63Ω∗∃6Πε6>
/1∗∋∀
_∋8 #636:∗9∀ ∴∋6(13∀96/(∀Α
/∀=)∗∋%∃ 5∗∋%> 5%ε)%/1∀ #3∀
165#63∗1Χ36 %1 -50 :% +70 °Ι
βφΝΚΕ, βφΝΚΕ-Ν
βφΝΚΕ-Ν5, βφΝΚΕ-Ν) φ 16-705.096-79
Σ %.ε65 ∴(3∗)6 ∃ 36≅∀)%∃%> %.%∋%9(6,
(Ν) - ∃ %#∋61(6 ∀≅ /1∗∋2);Α %ς∀)(%∃∗));Α
#3%∃%∋%(, (Ν5) - ∀≅ 56:);Α ∋ΧΩ6);Α,
(Ν)) - ∀≅ )63Ω∗∃6Πε6> /1∗∋∀
_∋8 #636:∗9∀ ∴∋6(13∀96/(∀Α
/∀=)∗∋%∃ 5∗∋%> 5%ε)%/1∀ #3∀
165#63∗1Χ36 %1 -50 :% +70 °Ι
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
103
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8
Ζ,Ι , φ
β%)/13Χ(ς∀8
,.∋∗/12 #3∀56)6)∀8
β∗.6∋∀ / ∀≅%∋8ς∀6> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗
βΖΣΣ
φ 16-505.665-74 Σ #%∋∀∃∀)∀∋Α∋%3∀:)%> %.%∋%9(6
_∋8 ]∀(/∀3%∃∗))%=% 5%)1∗Ω∗
/∀∋%∃;Α ς6#6> ∀ ς6#6>
Χ#3∗∃∋6)∀8 #3∀ 165#63∗1Χ36 %1 -
40:%+50°Ι
βφΖΣΣ
βφΖΣΣΚ
βφΖΣΚΣ
φ 16-505.289-77 Σ #%∋∀∃∀)∀∋Α∋%3∀:)%> %.%∋%9(6, =∀.(∀> -
/ %.ε∀5 ∴(3∗)%5 - / %1:6∋2);5∀
∴(3∗)∀3%∃∗));5∀ Ω∀∋∗5∀
_∋8 ]∀(/∀3%∃∗))%=% 5%)1∗Ω∗
ς6#6> Χ#3∗∃∋6)∀8 ∀ (%)13%∋8 #3∀
165#63∗1Χ36 %1 -40 :% +60 °Ι
>,+54(∋ 4β∃ 74([∃45Ρ 4(ς∀Ρα∃45⊥ Ω(7,3β∴ +(∀,_ _(Ω∃∋∃⊥ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.4-2.
0:Η≅ΔΖ: 2.4-2. ∗ΛΘΔΩ:≅ςΩΕ> Ω:ΚΒΦΣ>ΩΔΦ Η:<ΛΝΕΞ Θ:ΒΛΓ Γ:Η>≅>Ι
Γ∗3(∗ (∗.6∋8
Ν63656))%6 )∗#38Ω6)∀6, Σ
δ∗/1%1∗, Ζς
Ν%/1%8))%6 )∗#38Ω6)∀6, Σ
βΕκΙ
660
500
1000
βΕκφ
380
500
500
βΕκφΚ
380
500
500
βΝΣ, βΣΝ-Ν, βΣΝ-Ν)
250
1000
500
βφΝΣ, βφΝΣ-Ν, βφΝΣ-Ν5, βφΝΣ-Ν),
βφΝΕ, βφΝΕ-Ν, βφΝΕ-Ν5, βφΝΕ-Ν)
250
1000
350
βΖΣΣ
660
50
1000
βφΖΣΣ, βφΖΣΚΣ, βφΖΣΣΚ
380
50
500
Δ∀,+∃ Ω(7,3β∴ +(∀,_, ,Ξ&∃∋ 4β∃ ς∀,573,&5Ξ∃∋5 3βς1Ψ_(6Ξ (4(∋,∗5[4β∃ _(Ω∃∋5 ς,
∀(7∋5[4β+ Ξ∃∴45[∃Ψ_5+ 1Ψ∋,35Ρ+, 3 _,Ξ,∀β∴ ∀(Ψ05∀Ρ∃ΞΨΡ 4,+∃4_∋(Ξ1∀( 57&∃∋5⊥, ∀(Ω,[5∃
4(ς∀Ρα∃45Ρ 5∋5 33,&ΡΞΨΡ &,ς,∋45Ξ∃∋ 4β∃ γ_∀(4β 5 7(ε5Ξ4β∃ ς,_∀,3β, 4(ς∀5+∃∀: ΔΥ .-
500 (_(Ω∃∋ Ξ5ς( ΔΥ . 4( ∀(Ω,[∃∃ 4(ς∀Ρα∃45∃ 500 .), ΔΓ.φ. (_(Ω∃∋ Ξ5ς( ΔΓ.. Ψ
&,ς,∋45Ξ∃∋ 4β+ ,Ωε5+ γ_∀(4,+), ΔΓ.ΛΩ. (_(Ω∃∋ Ξ5ς( ΔΓ.. Ψ 7(ε5Ξ4β+ ς,_∀,3,+ ΛΩ.) 5
Ξ.ς. , ,Ψ4,34β+ Ξ∀∃Ω,3(45Ρ+ &(44β∃ _(Ω∃∋5 Ψ∴,α5 Ψ _(Ω∃∋Ρ+5 Ω(7,3β∴ +(∀,_.
Β χ∃∋ 6 ,Ω∃Ψς∃[∃45Ρ ς,α(∀,Ω∃7,ς(Ψ4,ΨΞ5 _(Ω∃∋ 4β∴ _,++145_(χ5⊥ ς, ∀(7∋5[4β+
Ξ∃∴45[∃Ψ_5+ 1Ψ∋,35Ρ+ 3βς1Ψ_(6ΞΨΡ _(Ω∃∋5, _,4ΨΞ∀1_χ5Ρ _,Ξ,∀β∴ ς∀∃&1Ψ+(Ξ∀53(∃Ξ
ς∀5+∃4∃45∃ ς,∋5+∃∀4β∴ +(Ξ∃∀5(∋,3 ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5. Ε45 ς∀5+∃4Ρ6ΞΨΡ &∋Ρ
,Ω∃Ψς∃[∃45Ρ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 _(Ω∃∋ 4β∴ χ∃ς∃⊥ ς∀5 ς∀,_∋(&_∃ 3 ς1[_(∴. . Ξ(Ω∋5χ∃
2.4-3 ς∀53∃&∃4β &(44β∃ ,Ω ,Ξ&∃∋ 4β∴ +(∀_(∴ _(Ω∃∋∃⊥ &(44,⊥ _(Ξ∃∗,∀55.
0:Η≅ΔΖ: 2.4-3. 4:ΒΓΔ ΚΛΣ:ΒΛΗ><ΛΚ:ΟΩΕΞ Γ:Η>≅>Ι
β∗.6∋∀ / ∀/#%∋2≅%∃∗)∀65 ∃
%.%∋%9(6 ΝΣ -#∋∗/1∀(∗1∗
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β∗.6∋∀ / ∀/#%∋2≅%∃∗)∀65 ∃ %.%∋%9(6 ΝΣ -
#∋∗/1∀(∗1∗ #%)∀Ω6))%> =%3Π96/1∀ /
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2.4-5.
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950
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1170
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1200
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29
1100
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350
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530
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20
740
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16
490
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18
730
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22
1000
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70
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8,5
110
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140
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11
190
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13
240
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15
340
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16
390
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19
570
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21
690
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10,5
110
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14
190
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16
250
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18
310
37x0,5
20,5
440
52x0,5
25
620
61x0,5
26
710
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9
95
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12
160
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15
270
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17
370
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22
600
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(4212) 53-88-44
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(846) 279-12-10
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(49245) 21-835
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ΝΝ∴#χ
% Ω6
Ν
χ
ΝΝ∴#χΖ
% Ω6
Ν
χΖ
ΝΝ∴#χ.Ζ
% Ω6
Ν
χ.Ζ
ΝΝ∴#χ.κ#
% Ω6
Ν
χ.Ζ
ΝΣ
% Ω6
Σ
%1/Χ1/1∃Χ61
ΝΣ)=
% Ω6
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%1/Χ1/1∃Χ61
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Σ
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ΝΝ∴#η
% Ω6, 91% ΝΝ∴#
/ =∀:3%]%.);5 ≅∗#%∋)∀16∋65
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% Ω6
Ν
χ
ΝΝ∴#ηχ.κ#
% Ω6
Ν
χ.Ζ
Ν##ηΝ
Ι #∋6)(%-#%3∀/1%> ∀≅%∋8ς∀6>
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% Ω6, 91% ΝΝ∴# /% ∃/13%6));5 13%//%5
Ν
%1/Χ1/1∃Χ61
β∗.6∋∀ / .Χ5∗Ω)%> ∀≅%∋8ς∀6> ( φ 16.β71-008-87)
Ζ
Ι ∃%≅:Χ⊥)%-.Χ5∗Ω)%> ∀∋∀ #%3∀/1%-
.Χ5∗Ω)%> ∀≅%∋8ς∀6>
Ι
%1/Χ1/1∃Χ61
χ
% Ω6
Ι
χ
χΖ
% Ω6
Ι
χΖ
β∗.6∋∀ /1∗)ς∀%));6 ( φ 16.β71-005-87)
ΙΣ
Ι ΝΣ -∀≅%∋8ς∀6>
Σ
%1/Χ1/1∃Χ61
ΙΣ)=
Ι ΝΣ -∀≅%∋8ς∀6>
Σ)=
%1/Χ1/1∃Χ61
Δ∀,+∃ Ω(7,3β∴ +(∀,_ _(Ω∃∋∃⊥ Ψ ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ5∃⊥ Ψ Ω∀,4∃ς,_∀,3(+5, ς,
∀(7∋5[4β+ Ξ∃∴45[∃Ψ_5+ 1Ψ∋,35Ρ+ 3βς1Ψ_(6ΞΨΡ _(Ω∃∋5 (4(∋,∗5[4β∴ _,4ΨΞ∀1_χ5⊥, 3 _,Ξ,∀β∴
57,∋Ρχ5Ρ 3βς,∋4∃4( 3 35&∃ Ξ∀∃∴Ψ∋,⊥4,⊥ ς∋∃4_,-ς,∀5ΨΞ,-ς∋∃4,[4,⊥ ς,∋5γΞ5∋∃4,3,⊥
ΨΞ∀1_Ξ1∀β. 8(_5∃ _(Ω∃∋5 5+∃6Ξ ∋1[05∃ +(ΨΨ,∗(Ω(∀5Ξ4β∃ ς(∀(+∃Ξ∀β 5 ,Ω,74([(6ΞΨΡ _(_
8 ς Λ, 8 ς ιΛ, 8 ς ΛΓ, 8 ς ιΛΓ, 8 ς ΛΩφς, 8 ς ιΛΩφς.
Ν∋Ρ ,Ω∃Ψς∃[∃45Ρ &,ς,∋45Ξ∃∋ 4β∴ Ξ∀∃Ω,3(45⊥ ς, ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5, ς,+5+,
_(Ω∃∋∃⊥ Ψ 54&∃_Ψ,+ "4∗", ς, Ξ∃∴45[∃Ψ_5+ 1Ψ∋,35Ρ+ ς∀,573,&5Ξ∃∋∃⊥ 3βς1Ψ_(6ΞΨΡ _(Ω∃∋5 Ψ
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
112
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
,Ω,∋,[_(+5 57 .<-ς∋(ΨΞ5_(Ξ( ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5 Ψ ς,45α∃44β+ &β+,- 5
∗(7,3β&∃∋∃45∃+ +(∀,_ 8 .4∗-LS 5 8Β.4∗-LS, 5 57 ς,∋5,∋∃δ54,3,⊥ _,+ς,75χ55
ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5 +(∀_5 8 γς->ΝΓ.
Ν∋Ρ ,Ω∃Ψς∃[∃45Ρ Ξ∃∋∃δ,44,⊥ Ψ3Ρ75 3 Ψ∋,α4β∴ 1Ψ∋,35Ρ∴ γ_Ψς∋1(Ξ(χ55, 3, 37∀β3,,ς(Ψ4β∴
ς,+∃ε∃45Ρ∴, ς∀5 3,7&∃⊥ΨΞ355 (∗∀∃ΨΨ534β∴ Ψ∀∃&, ,Ψ,Ω∃44, 3 0(∴Ξ(∴, 3βς1Ψ_(6ΞΨΡ
Ψς∃χ5(∋ 4β∃ Ξ5ςβ 0(∴Ξ4β∴ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥, &(44β∃ , 4∃_,Ξ,∀β∴ 57 45∴ ς∀53∃&∃4β 3
Ξ(Ω∋5χ∃ 2.6.1-2. Λ,∋∃∃ ς,&∀,Ω4β∃ Ψ3∃&∃45Ρ , Ψς∃χ5(∋ 4β∴ Ξ5ς(∴ 0(∴Ξ4β∴ _(Ω∃∋∃⊥
ς∀53∃&∃4β 3 ∀(7&∃∋∃ 2.6.2.
0:Η≅ΔΖ: 2.6.1-2. 4:ΒΓΔ ο:ΞΑΩΕΞ Γ:Η>≅>Ι
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
,.%∋%9(∗
Ν - #%∋∀∴1∀∋6)
ΝΣ - :∃%>)∗8
(#%∋∀∴1∀∋6) + ΝΣ -
#∋∗/1∀(∗1)
η∗ε∀1);> #%(3%∃
Γ∗∋%#∗3);6 (∗.6∋∀
β ΘΝΣ Ι #%∋∀∴1∀∋6)%∃%> ∀≅%∋8ς∀6>
ΝΣ
%1/Χ1/1∃Χ61
β ΘΝΣ % Ω6 / )∗3ΧΩ);5 )6/Χε∀5 13%/%5
ΝΣ
%1/Χ1/1∃Χ61
ΝΝκ1 Ι #%∋∀∴1∀∋6)%∃%> ∀≅%∋8ς∀6> / ς6)13∗∋2);5 /1∗∋2);5 13%/%5
ΝΣ
%1/Χ1/1∃Χ61
ΝΝκ1≅ % Ω6 / ≅∗#%∋)∀16∋65
ΝΣ
%1/Χ1/1∃Χ61
ΝΝκ1( % Ω6, 91% ∀ ΝΝκ1, /% /(3Χ96));5 13%/%5
ΝΣ
%1/Χ1/1∃Χ61
Γ)%=%#∗3);6 (∗.6∋∀
β ΝΝΣΚ Ι #%∋∀∴1∀∋6)%∃%> ∀≅%∋8ς∀6> / ∴(3∗)%5 ∀≅ ∗∋Π5%-
#%∋∀∴1∀∋6)%∃%> ∋6)1;
ΝΣ
%1/Χ1/1∃Χ61
βΙκ
% Ω6
ΝΣ
%1/Χ1/1∃Χ61
βΙκχ.κ∃ % Ω6
Ν
χ.κ∃
ΝΝκ∃ Ι #%∋∀∴1∀∋6)%∃%> ∀≅%∋8ς∀6> / ∴(3∗)%5 ∀≅ ∗∋Π5∀)∀6∃%> ∋6)1;
ΝΣ
%1/Χ1/1∃Χ61
ΝΝχ.κ∃ % Ω6
Ν
χ.κ∃
-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Ν(44β∃ , &5(+∃Ξ∀(∴ α5∋ 5 [5Ψ∋∃ ς(∀ 3 +4,∗,ς(∀4β∴ _(Ω∃∋Ρ∴ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.6.1-
3, Ψ,∀Ξ(+∃4Ξ +(∋,ς(∀4β∴ 0(∴Ξ4β∴ _(Ω∃∋∃⊥ ς∀53∃&∃4 3 Ξ(Ω∋5χ∃ 2.6.1-4. Β 1[∃Ξ,+ 5+∃6ε5∴ΨΡ
ς∀,573,&ΨΞ3∃44β∴ 3,7+,α4,ΨΞ∃⊥, ,Ξ&∃∋ 4β∃ ς∀,573,&5Ξ∃∋5 &∃_∋(∀5∀16Ξ ∀(Ψ05∀∃45∃
3(∀5(4Ξ,3 5Ψς,∋4∃45Ρ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ Ψ ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥.
0:Η≅ΔΖ: 2.6.1-3. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ ΘΩΛεΛΚ:ΒΩΕΞ Γ:Η>≅>Ι
δ∀/∋% #∗3 ∃ ≅∗∃∀/∀5%/1∀ %1 )%5∀)∗∋2)%=% :∀∗5613∗ Ω∀∋, 55
Γ∗3(∗ (∗.6∋8
0,32
0,40
0,50
0,64
0,70
ΝΝ∴#
5-2400
5-1200
5-1200
5-600
5-600
ΝΝ∴#χ
-
10-600
10-600
30-500
10-500
ΝΝ∴#χΖ
-
10-600
10-600
10-500
10-500
ΝΝ∴#χ.Ζ
-
10-600
10-600
10-500
10-500
ΝΝ∴#χ.κ#
10-600
10-600
10-600
10-500
10-500
ΝΣ
-
10-100
10-100
10-100
-
ΝΣ)=
-
10-100
10-100
10-100
-
ΝχχΖ
-
10-100
10-100
10-100
-
ΝΝ∴#η
5-1200
5-1200
5-900
5-500
5-500
ΝΝ∴#ηχ
10-300
10-300
10-300
10-100
10-100
ΝΝ∴#ηχ.κ#
10-300
10-300
10-300
-
-
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
113
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
δ∀/∋% #∗3 ∃ ≅∗∃∀/∀5%/1∀ %1 )%5∀)∗∋2)%=% :∀∗5613∗ Ω∀∋, 55
Γ∗3(∗ (∗.6∋8
0,32
0,40
0,50
0,64
0,70
Ν##ηΝ
-
10-600
10-600
10-300
10-200
ΝΝ∴#1
-
10-100
10-100
10-100
Ζ
-
-
20-1200
20-600
-
χ, χΖ
-
-
20-300
20-300
-
ΙΣ, ΙΣ)=
-
5-103
(9∀/∋% 13%6( 5-20)
5-103
(9∀/∋% 13%6( 5-20)
-
-
β ΝΝΣΚ
-
-
-
-
5-100
βΙκ, βΙκχ.κ∃
-
-
-
5-100
-
ΝΝκ∃
-
5-100
-
5-100
-
ΝΝχ.κ∃
-
20-100
-
20-100
-
0:Η≅ΔΖ: 2.6.1-4. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ Θ:≅ΛΚ:ΒΩΕΞ ο:ΞΑΩΕΞ Γ:Η>≅>Ι
Γ∗3(∗ (∗.6∋8
Ι13Χ(1Χ3∗ /63:69)∀(∗
β ΘΝΣ
1x2x1,1
β ΘΝΣ
1x2x0,7 ∀∋∀ 1x4x0,7
ΝΝκ1, ΝΝκ1≅, ΝΝκ1(
1x2x0,64 ∀∋∀ 2x2x0,64
8,∋ε54( ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ55 _(Ω∃∋∃⊥ Ξ5ς( 8 γς ς, ΓΕΒ8 Η 51311-99 1_(7(4( 3
Ξ(Ω∋5χ∃ 2.6.1-5.
0:Η≅ΔΖ: 2.6.1-5. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: ΚΛ≅ΔιΑΔ≅>ΩΛΝΛΙ Δ<Λ≅ΦΖΔΔ, ΘΘ
Ξ%5∀)∗∋2);> :∀∗5613 Ω∀∋;
β∗.6∋2 .6≅ ≅∗#%∋)6)∀8
β∗.6∋2 / ≅∗#%∋)6)∀65
0,32
0,18
0,20
0,4
0,20
0,25
0,5
0,25
0,30
0,64
0,30
0,35
0,7
0,35
0,40
8,∋ε54( 57,∋Ρχ55 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ( 3 _(Ω∃∋Ρ∴ +(∀_5 8Β. Ψ,ΨΞ(3∋Ρ∃Ξ
0,25 ++ &∋Ρ _(Ω∃∋∃⊥ Ψ &5(+∃Ξ∀,+ α5∋ 0,4 ++ 5 0,30 ++ &∋Ρ _(Ω∃∋∃⊥ Ψ &5(+∃Ξ∀,+ α5∋ 0,5 ++.
. Ξ∃∋∃δ,44β∴ _(Ω∃∋Ρ∴ Ψ∃∀&∃[45_5 δ,∀+5∀16Ξ ς1Ξ∃+ ς1[_,3,⊥ 5∋5 ς,3534,⊥ Ψ_∀1Ξ_5.
. _(Ω∃∋Ρ∴ Ψ ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ5∃⊥ α5∋β Ψ_∀1[53(6Ξ 3 ς(∀β Ψ 0(∗,+, 4∃
ς∀∃3β0(6ε5+ 100 ++. (∀β &,∋α4β δ,∀+5∀,3(Ξ ΨΡ 57 α5∋, ∀∃7_, ,Ξ∋5[(6ε5∴ΨΡ ς, χ3∃Ξ1
57,∋Ρχ55. φ∋∃+∃4Ξ(∀4β⊥ ς1[,_ (5 5∋5 10 α5∋) Ψ_∀1[53(∃ΞΨΡ Ψ 0(∗,+ 4∃ Ω,∋∃∃ 600 ++.
Β,[∃Ξ(45∃ ∀(Ψχ3∃Ξ_5 ς(∀ 3 ς1[_∃ 1_(7(4, 3 Ξ(Ω∋5χ∃ 2.6.1-6.
0:Η≅ΔΖ: 2.6.1-6. #:ΟΖΝ>ΑΓ: Κ:Β Ν ΚΤΡΓ>
Ξ%563 #∗3;
φ∃61 1-%> Ω∀∋;
φ∃61 2-%> Ω∀∋;
1
Ζ%∋Χ.∗8 (/∀)88)
2
,3∗)Ω6∃∗8
3
η6∋6)∗8
4
β%3∀9)6∃∗8
5
χ6∋∗8
Ι63∗8
6
Ζ%∋Χ.∗8 (/∀)88)
7
,3∗)Ω6∃∗8
8
η6∋6)∗8
9
β%3∀9)6∃∗8
10
β3∗/)∗8
Ι63∗8
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
114
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
φ∋∃+∃4Ξ(∀4β∃ ς1[_5 Ψ_∀1[53(6Ξ 3 Ψ∃∀&∃[45_5 5∋5 3 ∗∋(34β∃ ς1[_5 ∀(7+∃∀4,ΨΞ 6 50x2
5∋5 100x2. Β5ΨΞ∃+( Ψ_∀1Ξ_5 γ∋∃+∃4Ξ(∀4β∴ ς1[_,3 3 Ψ∃∀&∃[45_5 ς,_(7(4( 3 Ξ(Ω∋5χ∃ 2.6.1-7.
Β5ΨΞ∃+( Ψ_∀1Ξ_5 Ψ∃∀&∃[45_,3 Ψ [5Ψ∋,+ ς(∀ Ω,∋∃∃ 100 57 ∗∋(34β∴ ς1[_,3 ς∀53∃&∃4( 3
Ξ(Ω∋5χ∃ 2.6.1-8. Β5ΨΞ∃+( ς,3534,⊥ Ψ_∀1Ξ_5 &∋Ρ _(Ω∃∋∃⊥ Ψ [5Ψ∋,+ ς(∀ &, 100 ς∀53∃&∃4( 3
Ξ(Ω∋5χ∃ 2.6.1-9.
0:Η≅ΔΖ: 2.6.1-7. 6ΔΟΑ>Θ: ΟΓΒΤΑΓΔ ι≅>Θ>ΩΑ:ΒΩΕΞ ΚΤΡΓΛΝ Ν Ο>Β=>ΡΩΔΓ =≅Φ
Γ:Η>≅>Ι Ο [φ Δ<Λ≅ΦΖΔ>Ι
δ∀/∋% #∗3 (∗.6∋8
Ι∀/165∗ /(3Χ1(∀
5
1Α(5Α2)
10
1Α(10Α2)
20
4Α(5Α2) ∀∋∀ 2Α(10Α2)
30
6Α(5Α2) ∀∋∀ ηΑ(10Α2)
50
5Α(10Α2)
100
(3+7)Α(10Α2) ∀∋∀ (2+8)Α(10Α2)
0:Η≅ΔΖ: 2.6.1-8. 6ΔΟΑ>Θ: ΟΓΒΤΑΓΔ Ο>Β=>ΡΩΔΓΛΝ Γ:Η>≅>Ι Ο [φ Δ<Λ≅ΦΖΔ>Ι Δ<
ε≅:ΝΩΕΞ ΚΤΡΓΛΝ
δ∀/∋% #∗3 (∗.6∋8
Υ≅ #Χ9(∗ 50x2
Υ≅ #Χ9(∗ 100x2
150
ηΑ(50Α2)
-
200
4Α(50Α2)
-
300
(1+5)Α(50Α2)
ηΑ(100Α2)
400
(2+6)Α(50Α2) ∀∋∀ (1+7)Α(50Α2)
4Α(100Α2)
500
(3+7)Α(50Α2) ∀∋∀ (2+8)Α(50Α2)
5Α(100Α2)
600
(4+8)Α(50Α2) ∀∋∀ (3+9)Α(50Α2)
(1+5)Α(100Α2)
700
-
(1+6)Α(100Α2)
800
-
(2+6)Α(100Α2) ∀∋∀ (1+7)Α(100Α2)
900
-
(2+7)Α(100Α2)
1000
-
(3+7)Α(100Α2) ∀∋∀ (2+8)Α(100Α2)
1200
-
(4+8)Α(100Α2) ∀∋∀ (3+9)Α(100Α2)
1400
-
(4+10)Α(100x2)
1600
-
(1+6+9)Α(100Α2)
1800
-
(2+6+10)Α(100x2)
2000
-
(3+7+10)Α(100x2)
2400
-
(4+8+12)Α(100x2)
0:Η≅ΔΖ: 2.∀.1-9. 6Ξ>Θ: ΚΛΝΔΝΩΛΙ ΟΓΒΤΑΓΔ Γ:Η>≅>Ι Ο [φ Δ<Λ≅ΦΖΔ>Ι
δ∀/∋% #∗3 (∗.6∋8
Ν%38:%( #%∃∀∃%∃
10
2+8
20
2+6+12
30
4+10+16
50
4+10+16+20
100
2+8+14+20+26+30
ι4([∃45Ρ Ξ,∋ε54 ς,∋5γΞ5∋∃4,3β∴ ,Ω,∋,[∃_ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.6.1-10.
0:Η≅ΔΖ: 2.6.1-10. 0Λ≅∴ΔΩΕ [φ ΛΗΛ≅ΛΡ>Γ, ΘΘ
_∀∗5613 (∗.6∋8, 55
β∗.6∋2 .6≅ ≅∗#%∋)6)∀8
β∗.6∋2 / ≅∗#%∋)6)∀65
:% 10
1,7
1,5
10-15
2,0
1,6
15-20
2,5
1,8
20-30
3,0
2,0
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
115
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
_∀∗5613 (∗.6∋8, 55
β∗.6∋2 .6≅ ≅∗#%∋)6)∀8
β∗.6∋2 / ≅∗#%∋)6)∀65
30-40
3,5
2,5
40-50
4,0
2,5
/∃;⊥6 50
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-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
8,_,ς∀,3,&Ρε5∃ α5∋β _(Ω∃∋∃⊥ 3βς,∋4Ρ6Ξ 57 +∃&4,⊥ ς∀,3,∋,_5 &5(+∃Ξ∀,+ 1,2 ++.
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8,_,ς∀,3,&Ρε5∃ α5∋β _(Ω∃∋∃⊥ 3βς,∋4Ρ6Ξ 57 +∃&4,⊥ ς∀,3,∋,_5 &5(+∃Ξ∀,+ 0,9 ++ 5∋5
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πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
Δ(Ω∃∋5 Ψ ς,∋5γΞ5∋∃4,3,⊥ ς,∀5ΨΞ,⊥ 57,∋Ρχ5∃⊥ ς∀∃&4(74([∃4β &∋Ρ γ_Ψς∋1(Ξ(χ55 ς∀5
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(846) 279-12-10
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(49245) 21-835
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(495) 197-11-47
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www.kavkazkabel.com.ru
(86631) 2-27-41
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(846) 279-12-10
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(495) 197-11-47
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-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
8,_,ς∀,3,&Ρε5∃ α5∋β 3βς,∋4∃4β 57 +∃&4,⊥ ς∀,3,∋,_5 &5(+∃Ξ∀,+ 0,9 5∋5 1,2 ++.
Βς∋,04(Ρ ς,∋5γΞ5∋∃4,3(Ρ 57,∋Ρχ5Ρ 5+∃∃Ξ Ξ,∋ε541 0,7 5 0,8 ++ Ψ,,Ξ3∃ΞΨΞ3∃44,. Ν∋Ρ
,Ξ&∃∋ 4β∴ +(∀,_ _(Ω∃∋∃⊥ Ξ5ς( ΔΒ ς &,ς1Ψ_(6ΞΨΡ α5∋β &5(+∃Ξ∀,+ 0,64 ++. Α∃Ξβ∀∃
57,∋5∀,3(44β∃ α5∋β Ψ_∀1[53(6ΞΨΡ 3 [∃Ξ3∃∀_1 Ψ 0(∗,+ 150 5 170 ++. Δ(Ω∃∋5 Ω(7,3β∴ +(∀,_
ΔΒ 5 ΔΒ ι 3βς1Ψ_(6ΞΨΡ 3 ,&4,[∃Ξ3∃∀,[4,+ 5Ψς,∋4∃455, _(Ω∃∋5 +(∀,_ ΔΒ Λ 5
ΔΒ ι Λ 3 ,&4,[∃Ξ3∃∀,[4,+ 5 &31∴[∃Ξ3∃∀,[4,+ 5Ψς,∋4∃455. ∃∀3(Ρ ς(∀( 3 [∃Ξ3∃∀_∃ 5+∃∃Ξ
4(Ξ1∀(∋ 4β⊥ χ3∃Ξ, 3Ξ,∀(Ρ - Ψ545⊥ χ3∃Ξ 57,∋Ρχ55. Ο∃α&1α5∋ 4,∃ ς∀,ΨΞ∀(4ΨΞ3, 3 _(Ω∃∋Ρ∴
+(∀,_ ΔΒ ι , ΔΒ ι Ξ, ΔΒ ι Λ 5 &∀1∗5∴ Ψ 54&∃_Ψ,+ "3" 7(ς,∋4Ρ∃ΞΨΡ ∗5&∀,δ,Ω,+. ,3∃∀∴
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
122
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
[∃Ξ3∃∀_5 3 _(Ω∃∋Ρ∴ Ω(7,3β∴ +(∀,_ ∀(Ψς,∋(∗(∃ΞΨΡ ς,∋5γΞ5∋∃4,3(Ρ ς,ΡΨ4(Ρ 57,∋Ρχ5Ρ
Ξ,∋ε54,⊥ 0,8 ++, γ_∀(4 57 (∋6+545∃3,⊥ δ,∋ ∗5, Ω5Ξ1+4β⊥ Ψ,ΨΞ(3 5 ς,∋5γΞ5∋∃4,3(Ρ
,Ω,∋,[_( Ξ,∋ε54,⊥ 1,8 ++. . _(Ω∃∋Ρ∴ +(∀,_ ΔΒ Λ 5 ΔΒ ι Λ 7(ε5Ξ4β⊥ ς,_∀,3 3βς,∋4∃4
3 35&∃ Ψς5∀(∋ 4, 4(∋,α∃44,⊥ ς,3∃∀∴ ς,ΡΨ4,⊥ 57,∋Ρχ55 ΨΞ(∋ 4,⊥ ∋∃4Ξβ Ξ,∋ε54,⊥ 0,1 ++,
Ψ3∃∀∴1 _,Ξ,∀,⊥ ∀(Ψς,∋,α∃4( ς,∋5γΞ5∋∃4,3(Ρ ,Ω,∋,[_( Ξ,∋ε54,⊥ 1,8 ++. 8∀∃Ω,3(45Ρ _
_,4ΨΞ∀1_Ξ534β+ ς(∀(+∃Ξ∀(+ _(Ω∃∋∃⊥ Ψ ς∋∃4_,-ς,∀5ΨΞ,-ς∋∃4,[4,⊥ ς,∋5γΞ5∋∃4,3,⊥
57,∋Ρχ5∃⊥ ς∀53,&ΡΞΨΡ 3 _,4_∀∃Ξ4β∴ Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴.
>(∀1α4β∃ ∀(7+∃∀β 5 +(ΨΨ( ,Ψ4,34β∴ +(∀,_ _(Ω∃∋∃⊥ 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.6.6-2.
0:Η≅ΔΖ: 2.6.6-2. ∗:ΒΤΣΩΕ> Β:<Θ>ΒΕ Δ Θ:ΟΟ: Γ:Η>≅>Ι
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110
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145
1x4x0,9
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120
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1x4x1,2
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160
1x4x0,9
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130
1x4x1,2
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170
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250
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+50 °Β, Ψ∀,_ Ψ∋1αΩβ Ψ,ΨΞ(3∋Ρ∃Ξ 4∃ +∃4∃∃ 15 ∋∃Ξ &∋Ρ _(Ω∃∋∃⊥ Ω∃7 7(ς,∋4∃45Ρ 5 4∃ +∃4∃∃ 20
∋∃Ξ - &∋Ρ _(Ω∃∋∃⊥ Ψ 7(ς,∋4∃45∃+ 5∋5 3,&,Ω∋,_5∀16ε5+5 γ∋∃+∃4Ξ(+5.
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"β∗∃(∗≅(∗.6∋2" =. Ν3%Α∋∗:);>
www.kavkazkabel.com.ru
(86631) 2-27-41
βΙΝΝ, βΙΝηΝ, βΙΝηΝχ, βΙΝΝ1
,Θ, ",:6/(∗.6∋2"
=. ,:6//∗
www.odeskabel.com
(38 048) 716-14-05
βΙΝΝ, βΙΝΝχ, βΙΝηΝ, βΙΝηΝχ
ηΘ, "Ι∗5∗3/(∗8 (∗.6∋2)∗8
(%5#∗)∀8" =. Ι∗5∗3∗
www.samaracable.ru
(846) 279-12-10
βΙΝΝ, βΙΝΝχ, βΙΝηΝ, βΙΝηΝχ, βΙΝ#Ν, βΙΝ#ηΝ,
βΙΝ#Νχ, βΙΝ#ηΝχ, βΙΝ#ΣχΝ, βΙΝ#ΣχΝχ
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www.saranskkabel.ru
(8342) 29-71-13
βΙΝΝ, βΙΝΝχ, βΙΝηΝ, βΙΝηΝχ
,Θ, "Κ∋6(13%(∗.6∋2" β%∋29Χ=∀)/(∀>
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www.elcable/ru
(49245) 21-835
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(495) 197-11-47
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,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
2.6.7. -:Η>≅Δ Β:=ΔΛΡ:ΟΑΛΑΩΕ>
. &(4416 ∗∀1ςς1 3∴,&ΡΞ _(Ω∃∋5, ς∀∃&4(74([∃44β∃ &∋Ρ Ψ,∃&54∃45Ρ ∀(7∋5[4β∴
∀(&5,1ΨΞ∀,⊥ΨΞ3 5 ∀(&5,[(ΨΞ,Ξ4β∴ 1ΨΞ(4,3,_, &∋Ρ Ψ5ΨΞ∃+ _(Ω∃∋ 4,∗,, Ψς1Ξ45_,3,∗, 5
γδ5∀4,∗, Ξ∃∋∃35&∃45Ρ 5 &∋Ρ ς,ΨΞ∀,∃45Ρ ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴ Ψ∃Ξ∃⊥.
ΕΨ4,34β∃ Ξ5ςβ _(Ω∃∋∃⊥ 3 Ξ∃[∃45∃ &,∋∗,∗, 3∀∃+∃45 3βς1Ψ_(∋5Ψ 5 ς∀,&,∋α(6Ξ
3βς1Ψ_(Ξ ΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ ∗∀1ςς,⊥ ΓΕΒ8 11326-78. . γΞ,⊥ ∗∀1ςς∃ ΨΞ(4&(∀Ξ,3
,ς∀∃&∃∋Ρ6ΞΨΡ ,Ωε5∃ ς,&∴,&β _ ,Ω,74([∃456 _(Ω∃∋∃⊥, ς∀54χ5ς(+ 5∴ _,4ΨΞ∀1_Ξ534,∗,
3βς,∋4∃45Ρ 5 4,∀+5∀,3(456 5∴ Ξ∃∴45[∃Ψ_5∴ ∴(∀(_Ξ∃∀5ΨΞ5_. ∀5 33∃&∃45∃ 3 &∃⊥ΨΞ35∃
57+∃4∃45⊥ _ ,Ξ&∃∋ 4β+ ΓΕΒ8(+ Ψ1ε∃ΨΞ31∃Ξ Ξ∃4&∃4χ5Ρ _ 1α∃ΨΞ,[∃456 Ξ∀∃Ω,3(45⊥ ς,
∗∃,+∃Ξ∀5[∃Ψ_5+ ∀(7+∃∀(+ γ∋∃+∃4Ξ,3 _(Ω∃∋∃⊥ ,Ξ&∃∋ 4β∴ +(∀,_.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
123
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Η∴Δ> ΟΝ>=>ΩΔΦ (η 60 11326.0-78)
Η(&5,[(ΨΞ,Ξ4β∃ _(Ω∃∋5 3βς1Ψ_(6ΞΨΡ Ψ∋∃&16ε5∴ Ξ5ς,3:
ΗΔ - ∀(&5,[(ΨΞ,Ξ4β∃ _,(_Ψ5(∋ 4β∃ _(Ω∃∋5;
ΗΝ - ∀(&5,[(ΨΞ,Ξ4β∃ Ψ5++∃Ξ∀5[4β∃ _(Ω∃∋5, &31∴α5∋ 4β∃ 5∋5 57 &31∴ _,(_Ψ5(∋ 4β∴ ς(∀;
PC - ∀(&5,[(ΨΞ,Ξ4β∃ _(Ω∃∋5 Ψ, Ψς5∀(∋ 4β+5 ς∀,3,&45_(+5 _,(_Ψ5(∋ 4β∃ 5
Ψ5++∃Ξ∀5[4β∃.
Δ(Ω∃∋5 ς, _,4ΨΞ∀1_Ξ534,+1 3βς,∋4∃456 57,∋Ρχ55 ∀(7&∃∋Ρ6ΞΨΡ 4( Ξ∀5 ∗∀1ςςβ:
_(Ω∃∋5 Ψ, Ψς∋,04,⊥ 57,∋Ρχ5∃⊥, 1 _,Ξ,∀β∴ 3Ψ∃ ς∀,ΨΞ∀(4ΨΞ3, +∃α&1 341Ξ∀∃445+ 5
34∃045+ ς∀,3,&45_(+5 (_,(_Ψ5(∋ 4β∃ _(Ω∃∋5) 5∋5 +∃α&1 Ξ,_,ς∀,3,&Ρε5+5 α5∋(+5 5 5∴
γ_∀(4,+ (Ψ5++∃Ξ∀5[4β∃ _(Ω∃∋5) 7(ς,∋4∃4, Ψς∋,04,⊥ 57,∋Ρχ5∃⊥ 5∋5 ,Ω+,Ξ_,⊥ 57
57,∋Ρχ5,44β∴ ∋∃4Ξ;
_(Ω∃∋5 Ψ 3,7&104,⊥ 57,∋Ρχ5∃⊥, 1 _,Ξ,∀β∴ 4( 341Ξ∀∃44∃+ ς∀,3,&45_∃ (_,(_Ψ5(∋ 4β∃
_(Ω∃∋5 5∋5 Ψ5++∃Ξ∀5[4β∃ _(Ω∃∋5 57 &31∴ _,(_Ψ5(∋ 4β∴ ς(∀) 5∋5 4( α5∋(∴ (Ψ5++∃Ξ∀5[4β∃
_(Ω∃∋5) [∃∀∃7 ,ς∀∃&∃∋∃44β⊥ 54Ξ∃∀3(∋ 5+∃6ΞΨΡ 3βς,∋4∃44β∃ 57 57,∋Ρχ5,44,∗, +(Ξ∃∀5(∋(
0(⊥Ωβ, _,∋ς([_5 5∋5 _,∀&∃∋ , 4(∋,α∃44β⊥ ς, 354Ξ,3,⊥ Ψς5∀(∋5, ,Ω∀(716ε5∃
57,∋Ρχ5,44β⊥ _(∀_(Ψ +∃α&1 341Ξ∀∃445+ 5 34∃045+ ς∀,3,&45_(+5 5∋5 +∃α&1 α5∋(+5 5 5∴
γ_∀(4,+;
_(Ω∃∋5 Ψ ς,∋13,7&104,⊥ 57,∋Ρχ5∃⊥, 1 _,Ξ,∀β∴ Ξ∀1Ω_( 57 57,∋Ρχ5,44,∗, +(Ξ∃∀5(∋(,
3βς,∋4∃44(Ρ Ψς∋,04,⊥ 5∋5 3 35&∃ ,Ω+,Ξ_5 57 ∋∃4Ξ, ∀(Ψς,∋,α∃4( ς,3∃∀∴ 5∋5 ς,&
57,∋Ρχ5,44β+ _(∀_(Ψ,+, ς,+∃ε∃44β+ +∃α&1 341Ξ∀∃445+ 5 34∃045+ ς∀,3,&45_(+5
(_,(_Ψ5(∋ 4β∃ _(Ω∃∋5 5∋5 Ψ5++∃Ξ∀5[4β∃ _(Ω∃∋5 57 &31∴ _,(_Ψ5(∋ 4β∴ ς(∀) 5∋5 4( _(α&,⊥
57 &31∴ α5∋ (Ψ5++∃Ξ∀5[4β∃ _(Ω∃∋5).
Δ ς,∋13,7&104,⊥ 57,∋Ρχ55 ,Ξ4,Ψ5ΞΨΡ Ξ(_α∃ ς,∀5ΨΞ,-ς∋(ΨΞ+(ΨΨ,3(Ρ, Ω(∋,44(Ρ 5 57,∋Ρχ5Ρ
3 35&∃ 0∋5χ,3(44,⊥ Ξ∀1Ω_5.
, 4,+54(∋ 4,+1 3,∋4,3,+1 Ψ,ς∀,Ξ53∋∃456 1ΨΞ(4(3∋53(6ΞΨΡ Ψ∋∃&16ε5∃ ∀Ρ&β _(Ω∃∋∃⊥:
Ξ5ς( ΗΔ - 50, 75,100,150 5 200 Ε+;
Ξ5ς( PC - 50, 75,100,150,200,400,800,1600 5 3200 Ε+;
Ξ5ς( ΗΝ - 75,100,150, 200 5 300 Ε+.
Ν,ς1Ψ_(∃ΞΨΡ 3 Ξ∃∴45[∃Ψ_5 ,Ω,Ψ4,3(44β∴ Ψ∋1[(Ρ∴ 3,∋4,3,∃ Ψ,ς∀,Ξ53∋∃45∃ +∃4∃∃ 50 Ε+.
ι4([∃45Ρ 3βΩ5∀(6ΞΨΡ 57 ∀Ρ&(: 6; 9,5; 12,5; 19; 25; 37,5 Ε+.
>,+54(∋ 4β⊥ &5(+∃Ξ∀ ς, 57,∋Ρχ55 _,(_Ψ5(∋ 4,∗, _(Ω∃∋Ρ, _,(_Ψ5(∋ 4β∴ ς(∀
Ψ5++∃Ξ∀5[4,∗, _(Ω∃∋Ρ 5 4(5Ω,∋ 05⊥ ∀(7+∃∀ ς, 7(ς,∋4∃456 5∋5 Ψ_∀1Ξ_∃ Ψ5++∃Ξ∀5[4,∗,
&31∴α5∋ 4,∗, _(Ω∃∋Ρ &,∋α∃4 ΩβΞ ∀(3∃4 ,&4,⊥ 57 3∃∋5[54 Ψ∋∃&16ε∃∗, ∀Ρ&(: 0,60; 0,87; 1,0;
1,5; 2,2; 2,95; 3,7; 4,6; 4,8; 5,6; 7,25; 9,0; 11,5; 13,0; 17,3; 24,0; 33,0; 44,0; 60,0; 75,0 ++.
Ν,ς1Ψ_(∃ΞΨΡ ∀(7∀(Ω,Ξ_( 5 57∗,Ξ,3∋∃45∃ _(Ω∃∋∃⊥ Ψ &5(+∃Ξ∀,+ +∃4 0∃ 0,6 ++.
Ν∋Ρ _(Ω∃∋∃⊥ Ψ ∗,δ∀5∀,3(44β+ 34∃045+ ς∀,3,&45_,+ &5(+∃Ξ∀ ς, 57,∋Ρχ55 ς∀545+(∃ΞΨΡ
∀(34β+ 4(5+∃4 0∃+1 341Ξ∀∃44∃+1 &5(+∃Ξ∀1 ∗,δ∀(.
>,+54(∋ 4β⊥ &5(+∃Ξ∀ Ψ∃∀&∃[45_( _(Ω∃∋Ρ Ψ, Ψς5∀(∋ 4β+ 341Ξ∀∃445+ ς∀,3,&45_,+
&,∋α∃4 ΩβΞ ∀(3∃4 ,&4,+1 57 Ψ∋∃&16ε5∴ 74([∃45⊥ 3,0; 7,0 ++. Ν,ς1Ψ_(6ΞΨΡ &∀1∗5∃ ∀(7+∃∀β
&5(+∃Ξ∀,3, _,Ξ,∀β∃ &,∋α4β ΩβΞ 1_(7(4β 3 ΨΞ(4&(∀Ξ(∴ 5∋5 Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴ 4( _(Ω∃∋5
,ς∀∃&∃∋∃44β∴ +(∀,_.
Δ,(_Ψ5(∋ 4β∃ _(Ω∃∋5 3 7(35Ψ5+,ΨΞ5 ,Ξ 4,+54(∋ 4,∗, &5(+∃Ξ∀( ς, 57,∋Ρχ55 ∀(7&∃∋Ρ6Ξ 4(
[∃Ξβ∀∃ ∗∀1ςςβ: Ψ1Ω+545(Ξ6∀4β∃ - &5(+∃Ξ∀,+ &, 1 ++, +545(Ξ6∀4β∃ - ,Ξ 1,5 &, 2,95 ++,
Ψ∀∃&4∃∗(Ω(∀5Ξ4β∃ - ,Ξ 3,7 &, 11,5 5 _∀1ς4,∗(Ω(∀5Ξ4β∃ - Ω,∋∃∃ 11,5 ++.
, Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 _(Ω∃∋5 ∀(7&∃∋Ρ6Ξ 4( Ξ∀5 _(Ξ∃∗,∀55:
,Ωβ[4,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 - &∋Ρ Ξ∃+ς∃∀(Ξ1∀ &, 125 °Β 3_∋6[5Ξ∃∋ 4,;
ς,3β0∃44,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 - &∋Ρ Ξ∃+ς∃∀(Ξ1∀ 3β0∃ 125 &, 250 °Β 3_∋6[5Ξ∃∋ 4,;
3βΨ,_,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 - &∋Ρ Ξ∃+ς∃∀(Ξ1∀ 3β0∃ 250 °Β.
Ο(∀_5 _(Ω∃∋∃⊥ &,∋α4β Ψ,ΨΞ,ΡΞ 57 Ω1_3, ,74([(6ε5∴ Ξ5ς _(Ω∃∋Ρ, 5 Ξ∀∃∴ [5Ψ∃∋
(∀(7&∃∋∃44β∴ Ξ5∀∃).
∃∀3,∃ [5Ψ∋, ,74([(∃Ξ 3∃∋5[541 4,+54(∋ 4,∗, 3,∋4,3,∗, Ψ,ς∀,Ξ53∋∃45Ρ.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
124
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
.Ξ,∀,∃ [5Ψ∋, ,74([(∃Ξ:
&∋Ρ _,(_Ψ5(∋ 4β∴ _(Ω∃∋∃⊥ - 74([∃45∃ 4,+54(∋ 4,∗, &5(+∃Ξ∀( ς, 57,∋Ρχ55, ,_∀1∗∋∃44,∃ &,
Ω∋5α(⊥0∃∗, +∃4 0∃∗, χ∃∋,∗, [5Ψ∋( &∋Ρ &5(+∃Ξ∀,3 Ω,∋∃∃ 2 ++ (7( 5Ψ_∋6[∃45∃+ &5(+∃Ξ∀( 2,95 ++,
_,Ξ,∀β⊥ &,∋α∃4 ΩβΞ ,_∀1∗∋∃4 &, 3, 5 &5(+∃Ξ∀( 3 ++, _,Ξ,∀β⊥ ,_∀1∗∋ΡΞ 4∃ Ψ∋∃&1∃Ξ);
&∋Ρ _(Ω∃∋∃⊥ Ψ, Ψς5∀(∋ 4β+5 341Ξ∀∃445+5 ς∀,3,&45_(+5 - 74([∃45∃ 4,+54(∋ 4,∗, &5(+∃Ξ∀(
Ψ∃∀&∃[45_(;
&∋Ρ Ψ5++∃Ξ∀5[4β∴ _(Ω∃∋∃⊥ Ψ &31+Ρ _,(_Ψ5(∋ 4β+5 ς(∀(+5 - 74([∃45∃ &5(+∃Ξ∀( ς, 57,∋Ρχ55
_,(_Ψ5(∋ 4,⊥ ς(∀β, ,_∀1∗∋∃44,∃ Ξ(_ α∃, _(_ 5 &∋Ρ _,(_Ψ5(∋ 4β∴ _(Ω∃∋∃⊥;
&∋Ρ Ψ5++∃Ξ∀5[4β∴ _(Ω∃∋∃⊥ Ψ 57,∋5∀,3(44β+5 α5∋(+5 - 74([∃45∃ 4(5Ω,∋ 0∃∗, ∀(7+∃∀( ς,
7(ς,∋4∃456 5∋5 ς, Ψ_∀1Ξ_∃.
8∀∃Ξ ∃ &31∴ - 5∋5 Ξ∀∃∴74([4,∃ [5Ψ∋,, ς∃∀3(Ρ χ5δ∀( _,Ξ,∀,∗, ,74([(∃Ξ ∗∀1ςς1 57,∋Ρχ55 5 _(Ξ∃∗,∀56
Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 _(Ω∃∋Ρ, ( ς,Ψ∋∃&16ε5∃ - ς,∀Ρ&_,3β⊥ 4,+∃∀ ∀(7∀(Ω,Ξ_5.
Δ(α&,⊥ ∗∀1ςς∃ 57,∋Ρχ55 ς∀5 Ψ,,Ξ3∃ΞΨΞ316ε∃⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 _(Ω∃∋Ρ ς∀5Ψ3,∃4, Ψ∋∃&16ε∃∃
χ5δ∀,3,∃ ,Ω,74([∃45∃:
1 - _(Ω∃∋5 ,Ωβ[4,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ, Ψς∋,04,⊥ 57,∋Ρχ5∃⊥;
2 - _(Ω∃∋5 ς,3β0∃44,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ, Ψς∋,04,⊥ 57,∋Ρχ5∃⊥;
3 - _(Ω∃∋5 ,Ωβ[4,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ ς,∋13,7&104,⊥ 57,∋Ρχ5∃⊥;
4 - _(Ω∃∋5 ς,3β0∃44,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ ς,∋13,7&104,⊥ 57,∋Ρχ5∃⊥;
5 - _(Ω∃∋5 ,Ωβ[4,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ 3,7&104,⊥ 57,∋Ρχ5∃⊥;
6 - _(Ω∃∋5 ς,3β0∃44,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5 Ψ 3,7&104,⊥ 57,∋Ρχ5∃⊥;
7 - _(Ω∃∋5 3βΨ,_,⊥ Ξ∃ς∋,ΨΞ,⊥_,ΨΞ5.
Δ +(∀_∃ _(Ω∃∋∃⊥ ς,3β0∃44,⊥ ,&4,∀,&4,ΨΞ5 5∋5 ς,3β0∃44,⊥ ΨΞ(Ω5∋ 4,ΨΞ5 ς(∀(+∃Ξ∀,3 3 _,4χ∃
[∃∀∃7 Ξ5∀∃ &,Ω(3∋Ρ∃ΞΨΡ Ω1_3( Β.
. +(∀_(∴ _,(_Ψ5(∋ 4β∴ 5 Ψ5++∃Ξ∀5[4β∴ _(Ω∃∋∃⊥, 7(ε5Ξ4β⊥ ς,_∀,3 _,Ξ,∀β∴ ,Ξ4,Ψ5ΞΨΡ _ Ξ5ς(+,
ς∀∃&1Ψ+,Ξ∀∃44β+5 ΓΕΒ8 7006-72, 3 _,4χ∃ [∃∀∃7 Ξ5∀∃ &,∋α4, ΩβΞ 1_(7(4, Ω1_3∃44,∃ ,Ω,74([∃45∃
Ξ5ς( Ω∀,45. . Ξ∃∴45[∃Ψ_5 ,Ω,Ψ4,3(44β∴ Ψ∋1[(Ρ∴ &,ς1Ψ_(∃ΞΨΡ 33∃&∃45∃ &,ς,∋45Ξ∃∋ 4β∴ Ω1_3∃44β∴
,Ω,74([∃45⊥, [Ξ, &,∋α4, ΩβΞ ,∗,3,∀∃4, 3 ΨΞ(4&(∀Ξ∃ 5∋5 Ξ∃∴45[∃Ψ_5∴ 1Ψ∋,35Ρ∴ 4( _(Ω∃∋
,ς∀∃&∃∋∃44,⊥ +(∀_5.
4:ΒΓΔ Δ ΓΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Ο(∀_5 5 _,4ΨΞ∀1_Ξ534β∃ ς(∀(+∃Ξ∀β ,Ψ4,34β∴ Ξ5ς,∀(7+∃∀,3 _(Ω∃∋∃⊥ 57 ∗∀1ςςβ ΓΕΒ8 11326-78,
,∗∀(45[∃44β∃ ∗(Ω(∀5Ξ,+ 11, ς∀53∃&∃4β 3 Ξ(Ω∋5χ(∴ 2.6.7-1 - 2.6.7-4.
. Ξ(Ω∋5χ(∴ ς∀54ΡΞβ Ψ∋∃&16ε5∃ 1Ψ∋,34β∃ ,Ω,74([∃45Ρ: Ο - +∃&4(Ρ ς∀,3,∋,_(, ΟΜ - +∃&4(Ρ
∋1α∃4(Ρ ς∀,3,∋,_(, ΟΒ - +∃&4(Ρ ς,Ψ∃∀∃Ω∀∃44(Ρ ς∀,3,∋,_(, ΒΟΜ - ΨΞ(∋∃+∃&4(Ρ ∋1α∃4(Ρ ς∀,3,∋,_(, .Β
- Ω∀,47,3(Ρ ς,Ψ∃∀∃Ω∀∃44(Ρ ς∀,3,∋,_(, - ς,∋5γΞ5∋∃4, . - ς,∋53545∋∴∋,∀5&4β⊥ ς∋(ΨΞ5_(Ξ, μ-4 - ∋∃4Ξβ
57 δΞ,∀,ς∋(ΨΞ(-4, μ-4Ν - δΞ,∀,ς∋(ΨΞ μ-4Ν, μ-4Ο - δΞ,∀,ς∋(ΨΞ μ-4Ο, ΕΟ - ,ς∋∃Ξ_( +∃&4β+5
ς∀,3,∋,_(+5, ΝΕΟ - &3,⊥4(Ρ ,ς∋∃Ξ_( +∃&4β+5 ς∀,3,∋,_(+5, ΕΟΒ -
,ς∋∃Ξ_( ς,Ψ∃∀∃Ω∀∃44β+5
+∃&4β+5 ς∀,3,∋,_(+5, ΕΟΜ - ,ς∋∃Ξ_( +∃&4β+5 ∋1α∃4β+5 ς∀,3,∋,_(+5, ΝΕΟΜ - &3,⊥4(Ρ ,ς∋∃Ξ_(
+∃&4β+5 ∋1α∃4β+5 ς∀,3,∋,_(+5, ΝΕΟΒ - &3,⊥4(Ρ ,ς∋∃Ξ_( +∃&4β+5 ς,Ψ∃∀∃Ω∀∃44β+5 ς∀,3,∋,_(+5,
dςp - &5(+∃Ξ∀ ς∀,3,∋,_5, Λ57 - &5(+∃Ξ∀ ς, 57,∋Ρχ55, Λ,Ω - &5(+∃Ξ∀ ς, ,Ω,∋,[_∃.
0:Η≅ΔΖ: 2.6.7-1. -:Η>≅Δ ΟΛ ΟΚ≅ΛοΩΛΙ ΚΛ≅ΔιΑΔ≅>ΩΛΝΛΙ Δ<Λ≅ΦΖΔ>Ι
Σ)Χ136))∀> #3%∃%:)∀(
Σ)6⊥)∀> #3%∃%:)∀(
,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x d#3, 55 d, 55 D∀≅, 55 Γ∗163∀∗∋ dnp, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,
(=/(5
ΙΧ.5∀)∀∗1Π3);6
Εβ50-1-11 CMC
1x0,32 0,32 1,0+0,1 ,ΓΙ
0,08
Ν
1,9+0,2
5,7
Εβ50-1-12 ΙΓγ
1x0,32 0,32 1.0+0.1 ,Γγ
0,08
Ν
1,9+0,2
5,8
Εβ75-1-11 CMC
1x0,17 0,17 1,0+0,1 ,ΓΙ
0,08
Ν
1,9+0,2
5,3
Εβ75-1-12 ΙΓγ
1x0,17 0,17 1,0+0,1 ,Γγ
0,08
Ν
1,9+0,2
5,4
Εβ75-1-13 ΣΙ
7x0,06 0,18 1,0+0,1 ,ΓΙ
0,08
Ν
1,9+0,2
5,1
Γ∀)∀∗1Π3);6
Εβ50-1.5-11 CMC
1x0,47 0,47 1,5+0,1 ,ΓΙ
0,08
Ν
2,4+0,2
9,4
Εβ50-1.5-12 ΙΓγ
1x0,47 0,47 1,5+0,1 ,Γγ
0,08
Ν
2,4+0,2
9,5
Εβ50-2-11
Γ
1x0,67 0,67 2,2+0,1
,Γ
0,10
Ν
3,70+0,20 16,4
Εβ50-2-12 ΓΙ
7x0,24 0,72 2,2+0,1 ,ΓΙ
0,10
Ν
3,2+0,25 16,4
Εβ50-2-13
Γ
1x0,67 0,67 2,2+0,1
,Γ
0,10
Σ
3,70+0,20 24,6
Εβ50-2-15 ΓΙ
7x0,24 0,72 2,2+0,1 ,ΓΙ
0,10
Ν
3,20+0,25 16,4
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
125
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Σ)Χ136))∀> #3%∃%:)∀(
Σ)6⊥)∀> #3%∃%:)∀(
,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x d#3, 55 d, 55 D∀≅, 55 Γ∗163∀∗∋ dnp, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,
(=/(5
Εβ50-2-16 ΙΓγ
7x0,24 0,72 2,2+0,1 ,Γγ
0,10
Ν
3,2+0,25 16,6
Εβ50-3-11
Γ
1x0,90 0,90 2,95+0,10 _,Γγ
0,12
Ν
5,0+0,25
50
Εβ50-3-13
Γ
1x0,90 0,90 2,95+0,10 ,Γγ
0,10
Σ
4,40+0,25 39
Εβ75-1,5-11 CMC
1x0,24 0,24 1,5+0,1 ,ΓΙ
0,08
Ν
2,4+0,2
8,4
Εβ75-1,5-12 ΙΓγ
1x0,24 0,24 1,5+0,1 ,Γγ
0,08
Ν
2,4+0,2
8,6
Εβ75-2-11
Γ
1x0,37 0,37 2,2+0,1 ,Γγ
0,10
Ν
3,7+0,25 19,5
Εβ75-2-12 ΓΙ
7x0,12 0,36 2,2+0,1 ,ΓΙ
0,10
Ν
3,2+0,25 14,5
Εβ75-2-13 Γγ
7x0,12 0,36 2,2+0,1 ,Γγ
0,10
Ν
3,2+0,25 14,7
Ι36:)6=∗.∗3∀1);6
Εβ50-4-11
Γ
1x1,37 1,37 4,6+0,12 _,Γ
0,15
Ν
7,8±0,25
97
Εβ50-4-13
Γ
1x1,37 1,37 4,6+0,12 _,Γ
0,15
Σ
7,8+0,25 104
Εβ50-7-11
Γ
7x0,76 2,28 7,25+0,15 ,Γ
0,15
Ν
10,0+0,6 133
Εβ50-7-11Ι Γ
7x0,76 2,28 7,25+0,15 ,Γ
0,15
Ν
10,3+0,3 150
Εβ50-7-12
Γ
7x0,76 2,28 7,25+0,15 _,Γ
0,15
Ν
11,2+0,7 178
Εβ50-7-15
Γ
7x0,76 2,28 7,25+0,15 ,Γ
0,15
Σ
10,0+0,3 145
Εβ50-7-16
Γ
7x0,76 2,28 7,25+0,25 _,Γ
0,15
Σ
11,2+0,7 195
Εβ50-9-11
Γ
7x0,90 2,70 9,0+0,15 ,Γ
0,20
Ν
12,0+0,4 197
Εβ50-9-12
Γ
7x0,90 2,70 9,0+0,15 ,Γ
0,20
Σ
12,0+0,4 212
Εβ50-11-11 Γ
7x0,18 3,54 11,5+0,25 ,Γ
0,20
Ν
14,5+0,4 277
Εβ50-11-13 Γ
7x1,18 3,54 11,5+0,25 ,Γ
0,20
Σ
14,5+0,4 305
Εβ75-4-11
Γ
1x0,72 0,72 4,6+0,12 ,Γ
0,15
Ν
7,0+0,25
59
Εβ75-4-11Ι Γ
1x0,72 0,72 4,6+0,05 ,Γ
0,15
Ν
7,3+0,2
64
Εβ75-4-12
Γ
7x0,26 0,78 4,6+0,12 ,Γ
0,15
Ν
7,0+0,2
60
Εβ75-4-12Ι Γ
7x0,26 0,78 4,6+0,05 ,Γ
0,15
Ν
7,3+0,3
68
Εβ75-4-13
Γ
7x0,26 0,78 4,6+0,2
,Γ
0,15
Σ
7,6+0,5
74,6
Εβ75-4-15
Γ
1x0,72 0,72 4,6±0,15 ,Γ
0,15
Σ
7,3+0,4
72
Εβ75-4-16
Γ
7x0,26 0,78 4,6+0,12 ,Γ
0,15
Σ
7,0±0,2
62
Εβ75-4-18
Γ
1x0,72 0,72 4,6+0,20 ,ΓΙ
0,15
Ν
7,3+0,4 63,8
Εβ75-7-11
Γ
1x1,13 1,13 7,25+0,15 ,Γ
0,15
Ν
9,5+0,6
104
Εβ75-7-12
Γ
7x0,4
1,20 7,25±0,15 ,Γ
0,15
Ν
10,0+0,3 116
Εβ75-7-15
Γ
1x1,13 1,13 7,25+0,15 ,Γ
0,15
Σ
9,5+0,3
113
Εβ75-7-16
Γ
7x0,40 1,20 7,25+0,15 ,Γ
0,15
Σ
10,0+0,3 125
Εβ75-9-12
Γ
1x1,40 1,40 9,0+0,15 ,Γ
0,20
Σ
12,2+0,4 189
Εβ75-9-13
Γ
1x1,40 1,40 9,0+0,15 ,Γ
0,20
Ν
12,2+0,4 169
Εβ75-9-13Ι Γ
1x1,35 1,35 9,0+0,15 ,Γ
0,20
Ν
12,2+0,4 176
Εβ75-9-14
Γ
1x1,35 1,35 9,0+0,3
,Γ
0,20
Σ
12,2+0,8 214
Εβ100-7-11 Γ
1x0,60 0,60 7,25+0,15 ,Γ
0,20
Ν
9,7±0,3
102
Εβ100-7-13 Γ
1x0,60 0,60 7,25+0,15 ,Γ
0,15
Σ
9,7+0,3
112
0:Η≅ΔΖ: 2.6.7-2. -:Η>≅Δ ΟΛ ΟΚ≅ΛοΩΛΙ ]ΑΛΒΛΚ≅:ΟΑΛΝΛΙ Δ<Λ≅ΦΖΔ>Ι
Σ)Χ136))∀> #3%∃%:)∀(
Υ≅%∋8ς∀8
Σ)6⊥)∀> #3%∃%:)∀(
,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x d#3, 55 d, 55 Γ∗163∀∗∋ D∀≅, 55 Γ∗163∀∗∋ d#3, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,,
(=/(5
ΙΧ.5∀)∀∗1Π3);6
Εβ50-0.6-21 ΓΙ
7x0,08 0,24 λ-4 0,6+0,05 ,ΓΙ
0,06
-
)6 .%∋66
1,0
2,0
Εβ50-0.6-22 ΓΙ
7x0,08 0,24 λ-4 0,6+0,05 ,ΓC
0,06 λ-4Γχ 1,2+0,1 3,5
Εβ50-1-21 CMC 1x0,34 0,34 λ-4 1,0+0,1 ,ΓC
0,08 λ-4Γχ 1,9+0,2 8,7
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
126
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Σ)Χ136))∀> #3%∃%:)∀(
Υ≅%∋8ς∀8
Σ)6⊥)∀> #3%∃%:)∀(
,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x d#3, 55 d, 55 Γ∗163∀∗∋ D∀≅, 55 Γ∗163∀∗∋ d#3, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,
(=/(5
Εβ50-1-22 CMC 7x0,12 0,36 λ-4 1,0+0,1 ,ΓΙ
0,06 λ-4Γχ 1,7+0,15 7,0
Εβ75-1-21 CMC 1x0,19 0,19 λ-4 1,0+0,1 ,ΓΙ
0,08 λ-4Γχ 1,9+0,2 8,3
Εβ75-1-22 χΙ
7x0,07 0,21 λ-4_ 1,0+0,1 ,ΓΙ
0,06 λ-4Γχ 1,7+0,15 6,65
Εβ75-1-24 χΙ
7x0,07 0,21 λ-4Γχ 1,0+0,05 ,ΓΞ
0,06 λ-4Γχ 1,7+0.15 5,92
Γ∀)∀∗1Π3);6
Εβ50-1,5-21 CMC 1x0,51 0,51 λ-4 1,5+0,1 ,ΓΙ
0,08 λ-4Γχ 2,4+0,2 14,4
Εβ50-2-21 ΓΙ
1x0,73 0,73 λ-4 2,2+0,1 ,ΓΙ
0,10 λ-4, ,Ιβ 3,2+0,25 30
Εβ50-2-22 ΓΙ
7x0,25 0,75 λ-4 2,2+0,10 ,ΓΙ
0,10 λ-4Γχ 3,2+0,25 25,1
Εβ50-2-24 ΓΙ
7x0,25 0,75 λ-4 2,2+0,10 ,ΓΙ
0,12
λ-4 3,2+0,3 24,7
Εβ50-2-26 ΓΙ 19x0,15 0,75 λ-4_ 2,2±0,10 ΓΙ
0,10 λ-4βΕ 4,0±0,4 31,2
Εβ50-3-21 ΓΙ
1x1,01 1,01 λ-4 2,95+0,1 ,ΓΙ
0,12 λ-4, ,Ιβ 4,4+0,2 48
Εβ50-3-23 ΓΙ
7x0,35 1,05 λ-4 2,95+0,15 ,ΓΙ
0,12 λ-4Γχ 4,4+0,25 46,0
Εβ50-3-26 ΓΙ
7x0,35 1,05 λ-4_, λ-4 2,95+0,15 _,ΓΙ 0,12 λ-4, β,Ε 5,9+0,5 68
Εβ75-1.5-21 CMC 1x0,28 0,28 λ-4 1,5+0,10 ,ΓΙ
0,08 λ-4Γχ 2,4±0,2 13,5
Εβ75-1,5-22 χΙ
7x0,10 0,30 λ-4_ 1,5+0,1 ,ΓΙ
0,08 λ-4Γχ 2,3+0,1 12,6
Εβ75-2-21 ΓΙ
1x0,41 0,41 λ-4 2,2+0,1 ,ΓΙ
0,10 λ-4, ,Ιβ 3,20+0,25 28
Εβ75-2-22 ΓΙ
7x0,15 0,45 λ-4 2,2+0,10 ,ΓΙ
0,10 λ-4Γχ 3,20+0,25 23,5
Εβ75-3-21 ΓΙ
1x0,56 0,56 λ-4 2,95+0,1 ,ΓΙ
0,12 λ-4, ,Ιβ 4,4+0,2 45
Εβ75-3-22 ΓΙ
7x0,19 0,57 λ-4 2,95+0,1 ,ΓΙ
0,12 λ-4Γχ 4,3+0,2 41,1
Εβ75-3-23 ΓΙ
7x0,19 0,57 λ-4 2,95+0,1 ,ΓΙ
0,12
-
3,43
30,0
Ι36:)6=∗.∗3∀1);6
Εβ50-4-21 ΓΙ
1x1,54 1,54 λ-4 4,6+0,2 _,ΓΙ 0,15 λ-4, ,Ιβ 6,6+0,6 122
Εβ50-7-21 ΓΙ
7x0,83 2,49 λ-4 7,25+0,20 ,Γ
0,15 λ-4, ,Ιβγ 8,9+0,5 206
Εβ50-7-22 ΓΙ
7x0,83 2,49 λ-4 7,25+0,25 ,ΓΙ
0,20 λ-4, ,Ιβ 9,0+0,5 198
Εβ50-7-28 ΓΙ
7x0,83 2,49 λ-4 7,25+0,25 _,ΓΙ 0,20 λ-4, ,Ιβ 12,3+0,5 331
Εβ50-11-21 ΓΙ
7x1,30 3,90 λ-4 11,5+0,3 ,ΓΙ
0,20 λ-4, ,Ιβ 13,4+0,8 416
Εβ75-4-21 ΓΙ
1x0,85 0,85 λ-4 4,6+0,2 ,ΓΙ
0,15 λ-4, ,Ιβ 6,0±0,4 85
Εβ75-4-22 ΓΙ
7x0,3 0,90 λ-4 4,6+0,2 ,ΓΙ
0,15 λ-4, ,Ιβ 6,0+0,4 84
Εβ75-7-21 ΓΙ
1x1,30 1,30 λ-4 7,25+0,25 ,ΓΙ
0,20 λ-4, ,Ιβ 8,9+0,6 183
Εβ75-7-22 ΓΙ
7x0,46 1,38 λ-4 7,25±0,25 ,ΓΙ
0,20 λ-4, ,Ιβ 8,9+0,5 183
Εβ100-7-21 ΓΙ
1x0,74 0,74 λ-4 7,25+0,25 ,ΓΙ
0,20 λ-4, ,Ιβ 9,0±0,5 177
0:Η≅ΔΖ: 2.6.7-3. -:Η>≅Δ Ο ΚΛ≅ΤΝΛ<=ΤοΩΛΙ ΚΛ≅ΔιΑΔ≅>ΩΛΝΛΙ Δ<Λ≅ΦΖΔ>Ι
Σ)Χ136))∀> #3%∃%:)∀(
Υ≅%∋8ς∀8
Σ)6⊥)∀> #3%∃%:)∀( ,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x dnp,
55 d, 55 β%3:6∋2 γ6)1∗
∀∋∀
13Χ.(∗ D∀≅, 55 Γ∗163∀∗∋ dnp, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,
(=/(5
Γ∀)∀∗1Π3);6
Εβ50-2-34 Γγ 19x0,15 0,75 Ν
λ-4 2,2+0,1 ,Γγ 0,12
-
)6
.%∋66
2,7 14,4
Εβ75-3-31 Γγ 7x0,23 0,69 Ν
Ν 2,95+0,15 ,Γγ 0,12
Ν 5,5+0,3 34
Ι36:)6=∗.∗3∀1);6
Εβ75-4-37 Γ 1x1,03 1,03 Ν
Ν 4,6+0,3 ,Γ 0,15
Ν 6,5+0,4 54
Εβ75-7-310 ΓΙ 1x1,75 1,75 Ν
Ν 7,25x0,3 ,ΓΙ 0,15
Ν 10,5+0,6 116
Εβ75-7-311 Γ 1x1,75 1,75 Ν
Ν 7,25+0,3 _,ΓΙ 0,20
Ν 11,0+0,6 181
Εβ100-1,5-31 Γγ 1x0,23 0,23 Ν
Ν 1,5+0,5 ,Γγ 0,10
Ν 1,9+0,1 4,22
Εβ100-4-31 ΙΓ 1x0,64 0,64 Ν
Ν 4,6+0,25 _,Γγ 0,15
Ν 7,3+0,4 84
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
127
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Σ)Χ136))∀> #3%∃%:)∀(
Υ≅%∋8ς∀8
Σ)6⊥)∀> #3%∃%:)∀( ,.%∋%9(∗
Γ∗3(∗ Γ∗163∀∗∋ n x dnp,
55 d, 55 β%3:6∋2 γ6)1∗
∀∋∀
13Χ.(∗ D∀≅, 55 Γ∗163∀∗∋ dnp, 55 Γ∗163∀∗∋ Do., 55 Γ∗//∗,
(=/(5
Εβ100-7-34 Γ
1x1,0 1,00 Ν
Ν 7,25±0,3 ,Γ 0,20
Ν 10,3+0,6 115
Εβ150 3,7-31 Γ 1x0,26 0,26 -
Ν 3,7+0,3 ,Γ 0,12-0,15 Σ 5,3+0,3 50
Εβ150-7-31 Γγ 1x0,37 0,37
-
Ν 7,25+0,3 ,Γ 0,20
Ν 10,3+0,6 111
Εβ150-7-32 Γγ 1x0,37 0,37
-
Ν 7,25±0,3 ,Γ 0,20
Σ 10,3+0,6 124
0:Η≅ΔΖ: 2.6.7-4. 6ΔΘΘ>ΑΒΔΡΩΕ> Γ:Η>≅Δ
μ∀∋;
Υ≅%∋8ς∀8
Κ(3∗)
,.%∋%9(∗
Γ∗163∀∗∋
Γ∗3(∗ Γ∗163∀∗∋ n x d#3,
55 d, 55 Γ∗163∀∗∋ D∀≅, 55 ∀):∀∃∀:. %.ε6=% d#3, 55 Γ∗163∀∗∋ Ε∗≅563;
(∗.6∋8, 55
Ε_200-7-11 Γ 1x0,60 0,60
Ν 7,25±0,25 ,Γ
,Γ 0,15-0,20 Ν 11,3±0,7Α
19,4+0,9
Ε_200-7-12 Γ 1x0,60 0,60
Ν 7,25+0,25 ,Γ
,Γ 0,15-0,20 Σ 11,3±0,7Α
19,4+0,9
8,∋ε54( ,Ω,∋,[∃_ _(Ω∃∋∃⊥ Ξ5ς( ΗΔ &,∋α4( ΩβΞ 4∃ +∃4 0∃, [∃+ 1_(7(4, 3 Ξ(Ω∋5χ∃ 2.6.7-5.
0:Η≅ΔΖ: 2.6.7-5. 4ΔΩΔΘ:≅ςΩΕ> <Ω:Ρ>ΩΔΦ ΑΛ≅∴ΔΩ ΛΗΛ≅ΛΡ>Γ, ΘΘ
%∋ε∀)∗
_∀∗5613
#%: %.%∋%9(%> ∀∋∀ %.5%1(%>,
55
%∋ε∀)∗ %.%∋%9(∀ ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%=%
#∋∗/1∀(∗1∗ ∀∋∀ #%∋∀∴1∀∋6)∗
∀≅ ]1%3%#∋∗/1∗ ∀∋∀ 6=%
/%#%∋∀563%∃
%.5%1(∀ ∀≅ #∋6)(∀
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0,3
0,15
0,10
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0,4
0,20
0,10
Ι∃.6:%9
0,5
0,30
0,10
Ι∃.9:%13
0,6
0,40
0,18
Ι∃.13:%18
0,8
0,50
0,18
Ι∃.18:%24
1,0
0,50
0,18
Ι∃.24:%33
1,2
-
-
Ι∃.33:%44
1,4
-
-
Ι∃.44:%75
1,6
-
-
Ι∃. 75
2,0
-
-
Ν∋Ρ _,∋∋∃_Ξ534β∴ 5 54&535&1(∋ 4β∴ Ξ∃∋∃3575,44β∴ (4Ξ∃44 ς∀∃&4(74([∃4β _(Ω∃∋5 Ξ5ς(
ΗΔ Ψ &,Ω(3∋∃45∃+ 54&∃_Ψ( θΔ, θ≅ 5∋5 θ≅8 ς,Ψ∋∃ ,Ω,74([∃45Ρ +(∀_5, ( Ξ(_α∃ _(Ω∃∋5 Ξ5ς(
Δ.8-1 5 Δ.8-2. Ν(44β∃ _(Ω∃∋5 ∴(∀(_Ξ∃∀5716ΞΨΡ Ω,∋∃∃ 457_,⊥ ς∋,Ξ4,ΨΞ 6 ,ς∋∃Ξ_5.
.,∋4,3,∃ Ψ,ς∀,Ξ53∋∃45∃ - 75 Ε+.
8(_α∃ ,∗∀(45[∃44, 3βς1Ψ_(6ΞΨΡ _,+Ω545∀,3(44β∃ _(Ω∃∋5 Ξ5ς( Δ.Δ, 3 _,Ξ,∀β∴ 3 ,Ωε∃⊥
,Ω,∋,[_∃ ∀(Ψς,∋,α∃4β ∀(&5,[(ΨΞ,Ξ4β⊥ _(Ω∃∋ 5 3Ψς,+,∗(Ξ∃∋ 4β∃ α5∋β.
Δ∀,+∃ _(Ω∃∋∃⊥ ΗΔ, Ψ,,Ξ3∃ΞΨΞ316ε5∴ ΓΕΒ81, 3βς1Ψ_(6ΞΨΡ ∀(&5,[(ΨΞ,Ξ4β∃ _(Ω∃∋5, ς,
_,4ΨΞ∀1_Ξ534,+1 5Ψς,∋4∃456, ∴(∀(_Ξ∃∀4,+1 &∋Ρ _(Ω∃∋∃⊥ Ξ5ς( RG, Ψς∃χ5δ5_(χ5Ρ _,Ξ,∀β∴
ς∀53∃&∃4( 3 3,∃44,+ ΨΞ(4&(∀Ξ∃ Βφθ MIL-C-17. Ν(44β⊥ ΨΞ(4&(∀Ξ Ψ,&∃∀α5Ξ ,Ω05∀4β⊥ ∀Ρ&
Ξ∀∃Ω,3(45⊥ _ _(Ω∃∋Ρ+ ∀(7∋5[4β∴ _,4ΨΞ∀1_χ5⊥ 5 4(74([∃45Ρ. φ5∀,_,∃ ∀(Ψς∀,ΨΞ∀(4∃45∃
_(Ω∃∋∃⊥ Ξ5ς( RG 3 ∀(7∋5[4β∴ ,Ω∋(ΨΞΡ∴ ς∀5+∃4∃45Ρ ,Ω1Ψ∋,3∋∃4, _,4ΨΞ∀1_Ξ534β+
5Ψς,∋4∃45∃+ ,Ξ&∃∋ 4β∴ γ∋∃+∃4Ξ,3, ( 5+∃44,: 3,7+,α4,ΨΞ 3βς,∋4∃45Ρ χ∃4Ξ∀(∋ 4,∗,
ς∀,3,&45_( 57 ΨΞ(∋5, ς∋(_5∀,3(44,⊥ +∃& 6; 3βς,∋4∃45∃ 3 ∀Ρ&∃ Ξ5ς,3 _(Ω∃∋∃⊥ 57,∋Ρχ55 57
3Ψς∃4∃44,∗, ς,∋5γΞ5∋∃4(; ς∀5+∃4∃45∃ _,+Ω545∀,3(44β∴ 4(∀1α4β∴ ς∀,3,&45_,3 57
(∋6+,ς,∋5γΞ5∋∃4,3β∴ ∋∃4Ξ 5 ,ς∋∃Ξ_5, [Ξ, ς,73,∋Ρ∃Ξ ς∀,573,&5Ξ ,Ξ4,Ψ5Ξ∃∋ 4, &∃0∃3β∃
_,4ΨΞ∀1_χ55 Ψ 3βΨ,_5+ 1∀,34∃+ γ∋∃_Ξ∀5[∃Ψ_5∴ ∴(∀(_Ξ∃∀5ΨΞ5_. ΕΞ∃[∃ΨΞ3∃44β∃ _(Ω∃∋ 4β∃
7(3,&β 4∃ ς∀,573,&ΡΞ _(Ω∃∋∃⊥, _,Ξ,∀β∃ +,α4, ,δ5χ5(∋ 4, +(∀_5∀,3(Ξ ,Ω,74([∃45∃+ "RG",
_(_ ς∀(35∋,, ς, Ξ∃∴45[∃Ψ_5+ 1Ψ∋,35Ρ+ ς∀,573,&5Ξ∃∋∃⊥ 3βς1Ψ_(6ΞΨΡ _(Ω∃∋5 +(∀,_ ΗΔ
(_,Ξ,∀β∃ ,Ω,74([(6ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ ς,∀Ρ&_,+ ΓΕΒ8 11326.0-78), ς, Ψ3,5+ ,Ψ4,34β+
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
128
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∴(∀(_Ξ∃∀5ΨΞ5_(+ 5 _,4ΨΞ∀1_Ξ534,+1 3βς,∋4∃456 Ψ,,Ξ3∃ΞΨΞ316ε5∃ ,ς∀∃&∃∋∃44β+ Ξ5ς(+
_(Ω∃∋∃⊥ RG. ΕΨ,Ω∃44, 05∀,_, ∀(Ψς∀,ΨΞ∀(4∃4β _(Ω∃∋5 Ξ5ς( RG-6, RG-11, RG-59 Ψ 3,∋4,3β+
Ψ,ς∀,Ξ53∋∃45∃+ 75 Ε+ 5 _(Ω∃∋5 Ξ5ς( RG-8 5 RG-58 Ψ 3,∋4,3β+ Ψ,ς∀,Ξ53∋∃45∃+ 50 Ε+.
Λ,∋∃∃ ς,&∀,Ω4(Ρ 54δ,∀+(χ5Ρ , _,4ΨΞ∀1_Ξ534β∴ ,Ψ,Ω∃44,ΨΞΡ∴ 5 γ∋∃_Ξ∀5[∃Ψ_5∴ ς(∀(+∃Ξ∀(∴
_(Ω∃∋∃⊥ Ξ5ς( RG 5 Ψς∃χ5(∋ 4β∴ Ξ5ς(∴ ∀(&5,[(ΨΞ,Ξ4β∴ _(Ω∃∋∃⊥ ς∀53∃&∃4( 3 ∀(7&∃∋∃ 2.6.8.
πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
. ,Ψ4,34,+ &∋Ρ _(Ω∃∋∃⊥ Ξ5ς( ΗΔ, Ψ,,Ξ3∃ΞΨΞ316ε5∴ ΓΕΒ81, γ_Ψς∋1(Ξ(χ5Ρ &,ς1Ψ_(∃ΞΨΡ
ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β ,Ξ -60 &, +85 °Β &∋Ρ _(Ω∃∋∃⊥ Ψ ς,∋5γΞ5∋∃4,3,⊥
,Ω,∋,[_,⊥ 5 ,Ξ -40 &, +70 °Β &∋Ρ _(Ω∃∋∃⊥ 3 ,Ω,∋,[_∃ 57 ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ(.
∀5 γΞ,+ Ψ∀,_ Ψ∋1αΩβ Ψ,ΨΞ(3∋Ρ∃Ξ 4∃ +∃4∃∃ 12 5 8 ∋∃Ξ Ψ,,Ξ3∃ΞΨΞ3∃44,.
[ΒΛΔ<ΝΛ=ΔΑ>≅Δ Δ ΚΛΟΑ:Ν∴ΔΓΔ
Ν36:#3∀81∀6
β%)1∗(1)∗8 ∀)]%35∗ς∀8
Γ∗3(∀ #3%:Χ(ς∀∀
,Θ, "Θ5Χ3/(∀> β∗.6∋2);> η∗∃%:"
=. ∗.∗3%∃/(
www.amurkabel.ru
(4212) 53-88-44
Εβ75, Εβ50
ηΘ, "β∗.6∋2);> ≅∗∃%:
"β∗∃(∗≅(∗.6∋2" = Ν3%Α∋∗:);>
www.kavkazkabel.com.ru
(86631) 2-27-41
Εβ75, Εβ50
,Θ, ",:6/(∗.6∋2"
=.,:6//∗
www.rg-cable.com.ua
(38 048) 716-16-89
Εβ75, Εβ50, RG
ηΘ,3 "ΞΝ "Ν%:%∋2/((∗.6∋2"
=. Ν%:%∋2/(
www.podolskkabel.ru
(495) 502-78-83
Εβ75, Εβ50, βΣ -1, βΣ -2
,,, "Ε;.∀)/(∴∋6(13%(∗.6∋2"
=. Ε;.∀)/(
www.rec-pvc.ru
(4855) 288-988
Εβ75, Εβ50
(∃ 1%5 9∀/∋6 (3Χ#)%=∗.∗3∀1);6 :% 17)
ηΘ, "Ι∗5∗3/(∗8 (∗.6∋2)∗8
(%5#∗)∀8" = Ι∗5∗3∗
www.samaracable.ru
(846) 279-12-10
Εβ75
,Θ, "η∗∃%: "Ι∗3∗)/((∗.6∋2"
=. Ι∗3∗)/(
www.saranskkabel.ru
(8342) 29-71-13
Εβ75
,Θ, "η∗∃%: "δΧ∃∗⊥(∗.6∋2"
=. δ6.%(/∗3;
www.chuvashcable.ru
(8352) 63-16-54
Εβ75, Εβ50 (∃ 1%5 9∀/∋6 16#∋%/1%>(∀6)
,,, "Θ∃1∴("
=. β∋∀5%∃/( Γ.,.
(495) 540-32-49
e-mail: awtek@bk.ru Εβ75, Εβ50, RG
"Θ γΘΙ"
=. Γ%/(∃∗
www.atlastpk.ru
(495) 517-15-34
Εβ75, Εβ50, RG, KBK
,,, "ηΣΥ-β,Ξ Θβ "
=. Γ%/(∃∗
www.zvicom.ru
(495) 517-05-16
Εβ75, Εβ50, RG, KBK
Ζ3Χ##∗ (%5#∗)∀>
"ΓΛ Θγγ,ΥΞΣΛΙ -ΓΘΕβΛ "
=. Γ%/(∃∗
(495) 203-37-25
Εβ75, Εβ50
,,, "Ξ%3:(∗.6∋2"
=. Γ%/(∃∗
www.nordcable.ru
(495) 107-01-40
Εβ75, Εβ50
,,, "Ι∀/165; ∀ γ∀)∀∀ Ι∃8≅∀"
=. Γ%/(∃∗
www.clc.ru
(495) 197-11-47
Εβ75
,,, "ΚγΛβ,Ξ"
=. Ν%:%∋2/( Γ.,.
www.ooo-elecon.ru
(495) 996-93-94
Εβ75, Εβ50, RG, KBK
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
129
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
2.6.8. -:Η>≅Δ Β:=ΔΛΡ:ΟΑΛΑΩΕ> ΚΒΛΔ<ΝΛ=ΟΑΝ: % " 8(6-%∀(2ν"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ΕθΕ "Ε&∃ΨΨ_5⊥ _(Ω∃∋ 4β⊥ 7(3,& "Ε&∃Ψ_(Ω∃∋ "
Υ_∀(54(, 65013 ∗. Ε&∃ΨΨ(, >5_,∋(∃3Ψ_(Ρ &,∀,∗(, 144
www.odeskabel.com
ΘΡ-∀ ΝΤ. 8∃∋: (+38 048) 716-16-89. μ(_Ψ: (+38 048) 716-16-08
Internet: www.rg-cable.com.ua E-mail: rg@rg-cable.com.ua
ΕθΕ "
Ε&∃Ψ_(Ω∃∋ " ς∀,573,&5Ξ Ψς∃χ5(∋ 4β∃ Ξ5ςβ ∀(&5,[(ΨΞ,Ξ4β∴ _(Ω∃∋∃⊥ Ψ
1∋1[0∃44β+5 γ_Ψς∋1(Ξ(χ5,44β+5 ς,_(7(Ξ∃∋Ρ+5 Ψ 3,∋4,3β+ Ψ,ς∀,Ξ53∋∃45∃+ 75 Ε+ &∋Ρ
Ψ5ΨΞ∃+ _(Ω∃∋ 4,∗,, Ψς1Ξ45_,3,∗, 5 γδ5∀4,∗, Ξ∃∋∃35&∃45Ρ 5 Ψ 3,∋4,3β+ Ψ,ς∀,Ξ53∋∃45∃+ 50
Ε+ &∋Ρ ς,ΨΞ∀,∃45Ρ ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴ Ψ∃Ξ∃⊥ &∋Ρ 5Ψς,∋ 7,3(45Ρ 3 ς∀,+β0∋∃44,⊥
∀(&5,57+∃∀5Ξ∃∋ 4,⊥ (ςς(∀(Ξ1∀∃. . Ξ(Ω∋5χ(∴ ς∀53∃&∃4β ς(∀(+∃Ξ∀β ,Ψ4,34β∴ Ξ5ς,3
,∀5∗54(∋ 4β∴ _(Ω∃∋∃⊥ Ψ 1_(7(45∃+ +(∀_5∀,3_5 ς∀,573,&5Ξ∃∋Ρ ς, Ξ5ς1 ΗΔ 5 1_(7(45∃+
(4(∋,∗,3 ς, Ξ5ς1 RG:
- +(∗5ΨΞ∀(∋ 4β∃ 5 ∀(Ψς∀∃&∃∋5Ξ∃∋ 4β∃ _(Ω∃∋5 - 75 Ε+;
- _,+ς,75χ5,44β∃ _(Ω∃∋5 &∋Ρ Ξ∃∋∃_,++145_(χ5⊥ - 75 Ε+;
- _(Ω∃∋5 Ψ ,Ω,∋,[_(+5 57 +(Ξ∃∀5(∋,3, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε5∴ ∗,∀∃45∃ - 75 Ε+;
- _,(_Ψ5(∋ 4β∃ _(Ω∃∋5 &∋Ρ Ψ,3∀∃+∃44β∴ Ψ5ΨΞ∃+ Ψ3Ρ75 - 50 Ε+.
4:εΔΟΑΒ:≅ςΩΕ> Δ Β:ΟΚΒ>=>≅ΔΑ>≅ςΩΕ> Γ:Η>≅Δ
(Ο ΔΩ=>ΓΟΛΘ "Α" Ν ΝΔ=> ΝΛΟςΘ>ΒΓΔ ΟΛΝΘ>ΟΑΩΛ Ο ΑΒΛΟΛΘ)
RG-59
RG-6
RG-7
RG-11
RG-15
,#∀/∗)∀6
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552Ν1
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,5
75+/-3
75+/-3
75+/-3
75+/-3
75+/-3
75+/-3
Λ5(%/12
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53+/-3 51.5+/-3
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%
81
85
86
84
84
86
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1,39
0,94
0,94
0,54
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4,35
2,98
2,98
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14,68
13,78
9,51
9,51
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32,42
29,63
20,6
20,6
12,08
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>23
>23
>23
>23
>23
>26
Κ(3∗)∀3%∃∗)∀6 5-10 ΓΖς
_χ
>65
>65
>65
>65
>65
>85
β%)/13Χ(ς∀8
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2
φ6)13∗∋2);> #3%∃%:)∀(
∅mm
0,8
1
1,12
1,63
1,63
2,7
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
_∀∴∋6(13∀(
∅ mm 3,7±0,15 4,3±0,15 4,8±0,15 7,2±0,15 7,2±0,15 11,5+0,15
γ∗5∀)∀3%∃∗))∗8 ]%∋2=∗
AI/Pet/AI/
Pet
AI/Pet/AI/
Pet
AI/Pet/AI/
Pet
AI/Pet/AI/
Pet AI/Pet/AI/Pet Cu/Pet
,#∋61(∗
Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8
Γ6:2
∋ΧΩ6)∗8 Γ6:2
Ν∋%1)%/12 ≅∗#%∋)6)∀8
%
48
45
45
65
65
52
_∀∗5613 %#∋61(∀
55
4,33
4,93
5,43
7,95
7,95
12,19
ΝΚ
ΝΚ
ΝΚ
ΝΚ (ΝΣ ) ΝΚ
ΝΚ
,.%∋%9(∗
∅55
5,5
6,4
7,0
10,3
10,3
15,3
3%/
Ι1∗∋2
#%(3;1∗8
ς∀)(%5
Ι1∗∋2
#%(3;1∗8
ς∀)(%5
Ι1∗∋2
#%(3;1∗8
ς∀)(%5
Ι1∗∋2
#%(3;1∗8
ς∀)(%5
Ι1∗∋2
#%(3;1∗8
ς∀)(%5
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
130
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
RG-59
RG-6
RG-7
RG-11
RG-15
,#∀/∗)∀6
Εβ 75 → 3,7-∗48Ν1 4,3-∗45Ν1 4,8-∗45Ν1 7,2-∗65Ν 7,2-∗65Ν1 11,5-5
52Ν1
Nx55 7x0.5
7x0.5
7x0.5
7x0.8
7x0.8
β%)/13Χ(ς∀8 13%/∗
∅55
3,6
3,6
3,6
4,6
4,6
φ/∀∋∀6 3∗≅3;∃∗
Ξ
3500
3500
3500
4600
4600
φ∃61
BLACK BLACK BLACK BLACK
BLACK BLACK
Γ∗//∗ (∗.6∋8
(=/(5
41,96
50,43
56,17
89,95
136,1
231,01
-ΛΘΚΛ<ΔΖΔΛΩΩΕ> Γ:Η>≅Δ =≅Φ Α>≅>ΓΛΘΘΤΩΔΓ:ΖΔΙ
(Ν ΝΔ=> ΝΛΟςΘ>ΒΓΔ ΟΛΝΘ>ΟΑΩΛ Ο Γ:Η>≅>Θ UTP)
RG-6
RG-6
RG-6
RG-7
RG-11
,#∀/∗)∀6
Εβ 75 → 4.3-∗40Σ
AWG
4,3-540Σ
AWG
4,6-a50B
AWG
4.8-Γ40Ν
AWG
7.2-Γ50Ν
AWG
Κ∋6(13∀96/(∀6 #∗3∗5613;
Σ%∋)%∃%6 /%#3%1∀∃∋6)∀6
,5
75+/-3
75+/-3
75+/-3
75+/-3
75+/-3
Λ5(%/12
#λ/5
52+/-3
52+/-3
53.4+/-3
51.5+/-3
53+/-3
Ι(%3%/12 3∗/#3%/13∗)6)∀8
%
85
85
85
86
84
Σ)Χ13. #3%∃%:)∀(
,5/(5
22.5
22.5
17.8
8.4
Ι%#3%1∀∃∋6)∀6 Σ)6⊥). #3%∃%:)∀( ,5/(5
27.3
28.0
12.6
11.0
5 ΓΖς
:χ/100 5 1.55
1.47
1.50
1.32
0.90
50 ΓΖς
:χ/100 5 4.96
4.71
4.81
4.13
2.83
500 ΓΖς
:χ/100 5 14.68
14.34
14.63
13.09
9.05
η∗1ΧΑ∗)∀6
#3∀ 20 °Ι
2150 ΓΖς
_χ/100 5 32.42
31.58
32.28
28.16
19.62
,.3∗1);6 #%163∀ 30-470 ΓΖς
_χ
>23
>23
>23
>23
>23
Κ(3∗)∀3%∃∗)∀6 5-10 ΓΖς
_χ
>65
>70
>70
>70
>75
β%)/13Χ(ς∀8
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2
φ6)13∗∋2);> #3%∃%:)∀(
∅55
1.00
1.00
1,02
1,12
1,63
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
_∀∴∋6(13∀(
∅ 55 4.3±0,15 4,3±0,15 4,6±0,15 4.8±0,15
7,2±0,15
γ∗5∀)∀3%∃∗))∗8 ]%∋2=∗
AI/Pet/AI/ Pet Cu/Pet AI/Pet/AI/Pet Cu/Pet
Cu/Pet
,#∋61(∗
Γ6:2
∋ΧΩ6)∗8
Γ6:2
Γ6:2
∋ΧΩ6)∗8
Γ6:2
Γ6:2
Ν∋%1)%/12 ≅∗#%∋)6)∀8
%
40
40
50
40
50
_∀∗5613 %#∋61(∀
55
4.90
4,90
5,39
5.43
7,95
,.%∋%9(∗
ΝΣ
ΝΣ
ΝΣ
ΝΚ
ΝΚ
_∀∗5613 (%∗(/∀∗∋2)%> 9∗/1∀
55
5,5
6,4
7,0
10,3
10,3
_∀∗5613 ≅%); UTP
55
4.6 ±0.3
φ/∀∋∀6 3∗≅3;∃∗
Ξ
55
55
55
60
250
φ∃61
BLACK/
WHITE
BLACK
BLACK/
WHITE
BLACK
BLACK
Γ∗//∗
(=/(5
57
58
64
60
98
-:Η>≅Δ Ο ΛΗΛ≅ΛΡΓ:ΘΔ Δ< Θ:Α>ΒΔ:≅ΛΝ, Ω> Β:ΟΚΒΛΟΑΒ:ΩΦμ∴ΔΞ εΛΒ>ΩΔ>
RG-59
RG-6
RG-7
RG-11
,#∀/∗)∀6
Εβ 75 → 3,7-∗48Σ)= 4,3-∗45Σ): 4,8-∗45Σ): 4,8-578Σ): 7,2-∗65Ν)= 7,2-585Ν%=
Κ∋6(13∀96/(∀6 #∗3∗5613;
Σ%∋)%∃%6 /%#3%1∀∃∋6)∀6
,5
75+/-3
75+Θ5
75+/-3
75+/-3 75+/-3 75+/-3
Λ5(%/12
#λ/5 54.5+/-3 52+/-3 51.5+/-3 4.8+/-3 53+/-3 53+/-3
Ι(%3%/12 3∗/#3%/13∗)6)∀8
%
81
85
86
86
84
84
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
132
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
RG-59
RG-6
RG-7
RG-11
,#∀/∗)∀6
Εβ 75 → 3,7-∗48Σ)= 4,3-∗45Σ): 4,8-∗45Σ): 4,8-578Σ): 7,2-∗65Ν)= 7,2-585Ν%=
Σ)Χ13. #3%∃%:)∀( ,5/(5
35
22,5
17,8
17,8
8,4
8,4
Ι%#3%1∀∃∋6)∀6 Σ)6⊥). #3%∃%:)∀( ,5/(5
27,1
25,6
24,5
10,8
10,8
9,7
5 ΓΖς
:χ/100 5 1,9
1,55
1,39
1,32
0,94
0,9
50 ΓΖς
:χ/100 5 5,99
4,96
4,35
4,13
2,98
2,83
500 ΓΖς
:χ/100 5 19,02
15,09
13,78
13,09
9,51
9,05
η∗1ΧΑ∗)∀6
#3∀ 20 °Ι
2150 ΓΖς
:χ/100 5 40,88
33,22
29,63
28,16
20,6
19,62
,.3∗1);6 #%163∀ 30-470 ΓΖς
_χ
>23
>23
>23
>23
>23
>23
Κ(3∗)∀3%∃∗)∀6 5-10 ΓΖς
_χ
>65
>65
>65
>75
>65
>85
β%)/13Χ(ς∀8
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2 Γ6:2
φ6)13∗∋2);> #3%∃%:)∀(
∅55
0,8
1
1,12
1,12
1,63
1,63
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
_∀∴∋6(13∀(
∅55
3,7
4,3
4,8
4,8
7,2
7,2
γ∗5∀)∀3%∃∗))∗8 ]%∋2=∗
AI/Pet/AI AI/Pet/AI AI/PeVAl Cu/Pet AI/Pet/AI/
Pet
Cu/Pet
,#∋61(∗
Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
Γ6:2
∋ΧΩ6)∗8 Γ6:2
Ν∋%1)%/12 ≅∗#%∋)6)∀8
%
48
45
45
78
65
85
_∀∗5613 %#∋61(∀
55
4,27
4,9
5,43
5,37
7,95
7,29
ΝΣ (FR) ΝΣ (LS) ΝΣ (LS) ΝΣ (LS) ΝΚ (LSOH) ΝΚ
(LSFROH)
,.%∋%9(∗
∅55
5,5
6,4
7
7
5,5
10,3
φ/∀∋∀6 3∗≅3;∃∗
Ξ
80
55
80
80
300
225
φ∃61
BLACK BLACK BLACK BLACK WHITE BLACK
Γ∗//∗ (∗.6∋8
(=/(5
30,87
40,21
46,73
56,84
89,95 123,55
-Λ:ΓΟΔ:≅ςΩΕ> Γ:Η>≅Δ =≅Φ ΟΛΝΒ>Θ>ΩΩΕΞ ΟΔΟΑ>Θ ΟΝΦ<Δ I
RG-8X
RG-8
,#∀/∗)∀6
Εβ 50 → 1-80Σ 2.2-80Ν 4,8-590Σ 8-49Ν 7,2-550Ν 8-49Ν∀ 7,2-∗90Σ
Κ∋6(13∀96/(∀6 #∗3∗5613;
Σ%∋)%∃%6 /%#3%1∀∃∋6)∀6
,5
50+/-5 50+/-5 50+/-3 50+/-2 50+/-2 50+/-2 50+/-2
Λ5(%/12
#λ/5 86+/-3 81+/-3 82+/-3 80+/-2 7Κ+/-2 80+/-2 7Κ+/-2
Ι(%3%/12 3∗/#3%/13∗)6)∀8
%
77
82
81
84
84
84
84
Σ)Χ13.
#3%∃%:)∀(
,5/(5 199,2 35
7,5
3,6
3,1
3,6 3,1
Ι%#3%1∀∃∋6)∀6 Σ)6⊥).
#3%∃%:)∀(
,5/(5 38,0 28,3
10,1
11,8
11,5
8,3
5 ΓΖς
:χ/100 5 14,98 5,18
1,42
0,93
0,91
1,7 0,98
50 ΓΖς
:χ/100 5 47,38 16,4
4,53
2,97
2,92
2,1 3,14
500 ΓΖς
:χ/100 5 150,1 52,07 13,81
9,09
8,93
9,6
η∗1ΧΑ∗)∀6
#3∀ 20 °Ι
2150 ΓΖς
:χ/100 5 312,19 108,53 30,53 20,18 19,81
21,27
,.3∗1);6 #%163∀ 30-470 ΓΖς
_χ
>20 >20
>23
>23
>23
>23
Κ(3∗)∀3%∃∗)∀6 5-10 ΓΖς
_χ
>60 >60
>80
>75
>75
>85
β%)/13Χ(ς∀8
Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2
φ6)13∗∋2);> #3%∃%:)∀(
∅ 55 0,34 0,8
1,72
2,62
2,7
2,62 2,7
ΣΝΚ ΣΝΚ
ΣΝΚ
ΣΝΚ ΣΝΚ ΣΝΚ ΣΝΚ
_∀∴∋6(13∀(
∅55
1
2,2
4,8
7,15
7,2
7,15 7,2
γ∗5∀)∀3%∃∗))∗8 ]%∋2=∗
Cu/Pet Cu/Pet AI/Pet/AI/
Pet Al/Pet/
Al/Pet Cu/Pet
Cu/Pet
,#∋61(∗
Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2 Γ6:2
∋ΧΩ6)∗8
Ν∋%1)%/12 ≅∗#%∋)6)∀8
%
80
80
90
49
50
25
90
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
133
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
RG-8x
RG-8
,#∀/∗)∀6
Εβ 50 → 1-80Σ 2.2-80Ν 4,8-590Σ 8-49Ν 7,2-550Ν 8-49ΝΥ 7,2-∗90Σ
_∀∗5613 %#∋61(∀
55
3,79
1,48
2,68
5,49 7,84 7,95 7,84
ΝΣ (ΝΚ) ΝΚ (ΝΣ ) ΝΣ (ΝΚ) ΝΚ (ΝΣ ) ΝΚ (ΝΣ ) ΝΣ (ΝΚ) ΝΣ (ΝΚ)
,.%∋%9(∗
55
2,3
3,8
7,1
10,3 10,5 10,3 10,3
φ∃61
BLACK BLACK
WHITE BLACK
WHITE BLACK
WHITE BLACK
WHITE BLACK
WHITE BLACK
WHITE
Γ∗//∗ (∗.6∋8
(=/(5
10,28
18,1
80,31 120
122
138 157,76
-Λ:ΓΟΔ:≅ςΩΕ> Γ:Η>≅Δ =≅Φ ΟΛΝΒ>Θ>ΩΩΕΞ ΟΔΟΑ>Θ ΟΝΦ<Δ II
,#∀/∗)∀6
Εβ 50 → 1.5-85Σ 2.8-85Ν 3-85Ν 4-∗85Ν 4,8-∗85Ν 7,2-∗85Ν
Κ∋6(13∀96/(∀6 #∗3∗5613;
Σ%∋)%∃%6 /%#3%1∀∃∋6)∀6
,5
50+/-5 50+/-5 50+/-3 50+/-2 50+/-2 50+/-2
Λ5(%/12
#λ/5 100+/-3 81+/-3 82+/-3 80+/-2 7Κ+/-2 80+/-2
Ι(%3%/12 3∗/#3%/13∗)6)∀8
%
66
80
83
84
85
85
Σ)Χ13. #3%∃%:)∀( ,5/(5
266
24,94
17,59
10,50
6,96
4,56
Ι%#3%1∀∃∋6)∀6 Σ)6⊥). #3%∃%:)∀( ,5/(5
31,2
16,08
16,10
12,76
7,25
5,41
5 ΓΖς
:χ/100 5
5,5
2,6
2,4
1,8
1,4
0,9
50 ΓΖς
:χ/100 5 17,7
8,3
7,7
5,9
4,7
3,1
500 ΓΖς
:χ/100 5 53,9
25,3
23,4
18,1
14,3
9,5
η∗1ΧΑ∗)∀6
#3∀ 20 °Ι
2150 ΓΖς
:χ/100 5 118,3
55,7
51,5
39,9
31,6
21,1
Κ(3∗)∀3%∃∗)∀6 30-1000 ΓΖς
_χ
>80
>80
>80
>90
>90
>90
β%)/13Χ(ς∀8
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2
Γ6:2
φ6)13∗∋2);> #3%∃%:)∀(
∅
:Π>5;/55 0,181/0,46 0,037/0,94 0,044/1,12 0,056/1,42 0,070/1,78 0,108/2,74
ΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
ΣΝΚ
_∀∴∋6(13∀(
∅ 55 1,5±0,05 2,8±0,05 3,0±0,05 4,0±0,05 4,8±0,05 7,2+0,05
γ∗5∀)∀3%∃∗))∗8 ]%∋2=∗
AI/Pet/AI/
Pet AI/Pet/AI/
Pet AI/Pet/AI/
Pet
,#∋61(∗
Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8 Γ6:2
∋ΧΩ6)∗8
Ν∋%1)%/12 ≅∗#%∋)6)∀8
%
85
85
85
85
85
85
ΝΣ
ΝΚ
ΝΚ
ΝΚ
ΝΚ
ΝΚ
,.%∋%9(∗
∅
:Π>5;/55 0,110/2,79 0,195/4,95 0,200/5,08 0,240/6,10 0,300/7,62 0,405/10,29
φ∃61
BLACK BLACK BLACK BLACK BLACK BLACK
Γ∗//∗ (∗.6∋8
(=/(5
22
31
34
51
82
103
2.6.9. [ΒΛΝΛ=: ΟΝΦ<Δ
4:ΒΓΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Γ∗3(∗ #3%∃%:∗
Ζ,Ι , φ
,.∋∗/12 #3∀56)6)∀8
ΝΣμ, ΝΝμ,
Ν Σμ, Ν Νμ
φ16.β301-87 3∗)/∋8ς∀%));6 #3%∃%:∗
ΝβΙΣ
φ 16.β71 -80-90 β3%//%∃;> #3%∃%: :∋8 %/Χε6/1∃∋6)∀8 )6/1∗ς∀%)∗3);Α ∃(∋Π96)∀>, ∃ (3%//∗Α
16∋6]%));Α /1∗)ς∀> #3∀ #%/1%8))%5 )∗#38Ω6)∀∀ :% 120 Σ
Ν-274Γ
φ 16-505.221-78 _∋8 #%∋6∃%> /∃8≅∀
ΝΕΝΝΓ, ΝΕΝΣΓ φ 16-705.450-87 _∋8 ∗.%)6)1/(∀Α ∋∀)∀> 16∋6]%))%> /∃8≅∀ ∀ 3∗/#36:6∋∀16∋2);Α /616>
#3%∃%:)%=% ∃6ε∗)∀8 )∗ )∗#38Ω6)∀6 :% 380 Σ 9∗/1%1%> :% 10 (Ζς
ΕΝ. ΕΣ
φ16.β04.005-89 _∋8 /1∗ς∀%)∗3)%> /(3;1%> ∀ %1(3;1%> ∗.%)6)1/(%> #3%∃%:(∀ 16∋6]%))%>
3∗/#36:6∋∀16∋2)%> /61∀
κ γ
φ 16.505.268-76 _∋8 /%6:∀)6)∀8 /16));Α 3%≅61%( / 16∋6]%));5∀ ∗##∗3∗1∗5∀
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
134
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Γ∗3(∗ #3%∃%:∗
β%)/13Χ(1∀∃)%6 ∃;#%∋)6)∀6
ΝΣμ
Ι 1%(%#3%∃%:8ε6> Ω∀∋%> ∀≅ %ς∀)(%∃∗))%> /1∗∋2)%> #3%∃%∋%(∀ :∀∗5613∗5∀ 1,4 ∀ 1,8 55
/ ∀≅%∋8ς∀6> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗
ΝΝμ
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Ν Σμ
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#∋%/(∀5 3∗≅:6∋∀16∋2);5 %/)%∃∗)∀65
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%.%∋%9(6 ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗
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3, 8Η 5 8Η. 3 Ξ(Ω∋5χ∃ 2.6.9-4, φ8Μ 3 Ξ(Ω∋5χ∃ 4.6.7-5.
8,_,ς∀,3,&Ρε5∃ α5∋β ς∀,3,&( +(∀_5 -274Ο Ψ_∀1[53(6Ξ 57 3 ΨΞ(∋ 4β∴ ς∀,3,∋,_
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80-100 ++. Ο(ΨΨ( ς∀,3,&( ,_,∋, 15 _∗/_+. Β,ς∀,Ξ53∋∃45∃ 1 _+ α5∋β - 65 Ε+.
0:Η≅ΔΖ: 2.6.9-1. -ΛΩΟΑΒΤΓΑΔΝΩΕ> =:ΩΩΕ> ΚΒΛΝΛ=ΛΝ
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70
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550
12,5
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140
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70
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550
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135
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48
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ς∀,3,&,3, 5 5∴ Ψ∀,_5 Ψ∋1αΩβ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.6.9-6.
0:Η≅ΔΖ: 2.6.9-6. φΓΟΚ≅Τ:Α:ΖΔΛΩΩΕ> Κ:Β:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ ΟΝΦ<Δ
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ηΘ, "Θ5Χ3/(∀> β∗.6∋2);> η∗∃%:"
=. ∗.∗3%∃/(
www.amurkabel.ru
(4212) 53-88-44
Ν Νμ, Ν-274Γ, ΝΕΝΝΓ
ηΘ, "β∗.6∋2);> ≅∗∃%:
"β∗∃(∗≅(∗.6∋2"
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www.kavkazkabel.com.ru
(86631) 2-27-41
ΝβΙΣ, ΝΕΝΝΓ, ΕΣ, ΕΝ
,Θ, ",:6/(∗.6∋2"
=. ,:6//∗
www.odeskabel.com
(38 048) 716-14-05
Ν-274Γ, ΝβΙΣ, ΝΕΝΝΓ, ΝΕΝΝΓ1, ΕΝ
ηΘ,3 "ΞΝ "Ν%:%∋2/((∗.6∋2"
=. Ν%:%∋2/(
www.podolskkabel.ru
(495) 502-78-83
Ν-274Γ, ΝβΙΣ, ΝΕΝΝΓ, ΕΣ, ΕΝ, κ γ
,Θ, "Ν/(%∃(∗.6∋2"
=. Ν/(%∃
www.pscovkabel.ru
(8112) 79-18-07
ΝβΙΣ, ΝΕΝΣΓ, ΝΕΝΝΓ, ΕΝ, κ γ
,,, "Ε;.∀)/(∴∋6(13%(∗.6∋2"
=. Ε;.∀)/(
www.rec-pvc.ru
(4855) 288-988
Ν-274Γ, ΝΕΝΝΓ
ηΘ, "Ι∗5∗3/(∗8 (∗.6∋2)∗8
(%5#∗)∀8" =. Ι∗5∗3∗
www.samaracable.ru
(846) 279-12-10
ΝβΙΣ, ΝΕΝΣΓ, ΝΕΝΝΓ, ΕΝ
,Θ, "Ι∀.(∗.6∋2"
=. %5/(
www.sibkabel.ru
(3822) 65-25-65
ΝβΙΣ, ΝΕΝΝΓ, ΕΝ
,Θ, "η∗∃%: "δΧ∃∗⊥(∗.6∋2"
=. δ6.%(/∗3;
www.chuvashcable.ru
(8352)63-16-54
ΝβΙΣ, ΝΕΝΣΓ, ΝΕΝΝΓ, ΕΝ
,Θ, "Κ∋6(13%(∗.6∋2" β%∋29Χ=∀)/(∀>
≅∗∃%:"
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www.elcable.ru
(49245) 21-835
Ν-274Γ, Ν Νμ, ΝβΙΣ, ΝΕΝΓ, ΕΝ
,,, "Θ∃1∴("
=. β∋∀5%∃/( Γ.,.
(495) 540-32-49
e-mail: awtek@bk.ru Ν-274Γ, ΝΕΝΝΓ, ΕΝ, κ γΝ
"Θ γΘΙ"
=. Γ%/(∃∗
www.atlastpk.ru
(495) 517-15-34
Ν-274Γ, Ν Νμ, ΝΕΝΝΓ, ΕΝ, κ γΝ
,,, "ηΣΥ-β,Ξ Θβ "
=. Γ%/(∃∗
www.zvicom.ru
(495) 517-05-16
ΝβΙΣ, ΝΕΝΝΓ, ΕΝ
Ζ3Χ##∗ (%5#∗)∀>
"ΓΛ Θγγ,ΥΞΣΛΙ -ΓΘΕβΛ "
=. Γ%/(∃∗
(495) 203-37-25
Ν Νμ, Ν-274Γ, ΝΕΝΝΓ
,,, "Ξ%3:(∗.6∋2"
=. Γ%/(∃∗
www.nordcable.ru
(495) 107-01-40
Ν-274Γ, ΝβΙΣ, ΝΕΝΝΓ, Ν Νμ, ΕΝ
,,, "Ι∀/165; ∀ γ∀)∀∀ Ι∃8≅∀"
=. Γ%/(∃∗
www.clc.ru
(495) 197-11-47
Ν-274Γ, ΝβΙΣ, ΝΕΝΝΓ, ΕΝ
,,, "ΚγΛβ,Ξ"
=. Ν%:%∋2/( Γ 0.
www.ooo-elecon.ru
(495) 996-93-94
Ν-274Γ, ΝΕΝΝΓ, ΕΝ, κ γ, κ γΝ
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
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137
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ΨΞ(4&(∀Ξ1 ISO/IEC 11801, ( Ξ(_α∃ (+∃∀5_(4Ψ_,+1 ΨΞ(4&(∀Ξ1 TIA/EIA-568-A.
0ΔΚΕ, ι≅>Θ>ΩΑΕ ΓΛΩΟΑΒΤΓΖΔΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
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-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Δ(Ω∃∋5 +(∀_5 ΔΟΟ 3βς1Ψ_(6ΞΨΡ Ψ∃[∃45∃+ 0,12 ++2 Ψ [5Ψ∋,+ α5∋ ,Ξ 1 &, 9 5 0,35 ++2 Ψ
[5Ψ∋,+ α5∋ ,Ξ 2 &, 9. ν5∋β &,∋α4β ΩβΞ Ψ_∀1[∃4β 57 ,Ξ&∃∋ 4β∴ +∃&4β∴ ς∀,3,∋,_
&5(+∃Ξ∀,+ 4∃ +∃4∃∃ 0,16 ++ &∋Ρ Ψ∃[∃45Ρ 0,12 ++2 5 &5(+∃Ξ∀,+ 4∃ +∃4∃∃ 0,27 ++ &∋Ρ Ψ∃[∃45Ρ
0,35 ++2. 8,∋ε54( 57,∋Ρχ55 0,4 5 0,5 ++ &∋Ρ Ψ∃[∃45⊥ 0,12 5 0,35 ++2 Ψ,,Ξ3∃ΞΨΞ3∃44,.
Δ(Ω∃∋5 +(∀,_ ΟΔφ 5 ΟΔφφ ς∀∃&4(74([∃4β &∋Ρ δ5_Ψ5∀,3(44,∗, +∃ας∀5Ω,∀4,∗,
+,4Ξ(α( γ∋∃_Ξ∀5[∃Ψ_5∴ 1ΨΞ∀,⊥ΨΞ3, ∀(Ω,Ξ(6ε5∴ ς∀5 4,+54(∋ 4,+ 4(ς∀Ρα∃455 &, 500 .
[(ΨΞ,Ξβ &, 400 Γχ 5∋5 ς,ΨΞ,Ρ44,+ 4(ς∀Ρα∃455 &, 750 . ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,Ξ -50 &, +50 °Β, 5
3βς1Ψ_(6ΞΨΡ Ψ α5∋(+5 Ψ∃[∃45∃+ 0,35; 0,5 5 0,75 ++2. Α5Ψ∋, α5∋ +,α∃Ξ ΩβΞ ,Ξ 2 &, 14.
∀,3,&( +(∀,_ φΕ.ι 5 φΕ ι 3βς1Ψ_(6Ξ Ψ α5∋(+5 Ψ∃[∃45∃+ 0,2 5 0,35 ++2. 8,∋ε54(
57,∋Ρχ55 Ψ,ΨΞ(3∋Ρ∃Ξ 0,45 ++.
∀,3,&( +(∀,_ >., >.Ο, >.φ, >.Οφ 5+∃6Ξ ∗∀(&(χ56 ς, ∀(Ω,[∃+1 4(ς∀Ρα∃456
ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 50 Γχ 3 600 . 5 1000 . 5 ς,ΨΞ,Ρ44,∗, Ξ,_( 840 . 5 1400 .
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
144
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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ς∀5 γ_Ψς∋1(Ξ(χ55 ,Ξ +541Ψ 50 °Β &, ς∋6Ψ 50 °Β. Ν,ς1Ψ_(∃ΞΨΡ _∀(Ξ_,3∀∃+∃44(Ρ γ_Ψς∋1(Ξ(χ5Ρ
ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ 70 °Β (&, 6000 [) 5 ς∀5 105 °Β (&, 1000 [). Δ,4ΨΞ∀1_Ξ534β∃ ς(∀(+∃Ξ∀β
&(44β∴ ς∀,3,&,3 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.7-1. >,+54(∋ 4(Ρ Ξ,∋ε54( 57,∋Ρχ55 &∋Ρ
4(ς∀Ρα∃45Ρ 600 . Ψ,ΨΞ(3∋Ρ∃Ξ 0,35 ++, &∋Ρ 1000 . - 0,45 ++. λ3∃Ξ 57,∋Ρχ55 +,α∃Ξ
,∗,3(∀53(Ξ ΨΡ ς∀5 7(_(7∃ ς∀,3,&(.
0:Η≅ΔΖ: 2.7-1. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ ∗β, ∗β4, ∗βφ, ∗β4φ
Γ∗3(∗ #3%∃%:∗ δ∀/∋% Ω∀∋ /696)∀6
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ΞΣ, ΞΣΓ
1
0,08; 0,12; 0,20; 0,35; 0,5;
0,75; 1,0; 1,5; 2,5
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4-:% 1,5 552
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1, 2,3
% Ω6
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5-%10,35:%0,75552
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5-%10,50:%0,75552
ΞΣΓΚ
1,2,3
0,12; 0,20; 0,35; 0,50; 0,75;
1,0; 0,12; 0,20; 0,35; 0,50;
0,75; 1,0; 1,5; 2,5
600
1000
η∀4
∀,3,&( +(∀,_ ΟΓφ., ΟΓφ.-1 5 ΟΓφ.φ Ψ∃[∃45∃+ &, 0,14 ++2 ς∀∃&4(74([∃44β∃ &∋Ρ
∀(Ω,Ξβ ς∀5 4(ς∀Ρα∃455 &, 380 . ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 10 _Γχ 5∋5 &, 500 .
ς,ΨΞ,Ρ44,∗, Ξ,_(, Ψ3β0∃ 0,20 ++2 - &, 1000 . ς∃∀∃+∃44,∗, 5∋5 &, 1500 . ς,ΨΞ,Ρ44,∗, Ξ,_(
ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,Ξ -50 &, +70 °Β. 8,_,ς∀,3,&Ρε5∃ α5∋β ,Ω+(Ξβ3(6ΞΨΡ ς,∋5γδ5∀4β+5
45ΞΡ+5 (
ΟΓφ.) 5∋5 ς∋∃4_,⊥ (
ΟΓφ.-1) ς∃∀∃& 4(∋,α∃45∃+ 57,∋Ρχ55 57
ς,∋53545∋∴∋,∀5&4,∗, ς∋(ΨΞ5_(Ξ(. ∀,3,&( +(∀,_ ΟΓφ. 5 ΟΓφ.-1 5+∃6Ξ ,&41 α5∋1,
ς∀,3,&( +(∀_5 ΟΓφ.φ - ,&41, &3∃ 5∋5 Ξ∀5, 57,∋Ρχ5Ρ +,α∃Ξ 5+∃Ξ ∀(7∋5[4β⊥ χ3∃Ξ. φ_∀(4 3
ς∀,3,&(∴ +(∀_5 ΟΓφ.φ 3βς,∋4Ρ6Ξ ,Ωε5+ 57 +∃&4β∴ ∋1α∃4β∴ ς∀,3,∋,_.
Δ,4ΨΞ∀1_Ξ534β∃ ς(∀(+∃Ξ∀β ς∀,3,&,3 +(∀,_ ΟΓφ., ΟΓφ.-1, ΟΓφ.φ ς∀53∃&∃4β 3
Ξ(Ω∋5χ∃ 2.7-2.
0:Η≅ΔΖ: 2.7-2. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ 4ηδβ, 4ηδβ-1, 4ηδβφ
Γ∗3(∗ #3%∃%:∗
δ∀/∋% Ω∀∋
Ξ%5∀)∗∋2);6 /696)∀8, 552
ΓΖκΣ
1
0,12; 0,14; 0,20; 0,35; 0,50; 0,75; 1,0; 1,5
ΓΖκΣ-1
1
0,35; 0,50; 0,75; 1,0; 1,5
1
0,12; 0,14; 0,20; 0,35; 0,50; 0,75
2
0,35; 0,50; 0,75
ΓΖκΣΚ
3
0,35; 0,50; 0,75
∀,3,&( +(∀,_ Ο Ε, Ο Εφ, ΟΜ8 , ΟΒ8 , ΟΜ8 φ, ΟΒ8 φ Ψ 57,∋Ρχ5∃⊥ 57
,Ω∋1[∃44,∗, ς,∋5γΞ5∋∃4( 3βς1Ψ_(6ΞΨΡ Ψ∃[∃45∃+ 0,12-6,0 ++2. Ε45 &,ς1Ψ_(6Ξ &∋5Ξ∃∋ 416
γ_Ψς∋1(Ξ(χ56 ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ 100 °Β 5 _∀(Ξ_,3∀∃+∃4416 &, 150 °Β.
8,_,ς∀,3,&Ρε5∃ α5∋β ς∀,3,&,3 +(∀_5 ΟΜ8 ς∃∀∃& 4(∋,α∃45∃+ 57,∋Ρχ55 ,Ω+(Ξβ3(6Ξ
ς,∋5γδ5∀4β+5 45ΞΡ+5, ς∀,3,&,3 +(∀_5 ΟΒ8 - &3,⊥4β+ Ψ∋,∃+ ΨΞ∃_∋,3,∋,_4(. ≅7,∋Ρχ5Ρ
3βς,∋4Ρ∃ΞΨΡ χ3∃Ξ4,⊥.
∀,3,&( +(∀,_ ΟΓ8μ, ΟΓ8μφ 3βς1Ψ_(6ΞΨΡ Ψ∃[∃45∃+ 0,07; 0,12; 0,20 5 0,35 ++2.
∀,3,&( Ψ∃∀55 ΟΒ 3βς1Ψ_(6ΞΨΡ, 3 7(35Ψ5+,ΨΞ5 ,Ξ +(∀_5, Ψ∃[∃45∃+ ,Ξ 0,02 &, 1,5 ++2 Ψ
[5Ψ∋,+ α5∋ 1, 2 5 3. ∀,3,&( Ψ δΞ,∀,ς∋(ΨΞ,3,⊥ 57,∋Ρχ5∃⊥ &,ς1Ψ_(6Ξ &∋5Ξ∃∋ 416
γ_Ψς∋1(Ξ(χ56 ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ 200 °Β.
,+5+, Ω(7,3β∴ +(∀,_, 3βς1Ψ_(∃+β∴ ς, ΓΕΒ8(+ 5 ,Ξ_∀βΞβ+ 8Υ, +,∗1Ξ 3βς1Ψ_(Ξ ΨΡ
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3(∀5(4Ξ(+5 5Ψς,∋4∃45Ρ 4(∀1α4β∴ ,Ω,∋,[∃_ 57 +(Ξ∃∀5(∋,3 ς,45α∃44,⊥ ∗,∀6[∃ΨΞ5,
4(ς∀5+∃∀ ΟΔφφ.4∗, ΟΔφφ.4∗-LS, >.φ.4∗-LS.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
145
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Ψ5ΨΞ∃+ Ψ5∗4(∋57(χ55 Ψ ς,∋5γΞ5∋∃4,3,⊥ 57,∋Ρχ5∃⊥ 3 Ω∃∋,⊥ ,Ω,∋,[_∃ 57 ς,∋53545∋∴∋,∀5&4,∗,
ς∋(ΨΞ5_(Ξ( +(∀,_ ΔΒ . (Ω∃7 γ_∀(4(), ΔΒ φ. (Ψ γ_∀(4,+) 5 ΔΒ .Γ (Ψ ∗5Ω_5+5 α5∋(+5).
Β∀∃&45∃ 74([∃45Ρ 4(∀1α4β∴ &5(+∃Ξ∀,3 5 +(ΨΨβ ,Ξ&∃∋ 4β∴ +(∀,_ ς∀,3,&,3 ς∀53∃&∃4β 3
Ξ(Ω∋5χ(∴ 2.7-3-2.7-9.
0:Η≅ΔΖ: 2.7-3. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ ∗β, ∗β4, ∗βφ, ∗β4φ, ΘΘ
Ξ%5∀)∗∋2)%6 )∗#38Ω6)∀6, Σ
600
1000
ΞΣΚ, ΞΣΓΚ
ΞΣΚ, ΞΣΓΚ
Ξ%5∀)∗∋2)%6
/696)∀6 Ω∀∋,
552
ΞΣ,ΞΣΓ 1Ω∀∋∗ 2Ω∀∋; 3Ω∀∋; ΞΣ,ΞΣΓ 1Ω∀∋∗ 2Ω∀∋; 3Ω∀∋;
0,08
1,2
-
-
-
1,4
-
-
-
0,12
1,3
1,8
3,2
3,4
1,5
2,0
3,6
3,8
0,20
1,5
2,0
3,6
3,8
1,7
2,2
4,0
4,3
0,35
1,6
2,2
3,8
4,1
1,8
2,4
4,2
4,5
0,50
1,8
2,3
4,2
4,5
2,0
2,5
4,6
4,9
0,75
2,1
2,7
4,8
5,1
2,3
2,9
5,2
5,6
1,0
2,2
2,8
5,0
5,3
2,4
3,0
5,4
5,8
1,5
2,5
3,1
5,6
6,0
2,7
3,3
6,0
6,4
2,5
3,2
3,8
7,0
7,5
3,3
3,9
7,2
7,7
0:Η≅ΔΖ: 2.7-4. 4:ΟΟΕ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ ∗β, ∗β4, ∗βφ, ∗β4φ, Γε/ΓΘ
Ξ%5∀)∗∋2)%6 )∗#38Ω6)∀6, Σ
600
1000
ΞΣΚ, ΞΣΓΚ
ΞΣΚ, ΞΣΓΚ
Ξ%5∀)∗∋2)%6
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552
ΞΣ,ΞΣΓ 1Ω∀∋∗ 2Ω∀∋; 3Ω∀∋; ΞΣ,ΞΣΓ 1Ω∀∋∗ 2Ω∀∋; 3Ω∀∋;
0,08
1,8
-
-
-
2,3
-
-
-
0,12
2,4
8,0
16
19
2,9
9,0
18
21
0,20
3,3
9,0
19
23
3,9
10
20
25
0,35
5,0
14
22
28
5,8
15
27
34
0,50
6,5
15
25
33
7,3
16
30
38
0,75
9,5
18
34
44
10
19
36
48
1,0
11,5
20
39
52
12
21
42
56
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(4212) 53-88-44
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(846) 279-12-10
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www.sarko.ru
(8342) 49-01-70
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(3822) 65-25-65
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(8352) 63-16-54
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(49245) 21-835
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(495) 517-15-34
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(495) 517-05-16
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(495) 107-01-40
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www.clc.ru
(495) 197-11-47
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www.ooo-elecon.ru
(495) 996-93-94
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8∃∋.: (495) 777-75-04, 673-84-57
μ(_Ψ: (495) 777-75-32
E-mail: sale@tm.mkm.ru
Web: www.mkm.ru
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≅7,∋5∀,3(44β∃ Ψ5∋,3β∃ ς∀,3,&( Ξ5ς( NYM (ς∀5 _,∀∀∃_Ξ4,+ ς,&∴,&∃ _ 5∴ ς∀,573,&ΨΞ31
5 +(∀_5∀,3_∃) &,∋α4β Ψ,,Ξ3∃ΞΨΞ3,3(Ξ 4∃+∃χ_,+1 ΨΞ(4&(∀Ξ1 DIN VDE 0250-204-2000. Ε45
ς∀∃&4(74([∃4β &∋Ρ γ_Ψς∋1(Ξ(χ55 3 Ψ∃ΞΡ∴ 4( 4(ς∀Ρα∃45∃ 300/500 .. ∀,3,&( Ξ5ς( NYM-O 4∃
Ψ,&∃∀α(Ξ 7(7∃+∋Ρ6ε∃⊥ α5∋β, 3 ς∀,3,&(∴ Ξ5ς( NYM-J ,4( 5+∃∃ΞΨΡ.
Ν∋5Ξ∃∋ 4, &,ς1ΨΞ5+(Ρ Ξ∃+ς∃∀(Ξ1∀( Ξ,_,ς∀,3,&Ρε5∴ α5∋ ς∀,3,&,3 Ψ ς∋(ΨΞ+(ΨΨ,3,⊥
57,∋Ρχ5∃⊥ 4∃ &,∋α4( ς∀∃3β0(Ξ 70 °Β, ς∀,3,&,3 +(∀_5 ΗΔθ - 180 °Β.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
163
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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>,+54(∋ 4,∃ Ψ∃[∃45∃ α5∋, 5 5∴ [5Ψ∋, 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.10-1.
0:Η≅ΔΖ: 2.10-1. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ
Γ∗3(∗ #3%∃%:∗
δ∀/∋% Ω∀∋
_∀∗#∗≅%) )%5∀)∗∋2);Α /696)∀>, 552
β∋∗// Ω∀∋
ΘΝΣ
1
2,5-16
25-120
12
ΝΣ1
1
0,5-10
16-95
12
ΝΣ2
1
2,5-95
2
ΝΣη
1
0,5 - 1,5
2,5; 4,0
6,0-95
243
ΝΣ4
1
0,5; 0,75
1,0; 1,5
2,5; 4,0
6,0; 10
5
4∀∋∀5
5
4∀∋∀5
ΘΝΝΣ
2∀∋∀η
2,5-6,0
1
ΝΝΣ
2∀∋∀η
0,75-4,0
1
ΘΝφΞΝ
2∀∋∀η
2,5 - 6,0
1
ΝφΞΝ
23
1,0-6,0 1,5-6,0
11
ΝφΖΞΝ
23
0,35-6,0
0,35 - 4,0
22
ΝΕβΘ
1
0,5-2,5
1
NYM
%11:%5
1,5-10
16-35
12
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θ ., . 1_(7(4( 3 Ξ(Ω∋5χ∃ 2.10-2.
0:Η≅ΔΖ: 2.10-2. ∗ΛΘΔΩ:≅ςΩ:Φ ΑΛ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ ΚΒΛΝΛ=ΛΝ
Θ:ΒΛΓ %[β, [β, %[[β, [[β, ΘΘ
Ξ%5∀)∗∋2)%6 /696)∀6 Ω∀∋;, 552
η)∗96)∀8 1%∋ε∀);
0,5-1,0
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25; 35
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50; 70
1,4
95; 120
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Ψ,ΨΞ(3∋Ρ∃Ξ 0,5 ++, 05∀54( - 1,0 ++.
8,∋ε54( 57,∋Ρχ55 ς∀,3,&,3 +(∀,_ θ Υ> , Υ , ΥΓ> &,∋α4( ΩβΞ 4∃ +∃4∃∃ 0,3
++, Ξ,∋ε54( ,Ω,∋,[_5 - 4∃ +∃4∃∃ 0,5 ++.
>,+54(∋ 4β∃ 74([∃45Ρ Ξ,∋ε54β 57,∋Ρχ55 ς∀,3,&,3 Ξ5ς( NYM Ψ,ΨΞ(3∋Ρ6Ξ 0,6-1,2 ++ 3
7(35Ψ5+,ΨΞ5 ,Ξ Ψ∃[∃45Ρ α5∋. ι(ς,∋4∃45∃ +,α∃Ξ 3βς,∋4ΡΞ ΨΡ 57 ∀(7∋5[4β∴ +(Ξ∃∀5(∋,3
(Ψς∃χ5(∋ 4β∴
ς,∋53545∋∴∋,∀5&4β∴
_,+ς,75χ5⊥,
_,+ς,75χ5⊥ 4(
,Ψ4,3∃
4∃31∋_(4575∀,3(44,⊥ ∀∃754β), _(_ ς∀(35∋,, Ψ ς,3β0∃44β+ Ψ,&∃∀α(45∃+ +∃∋(. ∀5 γΞ,+
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,Ω,∋,[_5 ς∀,3,&,3 Ξ5ς( NYM Ψ,ΨΞ(3∋Ρ∃Ξ 1,4-1,8 ++ 3 7(35Ψ5+,ΨΞ5 ,Ξ &5(+∃Ξ∀(.
>(∀1α4β∃ ∀(7+∃∀β 5 ,∀5∃4Ξ5∀,3,[4β∃ 74([∃45Ρ +(ΨΨβ ,Ξ&∃∋ 4β∴ Ξ5ς,3 ς∀,3,&,3
ς∀53∃&∃4β 3 Ξ(Ω∋5χ(∴ 2.10-3 - 2.10-φ.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
164
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.10.3. 4:ΓΟΔΘ:≅ςΩΕΙ Ω:ΒΤΣΩΕΙ =Δ:Θ>ΑΒ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ %[β, [β, ΘΘ
Γ∗3(∗ #3%∃%:∗
Ξ%5∀)∗∋2)%6 /696)∀6
Ω∀∋;, 552
ΘΝΣ, ΝΣ1
ΝΣ2
ΝΣη
ΝΣ4
0,5
2,4
-
2,6
2,6
0,75
2,6
-
2,8
2,8
1,0
2,8
-
3,0
3,0
1,5
3,3
-
3,4
3,5
2,5
3,9
4,2
4,2
4,2
4,0
4,4
4,8
4,8
4,8
6,0
4,9
5,4
6,3
6,3
10
6,4
6,8
7,6
7,6
16
8,0
8,0
8,8
-
25
9,8
9,8
11
-
35
11
11
12,5
-
50
13
13
14,5
-
70
15
15
17
-
95
17
17
19
-
120
19
-
-
-
0:Η≅ΔΖ: 2.10-4. 4:ΓΟΔΘ:≅ςΩΕ> Ω:ΒΤΣΩΕ> Β:<Θ>ΒΕ ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ %[[β Δ [[β, ΘΘ
δ∀/∋% ∀ )%5∀)∗∋2)%6
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2,8
6,8
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2,8
10,8
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3,3
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3x1,5
3,3
12,3
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3,9
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3,9
14,1
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4,4
10,0
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4,4
15,6
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4,9
11,0
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17,1
0:Η≅ΔΖ: 2.10-5. 6ΚΒ:ΝΛΡΩΕ> Ω:ΒΤΣΩΕ> Β:<Θ>ΒΕ Δ Θ:ΟΟ: ΚΒΛΝΛ=ΛΝ Θ:ΒΓΔ [π∗[
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3,6
9,5
56
2x2,5
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74
2x4,0
4,8
11,8
110
3x1,5
3,6
15,5
80
3x2,5
4,0
16,5
110
0:Η≅ΔΖ: 2.10-6. 4:ΟΟ: ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ %[β, [β, Γε/ΓΘ
Γ∗3(∗ #3%∃%:∗
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Ω∀∋;, 552
ΘΝΣ
ΝΣ1
ΝΣ2
ΝΣη
ΝΣ4
0,5
-
8,5
-
9
10
0,75
-
11
-
12
12
1,0
-
14
-
14
15
1,5
-
20
-
20
20
2,5
16
30
31
31
31
4,0
21
45
48
48
48
6,0
29
65
69
70
70
10
47
110
115
115
120
16
66
170
180
180
-
25
110
270
280
290
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35
150
370
380
380
-
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
165
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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ΘΝΣ
ΝΣ1
ΝΣ2
ΝΣ3
ΝΣ4
50
200
490
520
520
-
70
270
700
710
730
-
95
370
970
980
990
-
120
440
-
-
-
-
0:Η≅ΔΖ: 2.10-7. 4:ΟΟ: ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ %[[β, [[β, Γε/ΓΘ
Γ∗3(∗ #3%∃%:∗
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ΘΝΝΣ
ΝΝΣ
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-
22
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-
30
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40
2x2,5
32
62
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43
92
2x6,0
58
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-
33
3x1,0
-
45
3x1,5
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60
3x2,5
48
94
3x4,0
64
140
3x6,0
87
-
0:Η≅ΔΖ: 2.10-8. ∗:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ ΑΔΚ: NYM
(ΘΔΩΔΘ:≅ςΩΕΙ/Θ:ΓΟΔΘ:≅ςΩΕΙ), ΘΘ
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2
3
4
5
1,5
8,4/9,8
8,8/10,5
9,5/11
9,9/12
2,5
9,6/11
10/11,5
11/12,5
11,5/13,5
4,0
11/12,5
11,5/13
12,5/14,5
14/16,5
6,0
12/13,5
12/15
14,5/16,5
15,5/18
10
15/17
16/18
17/19,5
18,5/21,5
16
17/20
18,5/22
20,5/23,5
22,5/26
0:Η≅ΔΖ: 2.10-9. 6ΚΒ:ΝΛΡΩΕ> <Ω:Ρ>ΩΔΦ Θ:ΟΟΕ ΚΒΛΝΛ=ΛΝ ΑΔΚ: NYM, Γε/ΓΘ
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2
3
4
5
1,5
120
140
160
190
2,5
160
190
230
270
4,0
230
270
350
450
6,0
290
350
500
550
10
450
600
700
850
16
700
900
1100
1400
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
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ς∀,3,&( 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.10-10.
0:Η≅ΔΖ: 2.10-10. ⊥Ω:Ρ>ΩΔΦ ΔΟΚΕΑ:Α>≅ςΩΛεΛ Ω:ΚΒΦΣ>ΩΔΦ ΚΒΛΝΛ=ΛΝ
Γ∗3(∗ #3%∃%:∗
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ΘΝΣ, ΝΣ1, ΝΣ2, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
2500 / 15
ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ
1500/1
ΝΕβΘ
2500/5
NYM
2000 / 15
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
166
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www.mkm.ru
(81657) 2-33-73
ΘΝΣ, ΝΣ1, ΝΣ2, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ,
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www.amurkabel.ru
(4212) 53-88-44
ΘΝΣ, ΝΣ1, ΝΣ2, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
ηΘ, "β∗.6∋2);> ≅∗∃%:
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www.kavkazkabel.com.ru
(86631) 2-27-41
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ
ηΘ, "η∗∃%: Γ%/(∗.6∋2"
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www.mkm.ru
(495) 777-75-35
ΘΝΣ, ΝΣ1
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www.odeskabel.com
(38 048) 716-14-05
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www.podolskkabel.ru
(495) 502-78-83
ΝΣ1.ΝΣη, ΝΣ4.ΝΝΣ
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=. Ν/(%∃
www.pscovkabel.ru
(8112) 79-18-07
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
,,, "Ε;.∀)/((∗.6∋2"
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www.rkz.ru
(4855) 29-77-77
ΘΝΣ, Ν.Σ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΝφΞΝ, ΝφΖΞΝ, ΝΕβΘ
,,, "Ε;.∀)/(∴∋6(13%(∗.6∋2"
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www.rec-pvc.ru
(4855) 288-988
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ
ηΘ, "Ι∗5∗3/(∗8 (∗.6∋2)∗8
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www.samaracable.ru
(846) 279-12-10
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΝφΞΝ, ΝφΖΞΝ
,Θ, "η∗∃%: "Ι∗3∗)/((∗.6∋2"
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www.saranskkabel.ru
(8342)29-71-13
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ
,Θ, "Ι∀.(∗.6∋2" =. %5/(
www.sibkabel.ru
(3822) 65-25-65
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ
,Θ, "η∗∃%: "δΧ∃∗⊥(∗.6∋2"
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www.chuvashcable.ru
(8352) 63-16-54
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ
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www.elcable.ru
(49245) 21-835
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ,
NYM
ηΘ, "η∗∃%: "Κ)63=%(∗.6∋2"
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(49651) 3-10-74
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
,,, "Θ∃1∴("
=. β∋∀5%∃/( Γ.,.
(495) 540-32-49
e-mail: awtek@bk.ru ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ, NYM
"Θ γΘΙ"
=. Γ%/(∃∗
www.atlastpk.ru
(495) 517-15-34
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ,
ΝΕβΘ, NYM
,,, "ηΣΥ-β,Ξ Θβ " =. Γ%/(∃∗
www.zvicom.ru
(495) 517-05-16
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ, NYM
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(495) 203-37-25
ΘΝΣ, ΝΣ1, ΝΣ2, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
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www.nordcable.ru
(495) 107-01-40
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ, NYM
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www.clc.ru
(495) 197-11-47
ΝΣ1, ΝΣη, ΝΝΣ, ΝφΞΝ
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www.ooo-elecon.ru
(495) 996-93-94
ΘΝΣ, ΝΣ1, ΝΣη, ΘΝΝΣ, ΝΝΣ, ΘΝφΞΝ, ΝφΞΝ, ΝφΖΞΝ,
ΝΕβΘ, NYM
ηΘ, "Γ _ "Κ)63=%36=∀%)(%5#∋6(1"
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(495) 258-99-58
e-mail: erc@erc.ru
ΘΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΝΝΣ
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12,4
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11,3
14,5
4x0,75
6,8
8,8
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0,6
0,9
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0,8
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0,9
1,2
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0,9
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172
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4,5
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42,9
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1,6
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38,4
48,3
---
3x95,0
1,8
5,3
43,3
54,0
4x1,00
1,5
9,2
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0,8
1,7
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13,1
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1,0
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1,6
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0,8
1,8
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0,9
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2,2
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1,0
2,5
17,5
22,2
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3,6
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29,1
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1,2
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26,4
33,3
ΝΙΖ
5x25,0
5
1,4
4,4
32,0
40,4
---
* Ν∋Ρ ς∀,3,&,3 5 041∀,3, ς∀∃&4(74([∃44β∴ &∋Ρ (∀+5∀,3(45Ρ 4∃∀(7Ω,∀4,⊥ (∀+(Ξ1∀,⊥.
.Ξ,∀,∃ 74([∃45∃ 4(∀1α4β∴ ∀(7+∃∀,3 (Ω∃7 74(_( *) --- &∋Ρ ς∀,3,&,3 5 041∀,3, 4∃ ς∀∃&4(74([∃44β∴ &∋Ρ (∀+5∀,3(45Ρ
4∃∀(7Ω,∀4,⊥ (∀+(Ξ1∀,⊥; ς∀5 7(_(7∃ _ +(∀_(+ γΞ5∴ ς∀,3,&,3 5 041∀,3 &,Ω(3∋Ρ6Ξ Ω1_31 "4".
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74(_,+*) 5 ς,∋53545∋∴∋,∀5&4,⊥ 57,∋Ρχ5∃⊥ ς, Ξ∀∃Ω,3(456 ς,Ξ∀∃Ω5Ξ∃∋Ρ Ξ,_,ς∀,3,&Ρε5∃
α5∋β &,∋α4β ΩβΞ 57∗,Ξ,3∋∃4β 57 +∃&4β∴ ∋1α∃4β∴ ς∀,3,∋,_. ∀5 7(_(7∃ _ +(∀_∃ ς∀,3,&(
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Ξ,∋ε54,⊥ 57,∋Ρχ55 0,5 ++.
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0:Η≅ΔΖ: 2.11-2. #:ΟΖΝ>ΑΓ: ΛΗΛ≅ΛΡΓΔ ΚΒΛΝΛ=ΛΝ
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0:Η≅ΔΖ: 2.11-4. 4:ΟΟ: ΚΒΛΝΛ=ΛΝ, Γε/ΓΘ
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340
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280
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∀,3,& +(∀_5 ΒΓ &,∋α∃4 3β&∃∀α(Ξ 5ΨςβΞ(45∃ ς∃∀∃+∃44β+ 4(ς∀Ρα∃45∃+ 2500 .,
ς∀,3,&( 5 041∀β ,ΨΞ(∋ 4β∴ +(∀,_ - 2000 . 4,+54(∋ 4,⊥ [(ΨΞ,Ξ,⊥ 50 Γχ 3 Ξ∃[∃45∃ 5 +54 Ω∃7
ς,∗∀1α∃45Ρ 3 3,&1.
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≅7,∋5∀,3(44β∃ α5∋β ς∀,3,&,3 5 041∀,3, 7( 5Ψ_∋6[∃45∃+ +(∀,_ φΕΓ 5 φ.Ν, ς,Ψ∋∃
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&∋Ρ ς∀,3,&( +(∀_5 ΒΓ.
πΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
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+40 °Β, ς∀,3,&( 3 5Ψς,∋4∃455 Υ - ,Ξ -40 &, +40 °Β.
Β∀,_ Ψ∋1αΩβ ς∀,3,&,3 +(∀_5 φΗΕ Ψ,ΨΞ(3∋Ρ∃Ξ 4∃ +∃4∃∃ 4 ∋∃Ξ, ς∀,3,&,3 +(∀_5 φΕΓ - 4∃
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175
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(81657) 2-33-73
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(4212) 53-88-44
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www.kavkazkabel.com.ru
(86631) 2-27-41
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(38 048) 716-14-05
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www.podolskkabel.ru
(495) 502-78-83
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(8112) 79-18-07
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www.rkz.ru
(4855) 29-77-77
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(4855) 288-988
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(846) 279-12-10
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(8342)29-71-13
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www.sibkabel.ru
(3822) 65-25-65
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(8352) 63-16-54
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(49245) 21-835
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(495) 517-15-34
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(495) 517-05-16
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www.nordcable.ru
(495) 107-01-40
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www.clc.ru
(495) 197-11-47
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www.ooo-elecon.ru
(495) 996-93-94
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(4212) 53-88-44
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(86631) 2-27-41
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(38 048) 716-17-73
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(495) 502-78-83
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(4855) 29-77-77
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(8342) 29-71-13
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(3822) 65-25-65
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(8352) 63-16-54
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(49245) 21-835
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(495) 517-15-34
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(495) 517-05-16
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(495) 996-93-94
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Γ∃,+∃Ξ∀5[∃Ψ_5∃ ς(∀(+∃Ξ∀β ,Ω+,Ξ,[4β∴ ς∀,3,&,3 ∴(∀(_Ξ∃∀5716ΞΨΡ ∀(745χ∃⊥ +∃α&1
4(∀1α4β+5 ∀(7+∃∀(+5 5 ∀(7+∃∀(+5 α5∋β (∀5Ψ14,_ 2.13.1-1), Ξ.∃. 1&3,∃44,⊥ Ξ,∋ε54,⊥
57,∋Ρχ55.
∀∃&()+ 2.13.1-1. ≅Φ/6Η682ΠΘ∀6 /3Ε96/> )59)-)Λ(>Ρ Φ/)θ)Η)θ
Δ∀1∗∋β∃ ,Ω+,Ξ,[4β∃ ς∀,3,&( +(∀,_ θ Λ 5 Λ, 3 ,Ψ4,34,+, 3βς1Ψ_(6ΞΨΡ Ψ &5(ς(7,4,+
4,+54(∋ 4β∴ &5(+∃Ξ∀,3 1,40 - 6,00 ++ 5 1&3,∃44,⊥ Ξ,∋ε54,⊥ 57,∋Ρχ55 0,30 5 0,72 ++, ∴,ΞΡ
&∃⊥ΨΞ316ε∃⊥ &,_1+∃4Ξ(χ5∃⊥ ς∀∃&1Ψ+,Ξ∀∃4β 5 &∀1∗5∃ ∀(7+∃∀β. Ο(_Ψ5+(∋ 4β∃ &5(+∃Ξ∀β
_∀1∗∋β∴ ς∀,3,&,3 +(∀_5 θ Λ 5 Λ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.13.1-1.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
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0:Η≅ΔΖ: 2.13.1-1. 4:ΓΟΔΘ:≅ςΩΕ> =Δ:Θ>ΑΒΕ ΓΒΤε≅ΕΞ ΚΒΛΝΛ=ΛΝ %[∀, ΘΘ
η)∗96)∀6 5∗(/∀5∗∋2)%=% :∀∗5613∗, #3∀ )%5∀)∗∋2)%> 1%∋ε∀)6 ∀≅%∋8ς∀∀
Ξ%5∀)∗∋2);> :∀∗5613 Ω∀∋;, 55
0,30 55
0,72 55
1,40
1,77
2,24
1,50
1,87
2,34
1,60
1,97
2,44
1,70
2,07
2,54
1,80
2,17
2,64
1,90
2,27
2,74
2,00
2,37
2,84
2,12
2,49
2,96
2,24
2,61
3,08
2,36
2,73
3,20
2,50
2,88
3,35
2,65
3,03
3,50
2,80
3,18
3,65
3,00
3,38
3,85
3,15
3,53
4,00
3,35
3,73
4,20
3,55
3,94
4,41
3,75
4,14
4,61
4,00
4,39
4,86
4,25
4,64
5,11
4,50
4,90
5,37
4,75
5,15
5,62
5,00
5,40
5,87
5,20
5,60
6,07
5,30
5,70
6,17
6,00
6,40
6,87
∀Ρ+,1∗,∋ 4β∃ ς∀,3,&( +(∀,_ θ Λ, Λ 3βς1Ψ_(6ΞΨΡ 3 &5(ς(7,4∃ ∀(7+∃∀,3 ς, ΨΞ,∀,4∃
,Ξ 1,00 &, 5,60 ++, ς, ΨΞ,∀,4∃ b ,Ξ 4,00 &, 16,00 ++, ς∀,3,&( +(∀,_ θ ΛΥ, ΛΥ - 3 &5(ς(7,4∃
∀(7+∃∀,3 ς, ΨΞ,∀,4∃ ,Ξ 1,80 &, 5,60 ++, ς, ΨΞ,∀,4∃ b ,Ξ 4,75 &, 14,00 ++. Ο(_Ψ5+(∋ 4β∃
4(∀1α4β∃ ∀(7+∃∀β . ς∀,3,&,3 +(∀,_ θ Λ 5 Λ 3 7(35Ψ5+,ΨΞ5 ,Ξ 1&3,∃44,⊥ Ξ,∋ε54β
57,∋Ρχ55 (∀-b) ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.13.1-2, ς∀,3,&,3 +(∀_5 ΛΥ 3 Ξ(Ω∋5χ∃ 2.13.1-3.
0:Η≅ΔΖ: 2.13.1-2. 4:ΓΟΔΘ:≅ςΩΕ> Β:<Θ>ΒΕ β ΚΒΦΘΛΤεΛ≅ςΩΕΞ ΚΒΛΝΛ=ΛΝ
Θ:ΒΛΓ %[∀ Δ [∀, ΘΘ
1%∋ε∀)∗ ∀≅%∋8ς∀∀ (Σ-b), 55
b, 55
0,45
0,55
0,72
0,96
1,20
1,35
1,68
1,92
4,00
4,55
4,67
4,87
5,11
5,40
5,55
5,88
6,12
4,25
4,80
4,92
5,12
5,36
5,65
5,80
6,13
6,37
4,50
5,05
5,17
5,37
5,61
5,90
6,05
6,38
6,62
4,75
5,30
5,42
5,62
5,86
6,15
6,30
6,63
6,87
5,00
5,55
5,67
5,87
6,11
6,40
6,55
6,88
7,12
5,30
5,85
5,97
6,17
6,41
6,70
6,85
7,18
7,42
5,60
6,15
6,27
6,47
6,71
7,00
7,15
7,48
7,72
6,00
6,55
6,67
6,87
7,11
7,40
7,55
7,88
8,12
6,30
6,88
7,00
7,20
7,44
7,73
7,88
8,21
8,45
6,70
7,28
7,40
7,60
7,84
8,13
8,28
8,61
8,85
7,10
7,68
7,80
8,00
8,24
8,53
8,68
9,01
9,25
7,50
8,08
8,20
8,40
8,64
8,93
9,08
9,41
9,65
8,00
8,58
8,70
8,90
9,14
9,43
9,58
9,91
10,15
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
181
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
1%∋ε∀)∗ ∀≅%∋8ς∀∀ (B-b), 55
b, 55
0,45
0,55
0,72
0,96
1,20
1,35
1,68
1,92
8,50
9,08
9,20
9,40
9,64
9,93
10,08
10,41
10,65
9,00
9,58
9,70
9,90
10,14
10,43
10,58
10,91
11,15
9,50
10,58
10,20
10,40
10,64
10,93
11,08
11,41
11,65
10,00
10,58
10,70
10,90
11,14
11,43
11,58
11,91
12,15
10,60
11,18
11,30
11,50
11,74
12,03
12,18
12,51
12,75
11,20
11,78
11,90
12,10
12,34
12,63
12,78
13,11
13,35
11,80
12,38
12,50
12,70
12,94
13,23
13,38
13,71
13,95
12,50
13,10
13,22
13,42
13,66
13,95
14,10
14,43
14,67
13,20
13,80
13,92
14,12
14,36
14,65
14,80
15,13
15,37
14,00
14,60
14,72
14,92
15,16
15,45
15,60
15,93
16,17
15,00
15,60
15,72
15,92
16,16
16,45
16,60
16,93
17,17
16,00
16,60
16,72
16,92
17,16
17,45
17,60
17,93
18,17
0:Η≅ΔΖ: 2.13.1-3. 4:ΓΟΔΘ:≅ςΩΕ> Β:<Θ>ΒΕ β ΚΒΛΝΛ=ΛΝ Θ:ΒΛΓ %[∀π, [∀π, ΘΘ
1%∋ε∀)∗ ∀≅%∋8ς∀∀ (Σ-b), 55
b, 55
1,35
2,0
2,48
2,96
3,6
4,08
4,4
4,75
-
-
4,73
7,91
-
-
-
5,60
-
-
8,28
8,76
-
-
-
6,00
-
-
8,68
8,76
-
-
-
6,30
-
-
8,98
9,46
-
-
-
6,70
8,22
8,87
9,40
9,88
10,57
11,05
11,42
7,10
8,62
9,27
9,8
10,28
10,97
11,45
11,82
7,50
9,02
9,67
10,2
10,68
11,37
11,85
12,22
8,00
9,52
10,17
10,7
11,18
11,87
12,35
12,72
8,50
10,02
10,67
11,2
11,68
12,37
12,85
13,22
9,00
10,52
11,17
11,7
12,18
12,87
13,35
13,72
9,50
11,02
11,67
12,20
12,68
13,37
13,85
14,22
10,00
11,52
12,17
12,70
13,18
13,87
14,35
14,72
10,60
12,12
12,77
13,30
13,78
14,47
14,95
15,32
11,20
12,72
13,37
13,90
14,38
15,07
15,55
15,92
11,80
13,32
13,97
14,50
14,98
15,67
16,15
16,52
12,50
14,02
14,67
15,20
15,68
16,37
16,85
17,22
13,20
14,75
15,40
15,93
16,41
17,10
17,58
17,95
14,00
15,5
16,20
16,73
17,21
17,90
18,38
18,75
Δ,4ΨΞ∀1_χ5Ρ ς,&∀(7&∃∋∃44β∴ ς∀,3,&,3 +(∀_5 Λ Υ ς,_(7(4( 4( ∀5Ψ14_∃ 2.13.1-2, (
+(_Ψ5+(∋ 4β∃ ∀(7+∃∀β ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.13.1-4.
∀∃&()+ 2.12.1-2. ,)(∃-/&+1∀2 Φ)Η/3ΕΗ686((>Ρ Φ/)θ)Η)θ ∃ Ηθ&92 ∀ -/692
Τ8696(-3/(>9∀ Φ/)θ)Η(∀+39∀
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/ 2-58 #3%∃%:)∀(∗5∀
/ 3-58 #3%∃%:)∀(∗5∀
1%∋ε∀)∗ ∀≅%∋8ς∀∀ (Σ-b), 55
1%∋ε∀)∗ ∀≅%∋8ς∀∀ (Σ-b), 55
b, 55
2,00
2,48
2,96
2,00
2,48
2,96
7,50
10,4
11,0
11,5
-
-
-
8,00
10,9
11,5
12,0
-
-
-
8,50
11,4
12,0
12,5
-
-
-
9,00
11,9
12,5
13,0
-
-
-
9,50
12,4
13,0
13,5
-
-
-
10,00
12,95
13,5
14,0
12,2
12,7
13,2
10,60
13,55
14,1
14,6
13,8
14,3
14,8
11,20
14,5
14,7
15,2
14,4
14,9
15,4
11,80
14,75
15,3
15,8
15,0
15,5
16,7
12,50
15,45
16,0
16,5
15,7
16,2
-
13,20
16,15
16,7
17,2
16,4
16,9
17,4
14,00
16,95
17,5
18,0
17,2
17,7
18,2
15,00
17,95
18,5
19,0
18,2
18,7
19,2
16,00
19,0
19,55
20,05
19,2
19,75
20,25
∀,3,&( +(∀,_ θ θ, θ, θ-2, θ-1 3βς1Ψ_(6ΞΨΡ 3 &5(ς(7,4∃ ∀(7+∃∀,3 ς,
ΨΞ,∀,4∃ ,Ξ 1,12 &, 5,00 ++ 5 ς, ΨΞ,∀,4∃ b ,Ξ 4,00 &, 16,00 ++. >,+54(∋ 4β∃ 74([∃45Ρ
1&3,∃44,⊥ Ξ,∋ε54β 57,∋Ρχ55 (∃- ) 5 (∀-b) ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.13.1-5.
0:Η≅ΔΖ: 2.13.1-5. 0Λ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ Δ< ΟΔΩΑ>ΑΔΡ>ΟΓΛΙ ΗΤΘ:εΔ, ΘΘ
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(495) 777-75-03
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Ι (3Χ=∋%> ∀∋∀ #385%Χ=%∋2)%> Ω∀∋%> / :∃ΧΑ/∋%>)%> ∀≅%∋8ς∀6> ∀≅ /16(∋8));Α )∀16>
/ #%:(∋6>(%> ∀ #3%#∀1(%> ∋∗(%5
ΝΙ_-γ
155
% Ω6, / #%∃63Α)%/1);5 ∋∗(%∃;5 /∋%65
ΝΙγ_
155
% Ω6, 91% ΝΙ_, / ∀≅%∋8ς∀6> ∀≅ /16(∋%#%∋∀∴]∀3);Α )∀16>
ΝΙ_
155
% Ω6, 91% ΝΙ_, / Χ1%)6))%> ∀≅%∋8ς∀6>
ΝΙ_ -γ
155
% Ω6, / #%∃63Α)%/1);5 ∋∗(%∃;5 /∋%65
ΝΙγ_
155
% Ω6, 91% ΝΙγ_, / Χ1%)6))%> ∀≅%∋8ς∀6>
ΝΙ_-1
155
Ι #385%Χ=%∋2)%> Ω∀∋%> / :∃ΧΑ/∋%>)%> ∀≅%∋8ς∀6> ∀≅ /16(∋8));Α )∀16> / #3%#∀1(%>
∀ #%:(∋6>(%> 1635%36∗(1∀∃);5 ∋∗(%5
ΝΙ_-934
155
% Ω6, / #3%#∀1(%> ∀ #%:(∋6>(%> ∴#%(/∀:)%-#%∋∀∴]∀3);5 ∋∗(%5 ΚΝ-934
ΝΙ_Ν
155
% Ω6, 91% ΝΙ_-1, / #%∋%> Ω∀∋%>
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
187
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ #3%∃%:∗
65#63∗1Χ3);>
∀):6(/, °Ι
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
ΝΙ_Ν-934
155
% Ω6, / #3%#∀1(%> ∀ #%:(∋6>(%> ∴#%(/∀:)%-#%∋∀∴]∀3);5 ∋∗(%5 ΚΝ-934
ΝΙ_β
200
% Ω6, 91% ΝΙ_, / #3%#∀1(%> ∀ #%:(∋6>(%> (365)∀>%3=∗)∀96/(∀5 ∋∗(%5
ΝΙ_β-γ
200
% Ω6, / #%∃63Α)%/1);5 ∋∗(%∃;5 /∋%65
ΝΙγ_β
200
% Ω6, 91% ΝΙ_β, / ∀≅%∋8ς∀6> ∀≅ /16(∋%#%∋∀∴]∀3);Α )∀16>
ΝΙ_β
200
% Ω6, 91% ΝΙ_β, / Χ1%)6))%> ∀≅%∋8ς∀6>
ΝΙ_β -γ
200
% Ω6, / #%∃63Α)%/1);5 ∋∗(%∃;5 /∋%65
ΝΙγ_β
200
% Ω6, 91% ΝΙγ_β, / Χ1%)6))%> ∀≅%∋8ς∀6>
Ν,μ
600
Ι (3Χ=∋%> ∀∋∀ #385%Χ=%∋2)%> )∀(6∋∀3%∃∗))%> 56:)%> Ω∀∋%> / :∃ΧΑ/∋%>)%>
∀≅%∋8ς∀6> ∀≅ /16(∋8));Α )∀16> / #3%#∀1(%> ∀ #%:(∋6>(%> %3=∗)%/∀∋∀(∗1);5
/%/1∗∃%5
Ν,μ-700
700
% Ω6, / Ω∀∋%> ∀≅ /#6ς∀∗∋2)%=% 56:)%=% /#∋∗∃∗
Γ6:);6 #3%∃%:∗ / ∴5∗∋6∃%-∃%∋%()∀/1%> ∀≅%∋8ς∀6>
ΝΚχ,
105
Ι (3Χ=∋%> Ω∀∋%>, ∴5∗∋∀3%∃∗))%> ∋∗(%5 /%%1∃61/1∃ΧΠε6> )∗=36∃%/1%>(%/1∀, /
%:)%/∋%>)%> %.5%1(%> ∀≅ Α∋%#9∗1%.Χ5∗Ω)%> #38Ω∀
ΝΚχ_
105
% Ω6, / :∃ΧΑ/∋%>)%> %.5%1(%> ∀≅ Α∋%#9∗1%.Χ5∗Ω)%> #38Ω∀
ΝΚκ,
105
% Ω6, 91% ΝΚχ,, / %.5%1(%> ∀≅ ⊥6∋(%∃;Α )∀16>
ΝΚβ,
120
% Ω6, / %.5%1(%> ∀≅ (∗#3%)%∃;Α )∀16>
ΝΚβ_
120
% Ω6, / :∃ΧΑ/∋%>)%> %.5%1(%>
ΝΚγ,
130
Ι (3Χ=∋%> Ω∀∋%> / #%∋∀∴]∀3)%> ∴5∗∋6∃%> ∀≅%∋8ς∀6> / %:)%/∋%>)%> %.5%1(%> ∀≅
#%∋∀∴]∀3);Α )∀16>
ΝΚ ΣΙ_
155
Ι (3Χ=∋%> ∀∋∀ #385%Χ=%∋2)%> Ω∀∋%>, ∴5∗∋∀3%∃∗))%> ∋∗(%5 /%%1∃61/1∃ΧΠε6>
)∗=36∃%/1%>(%/1∀, / :∃ΧΑ/∋%>)%> %.5%1(%> ∀≅ /16(∋8));Α )∀16> / #3%#∀1(%> ∋∗(%5
ΝΚ ΣΙ_
155
% Ω6, / Χ1%)6))%> ∀≅%∋8ς∀6>
ΝΚ Ι,
155
Ι #385%Χ=%∋2)%> Ω∀∋%>, ∴5∗∋∀3%∃∗))%> #%∋∀∴]∀3∀5∀:);5 ∋∗(%5, / %:)%/∋%>)%>
%.5%1(%> ∀≅ /16(∋8));Α )∀16> / #3%#∀1(%> 1635%36∗(1∀∃);5 /∃8≅ΧΠε∀5
ΝΚ Ιγ,
155
% Ω6, / %.5%1(%> ∀≅ /16(∋8));Α ∀ #%∋∀∴]∀3);Α )∀16>
ΝΚ Ι_
180
% Ω6, 91% ΝΚ ΣΙ_
ΝΚ Ι_β
200
% Ω6, / #3%#∀1(%> (365)∀>%3=∗)∀96/(∀5 ∋∗(%5, / Χ1%)6))%> ∀≅%∋8ς∀6>
β3Χ=∋;6 #3%∃%:∗ ∀≅ /#∋∗∃%∃ /%#3%1∀∃∋6)∀8 / ∴5∗∋6∃%-∃%∋%()∀/1%> ∀≅%∋8ς∀6>
ΝΚκ,βΓ
105
μ∀∋∗ - (%)/1∗)1∗) 58=(∀>
ΝΚκ,β
105
μ∀∋∗ - (%)/1∗)1∗) 1∃63:;>
ΝΚκ,ΓΓ
105
μ∀∋∗ - 5∗)=∗)∀) 58=(∀>
ΝΚκ,Γ
105
μ∀∋∗ - 5∗)=∗)∀) 1∃63:;>
β3Χ=∋;6 5)%=%#3%∃%∋%9);6 #3%∃%:∗ (∋∀1ς6):3∗1;) / ∴5∗∋6∃%-∃%∋%()∀/1%> ∀≅%∋8ς∀6>
γΚΝκ_
105
Ι% /(3Χ96))%> Ω∀∋%> ∀≅ 6:∀)∀9);Α ∴5∗∋∀3%∃∗));Α #3%∃%∋%( :∀∗5613%5 %1 0,063
:% 0,10 55, :∋8 ∃;/%(%9∗/1%1);Α (∗1Χ⊥6(, %.∋ΧΩ∀∃∗Πε∀6/8 .6≅ #36:∃∗3∀16∋2)%>
≅∗9∀/1(∀, / %.ε6> :∃ΧΑ/∋%>)%> ∀≅%∋8ς∀6> ∀≅ ⊥6∋(%∃;Α )∀16>
γΚΝβ,
120
% Ω6, / %:)%/∋%>)%> ∀≅%∋8ς∀6> ∀≅ (∗#3%)%∃;Α )∀16>
γΚγ,
130
Ι% /(3Χ96))%> Ω∀∋%> ∀≅ 6:∀)∀9);Α ∴5∗∋∀3%∃∗));Α #3%∃%∋%( :∀∗5613%5 %1 0,063
:% 0,10 55, :∋8 ∃;/%(%9∗/1%1);Α (∗1Χ⊥6(, / %.ε6> %:)%/∋%>)%> ∀≅%∋8ς∀6> ∀≅
#%∋∀∴]∀3);Α )∀16>
γΚγ_
130
% Ω6, / :∃ΧΑ/∋%>)%> ∀≅%∋8ς∀6>
-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
ι4([∃45Ρ +(_Ψ5+(∋ 4,⊥ 1&3,∃44,⊥ Ξ,∋ε54β 57,∋Ρχ55 _∀1∗∋β∴ ς∀,3,&,3 +(∀_5 ΛΝ
ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.13.3-1.
Ο(_Ψ5+(∋ 4β∃ 4(∀1α4β∃ ∀(7+∃∀β ς∀Ρ+,1∗,∋ 4β∴ ς∀,3,&,3 +(∀_5 ΛΝ ς∀53∃&∃4β 3
Ξ(Ω∋5χ∃ 2.13.3-2.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
188
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.13.3-1. 4:ΓΟΔΘ:≅ςΩ:Φ Τ=ΝΛ>ΩΩ:Φ ΑΛ≅∴ΔΩ: Δ<Λ≅ΦΖΔΔ ΓΒΤε≅ΕΞ
ΚΒΛΝΛ=ΛΝ Θ:ΒΓΔ [∀%, ΘΘ
Ξ%5∀)∗∋2);> :∀∗5613 Ω∀∋;, 55
η)∗96)∀8 1%∋ε∀); (D-d)
:% 0,95
0,22
1,0-2,12
0,27
2,24-5,20
0,33
/∃;⊥6 6,0
0,35
0:Η≅ΔΖ: 2.13.3-2. 4:ΓΟΔΘ:≅ςΩΕ> Ω:ΒΤΣΩΕ> Β:<Θ>ΒΕ ΚΒΦΘΛΤεΛ≅ςΩΕΞ
ΚΒΛΝΛ=ΛΝ Θ:ΒΓΔ [∀%, ΘΘ
∗, 55
b, 55
0,90-1,90
2,00-3,75
4,00-5,60
2,12
2,42
-
-
2,24
2,54
-
-
2,36
2,66
2,72
-
2,50
2,80
2,86
-
2,65
2,95
3,01
-
2,80
3,11
3,17
-
3,00
3,31
3,37
-
3,05
3,47
3,53
-
3,35
3,67
3,73
-
3,55
3,87
3,93
-
3,75
4,07
4,13
-
4,00
4,32
4,38
-
4,25
4,57
4,63
4,74
4,50
4,82
4,88
4,99
4,75
5,07
5,13
5,24
5,00
5,32
5,38
5,49
5,30
5,62
5,68
5,79
5,60
5,92
5,98
6,09
6,00
6,32
6,38
6,40
6,30
6,64
6,70
6,81
6,70
7,04
7,10
7,21
7,10
7,44
7,50
7,61
7,50
7,84
7,90
8,01
8,00
8,34
8,40
8,51
8,50
8,84
8,90
9,01
9,00
9,34
9,40
9,51
9,50
9,84
9,90
10,01
10,00
10,34
10,40
10,51
10,60
10,94
11,0
11,11
11,00
11,54
11,6
11,71
11,80
12,14
12,20
12,31
12,50
12,87
12,93
13,04
13,20
13,57
13,63
13,74
14,00
14,37
14,43
14,54
15,00
15,37
15,43
15,54
16,00
16,37
16,43
16,54
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
189
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
>,+54(∋ 4β∃ 74([∃45Ρ 1&3,∃44,⊥ Ξ,∋ε54β 57,∋Ρχ55 ς∀,3,&,3 Ψ, ΨΞ∃_∋,3,∋,_45ΨΞ,⊥
57,∋Ρχ5∃⊥ +(∀,_ θ ΒΝ, θ ΒΜΝ, θ ΒΝ8, θ ΒΜΝ8, θ ΒΝΔ, θ ΒΜΝΔ, θ ΒΝΔ8,
θ ΒΜΝΔ8, ΒΝ, ΒΜΝ, ΒΝ8, ΒΜΝ8, ΒΝΔ, ΒΜΝΔ, ΒΝΔ8, ΒΝΜΔ8 ς∀53∃&∃4β 3
Ξ(Ω∋5χ(∴ 2.13.3-3 5 2.13.3-4, ς∀Ρ+,1∗,∋ 4β∴ ς∀,3,&,3 Ψ γ+(∋∃3,-ΨΞ∃_∋,3,∋,_45ΨΞ,⊥
57,∋Ρχ5∃⊥ +(∀,_ φ8.ΒΝ, φ8ΒΝ, φ8ΒΕ, φ8ΒΜΕ - 3 Ξ(Ω∋5χ∃ 2.13.3-5.
Ο(_Ψ5+(∋ 4β∃ 4(∀1α4β∃ ∀(7+∃∀β ς∀,3,&,3 ,Ξ&∃∋ 4β∴ +(∀,_ ς∀53∃&∃4β 3 Ξ(Ω∋5χ(∴
2.13.3-6-2.13.3-8.
0:Η≅ΔΖ: 2.13.3-3. ∗ΛΘΔΩ:≅ςΩ:Φ Τ=ΝΛ>ΩΩ:Φ ΑΛ≅∴ΔΩ: ΟΑ>Γ≅ΛΝΛ≅ΛΓΩΔΟΑΛΙ
Δ<Λ≅ΦΖΔΔ ΓΒΤε≅ΕΞ ΚΒΛΝΛ=ΛΝ, ΘΘ
Ξ%5∀)∗∋2);> :∀∗5613 Ω∀∋;, 55
Ξ%35∗∋2)∗8 ∀≅%∋8ς∀8
φ1%)6))∗8 ∀≅%∋8ς∀8 ( )
:% 0,95
0,24-0,27
0,15-0,22
1,0-1,56
0,29
0,20-0,23
1,6-2,12
0,29
0,24-0,25
2,24-5,2
0,35-0,38
-
0:Η≅ΔΖ: 2.13.3-4. ∗ΛΘΔΩ:≅ςΩ:Φ Τ=ΝΛ>ΩΩ:Φ ΑΛ≅∴ΔΩ: ΟΑ>Γ≅ΛΝΛ≅ΛΓΩΔΟΑΛΙ
Δ<Λ≅ΦΖΔΔ ΚΒΦΘΛΤεΛ≅ςΩΕΞ ΚΒΛΝΛ=ΛΝ, ΘΘ
(Σ-b) #3∀ ∗, 55
(Θ-∗) #3∀ %, 55
Γ∗3(∗
#3%∃%:∗
0,9-2,0 2,12-3,75 4,56 1,18 2,12-2,50 2,65-3,35 3,55-4,5 4,75-5,60 6,00-7,10 7,50-8,00 /∃. 8,50
Ι )%35∗∋2)%>
∀≅%∋8ς∀6>
0,24 0,24 -
-
0,28 0,28 0,28 0,28 0,32 0,33 0,33
Ι Χ1%)6))%>
∀≅%∋8ς∀6> ( ) 0,22 0,22 0,22 -
0,26 0,26 0,26 0,26 0,26 0,26
-
0:Η≅ΔΖ: 2.13.3-5. ∗ΛΘΔΩ:≅ςΩ:Φ Τ=ΝΛ>ΩΩ:Φ ΑΛ≅∴ΔΩ: ιΘ:≅>ΝΛ-ΟΑ>Γ≅ΛΝΛ≅ΛΓΩΔΟΑΛΙ
Δ<Λ≅ΦΖΔΔ ΚΒΦΘΛΤεΛ≅ςΩΕΞ ΚΒΛΝΛ=ΛΝ, ΘΘ
(Σ-π) #3∀ ∗, 55
(Θ-∗) #3∀ b, 55
Γ∗3(∗
#3%∃%:∗ 0,9-2,0 2,12-4,00 4,56 2,12-3,00 3,15-4,50 4,75-5,60 6,00-6,70 7,10-8,50 /∃. 8,50
ΝΚ ΣΙ_,
ΝΚ Ι_
-
0,46 0,52 0,53
0,53
0,56
0,58
0,6
ΝΚ Ι,,
ΝΚ Ιγ,
(=3∗:∗ς∀8 1) 0,22 0,26
-
0,22
0,24
0,25
0,25
0,26
0,28
ΝΚ Ι,,
ΝΚ Ιγ,
(=3∗:∗ς∀8 1) 0,26 0,30
-
0,28
0,30
0,30
0,30
0,32
0,34
0:Η≅ΔΖ: 2.13.3-6. 4:ΓΟΔΘ:≅ςΩΕ> Ω:ΒΤΣΩΕ> =Δ:Θ>ΑΒΕ ΓΒΤε≅ΕΞ ΚΒΛΝΛ=ΛΝ
Θ:ΒΛΓ %[6%0, [6%0, %[68-0, [6%-0, %[6%, [6%, ΘΘ
Γ∗3(∗ #3%∃%:∗
Ξ%5∀)∗∋2);>
:∀∗5613 Ω∀∋;, 55
ΘΝΙ_, ΝΙ_
ΘΝΙ_β , ΝΙ_β
ΘΝΙ_, ΝΙ_
0,95
1,17
1,13
-
1,00
1,23
1,20
-
1,06
1,29
1,26
-
1,12
1,35
1,32
-
1,18
1,41
1,38
-
1,25
1,48
1,45
-
1,32
1,55
1,52
-
1,40
1,63
1,60
-
1,50
1,73
1,70
-
1,60
1,85
1,84
1,89
1,70
1,95
1,94
1,99
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
190
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ #3%∃%:∗
Ξ%5∀)∗∋2);>
:∀∗5613 Ω∀∋;, 55
ΘΝΙ_, ΝΙ_
ΘΝΙ_β , ΝΙ_β
ΘΝΙ_, ΝΙ_
1,80
2,05
2,04
2,09
1,90
2,15
2,14
2,19
2,00
2,25
2,24
2,29
2,12
2,37
2,36
2,41
2,24
-
-
2,60
2,36
-
-
2,72
2,50
-
-
2,86
2,65
-
-
3,01
2,80
-
-
3,16
3,00
-
-
3,37
0:Η≅ΔΖ: 2.13.3-7. 4:ΓΟΔΘ:≅ςΩΕ> Β:<Θ>ΒΕ β ΚΒΦΘΛΤεΛ≅ςΩΕΞ ΚΒΛΝΛ=ΛΝ
Θ:ΒΓΔ %[6% Δ [6%, ΘΘ
∗, 55
b, 55
1,80-2,10
2,00-3,75
4,00-5,60
3,35
3,67
3,73
-
3,55
3,87
3,93
-
3,75
4,07
4,13
-
4,00
4,32
4,38
-
4,25
4,57
4,63
-
4,50
4,82
4,88
-
4,75
5,07
5,13
-
5,00
5,32
5,38
-
5,60
5,92
5,98
6,05
6,00
6,32
6,38
6,45
6,30
6,65
6,71
6,78
6,70
7,05
7,11
7,18
7,10
7,45
7,51
7,58
7,50
7,85
7,91
7,98
8,00
8,35
8,41
8,48
8,50
8,85
8,91
8,98
9,00
9,35
9,41
9,48
9,50
9,85
9,91
9,98
10,00
10,35
10,41
10,48
10,60
10,95
11,01
11,08
11,20
11,55
11,61
11,68
11,80
12,15
12,21
12,28
12,50
12,87
12,93
13,0
13,20
13,57
13,63
13,70
14,00
14,37
14,43
14,5
0:Η≅ΔΖ: 4.9.3-8. 4:ΓΟΔΘ:≅ςΩΕ> Β:<Θ>ΒΕ β ΚΒΦΘΛΤεΛ≅ςΩΕΞ ΚΒΛΝΛ=ΛΝ
Θ:ΒΛΓ [φ-0β68, [φ068, ΘΘ
∗, 55
b, 55
0,90-2,00
2,12-3,55
2,80
3,26
-
3,15
3,61
-
4,00
4,46
4,52
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
191
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∗, 55
b, 55
0,90-2,00
2,12-3,55
4,50
4,96
5,02
4,75
5,21
5,27
5,00
5,46
5,52
5,60
6,06
6,12
6,00
6,46
6,52
6,30
6,78
6,84
6,70
7,18
7,24
6,90
-
7,44
7,10
7,58
7,64
7,50
7,98
8,04
8,00
8,48
8,54
9,00
9,48
-
10,00
10,48
-
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
∀,Ω534,∃ 4(ς∀Ρα∃45∃ 57,∋Ρχ55 _∀1∗∋β∴ ς∀,3,&,3 Ψ 4(∗∀∃3,ΨΞ,⊥_,⊥ 3,∋,_45ΨΞ,⊥
57,∋Ρχ5∃⊥ Ψ,ΨΞ(3∋Ρ∃Ξ 300-550 . 3 7(35Ψ5+,ΨΞ5 ,Ξ &5(+∃Ξ∀(, ς∀Ρ+,1∗,∋ 4β∴ - 350-600 . 3
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57,∋Ρχ5∃⊥ 3β0∃ 5 Ψ,ΨΞ(3∋Ρ∃Ξ 800-1000 ..
[ΒΛΔ<ΝΛ=ΔΑ>≅Δ Δ ΚΛΟΑ:Ν∴ΔΓΔ
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www.mkm.ru
(495) 777-75-03
ΘΝΙ_, ΘΝΙ_β, ΘΝΙ_β , ΝΙ_, ΝΙ_-γ, ΝΙ_ , ΝΙ_β, ΝΙ_β-γ,
ΝΙ_β , ΝΙ_β -γ, ΝΙ_-1, ΝΙ_Ν, ΝΙ_-934, ΝΙ_Ν-934,
ΝΚ ΣΙ_, ΝΚ Ι_, ΝΚΙ,, ΝΚ Ιγ,
,Θ, "Ν/(%∃(∗.6∋2"
=. Ν/(%∃
www.pscovkabel.ru
(8112) 79-18-07
ΘΝΙ_, ΘΝΙγ_, ΝΙ_, ΝΙ_-γ, ΝΙ_ , ΝΙ_ -γ, ΝΙ_β, ΝΙ_β-γ,
ΝΙ_β , ΝΙ_β -γ, ΝΙ_-1, ΝΚ ΣΙ_, ΝΚ ΣΙ_ , ΝΚ Ι_,
ΝΚ Ι_β , ΝΚγ,, γΚΝ, γΚΞβ, γΚγ,, γΚγ_
,,, "Ε;.∀)/((∗.6∋2"
=. Ε;.∀)/(
www.rkz.ru
(4855) 29-77-77
ΘΝΙ_, ΘΝΙγ_, ΘΝΙ_ , ΘΝΙγ_ , ΘΝΙ_β, ΘΝΙγ_β, ΘΝΙ_β ,
ΘΝΙγ_β , ΝΙ_, ΝΙ_-γ, ΝΙγ_, ΝΙ_ , ΝΙ_ -γ, ΝΙγ_ ,
ΝΙ_β, ΝΙ_β-γ, ΝΙγ_β, ΝΙ_β , ΝΙ_β -γ, ΝΙ_γβ , ΝΚχ,,
ΝΚχ_, ΝΚκ,, ΝΚβ,, ΝΚβ_, ΝΚγ,, ΝΚ ΣΙ_, ΝΚ Ι_,
ΝΚκ,β , ΝΚκ0βΓ, ΝΚκ,Γ , ΝΚκ,ΓΓ
,Θ, "Ι∀.(∗.6∋2"
=. %5/(
www.sibkabel.ru
(3822) 65-25-65
ΘΝΙ_, ΘΝΙγ_, ΘΝΙ_ , ΘΝΙγ_ , ΘΝΙ_β, ΘΝΙγ_β, ΘΝΙ_β ,
ΘΝΙγ_β , ΝΙ_, ΝΙ_-γ, ΝΙγ_, ΝΙ_ , ΝΙ_ -γ, ΝΙγ_ ,
ΝΙ_β, ΝΙ_β-γ, ΝΙγ_β, ΝΙ_β , ΝΙ_β -γ, ΝΙ_γβ ,
ΝΚ ΣΙ_, ΝΚ Ι_
,Θ, "η∗∃%: "δΧ∃∗⊥(∗.6∋2"
=. δ6.%(/∗3;
www.chuvashcable.ru
(8352) 63-16-54
γΚΝβ,, γΚΝκ_
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
2.13.4. [ΒΛΝΛ=: ΛΗΘΛΑΛΡΩΕ> Ο Κ≅>ΩΛΡΩΛΙ Δ<Λ≅ΦΖΔ>Ι
. &(4416 ∗∀1ςς1 3∴,&ΡΞ ς∀,3,&( Ψ _∀1∗∋,⊥ 5∋5 ς∀Ρ+,1∗,∋ 4,⊥ +∃&4,⊥ α5∋,⊥,
ς∀∃&4(74([∃44β∃ &∋Ρ ,Ω+,Ξ,_ γ∋∃_Ξ∀5[∃Ψ_5∴ +(054 Ψ ς,3β0∃44β+5 Ξ∀∃Ω,3(45Ρ+5 _
γ∋∃_Ξ∀5[∃Ψ_,⊥ ς∀,[4,ΨΞ5.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
192
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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ΝΝγχ,
φ 16-505.456-73
105
Ι ∀≅%∋8ς∀6> ∀≅ 136Α /∋%6∃ ∋∗∃/∗)%∃%> #∋6)(∀ ∀ %:)%=% /∋%8
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ΝΝ Θ-2
φ 3592-099-
59575813-2005
155
Ι ∀≅%∋8ς∀6> ∀≅ :∃ΧΑ /∋%6∃ ∋∗∃/∗)%∃%> #∋6)(∀ ∀ %:)%=% /∋%8
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ΝΝγΙ
#3%∀≅∃%:∀16∋8
155
Ι ∀≅%∋8ς∀6> ∀≅ %:)%=% /∋%8 ∋∗∃/∗)%∃%> #∋6)(∀ ∀ %:)%=% /∋%8
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ΝΝγΙ-1
% Ω6
155
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ΝΝΙ
% Ω6
155
Ι ∀≅%∋8ς∀6> ∀≅ %:)%> ∀∋∀ :∃ΧΑ /∋Π:8);Α ∋6)1 / )%5∀)∗∋2)%>
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ΝΝΙ-2
% Ω6
155
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1%∋ε∀)%> 0,72 55
ΝΝΥΝβ- φ 16.β71-202-93
200
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% Ω6
200
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% Ω6
200
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φ 16-705.159-80
200
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200
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ΝΚΥ-200
% Ω6
200
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]1%3%#∋∗/1%∃%> #∋6)(∀
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. ς∀,3,&(∴ +(∀,_ ≅ Δ, ≅-Υ, ≅-ΥΟ, φ≅-200 ς,∋55+5&4,-δΞ,∀,ς∋(ΨΞ,3(Ρ
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∀(7+∃∀β ς∀,3,&,3 +(∀_5 ≅-ΥΟ ς∀(_Ξ5[∃Ψ_5 Ψ,3ς(&(6Ξ Ψ ∀(7+∃∀(+5 ς∀,3,&,3 +(∀_5
φ≅-200).
0:Η≅ΔΖ: 2.13.4-1. 8Δ:Κ:<ΛΩ Β:<Θ>ΒΛΝ ΚΒΛΝΛ=ΛΝ, ΘΘ
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1,12-5,00
3,35-16,00
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1,40-4,50
3,35-11,20
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1,12-4,00
3,35-11,20
ΝΝΥΝβ-2
1,12-4,50
3,35-13,20
0:Η≅ΔΖ: 2.13.4-2. 8Δ:Θ>ΑΒΕ ΓΒΤε≅ΕΞ ΚΒΛΝΛ=ΛΝ, ΘΘ
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ΝΚΥ-200
ΝΝΥ-φ
ΝΚΥ-200
ΝΝΥ-φ
ΝΚΥ-200
1,06
1,38
1,32
1,52
1,38
1,55
1,44
1,18
1,50
1,44
1,64
1,50
1,67
1,56
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193
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________________________________________________________________________________
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Ξ%5∀)∗∋2);>
:∀∗5613 Ω∀∋;
ΝΝΥ-φ
ΝΚΥ-200
ΝΝΥ-φ
ΝΚΥ-200
ΝΝΥ-φ
ΝΚΥ-200
1,25
1,57
1,51
1,71
1,57
1,74
1,63
1,40
1,72
1,66
1,86
1,72
1,89
1,79
1,50
1,82
1,76
1,96
1,82
1,99
1,88
1,80
2,12
2,06
2,26
2,12
2,29
2,18
2,00
2,32
2,26
2,46
2,32
2,49
2,38
2,12
2,44
2,38
2,58
2,44
2,61
2,50
2,24
2,56
2,50
2,70
2,56
2,73
2,62
2,36
2,68
2,62
2,82
2,68
2,85
2,74
2,50
2,82
2,76
2,96
2,82
2,99
2,88
3,00
3,32
3,27
3,46
3,33
3,49
3,39
3,15
3,47
3,41
3,61
3,48
3,64
3,55
0Β>ΗΛΝ:ΩΔΦ Γ ι≅>ΓΑΒΔΡ>ΟΓΔΘ Κ:Β:Θ>ΑΒ:Θ
Ο545+(∋ 4β∃ 74([∃45Ρ ς∀,Ω534β∴ 4(ς∀Ρα∃45⊥ 4( 57,∗41Ξβ∴ ,Ω∀(7χ(∴ 3 0(∀5_(∴ 5∋5 3
3,&∃ (&∋Ρ _∀1∗∋β∴ ς∀,3,&,3) 1_(7(4β 3 Ξ(Ω∋5χ∃ 2.13.4-3.
0:Η≅ΔΖ: 2.13.4-3. ⊥Ω:Ρ>ΩΔΦ ΚΒΛΗΔΝΩΛεΛ Ω:ΚΒΦΣ>ΩΔΦ
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5000
ΝΝγΙ
5000
ΝΝγΙ-1
6000
ΝΝΙ
3000
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6000
ΝΝΥΝβ-
750
ΝΝΥΝβ-1
1300
ΝΝΥΝβ-2
1800
ΝΝΥ-φ
12000
ΝΝΥ-φΓ
8000
ΝΚΥ-200
10000
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www.mkm.ru
(495) 777-75-03
ΝΝ Θ-2, ΝΝγΙ, ΝΝγΙ-1, ΝΝΙ, ΝΝΙ-2, ΝΝΥΝβ- , ΝΝΥΝβ-1,
ΝΝΥΝβ-2, ΝΝΥ-φ, ΝΝΥ-φΓ, ΝΚΥ-200
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=. Ν/(%∃
www.pscovkabel.ru
(8112) 79-18-07
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#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
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80
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80
660 % Ω6, 91% ∀ ΝΚΣΣΝ
ΝΝ-Σ-80
% Ω6
80
660 % Ω6, 91% ∀ ΝΣ_Ν
ΝΚΝ -Σ-100
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100
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100
380
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100
660 % Ω6
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φ 16.505.374-72
80
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2.13.5-1, 4,+54(∋ 4β∃ 74([∃45Ρ Ξ,∋ε54β ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ55 &∋Ρ ς∀,3,&,3 +(∀,_
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57,∋Ρχ55 ς∀,3,&,3 +(∀_5 . 5 .Ο - ,Ξ 1,3 &, 1,5 ++, ς∀,3,&,3 +(∀_5 φ -155 - 0,25
++.
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0,63-2,12
-
ΝΣ_Ν ΝΝ-Σ-80
1,40-2,80
3,18-6,25
ΝΝ -Σ-100
2,00-2,80
3,18-6,25
ΝΝ-Σ-100
2,80
3,18-4,80
ΝΚΝ-Σ-80
0,63-1,80
-
ΝΚΝ -Σ-100
0,63-2,50
-
ΝΚΝ-Σ-100
0,85-2,50
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ΝΝΣΝ
3,00
4,50; 5,60
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3,96-7,50
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0,63-3,00
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0,63
0,40
0,40
0,30
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0,75
0,40
0,40
0,30
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0,85
0,40
0,40
0,30
0,40
0,95
0,40
0,40
0,30
0,40
1,06
0,40
0,40
0,30
0,40
1,12
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0,45
0,30
0,40
1,18
0,45
0,45
0,30
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1,40
0,45
0,45
0,35
0,45
1,50
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1,60
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0,80
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0,80
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140
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5,10
150
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205
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(86631) 2-27-41
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(8112) 79-18-07
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(846) 279-12-10
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(3822) 65-25-65
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(8352) 63-16-54
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(495) 996-93-94
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(495) 517-15-34
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(495) 517-05-16
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(495) 107-01-40
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"ΓΛ Θγγ,ΥΞΣΛΙ -ΓΘΕβΛ "
=. Γ%/(∃∗
(495) 203-37-25
βΝΣγ
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
2.14.11. -:Η>≅Δ Ο ΘΔΩ>Β:≅ςΩΛΙ Δ<Λ≅ΦΖΔ>Ι
. &(4416 ∗∀1ςς1 3∴,&ΡΞ _(Ω∃∋5 Ψ +∃&4β+5, 57 Ψς∋(3,3 Ψ,ς∀,Ξ53∋∃45Ρ 5∋5 57
Ξ∃∀+,γ∋∃_Ξ∀,&4β∴ Ψς∋(3,3 α5∋(+5, Ψ 4∃,∀∗(45[∃Ψ_,⊥ +∃Ξ(∋∋,,_Ψ5&4,⊥ (+(∗4∃75(∋ 4,⊥)
57,∋Ρχ5∃⊥ Ψ ,Ω,∋,[_,⊥ 57 +∃&5, 4∃∀α(3∃6ε∃⊥ ΨΞ(∋5 5∋5 Ψς∃χ5(∋ 4β∴ Ψς∋(3,3,
ς∀∃&4(74([∃44β∃ &∋Ρ γ_Ψς∋1(Ξ(χ55 3 7,4(∴ Ψ γ_ΨΞ∀∃+(∋ 4β+5 1Ψ∋,35Ρ+5 ς∀5 Ξ∃+ς∃∀(Ξ1∀(∴
&, 1000 °Β.
4:ΒΓΔ Δ ι≅>Θ>ΩΑΕ ΓΛΩΟΑΒΤΓΖΔΔ
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φ 16-505.757-75 β∗.6∋2 1635%#∗3);> / Ω∀∋∗5∀ ∀≅ /#∋∗∃%∃ Α3%56∋2 ∀ (%#6∋2 ∃ /1∗∋2)%>
%.%∋%9(6, Χ/1%>9∀∃ ( :∋∀16∋2)%5Χ ∃%≅:6>/1∃∀Π 165#63∗1Χ3; :% 1000 °Ι
β ΓΙ Θ
φ 16-705.036-77 % Ω6, / Ω∀∋∗5∀ ∀≅ /#∋∗∃%∃ Α3%56∋2 ∀ ∗∋Π56∋2
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214
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2.14.12. [ΒΛΝΛ=: Ω:εΒ>Ν:Α>≅ςΩΕ>
. &(4416 ∗∀1ςς1 3∴,&ΡΞ ς∀,3,&(, ς∀∃&4(74([∃44β∃ &∋Ρ ,Ω,∗∀∃3(, ∀(Ω,Ξ(6ε5∃ ς∀5
4(ς∀Ρα∃455 &, 380 . ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 50 Γχ 5∋5 ς,ΨΞ,Ρ44,+ 4(ς∀Ρα∃455 &, 1000 ..
4:ΒΓΔ, ι≅>Θ>ΩΑΕ ΓΛΩΟΑΒΤΓΖΔΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Γ∗3(∗ #3%∃%:∗
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5∗(/∀5∗∋2)%> 165#63∗1Χ36 80 °Ι ∀ 5∗(/∀5∗∋2)%> 5%ε)%/1∀
16#∋%∃;:6∋6)∀8 20 Σ1/5
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5∗(/∀5∗∋2)%> 5%ε)%/1∀ 16#∋%∃;:6∋6)∀8 25 Σ1/5
ΝΞΙλΚ5
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5)%=%#3%∃%∋%9)%> Ω∀∋%> / ∀≅%∋8ς∀6> ∀≅
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%.ι6(1%∃ #3∀ 5∗(/∀5∗∋2)%> 165#63∗1Χ36 100 °Ι ∀
5∗(/∀5∗∋2)%> 5%ε)%/1∀ 16#∋%∃;:6∋6)∀8 40 Σ1/5
-ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ
Ν(44β∃ , _,4ΨΞ∀1_χ5Ρ∴ ς∀,3,&,3 ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 2.14.12-1.
0:Η≅ΔΖ: 2.14.12-1. -ΛΩΟΑΒΤΓΑΔΝΩΕ> Κ:Β:Θ>ΑΒΕ ΚΒΛΝΛ=ΛΝ
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,Θ, "η∗∃%: "Ι∗3∗)/((∗.6∋2"
=. Ι∗3∗)/(
www.saranskkabel.ru
(8342) 29-71-13
ΝΞΙΣ
,Θ, "η∗∃%: "δΧ∃∗⊥(∗.6∋2"
=. δ6.%(/∗3;
www.chuvashcable.ru
(8352) 63-16-54
ΝΞΙΣ, ΝΞΙΝ, ΝΞΙλΚ5
,Θ, "Κ∋6(13%(∗.6∋2"
β%∋29Χ=∀)/(∀> ≅∗∃%:"
=. β%∋29Χ=∀)%
www.elcable.ru
(49245) 21-835
ΝΞΙΣ
ηΘ, "η∗∃%: "Κ)63=%(∗.6∋2"
=. Κ∋6(13%Χ=∋∀ Γ.,.
(49651) 3-10-74
ΝΞΙΣ
"Θ γΘΙ"
=. Γ%/(∃∗
www.atlastpk.ru
(495) 517-15-34
ΝΞΙΣ
,,, "Ξ%3:(∗.6∋2"
=. Γ%/(∃∗
www.nordcable.ru
(495)107-01-40
ΝΞΙΣ
ηΘ, "Γ _
"Κ)63=%36=∀%)(%5#∋6(1" = Γ%/(∃∗
(495) 258-99-58
e-mail: erc@erc.ru
ΝΞΙΣ
,&∀,Ω4β∃ Ψ3∃&∃45Ρ , ς∀,573,&5Ξ∃∋Ρ∴ 5 ς,ΨΞ(3ε5_(∴ _(Ω∃∋ 4,⊥ ς∀,&1_χ55 ς∀53∃&∃4β 3
∀(7&∃∋∃ 6.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
215
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
2.14.13. [ΛΣ:ΒΛΗ><ΛΚ:ΟΩΕ> Γ:Η>≅Δ ΚΒΛΔ<ΝΛ=ΟΑΝ:
⊥% Β "∗[ "[Λ=Λ≅ςΟΓΓ:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ∀ "> " ,&,∋ Ψ__(Ω∃∋ "
θ&∀∃Ψ: 142103, Η,ΨΨ5Ρ, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. ,&,∋ Ψ_, 1∋. Λ∀,445χ_(Ρ, 11
8∃∋.: (495) 502-78-83, 502-78-82
μ(_Ψ: (495) 502-78-85
E-mail: cabel@podolsk.ru ; kabel@podolsk.ru
Web: www.podolskkabel.ru
Β 1[∃Ξ,+ Ψς∃χ5δ5_5 7(3,&(, ιθΕ∀ "> " ,&,∋ Ψ__(Ω∃∋ " ,Ψ,Ω,∃ 74([∃45∃ 1&∃∋Ρ∃Ξ
57∗,Ξ,3∋∃456 _(Ω∃∋∃⊥ ς,α(∀,Ω∃7,ς(Ψ4,∗, 4(ς∀(3∋∃45Ρ.
ΕΨ4,34β+5 +(Ξ∃∀5(∋(+5, ς∀5+∃4Ρ∃+β+5 3 ς,α(∀,Ω∃7,ς(Ψ4β∴ _(Ω∃∋Ρ∴, 4( Ψ∃∗,&4Ρ045⊥
&∃4 Ρ3∋Ρ6ΞΨΡ:
- ς,∋53545∋∴∋,∀5&4β∃ ( .<) _,+ς,75χ55 Ξ5ς( ">Γ " 3 _(Ω∃∋Ρ∴ 5Ψς,∋4∃45Ρ "4∗";
- .<-_,+ς,75χ55 Ψ 457_5+ &β+,- 5 ∗(7,3β&∃∋∃45∃+ Ξ5ς( " " 3 _(Ω∃∋Ρ∴ 5Ψς,∋4∃45Ρ
"4∗-LS" (LS-LowSmoke);
- ς,∋5+∃∀4β∃ _,+ς,75χ55, 4∃ Ψ,&∃∀α(ε5∃ ∗(∋,∗∃4,3, 3 _(Ω∃∋Ρ∴ 5Ψς,∋4∃45Ρ "4∗-HF" (HF-
HalogenFree), 3 Ξ.[. ς,∋5+∃∀4β∃ _,+ς,75χ55, 4∃ Ψ,&∃∀α(ε5∃ ∗(∋,∗∃4,3, &∋Ρ
ς,Ψ∋∃&16ε∃∗, ∀(&5(χ5,44,∗, +,&5δ5χ5∀,3(45Ρ.
Βς∃χ5(∋ 4β∃ ,∗4∃7(ε5Ξ4β∃ ς,∋5+∃∀4β∃ +(Ξ∃∀5(∋β 3 35&∃ ∋∃4Ξ 5∋5 γ_ΨΞ∀1&5∀1∃+β∴
_,+ς,75χ5⊥ 3 _(Ω∃∋Ρ∴ 5Ψς,∋4∃45Ρ "4∗-FRLS" 5 "4∗-FRHF".
Β∋∃&1∃Ξ ,Ξ+∃Ξ5Ξ , [Ξ, ς∃∀3(Ρ ∗∀1ςς( +(Ξ∃∀5(∋,3 4∃ 1&,3∋∃Ξ3,∀Ρ∃Ξ Ξ∀∃Ω,3(45Ρ+
ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 ς∀5 ς∀,_∋(&_∃ 3 ς1[_(∴ ς, 4,∀+5∀,3(456 &β+,,Ω∀(7,3(45Ρ 5
3β&∃∋∃456 ∴∋,∀5ΨΞ,∗, 3,&,∀,&( ς∀5 ∗,∀∃455 5 Ξ∋∃455, _,∀∀,75,44,⊥ (_Ξ534,ΨΞ5 5
Ξ,_Ψ5[4,ΨΞ5 ς∀,&1_Ξ,3 ∗,∀∃45Ρ.
≅Ψς,∋ 7,3(45∃ 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε5∴ ∗,∀∃45∃ _(Ω∃∋∃⊥ 5Ψς,∋4∃45Ρ "4∗-LS" ς,73,∋Ρ∃Ξ
74([5Ξ∃∋ 4, Ψ4575Ξ ∀5Ψ_ ς,α(∀( 3 _(Ω∃∋ 4β∴ Ψ,,∀1α∃45Ρ∴, , [∃+ Ψ35&∃Ξ∃∋ ΨΞ316Ξ
∀∃71∋ Ξ(Ξβ ,∗4∃3β∴ 5ΨςβΞ(45⊥ _(Ω∃∋ 4β∴ ς,Ξ,_,3, ς∀,∋,α∃44β∴ 3 _(Ω∃∋ 4,+ Ξ144∃∋∃:
_∀5Ξ5[4(Ρ ς,α(∀4(Ρ 4(∗∀17_(, ς∀5 _,Ξ,∀,⊥ ς∀,5Ψ∴,&5Ξ ∀(Ψς∀,ΨΞ∀(4∃45∃ ∗,∀∃45Ρ, &∋Ρ
_(Ω∃∋∃⊥ 5Ψς,∋4∃45Ρ "4∗-LS" 3∃Ψ +( 4∃74([5Ξ∃∋ 4(. φΞ, Ψ35&∃Ξ∃∋ ΨΞ31∃Ξ , Ξ,+, [Ξ, ς∀5
ς∀,_∋(&_∃ Ξ(_5∴ _(Ω∃∋∃⊥ 3 Ω,∋ 054ΨΞ3∃ Ψ∋1[(∃3 ς∀5+∃4∃45∃ &,ς,∋45Ξ∃∋ 4β∴ +∃∀ ς,
,∗4∃7(ε5Ξ∃ 4∃ Ξ∀∃Ω1∃ΞΨΡ.
Ν∋Ρ ∀Ρ&( ,Ξ∀(Ψ∋∃⊥ Ξ∃∴45_5 Ξ∀∃Ω16ΞΨΡ _(Ω∃∋5 5 ς∀,3,&(, 4∃ 3β&∃∋Ρ6ε5∃ ς∀5 ς,α(∀∃
∴∋,∀5ΨΞβ⊥ 3,&,∀,&. ΕΞ∋5[5Ξ∃∋ 4,⊥ ,Ψ,Ω∃44,ΨΞ 6 Ω∃7∗(∋,∗∃44β∴ _(Ω∃∋∃⊥ Ρ3∋Ρ∃ΞΨΡ Ξ,, [Ξ,
ς,∋5+∃∀4β∃ +(Ξ∃∀5(∋β &∋Ρ 57,∋Ρχ55, ,Ω,∋,[_5 ς∀5 ∗,∀∃455 3β&∃∋Ρ6Ξ ∗(∋,∗∃4,Ψ,&∃∀α(ε5∃
∗(7β (∴∋,∀, δΞ,∀ 5 &∀.) 3 4∃74([5Ξ∃∋ 4β∴ _,∋5[∃ΨΞ3(∴: +∃4∃∃ 5 +∗/∗.
ΕΩ∋(ΨΞ5 ς∀5+∃4∃45Ρ _(Ω∃∋∃⊥ 4,3,∗, ς,_,∋∃45Ρ Ψ 1∋1[0∃44β+5 ς,_(7(Ξ∃∋Ρ+5 ς,α(∀4,⊥
Ω∃7,ς(Ψ4,ΨΞ5:
β∗.6∋∀ ∀/#%∋)6)∀8 ")=-LS"
1. Ι∀/165; ΘΚΙ )%35∗∋2)%> ∴(/#∋Χ∗1∗ς∀∀ ∀ ∃∗Ω);6 :∋8 .6≅%#∗/)%/1∀,
3∗/#%∋%Ω6));6 ∃)6 =635%≅%);.
2. Γ613%#%∋∀16);.
3. Κ∋6(13%#3%∃%:(∀ ∃ Ω∀∋;Α ∀ %.ε6/1∃6));Α ≅:∗)∀8Α.
β∗.6∋∀ ∀/#%∋)6)∀8 ")=-HF"
1. Ι∀/165; ΘΚΙ ∃)Χ13∀ =635%≅%);.
2. Κ∋6(13%Χ/1∗)%∃(∀ %.ε6/1∃6));Α (Χ∋21Χ3);Α ∀ /#%31∀∃);Α /%%3ΧΩ6)∀>.
3. Κ∋6(13%Χ/1∗)%∃(∀ ∃ :61/(∀Α /∗:∗Α, ⊥(%∋∗Α.
β∗.6∋∀ ∀/#%∋)6)∀8 ")=-FRHF";
")=-FRLS"
1. Ι∀/165; .6≅%#∗/)%/1∀ ΘΚΙ.
2. φ6#∀ /∀/165 #%Ω∗3)%> /∀=)∗∋∀≅∗ς∀∀.
3. φ6#∀ #∀1∗)∀8 #%Ω∗3);Α )∗/%/%∃.
4. φ6#∀ ∗∃∗3∀>)%=% %/∃6ε6)∀8.
5. φ6#∀ #∀1∗)∀8 Χ/1∗)%∃%( :;5%Χ:∗∋6)∀8.
6. φ6#∀ ∃)Χ136))6> 3∗:∀%/61∀.
7. φ6#∀ #∀1∗)∀8 #∗//∗Ω∀3/(∀Α ∀ #%Ω∗3);Α ∋∀]1%∃.
8. φ6#∀ #∀1∗)∀8 ∃6)1∀∋81%3%∃ ≅∗#∗/);Α ∃;Α%:%∃.
9. φ6#∀ #∀1∗)∀8 ∴∋6(13%Χ/1∗)%∃%( ∃ .%∋2)∀ς∗Α, %#63∗ς∀%));Α, %1:6∋6)∀8Α.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
216
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
. 2004-2005 ∗∗. ∀(7∀(Ω,Ξ(4β 5 33∃&∃4β 3 &∃⊥ΨΞ35∃ ΕθΕ ".>≅≅Δ " Ψ,3+∃ΨΞ4, Ψ
_(Ω∃∋ 4β+5 7(3,&(+5 4,3β∃ >Ν (8Υ) Ψ ∀(Ψ05∀∃45∃+ Ξ∀∃Ω,3(45⊥ ς, ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5.
.Ψ∃ _(Ω∃∋ 4β∃ 57&∃∋5Ρ γΞ5∴ 8Υ +,∗1Ξ 4(&∃α4, ∀(Ω,Ξ(Ξ 4( ∋6Ωβ∴ ,Ωπ∃_Ξ(∴ 4(∀,&4,∗,
∴,7Ρ⊥ΨΞ3(, ∴,ΞΡ 3 ς∃∀316 ,[∃∀∃& ς∀∃&ς,∋(∗(∋,Ψ 5Ψς,∋ 7,3(Ξ 5∴ 3 Ψ5ΨΞ∃+(∴ Ω∃7,ς(Ψ4,ΨΞ5
θΒ. ,_(7(Ξ∃∋5 ς,α(∀4,⊥ ,ς(Ψ4,ΨΞ5 _(Ω∃∋∃⊥ ς, _∋(ΨΨ5δ5_(χ55 > Λ 248-97 Ψ,,Ξ3∃ΞΨΞ316Ξ:
- ς, ς∀∃&∃∋1 ∀(Ψς∀,ΨΞ∀(4∃45∃ ∗,∀∃45Ρ ς1[_,+ _(Ω∃∋∃⊥ - ΗΓ 1;
- ς, ς∀∃&∃∋1 ς,α(∀,ΨΞ,⊥_,ΨΞ5 - Β8 7;
- ς, _∋(ΨΨ1 _,∀∀,75,44,⊥ (_Ξ534,ΨΞ5 ς∀,&1_Ξ,3 ∗,∀∃45Ρ - Δθ 1;
- ς, Ξ,_Ψ5[4,ΨΞ5 ς∀,&1_Ξ,3 ∗,∀∃45Ρ ς,∋5+∃∀4β∴ +(Ξ∃∀5(∋,3 - 8 Ο 2.
., 3Ψ∃∴ 45α∃ς∀53∃&∃44β∴ Ξ(Ω∋5χ(∴:
- 54&∃_Ψ HF 3 +(∀_(∴ ,74([(∃Ξ ,ΞΨ1ΞΨΞ35∃ ∗(∋,∗∃4,3 (Halogen Free);
- 54&∃_Ψ FR 3 +(∀_(∴ ,74([(∃Ξ ,∗4∃ΨΞ,⊥_,∃ 5Ψς,∋4∃45∃ (Fire Resistance);
- 54&∃_Ψ LS 3 +(∀_(∴ ,74([(∃Ξ 457_,∃ &β+,- 5 ∗(7,3β&∃∋∃45∃ (Low Smoke).
Ω[ 16.Τ71-337-2004.
Τ∋θ∗∃/ ∀,&∗>)∀Χ%/∗, &∗ -∋>4-∀>)-∋&ΒΡΦ/∗ ,∀-∗&/∗, > &/Δ%/5 685∀- / ,∋Δ∀786∗∃∗&/∗5.
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
χ∗≅%∃;>
)%35∗1∀∃);>
:%(Χ56)1
ΣΣΖ)=-FRLS
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀> .∗3263 ∀≅ /∋Π:%/%:63Ω∗ε6>
∋6)1;, ∀≅%∋8ς∀8 ∀ %.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:);Α #∋∗/1∀(∗1%∃
#%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
Ζ,Ι 16442-80;
φ 16.β71-322-2002
ΣΣΖΚ)=-FRLS
% Ω6, %.ε∀> ∴(3∗) ∀≅ 56:)%> ∋6)1; ∀∋∀ ]%∋2=∀ #%: %.%∋%9(%>
% Ω6
βΣΣΖ)=-FRLS
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀> .∗3263 ∀≅ /∋Π:%/%:63Ω∗ε6>
∋6)1;, ∀≅%∋8ς∀8 ∀ %.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:);Α #∋∗/1∀(∗1%∃
#%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
Ζ,Ι 1508-78
βΣΣΖΚ)=-FRLS % Ω6, %.ε∀> ∴(3∗) ∀≅ 56:)%> ∋6)1; ∀∋∀ ]%∋2=∀ #%: %.%∋%9(%>
% Ω6
βΓΝ∃Σ)=-FRLS μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀> .∗3263 ∀≅ /∋Π:%/%:63Ω∗ε6>
∋6)1;, ∀≅%∋8ς∀8 ∀≅ /⊥∀1%=% #%∋∀∴1∀∋6)∗, %.%∋%9(∗ ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ #%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
φ 16-705.169-80
βΓΝ∃ΣΚ)=-FRLS % Ω6, %.ε∀> ∴(3∗) ∀≅ 56:);Α #3%∃%∋%( #% %.%∋%9(6
% Ω6
βΓΝ∃ΣΚΣ)=-FRLS % Ω6, )∗3ΧΩ)∗8 %.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀
% Ω6
βΓΝ∃ΚΣ)=-FRLS
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀> .∗3263 ∀≅ /∋Π:%/%:63Ω∗ε6>
∋6)1;, ∀≅%∋8ς∀8 ∀≅ /⊥∀1%=% #%∋∀∴1∀∋6)∗, ∴(3∗) ∀≅ 56:)%> #3%∃%∋%(∀ #%
∀≅%∋8ς∀∀ (∗Ω:%> Ω∀∋;, 9∗/1∀ Ω∀∋ ∀∋∀ #∗3 Ω∀∋, %.%∋%9(∗ ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ #%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
φ 16-705.169-80
βΓΝ∃ΚΣΚ)=-FRLS % Ω6, %.ε∀> ∴(3∗) ∀≅ 56:);Α #3%∃%∋%( #% %.%∋%9(6
% Ω6
βΓΝ∃ΚΣΚΣ)= -FRLS % Ω6, )∗3ΧΩ)∗8 ≅∗ε∀1)∗8 %.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗
#%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
% Ω6
βφΖΣΣ)=-FRLS μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀> .∗3263 ∀≅ /∋Π:%/%:63Ω∗ε6>
∋6)1;, ∀≅%∋8ς∀8 ∀ %.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:);Α #∋∗/1∀(∗1%∃
#%)∀Ω6))%> #%Ω∗3%%#∗/)%/1∀
φ 16-505.856-75
βφΖΣΚΣ)=-FRLS % Ω6, ∴(3∗) ∀≅ 56:);Α #3%∃%∋%( #%∃63Α ∀≅%∋8ς∀∀ (∗Ω:%> Ω∀∋;
% Ω6
βφΖΣΣΚ)=-FRLS % Ω6, 91% ∀ βφΖΣΣ)=-FRLS, %.ε∀> ∴(3∗) ∀≅ 56:);Α #3%∃%∋%( #%:
%.%∋%9(%>
% Ω6
Δ _(Ω∃∋6 +(∀_5 ..Γφ4∗-FRLS ς∀∃&πΡ3∋Ρ6ΞΨΡ 3Ψ∃ Ξ∀∃Ω,3(45Ρ, _,Ξ,∀β∃ 1ΨΞ(4,3∋∃4β
ΓΕΒ8 16442-80 &∋Ρ _(Ω∃∋Ρ +(∀_5 ..Γ, 5 &,ς,∋45Ξ∃∋ 4,∃ Ξ∀∃Ω,3(45∃ ς, 4(∋5[56 γ_∀(4( 3
Ψ,,Ξ3∃ΞΨΞ355 &(44β+5 Ξ∃∴45[∃Ψ_5+5 1Ψ∋,35Ρ+5.
Ε∗4∃ΨΞ,⊥_,ΨΞ _(Ω∃∋∃⊥ 4∃ +∃4∃∃ 90 +54.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
217
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ω[ 16.Τ71-338-2004. Τ∋θ∗∃/ 6∃Β >/>)∗5 24-∋7∃∗&/Β / >/,&∋∃/Δ∋Ε//, &∗
-∋>4-∀>)-∋&ΒΡΦ/∗ ,∀-∗&/∗, > /Δ∀∃ΒΕ/∗Χ / ∀θ∀∃∀Ι%∀Χ /Δ 4∀∃/5∗-&89 %∀54∀Δ/Ε/Χ, &∗
>∀6∗-Κ∋Φ/9 ,∋∃∀,∗&∀7.
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
βΝΚΝ)=-HF
β∗.6∋2 :∋8 /∀/165 /∀=)∗∋∀≅∗ς∀∀ ∀ /∃8≅∀ #∗3)%> /(3Χ1(∀ / 56:);5∀ %:)%#3%∃%∋%9);5∀ Ω∀∋∗5∀, /
∀≅%∋8ς∀6> ∀ )∗3ΧΩ)%> %.%∋%9(%> ∀≅ #%∋∀563);Α (%5#%≅∀ς∀>, )6 /%:63Ω∗ε∀Α =∗∋%=6)%∃, / %.ε∀5
∴(3∗)%5 ∃ ∃∀:6 %.5%1(∀ #%: %.%∋%9(%>
βΝΚΝ)=-FRHF
% Ω6, %=)6/1%>(∀>
βΖΝΚΝ)=-HF
% Ω6 / 56:);5∀ =∀.(∀5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅ #%∋∀563);Α (%5#%≅∀ς∀>, )6
/%:63Ω∗ε∀Α =∗∋%=6)%∃, ∃ %.ε65 ∴(3∗)6, %.ε6> ∀∋∀ #∗3)%> /(3Χ1(∀
βφΖΝΝ)=-HF
β∗.6∋2 Χ#3∗∃∋6)∀8 ∀ (%)13%∋8 / 56:);5∀ =∀.(∀5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀ )∗3ΧΩ)%> %.%∋%9(%> ∀≅
#%∋∀563);Α (%5#%≅∀ς∀>, )6 /%:63Ω∗ε∀Α =∗∋%=6)%∃, %.ε6> ∀∋∀ #∗3)%> /(3Χ1(∀
βφΖΝΝΚ)=-HF
% Ω6, ∃ %.ε65 ∴(3∗)6 ∃ ∃∀:6 %#∋61(∀ #% %.%∋%9(6
βφΖΝΝΚΝ)=-HF
% Ω6, ∃ ≅∗ε∀1)%> %.%∋%9(6 ∀≅ #%∋∀563)%> (%5#%≅∀ς∀∀, )6 /%:63Ω∗ε6> =∗∋%=6)%∃
βφΖΝΚΝ)=- HF
% Ω6, 91% ∀ βφΖΝΝ)=-HF, ∃ %.ε65 ∴(3∗)6 #%: )∗3ΧΩ)%> %.%∋%9(%>
βφΖΚΝΝ)=-HF
% Ω6, 91% ∀ βφΖΝΝ)=-HF, / ∴(3∗)∀3%∃∗));5∀ Ω∀∋∗5∀ ∀∋∀ ∴(3∗)∀3%∃∗));5∀ #∗3∗5∀
βφΖΚΝΝΚ)=-HF
% Ω6, ∃ %.ε65 ∴(3∗)6 ∃ ∃∀:6 %#∋61(∀ #% %.%∋%9(6
βφΖΚΝΝΚΝ)=-HF
% Ω6, ∃ ≅∗ε∀1)%> %.%∋%9(6 ∀≅ #%∋∀563)%> (%5#%≅∀ς∀∀, )6 /%:63Ω∗ε6> =∗∋%=6)%∃
Ε∗4∃ΨΞ,⊥_,ΨΞ _(Ω∃∋Ρ +(∀_5 Δ φ 4∗-FRHF &,∋α4( ΩβΞ 4∃ +∃4∃∃ 90 +54. Β∀,_ Ψ∋1αΩβ
_(Ω∃∋∃⊥ 4∃ +∃4∃∃ 30 ∋∃Ξ.
Ω[ 16.Τ71-339-2004. Τ∋θ∗∃/ %∀&)-∀∃≅&8∗ / >/∃∀78∗ &∗ -∋>4-∀>)-∋&ΒΡΦ/∗ ,∀-∗&/∗ >
/Δ∀∃ΒΕ/∗Χ / ∀θ∀∃∀Ι%∀Χ /Δ 4∀∃/5∗-&89 %∀54∀Δ/Ε/Χ &∗ >∀6∗-Κ∋Φ/9 ,∋∃∀,∗&∀7,
∀,&∗>)∀Χ%/∗.
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
Ν36∀5Χε6/1∃6))∗8 %.∋∗/12
#3∀56)6)∀8
,.%≅)∗96)∀6
(∋∗//∗ #%Ω∗3)%>
%#∗/)%/1∀
ΝΝΖ)=-FRHF
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀>
.∗3263 #%∃63Α 56:)%> Ω∀∋; ∀≅
/∋Π:%/%:63Ω∗ε6> ∋6)1;, ∀≅%∋8ς∀8 ∀
%.%∋%9(∗ ∀≅ #%∋∀563);Α (%5#%≅∀ς∀>, )6
/%:63Ω∗ε∀Α =∗∋%=6)%∃
_∋8 #3%(∋∗:(∀ ∃ #%56ε6)∀8Α ∀
(∗.6∋2);Α /%%3ΧΩ6)∀8Α #3∀
%1/Χ1/1∃∀∀ %#∗/)%/1∀ 56Α∗)∀96/(∀Α
#%∃36Ω:6)∀> #3∀ ∴(/#∋Χ∗1∗ς∀∀
Ν 1.4.1.2
ΝΝΖΚ)=-FRHF
% Ω6, %.ε∀> ∴(3∗) ∀≅ 56:)%> ∋6)1; ∀∋∀
]%∋2=∀ #%: %.%∋%9(%>
% Ω6
Ν 1.4.1.2
Ν∃ΝΖ)=-FRHF
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀>
.∗3263 #%∃63Α 56:)%> Ω∀∋; ∀≅
/∋Π:%/%:63Ω∗ε6> ∋6)1;, ∀≅%∋8ς∀8 ∀≅
/⊥∀1%=% #%∋∀∴1∀∋6)∗, %.%∋%9(∗ ∀≅
#%∋∀563)%> (%5#%≅∀ς∀∀, )6 /%:63Ω∗ε6>
=∗∋%=6)%∃
% Ω6
Ν 1.4.1.2
Ν∃ΝΖΚ)=-FRHF % Ω6, %.ε∀> ∴(3∗) ∀≅ 56:)%> ∋6)1; ∀∋∀
]%∋2=∀ #%: %.%∋%9(%>
% Ω6
Ν 1.4.1.2
βΝΝΖ)=-FRHF
μ∀∋; ∀≅ 56:)%> #3%∃%∋%(∀, 1635∀96/(∀>
.∗3263 #%∃63Α 56:)%> Ω∀∋; ∀≅
/∋Π:%/%:63Ω∗ε6> ∋6)1;, ∀≅%∋8ς∀8 ∀
%.%∋%9(∗ ∀≅ #%∋∀563);Α (%5#%≅∀ς∀>, )6
/%:63Ω∗ε∀Α =∗∋%=6)%∃
_∋8 #3%(∋∗:(∀ ∃ #%56ε6)∀8Α ∀
(∗.6∋2);Α /%%3ΧΩ6)∀8Α #3∀
%1/Χ1/1∃∀∀ %#∗/)%/1∀ 56Α∗)∀96/(∀Α
#%∃36Ω:6)∀> #3∀ ∴(/#∋Χ∗1∗ς∀∀
Ν 1.4.1.2
βΝΝΖΚ)=-FRHF % Ω6, %.ε∀> ∴(3∗) ∀≅ 56:)%> ∋6)1; ∀∋∀
]%∋2=∀ #%: %.%∋%9(%>
% Ω6
Ν 1.4.1.2
Ε∗4∃ΨΞ,⊥_,ΨΞ _(Ω∃∋Ρ 4∃ +∃4∃∃ 90 +54.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
218
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Ω[ 16.Τ71-341-2004. Τ∋θ∗∃/ >/∃∀78∗ > /Δ∀∃ΒΕ/∗Χ /Δ >Σ/)∀,∀ 4∀∃/Γ)/∃∗&∋, &∗
-∋>4-∀>)-∋&ΒΡΦ/∗ ,∀-∗&/∗ / ∀,&∗>)∀Χ%/∗.
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
,.%≅)∗96)∀6 (∋∗//∗
#%Ω∗3)%> %#∗/)%/1∀
Ν∃Ν)=(Θ)-ΞF β∗.6∋2 /∀∋%∃%> / 56:);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀≅ /⊥∀1%=% #%∋∀∴1∀∋6)∗ ∀
%.%∋%9(%> ∀≅ #%∋∀563)%> (%5#%≅∀ς∀∀, )6 /%:63Ω∗ε6> =∗∋%=6)%∃
Ν 1.4.1.2
Ν∃Ν)=(A)-FRHF % Ω6, %=)6/1%>(∀>
Ν 1.4.1.2
Ν∃Σ)=(A)-FRLS β∗.6∋2 /∀∋%∃%> / 56:);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀≅ /⊥∀1%=% #%∋∀∴1∀∋6)∗ ∀
%.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ #%)∀Ω6))%> #%Ω∗3)%>
%#∗/)%/1∀, %=)6/1%>(∀>
Ν 1.4.2.2
≅4&∃_Ψ (
θ
) 3 +(∀_(∴ ,74([(∃Ξ, [Ξ, _(Ω∃∋ Ψ,,Ξ3∃ΞΨΞ31∃Ξ _(Ξ∃∗,∀55 θ ς,
4∃∀(Ψς∀,ΨΞ∀(4∃456 ∗,∀∃45Ρ ς, ΓΕΒ8 Η ΟφΔ 332-3-96.
Ε∗4∃ΨΞ,⊥_,ΨΞ _(Ω∃∋∃⊥ +(∀,_ 3 4∗(A)-FRHF 5 3.4∗(θ)-FRLS 4∃ +∃4∃∃ 90 +54. Β∀,_
Ψ∋1αΩβ _(Ω∃∋∃⊥ 4∃ +∃4∃∃ 40 ∋∃Ξ.
Ω[ 16.Τ13-031-20;4. Τ∋θ∗∃/ ,/θ%/∗ &∗ -∋>4-∀>)-∋&ΒΡΦ/∗ ,∀-∗&/∗, 7 ).Ι.
Γ%-∋&/-∀7∋&&8∗ / θ-∀&/-∀7∋&&8∗, > &/Δ%/5 685∀- / ,∋Δ∀786∗∃∗&/∗5 / ∀,&∗>)∀Χ%/∗.
Γ∗3(∗ (∗.6∋8
β%)/13Χ(1∀∃);6 %/%.6))%/1∀
βΖΣΣ
β∗.6∋2 =∀.(∀> / 56:);5∀ 5)%=%#3%∃%∋%9);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=%
#∋∗/1∀(∗1∗
βΖΣΚΣ
% Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
βΖΣχ.Σ
% Ω6, 91% ∀ βΖΣΣ, / .3%)6> ∀≅ /1∗∋2)%> %ς∀)(%∃∗))%> ∋6)1; #%: %.%∋%9(%>
βΝΖΣΣ
β∗.6∋2 #%∃;⊥6))%> =∀.(%/1∀ / 56:);5∀ 5)%=%#3%∃%∋%9);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗
βΝΖΣΚΣ
% Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
βΖΣΣ)=-LS
% Ω6, 91% ∀ βΖΣΣ, / ∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%> (%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀, / )∀≅(∀5 :;5%- ∀ =∗≅%∃;:6∋6)∀65
βΖΣΚΣ)=-LS
% Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
βΖΣχ.Σ)=-LS
% Ω6, 91% ∀ βΖΣΣ)=-LS, / .3%)6> ∀≅ /1∗∋2)%> %ς∀)(%∃∗))%> ∋6)1; #%: %.%∋%9(%>
βΝΖΣΣ)=-LS
% Ω6, 91% ∀ βΝΖΣΣ, / ∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%> (%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀, / )∀≅(∀5 :;5%- ∀ =∗≅%∃;:6∋6)∀65
βΝΖΣΚΣ)=-LS
% Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
βΖΣΣ)=-FRLS
% Ω6, 91% ∀ βΖΣΣ)=-LS, / %.5%1(%> /16(∋%/∋Π:∀)∀1%∃%> ∋6)1%> #% 1%(%#3%∃%:8ε∀5 Ω∀∋∗5, %=)6/1%>(∀>
βΖΣΚΣ)=-FRLS % Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
βΖΣχ.Σ)=-FRLS % Ω6, / .3%)6> ∀≅ /1∗∋2)%> %ς∀)(%∃∗))%> ∋6)1; #%: %.%∋%9(%>
βΝΖΣΣ)=-FRLS % Ω6, 91% ∀ βΝΖΣΣ)=-LS, / %.5%1(%> /16(∋%/∋Π:∀)∀1%∃%> ∋6)1%> #% 1%(%#3%∃%:8ε∀5 Ω∀∋∗5, %=)6/1%>(∀>
βΝΖΣΚΣ)=-FRLS % Ω6, / ∴(3∗)%5 ∀≅ 56:);Α #3%∃%∋%( #%: %.%∋%9(%>
Δ(Ω∃∋5 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6Ξ ∗,∀∃45∃:
- +(∀,_ ΔΓ.., Δ Γ.., ΔΓ.φ., Δ Γ.φ., ΔΓ.ΛΩ. ς∀5 ,&54,[4,⊥ ς∀,_∋(&_∃;
- +(∀,_ ΔΓ..4∗-LS, ΔΓ.φ.4∗-LS, ΔΓ.ΛΩ.4∗-LS, Δ Γ..4∗-LS, Δ Γ.φ.4∗-LS,
ΔΓ..4∗-FRLS, ΔΓ.φ.4∗-FRLS, ΔΓ.ΛΩ.4∗-FRLS, Δ Γ..4∗-FRLS, Δ Γ.φ.4∗-FRLS
ς∀5 ∗∀1ςς,3,⊥ ς∀,_∋(&_∃.
O∗4ecΞo⊥_ocΞ _aΩe∋e⊥+apo_KΓBB4∗-FRLS,KΓBφB4∗-FRLS,KΓBΛΩB4∗-FRLS,K ΓBB4∗-
FRLS, Δ Γ.φ.4∗-FRLS 4∃ +∃4∃∃ 90 +54.
Β∀,_ Ψ∋1αΩβ _(Ω∃∋∃⊥ 4∃ +∃4∃∃ 30 ∋∃Ξ.
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
219
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
2.14.14. εΩ>ΟΑΛΙΓΔ> Γ:Η>≅Δ ΚΒΛΔ<ΝΛ=ΟΑΝ: ⊥% "⊥:ΝΛ= 4ΛΟΓ:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "ι(3,& Ο,Ψ_(Ω∃∋ "
θ&∀∃Ψ: 111024, ∗. Ο,Ψ_3(, 1∋. 2-(Ρ Δ(Ω∃∋ 4(Ρ, &. 2, ΨΞ∀. 2
8∃∋.: (495) 777-75-35, 673-83-84
μ(_Ψ: (495) 727-16-76
E-mail: sale@ck.mkm.ru
Web: www.mkm.ru
, 8Υ 3533-098-05758629-2005 3βς1Ψ_(6ΞΨΡ _(Ω∃∋5 Ψ5∋,3β∃ 5 _,4Ξ∀,∋ 4β∃, 4∃
∀(Ψς∀,ΨΞ∀(4Ρ6ε5∃ ∗,∀∃45∃, ,∗4∃ΨΞ,⊥_5∃.
Β5∋,3β∃ _(Ω∃∋5 ς∀∃&4(74([∃4β &∋Ρ ς∃∀∃&([5 5 ∀(Ψς∀∃&∃∋∃45Ρ γ∋∃_Ξ∀5[∃Ψ_,⊥ γ4∃∀∗55 3
ΨΞ(χ5,4(∀4β∴ 1ΨΞ(4,3_(∴ ς∀5 ς∃∀∃+∃44,+ 4(ς∀Ρα∃455 0,66; 1,0; 3,0; 6,0 5 10,0 _. [(ΨΞ,Ξ,⊥
&, 100 Γχ, 3 Ξ,+ [5Ψ∋∃ &∋Ρ γ_Ψς∋1(Ξ(χ55 3 Ψ,,∀1α∃45Ρ∴ +∃Ξ∀,ς,∋5Ξ∃4,3. Β5∋,3β∃ _(Ω∃∋5
+,∗1Ξ ΩβΞ 5Ψς,∋ 7,3(4β 3 γ∋∃_Ξ∀5[∃Ψ_5∴ Ψ∃ΞΡ∴ ς,ΨΞ,Ρ44,∗, 4(ς∀Ρα∃45Ρ ς∀5 74([∃45Ρ∴ 3
2,5 ∀(7( 3β0∃ Ψ,,Ξ3∃ΞΨΞ316ε∃∗, ς∃∀∃+∃44,∗, 4(ς∀Ρα∃45Ρ.
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4,+54(∋ 4β+ 4(ς∀Ρα∃45∃+ &, 0,66 _. [(ΨΞ,Ξ,⊥ &, 100 Γχ 5∋5 ς,ΨΞ,Ρ44β+ 4(ς∀Ρα∃45∃+ &,
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Δ(Ω∃∋5 +,∗1Ξ ΩβΞ 57∗,Ξ,3∋∃4β 3 ∀(7∋5[4β∴ 5Ψς,∋4∃45Ρ∴, ,Ξ∋5[(6ε5∴ΨΡ ς∀∃&∃∋,+
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2.14.13-1.
0:Η≅ΔΖ: 2.14.7-1. [Β>=>≅Ε ΚΛΣ:ΒΛΟΑΛΙΓΛΟΑΔ Γ:Η>≅>Ι
Ν36:6∋ #%Ω∗3%/1%>(%/1∀
.3658 :% #3%.%8 ∀≅%∋8ς∀∀ %.3∗≅ς∗ (∗.6∋8 ∃ Χ/∋%∃∀8Α #%Ω∗3∗, 5∀)
ΝΝΙ 1
.%∋66 180
ΝΝΙ 2
.%∋66 150
ΝΝΙ η
.%∋66 120
ΝΝΙ 4
.%∋66 90
ΝΝΙ 5
.%∋66 60
ΝΝΙ 6
.%∋66 30
4:ΒΓΔ, ι≅>Θ>ΩΑΕ ΓΛΩΟΑΒΤΓΖΔΔ Δ ΛΗ≅:ΟΑΔ ΚΒΔΘ>Ω>ΩΔΦ
Γ∗3(∗ (∗.6∋8
Ν36:6∋
#%Ω∗3%/1%>(%/1∀
β%)/13Χ(1∀∃);6
%/%.6))%/1∀
Ν36∀5Χε6/1∃6))∗8
%.∋∗/12 #3∀56)6)∀8
χ∗≅%∃;>
)%35∗1∀∃);>
:%(Χ56)1
ΣΣΖ)= (A)-FR-90
ΣΣΖ)=(Θ)-FR-60
ΣΣΖ)=(A)-FR-30
ΝΝΙ 4
ΝΝΙ 5
ΝΝΙ 6
β∗.6∋2 /∀∋%∃%>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(∀5 :;5%- =∗≅%∃;:6∋6)∀65, /
56:);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀
%.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%>
(%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀ ∀ %=)6/1%>(∀5∀
.∗3263∗5∀
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α,
#3∀ %1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀> ∃
#3%ς6//6 ∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-090-2002
BχBH=(A)-FR-180
BχBH=(A)-FR-150
BχBH=(A)-FR-120
BχBH=(A)-FR-90
BχBH=(A)-FR-60
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
ΝΝΙ 5
% Ω6, / ≅∗ε∀1);5 #%(3%∃%5
.3%)∀3%∃∗))%=% 1∀#∗
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α
∀ ∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
% Ω6
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
220
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8
Ν36:6∋
#%Ω∗3%/1%>(%/1∀
β%)/13Χ(1∀∃);6
%/%.6))%/1∀
Ν36∀5Χε6/1∃6))∗8
%.∋∗/12 #3∀56)6)∀8
χ∗≅%∃;>
)%35∗1∀∃);>
:%(Χ56)1
ΝΝΖ)=(A)-FR-180
ΝΝΖ)=(A)-FR-150
ΝΝΖ)=(A)-FR-120
ΝΝΖ)=(A)-FR-90
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
β∗.6∋2 /∀∋%∃%>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(%> (%33%≅∀%))%> ∗(1∀∃)%/12Π
=∗≅%∃, / 56:);5∀ Ω∀∋∗5∀, /
∀≅%∋8ς∀6> ∀ %.%∋%9(%> ∀≅
#%∋∀563);Α (%5#%≅∀ς∀>, )6
/%:63Ω∗ε∀Α =∗∋%=6)%∃, ∀
%=)6/1%>(∀5∀ .∗3263∗5∀
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α,
#3∀ %1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀> ∃
#3%ς6//6 ∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-304-2001
ΝχΝ)=(A)-FR-180
ΝχΝ)=(A)-FR-150
ΝχΝ)=(A)-FR-120
ΝχΝ)=(A)-FR-90
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
% Ω6, / ≅∗ε∀1);5 #%(3%∃%5
.3%)∀3%∃∗))%=% 1∀#∗
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α
∀ ∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-304-2001
Ν∃ΝΖ)=(Θ)-FR-60
Ν∃ΝΖ)=(Θ)-FR-30 ΝΝΙ 5
ΝΝΙ 6
β∗.6∋2 /∀∋%∃%>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(%> (%33%≅∀%))%> ∗(1∀∃)%/12Π
=∗≅%∃, / 56:);5∀ Ω∀∋∗5∀, /
∀≅%∋8ς∀6> ∀≅ /∀∋∗)%∋2)%/⊥∀1%=%
#%∋∀∴1∀∋6)∗, %.%∋%9(%> ∀≅
#%∋∀563);Α (%5#%≅∀ς∀>, )6
/%:63Ω∗ε∀Α =∗∋%=6)%∃, ∀
%=)6/1%>(∀5∀ .∗3263∗5∀
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α,
#3∀ %1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀> ∃
#3%ς6//6 ∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-090-2002
Ν∃χΝ)=(A)-FR-90
Ν∃χΝ)=(A)-FR-60
Ν∃χΝ)=(Θ)-FR-30
ΝΝΙ 4
ΝΝΙ 5
ΝΝΙ 6
% Ω6, / ≅∗ε∀1);5 #%(3%∃%5
.3%)∀3%∃∗))%=% 1∀#∗
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α
∀ ∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
% Ω6
CBBHr(A)-FR-180
CBBHr(A)-FR-150
CBBHr(A)-FR-120
CBBHr(A)-FR-90
CBBHr(A)-FR-60
γΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
ΝΝΙ 5
β∗.6∋2 /∀∋%∃%>,)6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(∀5 :;5%-=∗≅%∃;:6∋6)∀65, /
56:);5∀ Ω∀∋∗5∀, / #3%#∀1∗))%>
.Χ5∗Ω)%> ∀≅%∋8ς∀6>, ∃ /∃∀)ς%∃%>
%.%∋%9(6, .3%)∀3%∃∗));>, /
%.%∋%9(%> ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%>
(%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀ ∀ %=)6/1%>(∀5∀
.∗3263∗5∀
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗,
∃ 1%5 9∀/∋6 ∃ #%Ω∗3%%#∗/);Α
∀ ∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
% Ω6
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
221
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8
Ν36:6∋
#%Ω∗3%/1%>(%/1∀
β%)/13Χ(1∀∃);6
%/%.6))%/1∀
Ν36∀5Χε6/1∃6))∗8
%.∋∗/12 #3∀56)6)∀8
χ∗≅%∃;>
)%35∗1∀∃);>
:%(Χ56)1
φΙχΣ)=(A)-FR-180
φΙχΣ)=(A)-FR-150
φΙχΣ)=(A)-FR-120
φΙχΣ)=(A)-FR-90
φΙχΣ)=(A)-FR-60
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
ΝΝΙ 5
β∗.6∋2 /∀∋%∃%>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(∀5 :;5%- =∗≅%∃;:6∋6)∀65,
/ 56:);5∀ Ω∀∋∗5∀, / .Χ5∗Ω)%>
∀≅%∋8ς∀6>, #3%#∀1∗))%>
)6/16(∗Πε∀5 /%/1∗∃%5, ∃
/∃∀)ς%∃%> %.%∋%9(6,
.3%)∀3%∃∗));>, / %.%∋%9(%> ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%>
(%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀ ∀
%=)6/1%>(∀5∀ .∗3263∗5∀
_∋8 #3%(∋∗:(∀ ∃ (∗.6∋2);Α
/%%3ΧΩ6)∀8Α, #%56ε6)∀8Α ∀ ∃
/%%3ΧΩ6)∀8Α 5613%#%∋∀16)∗
.6≅ %=3∗)∀96)∀8 3∗≅)%/1∀
Χ3%∃)6> #% 13∗//6, ∃ 1%5
9∀/∋6 ∃ #%Ω∗3%%#∗/);Α ∀
∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-090-2002
KBBrHr(A)-FR-60
KBBrHr(A)-FR-30
ΝΝΙ 5
ΝΝΙ 6
β∗.6∋2 (%)13%∋2);>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(∀5 :;5%- =∗≅%∃;:6∋6)∀65,
/ 56:);5∀ Ω∀∋∗5∀, / ∀≅%∋8ς∀6>
∀ %.%∋%9(%> ∀≅
#%∋∀∃∀)∀∋Α∋%3∀:)%>
(%5#%≅∀ς∀∀ #%)∀Ω6))%>
#%Ω∗3%%#∗/)%/1∀ ∀
%=)6/1%>(∀5∀ .∗3263∗5∀
_∋8 )6#%:∃∀Ω)%=%
#3∀/%6:∀)6)∀8 (
∴∋6(13∀96/(∀5 #3∀.%3∗5,
∗##∗3∗1∗5, /.%3(∗5 ≅∗Ω∀5%∃
∴∋6(13∀96/(∀Α
3∗/#36:6∋∀16∋2);Α Χ/13%>/1∃
∃ (∗.6∋2);Α /%%3ΧΩ6)∀8Α,
#%56ε6)∀8Α ∀ ∃ /%%3ΧΩ6)∀8Α
5613%#%∋∀16)∗, ∃ 1%5 9∀/∋6 ∃
#%Ω∗3%%#∗/);Α, #3∀
%1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀> ∃
#3%ς6//6 ∴(/#∋Χ∗1∗ς∀∀
Ζ,Ι 1508-78
KBχBH=(A)-FR-180
KBχBH=(A)-FR-150
KBχBH=(A)-FR-120
KBχBH=(A)-FR-90
KBχBH=(A)-FR-60
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
ΝΝΙ 5
% Ω6, / ≅∗ε∀1);5 #%(3%∃%5
.3%)∀3%∃∗))%=% 1∀#∗
_∋8 )6#%:∃∀Ω)%=%
#3∀/%6:∀)6)∀8 (
∴∋6(13∀96/(∀5 #3∀.%3∗5,
∗##∗3∗1∗5, /.%3(∗5 ≅∗Ω∀5%∃
∴∋6(13∀96/(∀Α
3∗/#36:6∋∀16∋2);Α Χ/13%>/1∃
∃ (∗.6∋2);Α /%%3ΧΩ6)∀8Α,
#%56ε6)∀8Α ∀ ∃ /%%3ΧΩ6)∀8Α
5613%#%∋∀16)∗, ∃ 1%5 9∀/∋6 ∃
#%Ω∗3%%#∗/);Α ∀
∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
φ 16.β71 -090-2002
βΝΝΖ)=(A)-FR-180
βΝΝΖ)=(A)-FR-150
βΝΝΖ)=(A)-FR-120
βΝΝΖ)=(A)-FR-90
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
β∗.6∋2 (%)13%∋2);>, )6
3∗/#3%/13∗)8Πε∀> =%36)∀6, /
)∀≅(%> (%33%≅∀%))%>
∗(1∀∃)%/12Π =∗≅%∃, / 56:);5∀
Ω∀∋∗5∀, / ∀≅%∋8ς∀6> ∀
%.%∋%9(%> ∀≅ #%∋∀563);Α
(%5#%≅∀ς∀>, )6 /%:63Ω∗ε∀Α
=∗∋%=6)%∃ ∀ %=)6/1%>(∀5∀
.∗3263∗5∀
_∋8 )6#%:∃∀Ω)%=%
#3∀/%6:∀)6)∀8 (
∴∋6(13∀96/(∀5 #3∀.%3∗5,
∗##∗3∗1∗5, /.%3(∗5 ≅∗Ω∀5%∃
∴∋6(13∀96/(∀Α
3∗/#36:6∋∀16∋2);Α Χ/13%>/1∃
∃ (∗.6∋2);Α /%%3ΧΩ6)∀8Α,
#%56ε6)∀8Α ∀ ∃ /%%3ΧΩ6)∀8Α
5613%#%∋∀16)∗, ∃ 1%5 9∀/∋6 ∃
#%Ω∗3%%#∗/);Α, #3∀
%1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀> ∃
#3%ς6//6 ∴(/#∋Χ∗1∗ς∀∀
φ 16.β71-304-2001
#%⊥8(2 2: 1∀3&+∗ ∗ 6(797.∀ ? &∃∀++∗Α&?1∗ ∗ Β∗+∀ ∗
222
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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χ∗≅%∃;>
)%35∗1∀∃);>
:%(Χ56)1
βΝχΝ)=(A)-FR-180
βΝχΝ)=(Θ)-FR-150
βΝχΝ)=(A)-FR-120
βΝχΝ)=(A)-FR-90
ΝΝΙ 1
ΝΝΙ 2
ΝΝΙ η
ΝΝΙ 4
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∗##∗3∗1∗5, /.%3(∗5 ≅∗Ω∀5%∃
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#%Ω∗3%%#∗/);Α ∀
∃≅3;∃%%#∗/);Α ≅%)∗Α #3∀
%1/Χ1/1∃∀∀ 3∗/18=∀∃∗Πε∀Α
Χ/∀∋∀> ∃ #3%ς6//6
∴(/#∋Χ∗1∗ς∀∀
% Ω6
Α-/5∗Ι∋&/Β
1. ≅4&∃_Ψ "FR" 3 1Ψ∋,34β∴ ,Ω,74([∃45Ρ∴ +(∀,_ _(Ω∃∋∃⊥ 1_(7β3(∃Ξ 4( ,∗4∃ΨΞ,⊥_,∃
5Ψς,∋4∃45∃ _(Ω∃∋Ρ (Fire Resistant - Ψ,ς∀,Ξ53∋∃45∃ ,∗46) Ψ 1_(7(45∃+ [∃∀∃7 &∃δ5Ψ _,∋5[∃ΨΞ3,
3∀∃+∃45 (3 +541Ξ(∴), 3 Ξ∃[∃45∃ _,Ξ,∀,∗,, ς∀5 3,7&∃⊥ΨΞ355 ς,ΨΞ,Ρ44,∗, ς∋(+∃45, _(Ω∃∋
,ΨΞ(∃ΞΨΡ 3 ∀(Ω,[∃+ Ψ,ΨΞ,Ρ455.
2. ≅4&∃_Ψ (θ) 5∋5 (.) 5∋5 (Β) 3 1Ψ∋,34β∴ ,Ω,74([∃45Ρ∴ +(∀,_ _(Ω∃∋∃⊥ 1_(7β3(∃Ξ
_(Ξ∃∗,∀56 ς, 4∃ ∀(Ψς∀,ΨΞ∀(4∃456 ∗,∀∃45Ρ ς, ΓΕΒ8 Η ΟφΔ 332-3-96 5 Ψ,,Ξ3∃ΞΨΞ31∃Ξ
Ξ∀∃Ω,3(45Ρ+ ΗΓ -1 5∋5 ΗΓ -2 5∋5 ΗΓ -3 ς, > Λ 248-97 Ψ,,Ξ3∃ΞΨΞ3∃44,.
3. . 1Ψ∋,34β∴ ,Ω,74([∃45Ρ∴ +(∀,_ _,4Ξ∀,∋ 4β∴ _(Ω∃∋∃⊥, 5+∃6ε5∴ χ3∃Ξ,316 5∋5
χ5δ∀,316 +(∀_5∀,3_1 3Ψ∃∴ α5∋, &,Ω(3∋Ρ6Ξ Ω1_31 λ (4(ς∀5+∃∀, Δ Γ4∗λ(θ)-ΗΔ-90).
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223
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8,_,3β∃ 4(∗∀17_5, 1ΨΞ(4,3∋∃44β∃ 3 &∃⊥ΨΞ316ε5∴ 4,∀+(Ξ534β∴ &,_1+∃4Ξ(∴ ς,
5Ψς,∋ 7,3(456 _(Ω∃∋∃⊥ 5 ς∀,3,&,3 3 γ∋∃_Ξ∀5[∃Ψ_5∴ Ψ∃ΞΡ∴, 1_(7(4β 3 Ξ(Ω∋5χ(∴ 2.15-1 - 2.15-
9. Υ_(7(44β∃ 74([∃45Ρ Ξ,_,3 ς∀53∃&∃4β &∋Ρ Ξ∃+ς∃∀(Ξ1∀ ,_∀1α(6ε∃∗, 3,7&1∴( +25 °Β 5
7∃+∋5 +15 °Β &∋Ρ 1Ψ∀∃&4∃44β∴ 1Ψ∋,35⊥ ς∀,_∋(&_5. . Ψ∋1[(∃ 4∃,Ω∴,&5+,ΨΞ5 3βΩ,∀(
_,4_∀∃Ξ4,⊥ Ξ,_,3,⊥ 4(∗∀17_5 &∋Ρ _,4_∀∃Ξ4,∗, Ξ5ς( _(Ω∃∋5 5∋5 ς∀,3,&( 5 _,4_∀∃Ξ4β∴
1Ψ∋,35⊥ ς∀,_∋(&_5, 4∃,Ω∴,&5+, ∀1_,3,&ΨΞ3,3(Ξ ΨΡ +∃Ξ,&5_(+5, 1_(7(44β+5 3 ΨΞ(4&(∀Ξ(∴ 5
ς∀(35∋(∴.
0:Η≅ΔΖ: 2.15-1. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ ΚΒΛΝΛ=ΛΝ Ο Β><ΔΩΛΝΛΙ Δ
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0:Η≅ΔΖ:. 2.15-2. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ ΚΒΛΝΛ=ΛΝ Ο Β><ΔΩΛΝΛΙ Δ
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224
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0:Η≅ΔΖ: 2.15-3. 8≅ΔΑ>≅ςΩΛ =ΛΚΤΟΑΔΘΕΙ ΑΛΓ =≅Φ εΔΗΓΔΞ Γ:Η>≅>Ι
Δ ΚΒΛΝΛ=ΛΝ Ο Β><ΔΩΛΝΛΙ Δ<Λ≅ΦΖΔ>Ι, %
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0:Η≅ΔΖ: 2.15-4. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ ΚΒΛΝΛ=ΛΝ Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ
Ο Β><ΔΩΛΝΛΙ Δ<Λ≅ΦΖΔ>Ι =≅Φ ι≅>ΓΑΒΔ]ΔΖΔΒΛΝ:ΩΩΛεΛ ΑΒ:ΩΟΚΛΒΑ: 1; 3 Δ 4 Γβ, %
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0:Η≅ΔΖ: 2.15-5. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ Γ:Η>≅>Ι Ο Θ>=ΩΕΘΔ ΣΔ≅:ΘΔ
Ο ΗΤΘ:ΣΩΛΙ ΚΒΛΚΔΑ:ΩΩΛΙ Δ<Λ≅ΦΖΔ>Ι Ω: ΩΔ<ΓΛ> Ω:ΚΒΦΣ>ΩΔ> Ν ΟΝΔΩΖΛΝΛΙ
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0:Η≅ΔΖ: 2.15-7. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ
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0:Η≅ΔΖ: 2.15-8. 8ΛΚΤΟΑΔΘΕΙ =≅ΔΑ>≅ςΩΕΙ ΑΛΓ =≅Φ Γ:Η>≅>Ι Ο :≅μΘΔΩΔ>ΝΕΘΔ
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8∃∋.:(812)380-3901
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e-mail: office@ocs01.ru
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Γ∀1ςς( _,+ς(45⊥ - ιθΕ "
ΕΔΒ01"5ιθΕ"
∋(ΨΞ_,+" Ρ3∋Ρ∃ΞΨΡ ∀,ΨΨ5⊥Ψ_5+
ς∀,573,&5Ξ∃∋∃+ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ 5 7(ε5Ξ4β∴ ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω.
∀,573,&ΡΞΨΡ Ψ∋∃&16ε5∃ Ξ5ςβ ΕΔ:
Τ∋θ∗∃/ 5∋-∀% ∴Α;, ∴Ψ;
Ν Ε - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ω∋,_(∴, Ψς∃χ5(∋ 4β∴
7(ε5Ξ4β∴ ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω(∴ (ς∀,573,&ΨΞ3( ιθΕ " ∋(ΨΞ_,+).
ΝθΕ - Ξ(+ α∃ [Ξ, 5 Ν Ε, 3_∋6[(Ρ ς∀,_∋(&_1 3 +∃ΨΞ(∴ ς,&3∃∀α∃44β∴ 7(Ξ,ς∋∃456.
Τ∋θ∗∃≅ 5∋-%/ ∴Α]
∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ω∋,_(∴, Ξ∀1Ω(∴ ς∀5 ,ς(Ψ4,ΨΞ5
ς,3∀∃α&∃45Ρ ∗∀β714(+5.
Τ∋θ∗∃/ 5∋-∀% ;ΑΛ, ;ΨΛ
Ε Β - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς ς∀5 ς∀,_∋(&_∃ 3 Ξ∀(40∃6, ∗∀14Ξ(∴
∗∀1ςς 1-3 ς∀5 ς∀,_∋(&_∃ 4,α∃3β+ _(Ω∃∋∃1_∋(&[5_,+ (_∀,+∃ ∗∀14Ξ,3 ς,&3∃∀α∃44β+
+∃∀7∋,Ξ4β+ &∃δ,∀+(χ5Ρ+), ( Ξ(_α∃ 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ψς∃χ5(∋ 4β∴ Ξ∀1Ω(∴,
Ω∋,_(∴, ς, +,ΨΞ(+ 5 γΨΞ(_(&(+.
ΕθΒ - Ξ(+ α∃ [Ξ, 5 Ε Β, 3_∋6[(Ρ ς∀,_∋(&_1 [∃∀∃7 4∃Ψ1&,∴,&4β∃ 5 Ψ1&,∴,&4β∃ ∀∃_5, [∃∀∃7
Ω,∋,Ξ(.
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Τ∋θ∗∃/ 5∋-∀% ∴ΑΛ, ∴ΨΛ
Ν Β - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς ς∀5 ς∀,_∋(&_∃ 3 Ξ∀(40∃6, ∗∀14Ξ(∴
∗∀1ςς 1-3 ς∀5 ς∀,_∋(&_∃ 4,α∃3β+ _(Ω∃∋∃1_∋(&[5_,+ (_∀,+∃ ∗∀14Ξ,3 ς,&3∃∀α∃44β+
+∃∀7∋,Ξ4β+ &∃δ,∀+(χ5Ρ+), ( Ξ(_α∃ 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ψς∃χ5(∋ 4β∴ Ξ∀1Ω(∴,
Ω∋,_(∴, ς, +,ΨΞ(+ 5 γΨΞ(_(&(+.
ΝθΒ - Ξ(+ α∃ [Ξ, 5 Ν Β, ( Ξ(_α∃ &∋Ρ ς∀,_∋(&_5 [∃∀∃7 Ψ1&,∴,&4β∃ ∀∃_5 5 54β∃ 3,&4β∃
ς∀∃∗∀(&β (,7∃∀(, 3,&,∴∀(45∋5ε(), [∃∀∃7 Ω,∋,Ξ(.
Τ∋θ∗∃/ 5∋-∀% ;Α2, ;Ψ2
Ε 2 - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς 3 ∀(⊥,4(∴ Ψ (_Ξ534β+5
ς∀,Ρ3∋∃45Ρ+5 +∃∀7∋,Ξ4β∴ 5 _(∀ΨΞ,3β∴ &∃δ,∀+(χ5⊥.
Εθ2 - Ξ(+ α∃ [Ξ, 5 Ε 2, 3_∋6[(Ρ ς∀,_∋(&_1 [∃∀∃7 Ψ1&,∴,&4β∃ ∀∃_5 5 ∗∋1Ω,_,3,&4β∃
1[(ΨΞ_5 3,&,∃+,3 (,7∃∀(, 3,&,∴∀(45∋5ε(), [∃∀∃7 Ω,∋,Ξ(.
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230
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∋θ∗∃/ 5∋-∀% ∴Α2, ∴Ψ2
Ν 2 - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς 3 ∀(⊥,4(∴ Ψ (_Ξ534β+5
ς∀,Ρ3∋∃45Ρ+5 +∃∀7∋,Ξ4β∴ 5 _(∀ΨΞ,3β∴ &∃δ,∀+(χ5⊥.
Νθ2 - Ξ(+ α∃ [Ξ, 5 Ν 2, 3_∋6[(Ρ ς∀,_∋(&_1 4( ∀∃[4β∴ ς∃∀∃∴,&(∴ [∃∀∃7 Ψ1&,∴,&4β∃ ∀∃_5 5
∗∋1Ω,_,3,&4β∃ 1[(ΨΞ_5 3,&,∃+,3 (,7∃∀(, 3,&,∴∀(45∋5ε(), [∃∀∃7 Ω,∋,Ξ(.
Τ∋θ∗∃≅ 5∋-%/ ∴Α⊥
∀5+∃4Ρ∃ΞΨΡ: &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ ∋545⊥ γ∋∃_Ξ∀,ς∃∀∃&([, _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5 α∃∋∃74β∴
&,∀,∗, 4( ,ς,∀(∴ ∋545⊥ Ψ3Ρ75, 4( ,Ωπ∃_Ξ(∴ γ∋∃_Ξ∀,γ4∃∀∗∃Ξ5_5, 3 +∃ΨΞ(∴ Ψ 3βΨ,_5+ 1∀,34∃+
γ∋∃_Ξ∀,+(∗45Ξ4β∴ 3,7&∃⊥ΨΞ35⊥, 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς ς∀5 ς∀,_∋(&_∃ 3 Ξ∀(40∃6, 3 ∗∀14Ξ(∴
∗∀1ςς 1-3 ς∀5 ς∀,_∋(&_∃ 4,α∃3β+ _(Ω∃∋∃1_∋(&[5_,+ (_∀,+∃ ∗∀14Ξ,3 ς,&3∃∀α∃44β+
+∃∀7∋,Ξ4β+ &∃δ,∀+(χ5Ρ+), ς, +,ΨΞ(+ 5 γΨΞ(_(&(+, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ψς∃χ5(∋ 4β∴
Ξ∀1Ω(∴, Ω∋,_(∴, ∋,Ξ_(∴ ς∀5 ,ς(Ψ4,ΨΞ5 ς,3∀∃α&∃45Ρ ∗∀β714(+5.
Τ∋θ∗∃≅ 5∋-%/ ∴ΑΩ
∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ ∋545⊥ γ∋∃_Ξ∀,ς∃∀∃&([, _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5 α∃∋∃74β∴
&,∀,∗, 4( ,ς,∀(∴ ∋545⊥ Ψ3Ρ75, 4( ,Ωπ∃_Ξ(∴ γ∋∃_Ξ∀,γ4∃∀∗∃Ξ5_5, 3 +∃ΨΞ(∴ Ψ 3βΨ,_5+ 1∀,34∃+
γ∋∃_Ξ∀,+(∗45Ξ4β∴ 3,7&∃⊥ΨΞ35⊥, ( Ξ(_α∃ &∋Ρ ς∀,_∋(&_5 3 ∋,Ξ_(∴, Ψς∃χ5(∋ 4β∴ 7(ε5Ξ4β∴
ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω(∴ (ς∀,573,&ΨΞ3( ιθΕ " ∋(ΨΞ_,+").
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231
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Τ∋θ∗∃/ 5∋-∀% ;ΑΤ, ;Λ
Ε Δ - ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς,&3∃Ψ_5 +∃α&1 7&(45Ρ+5 5 Ψ,,∀1α∃45Ρ+5, ς, ,ς,∀(+ ∋545⊥ Ψ3Ρ75,
ΨΞ,∋Ω(+ ,Ψ3∃ε∃45Ρ 5 ∗,∀,&Ψ_,⊥ _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5, ς∀5 ,∀∗(457(χ55 +(∋,-3,∋,_,44β∴
∀(Ψς∀∃&∃∋5Ξ∃∋ 4β∴ Ψ5ΨΞ∃+ Ψ3Ρ75.
ΕΒ. - Ξ(+ α∃ [Ξ, 5 Ε Δ, ( Ξ(_α∃ ς∀5 ,∀∗(457(χ55 ς,ΨΞ,Ρ44β∴ 5 3∀∃+∃44β∴ ∋545⊥ Ψ3Ρ75
(,ςΞ5[∃Ψ_(Ρ _(Ω∃∋ 4(Ρ 3ΨΞ(3_().
Τ∋θ∗∃/ 5∋-∀% ;ΑΑ, ;Α⊥
∀5+∃4Ρ6ΞΨΡ &∋Ρ ς∀,_∋(&_5 4( +,∀Ψ_5∴ 1[(ΨΞ_(∴ (ς∀5Ω∀∃α4β∴, 0∃∋ δ,3β∴, ∗∋1Ω,_,-
3,&4β∴), [∃∀∃7 ς∀,∋53β, δ ,∀&β 4( ∗∋1Ω54(∴ &, 2000 + - &∋Ρ _(Ω∃∋Ρ Ε , 5 4( ∗∋1Ω54(∴ &,
5000 + - &∋Ρ _(Ω∃∋Ρ Ε Ο, Ψ 7(∗∋1Ω∋∃45∃+ 5∋5 Ω∃7 7(∗∋1Ω∋∃45Ρ 3 &4,. θ Ξ(_α∃ 4( Ω∃∀∃∗,3β∴
1[(ΨΞ_(∴ ([∃∀∃7 3,&4β∃ ς∀∃∗∀(&β, 3 ∗∀14Ξ∃, 4( +,ΨΞ(∴ 5 γΨΞ(_(&(∴, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55).
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, Ψ,∗∋(Ψ,3(456 Ψ 7(_(7[5_,+ 3,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋∃⊥ Ψ &∀1∗5+5 ∴(∀(_Ξ∃∀5ΨΞ5_(+5.
ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 ΨΞ,⊥_5 _ +4,∗,_∀(Ξ4β+ 57∗5Ω(+ (20 χ5_∋,3) Ψ ∀(&51Ψ,+ ∀(34β+ 20-Ξ5
4,+54(∋ 4β+ &5(+∃Ξ∀(+ _(Ω∃∋Ρ ς∀5 4,∀+(∋ 4,⊥ Ξ∃+ς∃∀(Ξ1∀∃ 5 ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ +541Ψ 10°Β.
Ν,ς1ΨΞ5+β⊥ ∀(&51Ψ 57∗5Ω( _(Ω∃∋∃⊥ ∀(3∃4 20-Ξ5 4,+54(∋ 4β+ &5(+∃Ξ∀(+ _(Ω∃∋Ρ.
8∃+ς∃∀(Ξ1∀4β⊥ &5(ς(7,4 γ_Ψς∋1(Ξ(χ55 _(Ω∃∋∃⊥ (ς, Ξ∀∃Ω,3(456 ι(_(7[5_() - ,Ξ +541Ψ 40°Β &,
ς∋6Ψ 60 °Β, &∋Ρ _(Ω∃∋∃⊥ γ_Ψς∋1(Ξ5∀1∃+β∴ 4( ,Ξ_∀βΞ,+ 3,7&1∴∃ - ,Ξ +541Ψ 60°Β &, ς∋6Ψ 70°Β.
Β,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55 4(∀1α4,⊥ ,Ω,∋,[_5 ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ Ψ +∃Ξ(∋∋5[∃Ψ_5+5 γ∋∃+∃4Ξ(+5
(Ω∀,4∃ς,_∀,3, +∃Ξ(∋∋5[∃Ψ_5∃ ∋∃4Ξβ) ς, χ∃ς5 "Ω∀,4Ρ-7∃+∋Ρ (3,&()" - 4000 ΟΕ+⋅_+.
∀5 4(∋5[55 Ψς∃χ5(∋ 4β∴ Ξ∀∃Ω,3(45⊥ "ι(_(7[5_(" ς, ΨΞ,⊥_,ΨΞ5 _ +∃&∋∃44,⊥ γ∋∃_Ξ∀,_,∀∀,755
_(Ω∃∋5 +(∀,_ Ν Ο 5 Ν 8 57∗,Ξ(3∋53(6ΞΨΡ Ψ 4(∀1α4,⊥ ,Ω,∋,[_,⊥ 57 &1∗,ΨΞ,⊥_,∗, +(Ξ∃∀5(∋(.
Ε+5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ α5∋ &5ΨΞ(4χ5,44,∗, ς5Ξ(45Ρ &∋Ρ _(Ω∃∋∃⊥ Ε 5 Ε Ο - ,Ξ 1,0 &, 16,0
Ε+/_+ (ς, Ξ∀∃Ω,3(456 ι(_(7[5_().
Δ(Ω∃∋5, ς∀∃&4(74([∃44β∃ &∋Ρ ς∀,_∋(&_5 341Ξ∀5 7&(45⊥ ς, ΨΞ∃4(+, 3 3∃∀Ξ5_(∋ 4β∴ 5
∗,∀57,4Ξ(∋ 4β∴ _(Ω∃∋ ∀,ΨΞ(∴, _,∋∋∃_Ξ,∀(∴ 5 Ξ,44∃∋Ρ∴, 3 Ξ,+ [5Ψ∋∃ Ξ,44∃∋Ρ∴ +∃Ξ∀,ς,∋5Ξ∃4(
57∗,Ξ(3∋53(6ΞΨΡ 3 5Ψς,∋4∃455 "
4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃" Ψ ς∀5+∃4∃45∃+ ∗(∋,∗∃4,4∃Ψ,-
&∃∀α(ε5∴ ς,∋5+∃∀4β∴ _,+ς,75χ5⊥.
ΒΞ∀,5Ξ∃∋ 4β∃ &∋54β ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ 4( Ω(∀(Ω(4(∴ - &, 25 _+.
Β∀,_ Ψ∋1αΩβ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ - 4∃ +∃4∃∃ 25 ∋∃Ξ.
[ΒΔΘ>ΩΦ>ΘΕ> ΑΔΚΕ ΛΚΑΔΡ>ΟΓΔΞ ΝΛ≅ΛΓΛΩ ( β) Ν Γ:Η>≅>
•,&4,+,&,3β∃ Ε., ς, ∀∃_,+∃4&(χ55 ΟΒφ-8 G.652 3Ψ∃ _(Ξ∃∗,∀55;
•,&4,+,&,3β∃ Ε. Ψ 4∃41∋∃3,⊥ (ς,∋,α5Ξ∃∋ 4,⊥ 5 ,Ξ∀5χ(Ξ∃∋ 4,⊥) Ψ+∃ε∃44,⊥ &5Ψς∃∀Ψ5∃⊥, ς,
∀∃_,+∃4&(χ55 ΟΒφ-8 6.655 3Ψ∃ _(Ξ∃∗,∀55 5 ΟΒφ-8 G.656;
•+4,∗,+,&,3β∃ Ε., Ψ Ψ,,Ξ4,0∃45∃+ &5(+∃Ξ∀,3 Ψ∃∀&χ∃354β 5 ,Ω,∋,[_5 - 50/125 +_+ ς, ∀∃_,+∃4&(χ55
ΟΒφ-8 G.651 5 62,5/125 +_+.
. _(Ω∃∋∃ 3,7+,α4, ς∀5+∃4∃45∃ _,+Ω54(χ55 3Ψ∃∴ ς∃∀∃[5Ψ∋∃44β∴ Ξ5ς,3 ,ςΞ5[∃Ψ_5∴ 3,∋,_,4.
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,Ω,∀1&,3(455 Ψ 5Ψς,∋ 7,3(45∃+ +(Ξ∃∀5(∋,3 ,Ξ 3∃&1ε5∴ +5∀,3β∴ δ5∀+. φ5∀,_5⊥ Ψς∃_Ξ∀ ς,ΨΞ(3∋Ρ∃+,⊥
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4,3β∃ 35&β 57&∃∋5⊥.
>( 3Ψ6 3βς1Ψ_(∃+16 ς∀,&1_χ56 5+∃6ΞΨΡ 4∃,Ω∴,&5+β∃ Ψ∃∀Ξ5δ5_(Ξβ 5 7(_∋6[∃45Ρ.
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8∃∋./δ(_Ψ: (495) 544-46-90/91/92/94
www.eurocabel-1.ru
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/1∗1∀96/(∀5
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Ν∗3∗5613;
η)∗96)∀8
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2,7 (Ξ
Ι1%>(%/12 ( 3∗≅:∗∃∋∀∃∗)∀Π
)6 56)66 0,5 (Ξ//5
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&, +50 °Β;
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Δ(Ω∃∋5 +,&1∋ 4,⊥ _,4ΨΞ∀1_χ55 +(∀,_ ΕΓΝ, ΕΓΝ>, ΕΔΝ, ΕΔΝ>, Ε8Ν, Ε8Ν>, ΕΒΝ, Ε Ν 5+∃6Ξ
χ∃4Ξ∀(∋ 4β⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ 57 ΨΞ∃_∋,ς∋(ΨΞ5_,3,∗, ΨΞ∃∀α4Ρ.
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χ∃4Ξ∀(∋ 4β⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ 57 ΨΞ(∋ 4,∗, Ξ∀,Ψ(.
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Ψ∃[∃45Ρ) Ψ_∀1[∃4β 3,_∀1∗ χ∃4Ξ∀(∋ 4,∗, Ψ5∋,3,∗, γ∋∃+∃4Ξ(, ,Ω∀(71Ρ Ψ∃∀&∃[45_ _(Ω∃∋Ρ +,&1∋ 4,⊥
_,4ΨΞ∀1_χ55.
Δ(Ω∃∋5 +(∀,_ ΕΓλ, ΕΓλ>, ΕΔλ, ΕΔλ>, Ε8λ, Ε8λ> 5+∃6Ξ χ∃4Ξ∀(∋ 4β⊥ ,ςΞ5[∃Ψ_5⊥ +,&1∋ 3
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ς,∋5(+5&() Ξ∀1Ω_5Ψ ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5, Ψ3,Ω,&4,∃ ς∀,ΨΞ∀(4ΨΞ3, _,Ξ,∀,⊥ 7(ς,∋4∃4,
∗5&∀,δ,Ω4β+ 7(ς,∋45Ξ∃∋∃+.
%∋θ∗∃Β9 4-/5∗&ΒΡ)>Β ∀4)/Ι∗>%/∗ 7∀∃∀%&∋ >∃∗62ΡΦ/9 )/4∀7:
•,&4,+,&,3,∃ ΨΞ(4&(∀Ξ4,∃ (∀∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652);
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•+4,∗,+,&,3,∃, Ψ Ψ,,Ξ4,0∃45∃+ &5(+∃Ξ∀,3 Ψ∃∀&χ∃354β 5 ,Ω,∋,[_5 15/125 +_+ (∀∃_,+∃4&(χ5Ρ ΟΒφ-8
G.651);
•+4,∗,+,&,3,∃, Ψ Ψ,,Ξ4,0∃45∃+ &5(+∃Ξ∀,3 Ψ∃∀&χ∃354β 5 ,Ω,∋,[_5 62,5/125 +_+.
Δ(Ω∃∋5, 3 ,Ω,74([∃45∃ +(∀_5 _,Ξ,∀β∴ 3∴,&5Ξ Ω1_3( >, 5+∃6Ξ ,Ω,∋,[_1 57 +(Ξ∃∀5(∋(, 4∃
∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃, 5∋5 57 +(Ξ∃∀5(∋(, 4∃ 3β&∃∋Ρ6ε∃∗, ς∀5 ∗,∀∃455 ∗(∋,∗∃4,3.
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20 +/Ψ2 (4g).
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Ξ∃+ς∃∀(Ξ1∀∃.
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Ψ,ΨΞ(3∋Ρ∃Ξ 4∃ +∃4∃∃ 25 ∋∃Ξ.
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237
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
6ΑΒΤΓΑΤΒ: ΤΟ≅ΛΝΩΛεΛ ΛΗΛ<Ω:Ρ>ΩΔΦ Γ:Η>≅Φ
Z1Z2Z3Z4--Z5xZ6Z7--Z8--Z9
Z1 - ,Ω,74([∃45∃ 4(74([∃45Ρ:
Ε - ,ςΞ5[∃Ψ_5⊥ _(Ω∃∋ .
Z2 - ,Ω,74([∃45∃ 1Ψ∋,35⊥ ς∀,_∋(&_5:
Γ - ς∀,_∋(&_( 3 ∗∀14Ξ∃;
Δ - ς∀,_∋(&_( 3 _(4(∋57(χ55;
8 - ς∀,_∋(&_( 3 Ψς∃χ5(∋ 4β∴ Ξ∀1Ω(∴;
Β - &∋Ρ ς,&3∃Ψ_5, Ψ 4∃Ψ1ε5+ γ∋∃+∃4Ξ,+ 57 (∀(+5&4β∴ 45Ξ∃⊥;
- &∋Ρ ς,&3∃Ψ_5, Ψ 4∃Ψ1ε5+ γ∋∃+∃4Ξ,+ 3 35&∃ ΨΞ(∋ 4,∗, Ξ∀,Ψ( Ψ ς,∋5γΞ5∋∃4,3β+ ς,_∀βΞ5∃+;
. - &∋Ρ 341Ξ∀5,Ωπ∃_Ξ,3,⊥ ς∀,_∋(&_5.
Z3 - Ξ5ς χ∃4Ξ∀(∋ 4,∗, γ∋∃+∃4Ξ(:
Ν - &5γ∋∃_Ξ∀5[∃Ψ_5⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ;
Ο - +∃Ξ(∋∋5[∃Ψ_5⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ;
λ - χ∃4Ξ∀(∋ 4β⊥ ,ςΞ5[∃Ψ_5⊥ +,&1∋ .
Z4 - Ξ5ς +(Ξ∃∀5(∋( ,Ω,∋,[_5:
Ω∃7 ,Ω,74([∃45Ρ - ς,∋5γΞ5∋∃4, &∋Ρ _(Ω∃∋∃⊥ +(∀_5 Ε. - ς,∋53545∋∴∋,∀5&4β⊥ ς∋(ΨΞ5_(Ξ;
> - +(Ξ∃∀5(∋, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε5⊥ ∗,∀∃45∃, 5∋5 4∃ 3β&∃∋Ρ6ε5⊥ ς∀5 ∗,∀∃455 ∗(∋,∗∃4,3.
Z5 - _,∋5[∃ΨΞ3, ,ςΞ5[∃Ψ_5∴ +,&1∋∃⊥ 3 +4,∗,+,&1∋ 4β∴ _,4ΨΞ∀1_χ5Ρ∴ _(Ω∃∋Ρ.
Z6 - _,∋5[∃ΨΞ3, ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 ,ςΞ5[∃Ψ_,+ +,&1∋∃.
Z7 - Ξ5ς ,ςΞ5[∃Ψ_,∗, 3,∋,_4( :
: - ,&4,+,&,3,∃ ΨΞ(4&(∀Ξ4,∃ (∀∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652.B);
θ - ,&4,+,&,3,∃ ΨΞ(4&(∀Ξ4,∃ (∀∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652.C);
Β - ,&4,+,&,3,∃ Ψ 4∃41∋∃3,⊥ ς,∋,α5Ξ∃∋ 4,⊥ Ψ+∃ε∃44,⊥ &5Ψς∃∀Ψ5∃⊥ (∀∃_,+∃4&(χ5Ρ ΟΒφ-8
G.655);
Ο5 - +4,∗,+,&,3,∃ Ψ Ψ,,Ξ4,0∃45∃+ &5(+∃Ξ∀,3 Ψ∃∀&χ∃354β 5 ,Ω,∋,[_5 50/125
(
∀∃_,+∃4&(χ5Ρ ΟΒφ-8 G.651);
Ο6 - +4,∗,+,&,3,∃ Ψ Ψ,,Ξ4,0∃45∃+ &5(+∃Ξ∀,3 Ψ∃∀&χ∃354β 5 ,Ω,∋,[_5 62,5/125.
Z8 - &,ς1ΨΞ5+,∃ ∀(ΨΞΡ∗53(6ε∃∃ 1Ψ5∋5∃, _>.
Z9 - θ - 4(∋5[5∃ (∋6+,ς,∋5γΞ5∋∃4,3,⊥ ,Ω,∋,[_5.
Α-/5∗- Δ∋4/>/ 2>∃∀7&∀,∀ ∀θ∀Δ&∋Ι∗&/Β %∋θ∗∃∗Χ:
Δ(Ω∃∋ Ψ &5γ∋∃_Ξ∀5[∃Ψ_5+ χ∃4Ξ∀(∋ 4β+ Ψ5∋,3β+ γ∋∃+∃4Ξ,+ (λΒφ), 3,_∀1∗ _,Ξ,∀,∗,
Ψ_∀1[∃4β 6 +,&1∋∃⊥ Ψ 12 ,&4,+,&,3β+5 ΨΞ(4&(∀Ξ4β+5 ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5 3 _(α&,+
+,&1∋∃, Ψ ς∃∀5δ∃∀5⊥4β+ Ψ5∋,3β+ γ∋∃+∃4Ξ,+ 57 (∀(+5&4β∴ 45Ξ∃⊥ ( Βφ), Ψ 4(∀1α4,⊥
,Ω,∋,[_,⊥ 57 ς,∋5γΞ5∋∃4(, 4( ∀(ΨΞΡ∗53(6ε∃∃ 1Ψ5∋5∃ 2,7 _>:
;Ω∴-6912χ-2,7 Ω[ 3587-001-58743450-2005
Δ(Ω∃∋ Ψ &5γ∋∃_Ξ∀5[∃Ψ_5+ λΒφ, 3,_∀1∗ _,Ξ,∀,∗, Ψ_∀1[∃4β 6 +,&1∋∃⊥ Ψ 20 ,&4,+,&,3β+5
ΨΞ(4&(∀Ξ4β+5 ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5 3 _(α&,+ +,&1∋∃, Ψ 341Ξ∀∃44∃⊥ ,Ω,∋,[_,⊥ 57
ς,∋5γΞ5∋∃4(, Ψ Ω∀,4∃ς,_∀,3,+ 57 ,&4,∗, ς,353( ΨΞ(∋ 4β∴ ,χ54_,3(44β∴ ς∀,3,∋,_, Ψ
4(∀1α4,⊥ ,Ω,∋,[_,⊥ 57 +(Ξ∃∀5(∋(, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃, 4( ∀(ΨΞΡ∗53(6ε∃∃
1Ψ5∋5∃ 20 _>:
;0∴ -6920χ-20 Ω[ 3587-001-58743450-2005
ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 7(3,& ":3∀,_(Ω∃∋ I" 57∗,Ξ(3∋53(∃Ξ ς, 8Υ 3587-001-58743450-2005,
∀(7∀(Ω,Ξ(44β+ 3 ς,∋4,+ Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ∀∃Ω,3(45Ρ+5 ΓΕΒ8 Η ΟφΔ 794-1-93, Ξ∃_ΨΞ
_,Ξ,∀,∗, Ρ3∋Ρ∃ΞΨΡ (1Ξ∃4Ξ5[4β+ +∃α&14(∀,&4,+1 ΨΞ(4&(∀Ξ1. 8∃∴45[∃Ψ_5∃ 1Ψ∋,35Ρ
Ψ,∗∋(Ψ,3(4β Ψ Ο545ΨΞ∃∀ΨΞ3,+ Ψ3Ρ75 Η,ΨΨ5⊥Ψ_,⊥ μ∃&∃∀(χ55. ∀,3∃&∃4( Ψ∃∀Ξ5δ5_(χ5Ρ
ς∀,&1_χ55, 3βς1Ψ_(∃+,⊥ ΕΕΕ ":3∀,_(Ω∃∋ I", 3 Ψ5ΨΞ∃+∃ Ψ∃∀Ξ5δ5_(χ55 "Β3Ρ7 ", 3 Ψ5ΨΞ∃+∃
Ψ∃∀Ξ5δ5_(χ55 3 ,Ω∋(ΨΞ5 ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 5 ς,∋1[∃4β Ψ(45Ξ(∀4,-γς5&∃+5,∋,∗5[∃Ψ_5∃
7(_∋6[∃45Ρ, , [∃+ Ψ35&∃Ξ∃∋ ΨΞ316Ξ Ψ,,Ξ3∃ΞΨΞ316ε5∃ Ψ∃∀Ξ5δ5_(Ξβ.
Ν∃⊥ΨΞ316ε(Ρ 4( ΕΕΕ "
:3∀,_(Ω∃∋ I" Ψ5ΨΞ∃+( +∃4∃&α+∃4Ξ( _([∃ΨΞ3( Ξ(_ α∃
Ψ∃∀Ξ5δ5χ5∀,3(4( 4( Ψ,,Ξ3∃ΞΨΞ35∃ Ξ∀∃Ω,3(45Ρ+ +∃α&14(∀,&4,∗, ΨΞ(4&(∀Ξ( ≅ΒΕ 9001
∀∃&(_χ55 2000 ∗,&(.
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3.3. [0,/(6-,( -%∀(2, [# ,⊥β 860β% "φ≅ΔΓΟ--:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3, 1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ.
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
E-mail: info@elixcable.ru Web: www.elixcable.ru
ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ " Ρ3∋Ρ∃ΞΨΡ ς∀,573,&5Ξ∃∋∃+ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ 4(∀1α4,⊥ ς∀,_∋(&_5
(ς,&7∃+4β∃, ς,&3∃Ψ4β∃) &∋Ρ +(∗5ΨΞ∀(∋ 4β⊥ Ψ∃Ξ∃⊥ 5 ,&45+ 57 ς∃∀3β∴ ,Ξ∃[∃ΨΞ3∃44β∴
ς∀,573,&5Ξ∃∋∃⊥ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ 341Ξ∀∃44∃⊥ ς∀,_∋(&_5 Ψ 3,∋,_4(+5 3 ς∋,Ξ4,+ Ω1δ∃∀4,+
ς,_∀βΞ55 (900 +_+) &∋Ρ ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴ 5 ΨΞ∀1_Ξ1∀5∀,3(44β∴ Ψ∃Ξ∃⊥ - Simplex,
Duplex, Distribution, Breakout.
[0,/(6-,( -%∀(2, 823 4%η,60#%2ν∗φ_ 6(0(α
∴Α;, ΛΑ;, ∴Ψ;, ΛΨ;
∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ω∋,_(∴, Ξ∀1Ω(∴ (3_∋6[(Ρ +∃Ξ,&
ς4∃3+,ς∀,_∋(&_5). Δ(Ω∃∋5 Ξ5ς,3 ΝθΕ 5 ΒθΕ ς∀5+∃4Ρ6ΞΨΡ ς∀5 ,ς(Ψ4,ΨΞ5 7(Ξ,ς∋∃45Ρ 4(
&∋5Ξ∃∋ 4β⊥ Ψ∀,_.
∴Α], ΛΑ], ∴Ψ], ΛΨ]
∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ω∋,_(∴, Ξ∀1Ω(∴ (3_∋6[(Ρ +∃Ξ,&
ς4∃3+,ς∀,_∋(&_5), 3 Ξ,44∃∋Ρ∴ 5 _,∋∋∃_Ξ,∀(∴ ς∀5 ,ς(Ψ4,ΨΞ5 ς,3∀∃α&∃45Ρ ∗∀β714(+5, ς∀5
,ς(Ψ4,ΨΞ5 7(Ξ,ς∋∃45Ρ 4( &∋5Ξ∃∋ 4β⊥ Ψ∀,_*, ( Ξ(_α∃ ς, +,ΨΞ(+ 5 γΨΞ(_(&(+.
∴ΑΛ, ΛΑΛ, ∴ΨΛ, ΛΨΛ
∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς, ς∀5 ς∀,_∋(&_∃ 3 ,Ξ_∀βΞ16 Ξ∀(40∃6,
∗∀1ςςβ 1-3 ς∀5 ς∀,_∋(&_∃ 4,α∃3β+ _(Ω∃∋∃1_∋(&[5_,+ (_∀,+∃ ∗∀14Ξ,3, ς,&3∃∀α∃44β∴
+∃∀7∋,Ξ4β+ &∃δ,∀+(χ5Ρ+), 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴, Ω∋,_(∴, ς∀5 4(∋5[55 3βΨ,_5∴
Ξ∀∃Ω,3(45⊥ ς, +∃∴(45[∃Ψ_,⊥ 1ΨΞ,⊥[53,ΨΞ5, ( Ξ(_α∃ ς∀5 ,ς(Ψ4,ΨΞ5 7(Ξ,ς∋∃45Ρ 4(
&∋5Ξ∃∋ 4β⊥ Ψ∀,_*. . Ξ,44∃∋Ρ∴ 5 _,∋∋∃_Ξ,∀(∴, ς, +,ΨΞ(+ 5 γΨΞ(_(&(+.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
239
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∴Α∴, ∴Α⊥
∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴,
Ω∋,_(∴, 3 Ξ,+ [5Ψ∋∃ ς∀5 ,Ψ,Ω, 3βΨ,_5∴ Ξ∀∃Ω,3(45Ρ∴ ς, 1ΨΞ,⊥[53,ΨΞ5 _ 34∃045+
γ∋∃_Ξ∀,+(∗45Ξ4β+ 3,7&∃⊥ΨΞ35Ρ+. θ Ξ(_α∃ &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ 3,7&104β∴ ∋545⊥ Ψ3Ρ75,
_,4Ξ(_Ξ4,⊥ Ψ∃Ξ5 α∃∋∃74β∴ &,∀,∗, ∋545⊥ γ∋∃_Ξ∀,ς∃∀∃&([.
∴Α2, ∴Ψ2
∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ ∗∀1ςς, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴,
Ω∋,_(∴, ς∀5 4(∋5[55 ,Ψ,Ω, 3βΨ,_5∴ Ξ∀∃Ω,3(45⊥ ς, +∃∴(45[∃Ψ_,⊥ 1ΨΞ,⊥[53,ΨΞ5. . ∀(⊥,4(∴ Ψ
(_Ξ534β+5 ς,Ρ3∋∃45Ρ+5 +∃∀7∋,Ξ4,-∗∀14Ξ,3β∴ ς∀,χ∃ΨΨ,3, ( Ξ(_α∃ 3 Ψ1&,∴,&4β∴ ∀∃_(∴ 5
∗∋1Ω,_5∴ 3,&4β∴ ς∀∃∗∀(&(∴*.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅>Ι
∗3∗(163∀/1∀(∀
Γ∗3(∗ (∗.6∋8
Ι1%>(%/12 (
/1∗1∀96/(∀5
3∗/18=∀∃∗Πε∀5
Χ/∀∋∀85
Ι1%>(%/12 (
:∀)∗5∀96/(∀5
3∗/18=∀∃∗Πε∀5
Χ/∀∋∀85
Ι1%>(%/12 (
3∗≅:∗∃∋∀∃∗Πε∀5
Χ/∀∋∀85
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗
Σ)6⊥)∀>
:∀∗5613
(∗.6∋8
Ε∗/961)∗8 5∗//∗
(∀∋%5613∗ (∗.6∋8,
)6 .%∋66
_Ν,, ΙΝ,, _Θ,, ΙΘ, 1,5 (Ξ; 2,7 (Ξ
0,5 (Ξ//5
10,5 55
110(=
_Νγ, ΙΝγ, _Θγ, ΙΘγ
2,7 (Ξ
0,5 (Ξ//5
15 55
220 (=
_ΝΙ, ΙΝΙ, _ΘΙ, ΙΘΙ
7(Ξ
1 (Ξ//5
16,5 55
430 (=
_Ν_, _ΝΓ
%17(Ξ:%30(Ξ
1 (Ξ//5
17,5 55
280 (=/(5
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80 (Ξ
χ%∋66
15%, 965 (
/1∗1∀96/(∀5
1,5 (Ξ//5
20 ∃)6⊥)∀Α
:∀∗5613%∃
(∗.6∋8 23 55
1350 (=
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
240
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Η(Ω,[(Ρ Ξ∃+ς∃∀(Ξ1∀(: -60 °Β ... +70 °Β
8∃+ς∃∀(Ξ1∀( +,4Ξ(α(: -10 °Β ... +50 °Β
8∃+ς∃∀(Ξ1∀( Ξ∀(4Ψς,∀Ξ5∀,3_5 5 ∴∀(4∃45Ρ: -50 °Β ... +50 °Β
[ 8β(6∗φ( [0,/(6-,( -%∀(2, 823 4%η,60#%2ν∗φ_ 6(0(α
∴Α; > )-∀>∀5
∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 +∃α&1 ,ς,∀(+5 5 7&(45Ρ+5.
∴ΑΩ
∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ 3,7&104β∴ ∋545⊥ Ψ3Ρ75, _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5
α∃∋∃74β∴ &,∀,∗, ∋545⊥ γ∋∃_Ξ∀,ς∃∀∃&([, 3 Ξ,+ [5Ψ∋∃ ς∀5 ,Ψ,Ω, 3βΨ,_5∴ Ξ∀∃Ω,3(45Ρ∴ ς,
1ΨΞ,⊥[53,ΨΞ5 _ 34∃045+ γ∋∃_Ξ∀,+(∗45Ξ4β+ 3,7&∃⊥ΨΞ35Ρ+.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅>Ι 8[ (Ο ΑΒΛΟΛΘ) Δ 8[0
Γ∗3(∗ (∗.6∋8
∗3∗(163∀/1∀(∀
_Ν,
_Ν
Γ6Α∗)∀96/(∀6 Α∗3∗(163∀/1∀(∀
Ι1%>(%/12 ( /1∗1∀96/(∀5 3∗/18=∀∃∗Πε∀5 Χ/∀∋∀85
%1η,5(Ξ:%12(Ξ
%17(Ξ:%25(Ξ
Ι1%>(%/12 ( :∀)∗5∀96/(∀5 3∗/18=∀∃∗Πε∀5
Χ/∀∋∀85
.%∋66 15%, 965 ( /1∗1∀96/(∀5
.%∋66 15%, 965 ( /1∗1∀96/(∀5
Ι1%>(%/12 ( 3∗≅:∗∃∋∀∃∗Πε∀5 Χ/∀∋∀85
0,5 (Ξ//5
1 (Ξ//5
Γ∀)∀5∗∋2);> 3∗:∀Χ/ ∀≅=∀.∗
20 ∃)6⊥)∀Α :∀∗5613%∃ (∗.6∋8
20 ∃)6⊥)∀Α :∀∗5613%∃ (∗.6∋8
Γ∗//%=∗.∗3∀1);6 Α∗3∗(163∀/1∀(∀:
Σ)6⊥)∀> :∀∗5613 (∗.6∋8
10x17 55
14 55
Ε∗/961)∗8 5∗//∗ (∀∋%5613∗ (∗.6∋8, )6 .%∋66
160 (=
170 (=
β∋∀5∗1∀96/(∀6 Α∗3∗(163∀/1∀(∀
Ε∗.%9∗8 165#63∗1Χ3∗
-60°Ι ... +50°Ι
-60 °Ι ... +70 °Ι
65#63∗1Χ3∗ 5%)1∗Ω∗
-10°Ι ... +50°Ι
-10°Ι ...+50°Ι
65#63∗1Χ3∗ 13∗)/#%31∀3%∃(∀ ∀ Α3∗)6)∀8
-50 °Ι ... +50 °Ι
-50°Ι ... +50°Ι
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΕςΞ5[∃Ψ_5∃ _(Ω∃∋5 &∋Ρ +(∗5ΨΞ∀(∋ 4β∴ Ψ∃Ξ∃⊥ 3βς1Ψ_(∃ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ 8Υ θ3587-006-
001-450.628-2-99, [Ξ, ς,&Ξ3∃∀α&∃4, Ψ∃∀Ξ5δ5_(Ξ,+ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΔΛ-300.
Β∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ ς, ΓΕΒ8 Η ≅ΒΕ 9001-2001/ISO 9001:2000
Β∃∀Ξ5δ5_(Ξβ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5
ΒΒ Λ.RU.Ε .004.H.00219, ΒΒ Λ.RU.Ε .004.B.00221, ΒΒ Λ.RU.Ε .047.B.00043
[0,/(6-,( -%∀(2, 823 2 -%2ν∗φ_ 6(0(α
Α-∗6&∋Δ&∋Ι∗&8:
•&∋Ρ 57∗,Ξ,3∋∃45Ρ ,Ω∋∃∗[∃44β∴ Ψ,∃&545Ξ∃∋ 4β∴ 041∀,3, ΨΞ(χ5,4(∀4,∗, +,4Ξ(α( 341Ξ∀5
ς,+∃ε∃45⊥ 5 (ςς(∀(Ξ1∀β;
•&∋Ρ 341Ξ∀5,Ωπ∃_Ξ,3,⊥ ς∀,_∋(&_5;
•&∋Ρ ς∀,_∋(&_5 3 _,∋,&χ(∴ _(Ω∃∋ 4,⊥ _(4(∋57(χ55, _,∋∋∃_Ξ,∀(∴, Ξ,44∃∋Ρ∴, ς∋54Ξ1Ψ(∴, ς,
ΨΞ∃4(+ 7&(45⊥ 5 &∋Ρ ς,&3∃Ψ_5.
Τ∋θ∗∃≅ 6∃Β ∀4)/Ι∗>%/9 Σ&2-∀7 ΥΤΘ-ΘΛε, ΥΤΘ-Θ∴ε
∀∃&4(74([∃4β &∋Ρ 5Ψς,∋ 7,3(45Ρ 3 ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴ Ψ∃ΞΡ∴ 3 _([∃ΨΞ3∃
,ςΞ5[∃Ψ_5∴ 041∀,3 (simplex patch-cord & duplex zipcord patch-cord) &∋Ρ ς∀,_∋(&_5 341Ξ∀5
ς,+∃ε∃45⊥.
Δ(Ω∃∋ φΔΛ-ΛΝφ 57∗,Ξ(3∋53(∃ΞΨΡ 3 35&∃ ∋∃4Ξ,[4,⊥ (ς∋,Ψ_,⊥) _,4ΨΞ∀1_χ55 57 &31∴ _(Ω∃∋∃⊥
Ξ5ς( ΛΒφ, ,Ω,∋,[_5 _,Ξ,∀β∴ Ψ,∃&54∃4β 3&,∋ &∀1∗ &∀1∗(.
λ3∃Ξ ,Ω,∋,[_5 _(Ω∃∋Ρ Ψ,,Ξ3∃ΞΨΞ31∃Ξ Ψ∋∃&16ε∃⊥ Ψ5ΨΞ∃+∃ _,&5∀,3_5 (∃Ψ∋5 54,∃ Ψς∃χ5(∋ 4,
4∃ ,∗,3,∀∃4, 3 7(_(7∃):
ν∃∋Ξβ⊥- ,&4,+,&,3,∃ 3,∋,_4, (9,5/125)
Ε∀(4α∃3β⊥ - +4,∗,+,&,3,∃ 3,∋,_4, (50/125)
Β∃∀β⊥ - +4,∗,+,&,3,∃ 3,∋,_4, (62,5/125)
ΥΤΘ-Θ∴Τε (Duplex Breakout)
∀∃&4(74([∃4 &∋Ρ 57∗,Ξ,3∋∃45Ρ &31∴3,∋,_,44β∴ ,ςΞ5[∃Ψ_5∴ Ψ,∃&545Ξ∃∋ 4β∴ 041∀,3,
&∋Ρ ς∀,_∋(&_5 341Ξ∀5 ς,+∃ε∃45⊥.
λ3∃Ξ ,Ω,∋,[_5 Ψ,,Ξ3∃ΞΨΞ31∃Ξ Ψ∋∃&16ε∃⊥ Ψ5ΨΞ∃+∃ _,&5∀,3_5 (∃Ψ∋5 54,∃ Ψς∃χ5(∋ 4, 4∃
,∗,3,∀∃4, 3 7(_(7∃):
α∃∋Ξβ⊥ - ,&4,+,&,3,∃ 3,∋,_4, (9,5/125)
,∀(4α∃3β⊥ - +4,∗,+,&,3,∃ 3,∋,_4, (50/125; 62,5/125)
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
242
________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅>Ι
∗3∗(163∀/1∀(∀
Γ∗3(∗ (∗.6∋8
Ι1%>(%/12 (
/1∗1∀96/(∀5
3∗/18=∀∃∗Πε∀5
Χ/∀∋∀85
Ι1%>(%/12 (
:∀)∗5∀96/(∀5
3∗/18=∀∃∗Πε∀5
Χ/∀∋∀85
Ι1%>(%/12 (
3∗≅:∗∃∋∀∃∗Πε∀5
Χ/∀∋∀85
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗
Σ)6⊥)∀>
:∀∗5613
(∗.6∋8
Ε∗/961)∗8 5∗//∗
(∀∋%5613∗
(∗.6∋8, )6 .%∋66
Κβχ-χΙκ
100 Ξ
500 Ξ
200 Ξ//5
10 ∃)6⊥)∀Α 2,9 55
7(=
Κβχ-χ_κ
120 Ξ
700 Ξ
200 Ξ//5
:∀∗5613%∃ 2,9x5,8 55
14 (=
Κβχ-χ_βκ
120 Ξ
700 Ξ
250 Ξ//5
(∗.6∋8
8,5 55
36 (=
Η(Ω,[(Ρ Ξ∃+ς∃∀(Ξ1∀(: -20 °Β ... + 70 °Β
8∃+ς∃∀(Ξ1∀( +,4Ξ(α(: -10 °Β ... + 60 °Β
8∃+ς∃∀(Ξ1∀( Ξ∀(4Ψς,∀Ξ5∀,3_5 5 ∴∀(4∃45Ρ: -20 °Β ... + 70 °Β
ΥΤΘ-ΘΑΝ (Distribution)
∀∃&4(74([∃4 &∋Ρ 5Ψς,∋ 7,3(45Ρ 3 ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴ Ψ∃ΞΡ∴ 3 _([∃ΨΞ3∃
∀(Ψς∀∃&∃∋5Ξ∃∋ 4,∗, ,ςΞ5[∃Ψ_,∗, _(Ω∃∋Ρ.
* - Δ,∋5[∃ΨΞ3, 3,∋,_,4 &(44,+ _(Ω∃∋∃ -2,4,6,8,12. (&∋Ρ _,∋5[∃ΨΞ3( 3,∋,_,4 Ω,∋∃∃ 12, _(Ω∃∋
5+∃∃Ξ +(∀_1 Λ ΒΗ). λ3∃Ξ ,Ω,∋,[_5 _(Ω∃∋Ρ Ψ,,Ξ3∃ΞΨΞ31∃Ξ Ψ∋∃&16ε∃⊥ Ψ5ΨΞ∃+∃ _,&5∀,3_5
(∃Ψ∋5 54,∃ Ψς∃χ5(∋ 4, 4∃ ,∗,3,∀∃4, 3 7(_(7∃):
α∃∋Ξβ⊥ - ,&4,+,&,3,∃ 3,∋,_4, (9,5/125)
_∀(Ψ4β⊥ - +4,∗,+,&,3,∃ 3,∋,_4, (50/125; 62,5/125)
Γ6Α∗)∀96/(∀6 Α∗3∗(163∀/1∀(∀
δ∀/∋% ,Σ
2
4
6
8
10
12
Ι1%>(%/12 ( /1∗1∀96/(∀5 3∗/18=∀∃∗Πε∀5 Χ/∀∋∀85
80
80
150
150
150
150
Ι1%>(%/12 ( :∀)∗5∀96/(∀5 3∗/18=∀∃∗Πε∀5 Χ/∀∋∀85
400
500
1000
1200
1300
1400
Ι1%>(%/12 ( 3∗≅:∗∃∋∀∃∗Πε∀5 Χ/∀∋∀85
250
Γ∀)∀5∗∋2);> 3∗:∀Χ/ ∀≅=∀.∗
10 ∃)6⊥)∀Α :∀∗5613%∃ (∗.6∋8
Γ∗//%=∗.∗3∀1);6 Α∗3∗(163∀/1∀(
Σ)6⊥)∀> :∀∗5613 ,Σ ∃ .Χ]63)%5 #%(3;1∀∀
2%∃.
4%∃.
6-8 %∃.
10-12 %∃.
Σ)6⊥)∀> :∀∗5613 (∗.6∋8
0,9 55
0,9 55
0,9 55
0,9 55
Ε∗/961)∗8 5∗//∗ (∀∋%5613∗ (∗.6∋8, )6 .%∋66
555
6,4 55
755
8,5 55
β∋∀5∗1∀96/(∀6 Α∗3∗(163∀/1∀(∀
Ε∗.%9∗8 165#63∗1Χ3∗
-40°Ι...+70°Ι
65#63∗1Χ3∗ 5%)1∗Ω∗
-10°Ι ... +60°Ι
65#63∗1Χ3∗ 13∗)/#%31∀3%∃(∀ ∀ Α3∗)6)∀8
-40°Ι ... +70°Ι
ΕΔ &∋Ρ ∋,_(∋ 4β∴ Ψ∃Ξ∃⊥ 3βς1Ψ_(6ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ 8Υ θ3587-006-001-450.628-2-99,
Ξ,+ 2, [Ξ, ς,&Ξ3∃∀α&∃4, Ψ∃∀Ξ5δ5_(Ξ,+ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΔΛ-300. Β∃∀Ξ5δ5_(Ξ
Ψ,,Ξ3∃ΞΨΞ35Ρ ς, ΓΕΒ8 Η ≅ΒΕ 9001-2001/ISO 9001:2000.
«φ∋5_Ψ-Δ(Ω∃∋ " Ρ3∋Ρ∃ΞΨΡ ,&45+ 57 ς∃∀3β∴ ,Ξ∃[∃ΨΞ3∃44β∴ ς∀,573,&5Ξ∃∋∃⊥ ,ςΞ5[∃Ψ_5∴
_(Ω∃∋∃⊥ Ψ 3,∋,_4(+5 3 ς∋,Ξ4,+ Ω1δ∃∀4,+ ς,_∀βΞ55 (900 +_+) &∋Ρ ∋,_(∋ 4β∴ _,+ς 6Ξ∃∀4β∴
5 ΨΞ∀1_Ξ1∀5∀,3(44β∴ Ψ∃Ξ∃⊥ - Simplex, Duplex, Distribution, Breakout.
. 4,ΡΩ∀∃ 2002 ∗. 4( ς∀,573,&ΨΞ3∃ "φ∋5_Ψ-Δ(Ω∃∋ " ς∀,573∃&∃4 7(ς1Ψ_ 3 γ_Ψς∋1(Ξ(χ56
∋5455 4,3,∗, ς,_,∋∃45Ρ &∋Ρ 57∗,Ξ,3∋∃45Ρ &(44β∴ Ξ5ς,3 ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
243
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
3.4. [0,/(6-,( -%∀(2, [# ,⊥β 860β%
⊥% " λ6 6ΝΦ<ςΟΑΒΛΙ-1 β --"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "ΕμΒ Β3Ρ7 ΨΞ∀,⊥-1 .ΕΔΔ"
θ&∀∃Ψ: 394019, Η,ΨΨ5Ρ, ∗. .,∀,4∃α, 1∋. ν∃+[1α4(Ρ, 6
8∃∋./δ(_Ψ: + 7(4732) 14-27-34, 79-07-54
E-mail: ofssvsl@ofssvsl.ru
www.ofssvsl.ru
ιθΕ "ΕμΒ Β3Ρ7 ΨΞ∀,⊥-1 .,∋,_,44,-ΕςΞ5[∃Ψ_(Ρ Δ(Ω∃∋ 4(Ρ Δ,+ς(45Ρ" ς∀,573,&5Ξ ΕΔ
Ψ∋∃&16ε5∴ +(∀,_.
Γ∗3(∗ (∗.6∋8
,/%.6))%/1∀ (%)/13Χ(ς∀∀
Ε6(%56):Χ65;6 Χ/∋%∃∀8 #3%(∋∗:(∀
,β :∋8 #%:≅65)%> #3%(∋∗:(∀ ( φ 3587-001-51702873-00)
_βΝ _∀∴∋6(13∀96/(∀> φΚ
Σ =3Χ)1∗Α, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α, .∋%(∗Α,
(%∋∋6(1%3∗Α
ΙβΝ
Ι1∗∋2)%> φΚ
6 Ω6, ∀/(∋Π9∗8 Χ/∋%∃∀8 / ∃;/%(∀5 Χ3%∃)65 ∃)6⊥)∀Α
∴∋6(13%5∗=)∀1);Α ∃%≅:6>/1∃∀>
_βΞ, ΙβΞ Σ %.%∋%9(6 ∀≅ 5∗163∀∗∋∗, )6 3∗/#3%/13∗)8Πε6=%
=%36)∀6
6 Ω6, #3∀ )∗∋∀9∀∀ 136.%∃∗)∀> #%Ω∗3)%> .6≅%#∗/)%/1∀
_βΝ∗, ΙβΝ∗, _βΞ∗,
ΙβΞ∗
Ι :%#%∋)∀16∋2)%> %.%∋%9(%> ∀≅ ∗∋Π5∀)∀6∃%>
∋6)1;
_∋8 Χ/∋%∃∀> #%∃;⊥6))%> ∃∋∗Ω)%/1∀, ≅∗.%∋%96));Α
=3Χ)1%∃, ≅∗1%#∋865;Α (∗)∗∋∀≅∗ς∀> ∀ ∃%:);Α #36=3∗:
,β :∋8 #%:≅65)%> #3%(∋∗:(∀ ( φ 3587-002-51702873-00)
_χΝ, _χΝ/ _∀∴∋6(13∀96/(∀> φΚ
Σ ∋6=(∀Α =3Χ)1∗Α, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α,
.∋%(∗Α, (%∋∋6(1%3∗Α, #% 5%/1∗5 ∀ ∴/1∗(∗:∗5
ΙχΝ, ΙχΝ/ Ι1∗∋2)%> φΚ
6 Ω6, ∀/(∋Π9∗8 Χ/∋%∃∀8 / ∃;/%(∀5 Χ3%∃)65 ∃)6⊥)∀Α
∴∋6(13%5∗=)∀1);Α ∃%≅:6>/1∃∀>
_χΞ, ΙχΞ, _χΞ/,
ΙχΞ/
Σ %.%∋%9(6 ∀≅ 5∗163∀∗∋∗, )6 3∗/#3%/13∗)8Πε6=%
=%36)∀6
Σ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α, .∋%(∗Α, (%∋∋6(1%3∗Α,
⊥∗Α1∗Α, ∃ ≅:∗)∀8Α, #3∀ )∗∋∀9∀∀ 136.%∃∗)∀> #%Ω∗3)%>
.6≅%#∗/)%/1∀
_Ν., Ιχ., _Ν./,
ΙΝ./
χ6≅ ∃)Χ136))6> %.%∋%9(∀
Σ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α, .∋%(∗Α, (%∋∋6(1%3∗Α
_Ξ., ΙΞ., _Ξ./,
ΙΞ./
Σ %.%∋%9(6 ∀≅ 5∗163∀∗∋∗, )6 3∗/#3%/13∗)8Πε6=%
=%36)∀6
6 Ω6, #3∀ )∗∋∀9∀∀ 136.%∃∗)∀> #%Ω∗3)%> .6≅%#∗/)%/1∀
,β :∋8 #3%(∋∗:(∀ ∃ /#6ς∀∗∋2);Α 13Χ.∗Α ( φ 3587-003-51702873-00)
_Ν
_∀∴∋6(13∀96/(∀> φΚ
Σ /#6ς∀∗∋2);Α 13Χ.∗Α (∃(∋Π9∗8 561%:
#)6∃5%#3%(∋∗:(∀), ∗ 1∗( Ω6 :∋8 #%:∃6/(∀ )∗ ∃%≅:Χ⊥);Α
∋∀)∀8Α /∃8≅∀ / (36#∋6)∀65 ( ∃)6⊥)∀5 )6/Χε∀5
%/)%∃);5 ∴∋656)1∗5
ΙΝ
Ι1∗∋2)%> φΚ
6 Ω6, ∀/(∋Π9∗8 Χ/∋%∃∀8 / ∃;/%(∀5 Χ3%∃)65 ∃)6⊥)∀Α
∴∋6(13%5∗=)∀1);Α ∃%≅:6>/1∃∀>
_Ν∗, ΙΝ∗ _%#%∋)∀16∋2)∗8 %.%∋%9(∗ ∀≅ ∗∋Π5∀)∀6∃%> ∋6)1; Σ /#6ς∀∗∋2);Α 13Χ.∗Α, :∋8 Χ/∋%∃∀> :%∋=%∃3656))%=%
≅∗1%#∋6)∀8 ∃%:%>
_Ξ, ΙΞ, _Ξ∗, ΙΞ∗ Σ %.%∋%9(6 ∀≅ 5∗163∀∗∋∗, )6 3∗/#3%/13∗)8Πε6=%
=%36)∀6
6 Ω6 #3∀ )∗∋∀9∀∀ 136.%∃∗)∀> #%Ω∗3)%> .6≅%#∗/)%/1∀
(∃ ≅:∗)∀8Α ∀ /%%3ΧΩ6)∀8Α), 1%))6∋8Α ∀ (%∋∋6(1%3∗Α
,β #%:∃6/);6
_Ι, _Ι(1) Ι∗5%)6/Χε∀6; 5%:Χ∋2)%> (%)/13Χ(ς∀∀
φ 3587-004-51702873-00
β∗.6∋∀ 5%=Χ1 #%:∃6⊥∀∃∗12/8 )∗ %#%3∗Α ∋∀)∀> /∃8≅∀,
∴∋6(13∀]∀ς∀3%∃∗));Α Ω6∋6≅);Α :%3%= ∀ ∋∀)∀>
∴∋6(13%#636:∗9∀, 56Ω:Χ ≅:∗)∀85∀ ∀ /%%3ΧΩ6)∀85∀,
#3%(∋∗:;∃∗12/8 #% /16)∗5 ≅:∗)∀>, 5%/1∗5 ∀ ∴/1∗(∗:∗5
_ , _ (:) Ν%:∃6/);6 / )6/Χε∀5 13%/%5: 5%:Χ∋2)%>
(%)/13Χ(ς∀∀ ∀ / ς6)13∗∋2)%> 3Χ.(%>
φ 3587-005-51702873-00
β∗.6∋∀ 5%=Χ1 #%:∃6⊥∀∃∗12/8 )∗ %#%3∗Α ∋∀)∀> /∃8≅∀,
56Ω:Χ ≅:∗)∀85∀ ∀ /%%3ΧΩ6)∀85∀
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
244
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
OK =≅Φ ΚΛ=<>ΘΩΛΙ ΚΒΛΓ≅:=ΓΔ
Τ∋θ∗∃≅ ∴χΑ (5∀62∃≅&∀Χ %∀&>)-2%Ε//) θ-∀&/-∀7∋&&8Χ >)∋∃≅&85/ 4-∀7∀∃∀%∋5/
Τ∋θ∗∃≅ ∴ΘΑ (> Ε∗&)-∋∃≅&∀Χ )-2θ%∀Χ) θ-∀&/-∀7∋&&8Χ >)∋∃≅&85/ 4-∀7∀∃∀%∋5/
Τ∋θ∗∃≅ ∴ΘΑ (5∀62∃≅&∀Χ %∀&>)-2%Ε//) θ-∀&/-∀7∋&&8Χ >)∋∃≅&∀Χ ∃∗&)∀Χ
Τ∋θ∗∃≅ ∴ΘΑ (> Ε∗&)-∋∃≅&∀Χ )-2θ%∀Χ) θ-∀&/-∀7∋&&8Χ >)∋∃≅&∀Χ ∃∗&)∀Χ
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
245
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ - =≅Φ ΚΛ=<>ΘΩΛΙ ΚΒΛΓ≅:=ΓΔ
∗3∗(163∀/1∀(∀
_βΝ
(5%:Χ∋2)%>
(%)/13Χ(ς∀∀)
_βΝ
(/ ς6)13∗∋2)%>
13Χ.(%>)
_χΝ
(5%:Χ∋2)%>
(%)/13Χ(ς∀∀)
_χΝ
(/ ς6)13∗∋2)%>
13Χ.(%>)
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6
2-144
2-12
2-144
2-12
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3-80
3-20
1,0-3,0
1,0-2,7
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3,5-92,0
3,5-23,0
1,15-3,45
1,15-3,1
_%#Χ/1∀5∗8 3∗≅:∗∃∋∀∃∗Πε∗8 )∗=3Χ≅(∗, (Ξ//5
0,4-1,5
0,4-1,0
0,4
0,2-0,4
Γ∗(/∀5∗∋2);> )∗3ΧΩ);> :∀∗5613 (∗.6∋8, 55
10,6-30,5
8,2-13,6
10,6-21,1
7,7-11,0
Γ∗(/∀5∗∋2)∗8 5∗//∗ 1 (5 (∗.6∋8, (=
194-2400
124-600
194-425
100-205
65#63∗1Χ3∗ ∴(/#∋Χ∗1∗ς∀∀, °Ι:
-40...+50
-40...+50
-40...+50
-40...+50
65#63∗1Χ3∗ Α3∗)6)∀8, °Ι:
-50...+50
-50...+50
-50...+50
-50...+50
, Ξ∀∃Ω,3(456 7(_(7[5_( 3 _(Ω∃∋∃ +,∗1Ξ ΩβΞ ς∀5+∃4∃4β ∀(7∋5[4β∃ 35&β .
Ε. (∀(+∃Ξ∀β ς∃∀∃&([5 - 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ, Ψς∃χ5δ5_(χ5∃⊥ 4( ,ςΞ5[∃Ψ_,∃ 3,∋,_4,.
- =≅Φ ΚΒΛΓ≅:=ΓΔ Ν ΟΚ>ΖΔ:≅ςΩΕΞ ΑΒΤΗ:Ξ
Τ∋θ∗∃≅ ∴Α (5∀62∃≅&∀Χ %∀&>)-2%Ε//)
Τ∋θ∗∃≅ ∴Α (> Ε∗&)-∋∃≅&∀Χ )-2θ%∀Χ)
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ - =≅Φ ΚΒΛΓ≅:=ΓΔ Ν ΟΚ>ΖΔ:≅ςΩΕΞ ΑΒΤΗ:Ξ
∗3∗(163∀/1∀(∀
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(%)/13Χ(ς∀∀
_Ν (/ ς6)13∗∋2)%>
13Χ.(%>)
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6
2-144
2-12
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. Ψ,ΨΞ(3 _(Ω∃∋Ρ 3∴,&5Ξ:
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20,0 ÷ 80,0
1,0
%1 -50°Ι :% +50°Ι
%1 -10°Ι :% +40°Ι
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/63:69)∀( 5%:Χ∋2)%> (%)/13Χ(ς∀∀ / :∀∴∋6(13∀96/(∀5
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.3%)6#%∃∀∃ ∀≅ /1∗∋2);Α %ς∀)(%∃∗));Α #3%∃%∋%(;
∃)6⊥)88 #%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗.
4,0 ÷ 80,0
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%.%∋%9(∗.
1,5 ÷ 5,0
0,4
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φΙΚ; ∃)Χ136))88 #%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗;
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5,0 ÷ 35,0
0,7
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∗∋∋Π5∀)∀6∃;6 1%(%#3%∃%:8ε∀6 Ω∀∋;; ∃)6⊥)88
#%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗.
21,0
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%1 -10/Ι :% +40°Ι
Ν,β
/63:69)∀( 13Χ.9∗1%> (%)/13Χ(ς∀∀, .3%)6#%∃∀∃ ∀≅
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%1 -10°Ι :% +40°Ι
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* Δ∀(Ξ_,3∀∃+∃44, &,ς1ΨΞ5+,∃ ∀(ΨΞΡ∗53(6ε∃∃ 1Ψ5∋5∃ ς∀∃3β0(∃Ξ &∋5Ξ∃∋ 4, &,ς1ΨΞ5+,∃ ∀(ΨΞΡ∗53(6ε∃∃ 1Ψ5∋5∃ 3 1,3-1,4 ∀(7(.
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________________________________________________________________________________
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
[ΒΔΘ>Ω>ΩΔ> ΛΚΑΔΡ>ΟΓΔΞ Γ:Η>≅>Ι
_ΝΙ (ΙΝΙ)
,ΝΙ
_Θ2
_Ν2
_ΘΙ (_Θφ)
_Νγ (ΙΝγ)
_Ν, (ΙΝ,)
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_Ν
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,Ν
_,γ
,ΘΙ
Σ)Χ13∀ ≅:∗)∀> ∀ /%%3ΧΩ6)∀> ∃
(∗.6∋6#3%∃%:∗Α ∀ #% (∗.6∋23%/1∗5
++
-
-
+++
-
+++++
Σ (%∋∋6(1%3∗Α ∀ 1Χ))6∋8Α
++++++++
-
+
-
++
Σ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀8
++++++
-
+
-
+
-
++
Ν3%(∋∗:(∗ ∃ 13∗)⊥6Π ∃ =3Χ)1∗Α ∃/6Α =3Χ##
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-
+++
-
++
Ν)6∃5%#3%(∋∗:(∗ ∃ ≅∗ε∀1);Α #%∋∀∴1∀∋6)%∃;Α
13Χ.∗Α (ηΝ )
++
-
-
-
++++
-
+++
Ν3%(∋∗:(∗ )%Ω6∃;5 (∗.6∋6Χ(∋∗:9∀(%5
∃ =3Χ)1∗Α 1-3 =3Χ##, (3%56 =3Χ)1%∃, #%:∃63Ω6));Α
563≅∋%1);5 :6]%35∗ς∀85
++++++
-
-
-
+
-
-
+
Σ =3Χ)1∗Α 4-5 =3Χ##, ∃ /(∗∋2);Α =3Χ)1∗Α ∀ =3Χ)1∗Α,
#%:∃63Ω6));Α 563≅∋%1);5 :6]%35∗ς∀85
-
-
++
-
-
-
-
-
+
-
-
-
Ν636Α%:; 9636≅ .%∋%1∗, )6=∋Χ.%(∀6 ∃%:);6
#36=3∗:;, )6/Χ:%Α%:);6 36(∀
+
-
++++
-
-
-
-
-
++
Ν636Α%:; 9636≅ =∋Χ.%(∀6 ∃%:);6 #36=3∗:;,
∃(∋Π9∗8 /Χ:%Α%:);6 36(∀
-
-
+
-
+
-
-
-
-
-
-
-
-
Ν3∀ %#∗/)%/1∀ #%∃36Ω:6)∀8 =3;≅Χ)∗5∀
+++++4-
-
-
+
-
++
Ν3∀ #%∃;⊥6));Α 136.%∃∗)∀8Α #% ≅∗ε∀16 %1
#3%)∀()%∃6)∀8 ∃%:; ∀ ∃%:%3%:)%> (%33%≅∀∀
-
-
+
-
++
-
+
-
-
-
+
-
Ν3∀ #%∃;⊥6));Α 136.%∃∗)∀8Α #% /1%>(%/1∀ (
56Α∗)∀96/(∀5 ∃%≅:6>/1∃∀85
-
++
-
_
-
-
-
-
-
-
-
Ν3∀ #%∃;⊥6));Α 136.%∃∗)∀8Α #% Χ/1%>9∀∃%/1∀ (
∃)6⊥)∀5 ∴∋6(13%5∗=)∀1);5 ∃%≅:6>/1∃∀85
-
-
-
-
-
+
-
+++
-
Ν%:∃6/(∗ / (36#∋6)∀65 ( ∃)6⊥)∀5 )6/Χε∀5
∴∋656)1∗5 ≅:∗)∀> ∀ /%%3ΧΩ6)∀>
+t-
-
+++++++++
Υ/#%∋2≅%∃∗)∀6 ∴∋656)1%∃ (%)/13Χ(ς∀∀ :∋8
%.)∗3ΧΩ6)∀8 56/1%#%∋%Ω6)∀8 (∗.6∋8
++++++
-
+
-
-
-
++
Ν%:∃6/(∗ )∗ %#%3∗Α ∃%≅:Χ⊥);Α ∋∀)∀> /∃8≅∀,
%#%3∗Α (%)1∗(1)%> /61∀ =%3∴∋6(13%13∗)/#%31∗
-
-
-
-
-
-
+
-
+++
-
-
Ν%:∃6/(∗ 56Ω:Χ ≅:∗)∀85∀,
#% ∴∋656)1∗5 ≅:∗)∀> ∀ /%%3ΧΩ6)∀>
++
-
-
+
-
+
-
+++
-
+
Ν%:∃6/(∗ )∗ %#%3∗Α ∃%≅:Χ⊥);Α ∋∀)∀>
∴∋6(13%#636:∗9, (%)1∗(1)%> /61∀ ∀
∗∃1%.∋%(∀3%∃(∀ Ω6∋6≅);Α :%3%=
-
-
-
-
-
-
+
-
+++
-
-
Ν3∀ #%∃;⊥6));Α 136.%∃∗)∀8Α #% /1%>(%/1∀ (
∴∋6(13%(%33%≅∀∀
-
-
-
-
-
-
-
-
+++
-
-
Ξ∗∃∀∃(∗ )∗ ]∗≅);6 #3%∃%:∗ ∀ =3%≅%13%/ ∋∀)∀>
∴∋6(13%#636:∗9∀
-
-
-
-
-
-
+
-
-
-
+
-
-
Ν3∀ 136.%∃∗)∀8Α #% )63∗/#3%/13∗)6)∀Π
=%36)∀8
++
-
-
-
++++++++
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
252
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
253
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
3.6. [0,/(6-,( -%∀(2, [# ,⊥β 860β%
⊥% "4 6-%∀(2ν-λπ89,-π#%"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Ο,Ψ_(Ω∃∋ -μ1&α5_1∀("
θ&∀∃Ψ: 111024, ∗.Ο,Ψ_3(, 1∋. 2-Ρ Δ(Ω∃∋ 4(Ρ, &.2
8∃∋.: (495) 728-72-10, 728-72-06, 673-83-15
μ(_Ψ: (495) 728-72-09
http: www.mk-f.ru
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Ο,Ψ_(Ω∃∋ -μ1&α5_1∀(" ,Ψ4,3(4, 9 Ψ∃4ΞΡΩ∀Ρ 1999 ∗,&( 4( Ω(7∃ ιθΕ
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ιθΕ "
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- 823 [# -2%8-, β η#π∗0( , -%∀(2ν∗ α -%∗%2,⊥%γ,,
Τ∋θ∗∃≅ 5∋-%/ ;⊥ηΤ0⊥
∀∃&4(74([∃4 &∋Ρ ς∀,_∋(&_5 3 ∗∀14Ξ(∴ 3Ψ∃∴ _(Ξ∃∗,∀5⊥, _∀,+∃ ς,&3∃∀α∃44β∴ +∃∀7∋,Ξ4β+
&∃δ,∀+(χ5Ρ+, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴, Ω∋,_(∴, _,∋∋∃_Ξ,∀(∴, Ξ,44∃∋Ρ∴ 4( +,ΨΞ(∴ 5 3
0(∴Ξ(∴, [∃∀∃7 4∃∗∋1Ω,_5∃ Ω,∋,Ξ( 5 4∃Ψ1&,∴,&4β∃ ∀∃_5.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ 4⊥-η4
β%∋∀96/1∃% ,Σ
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Χ/∀∋∀6, Ξ/1/5
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6(8*)-12
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7000
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8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -40°Β &, +60°Β.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
254
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∋θ∗∃≅ 5∋-%/ ;⊥ηΤ0β
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&∃δ,∀+(χ5Ρ+, 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴ Ω∋,_(∴, _,∋∋∃_Ξ,∀(∴, Ξ,44∃∋Ρ∴, 4( +,ΨΞ(∴ 5 3
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9,0
:% 160
4000
600
180
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:% 24
9,9
:% 220
8000
1000
198
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:% 24
12,0
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20000
1000
240
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -40 °Β &, +60°Β.
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∀∃&4(74([∃4 &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ξ∀1Ω(∴, Ω∋,_(∴, _,∋∋∃_Ξ,∀(∴,
Ξ,44∃∋Ρ∴, 4( +,ΨΞ(∴ 5 3 0(∴Ξ(∴.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -604
β%∋∀96/1∃% ,Σ
∃ (∗.6∋6 _∀∗5613 (∗.6∋8,
55
Γ∗//∗ (∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ
Ε∗≅:∗∃∋∀∃∗Πε66
Χ/∀∋∀6, Ξ/1/5
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗
(∗.6∋8, 55
:% 144
12,8... 19,3
:% 363
2700
400
256-386
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -40 °Β &, +60°Β.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
255
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
OK 823 [# -2%8-, β [2%604%66 βφ_ 0#π∀%_
Τ∋θ∗∃≅ 5∋-%/ ;χΤΩ⊥
∀∃&4(74([∃4 &∋Ρ ς∀,_∋(&_5 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, Ψς∃χ5(∋ 4β∴ Ξ∀1Ω(∴, _,∋∋∃_Ξ,∀(∴,
Ξ,44∃∋Ρ∴, 4( +,ΨΞ(∴ 5 γΨΞ(_(&(∴.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ --04
β%∋∀96/1∃% ,Σ
∃ (∗.6∋6
β%∋∀96/1∃%
∴∋656)1%∃ β%∋∀96/1∃%
,Σ ∃ 5%:Χ∋6 _∀∗5613 (∗.6∋8,
55
Γ∗//∗
(∗.6∋8, (=/(5 Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ
Ε∗≅:∗∃∋∀∃∗Πε66
Χ/∀∋∀6, Ξ/1/5
:% 144
5-12
:% 12
11,8... 17,9
96-234
2700
400
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -40°Β &, +60°Β.
-%∀(2, [0,/(6-,( [ 8β(6∗φ( 6 βφ∗ 6∗φ4 6,2 βφ4 φ2(4(∗0 4
Τ∋θ∗∃≅ 5∋-%/ ;ΤΑ⊥
∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ ∋545⊥ Ψ3Ρ75 5 ΨΞ,∋Ω(∴ ∗,∀,&Ψ_,∗, ,Ψ3∃ε∃45Ρ.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -[4
β%∋∀96/1∃% ,Σ
∃ (∗.6∋6
β%∋∀96/1∃%
∴∋656)1%∃
/(3Χ1(∀
β%∋∀96/1∃%
,Σ ∃ 5%:Χ∋6 _∀∗5613
(∗.6∋8, 55
Γ∗//∗
(∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ Ε∗≅:∗∃∋∀∃∗Πε66
Χ/∀∋∀6, Ξ/1/5
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗,
55
:% 48
6
:%8
∅10,5-
11,6/∅6,5 171-190
9000
400
210-232
:% 48
6
:%8
∅10,5-
11,6/∅6,5 203-222
12000
400
210-232
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -60°Β &, +60°Β.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
256
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∋θ∗∃≅ 5∋-%/ ;ΘΑβ
∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ ∋545⊥ Ψ3Ρ75, ΨΞ,∋Ω(∴ ∗,∀,&Ψ_,∗, ,Ψ3∃ε∃45Ρ, +∃α&1
7&(45Ρ+5 5 Ψ,,∀1α∃45Ρ+5 ς∀5 Ξ∃+ς∃∀(Ξ1∀(∴ ,_∀1α(6ε∃∗, 3,7&1∴( ,Ξ -40 &, +60°Β.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -ηδ
β%∋∀96/1∃%
,Σ ∃ (∗.6∋6
Ε∗≅563 (∗.6∋8,
55
Γ∗//∗ (∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗, 55
:% 24
∅5,7/∅4,2
63
4000
114
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55: ,Ξ -40°Β &, +60°Β.
- [ 8β(6∗φ( 6%4 ∗(6πδ,(
Τ∋θ∗∃/ 5∋-∀% ;ΤΛ ⊥, ;ΤΑ∴
;ΤΛ ⊥ ς∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ ∋545⊥ Ψ3Ρ75, _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5, α∃∋∃74β∴ &,∀,∗
5 ΨΞ,∋Ω(∴ ∗,∀,&Ψ_,∗, ,Ψ3∃ε∃45Ρ.
;ΤΑ∴ ς∀∃&4(74([∃4 &∋Ρ ς,&3∃Ψ_5 4( ,ς,∀(∴ Μφ , _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5 α∃∋∃74β∴ &,∀,∗.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -6∗4
β%∋∀96/1∃%
,Σ ∃ (∗.6∋6 β%∋∀96/1∃%
,Σ ∃ 5%:Χ∋6 _∀∗5613 (∗.6∋8,
55
Γ∗//∗ (∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ Ε∗≅:∗∃∋∀∃∗Πε66
Χ/∀∋∀6, Ξ/1/5
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗,
55
:% 144
:% 12
13,6...19,1
:% 282,5
6000
400
272-382
:% 144
:% 12
13,7...19,1
:% 284,2
8000
400
274-382
:% 144
:012
13,8...19,2
:% 287,3
10000
400
276-384
:% 144
:% 12
13,9...19,2
:% 284,6
12000
400
278-384
:% 144
:% 12
14,9...19,4
:% 288,9
15000
400
298-388
:% 144
:% 12
14,3...19,5
:% 292,2
20000
400
298-390
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55: ,Ξ -60°Β &, +70°Β.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
257
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -[%
β%∋∀96/1∃%
,Σ ∃ (∗.6∋6
β%∋∀96/1∃%
,Σ ∃ 5%:Χ∋6 _∀∗5613
(∗.6∋8, 55 Γ∗//∗ (∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ Ε∗≅:∗∃∋∀∃∗Πε66
Χ/∀∋∀6, Ξ/1/5
Γ∀)∀5∗∋2);>
3∗:∀Χ/ ∀≅=∀.∗,
55
:% 72
:% 12
15,8...16,0
206-218
18,0
400
316-320
:% 72
:% 12
18,5
288-294
40,0
400
370
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55: ,Ξ -60°Β &, +70°.
- β∗π0#, ∀τ(-0 βφ(
Τ∋θ∗∃≅ 5∋-%/ ;ΤΤΩ⊥
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4( +,ΨΞ(∴ 5 γΨΞ(_(&(∴.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ --04∗
β%∋∀96/1∃%
,Σ ∃ (∗.6∋6 β%∋∀96/1∃%
,Σ ∃ 5%:Χ∋6 _∀∗5613 (∗.6∋8,
55
Γ∗//∗ (∗.6∋8,
(=/(5
Ε∗/18=∀∃∗Πε66
Χ/∀∋∀6, Ξ Ε∗≅:∗∃∋∀∃∗Πε6
6 Χ/∀∋∀6, Ξ/1/5
Γ∀)∀5∗∋2);>
3∗:∀Χ/
∀≅=∀.∗, 55
:% 144
:% 12
10,5...17,2
:% 232
1000
400
220-350
:% 144
:% 12
13,2...17,2
:% 250
2700
400
210-350
8∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 _(Ω∃∋Ρ: ,Ξ -40°Β &, +60°Β.
., 3Ψ∃∴ _(Ω∃∋Ρ∴ 5Ψς,∋ 716ΞΨΡ ,ςΞ5[∃Ψ_5∃ 3,∋,_4( 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Η∃_,+∃4&(χ5Ρ+5 ITU-T G. 651,
G. 652., G. 652D, G. 655.
, Ξ∀∃Ω,3(456 7(_(7[5_( _(Ω∃∋5 +(∀,_ ΕΟιΔΓΟ, ΕΟιΔΓλ, ΕΔΒ8Ο, ΕΔΔ8Ο 57∗,Ξ(3∋53(6ΞΨΡ 3
,Ω,∋,[_∃ 57 +(Ξ∃∀5(∋( 4∃ ς,&&∃∀α53(6ε∃∗, ∗,∀∃45∃, Ψ 457_5+ ∗(7,&β+,3β&∃∋∃45∃+ (Ξ5ς( LS) 5 4∃
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5 Ψ∃∀Ξ5δ5_(Ξ,3 4( ς∀,&1_χ56:
•Ψ∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΔΛ-241 3 Ψ5ΨΞ∃+∃ Ψ∃∀Ξ5δ5_(χ55 "Β3Ρ7 " 4( ,Ψ4,34β∃ Ξ5ςβ _(Ω∃∋Ρ;
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•Ψ(45Ξ(∀4,-γς5&∃+5,∋,∗5[∃Ψ_,∃ 7(_∋6[∃45∃ , Ψ,,Ξ3∃ΞΨΞ355 ς∀,573,&5+,⊥ ς∀,&1_χ55
∗,Ψ1&(∀ΨΞ3∃44β+ Ψ(45Ξ(∀4,-γς5&∃+5,∋,∗5[∃Ψ_5+ ς∀(35∋(+ 5 4,∀+(+;
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30.06.05;
•&∃_∋(∀(χ5Ρ 4( ς,&3∃Ψ4,⊥ _(Ω∃∋ ΕΔ Ο 4( ,Ψ4,3(455 ς∀,Ξ,_,∋( 5ΨςβΞ(45⊥ θ≅λ8 2329/2005 ,Ξ
30.06.05;
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30.06.05
Β5ΨΞ∃+( +∃4∃&α+∃4Ξ( _([∃ΨΞ3( ς∀∃&ς∀5ΡΞ5Ρ Ψ∃∀Ξ5δ5χ5∀,3(4( ,&4,3∀∃+∃44, 3 &31∴ Ψ5ΨΞ∃+(∴
Ψ∃∀Ξ5δ5_(χ55:
•ς, 3∃∀Ψ55 ≅ΒΕ 9000-2000 Γ,ΨΨΞ(4&(∀Ξ( Η,ΨΨ55 (Β∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ θ01525);
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#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
258
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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[ΒΛΔ<ΝΛ=ΔΑ>≅ς
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8∃∋/δ(_Ψ: (48438) 68-519 &,Ω. 111 (,Ξ&∃∋ +(∀_∃Ξ54∗(), (495) 363-4619
E-mail: zakaz@transvoc.ru
Α-∗6>)∋7/)∗∃≅>)7∀ 7 ⊥∀>%7∗:
8∃∋/δ(_Ψ: (495) 145-41-33, 729-36-85
E-mail: info@transvoc.ru , market@transvoc.ru
URL: http://www.transvoc.ru
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0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -46
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11,8-23,7
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#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
259
________________________________________________________________________________
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•3,7+,α4, 57∗,Ξ,3∋∃45∃ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54 Ω,∋∃∃ 4 _+ (ς, Ξ∀∃Ω,3(456 7(_(7[5_(, Ψ &,ς1Ψ_,+ 0-5%);
•+(∀_5∀,3_( ς,∗,44,∗, +∃Ξ∀( Ψ Ξ,[4,ΨΞ 6 4∃ ∴1α∃ 1%;
•ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( &∃∀∃3Ρ44β∴ Ω(∀(Ω(4(∴ Ξ5ς( 12(, 14∗, 17(, 18.
Τ∀&>)-2%Ε/Β %∋θ∗∃Β 5∋-%/ ;Τη
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -⊥
Ν∗3∗5613;
η)∗96)∀8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1.
2-96
β%∋∀96/1∃% 5%:Χ∋6> ∃ (∗.6∋6, ⊥1
6;8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ %:)%5 5%:Χ∋6, ⊥1
1-12
∀#; %#1∀96/(∀Α ∃%∋%(%) #% 36(%56):∗ς∀85 ITU-T...
G.651, G.652, G.655
65#63∗1Χ3∗ ∴(/#∋Χ∗1∗ς∀∀. °Ι
-40 +60
65#63∗1Χ3∗ 5%)1∗Ω∗, °Ι
≥ -10
Ι13%∀16∋2)∗8 :∋∀)∗, (5
≥ 2,0
Ε∗/961)∗8 5∗//∗ (∗.6∋8, (=/(5
203-567
_∋∀16∋2)%6 :%#Χ/1∀5%6 3∗/18=∀∃∗Πε66 Χ/∀∋∀6, (Ξ
1,5; 2,0; 3,0; 4,0
ΟΛΗ>ΩΩΛΟΑΔ
•Ψ∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ, ∗(∀(4Ξ5Ρ 5 ∋∃Ξ;
•4(∋5[5∃ 7(ε5Ξ4β∴ ς,_∀,3,3 (ΨΞ(∋ 4(Ρ ∗,δ∀5∀,3(44(Ρ ∋∃4Ξ( Ψ (4Ξ5_,∀∀,75,44β+ ς,_∀βΞ5∃+),
χ∃4Ξ∀(∋ 4,∗, Ψ5∋,3,∗, γ∋∃+∃4Ξ( (ΨΞ∃_∋,ς∋(ΨΞ5_,3β⊥ ς∀1Ξ,_ 5∋5 ΨΞ(∋ 4,⊥ Ξ∀,Ψ, ς,_∀βΞβ⊥
ς,∋5+∃∀4,⊥ ,Ω,∋,[_,⊥);
•ΨΞ,∃_ _ ς,3∀∃α&∃456 ∗∀β714(+5;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ Ψ 34∃04∃⊥ ,Ω,∋,[_,⊥ 57 ς,∋5γΞ5∋∃4( , 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54 Ω,∋∃∃ 2 _+ (ς, Ξ∀∃Ω,3(456 7(_(7[5_(, Ψ &,ς1Ψ_,+ 0-5%);
•+(∀_5∀,3_( ς,∗,44,∗, +∃Ξ∀( Ψ Ξ,[4,ΨΞ 6 4∃ ∴1α∃ 1%;
•ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( &∃∀∃3Ρ44β∴ Ω(∀(Ω(4(∴ Ξ5ς( 12(; 14; 17(.
Τ∀&>)-2%Ε/Β %∋θ∗∃Β 5∋-%/ ;ΤΘ
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
260
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -∀
Ν∗3∗5613;
η)∗96)∀8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1
2-96
Γ∗(/∀5∗∋2)%6 (%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ %:)%5 5%:Χ∋6, ⊥1
12
∀#; %#1∀96/(∀Α ∃%∋%(%) #% 36(%56):∗ς∀85 ITU-T...
G.651, G.652, G.655
Ξ%5∀)∗∋2);> :∀∗5613 (∗.6∋8, 55
14,1-29,0
65#63∗1Χ3∗ ∴(/#∋Χ∗1∗ς∀∀, °Ι
-40...+70
65#63∗1Χ3∗ 5%)1∗Ω∗ °Ι
≥ -10
65#63∗1Χ3∗ 13∗)/#%31∀3%∃(∀ ∀ Α3∗)6)∀8,°Ι
-50.. +60
*Ι13%∀16∋2)∗8 :∋∀)∗, (5
≥ 4,0
Ε∗/961)∗8 5∗//∗ (∗.6∋8, (=/(5
325-2460
_%#Χ/1∀5%6 3∗/18=∀∃∗Πε66 Χ/∀∋∀6, (Ξ
7,0-80
_%#Χ/1∀5%6 3∗≅:∗∃∋∀∃∗Πε66 Χ/∀∋∀6, (Ξ//5
≥ 1,0
Γ∀)∀5∗∋2);> :%#Χ/1∀5;> 3∗:∀Χ/ ∀≅=∀.∗, 55
20D
ΟΛΗ>ΩΩΛΟΑΔ
•Ψ∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 30 ∋∃Ξ, ∗(∀(4Ξ5Ρ 5 ∋∃Ξ;
•+,&1∋ 4(Ρ _,4ΨΞ∀1_χ5Ρ;
•4(∋5[5∃ 7(ε5Ξ4β∴ ς,_∀,3,3 (ΨΞ(∋ 4(Ρ ς∀,3,∋,[4(Ρ Ω∀,4Ρ), χ∃4Ξ∀(∋ 4,∗, Ψ5∋,3,∗, γ∋∃+∃4Ξ( (ΨΞ∃_∋,-
ς∋(ΨΞ5_,3β⊥ ς∀1Ξ,_ 5∋5 ΨΞ(∋ 4,⊥ Ξ∀,Ψ, ς,_∀βΞβ⊥ ς,∋5+∃∀4,⊥ ,Ω,∋,[_,⊥);
•ΨΞ,∃_ _ ς,3∀∃α&∃456 ∗∀β714(+5;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ Ψ 34∃04∃⊥ ,Ω,∋,[_,⊥ 57 ς,∋5γΞ5∋∃4( , 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54 &, 6 _+ (ς, Ξ∀∃Ω,3(456 7(_(7[5_(, Ψ &,ς1Ψ_,+ 0 - 5%)
•+(∀_5∀,3_( ς,∗,44,∗, +∃Ξ∀( Ψ Ξ,[4,ΨΞ 6 4∃ ∴1α∃ 1%
•ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( &∃∀∃3Ρ44β∴ Ω(∀(Ω(4(∴ Ξ5ς( 12(, 17(, 18(.
Τ∀&>)-2%Ε/Β %∋θ∗∃Β 5∋-%/ ;Τ⊥Ω
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -40
Ν∗3∗5613;
η)∗96)∀8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1.
2-96
β%∋∀96/1∃% 5%:Χ∋6> ∃ (∗.6∋6, ⊥1.
1-8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ %:)%5 5%:Χ∋6, ⊥1
1-12
∀#; %#1∀96/(∀Α ∃%∋%(%) #% 36(%56):∗ς∀85 ITU-T...
G.651, G.652, G.655
65#63∗1Χ3∗ ∴(/#∋Χ∗1∗ς∀∀. °Ι
-40 +60
65#63∗1Χ3∗ 5%)1∗Ω∗, °Ι
≥ -10
Ι13%∀16∋2)∗8 :∋∀)∗, (5
≥ 4,0
Ε∗/961)∗8 5∗//∗ (∗.6∋8, (=/(5
120-242
_∋∀16∋2)%6 :%#Χ/1∀5%6 3∗/18=∀∃∗Πε66 Χ/∀∋∀6, (Ξ
1,5; 2,7
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
261
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΛΗ>ΩΩΛΟΑΔ
•Ψ∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ, ∗(∀(4Ξ5Ρ 5 ∋∃Ξ;
•ς,∋4,ΨΞ 6 3βς,∋4∃4 57 &5γ∋∃_Ξ∀5[∃Ψ_5∴ +(Ξ∃∀5(∋,3;
•4∃ 3,Ψς∀55+[53 _ 3,7&∃⊥ΨΞ356 γ∋∃_Ξ∀5[∃Ψ_5∴ ς,∋∃⊥;
•4(∋5[5∃ 3βΨ,_,ς∀,[4β∴ 7(ε5Ξ4β∴ ς,_∀,3,3 ((∀(+5&4β∃ 45Ξ5 - ς, Ξ∀∃Ω,3(456 7(_(7[5_(),
χ∃4Ξ∀(∋ 4,∗, Ψ5∋,3,∗, γ∋∃+∃4Ξ( (ΨΞ∃_∋,ς∋(ΨΞ5_,3β⊥ ς∀1Ξ,_);
•ΨΞ,∃_ _ 35Ω∀(χ5,44β+ 4(∗∀17_(+;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ Ψ 34∃04∃⊥ ,Ω,∋,[_,⊥ 57 ς,∋5γΞ5∋∃4( , 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54 Ω,∋∃∃ 4 _+ (ς, Ξ∀∃Ω,3(456 7(_(7[5_(, Ψ &,ς1Ψ_,+ 0-5%);
•+(∀_5∀,3_( ς,∗,44,∗, +∃Ξ∀( Ψ Ξ,[4,ΨΞ 6 4∃ ∴1α∃ 1%;
•ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( &∃∀∃3Ρ44β∴ Ω(∀(Ω(4(∴ Ξ5ς( 12(, 14∗, 17(, 18.
Τ∀&>)-2%Ε/Β %∋θ∗∃Β 5∋-%/ ;ΤΑ
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Γ:Η>≅Φ Θ:ΒΓΔ -[
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1.
2-96
β%∋∀96/1∃% %#1∀96/(∀Α 5%:Χ∋6> ∃ (∗.6∋6, ⊥1.
2-8
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ %:)%5 5%:Χ∋6, ⊥1.
1-12
∀#; %#1∀96/(∀Α ∃%∋%(%) #% 36(%56):∗ς∀85 ITU-T...
G.651, G.652, G.655
Ξ%5∀)∗∋2);> )∗3ΧΩ);> :∀∗5613 (∗.6∋8, 55
8,6-14,5
65#63∗1Χ3∗ ∴(/#∋Χ∗1∗ς∀∀, °Ι
-60... +70
65#63∗1Χ3∗ 5%)1∗Ω∗, "Ι
> -10
Ι13%∀16∋2)∗8 :∋∀)∗, (5
> 4,0
Ε∗/961)∗8 5∗//∗ (∗.6∋8, (=/(5
116-330
_∋∀16∋2)%6 :%#Χ/1∀5%6 3∗/18=∀∃∗Πε66 Χ/∀∋∀6, (Ξ
3-15
ΟΛΗ>ΩΩΛΟΑΔ
•Ψ∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ;
•+,α∃Ξ ΩβΞ ς,∋4,ΨΞ 6 3βς,∋4∃4 57 &5γ∋∃_Ξ∀5[∃Ψ_5∴ +(Ξ∃∀5(∋,3;
•+,α∃Ξ ΩβΞ 4∃ 3,Ψς∀55+[53 _ 3,7&∃⊥ΨΞ356 γ∋∃_Ξ∀5[∃Ψ_5∴ ς,∋∃⊥;
•χ∃4Ξ∀(∋ 4β⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ +,α∃Ξ ΩβΞ 57∗,Ξ,3∋∃4 57 ΨΞ∃_∋,ς∋(ΨΞ5_,3,∗, ς∀1Ξ_( 5∋5 57 ΨΞ(∋ 4,∗,
Ξ∀,Ψ(;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ Ψ 34∃04∃⊥ ,Ω,∋,[_,⊥ 57 ς,∋5γΞ5∋∃4( , 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃∗, ∗,∀∃45∃;
•3,7+,α4, 57∗,Ξ,3∋∃45∃ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54 Ω,∋∃∃ 4 _+ (ς, Ξ∀∃Ω,3(456 7(_(7[5_(, Ψ &,ς1Ψ_,+ +5%);
•+(∀_5∀,3_( ς,∗,44,∗, +∃Ξ∀( Ψ Ξ,[4,ΨΞ 6 4∃ ∴1α∃ 1%;
•ς,ΨΞ(3∋Ρ∃ΞΨΡ 4( &∃∀∃3Ρ44β∴ Ω(∀(Ω(4(∴ Ξ5ς( 12(-17(.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
262
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
π62 β∗φ( ∀ ⊥∗%/(∗,3 -%∀(2(α Θ:ΒΛΓ ΑΔΚΛΝ -⊥, -46, -40
ΛΟ-abΟ--n1/n2(d)>-il(jl)/i2(j2)
∀# (∗.6∋8
,Ι
∃)6⊥)88 %.%∋%9(∗ (6/∋∀ )6 Χ(∗≅∗)% - #%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗)
%.%∋%9(∗ ∀≅ #%∋∀∃∀)∀∋Α∋%3∀:)%=% #∋∗/1∀(∗1∗ - Σ
)6 3∗/#3%/13∗)8Πε∗8 =%36)∀6 - Ξ
136(∀)=%/1%>(∗8 #%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗- Ν
∗
≅∗ε∀1);6 #%(3%∃;
%.5%1(∗ ∀≅ ∗3∗5∀:);Α )∀16> - Θ
.3%)8 ∀≅ /1∗∋2)%> =%]3∀3%∃∗))%> ∋6)1; - Ι
b
∃)Χ136))88 %.%∋%9(∗ (6/∋∀ )6 Χ(∗≅∗)% - #%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗)
#%∋∀∗5∀:)∗8 %.%∋%9(∗ - Ν
#%∋∀∴1∀∋6)%∃∗8 %.%∋%9(∗ / ∗∋Π5∀)∀6∃%> ]%∋2=%> - γ
/
(%∋∀96/1∃% %#1∀96/(∀Α / ≅∗#%∋)8Πε∀Α 5%:Χ∋6>*
(%.ε66 (%∋∀96/1∃% 5%:Χ∋6> ∃ (∗.6∋6 6 ∀∋∀ 8)
n1/n2
)%5∀)∗∋2);> )∗3ΧΩ);> :∀∗5613
%#1∀96/(∀Α ∀ ≅∗#%∋)8Πε∀Α 5%:Χ∋6>, 55*
Χ(∗≅;∃∗61/8 ∃ /(%.(∗Α- (2,0); (2,4); (3,0)
d
ς6)13∗∋2);> /∀∋%∃%> ∴∋656)1*
/16(∋%#∋∗/1∀(%∃;> #3Χ1%( - Ι#
/1∗∋2)%> 13%/ ∃ #%∋∀563)%> %.%∋%9(6 -
6
(%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) %:)%=% / :3Χ=%=% 1∀#∗ ∃ (∗.6∋6
∀# ∃%∋%()∗ Χ(∗≅;∃∗61/8 ∃ /(%.(∗Α #%/∋6 9∀/∋∗ ∃%∋%(%) :∗))%=% 1∀#∗ ∃ (∗.6∋6.
2-144 (961)%6 9∀/∋%) - %.ε66 9∀/∋% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6
Γ)%=%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% 1∀#∗ 50/125: (1/50)
Γ)%=%5%:%∃%6 %#1∀96/(%6 ∃%∋%()% 1∀#∗ 62,5/125: (1/62,5)
,:)%5%:%∃%6 %#1∀96/(%6 ∃%∋%()%, /%%1∃61/1∃ΧΠε66 36(%56):∗ς∀85 ITU-T:
(2) - G.652
(5) - G.655
il(j1) / l2(j2)
il(j1) / l2(j2)
[ΒΔΘ>Β ΤΟ≅ΛΝΩΛεΛ ΛΗΛ<Ω:Ρ>ΩΔΦ Γ:Η>≅Φ ΚΒΔ <:Γ:<>:
ΕΔΟΒ - θ - 4/2(2,4)Βς - 12(2)/4(5) - "8 _>" 8Υ 3587-002-45869304-98
•,ςΞ5[∃Ψ_5⊥ _(Ω∃∋ +(∗5ΨΞ∀(∋ 4β⊥, Ψ(+,4∃Ψ1ε5⊥, &5γ∋∃_Ξ∀5[∃Ψ_5⊥
•34∃04ΡΡ ,Ω,∋,[_( 57 ς,∋5γΞ5∋∃4(
•7(ε5Ξ4β∃ ς,_∀,3β 57 (∀(+5&4β∴ 45Ξ∃⊥
•341Ξ∀∃44ΡΡ ,Ω,∋,[_( 57 ς,∋5γΞ5∋∃4(
•_,∋5[∃ΨΞ3, ,ςΞ5[∃Ψ_5∴ +,&1∋∃⊥ - 4, _,∋5[∃ΨΞ3, 7(ς,∋4Ρ6ε5∴ +,&1∋∃⊥ - 2
•4,+54(∋ 4β⊥ 34∃045⊥ &5(+∃Ξ∀ ,ςΞ5[∃Ψ_5∴ 5 7(ς,∋4Ρ6ε5∴ +,&1∋∃⊥ - 2,4 ++
•χ∃4Ξ∀(∋ 4β⊥ Ψ5∋,3,⊥ γ∋∃+∃4Ξ - ΨΞ∃_∋,ς∋(ΨΞ5_,3β⊥ ς∀1Ξ,_
• 12ΨΞ(4&(∀Ξ4β∴ ,&4,+,&,3β∴ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4, Ψ,,Ξ3∃ΞΨΞ316ε5∴ ∀∃_,+∃4&(χ55 ITU-T G.652
• 4 ,&4,+,&,3β∴ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 Ψ 4∃41∋∃3,⊥ Ψ+∃ε∃44,⊥ &5Ψς∃∀Ψ5∃⊥, Ψ,,Ξ3∃ΞΨΞ316ε5∴
∀∃_,+∃4&(χ55 ITU-T G.655
•&,ς1ΨΞ5+,∃ ∀(ΨΞΡ∗53(6ε∃∃ 1Ψ5∋5∃ 8 _>
ιθΕ "8Ηθ>Β.ΕΔ" ,Ψ4(ε∃4, Ψ,3∀∃+∃44β+5 ς∀,573,&ΨΞ3∃44β+5 ∋545Ρ+5 NOKIA-MAILLEFER,
5+∃∃Ξ 145_(∋ 4,∃ 5ΨςβΞ(Ξ∃∋ 4,∃ ,Ω,∀1&,3(45∃. >( ς∀∃&ς∀5ΡΞ55 34∃&∀∃4 ∃3∀,ς∃⊥Ψ_5⊥ ΨΞ(4&(∀Ξ
1ς∀(3∋∃45Ρ ς∀,573,&ΨΞ3,+ ISO 9001-2000.
>( Ψ∃∗,&4Ρ045⊥ &∃4 Ω,∋∃∃ 50000 _+ _(Ω∃∋Ρ, 33∃&∃44,∗, 3 γ_Ψς∋1(Ξ(χ56 3, 3Ψ∃∴ ∀∃∗5,4(∴ Η,ΨΨ55 5
Ω∋5α4∃∗, 7(∀1Ω∃α Ρ Ω∃7 ∀∃_∋(+(χ5⊥ γ_Ψς∋1(Ξ5∀16ΞΨΡ 3 ∀(7∋5[4β∴ _∋5+(Ξ5[∃Ψ_5∴ 1Ψ∋,35Ρ∴ 4(
∀,ΨΨ5⊥Ψ_5∴ α∃∋∃74β∴ &,∀,∗(∴ 5 3 ΗθΕ ":φΒ Η,ΨΨ55", 3_∋6[(Ρ ς∃∀∃∴,&β [∃∀∃7 ∀∃_5 Ψ ς∀,∋σΞ(+5 &,
ΞβΨΡ[5 +∃Ξ∀,3.
. 4(ΨΞ,Ρε∃∃ 3∀∃+Ρ ,Ψ3,∃4 3βς1Ψ_ ς,&3∃Ψ4,∗, _(Ω∃∋Ρ Ψ ς∃∀5δ∃∀5⊥4β+ Ψ5∋,3β+ γ∋∃+∃4Ξ,+.
ΕΨ3(53(∃ΞΨΡ ς∀,573,&ΨΞ3, _(Ω∃∋∃⊥, Ω∀,45∀,3(44β∴ ΨΞ(∋ 4,⊥ ς∀,3,∋,_,⊥.
>( _(Ω∃∋5 3Ψ∃∴ +(∀,_ ς,∋1[∃4β Ψ∃∀Ξ5δ5_(Ξβ Ψ,,Ξ3∃ΞΨΞ35Ρ 5 ς,α(∀4β∃ Ψ∃∀Ξ5δ5_(Ξβ. .Ψ∃
ς,∋1[∃44β∃ Ψ∃∀Ξ5δ5_(Ξβ 5 4(∗∀(&β ς∀∃&ΨΞ(3∋∃4β 4( Ψ(⊥Ξ∃ _,+ς(455.
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Ψ∃∀Ξ5δ5χ5∀,3(4( 3 +∃α&14(∀,&4,+ (TUV CERT, Γ∃∀+(45Ρ) 5 4(χ5,4(∋ 4,+ (θ_(&∃+5Ρ ΨΞ(4&(∀Ξ57(χ55,
+∃Ξ∀,∋,∗55 5 Ψ∃∀Ξ5δ5_(χ55, ∗. Ο,Ψ_3() ,∀∗(4(∴ Ψ∃∀Ξ5δ5_(χ55 Ψ5ΨΞ∃+ _([∃ΨΞ3( 4( Ψ,,Ξ3∃ΞΨΞ35∃
Ξ∀∃Ω,3(45Ρ+ +∃α&14(∀,&4,∗, ΨΞ(4&(∀Ξ( DIN EN ISO 9001:2000 5 4(χ5,4(∋ 4,∗, ΓΕΒ8 Η≅ΒΕ 9001-2001.
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[ΒΛΔ<ΝΛ=ΔΑ>≅ς
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θ&∀∃Ψ: 195253, ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗, 0,ΨΨ∃ Η∃3,∋6χ55, 58
8∃∋.: (+7 812) 225-02-86, 226-78-72
μ(_Ψ: (+7 812) 226-81-00, 226-78-72
E-mail: info@opten.spb.ru
Web: http://www.opten.spb.ru
μ5∀+( "Ε 8:>" ,Ψ4,3(4( 3 1991 ∗,&1, _(_ ς∀∃&ς∀5ΡΞ5∃, Ψς∃χ5(∋575∀16ε∃∃ΨΡ 4(
ς∀,573,&ΨΞ3∃ ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥ Ψ3Ρ75. . Ψ,,Ξ3∃ΞΨΞ355 Ψ 1Ξ3∃∀α&σ44β+5 Ξ∃∴45[∃Ψ_5+5
1Ψ∋,35Ρ+5 8Υ 3587-009-48973982-2000 5 8Υ 3587-010-48973982-2004 ΕΕΕ "Ε 8:>"
3βς1Ψ_(∃Ξ Ω,∋∃∃ 40 +(∀,_ ΕΔ &∋Ρ ∀(7∋5[4β∴ 35&,3 ς∀,_∋(&_5 5 1Ψ∋,35⊥ γ_Ψς∋1(Ξ(χ55.
χ∗≅%∃∗8 5∗3(∗ (∗.6∋8 Ε6(%56):Χ65;6 Χ/∋%∃∀8 #3%(∋∗:(∀
_ΝΙ
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,Ι
Σ =3Χ)16, #% 5%/1∗5 ∀ ∴/1∗(∗:∗5, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀
_Νγ
Σ =3Χ)16, #% 5%/1∗5 ∀ ∴/1∗(∗:∗5, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀
_Ν,
Σ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, /#6ς∀∗∋2);Α 13Χ.∗Α, ∗ 1∗(Ω6 ∃ (∗96/1∃6 #3∀/%6:∀)6))%=% ((∋∀#/∗5∀,
%.5%1(%> ∋6)1%>, )∗∃∀∃∗)∀65 ∀ 1.#.) ( ∃)6⊥)∀5 )6/Χε∀5 /∀∋%∃;5 ∴∋656)1∗5 (13%/∗5, #3%∃%:∗5)
_Ζ,
_∋8 #3%(∋∗:(∀ ∃)Χ13∀ ≅:∗)∀>, ∃ 1%))6∋8Α ∀ (%∋∋6(1%3∗Α
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_∋8 #%:∃6/(∀ )∗ %#%3∗Α ∃%≅:Χ⊥);Α ∋∀)∀> /∃8≅∀, ∴∋6(13∀]∀ς∀3%∃∗));Α Ω6∋6≅);Α :%3%= ∀ )∗
%#%3∗Α ∋∀)∀> ∴∋6(13%#636:∗9∀
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)6/Χ:%Α%:);6 36(∀
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,χ, / ,χΖ
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_χΖ
_∋8 /1∗ς∀%)∗3)%> #3%(∋∗:(∀ ∃)Χ13∀ ≅:∗)∀>
. ς∀,573,&ΨΞ3∃ ΕΔ ς∀5+∃4Ρ6ΞΨΡ Ψ∋∃&16ε5∴ Ξ5ςβ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4:
•ΨΞ(4&(∀Ξ4,∃ ,&4,+,&,3,∃;
•,&4,+,&,3,∃ Ψ ∀(Ψ05∀∃44,⊥ ∀(Ω,[∃⊥ ς,∋,Ψ,⊥ 3,∋4;
•,&4,+,&,3,∃ Ψ, Ψ+∃ε∃44,⊥ &5Ψς∃∀Ψ5∃⊥;
•,&4,+,&,3,∃ Ψ, Ψ+∃ε∃44,⊥ 4∃41∋∃3,⊥ &5Ψς∃∀Ψ5∃⊥;
•+4,∗,+,&,3,∃ ∗∀(&5∃4Ξ4,∃ 50/125 +_+;
•+4,∗,+,&,3,∃ ∗∀(&5∃4Ξ4,∃ 62,5/125 +_+.
ΟΩΛΝΩΕ> ΛΚΑΔΡ>ΟΓΔ> Κ:Β:Θ>ΑΒΕ -
∀# %#1∀96/(%=% ∃%∋%()∗
Ν∗3∗5613;
Λ:. ∀≅5.
%:)%5%:%∃%6 /1∗):∗31)%6 ∀∋∀ /
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50/125 ∀ 62,5/125
5(5
Ε∗.%9∀6 :∋∀); ∃%∋)
)5
1310/1550
1300
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∃%∋), )6 .%∋66
:χ/(5
0,36/0,22
0,7
3%5∗1∀96/(∗8 :∀/#63/∀8 )∗ 3∗.%9∀Α :∋∀)∗Α
∃%∋), )6 .%∋66
#//)5 • (5
3,5/18
-
β%∴]]∀ς∀6)1 ⊥∀3%(%#%∋%/)%/1∀, )6 56)66
ΓΖς•(5
-
500
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264
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴ΑΛ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ Ω;Λ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴Α]
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Γ∗3(∗
(∗.6∋8 δ∀/∋%
∃%∋%(%) _%#Χ/1∀5%6
3∗≅:∗∃∋∀∃∗Πε66
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_∀∗5613
(∗.6∋8, 55
Σ6/
(∗.6∋8,
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2-192
≥ 0,4
7,0-30,0
%1-60:%+70
13,5-24,5 300-1100
,Ι
2-16
≥ 0,4
3,0-12,0
%1-40:%+60
9,5-13,0
165-350
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2-192
≥ 0,4
1,5-6,0
%1-40:%+60
13,0-21,0
170-420
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
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: Α:ΓΣ> Γ:Η>≅Δ =≅Φ ΝΩΤΑΒΔΛΗυ>ΓΑΛΝΛΙ ΚΒΛΓ≅:=ΓΔ
Λ9∗5∋ %∀&>)-2%Ε/Χ %∋θ∗∃∗Χ 5∋-∀% ∴Α;, ∴0;
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Γ∗3(∗
(∗.6∋8 δ∀/∋%
∃%∋%(%) _%#Χ/1∀5%6 3∗≅:∗∃∋∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ//5 _%#Χ/1∀5%6 3∗/18=∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ _∀∗#∗≅%) 3∗.%9∀Α
165#63∗1Χ3, °Ι _∀∗5613
(∗.6∋8, 55 Σ6/ (∗.6∋8,
(=/(5
_Ν,
2-192
≥ 0,2
0,2-6,0
%1-60:%+70
6,5-18,0 35-250
_Ζ,
2-192
≥ 0,2
0,2-6,0
%1-40:%+60
6,5-18,0 35-300
6:ΘΛΩ>ΟΤ∴Δ> Γ:Η>≅Δ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴ΑΩ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴Α⊥
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Γ∗3(∗
(∗.6∋8 δ∀/∋%
∃%∋%(%) _%#Χ/1∀5%6 3∗≅:∗∃∋∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ//5 _%#Χ/1∀5%6 3∗/18=∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ _∀∗#∗≅%) 3∗.%9∀Α
165#63∗1Χ3, °Ι _∀∗5613
(∗.6∋8, 55 Σ6/ (∗.6∋8,
(=/(5
_Ν
2-192
≥ 0,3
3,0-35,0
%1-60:%+70
11,5-22,0 100-400
_ΝΓ
2-192
≥ 0,5
3,0-35,0
%1-60:%+70
14,5-24,0 170-600
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
-:Η>≅ς =≅Φ ΚΒΛΓ≅:=ΓΔ Ρ>Β>< ΗΛ≅ΛΑ: Δ Ω>ε≅ΤΗΛΓΔ> Ω>ΟΤ=ΛΞΛ=ΩΕ> Β>ΓΔ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴ΨΛ
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Γ∗3(∗
(∗.6∋8 δ∀/∋%
∃%∋%(%) _%#Χ/1∀5%6 3∗≅:∗∃∋∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ//5 _%#Χ/1∀5%6 3∗/18=∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ _∀∗#∗≅%) 3∗.%9∀Α
165#63∗1Χ3, °Ι _∀∗5613 (∗.6∋8,
55
Σ6/ (∗.6∋8,
(=/(5
_ΘΙ
2-128
≥ 0,4
7,0-50,0
%1-60:%+70
13,5-24,0 300-1100
-:Η>≅ς =≅Φ ΝΛ=ΩΕΞ Κ>Β>ΞΛ=ΛΝ Δ Ο≅ΛΣΩΕΞ εΒΤΩΑΛΝ
Λ9∗5∋ %∀&>)-2%Ε// %∋θ∗∃Β 5∋-%/ ∴Ψ2
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Γ∗3(∗
(∗.6∋8 δ∀/∋%
∃%∋%(%) _%#Χ/1∀5%6 3∗≅:∗∃∋∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ//5 _%#Χ/1∀5%6 3∗/18=∀-
∃∗Πε66 Χ/∀∋∀6, (Ξ _∀∗#∗≅%) 3∗.%9∀Α
165#63∗1Χ3, °Ι _∀∗5613 (∗.6∋8,
55
Σ6/ (∗.6∋8,
(=/(5
_Θ2
2-128
≥ 1,0
20,0-80,0
%1-60:%+70
20,5-28,0 950-2050
•Δ(Ω∃∋5, ς∀,573,&ΨΞ3( ΕΕΕ "Ε 8:>" ς∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 (+,4Ξ(α() ς∀5
Ξ∃+ς∃∀(Ξ1∀∃ 4∃ 45α∃ +541Ψ 10°Β (_(Ω∃∋5, γ_Ψς∋1(Ξ5∀1∃+β∃ 4( ,Ξ_∀βΞ,+ 3,7&1∴∃ - 4∃ 45α∃
+541Ψ 30°Β).
•.Ψ∃ +(∀_5 ΕΔ Ψ∃∀Ξ5δ5χ5∀,3(4β 3 Ψ5ΨΞ∃+∃ Ψ∃∀Ξ5δ5_(χ55 "Β3Ρ7 " Ο54Ψ3Ρ75 Η,ΨΨ55
(Ψ∃∀Ξ5δ5_(Ξβ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΔΛ-172, θ ΕΒ/1-ΔΛ-313).
•Β5ΨΞ∃+( +∃4∃&α+∃4Ξ( _([∃ΨΞ3( Ψ,,Ξ3∃ΞΨΞ31∃Ξ Ξ∀∃Ω,3(45Ρ+ ΓΕΒ8 Η ≅ΒΕ 9001-2001
(Ψ∃∀Ξ5δ5_(Ξ θ ΗΕΒΒ RU.HC29.K00023).
•Δ(Ω∃∋5 3 ,Ω,∋,[_(∴ 57 +(Ξ∃∀5(∋,3, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε5∴ ∗,∀∃45∃, 5+∃6Ξ Ψ∃∀Ξ5δ5_(Ξβ
ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 (θ ΒΒ Λ.RU.Ε 002.B01583 5 θ ΒΒ Λ.RU.Ε 002.B01584).
•Β(+,4∃Ψ1ε5∃ _(Ω∃∋5 ς∀,0∋5 γ_Ψς∃∀Ξ571 4( Ψ,,Ξ3∃ΞΨΞ35∃ ,Ξ∀(Ψ∋∃3β+ Ξ∀∃Ω,3(45Ρ+ ΗθΕ
":φΒ Η,ΨΨ55".
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3.9. [0,/(6-,( -%∀(2, [# ,⊥β 860β%
⊥% "6:Θ:ΒΟΓ:Φ ΛΚΑΔΡ>ΟΓ:Φ Γ:Η>≅ςΩ:Φ ΓΛΘΚ:ΩΔΦ"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Β(+(∀Ψ_(Ρ ,ςΞ5[∃Ψ_(Ρ _(Ω∃∋ 4(Ρ _,+ς(45Ρ"
443022, Η,ΨΨ5Ρ, Β(+(∀(, 1∋. Δ(Ω∃∋ 4(Ρ, 9
8∃∋./δ(_Ψ (846) 955-11-93, 955-09-63
E-mail: socc@soccom.ru
Http://www.soccom.ru
ιθΕ "Β(+(∀Ψ_(Ρ ,ςΞ5[∃Ψ_(Ρ _(Ω∃∋ 4(Ρ _,+ς(45Ρ" ς∀,573,&5Ξ 3Ψ∃ 35&β 3,∋,_,44,-
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∀# (∗.6∋8
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563≅∋%1);5 :6]%35∗ς∀85), ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, (%∋∋6(1%3∗Α, 1%))6∋8Α,
⊥∗Α1∗Α, )∗ 5%/1∗Α ∀ ∴/1∗(∗:∗Α, ∗ 1∗( Ω6 9636≅ .%∋%1∗ ∀ ∃%:);6 #636Α%:;
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1%))6∋8Α, )∗ 5%/1∗Α ∀ ∴/1∗(∗:∗Α, ∗ 1∗( Ω6 ∃ ∋6=(∀Α =3Χ)1∗Α, ∃ 56/1∗Α,
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Α-/5∗Ι∋&/Β:
• ≅Ψς,∋ 7,3(45∃ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Η∃_,+∃4&(χ5Ρ+5 G. 651, G. 652, G. 655;
• .,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ _,∋5[∃ΨΞ3,+ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 &, 192;
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8∃+ς∃∀(Ξ1∀4β∃ &5(ς(7,4β:
γ_Ψς∋1(Ξ(χ5Ρ - ,Ξ +541Ψ 40 °Β &, ς∋6Ψ 50 °Β
+,4Ξ(α - 4∃ 45α∃ +541Ψ 10 °Β
Ξ∀(4Ψς,∀Ξ5∀,3_( 5 ∴∀(4∃45∃ - ,Ξ +541Ψ 60 °Β &, ς∋6Ψ 50 °Β
ΒΞ∀,5Ξ∃∋ 4(Ρ &∋54( - ,Ξ 1 &, 6 _+
Β∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ
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Α-/5∗Ι∋&/Β:
•≅Ψς,∋ 7,3(45∃ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Η∃_,+∃4&(χ5Ρ+5 G. 651, G. 652, G. 655;
•.,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ _,∋5[∃ΨΞ3,+ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 &, 192;
•.,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ &∀1∗5+5 ς(∀(+∃Ξ∀(+5 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ∀∃Ω,3(45Ρ+5 ι(_(7[5_(
∀5+∃∀ ,Ω,74([∃45Ρ _(Ω∃∋Ρ Ψ 24 ΨΞ(4&(∀Ξ4β+5 ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5 (Η∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652),
Ψ &,ς1ΨΞ5+,⊥ ∀(ΨΞΡ∗53(6ε∃⊥ 4(∗∀17_,⊥ 1,0 _> - ;Τ]Λ) -01-6-24-10/125-0,36/0,22-3,5/18-1,0
∀5+∃∀ ,Ω,74([∃45Ρ _(Ω∃∋Ρ Ψ 24 ΨΞ(4&(∀Ξ4β+5 ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5 (Η∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652),
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8∃+ς∃∀(Ξ1∀4β∃ &5(ς(7,4β:
γ_Ψς∋1(Ξ(χ5Ρ - ,Ξ +541Ψ 40 °Β &, ς∋6Ψ 50 °Β
+,4Ξ(α - 4∃ 45α∃ +541Ψ 10 °Β
Ξ∀(4Ψς,∀Ξ5∀,3_( 5 ∴∀(4∃45∃ - ,Ξ +541Ψ 60 °Β &, ς∋6Ψ 50 °Β
ΒΞ∀,5Ξ∃∋ 4(Ρ &∋54( - ,Ξ 1 &, 6 _+
Β∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ
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Α-/5∗Ι∋&/Β:
• ≅Ψς,∋ 7,3(45∃ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Η∃_,+∃4&(χ5Ρ+5 G. 651, G. 652, G. 655;
• .,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ _,∋5[∃ΨΞ3,+ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 &, 192;
• .,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ &∀1∗5+5 ς(∀(+∃Ξ∀(+5 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Ξ∀∃Ω,3(45Ρ+5 ι(_(7[5_(;
• *Ω∃7 1[∃Ξ( 3βΞΡα_5 _(Ω∃∋Ρ 3 _,4_∀∃Ξ4β∴ 1Ψ∋,35Ρ∴ γ_Ψς∋1(Ξ(χ55 (&∋54( ς∀,∋∃Ξ(, ΨΞ∀∃∋( ς∀,3∃Ψ( 5 Ξ.&.).
∀5+∃∀ ,Ω,74([∃45Ρ _(Ω∃∋Ρ Ψ 24 ΨΞ(4&(∀Ξ4β+5 ,ςΞ5[∃Ψ_5+5 3,∋,_4(+5 (Η∃_,+∃4&(χ5Ρ ΟΒφ-8 G.652),
Ψ &,ς1ΨΞ5+,⊥ ∀(ΨΞΡ∗53(6ε∃⊥ 4(∗∀17_,⊥ 15 _>, ς∀∃&4(74([∃44,∗, &∋Ρ 5Ψς,∋ 7,3(45Ρ 4( BΜ 110 _.
(ς,Ξ∃4χ5(∋ &, 12 _.) - ;Τ]ι-01-6-24-10/125-0,36/0,22-3,5/18-15,0
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8∃+ς∃∀(Ξ1∀4β∃ &5(ς(7,4β:
γ_Ψς∋1(Ξ(χ5Ρ - ,Ξ +541Ψ 60 °Β &, ς∋6Ψ 70 °Β
+,4Ξ(α - 4∃ 45α∃ +541Ψ 30 °Β
Ξ∀(4Ψς,∀Ξ5∀,3_( 5 ∴∀(4∃45∃ - ,Ξ +541Ψ 60 °Β &, ς∋6Ψ 70 °Β
ΒΞ∀,5Ξ∃∋ 4(Ρ &∋54( - ,Ξ 1 &, 6 _+,
Β∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ
Δ,4ΨΞ∀1_χ5Ρ _(Ω∃∋Ρ ΕΔΜν 4( 3,5 _> 1[5Ξβ3(∃Ξ ∗,∀,&Ψ_5∃ 1Ψ∋,35Ρ γ_Ψς∋1(Ξ(χ55,
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•≅Ψς,∋ 7,3(45∃ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ Η∃_,+∃4&(χ5Ρ+5 G. 651, G. 652, G. 655;
•.,7+,α4, 57∗,Ξ,3∋∃45∃ _(Ω∃∋Ρ Ψ _,∋5[∃ΨΞ3,+ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 &, 192.
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γ_Ψς∋1(Ξ(χ5Ρ - ,Ξ +541Ψ 10 °Β &, ς∋6Ψ 50 °Β
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ΒΞ∀,5Ξ∃∋ 4(Ρ &∋54( - ,Ξ 1 &, 6 _+
Β∀,_ Ψ∋1αΩβ - 4∃ +∃4∃∃ 25 ∋∃Ξ
Β5ΨΞ∃+( _([∃ΨΞ3( ιθΕ "Β(+(∀Ψ_(Ρ ,ςΞ5[∃Ψ_(Ρ _(Ω∃∋ 4(Ρ _,+ς(45Ρ" Ψ∃∀Ξ5δ5χ5∀,3(4( 4(
Ψ,,Ξ3∃ΞΨΞ35∃ ΨΞ(4&(∀Ξ1 ΟΒ ≅ΒΕ 9001 - 2000 (Γ,ΨΨΞ(4&(∀Ξ), ( Ψ5ΨΞ∃+( 1ς∀(3∋∃45Ρ
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Σ =3Χ)1∗Α ∃/6Α (∗16=%3∀>, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, ∃ 13Χ.∗Α, .∋%(∗Α, (%∋∋6(1%3∗Α ∀ ∃
(∗.6∋2);Α ⊥∗Α1∗Α
,βΝ
Σ =3Χ)1∗Α ∃/6Α (∗16=%3∀>, (3%56 #%:∃63Ω6));Α 563≅∋%1);5 :6]%35∗ς∀85
,βγ, ,βγ5
Σ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, ∃ 13Χ.∗Α, .∋%(∗Α, (%∋∋6(1%3∗Α
,ββ
_∋8 #%:∃6⊥∀∃∗)∀8 )∗ %#%3∗Α ∃%≅:Χ⊥);Α ∋∀)∀> /∃8≅∀, ∴∋6(13∀]∀ς∀3%∃∗));Α Ω6∋6≅);Α
:%3%= ∀ ∋∀)∀> ∴∋6(13%#636:∗9 )∗#38Ω6)∀65 :% 110 (Σ
,β
_∋8 #%:∃6/(∀ )∗ %#%3∗Α ∃%≅:Χ⊥);Α ∋∀)∀> /∃8≅∀, /1%∋.∗Α =%3%:/(%=% %/∃6ε6)∀8 ∀ 56Ω:Χ
≅:∗)∀85∀
,βΖ
_∋8 #3%(∋∗:(∀ ∃ ≅:∗)∀8Α, ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, #3∀ %1/Χ1/1∃∀∀ %#∗/)%/1∀
56Α∗)∀96/(∀Α #%∃36Ω:6)∀>, ∗ 1∗(Ω6 ∃ ≅∗ε∀1);Α 13Χ.∗Α 561%:%5 #)6∃5%≅∗:Χ∃(∀
,βΖ
_∋8 #%:∃6/(∀ )∗ %#%3∗Α ∋∀)∀> ∴∋6(13%#636:∗9 %1 35 (Σ ∀ ∃;⊥6
,β ∃)Χ136))6> #3%(∋∗:(∀
,βΙ)-Ε (Distribution)
_∋8 #3%(∋∗:(∀ ∃)Χ13∀ #%56ε6)∀> :∋8 ∀/#%∋2≅%∃∗)∀8 ∃ ∋%(∗∋2);Α (%5#2Π163);Α /618Α ∃
(∗96/1∃6 3∗/#36:6∋∀16∋2)%=% %#1∀96/(%=% (∗.6∋8
Γ∀)∀(∗.6∋∀
,βΙ)-Ι (Simplex)
,βΙ)-_ (Duplex)
_∋8 #3%(∋∗:(∀ ∃)Χ13∀ #%56ε6)∀> :∋8 ∀/#%∋2≅%∃∗)∀8 ∃ ∋%(∗∋2);Α (%5#2Π163);Α /618Α ∃
(∗96/1∃6 %#1∀96/(∀Α ⊥)Χ3%∃
[ΒΔΘ>Ρ:ΩΔ>
- Δ(Ω∃∋5 ΕΔΛ, ΕΔΛ-8, ΕΔ , ΕΔΜ, ΕΔΜ+, ΕΔΔ, ΕΔ8, ΕΔΓ 3βς1Ψ_(6ΞΨΡ ς, 8Υ 16.Δ117-001-
2001, ς∀∃&4(74([∃4β &∋Ρ ς∀,_∋(&_5 ∀1[4β+ 5∋5 +∃∴(4575∀,3(44β+ Ψς,Ψ,Ω,+;
- Δ(Ω∃∋ ΕΔΓ8 3βς1Ψ_(∃ΞΨΡ ς, 8Υ 3587-006-5115435-2005;
- .Ψ∃ ΕΔ 3βς1Ψ_(6ΞΨΡ Ψ ,&4,+,&,3β+ 5∋5 +4,∗,+,&,3β+ 3,∋,_4,+;
- Δ(Ω∃∋5 ΕΔΒ4-Η, ΕΔΒ4-Β, ΕΔΒ4-Ν 3βς1Ψ_(6ΞΨΡ ς, 8Υ 3587-004-51154035-2003.
Τ∀&>)-2%Ε/Β ;Θ 5∋-%/ ;ΤΘ (> θ-∀&∗Χ /Δ >)∋∃≅&89 ∀Ε/&%∀7∋&&89 4-∀7∀∃∀%)
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
279
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;ΤΘ-Ω (> Ε∗&)-∋∃≅&∀Χ 5∀62∃≅&∀Χ )-2θ%∀Χ / θ-∀&∗Χ /Δ >)∋∃≅&89
∀Ε/&%∀7∋&&89 4-∀7∀∃∀%)
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;ΤΑ (∋-5/-∀7∋&&8Χ >)∗%∃∀4∃∋>)/%∀785/ 4-2)%∋5/)
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;Τ] (> θ-∀&∗Χ /Δ ,∀=-/-∀7∋&&∀Χ >)∋∃≅&∀Χ ∃∗&)8)
∀5+∃[(45∃: 3 _,4ΨΞ∀1_χ55 _(Ω∃∋Ρ +(∀_5 ΕΔΜ+ ,ΞΨ1ΞΨΞ31∃Ξ ς∀,+∃α1Ξ,[4(Ρ ς,∋5γΞ5∋∃4,3(Ρ ,Ω,∋,[_(.
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;ΤΤ (> >/∃∀785 Γ∃∗5∗&)∀5 /Δ 78>∀%∀5∀62∃≅&89 ∋-∋5/6&89 &/)∗Χ)
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
280
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∀&>)-2%Ε/Β OK 5∋-%/ ;ΤΩ
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;Τ0 (θ∗Δ θ-∀&∗4∀%-∀7∀7)
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ -
β%∴]]∀ς∀6)1 ≅∗1ΧΑ∗)∀8,
:χ/(5
%:)%5%:. 5)%=%5%:.
Γ∗3(∗ ,β β%∋∀96/1∃%
%#1∀96/(∀Α
∃%∋%(%), ⊥1 1550 )5 1310 )5
_%#Χ/1∀5%6
3∗/18=∀∃∗Πε66
Χ/∀∋∀6, (Ξ
65#63∗1Χ3);>
:∀∗#∗≅%), °Ι Ξ∗3ΧΩ);>
:∀∗5613, 55
Γ∗//∗
1(5
(∗.6∋8, (=
,βχ
2-144
≤0,22
≤0,7
7...20
-40...+60
%1 15,6
%1 450
,βχ-
2-12
≤0,22
≤0,7
7
-40...+60
11...13
%1 250
,βΝ
2-144
≤0,22
≤0,7
12
-60...+60
%1 16,5
%1 270
,βγ
2-144
≤0,22
≤0,7
1,5.-3,5
-40...+60
%1 14,4
%1 194
,βγ5
2-144
≤0,22
≤0,7
1,5,..3,5
-40...+60
%1 12,2
%1 144
,ββ
2-144
≤0,22
≤0,7
3.5...12
-60...+60
%1 13,6
%1 150
,β
2-144
≤0,22
≤0,7
7...Κ
-40...+60
%1 9,4x17,7 %1 160
/ ∗3∗5∀:.
)∀185∀ .6≅ ∗3∗5∀:.
)∀16>
,βΖ
2-144
≤0,22
≤0,7
2,7
1,5
-60...+60
%1 10,4
%1 87
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
281
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;Τ0Ω (,-∀Δ∀)-∀> >∀ 7>)-∀∗&&85 ∀4)/Ι∗>%/5 7∀∃∀%&∀5)
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ - Θ:ΒΓΔ -η0
β%∋∀96/1∃% ,Σ ∃ (∗.6∋6
:% 288
_∀∗5613
%1 9,2 55
Σ6/
%1 300 (=/(5
Ε∗≅3;∃)∗8 )∗=3Χ≅(∗
%151(Ξ
635, /1%>(%/12 (20/200 °Ι)
83 (Θ2/
Τ∀&>)-2%Ε/Β ;Τ 5∋-%/ ;ΤΛ&-Ν (Distrution)
Τ∀&>)-2%Ε/Β ∀4)/Ι∗>%∀,∀ 5/&/%∋θ∗∃Β 5∋-%/ ;ΤΛ&-Λ (Simplex)
.Ψ∃ ΕΔ 5+∃6Ξ Ψ∃∀Ξ5δ5_(Ξβ:
- Ψ∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ θΕΒ/1-ΔΛ-254
- Ψ∃∀Ξ5δ5_(Ξ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 θΒΒ Λ.RU. 001. ..04075
- Ψ(45Ξ(∀4β⊥ Ψ∃∀δ5Ξ5_(Ξ
Β5ΨΞ∃+( +∃4∃&α+∃4Ξ( _([∃ΨΞ3( Ψ∃∀Ξ5δ5χ5∀,3(4( 4( Ψ,,Ξ3∃ΞΨΞ35∃ Ξ∀∃Ω,3(45Ρ+ ΨΞ(4&(∀Ξ(
ΓΕΒ8 Η≅ΒΕ 9001-2001.
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
282
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
3.12. [0,/(6-,( -%∀(2, [# ,⊥β 860β%
, "6 θ⊥--%∀(2ν"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
≅ΕΕΕ "ΒΕοι-ΔθΛ:ΜΣ"
Η∃Ψς1Ω∋5_( Λ∃∋(∀1Ψ , 210602, ∗. .5Ξ∃ΩΨ_, ς∀,Ψς∃_Ξ μ∀147∃, 833
8∃∋./δ(_Ψ: +(375) 212-24-33-84, +(375) 212-24-82-12
e-mail: info@sk.by
Http://www.sk.by
≅4,ΨΞ∀(44,∃ ,Ωε∃ΨΞ3, Ψ ,∗∀(45[∃44,⊥ ,Ξ3∃ΞΨΞ3∃44,ΨΞ 6 "
ΒΕοι-ΔθΛ:ΜΣ" Ωβ∋,
Ψ,7&(4, 9 564Ρ 2003 ∗,&( 3 ∗. .5Ξ∃ΩΨ_∃ 4( Ξ∃∀∀5Ξ,∀55 Ψ3,Ω,&4,⊥ γ_,4,+5[∃Ψ_,⊥ 7,4β. φΞ,
ς∃∀3,∃ ς∀∃&ς∀5ΡΞ5∃ ς, 3βς1Ψ_1 3,∋,_,44,-,ςΞ5[∃Ψ_,∗, _(Ω∃∋Ρ 4( Ξ∃∀∀5Ξ,∀55 Η∃Ψς1Ω∋5_5
Λ∃∋(∀1Ψ .
∀∃&ς∀5ΡΞ5∃ ≅ΕΕΕ "ΒΕοι-ΔθΛ:ΜΣ" Ψς∃χ5(∋575∀,3(4, 4( ς∀,573,&ΨΞ3∃ ,ςΞ5[∃Ψ_5∴
_(Ω∃∋∃⊥ &∋Ρ 37(5+,13Ρ7(44,⊥ Ψ∃Ξ5 Ψ3Ρ75 Η,ΨΨ55, ΨΞ∀(4 Β>Γ 5 &(∋ 4∃∗, 7(∀1Ω∃α Ρ.
≅ΕΕΕ "ΒΕοι-ΔθΛ:ΜΣ" 3βς1Ψ_(∃Ξ ΕΔ Ψ∋∃&16ε5∴ +(∀,_
Γ∗3(∗ (∗.6∋8
Σ∗3∀∗)1; ∀/#%∋)6)∀8
φ/∋%∃∀8 #3%(∋∗:(∀
,βχ
,βχΞ
,βχ-
,βχγ
,βχη
Ξ6=%3Π966 ∀/#%∋)6)∀6
Ι ς6)13∗∋2)%> 13Χ.(%>
,.∋6=9θ))%6 ∀/#%∋)6)∀6 (.6≅
#3%56ΩΧ1%9)%> %.%∋%9(∀)
Ν%∃;⊥6))∗8 ∃∋∗=%≅∗ε∀εθ))%/12
(/ ∗∋Π5%#%∋∀∴1∀∋6)%∃%> %.%∋%9(%>)
Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ =3Χ)1∗Α ∃/6Α (∗16=%3∀>, (3%56
=3Χ)1%∃, #%:∃63Ω6));Α 563≅∋%1);5 :6]%35∗ς∀85, #3∀ #636/696)∀∀
36( (∃ 1%5 9∀/∋6 /Χ:%Α%:);Α) ∀ ∃%:);Α #36=3∗:, ∃ (∗.6∋2)%>
(∗)∗∋∀≅∗ς∀∀, )∗ 5%/1∗Α ∀ ∴/1∗(∗:∗Α.
β∗.6∋2 ,βχΞ - :%#Χ/(∗61/8 #3%(∋∗:;∃∗12 ∃ 1Χ))6∋8Α, (%∋∋6(1%3∗Α,
≅:∗)∀8Α.
0βχ2-Γ
φ 3587-002-145-847-20-2003
Ι :∃ΧΑ/∋%>)%> .3%)6>
Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ =3Χ)1∗Α ∃/6Α (∗16=%3∀>
,βΙ
,βΙΞ
,βΙγ
Ξ6=%3Π966 ∀/#%∋)6)∀6
,.∋6=9θ))%6 ∀/#%∋)6)∀6
(.6≅ #3%56ΩΧ1%9)%> %.%∋%9(∀)
Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ =3Χ)16 1-3 (∗16=%3∀∀, ∃ 1%5 9∀/∋6,
≅∗3∗Ω6))%5 =3;≅Χ)∗5∀, ∗ 1∗(Ω6 ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α, )∗
5%/1∗Α ∀ ∴/1∗(∗:∗Α.
β∗.6∋2 ,βΙΞ - :%#Χ/(∗61/8 #3%(∋∗:;∃∗12 ∃ 1Χ))6∋8Α, (%∋∋6(1%3∗Α,
≅:∗)∀8Α.
,βΙ-
φ 3587-002-14584720-2003 Ι
ς6)13∗∋2)%> 13Χ.(%>
Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ =3Χ)16 1-3 (∗16=%3∀∀, ∃ 1%5 9∀/∋6,
≅∗3∗Ω6))%5 =3;≅Χ)∗5∀, ∗ 1∗(Ω6 ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α, )∗
5%/1∗Α ∀ ∴/1∗(∗:∗Α
,β
,βΞ
,βη
Ξ6=%3Π966 ∀/#%∋)6)∀6
Ν%∃;⊥6))∗8 ∃∋∗=%≅∗ε∀εθ))%/12
(/ ∗∋Π5%#%∋∀∴1∀∋6)%∃%> %.%∋%9(%>)
Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, )∗ 5%/1∗Α
∀ ∴/1∗(∗:∗Α, ∃ 13Χ.∗Α (∃ 1%5 9∀/∋6 561%:%5 #)6∃5%#3%(∋∗:(∀ ∃
/#6ς∀∗∋2);Α ≅∗ε∀1);Α #∋∗/15∗//%∃;Α 13Χ.∗Α).
β∗.6∋2 ,βΞ - :%#Χ/(∗61/8 #3%(∋∗:;∃∗12 ∃ 1Χ))6∋8Α, (%∋∋6(1%3∗Α,
≅:∗)∀8Α.
,βη-Γ
φ 3587-002-14584720-2003 Ν36:)∗≅)∗96); :∋8 #3%(∋∗:(∀ ∃ (∗.6∋2)%> (∗)∗∋∀≅∗ς∀∀, 13Χ.∗Α
(∃(∋Π9∗8 561%: #)6∃5%#3%(∋∗:(∀), .∋%(∗Α, #% 5%/1∗5 ∀ ∴/1∗(∗:∗5
,β/
,β/Ν
,β /Ν
36(∀)=%/1%>(%6 ∀/#%∋)6)∀6
Ν36:)∗≅)∗96); :∋8 #%:∃6/(∀ )∗ %#%3∗Α ∋∀)∀> /∃8≅∀, 56Ω:Χ
≅:∗)∀85∀ ∀ /%%3ΧΩ6)∀85∀. Ν3∀ )6%.Α%:∀5%/1∀ :%#Χ/(∗61/8
#%:∃6⊥∀∃∗12 (∗.6∋2 )∗ (%)1∗(1)%> /61∀ Ω6∋6≅);Α :%3%=, %#%3∗Α
∋∀)∀> ∴∋6(13%#636:∗9 ∃ 1%9(∗Α / 5∗(/∀5∗∋2)%> ∃6∋∀9∀)%>
#%16)ς∀∗∋∗ ∴∋6(13∀96/(%=% #%∋8 :% 12 (Σ (,β/Ν). Θ 1∗(Ω6 ∃ 1%9(∗Α /
5∗(/∀5∗∋2)%> ∃6∋∀9∀)%> #%16)ς∀∗∋∗ ∴∋6(13∀96/(%=% #%∋8 :% 25 (Σ
(,β /Ν)
,βΘ
,βΘ
,βΘγ
φ 3587-002-145-847-20-2003
/∗5%)6/Χε∀>
36(∀)=%/1%>(%6 ∀/#%∋)6)∀6
,.∋6=9θ))%6 ∀/#%∋)6)∀6
(.6≅ #3%56ΩΧ1%9)%> %.%∋%9(∀)
Ν36:)∗≅)∗96); :∋8 #%:∃6/(∀ )∗ %#%3∗Α ∋∀)∀> /∃8≅∀, (%)1∗(1)%> /61∀
Ω6∋6≅);Α :%3%=, %#%3∗Α ∋∀)∀> ∴∋6(13%#636:∗9 ∃ 1%9(∗Α / 5∗(/∀5∗∋2)%>
∃6∋∀9∀)%> #%16)ς∀∗∋∗ ∴∋6(13∀96/(%=% #%∋8 :% 12 (Σ, 56Ω:Χ
≅:∗)∀85∀ ∀ /%%3ΧΩ6)∀85∀. _%#Χ/(∗61/8 #%:∃6⊥∀∃∗12 (∗.6∋2 ∃ 1%9(∗Α /
5∗(/∀5∗∋2)%> ∃6∋∀9∀)%> #%16)ς∀∗∋∗ ∴∋6(13∀96/(%=% #%∋8 :% 25 (Σ
(,βΘ ).
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
283
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
[0,/(6-,( -%∀(2, 823 [# -2%8-, β η#π∗0
Τ∋θ∗∃≅ ;ΤΘ
Τ∋θ∗∃≅ ;ΤΘ2-⊥...
[0,/(6-,( -%∀(2, 823 [# -2%8-, β -%∀(2ν∗πθ -%∗%2,⊥%γ,θ
Τ∋θ∗∃≅ ;ΤΛ
Τ∋θ∗∃≅ ;ΤΛ-Ω
#%⊥8(2 3: 76∃∗Α&?1∗& 1∀3&+∗
284
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________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ -
=≅Φ ΚΒΛΓ≅:=ΓΔ Ν εΒΤΩΑ Δ Γ:Η>≅ςΩΤμ Γ:Ω:≅Δ<:ΖΔμ
Ν∗3∗5613;
,βχ
,βχ2-Γ
,βΙ
,βΙ-
β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1.
2-144
2-144
2-144
2-12
β%∋∀96/1∃% ∴∋656)1%∃ /63:69)∀(∗, ⊥1.
4-12
4-12
4-12
1
Ξ%5∀)∗∋2);> )∗3ΧΩ);> :∀∗5613 (∗.6∋8, 55
13,0 - 21,0 17,0 - 25,0 11,8 - 21,0 11,0 - 13,0
%∋ε∀)∗ )∗3ΧΩ)%> %.%∋%9(∀, )6 56)66, 55
2
2,2
2,0
2,0
%∋ε∀)∗ #3%56ΩΧ1%9)%> %.%∋%9(∀, )6 56)66, 55
0,85
0,85
-
-
Γ∗//∗ (∗.6∋8, (=/(5
250 - 600
500 - 500
145 - 400
130 - 180
Γ∗(/∀5∗∋2)% :%#Χ/1∀5%6 (:∀)∗5∀96/(%6)
3∗/18=∀∃∗Πε66 Χ/∀∋∀6, (Ξ
3,0 - 30,0
20,0-80,0
1,5 - 2,7
1,5 - 2,7
_%#Χ/1∀5∗8 3∗≅:∗∃∋∀∃∗Πε∗8 )∗=3Χ≅(∗, (Ξ//5
0,4 - 1,0
1,0
0,4
0,4
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Ε∗.%9∀> :∀∗#∗≅%) 165#63∗1Χ3, °Ι
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65#63∗1Χ3∗ #3%(∋∗:(∀ ∀ 5%)1∗Ω∗, )6 56)66, °Ι
-10
-10
-10
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Ι3%( /∋ΧΩ.;, )6 56)66, ∋61
25
25
25
25
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2
2
2
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[0,/(6-,( -%∀(2, 823 [# -2%8-, β [2%604%66 βφα 0#π∀ [# β 8
Τ∋θ∗∃≅ ;Τ
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=≅Φ ΚΒΛΓ≅:=ΓΔ Ν Κ≅:ΟΑΘ:ΟΟΛΝΕΙ ΑΒΤΗΛΚΒΛΝΛ=
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4-12
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9,0 - 16,0
10,0 - 18,0
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2
2
Γ∗//∗ (∗.6∋8, (=/(5
80-200
120 - 300
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1,0 - 2,7
1,0 - 2,7
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Ι3%( /∋ΧΩ.;, )6 56)66, ∋61
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[ 8β(6∗φ( [0,/(6-,( -%∀(2,
Τ∋θ∗∃≅ ;Τ/
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β%∋∀96/1∃% %#1∀96/(∀Α ∃%∋%(%) ∃ (∗.6∋6, ⊥1.
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8ΛΚΛ≅ΩΔΑ>≅ςΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
∴∃Β %∋θ∗∃∗Χ 5∋-∀% ;ΤΘ, ;ΤΘ-Ω..., ;ΤΘ2-⊥..., ;ΤΘη-⊥..., ;ΤΛ, ;Τ, ;ΤΨ
•3β&∃∀α53(6Ξ 20 χ5_∋,3 57∗5Ω,3 4( 1∗,∋ ± 90" ς, +545+(∋ 4,+1 ∀(&51Ψ1 57∗5Ω( ς∀5 Ξ∃+ς∃∀(Ξ1∀∃
ς∀,_∋(&_5 5 +,4Ξ(α(;
•3β&∃∀α53(6Ξ 10 χ5_∋,3 ,Ψ∃3,∗, _∀1[∃45Ρ 4( 1∗,∋ ± 360° 4( &∋54∃ 4∃ Ω,∋∃∃ 4 +, ς∀5 4,∀+(∋ 4,⊥
Ξ∃+ς∃∀(Ξ1∀∃ ,_∀1α(6ε∃⊥ Ψ∀∃&β.
•ΨΞ,⊥_5 _ ς∃∀∃+,Ξ_∃ 4( Ω(∀(Ω(4 Ψ &5(+∃Ξ∀,+ 0∃⊥_5 4∃ +∃4∃∃ 40-_∀(Ξ4,∗, 34∃04∃∗, &5(+∃Ξ∀( _(Ω∃∋Ρ.
•ΨΞ,⊥_5 _ 35Ω∀(χ5,44,⊥ 4(∗∀17_∃ 3 &5(ς(7,4∃ [(ΨΞ,Ξ (10 - 200) Γχ Ψ 1Ψ_,∀∃45∃+ 4g.
•ΨΞ,⊥_5 _ ς,3∀∃α&∃456 ∗∀β714(+5 (_∀,+∃ _(Ω∃∋Ρ ΕΔ).
•1ΨΞ,⊥[53β _ 3,7&∃⊥ΨΞ356 ς,3β0∃44,⊥ ,Ξ4,Ψ5Ξ∃∋ 4,⊥ 3∋(α4,ΨΞ5 &, 98 % ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ 35 °Β.
•ΨΞ,⊥_5 _ 3,7&∃⊥ΨΞ356 ς∋∃Ψ4∃3β∴ ∗∀5Ω,3, 54∃Ρ, (Ξ+,Ψδ∃∀4β∴ ,Ψ(&_,3, Ψ,∋Ρ4,∗, Ξ1+(4(, Ψ,∋4∃[4,∗,
57∋1[∃45Ρ.
•3,&,4∃ς∀,45χ(∃+β 3 ς∀,&,∋ 4,+ 4(ς∀(3∋∃455.
•4(∀1α4β∃ ,Ω,∋,[_5 _(Ω∃∋∃⊥ ∗∃∀+∃Ξ5[4β.
•∗5&∀,δ,Ω4β∃ 7(ς,∋45Ξ∃∋5 _(Ω∃∋Ρ 4∃ 5+∃6Ξ _(ς∋∃ς(&∃45Ρ ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ 70 °Β.
∴∃Β %∋θ∗∃∗Χ 5∋-%/ ;ΤΘ, ;ΤΘ-Ω..., ;ΤΘ2-⊥..., ;ΤΘη-⊥..., ;ΤΛ
•57,∋Ρχ5Ρ χ∃ς5 "+∃Ξ(∋∋5[∃Ψ_5∃ γ∋∃+∃4Ξβ (Ψ,∃&54∃44β∃ 3+∃ΨΞ∃) # 7∃+∋Ρ" 3β&∃∀α53(∃Ξ 5ΨςβΞ(Ξ∃∋ 4,∃
4(ς∀Ρα∃45∃ 20 _. ς,ΨΞ,Ρ44,∗, Ξ,_( 5∋5 10 _. ς∃∀∃+∃44,∗, Ξ,_( [(ΨΞ,Ξ,⊥ 50 Γχ 3 Ξ∃[∃45∃ 5 Ψ∃_14&
(_∀,+∃ _(Ω∃∋∃⊥ 3 5Ψς,∋4∃455, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃).
•_(Ω∃∋5 3β&∃∀α53(6Ξ 5+ς1∋ Ψ4β⊥ Ξ,_ ∀(ΨΞ∃_(45Ρ 3∃∋5[54,⊥ 105 _θ (55 _θ &∋Ρ _(Ω∃∋Ρ ΕΔΒ),
&∋5Ξ∃∋ 4,ΨΞ 6 4∃ Ω,∋∃∃ 60 +_Ψ.
•φ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 57,∋Ρχ55 4(∀1α4,⊥ ,Ω,∋,[_5 _(Ω∃∋Ρ, 57+∃∀∃44,∃ +∃α&1
+∃Ξ(∋∋5[∃Ψ_5+5 γ∋∃+∃4Ξ(+5 5 ,_∀1α(6ε∃⊥ Ψ∀∃&,⊥ (3,&,⊥) # 4∃ +∃4∃∃ 2000 ΟΕ+ ∴ _+ (&∋Ρ _(Ω∃∋∃⊥ 3
5Ψς,∋4∃455, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃, 4∃ +∃4∃∃ 1000 ΟΕ+ ∴ _+).
∀ 7>∗9 %∋θ∗∃Β9 4-/5∗&ΒΡ) >∃∗62ΡΦ/∗ )/48 ∀4)/Ι∗>%/9 7∀∃∀%∀&:
- ,&4,+,&,3,∃, ∀∃_,+∃4&(χ5Ρ ITU_T G.652.B (3 +(∀_5∀,3_∃ Ξ5ς ":");
- ,&4,+,&,3,∃, ∀∃_,+∃4&(χ5Ρ ITU_T G.652.C (3 +(∀_5∀,3_∃ Ξ5ς "θ");
- ,&4,+,&,3,∃, ∀∃_,+∃4&(χ5Ρ ITU_T G.655 (3 +(∀_5∀,3_∃ Ξ5ς ">");
- +4,∗,+,&,3,∃, Ψ Ψ∃∀&χ∃354,⊥ &5(+∃Ξ∀,+ 50 +_+, ∀∃_,+∃4&(χ5Ρ ITUT_G.651 (3 +(∀_5∀,3_∃ Ξ5ς "Ο");
- +4,∗,+,&,3,∃, Ψ Ψ∃∀&χ∃354,⊥ &5(+∃Ξ∀,+ 62,5 +_+ (3 +(∀_5∀,3_∃ Ξ5ς ".")
∀,573,&ΨΞ3∃44(Ρ Ω(7( ς∀∃&ς∀5ΡΞ5Ρ ς,ΨΞ∀,∃4( 4( ,Ψ4,3∃ Ψ,3∀∃+∃44,∗, 3βΨ,_,ς∀,573,&5Ξ∃∋ 4,∗,
_,+ς∋∃_Ψ( Ξ∃∴4,∋,∗5[∃Ψ_,∗, ,Ω,∀1&,3(45Ρ δ5∀+β "Nextrom OY" (μ54∋Ρ4&5Ρ) &∋Ρ 3βς1Ψ_( ,ςΞ5[∃Ψ_5∴
_(Ω∃∋∃⊥. >( 7(3,&∃ 1Ψς∃04, 34∃&∀∃4( Ψ5ΨΞ∃+( +∃4∃&α+∃4Ξ( _([∃ΨΞ3( Ψ,∗∋(Ψ4, +∃α&14(∀,&4β+
ΨΞ(4&(∀Ξ(+ ≅ΒΕ 9001:2000.
#%⊥8(2 4
∀1?&??>∀(- .+/
1∀3&+;<-Χ
+∗<∗4
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4.1. %-6(66π%#φ 823 β 2 - ∗∗ - [0,/(6-,_ 2,∗,α 6β3⊥,
4.1.1. βΛ≅ΛΓΛΩΩΛ-ΛΚΑΔΡ>ΟΓΔ> ΟΛ>=ΔΩΔΑ>≅ςΩΕ> ΘΤ]ΑΕ FOSC
]ΔΒΘΕ Tyco Electronics Raychem N.V.
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
Tyco Electronics Raychem N.V.
θ&∀∃Ψ +,Ψ_,3Ψ_,∗, ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(:
125315 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, Μ∃454∗∀(&Ψ_5⊥ ς∀-Ξ, 72, ,δ5Ψ θ807
8∃∋: (495) 721-1888, δ(_Ψ: (495) 721-1891
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Raychem 5 FOSC Ρ3∋Ρ6ΞΨΡ Ξ,∀∗,3β+5 +(∀_(+5 δ5∀+β Tyco Electronics Raychem N.V.
. 4([(∋∃ 80-∴ ∗,&,3 δ5∀+( Raychem ς∃∀3,⊥ ∀(7∀(Ω,Ξ(∋( _,+ς∋∃_Ψ416 Ψ5ΨΞ∃+1
∀(Ψς∀∃&∃∋∃45Ρ ,ςΞ5[∃Ψ_5∴ 3,∋,_,4 &∋Ρ ς∃∀35[4,⊥ Ψ∃Ξ5 ς∃∀∃&([5, _,Ξ,∀,⊥ Ωβ∋, ς∀5Ψ3,∃4,
4(73(45∃ FOSC. Ο∃∴(45[∃Ψ_(Ρ ∗∃∀+∃Ξ57(χ5Ρ ,Ψ4,3(45Ρ Ψ _,∀ς1Ψ,+ 3 +1δΞ(∴ FOSC 400
,Ω∃Ψς∃[53(∃Ξ ς∀,ΨΞ,Ξ1 1ΨΞ(4,3_5 5 ς∃∀∃+,4Ξ(α(, ∗∃∀+∃Ξ57(χ5Ρ 33,&( _(Ω∃∋∃⊥ ,Ξ∋5[(∃ΞΨΡ
4,3β+5 Ξ∃∀+,1Ψ(α53(6ε5+5ΨΡ Ξ∀1Ω_(+5 5 Ξ∃∀+,ς∋(3_,⊥ _∋∃6ε∃⊥ Ψ5ΨΞ∃+,⊥ δ5∀+β,
1ΨΞ(4(3∋53(∃+β+5 ς∀5 ς,+,ε5 δ∃4( 5 Ψς∃χ5(∋ 4, ∀(7∀(Ω,Ξ(44β+5 &∋Ρ 3,∋,_,44,-
,ςΞ5[∃Ψ_5∴ +1δΞ.
Ν∋Ρ +,4Ξ(α( +1δΞβ FOSC 500 4∃ Ξ∀∃Ω16ΞΨΡ 34∃045∃ 5ΨΞ,[45_5 γ4∃∀∗55: _,∀ς1Ψ
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∀∃754β, _(Ω∃∋ 4β∃ 33,&β - Ψ 5Ψς,∋ 7,3(45∃+ ∗∃∋∃3β∴ ς,∋,Ψ,_ - 145_(∋ 4,∗, +(Ξ∃∀5(∋( Ψ
ς(+ΡΞ 6 δ,∀+β.
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ Δ ΛΟΛΗ>ΩΩΛΟΑΔ
Ο1δΞβ FOSC ς∀∃&4(74([∃4β &∋Ρ 5Ψς,∋ 7,3(45Ρ Ψ ∋6Ω,⊥ _,4ΨΞ∀1_χ5∃⊥ _(Ω∃∋Ρ (Ψ3,Ω,&4,⊥
1_∋(&_,⊥ 3,∋,_,4 3 Ξ∀1Ω_∃, χ∃4Ξ∀(∋ 4β+ ∀(7+∃ε∃45∃+ 3,∋,_,4 3 Ξ∀1Ω_∃, Ψ3,Ω,&4,⊥ 1_∋(&_,⊥ 3,∋,_,4
3 δ5∗1∀4,+ Ψ∃∀&∃[45_∃, ∋∃4Ξ,[4,⊥), 3 ∋6Ωβ∴ 1Ψ∋,35Ρ∴ (3,7&104,⊥ ς,&3∃Ψ_∃, _∀∃ς∋∃455 _ ,ς,∀∃,
ς,&7∃+4,⊥ ς∀,_∋(&_∃, ∀(7+∃ε∃455 3 _(4(∋57(χ55 5 _(Ω∃∋ 4β∴ _,∋,&χ(∴) 5 &∋Ρ Ψ(+β∴ ∀(7∋5[4β∴ Ξ5ς,3
Ψ,∃&54∃45⊥ (ς∀Ρ+,∃, ,Ξ3∃Ξ35Ξ∃∋ 4,∃, ∀(73∃Ξ35Ξ∃∋ 4,∃, ∀∃+,4Ξ4,∃).
Τ ∀)∃/Ι/)∗∃≅&85 ∀>∀θ∗&&∀>)Β5 52=) FOSC 400 >∃∗62∗) ∀)&∗>)/:
•>(∋5[5∃ ,3(∋ 4,∗, _(Ω∃∋ 4,∗, 33,&(, ς,73,∋Ρ6ε∃∗, 33∃ΨΞ5 4∃∀(7∀∃7(44β⊥ _(Ω∃∋ 0∋∃⊥δ,+ 3 +1δΞ1.
•Υ&,Ω4(Ρ _,4ΨΞ∀1_χ5Ρ ∋,Ξ_(, ς,73,∋Ρ6ε(Ρ 1_∋(&β3(Ξ 4( 4∃∗, 4∃,∗∀(45[∃4416 &∋541 7(ς(Ψ( 3,∋,_4(.
•Υ453∃∀Ψ(∋ 4(Ρ _,4ΨΞ∀1_χ5Ρ ∋,Ξ_( ς,73,∋Ρ∃Ξ ∀(Ω,Ξ(Ξ _(_ Ψ, Ψ3(∀4β+5 Ψ∀,ΨΞ_(+5, Ξ(_ 5 Ψ
+∃∴(45[∃Ψ_5+5 Ψ,∃&545Ξ∃∋Ρ+5.
•>∃,∗∀(45[∃44β⊥ Ψ∀,_ ∴∀(4∃45Ρ ∀(Ψ∴,&4β∴ +(Ξ∃∀5(∋,3 &∋Ρ ∗∃∀+∃Ξ57(χ55 +1δΞβ 5 _(Ω∃∋ 4β∴ 33,&,3.
•Ο∃∴(45[∃Ψ_5⊥ Ψς,Ψ,Ω ∗∃∀+∃Ξ57(χ55 _,∀ς1Ψ( ς,73,∋Ρ∃Ξ ς∀∃∀β3(Ξ Ξ∃∴4,∋,∗5[∃Ψ_5⊥ ς∀,χ∃ΨΨ +,4Ξ(α(
4( ∋6Ω,⊥ ΨΞ(&55, [Ξ, 1&,Ω4, ς∀5 ΨΞ∀,5Ξ∃∋ ΨΞ3∃ 5 ς∀,3∃&∃455 (3(∀5⊥4,-3,ΨΨΞ(4,35Ξ∃∋ 4β∴ ∀(Ω,Ξ.
Τ ∀>∀θ∗&&∀>)Β5 52=)8 FOSC 500 ∀)&∀>Β)>Β:
•Ε∀5∗54(∋ 4(Ρ Ψ5ΨΞ∃+( ∗∃∀+∃Ξ57(χ55 _(Ω∃∋ 4β∴ 33,&,3 5 δ5_Ψ(χ55 _(Ω∃∋Ρ ς,73,∋Ρ∃Ξ 5Ψς,∋ 7,3(Ξ
+1δΞ1 Ψ 05∀,_5+ &5(ς(7,4,+ &5(+∃Ξ∀,3 _(Ω∃∋Ρ - ,Ξ 7 &, 40 ++ 5 33,&5Ξ 3 +1δΞ1 &, 6 _(Ω∃∋∃⊥.
•Δ,4ΨΞ∀1_χ5Ρ +1δΞβ ς,73,∋Ρ∃Ξ 1_∋(&β3(Ξ 3 +1δΞ∃ 4∃∀(7∀∃7(44β∃ ς∀,∴,&Ρε5∃ Ξ∀(475Ξ,+ +,&1∋5.
•>∃Ω,∋ 05∃ ∗∃,+∃Ξ∀5[∃Ψ_5∃ ∀(7+∃∀β 5 1&,Ω4(Ρ δ,∀+( ,Ω∋∃∗[(6Ξ 5Ψς,∋ 7,3(45∃ 3 _,∋,&χ(∴
∗,∀,&Ψ_,⊥ _(4(∋57(χ55.
-ΛΩΟΑΒΤΓΖΔΔ ΘΤ]Α FOSC 400
.,∋,_,44,-,ςΞ5[∃Ψ_5∃ +1δΞβ FOSC 400 3βς1Ψ_(6ΞΨΡ Ξ∀∃∴ Ξ5ς,3: FOSC 400A4, FOSC 400A8
(NEW! - 8 _(Ω∃∋ 4β∴ 3β3,&,3), FOSC 400B2 ∋5Ω, .4 5 FOSC 400D.
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-ΛΩΟΑΒΤΓΖΔΦ ΘΤ]ΑΕ FOSC 400B2
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]ΔΒΘΕ Tyco Electronics Raychem
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
Tyco Electronics Raychem N.V.
θ&∀∃Ψ +,Ψ_,3Ψ_,∗, ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(:
125315 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, Μ∃454∗∀(&Ψ_5⊥ ς∀-Ξ, 72, ,δ5Ψ θ807
8∃∋: (495) 721-1888, δ(_Ψ: (495) 721-1891
E-mail: telecom.russia@tycoelectronics.com
Http://www.raychem-telecom.ru
Raychem 5 FIST Ρ3∋Ρ6ΞΨΡ Ξ,∀∗,3β+5 +(∀_(+5 δ5∀+β Tyco Electronics Raychem N.V.
. 4([(∋∃ 90-∴ ∗,&,3 δ5∀+( Raychem ∀(7∀(Ω,Ξ(∋( +,&1∋ 416 Ψ5ΨΞ∃+1 ,ςΞ,3,∋,_,44,⊥
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φΞ( +1δΞ( 4(5Ω,∋∃∃ 1&,Ω4( &∋Ρ
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[ΒΛΔ<ΝΛ=ΔΑ>≅ς
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θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
[ΒΔΘ>Ω>ΩΔ>
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4.1.4. 4:εΔΟΑΒ:≅ςΩΕ> ΛΚΑΔΡ>ΟΓΔ> ΘΤ]ΑΕ ΑΔΚ: 40 -
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θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
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4.1.5. πΩΔΝ>ΒΟ:≅ςΩΕ> ΛΚΑΔΡ>ΟΓΔ> ΘΤ]ΑΕ ΑΔΚ: 40 -
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www.ssd.ru mail@ssd.ru
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∀∃&4(74([∃4β &∋Ρ ς∀Ρ+,∗, 5 ∀(73∃Ξ35Ξ∃∋ 4,∗, Ψ∀(ε53(45Ρ 3Ψ∃∴ 35&,3 ,ςΞ5[∃Ψ_5∴ _(Ω∃∋∃⊥, Ψ
∋6Ωβ+5 35&(+5 Ω∀,45 5 Ψ5∋,3β∴ γ∋∃+∃4Ξ,3:
•ς,&3∃Ψ4β∴ Ψ(+,4∃Ψ1ε5∴ ΕΔ Ψ ς,353,+ 57 Ψ54Ξ∃Ξ5[∃Ψ_5∴ 45Ξ∃⊥ 5∋5 Ψ Ω∀,4∃⊥ 57 ΨΞ∃_∋,ς∋(ΨΞ5_,3β∴
ς∀1Ξ_,3;
•ΕΔ Ψ +∃Ξ(∋∋5[∃Ψ_5+ ∗,δ∀5∀,3(44β+ Ω∀,4∃ς,_∀,3,+ (5∋5 Ω∃7 Ω∀,4∃ς,_∀,3,3);
•ΕΔ 2-∗, 5 3-∗, Ξ5ς,3 Ψ Ω∀,4∃ς,_∀,3,+ 57 +∃Ξ(∋∋5[∃Ψ_,⊥ ς∀,3,∋,_5 ς∀5 ς∀,_∋(&_∃ 5∴ 3 ∗∀14Ξ∃ Ψ
33∃&∃45∃+ "Ξ∀(475Ξ4,⊥" ς∃Ξ∋5 3 +1δΞ1, ( Ξ(_α∃ 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
294
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Υ453∃∀Ψ(∋ 4,ΨΞ +1δΞ 7(_∋6[(∃ΞΨΡ 3 Ξ,+, [Ξ, ,45 +,∗1Ξ 5Ψς,∋ 7,3(Ξ ΨΡ 5 _(_
+(∗5ΨΞ∀(∋ 4β∃, 5 _(_ ∗,∀,&Ψ_5∃ +1δΞβ, Ξ._. 5∴ +,α4,:
•ς,&3∃053(Ξ 4( ,ς,∀(∴ .ΜΒ, Μφ , _,4Ξ(_Ξ4,⊥ Ψ∃Ξ5 α∃∋∃74β∴ &,∀,∗, ∗,∀,&Ψ_,∗,
γ∋∃_Ξ∀,∴,7Ρ⊥ΨΞ3( 5 ,Ψ3∃Ξ5Ξ∃∋ 4β∴ Ψ∃Ξ∃⊥;
•1_∋(&β3(Ξ 3 ς,&7∃+4β∃ _,4Ξ∃⊥4∃∀β ΕΝ 5∋5 ΔΕ8 ς∀5 ς∀,_∋(&_∃ ΕΔ 3 ι 8;
•1ΨΞ(4(3∋53(Ξ 3 _,∋,&χ(∴, _,∋∋∃_Ξ,∀(∴ 4( Ψς∃χ5(∋ 4β∴ _∀,40Ξ∃⊥4(∴;
•1_∋(&β3(Ξ 3 _,Ξ∋,3(4β 3 7(ε5Ξ4β∴ +1δΞ(∴ ΟΑι 5∋5 Ο ι.
Ψ∀Η &(∀θ6/∃38Ο()Μ 9&Ξ-> Υ[≅, 96[1
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Ξ∗∀56)%∃∗)∀6
Γ ,β
96/48
Γ ,β
96 1
Γ ,β
96
Γ ,β
96/192 * Γ ,β
96/192 1* Γ ,β
96/192 1- * Γ ,β
96/216*
∀# 5Χ]1;
1Χ#∀(%∃∗8
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177
378
189
445
159
442
159
442
189
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158
620
* ∀∃&4(74([∃4( &∋Ρ 5Ψς,∋ 7,3(45Ρ 4( ∗,∀,&Ψ_5∴ Ψ∃ΞΡ∴ _(Ω∃∋ 4,∗, Ξ∃∋∃35&∃45Ρ 5 05∀,_,ς,∋,Ψ4β∴ Ψ5ΨΞ∃+(∴ &,ΨΞ1ς(.
Ο1δΞβ Ψ∃∀Ξ5δ5χ5∀,3(4β 3 Ψ5ΨΞ∃+∃ "φ∋∃_Ξ∀,Ψ3Ρ7 ". Β∃∀Ξ5δ5_(Ξ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΕΔ-147.
4.1.6. δΩΤΒΕ ΛΚΑΔΡ>ΟΓΔ> ΚΒΛΔ<ΝΛ=ΟΑΝ: "φ≅ΔΓΟ--:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3, 1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
Email: info@elixcable.ru
Web: www.elixcable.ru
.βς1Ψ_(6ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ 8Υ θ669220-003-18354388-2003, [Ξ, ς,&Ξ3∃∀α&∃4,
Ψ∃∀Ξ5δ5_(Ξ,+ Ψ,,Ξ3∃ΞΨΞ35Ρ θ ΕΒ/1-ΕΔ-434.
[ΒΔΘ>Ω>ΩΔ>
φ41∀β ,ςΞ5[∃Ψ_5∃ ς∀∃&4(74([∃4β &∋Ρ _,4χ∃3,⊥ 7(&∃∋_5 5 _,++1Ξ(χ55 ,ςΞ5[∃Ψ_5∴
_(Ω∃∋∃⊥ Ψ3Ρ75.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
295
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
-ΛΩΟΑΒΤΓΖΔΦ
ε&2- ∀4)/Ι∗>%/Χ ς∀∃&ΨΞ(3∋Ρ∃Ξ Ψ,Ω,⊥ ,Ξ∀∃7,_ ,ςΞ5[∃Ψ_,∗, 3,∋,_4( 3 Ω1δ∃∀4,+
ς,_∀βΞ55 &5(+∃Ξ∀,+ 900 +_+ 5∋5 ,&4,α5∋ 4,∗, _(Ω∃∋Ρ &5(+∃Ξ∀,+ 2,85 ++ (simplex), 5∋5
&31α5∋ 4,∗, _(Ω∃∋Ρ (Duplex zipcord) Ψ &31∴ ΨΞ,∀,4 ,_,4χ,3(4β⊥ _,44∃_Ξ,∀(+5 ,&4,∗, Ξ5ς(:
FC , ST 5∋5 SC. :Ψ∋5 _,44∃_Ξ,∀β ∀(74β∃, Ξ, ,ςΞ5[∃Ψ_5⊥ 041∀ 4(7β3(∃ΞΨΡ ς∃∀∃∴,&4β+.
Pig tail - γΞ, ,Ξ∀∃7,_ ,&4,α5∋ 4,∗, _(Ω∃∋Ρ 5∋5 3,∋,_4( 3 Ω1δ∃∀4,+ ς,_∀βΞ55,
,_,4χ,3(44β⊥ _,44∃_Ξ,∀,+ Ψ ,&4,⊥ ΨΞ,∀,4β. Ν1ς∋∃_Ψ4β∃ ,ςΞ5[∃Ψ_5∃ 041∀β ,Ωβ[4, 5+∃6Ξ
∴3,ΨΞ,35_5 _,44∃_Ξ,∀,3 ∀(7∋5[4β∴ χ3∃Ξ,3. ΒΞ(4&(∀Ξ4β∃ ς(Ξ[ _,∀&β 5+∃6Ξ &∋54β 1,3,5
+∃Ξ∀,3 5∋5 ς, Ξ∀∃Ω,3(456 7(_(7[5_(.
,Ξ∃∀5, 34,Ψ5+β∃ ,ςΞ5[∃Ψ_5+5 041∀(+5, ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃.
∀# #%∋∀3%∃(∀
/%6:∀)∀16∋8
Σ)%/∀5;6 %#1∀96/(∀6
#%163∀, )6 .%∋66, :χ
Ν%163∀ )∗ %13∗Ω6)∀6
5%ε)%/1∀, )6 56)66, :χ
Ν3∀3∗ε6)∀6 ∃)%/∀5;Α
#%1632 ∃ 1696)∀6 /3%(∗
/∋ΧΩ.;, )6 .%∋66, :χ
PC
0,5
-
0,2
SPC
0,5
40
0,2
UPC
0,5
50
0,2
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
296
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4.2. %-6(66π%#φ 823 -%∀(2(α 6β3⊥,
6 4(0%22,/(6-,4, 9,2%4,
4.2.1. 4Τ]ΑΕ _%G% =≅Φ Α>≅>]ΛΩΩΕΞ Γ:Η>≅>Ι ]ΔΒΘΕ
Tyco Electronics Raychem
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
Tyco Electronics Raychem N.V.
θ&∀∃Ψ +,Ψ_,3Ψ_,∗, ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(:
125315 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, Μ∃454∗∀(&Ψ_5⊥ ς∀-Ξ, 72, ,δ5Ψ θ807
8∃∋: (495) 721-1888, δ(_Ψ: (495) 721-1891
E-mail: telecom.russia@tycoelectronics.com
http://www.raychem-telecom.ru
Raychem 5 XAGA Ρ3∋Ρ6ΞΨΡ Ξ,∀∗,3β+5 +(∀_(+5 δ5∀+β Tyco Electronics Raychem N.V.
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
Ο1δΞβ XAGA &∋Ρ +∃&4,α5∋ 4β∴ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ ς∀∃&4(74([∃4β &∋Ρ ∋6Ω,∗, Ξ5ς(
1ΨΞ(4,3_5: 4∃ς,Ψ∀∃&ΨΞ3∃44, 3 ∗∀14Ξ, 3 _(Ω∃∋ 416 _(4(∋57(χ56, 4( ς,&3∃Ψ4,⊥ _(Ω∃∋ ; &∋Ρ
_(Ω∃∋Ρ ∋6Ω,⊥ _,4ΨΞ∀1_χ55: Ψ ς,∋5γΞ5∋∃4,3,⊥, Ψ354χ,3,⊥, ΨΞ(∋ 4,⊥ ∋5Ω, (∋6+545∃3,⊥
,Ω,∋,[_,⊥, Ψ ∗5&∀,δ,Ω4β+ 7(ς,∋45Ξ∃∋∃+ 5 Ω∃7 4∃∗,.
-ΛΩΟΑΒΤΓΖΔΦ
Ο1δΞβ 57∗,Ξ(3∋53(6ΞΨΡ 57 Ξ∃∀+,1Ψ(α53(∃+,∗, _,+ς,75χ5,44,∗, +(Ξ∃∀5(∋( Ψ 4(4∃Ψ∃44β+
_∋∃6ε5+ ς,&Ψ∋,∃+. Ο1δΞ( 5+∃∃Ξ _,4ΨΞ∀1_χ56 +(4α∃Ξβ, Ξ.∃. ,Ω,∀([53(∃ΞΨΡ 3,_∀1∗ Ψ∀,ΨΞ_(, 4∃ Ξ∀∃Ω1Ρ
∀(7∀∃7(45Ρ _(Ω∃∋Ρ 5∋5 &∃+,4Ξ(α( Ψ∀,ΨΞ_(. Ο1δΞ( +,α∃Ξ ΩβΞ _(_ Ψ,∃&545Ξ∃∋ 4,⊥, Ξ(_ 5
∀(73∃Ξ35Ξ∃∋ 4,⊥ &, 4 4(ς∀(3∋∃45⊥ 3 _(α&16 ΨΞ,∀,41. Ν∋Ρ _,4Ξ∀,∋Ρ _([∃ΨΞ3( +,4Ξ(α( +(4α∃Ξ(
ς,_∀βΞ( Ξ∃∀+,[1ΨΞ35Ξ∃∋ 4,⊥ _∀(Ψ_,⊥, ς∀∃&1Ψ+,Ξ∀∃4β &∀1∗5∃ Ψς,Ψ,Ωβ _,4Ξ∀,∋Ρ _([∃ΨΞ3( +,4Ξ(α(.
,)(∃-/&+1∀2 9&Ξ-> XAGA 1000
;>&∀7&8∗ )/48 52=):
XAGA-1000 - &∋Ρ _(Ω∃∋∃⊥ Ψ,&∃∀α(ε5∴ΨΡ ς,& 57ΩβΞ,[4β+ &(3∋∃45∃+ 3,7&1∴(;
XAGA-500 - &∋Ρ _(Ω∃∋∃⊥ 4∃ Ψ,&∃∀α(ε5∴ΨΡ ς,& 57ΩβΞ,[4β+ &(3∋∃45∃+ 3,7&1∴(;
XAGA-SLVP(U) - ∀∃+,4Ξ4β∃ Ξ∃∀+,1Ψ(α53(∃+β∃ +(4α∃Ξβ;
.ΕΔ8, BOCL, SCOP - ∀(73∃Ξ35Ξ∃∋ 4β∃ _,+ς∋∃_Ξβ.
Ο(∀_5∀,3_( +1δΞ.
XAGA-1000-A/B-L;
XAGA-500-A/B-L.
>(ς∀5+∃∀: XAGA1000-75/15-240 ,74([(∃Ξ, [Ξ, +(_Ψ5+(∋ 4β⊥ &5(+∃Ξ∀ Ψ∀,ΨΞ_( &∋Ρ 5Ψς,∋ 7,3(45Ρ Ψ
γΞ,⊥ +1δΞ,⊥ - 75 ++, &∋54( - 240 ++, &5(+∃Ξ∀ _(Ω∃∋Ρ 4∃ +∃4∃∃ 15 ++.
Η∃+,4Ξ4β∃ +(4α∃Ξβ ς,ΨΞ(3∋Ρ6ΞΨΡ ΨΞ(4&(∀Ξ4β+5 &∋54(+5 1500 ++, Ξ5ς,∀(7+∃∀β: 48/7-1500, 58/12-
1500, 78/15-1500,107/25-1500,130/30-1500,168/42-1500, 200/65-1500.
>(ς∀5+∃∀: XAGA-SLVP 78/15-1500 ,74([(∃Ξ Ξ∃∀+,1Ψ(α53(∃+,∃ ς,∋,Ξ4, 1500 ++ &∋54,⊥, &5(+∃Ξ∀
&, 1Ψ(α53(45Ρ - 78 ++, +545+(∋ 4β⊥ &5(+∃Ξ∀ ς,Ψ∋∃ 1Ψ(α53(45Ρ - 15 ++.
Η∃_,+∃4&(χ55 δ5∀+β Raychem ς, ς,&Ω,∀1 +1δΞ XAGA 1000N, XAGA 1000A 3 7(35Ψ5+,ΨΞ5 ,Ξ
∃+_,ΨΞ5 _(Ω∃∋Ρ 8 5 Ξ5ς( Ψ,∃&545Ξ∃∋Ρ α5∋ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃.
⊥2=)8 /5∗Ρ) >∗-)/=/%∋) 0∀>%∀5>7ΒΔ/ Ν∀>>//.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
297
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
400
100/25-260
75/15-400
100/25-260
75/15-400
100/25-260
75/15-400
1200
122/38-500
122/38-500
122/38-650
122/38-650
122/38-650
122/38-650
300
75/15-240
75/15-240
100/25-260
100/25-260
100/25-260
100/25-260
1000
122/38-500
122/38-500
122/38-500
122/38-500
122/38-500
122/38-500
200
75/15-240
75/15-240
75/15-240
75/15-240
75/15-240
75/15-240
900
122/38-500
122/38-500
122/38-500
122/38-500
122/38-500
122/38-500
100
75/15-240
55/12-300
75/15-240
55/12-300
75/15-240
55/12-300
800
100/25-460
100/25-460
122/38-500
122/38-500
122/38-500
122/38-500
50
55/12-150
55/12-150
55/12-150
55/12-150
55/12-150
55/12-150
700
100/25-460
100/25-460
122/38-500
122/30-500
122/38-500
122/38-500
30
43/8-150
43/12-150
55/12-150
600
100/25-460
100/25-460
100/25-460
100/25-460
122/38-500
122/38-500
20
43/8-150
43/8-150
43/8-300
10
43/8-150
43/8-150
43/8-150
500
122/38-260
100/25-460
100/25-460
100/25-460
122/38-500
122/38-500
Ν∗3;,
/%6:∀)∀16∋2
AMP STACK III (25 #∗3)
AMP STACK III (25 #∗3)
AMP STACK IV (10 #∗3)
Tel-Splice
AMP STACK III (25 nap)
AMP STACK IV (10 nap)
Tel-Splice
Ν∗3;,
/%6:∀)∀16∋2
AMP STACK III (25 nap)
AMP STACK III (25 nap)
AMP STACK IV (10 nap)
Tel-Splice
AMP STACK III (25 nap)
AMP STACK IV (10 nap)
Tel-Splice
#>ΓΛΘ>Ω=:ΖΔΔ ]ΔΒΘΕ Raychem ΚΛ ΚΛ=ΗΛΒΤ ΘΤ]ΑΕ XAGA 1OOON, XAGA 1000A
Ν <:ΝΔΟΔΘΛΟΑΔ ΛΑ >ΘΓΛΟΑΔ Γ:Η>≅Φ 0[[ Δ ΑΔΚ: ΟΛ>=ΔΩΔΑ>≅Φ ΣΔ≅
_∀∗5613
Ω∀∋
0,32
0,4
0,5
_∀∗5613
Ω∀∋
0,32
0,4
0,5
. 7(35Ψ5+,ΨΞ5 ,Ξ 5Ψς,∋ 71∃+,⊥ Ξ∃∴4,∋,∗55 57∗,Ξ,3∋∃45Ρ Ψ∀,ΨΞ_( (Ξ5ς Ψ,∃&545Ξ∃∋Ρ, ∀(7+∃ε∃45∃ Ψ,∃&545Ξ∃∋∃⊥ 5 Ξ.&.) ∀(7+∃∀ Ψ∀,ΨΞ_( +,α∃Ξ ,Ξ∋5[(Ξ ΨΡ
,Ξ ∀∃_,+∃4&,3(44β∴ 74([∃45⊥. ΥΞ,[45Ξ∃ &5(+∃Ξ∀ 5 &∋541 Ψ∀,ΨΞ_( ς∃∀∃& 7(_(7,+ +1δΞ.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
298
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4.2.2. 4Τ]ΑΕ ΟΝΔΩΖΛΝΕ> ΓΛΘΚ:ΩΔΔ "6ΝΦ<ςΟΑΒΛΙ=>Α:≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "
θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
[ΒΔΘ>Ω>ΩΔ>
Ο1δΞβ Ψ354χ,3β∃ Ψ,∃&545Ξ∃∋ 4β∃ 5 ∀(73∃Ξ35Ξ∃∋ 4β∃ ς∀∃&4(74([∃4β &∋Ρ 3,ΨΨΞ(4,3∋∃45Ρ
Ψ354χ,3β∴, (∋6+545∃3β∴ 5 ΨΞ(∋ 4β∴ ,Ω,∋,[∃_ _(Ω∃∋∃⊥ Ψ3Ρ75 +∃Ξ,&(+5 ∗,∀Ρ[∃⊥ ς(⊥_5 5 Ψ_∋∃53(45Ρ..
7(35Ψ5+,ΨΞ5 ,Ξ Ξ5ς( 5 _,∋5[∃ΨΞ3( Ψ∀(ε53(∃+β∴ _(Ω∃∋∃⊥ ς∀5+∃4Ρ6ΞΨΡ Ψ∋∃&16ε5∃ 35&β Ψ354χ,3β∴
+1δΞ:
•+1δΞβ Ψ354χ,3β∃ Ψ,∃&545Ξ∃∋ 4β∃ ,&4,_,41Ψ4β∃ ΟΒΒΕ 5 &31∴_,41Ψ4β∃ ΟΒΒΝ 5Ψς,∋ 716ΞΨΡ ς∀5
Ψ∀(ε53(455 _(Ω∃∋∃⊥ Ψ3Ρ75 3 Ψ354χ,3β∴ ,Ω,∋,[_(∴ +(∀,_ 8Γ, 8ιΓ, ΟΔΒΓ;
•+1δΞβ Ψ354χ,3β∃ ∀(73∃Ξ35Ξ∃∋ 4β∃ ,Ξ 2ΟΒΗ &, 12 ΟΒΗ 5Ψς,∋ 716ΞΨΡ &∋Ρ ∀(73∃Ξ3∋∃45Ρ ,Ψ4,34β∴
_(Ω∃∋∃⊥ 3 Ψ354χ,3β∴ ,Ω,∋,[_(∴ 4( 4∃Ψ_,∋ _, 4(ς∀(3∋∃45⊥ (,Ξ 2 &, 12-Ξ5);
•+1δΞβ Ψ354χ,3β∃ Ξ5ς( "Ξ∀1Ω(" 5Ψς,∋ 716ΞΨΡ ς∀5 Ψ∀(ε53(455 Ω∀,45∀,3(44β∴ _(Ω∃∋∃⊥ +(∀,_ 8Λ,
8ιΛ, ΟΔΒΛ;
•+1δΞβ Ξ5ς,3 ΟΒ, ΟΒΗ, ΟΒ8 ς∀∃&4(74([∃4β &∋Ρ +,4Ξ(α( _(Ω∃∋∃⊥ α∃∋∃74,&,∀,α4,⊥ Ψ3Ρ75;
•+1δΞβ ∗(7,4∃ς∀,45χ(∃+β∃ Ψ,∃&545Ξ∃∋ 4β∃ ΓΟΒ ς∀∃&4(74([∃4β &∋Ρ 1ΨΞ(4,3_5 4( Ψ5++∃Ξ∀5[4β∴
3βΨ,_,[(ΨΞ,Ξ4β∴ _(Ω∃∋Ρ∴ Ξ5ς( ΟΔΒ 5 4( _(Ω∃∋Ρ∴ α∃∋∃74,&,∀,α4,⊥ Ψ3Ρ75 Ψ ς∋(ΨΞ+(ΨΨ,3,⊥
57,∋Ρχ5∃⊥ α5∋, +,∗1Ξ Ξ(_α∃ 5Ψς,∋ 7,3(Ξ ΨΡ 4( _(Ω∃∋Ρ∴ Ξ5ς,3 8ι 5 8ι .
4.2.3. 4Τ]ΑΕ ΚΛ≅ΔιΑΔ≅>ΩΛΝΕ> ΑΔΚ: 4#[ Δ 4[[
ΓΛΘΚ:ΩΔΔ "6ΝΦ<ςΟΑΒΛΙ=>Α:≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "
θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
[ΒΔΘ>Ω>ΩΔ>
Ο1δΞβ 5Ψς,∋ 716ΞΨΡ &∋Ρ Ψ∀(ε53(45Ρ ∗,∀,&Ψ_5∴ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ 3 ς∋(ΨΞ+(ΨΨ,3β∴ ,Ω,∋,[_(∴ 5
&∋Ρ 3,ΨΨΞ(4,3∋∃45Ρ 7(ε5Ξ4β∴ ς,_∀,3,3 Ξ5ς( "φς" 4( _(Ω∃∋Ρ∴ Ψ3Ρ75 3Ψ∃∴ Ξ5ς,3.
Ο1δΞβ 3βς1Ψ_(6ΞΨΡ 3 &31∴ 3(∀5(4Ξ(∴: ς∀Ρ+,⊥ Ο 5 ∀(73∃Ξ35Ξ∃∋ 4β⊥ ΟΗ .
∀Ρ+β∃ 5∋5 Ψ,∃&545Ξ∃∋ 4β∃ +1δΞβ Ο ς∀∃&4(74([∃4β &∋Ρ Ψ∀(ε53(45Ρ ΨΞ∀,5Ξ∃∋ 4β∴ &∋54
_(Ω∃∋∃⊥ ,&54(_,3,⊥ ∃+_,ΨΞ5. ι(∋5Ξβ∃ ∗∃∀+∃Ξ5_,⊥ +1δΞβ Ο +,∗1Ξ 5Ψς,∋ 7,3(Ξ ΨΡ _(_ 7(ε5Ξ4β∃,
1ΨΞ(4(3∋53(∃+β∃ 4(& Ψ354χ,3β+5 +1δΞ(+5. Η(73∃Ξ35Ξ∃∋ 4β∃ +1δΞβ ΟΗ Ψ∋1α(Ξ &∋Ρ ∀(73∃Ξ3∋∃45Ρ
_(Ω∃∋Ρ Ω,∋ 0∃⊥ ∃+_,ΨΞ5 4( 4∃Ψ_,∋ _, _(Ω∃∋∃⊥ +∃4 0∃⊥ ∃+_,ΨΞ5, ∋5Ω, &∋Ρ ς,&ς(∀(∋∋∃∋53(45Ρ
&,ς,∋45Ξ∃∋ 4,∗, _(Ω∃∋Ρ _ ,Ψ4,34,+1 _(Ω∃∋6.
[Β>ΔΘΤ∴>ΟΑΝ:
.,7+,α4,ΨΞ 5Ψς,∋ 7,3(45Ρ ∋6Ω,∗, Ξ5ς( Ψ,∃&545Ξ∃∋∃⊥ α5∋.
Ο1δΞβ ς,73,∋Ρ6Ξ 3βς,∋4ΡΞ Ψ∀(ε53(45∃ α5∋ 54&535&1(∋ 4β+5 5 +4,∗,α5∋ 4β+5
Ψ,∃&545Ξ∃∋Ρ+5 ∋6Ω,∗, Ξ5ς( 4( _(Ω∃∋Ρ∴ 8 γς, 8 ςςι 5 8 γςι. Ν∋Ρ 7(ς,∋4∃44β∴ _(Ω∃∋∃⊥ +1δΞβ
ς,73,∋Ρ6Ξ 3βς,∋4ΡΞ Ψ∀(ε53(45∃ α5∋ Ψ,∃&545Ξ∃∋Ρ+5 3 _(ςΨ1∋(∴. ∀5 Ψ∀(ε53(455 α5∋ ∋6Ωβ+5
Ψ,∃&545Ξ∃∋Ρ+5 5 ς∀5 ∋6Ωβ∴ ∀(7+∃∀(∴ Ψ∀,ΨΞ_,3 _,41Ψβ 5 ς(Ξ∀1Ω_5 ,Ω∃Ψς∃[53(6Ξ ς∋,Ξ416 ς,Ψ(&_1
+1δΞ 4( _(Ω∃∋∃ 5 4∃ Ξ∀∃Ω16Ξ ς,&+,Ξ_5.
Μ6Ωβ∃ 3(∀5(4Ξβ ,Ξ3∃Ξ3∋Ρ6ε5∴ΨΡ _(Ω∃∋∃⊥.
.(∀5(4Ξβ ∀(73∃Ξ35Ξ∃∋ 4β∴ +1δΞ ΟΗ 5+∃6Ξ ,∗,∋,345_5 Ψ &31+Ρ, Ξ∀∃+Ρ, [∃Ξβ∀ +Ρ 5 ςΡΞ 6
ς(Ξ∀1Ω_(+5, 341Ξ∀∃445∃ &5(+∃Ξ∀β _,Ξ,∀β∴ ,Ω∃Ψς∃[53(6Ξ 33,& ,Ξ3∃Ξ3∋Ρ6ε5∴ΨΡ _(Ω∃∋∃⊥ 3, 3Ψ∃∴
3,7+,α4β∴ &∋Ρ &(44,∗, Ξ5ς,∀(7+∃∀( Ψ,[∃Ξ(45Ρ∴.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
299
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
>(∋5[5∃ 7(∗∋10σ44β∴ ς(Ξ∀1Ω_,3
. Ξ5ς,∀Ρ&1 ∀(73∃Ξ35Ξ∃∋ 4β∴ +1δΞ 5+∃6ΞΨΡ 3(∀5(4Ξβ Ψ 7(∗∋10σ44β+5 ς(Ξ∀1Ω_(+5, ς,73,∋Ρ6ε5∃
3βς,∋4ΡΞ ς,&ς(∀(∋∋∃∋53(45∃ _(Ω∃∋∃⊥ _(_ 3 ς∀,χ∃ΨΨ∃ 4,3,∗, +,4Ξ(α(, Ξ(_ 5 3, 3∀∃+Ρ γ_Ψς∋1(Ξ(χ55.
.,7+,α4,ΨΞ 5Ψς,∋ 7,3(45Ρ ∋6Ω,∗, Ψς,Ψ,Ω( ∗∃∀+∃Ξ57(χ55
Ο1δΞβ ς,73,∋Ρ6Ξ 5Ψς,∋ 7,3(Ξ &∋Ρ 5∴ ∗∃∀+∃Ξ57(χ55 ∋6Ωβ∃ Ξ∃∀+,1Ψ(α53(∃+β∃ +(Ξ∃∀5(∋β 5
+(Ξ∃∀5(∋β &∋Ρ "∴,∋,&4,⊥" ∗∃∀+∃Ξ57(χ55. ι( Ψ[∃Ξ Ξ,∗,, [Ξ, +1δΞβ 5+∃6Ξ 1&∋54∃44β∃ χ5∋54&∀5[∃Ψ_5∃
[(ΨΞ5 _,41Ψ,3, ,∗,∋,345_,3 5 ς(Ξ∀1Ω_,3 ("ς(∋ χ∃3"), 1&,ΩΨΞ3, +,4Ξ(α( ∋6Ωβ+ Ψς,Ψ,Ω,+ 74([5Ξ∃∋ 4,
ς,3βΨ5∋,Ψ . Υ3∃∋5[∃44(Ρ Ξ,∋ε54( ΨΞ∃4,_ +1δΞ 74([5Ξ∃∋ 4, 1ς∀,ε(∃Ξ 5 ς,3β0(∃Ξ 4(&∃α4,ΨΞ
+,4Ξ(α( +∃Ξ,&,+ Ψ3(∀_5 ς,& ΨΞ∃_∋,∋∃4Ξ,⊥.
4.2.4. 4Τ]ΑΕ =≅Φ ΘΛΩΑ:Σ: ΝΩΤΑΒΔ<ΛΩΛΝΕΞ Δ Ο>≅ςΟΓΔΞ Γ:Η>≅>Ι
ΑΔΚ: 40 Δ 40 ΓΛΘΚ:ΩΔΔ "6ΝΦ<ςΟΑΒΛΙ=>Α:≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "
θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
[ΒΔΘ>Ω>ΩΔ>
81ς5_,3β∃ +1δΞβ Ο8 5 Ο8Ε ς∀∃&4(74([∃4β &∋Ρ Ψ∀(ε53(45Ρ _(Ω∃∋∃⊥ Ψ∃∋ Ψ_,⊥ Ψ3Ρ75 Ψ
34∃045+ &5(+∃Ξ∀,+ ,Ω,∋,[_5 &, 22 ++.
. +1δΞ(∴ Ο8 Ψ∀,ΨΞ_5 Ξ,_,ς∀,3,&Ρε5∴ α5∋ _(Ω∃∋∃⊥ 7(∋53(6ΞΨΡ ∗∃∀+∃Ξ5_,⊥ .5∋(&-31
(Ο8-36, Ο8-45) 5∋5 Ω5Ξ1+4,⊥ +(ΨΞ5_,⊥ (Ο8-16).
ΒΡ693 9&Ξ-> -∀Φ3 Υ[
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Ε∗≅563;, 55
Ε∗/Α%: (%5#%)6)1∗
=63561∀(∗, =
∀#%3∗≅563
Ξ∗≅)∗96)∀6
L
d1
d2
Θ
χ
Γ∗//∗,
(=
Γ -16 _∋8 ≅∗ε∀1; 56/1 /%6:∀)6)∀8 Ω∀∋ )∗ %:)%#∗3);Α
(∗.6∋8Α ΝΕΝΝΓ, ΝΕΝΣΓ, Ν Νμ, Ν Σμ / Ω∀∋%>
0,9-1,2 55
220 25
16
-
-
0,04
Γ -36 _∋8 ≅∗ε∀1; 56/1 /%6:∀)6)∀8 Ω∀∋ )∗
%:)%961∃63%9);Α (∗.6∋8Α βΙΝΝ, βΙΝηΝ,
βΙΝηΝχ, ηβΝ, ηβΝχ
240 46
36
60
60
0,12
Γ -45 _∋8 ≅∗ε∀1; 56/1 /%6:∀)6)∀8 Ω∀∋ )∗ (∗.6∋8Α 1∀#∗
ΝΝ%110:%100#∗3/Ω∀∋%>%10,32:%0,555
240 55
45
90
90
0,14
81ς5_,3β∃ +1δΞβ Ο8Ε 5+∃6Ξ ,∗,∋,345_5 4( 2, 3 5∋5 4 4(ς∀(3∋∃45Ρ, 3 7(35Ψ5+,ΨΞ5 ,Ξ
Ξ5ς,∀(7+∃∀( +1δΞβ. . ς(Ξ∀1Ω_5 ,∗,∋,345_,3 _(Ω∃∋5 33,&ΡΞΨΡ ς,Ψ∋∃ 1&(∋∃45Ρ Ω∀,45 5
7(ε5Ξ4β∴ ς,_∀,3,3. ∃∀∃ς(⊥_( Ω∀,45 3βς,∋4Ρ∃ΞΨΡ 34∃ +1δΞβ. ι(ε5Ξ4β∃ ς,_∀,3β
3,ΨΨΞ(4(3∋53(6Ξ Ψ ς∀5+∃4∃45∃+ +(Ξ∃∀5(∋,3 &∋Ρ "∴,∋,&4,⊥" ∗∃∀+∃Ξ57(χ55. Ν∋Ρ 7(ε5Ξβ
+1δΞ Ξ5ς( Ο8Ε ς∀5+∃4Ρ6Ξ [1∗144β∃ 5∋5 ς∋(ΨΞ+(ΨΨ,3β∃ Ξ1ς5_,3β∃ 7(ε5Ξ4β∃ +1δΞβ, ∋5Ω,
,Ξ∀∃7_5 (ΨΩ∃ΨΞ,χ∃+∃4Ξ4β∴ Ξ∀1Ω, 7(_∀β3(∃+β∃ Ψ Ξ,∀χ,3 ς∀,Ω_(+5 Δ . 8∀1Ωβ 5 ς∀,Ω_5
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
300
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ς,&Ω5∀(6Ξ Ψ 1[∃Ξ,+ Ξ5ς,∀(7+∃∀( +1δΞβ Ο8Ε. >(ς∀5+∃∀, +1δΞβ Ο8Ε-45 5 Ο8Ε-60
7(ε5ε(6Ξ Ξ∀1Ω,⊥ 100 ++, ( +1δΞβ Ο8Ε-80 Ξ∀1Ω,⊥ 150 ++. .41Ξ∀∃445⊥ ,Ωπ∃+ Ξ∀1Ωβ
&,ς1Ψ_(∃ΞΨΡ 7(∋53(Ξ Ω5Ξ1+4,⊥ +(ΨΞ5_,⊥ 5∋5 ∗∃∀+∃Ξ5_,⊥ ".5∋(&-31".
ΒΡ693 9&Ξ-> -∀Φ3 Υ[≅
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Ε∗≅563;, 55
∀#%3∗≅563 β%∋∀96/1∃%
%1∃61∃∋6)∀>
Σ)Χ136))∀6 :∀∗5613;
#∗13Χ.(%∃, 55
Λ5(%/12 (∗.6∋6> #3∀
:∀∗56136 Ω∀∋, 55
L
D
Γ∗//∗, (=
2 Γ ,-36
2
12/17+12/16
βΙΝΝ1Α4+βΙΝΝ1Α4 325
56
0,16
2 Γ ,-45
2
7/16+10/19
10+10(0,5)
324
63
0,21
2 Γ ,-60
2
19/23+19/23
50+50 (0,5)
404
86
0,32
2 Γ ,-80
2
18/40+18/30
100+100(0,5)
416
109
0,50
3 Γ ,-45
3
7/16+7/16+7/16
20=10+10(0,5)
324
64
0,23
3 Γ ,-60
3
19/24+15/19+15/19
50=30+20 (0,5)
404
86
0,38
3 Γ ,-80
3
18/30+13/27+13/27
100=50+50(0,5)
416
111
0,64
4 Γ ,-45
4
8/10+8/10+8/10+8/10
10+10+10+10(0,5) 305
64
0,25
4 Γ ,-80
4
16/28+16/28+16/28+16/28
100=50+30+20(0,5) 387
108
0,73
4.2.5. 4Τ]ΑΕ ε:<ΛΩ>ΚΒΛΩΔΖ:>ΘΕ> ΑΔΚ: 4η∗4Ο Δ πβη∗4
ΓΛΘΚ:ΩΔΔ "6ΝΦ<ςΟΑΒΛΙ=>Α:≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ιθΕ "Β3Ρ7 ΨΞ∀,⊥&∃Ξ(∋ "
θ&∀∃Ψ: 115088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34, μ(_Ψ: (495) 786-34-32
www.ssd.ru mail@ssd.ru
[ΒΔΘ>Ω>ΩΔ>
Ο1δΞβ ∗(7,4∃ς∀,45χ(∃+β∃ Ξ5ς( ΟΓ>ΟΨ ς∀∃&4(74([∃4β &∋Ρ 1ΨΞ(4,3_5 4( _(Ω∃∋Ρ∴ Ξ5ς(
8 , _,Ξ,∀β∃ 3 ς∀,χ∃ΨΨ∃ γ_Ψς∋1(Ξ(χ55 Ψ,&∃∀α(ΞΨΡ ς,& ς,ΨΞ,Ρ44β+ 57ΩβΞ,[4β+ 3,7&104β+
&(3∋∃45∃+ &, 69 _ ( (0,7 _∗Ψ/Ψ+2). Ο1δΞβ 3 ς∀,χ∃ΨΨ∃ +,4Ξ(α( 7(∋53(6ΞΨΡ
Ψ(+,∀(Ψ05∀Ρ6ε5+ΨΡ ς,∋51∀∃Ξ(4,3β+ ∗∃∀+∃Ξ5_,⊥ .5∋(&-31, Ψ,ΨΞ,Ρε5+ 57 &31∴
_,+ς,4∃4Ξ,3 θ 5 Λ. Ο1δΞβ ΟΓ>ΟΨ +,4Ξ5∀16Ξ 3 ς,+∃ε∃45Ρ∴ 33,&( _(Ω∃∋∃⊥ 4( θ8Β, 3
0_(δ4β∴ _,∋,&χ(∴ 5 ς,&3(∋(∴.
. +(∀_5∀,3_∃ +1δΞ χ5δ∀(+5 1_(7(4β 3∴,&4β∃ &5(+∃Ξ∀β _,41Ψ,3 dl 5 d2.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
301
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Λ5(%/12 (∗.6∋8 ΝΝ∴# #3∀ :∀∗5613∗Α Ω∀∋
∀#%3∗≅563 _∋∀)∗
3∗≅:6∋∗))%=%
Χ9∗/1(∗ (∗.6∋8,
55
0,32 55
0,4 55
0,5 55
0,64 55
0,7 55
ΓΖΞΓ/ 19/29
90
100,200
100,200
100
-
-
ΓΖΞΓ/ 27/40
130
300, 400, 500
300, 400
200, 300
100
100
ΓΖΞΓ/ 40/66
170
600, 700, 800,
900,1000, 1200
500, 600,700,
800,900,1000, 1200 400, 500, 600,
700
200, 300, 400 200,300
ΓΖΞΓ/ 60/77
190
1400,1600,
1800,2000, 2400
-
800, 900,
1000,1200
500, 600 400, 500, 600
Ο1δΞβ ∗(7,4∃ς∀,45χ(∃+β∃ Ξ5ς( Υ.Γ>Ο 1ΨΞ(4(3∋53(6ΞΨΡ 4(
+(∗5ΨΞ∀(∋ 4β∴ 5 ∀(Ψς∀∃&∃∋5Ξ∃∋ 4β∴ _(Ω∃∋Ρ∴ Ξ5ς( 8 , 3_∋6[(∃+β∴ 3
Ω,_Ψβ Ξ5ς( ΛΔ8Ε 5∋5 3 0_(δβ, ,Ψ4(ε∃44β∃ ς∋54Ξ(+5 3∀∃74,∗,
Ξ5ς(, 4(ς∀5+∃∀, 3 0_(δβ φΗ . 1200x2. Υ453∃∀Ψ(∋ 4β∃ +1δΞβ
Υ.Γ>Ο ∀(Ψς,∋(∗(6ΞΨΡ 3 χ,_,∋ 4,⊥ [(ΨΞ5 ∀(Ψς∀∃&∃∋5Ξ∃∋ 4β∴
0_(δ,3. >( _(Ω∃∋Ρ∴ ∃+_,ΨΞ 6 100 ς(∀ ,45 +,∗1Ξ 1ΨΞ(4(3∋53(Ξ ΨΡ
4∃ς,Ψ∀∃&ΨΞ3∃44, ς∃∀∃& Ψ∃_χ5∃⊥ Ψ ς∋54Ξ(+5 5∋5 3 ∋6Ω,+ &∀1∗,+
+∃ΨΞ∃. >( _(Ω∃∋Ρ∴, Ψ,&∃∀α(ε5∴ΨΡ ς,& &(3∋∃45∃+, +1δΞβ Υ.Γ>Ο
+,4Ξ5∀16Ξ 3 _([∃ΨΞ3∃ ∗(7,4∃ς∀,45χ(∃+β∴. >( _(Ω∃∋Ρ∴ Ψ
∗5&∀,δ,Ω4β+ 7(ς,∋4∃45∃+ Υ.Γ>Ο +,4Ξ5∀16Ξ 3 _([∃ΨΞ3∃
3,&,4∃ς∀,45χ(∃+β∴. Γ∃∀+∃Ξ57(χ5Ρ +1δΞβ Ψ ,Ω,∋,[_,⊥ _(Ω∃∋Ρ +,α∃Ξ
ς∀,573,&5ΞΨΡ ,Ξ∀∃7_,+ 8Υ8 5∋5 "
∴,∋,&4β+" Ψς,Ψ,Ω,+ Ψ
ς∀5+∃4∃45∃+ ∋∃4Ξ ΜΓ-2, 888 5 Ω54Ξ( "θ∀+,ς∋(ΨΞ".Λ1_3( "Γ" 3
Ξ5ς,∀(7+∃∀∃ +1δΞβ ,Ω,74([(∃Ξ "∗,∀Ρ[5⊥" Ψς,Ψ,Ω ∗∃∀+∃Ξ57(χ55, "X" -
"∴,∋,&4β⊥".
0>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ
Λ5(%/12 (∗.6∋8 #3∀ :∀∗56136 Ω∀∋
∀#%3∗≅563
0,4 55
0,5 55
φΣΖΞΓ= 19/29
100x2; 200x2
100x2
300x2; 400x2
200x2;300x2
φΣΖΞΓ= 27/40
500x2; 600x2
400x2; 500x2; 600x2
φΣΖΞΓΑ 19/29
100x2; 200x2
100x2
φΣΖΞΓΑ 27/40
300x2;400x2
200x2; 300x2
φΣΖΞΓΑ 40/66
500x2;600x2
400x2; 500x2; 600x2
4.2.6. 4>=ΩΕ> Κ:ΑΡ-ΓΛΒ=Ε ΚΒΛΔ<ΝΛ=ΟΑΝ: "φ≅ΔΓΟ--:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3, 1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
Email: info@elixcable.ru
Web: www.elixcable.ru
Ο∃&4β∃ ς(Ξ[-_,∀&β ς∀∃&4(74([∃4β &∋Ρ ς∃∀∃&([5 54δ,∀+(χ55 +∃α&1
∀(7∋5[4β+5 Ψ∃_χ5Ρ+5 _,++1Ξ(χ5,44β∴ ς(4∃∋∃⊥, ( Ξ(_α∃ &∋Ρ
ς,&Ψ,∃&54∃45Ρ Ξ∃∋∃δ,4,3 5 _,+ς 6Ξ∃∀,3 _ 54δ,∀+(χ5,44β+ ∀,7∃Ξ_(+.
Ο∃&4β∃ ς(Ξ[-_,∀&β 57∗,Ξ,3∋∃4β 57 +4,∗,α5∋ 4,∗, _(Ω∃∋Ρ _(Ξ∃∗,∀55 5, 5∃
5 ,_,4χ,3(4β Ψ &31∴ ΨΞ,∀,4 _,44∃_Ξ,∀(+5 RJ45. ,ΨΞ(3∋Ρ∃ΞΨΡ &∋54(+5:
1+,2+,3+,5+,7.5+510+.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
302
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4.2.7. 6Λ>=ΔΩΔΑ>≅Δ ]ΔΒΘΕ Tyco Electronics Raychem
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
Tyco Electronics Raychem N.V.
θ&∀∃Ψ +,Ψ_,3Ψ_,∗, ς∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(:
125315 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, Μ∃454∗∀(&Ψ_5⊥ ς∀-Ξ, 72, ,δ5Ψ θ807
8∃∋: (495) 721-1888, δ(_Ψ: (495) 721-1891
E-mail: telecom.russia@tycoelectronics.com
Http://www.raychem-telecom.ru
Raychem, Tel-Splice, AMP STACK III 5 AMP STACK IV Ρ3∋Ρ6ΞΨΡ Ξ,∀∗,3β+5 +(∀_(+5
δ5∀+β Tyco Electronics Raychem N.V.
6 (8,∗,0(2, Tel-Splice
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
Β,∃&545Ξ∃∋5 Tel-Splice ς∀∃&4(74([∃4β &∋Ρ Ψ∀(ε53(45Ρ α5∋ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥.
[Β>ΔΘΤ∴>ΟΑΝ:
• ∀,[4,ΨΞ : 3βΨ,_(Ρ ΨΞ,⊥_,ΨΞ _ 3,7&∃⊥ΨΞ356 3∋(∗5 5 ∴5+5[∃Ψ_5 (_Ξ534,⊥ Ψ∀∃&β; Ξ(_α∃
57∗,Ξ(3∋53(6ΞΨΡ 57 4∃∗,∀6[∃∗, +(Ξ∃∀5(∋(.
•φ_,4,+5[4,ΨΞ : 457_(Ρ ΨΞ,5+,ΨΞ ς∀,573,&ΨΞ3(; _,4Ξ(_Ξ Ξ5ς( IDC, ∗∃∀+∃Ξ5[4,ΨΞ 5Ψ_∋6[(∃Ξ
,_5Ψ∋∃45∃ _,4Ξ(_Ξ(, ,ΞΨ1ΞΨΞ35∃ 4∃,Ω∴,&5+,ΨΞ5 7([5ε(Ξ ς∀,3,&45_5 - 7(∋,∗ ς∀,ΨΞ,∗, +,4Ξ(α(, 4∃
Ξ∀∃Ω16ε∃∗, Ψς∃χ5(∋ 4β∴ 4(3β_,3.
•Η(74,,Ω∀(75∃: 3βς1Ψ_(6ΞΨΡ 7(ς,∋4∃44β∃ 5 4∃7(ς,∋4∃44β∃ ∗∃∋∃+, χ3∃Ξ,3(Ρ _,&5∀,3_( &∋Ρ ,Ω∋∃∗[∃45Ρ
5&∃4Ξ5δ5_(χ55: 2-∴ α5∋ 4β∃, 3-∴ α5∋ 4β∃, &∋Ρ Ψ∀(ε53(45Ρ 5 ,Ξ3∃Ξ3∋∃45Ρ Ψ,,Ξ3∃ΞΨΞ3∃44,,
ς,ΨΞ(3∋Ρ6ΞΨΡ ∀,ΨΨβς 6 ∋5Ω, 3 _(∀Ξ∀5&α(∴.
β:ΒΔ:ΩΑΕ ΔΟΚΛ≅Ω>ΩΔΦ, Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ Δ ΤΟ≅ΛΝΔΦ ιΓΟΚ≅Τ:Α:ΖΔΔ
.(∀5(4Ξβ 5Ψς,∋4∃45Ρ:
•2-
∴ α5∋ 4β∃;
•3-
∴ α5∋ 4β∃:
•∀(73∃Ξ35Ξ∃∋ 4β∃;
•ς∀,7∀([4β∃ 5 Ψ _∀β0_,⊥.
Η(Ω,[(Ρ Ξ∃+ς∃∀(Ξ1∀( γ_Ψς∋1(Ξ(χ55 2-∴ α5∋ 4β∴, 3-∴ α5∋ 4β∴ 5 ∀(73∃Ξ35Ξ∃∋ 4β∴ Ψ,∃&545Ξ∃∋∃⊥
8∃∋-Βς∋(⊥Ψ, ς,ΨΞ(3∋Ρ∃+β∴ ∀,ΨΨβς 6 ,Ξ +541Ψ 40 °Β &, ς∋6Ψ 90 °Β. Ν∋Ρ 4∃∗,∀6[∃∗, 5Ψς,∋4∃45Ρ ,Ξ
+541Ψ 40 °Β &, ς∋6Ψ 100 °Β. Ο(_Ψ5+(∋ 4β⊥ &5(+∃Ξ∀ Ψ,∃&54Ρ∃+β∴ ς∀,3,&45_,3 &∋Ρ Ψ,∃&545Ξ∃∋∃⊥,
ς,ΨΞ(3∋Ρ∃+β∴ ∀,ΨΨβς 6 - 2,03 ++.
<(∀(_Ξ∃∀5ΨΞ5_5 ,&54,[4β∴ Ψ,∃&545Ξ∃∋∃⊥:
•2-
∴ α5∋ 4β⊥ 1453∃∀Ψ(∋ 4β⊥ 7(ς,∋4∃44β⊥ ∗∃∋∃+ (∗,∋1Ω(Ρ _∀β0_(). Ν5(+∃Ξ∀ ς∀,3,&45_( ,Ξ 0,4 &,
0,9 ++. .4∃045⊥ &5(+∃Ξ∀ 57,∋Ρχ55 2,03 ++.
•2-
∴ α5∋ 4β⊥ _,∀,Ξ_5⊥ 7(ς,∋4∃44β⊥ ∗∃∋∃+ (ς∀,7∀([4β⊥), 2-∴ α5∋ 4β⊥ &∋544β⊥ 7(ς,∋4∃44β⊥ ∗∃∋∃+
(ς∀,7∀([4β⊥), 3-∴ α5∋ 4β⊥ &∋544β⊥ 7(ς,∋4∃44β⊥ ∗∃∋∃+ (ς∀,7∀([4β⊥). Ν5(+∃Ξ∀ ς∀,3,&45_( ,Ξ 0,4 &,
0,9 ++. .4∃045⊥ &5(+∃Ξ∀ 57,∋Ρχ55 1,63 ++.
Β)6Η∀(∀-68∀ Tel-Splice
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
303
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4 8π2, 6#%∋,β%∗,3 AMP STACK III
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
Ο,&1∋5 AMP STACK III 4( 25 ς(∀ ∀(7∀(Ω,Ξ(4β &∋Ρ ΩβΨΞ∀,∗, Ψ∀(ε53(45Ρ +4,∗,ς(∀4β∴
_(Ω∃∋∃⊥ Ψ +∃&4β+5 5∋5 (∋6+545∃3β+5 ς∀,3,&45_(+5 Ψ &5(+∃Ξ∀,+ α5∋ 0,32-0,8 ++.
-ΛΩΟΑΒΤΓΖΔΦ Δ ΔΟΚΛ≅ς<Τ>ΘΕ> Θ:Α>ΒΔ:≅Ε
Ο,&1∋5 5+∃6Ξ ∋1α∃4β∃ 3∀∃74β∃ _,4Ξ(_Ξβ, ,Ω∃Ψς∃[53(6ε5∃ ∗∃∀+∃Ξ5[4β⊥ _,4Ξ(_Ξ.
ΕΨΞ∀β∃ _∀(Ρ _,4Ξ(_Ξ( ς∀,∀∃7(6Ξ ∀(7∋5[4β∃ Ξ5ςβ 57,∋Ρχ55 - ς∋(ΨΞ+(ΨΨ,316, Ω1+(α416 ς∋5
&∀1∗16 57,∋Ρχ56 Ψ 34∃045+ &5(+∃Ξ∀,+ 4∃ Ω,∋∃∃ 1,65 ++. .Ψ∃ 35&β Ψ,∃&545Ξ∃∋ 4β∴
+,&1∋∃⊥ AMP STACK +,∗1Ξ ΩβΞ _(_ 3 Ψ1∴,+ 3(∀5(4Ξ∃, Ξ(_ 5 Ψ 3∋(∗,,ΞΞ(∋_53(6ε5+
7(ς,∋45Ξ∃∋∃+.
Ν∋Ρ ς∀,73,4_5 Ψ+,4Ξ5∀,3(44,∗, Ψ,∃&545Ξ∃∋Ρ ς∀∃&1Ψ+,Ξ∀∃4β Ψς∃χ5(∋ 4β∃ ,Ξ3∃∀ΨΞ5Ρ.
Ο,&1∋ Ψ,ΨΞ,5Ξ 57 &31∴ _∀β0∃_ 5 _,∀ς1Ψ( Ψ 3+,4Ξ5∀,3(44β+5 _,4Ξ(_Ξ(+5.
Δ,∀ς1Ψ, _∀β0_( 5 ,Ψ4,3(45∃ 57∗,Ξ(3∋53(6ΞΨΡ 57 ς,∋5_(∀Ω,4(Ξ(. Δ,4Ξ(_Ξβ 57 ∋1α∃4,∗,
δ,Ψδ(Ξ( Ω∀,47β. ΕΞ∀∃74β∃ ∋∃735Ρ - 4∃∀α(3∃6ε(Ρ ΨΞ(∋ . ∋(ΨΞ5_,3β⊥ (&(ςΞ∃∀.
[Β>ΔΘΤ∴>ΟΑΝ:
•Ο,&1∋5 5Ψς,∋ 716ΞΨΡ &∋Ρ ς∀Ρ+,∗, Ψ∀(ε53(45Ρ 5
∀(73∃Ξ3∋∃45Ρ Ξ∃∋∃δ,44,∗, _(Ω∃∋Ρ.
•.ΨΞ(34β∃/014Ξ5∀16ε5∃ +,&1∋5 &∋Ρ Ψ,∃&545Ξ∃∋ 4β∴/
∀(7π∃&545Ξ∃∋ 4β∴ +,&1∋∃⊥.
•. 4∃7(ς,∋4∃44β∴ ∗∃∋∃+ +,&1∋Ρ∴ 3,7+,α4, ς(∀(∋∋∃∋ 4,∃
Ξ∃ΨΞ5∀,3(45∃ χ∃45 Ω∃7 ς∃∀∃∀β3( 3 ∃∃ ∀(Ω,Ξ∃.
•ι(ς,∋4∃44β∃ ∗∃∋∃+ +,&1∋5 7(ε5ε(6Ξ _,4Ξ(_Ξβ ,Ξ
3,7&∃⊥ΨΞ35Ρ ,_∀1α(6ε∃⊥ Ψ∀∃&β.
• ∋(ΨΞ5_,3β⊥ (&(ςΞ∃∀, ς,ΨΞ(3∋Ρ∃+β⊥ 3 1ς(_,3_∃ Ψ
+,&1∋Ρ+5, ς,73,∋Ρ∃Ξ ς∀(35∋ 4, 1ΨΞ(4,35Ξ +,&1∋ 3
,Ωα5+4,+ 54ΨΞ∀1+∃4Ξ∃.
Υ)Η&8∀ ∃/3Θ∀θ3(∀2 AMP STACK III
,Ω]ΛΒΘ:ΖΔΦ =≅Φ <:Γ:<:
Γ%:Χ∋2
∀# 5%:Χ∋8 β%5#%)6)1;
φ∃61
Ξ%563
Ι3∗ε∀∃∗)∀6 ,/)%∃∗)∀6
β%3#Χ/ β3;⊥(∗
η%∋%1∀/1;>, η%∋%1∀/1%-χ6Ω6∃;> ∀ χ6Ω6∃;>
Ν3%≅3∗9);>, η%∋%1∀/1%-χ6Ω6∃;> ∀ Ν3%≅3∗9);>
1-737692-2
Ν%:(∋Π96)∀6/
κΧ)1∀3%∃∗)∀6 η∗ε∀1∗ β%3#Χ/
β3;⊥(∗
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ χ6Ω6∃;>
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ Ν3%≅3∗9);>
1-737707
25-#∗3);6
/%6:∀)∀16∋∀
/ΧΑ∀6 ∀
%=)6/1%>(∀6
,1∃61∃∋6)∀6 ,/)%∃∗)∀6
β%3#Χ/ β3;⊥(∗
η6∋6);>, η6∋6)%-χ6Ω6∃;> ∀ χ6Ω6∃;>
η6∋6);>, η6∋6)%-χ6Ω6∃;> ∀ Ν3%≅3∗9);>
1-737708-2
Ι3∗ε∀∃∗)∀6 ,/)%∃∗)∀6
β%3#Χ/ β3;⊥(∗
η%∋%1∀/1;>, η%∋%1∀/1%-χ6Ω6∃;> ∀ χ6Ω6∃;>
η%∋%1∀/1;>, η%∋%1∀/1% -χ6Ω6∃;> ∀ χ6Ω6∃;>
1-737830-2
Ν%:(∋Π96)∀6/
Ν6365;(∗)∀6 η∗ε∀1∗ β%3#Χ/
β3;⊥(∗
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ χ6Ω6∃;>
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ Ν3%≅3∗9);>
1-737832-2
25-#∗3);6
/%6:∀)∀16∋∀ /
≅∗#%∋)∀16∋65
,1∃61∃∋6)∀6 ,/)%∃∗)∀6
β%3#Χ/ β3;⊥(∗
η6∋6);>, η6∋6)%-χ6Ω6∃;> ∀ η6∋6);>
Ν3%≅3∗9);>. η6∋6)%-χ6Ω6∃;> ∀ Ν3%≅3∗9);>
1-737834-2
ΒΞ(4&(∀Ξ4(Ρ 1ς(_,3_( 12 0Ξ. 3 _,∀,Ω_∃.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
304
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4 8π2, 6#%∋,β%∗,3 AMP STACK IV
Η≅:ΟΑς ΚΒΔΘ>Ω>ΩΔΦ
Μ54∃⊥_( +,&1∋∃⊥ AMP MARK IV ς∀∃&4(74([∃4( &∋Ρ Ψ,∃&54∃45Ρ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ Ψ
χ∃∋ 4β+5 +∃&4β+5 5∋5 (∋6+545∃3β+5 ς∀,3,&(+5 Ψ &5(+∃Ξ∀,+ ,Ξ 0,4 &, 0,9 ++.
-ΛΩΟΑΒΤΓΖΔΦ Δ ΔΟΚΛ≅ς<Τ>ΘΕ> Θ:Α>ΒΔ:≅Ε
Ο,&1∋5 5+∃6Ξ ∋1α∃4β∃ 3∀∃74β∃ _,4Ξ(_Ξβ, ,Ω∃Ψς∃[53(6ε5∃ ∗∃∀+∃Ξ5[4β⊥ _,4Ξ(_Ξ.
ΕΨΞ∀β∃ _∀(Ρ _,4Ξ(_Ξ( ς∀,∀∃7(6Ξ ∀(7∋5[4β∃ Ξ5ςβ 57,∋Ρχ55 - ς∋(ΨΞ+(ΨΨ,316, Ω1+(α416 5∋5
&∀1∗16 57,∋Ρχ56 Ψ 34∃045+ &5(+∃Ξ∀,+ 4∃ Ω,∋∃∃ 1,65 ++.
Ο,&1∋5 IV Ψ∃∀55 ς∀5+∃4Ρ6ΞΨΡ &∋Ρ Ψ∀(ε53(45Ρ 10-Ξ5 ς(∀ ς∀,3,&45_,3 5 5+∃6Ξ Ψ1∴16,
,∗4∃ΨΞ,⊥_16 (ς, 7(_(71) 5 ∗∃∋∃7(ς,∋4∃4416 3∃∀Ψ55.
Δ,∀ς1Ψ, _∀β0_( 5 ,Ψ4,3(45∃ 57∗,Ξ(3∋53(6ΞΨΡ 57 ς,∋5_(∀Ω,4(Ξ(. Δ,4Ξ(_Ξβ 57 ∋1α∃4,∗,
δ,Ψδ(Ξ( Ω∀,47β. ΕΞ∀∃74β∃ ∋∃735Ρ - 4∃∀α(3∃6ε(Ρ ΨΞ(∋ .
ΟΛΗ>ΩΩΛΟΑΔ Δ<=>≅ΔΦ
• 10ς(∀4β∃ +,&1∋5 &∋Ρ ς∀Ρ+,∗, Ψ∀(ε53(45Ρ 5 ,Ξ3∃Ξ3∋∃45Ρ
_(Ω∃∋∃⊥.
• 10 ς(∀4β∃ +,&1∋5 ς,&_∋6[∃45Ρ/014Ξ5∀,3(45Ρ &∋Ρ
Ψ,∃&545Ξ∃∋ 4β∴/∀(7π∃&545Ξ∃∋ 4β∴ +,&1∋∃⊥.
•.ΨΞ∀,∃44β⊥ ΨΞ,ς,∀, 7(ε5ε(6ε5⊥ ,Ξ 3β&∃∀∗53(45Ρ 5
ς,3∀∃α&∃45Ρ ς∀,3,&( 3, 3∀∃+Ρ Ξ∃∴45[∃Ψ_,∗, ,ΩΨ∋1α53(45Ρ.
•Γ∃∀+∃Ξ575∀16ε5⊥ ∗∃∋ &∋Ρ 7(ε5Ξβ ,Ξ 3,7&∃⊥ΨΞ35Ρ
,_∀1α(6ε∃⊥ Ψ∀∃&β.
Υ)Η&8∀ ∃/3Θ∀θ3(∀2 AMP STACK IV
,Ω]ΛΒΘ:ΖΔΦ =≅Φ <:Γ:<:
Γ%:Χ∋2
∀# 5%:Χ∋8 β%5#%)6)1;
φ∃61
Ξ%563
Ι3∗ε∀∃∗)∀6 φ%(%∋2
β%3#Χ/
β3;⊥(∗
η6∋6);>, χ6Ω6∃;> ∀ η6∋6);>
Ν3%≅3∗9);>, χ6Ω6∃;> ∀ Ν3%≅3∗9);>
β%3∀9)6∃;>, β%3∀9)6∃%-Ι63;> ∀ Ι63;>
Ν3%≅3∗9);>, β%3∀9)6∃%-Ι63;> ∀ Ν3%≅3∗9);>
1-737858-2
Ν%:(∋Π96)∀6/
κΧ)1∀3%∃∗)∀6
η∗ε∀1∗
β%3#Χ/
β3;⊥(∗
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ χ6Ω6∃;>
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ Ν3%≅3∗9);>
χ%3:%∃;>, 65)%/∀)∀>-Ι63;> ∀ Ι63;>
χ%3:%∃;>, 65)%/∀)∀>-Ι63;> ∀ Ν3%≅3∗9);>
10-#∗3);6
/%6:∀)∀16∋∀
/ΧΑ∀6 ∀
%=)6/1%>(∀6
,1∃61∃∋6)∀6 φ%(%∋2
β%3#Χ/
β3;⊥(∗
η6∋6);>, η6∋6)%-χ6Ω6∃;> ∀ χ6Ω6∃;>
Ν3%≅3∗9);>, η6∋6)%-χ6Ω6∃;> ∀ Ν3%≅3∗9);>
η6∋6);>, η6∋6)%-Ι63;> ∀ Ι63;>
Ν3%≅3∗9);>, η6∋6)%-Ι63;> ∀ Ν3%≅3∗9);>
1-737860-2
Ι3∗ε∀∃∗)∀6 φ%(%∋2
β%3#Χ/
β3;⊥(∗
η%∋%1∀/1;>, η%∋%1∀/1%-χ6Ω6∃;> ∀ χ6Ω6∃;>
η%∋%1∀/1;>, η%∋%1∀/1% -χ6Ω6∃;> ∀ Ν3%≅3∗9);>
1-737869-2
Ν%:(∋Π96)∀6/
Ν6365;(∗)∀6
η∗ε∀1∗
β%3#Χ/
β3;⊥(∗
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ χ6Ω6∃;>
β3∗/);>, χ6Ω6∃%-Ζ%∋Χ.%> ∀ Ν3%≅3∗9);>
10-#∗3);6
/%6:∀)∀16∋∀ /
≅∗#%∋)∀16∋65
,1∃61∃∋6)∀6 φ%(%∋2
β%3#Χ/
β3;⊥(∗
η6∋6);>, η6∋6)%-χ6Ω6∃;> ∀ η6∋6);>
Ν3%≅3∗9);>. η6∋6)%-χ6Ω6∃;> ∀ Ν3%≅3∗9);>
1-737873-2
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
305
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4.3. -%∀(2ν∗%3 %#4%0π#% - 4[%∗,,
"0:ΙΓΛ φ≅>ΓΑΒΛΩΔΓ> #:ΙΞ>Θ"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
"Tyco Electronics Raychem"
θ&∀∃Ψ Ο,Ψ_,3Ψ_,∗, ∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(: Η,ΨΨ5Ρ 125315 Ο,Ψ_3(,
Μ∃454∗∀(&Ψ_5⊥ ς∀,Ψς∃_Ξ, 72, Εδ5Ψ 807
8∃∋.: (495) 72118 88; μ(_Ψ: (495) 72118 91
Δ(Ω∃∋ 4(Ρ (∀+(Ξ1∀( δ5∀+β "
Η(⊥∴∃+" ς∀∃&ΨΞ(3∋Ρ∃Ξ Ψ,Ω,⊥ 7(_,4[∃4416 Ψ5ΨΞ∃+1 +1δΞ 4(
4(ς∀Ρα∃45∃ &, 170 _. 5 3_∋6[(∃Ξ 3 Ψ∃ΩΡ 1453∃∀Ψ(∋ 4β∃ 3βΨ,_,_([∃ΨΞ3∃44β∃ 5 3βΨ,_,4(&∃α4β∃
_,4χ∃3β∃, Ψ,∃&545Ξ∃∋ 4β∃, ς∃∀∃∴,&4β∃ 5 ∀∃+,4Ξ4β∃ +1δΞβ &∋Ρ ∋6Ωβ∴ Ξ5ς,3 _(Ω∃∋∃⊥.
6ΔΟΑ>Θ: ΓΛΩΖ>ΝΕΞ ΘΤ]Α 0:ΙΓΛ φ≅>ΓΑΒΛΩΔΓ> #:ΙΞ>Θ Ω: ΟΒ>=Ω>> Ω:ΚΒΦΣ>ΩΔ> (=Λ 35 Γβ)
. 0∃ΨΞ5&∃ΨΡΞβ∴ ∗,&(∴ δ5∀+( Η(⊥∴∃+ ∀(7∀(Ω,Ξ(∋( Ψ∃∀56 4,3β∴ ς,∋5+∃∀,3 &∋Ρ ς∀5+∃4∃45Ρ 4(
Ψ∀∃&4∃+ 5 3βΨ,_,+ 1∀,34Ρ∴ 4(ς∀Ρα∃45Ρ. ,∋1[∃44β∃ +(Ξ∃∀5(∋β ,Ω∋(&(∋5 4∃ Ξ,∋ _, 5Ψ_∋6[5Ξ∃∋ 4,⊥
ΨΞ,⊥_,ΨΞ 6 _ &∋5Ξ∃∋ 4β+ γ∋∃_Ξ∀5[∃Ψ_5+ 3,7&∃⊥ΨΞ35Ρ+ 5 ς,∗,&4β+ 1Ψ∋,35Ρ+, 4, 5 Ψς,Ψ,Ω4,ΨΞ 6
ΩβΨΞ∀, 1Ψ(α53(Ξ ΨΡ, ,Ω∋∃∗(Ρ 5 ∗∃∀+∃Ξ575∀1Ρ _(Ω∃∋ . μ5∀+( Η(⊥∴∃+ Ψ,7&(∋( 1453∃∀Ψ(∋ 416 Ψ5ΨΞ∃+1
_,4χ∃3β∴ +1δΞ 341Ξ∀∃44∃⊥ 5 4(∀1α4,⊥ 1ΨΞ(4,3_5 &∋Ρ _(Ω∃∋∃⊥ Ψ Ω1+(α4,⊥ 5 ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥,
&∋Ρ ,&4,- 5∋5 Ξ∀∃∴α5∋ 4β∴ _(Ω∃∋∃⊥ Ψ _∀1∗∋β+ 5∋5 Ψ∃_Ξ,∀4β+ Ψ∃[∃45∃+ α5∋ 5 &∋Ρ Ω,∋ 054ΨΞ3( Ξ5ς,3
_(Ω∃∋ 4,⊥ Ω∀,45 5 γ_∀(4,3. >( ∀5Ψ14_∃ 4.3-1 ς,_(7(4β ,Ψ4,34β∃ _,+ς,4∃4Ξβ _,4χ∃3β∴ +1δΞ Ψ∀∃&4∃∗,
4(ς∀Ρα∃45Ρ.
∀∃&()+ 4.3-1. ,)(∃-/&+1∀2 +)(16θ)Μ 9&Ξ-> (3 ∃/6Η(66 (3Φ/2?6(∀6 (Η) 35 +Ψ)
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6ΔΟΑ>Θ: ΟΛ>=ΔΩΔΑ>≅ςΩΕΞ ΘΤ]Α 0:ΙΓΛ φ≅>ΓΑΒΛΩΔΓ> #:ΙΞ>Θ
Ω: ΟΒ>=Ω>> Ω:ΚΒΦΣ>ΩΔ> (=Λ 35 Γβ)
>( ∀5Ψ14_∃ 4.3-2 ς∀53∃&∃4( _,4ΨΞ∀1_χ5Ρ Ψ,∃&545Ξ∃∋ 4,⊥ +1δΞβ &∋Ρ ,&4,α5∋ 4,∗, _(Ω∃∋Ρ Ψ
ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥. Ν∋Ρ Ξ∀∃∴α5∋ 4,∗, _(Ω∃∋Ρ ς∀5+∃4∃4β Ξ∃ α∃ Ψ(+β∃ _,4ΨΞ∀1_Ξ534β∃
ς∀54χ5ςβ. . ς∃∀∃∴,&4β∴ +1δΞ(∴ ς∀5+∃4Ρ6ΞΨΡ Ψς∃χ5(∋ 4β∃ +(Ψ∋,ΨΞ,⊥_5∃ Ξ∀1Ω_5 &∋Ρ Ξ,∗,, [Ξ,Ωβ
Ξ∀(4Ψδ,∀+5∀,3(Ξ _(Ω∃∋ Ψ Ω1+(α4,-+(Ψ∋Ρ4,⊥ 57,∋Ρχ5∃⊥ (ΨΞ∃_(6ε∃⊥ 5 4∃ΨΞ∃_(6ε∃⊥) 3 _(Ω∃∋ Ψ
ς∋(ΨΞ+(ΨΨ,3,⊥ 57,∋Ρχ5∃⊥ Ψ ∀(&5(∋ 4β+ ∀(Ψς∀∃&∃∋∃45∃+ γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ 341Ξ∀5 4∃∃.
∀∃. 4.3-2. ,)(∃-/&+1∀2 ∃)6Η∀(∀-68Ο()Μ 9&Ξ-> (3 ∃/6Η(66 (3Φ/2?6(∀6 (Η) 35 +Ψ)
4ΛΩΑ:Σ
>( ∀(7&∃∋(44β∃ _,4χβ _(Ω∃∋Ρ 4(&∃3(6ΞΨΡ Ξ∀1Ω_5. ,Ψ∋∃ ς,&Ψ,∃&54∃45Ρ α5∋ Ψ,∃&545Ξ∃∋5 5
,Ω∋(ΨΞ5 Ψ∀∃7( γ_∀(4( ,Ω,∀([53(6ΞΨΡ _,+ς(14&,+ - 7(ς,∋45Ξ∃∋∃+ ς1ΨΞ,Ξ, γ∋∃_Ξ∀5[∃Ψ_5
3β∀(3453(6ε5+ γΞ5 7,4β. ι(Ξ∃+ ς,Ψ∋∃&,3(Ξ∃∋ 4, 1ΨΞ(4(3∋53(6ΞΨΡ 5 1Ψ(α53(6ΞΨΡ Ξ∀1Ω_5,
3β∀(3453(6ε5∃ 4(ς∀Ρα∃44,ΨΞ γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ 5 γ∋(ΨΞ,+∃∀4β∃ Ξ∀σ∴Ψ∋,⊥4β∃ Ξ∀1Ω_5.
Ο∃Ξ(∋∋5[∃Ψ_5⊥ γ_∀(4 3,ΨΨΞ(4(3∋53(∃ΞΨΡ +∃&4,⊥ Ψ∃Ξ_,⊥, 4(∀1α4β⊥ ς,_∀,3 - 34∃04∃⊥ Ξ∃∀+,-
1Ψ(α53(∃+,⊥ Ξ∀1Ω_,⊥ Ψ _∋∃∃3β+ Ψ∋,∃+ 4( 341Ξ∀∃44∃⊥ ς,3∃∀∴4,ΨΞ5. .Ψ∃ 4(Ω,∀β Ψ4(Ωα∃4β 54ΨΞ∀1_χ5∃⊥
Ψ 5∋∋6ΨΞ∀(χ5Ρ+5 3Ψ∃∴ ,ς∃∀(χ5⊥ +,4Ξ(α(.
∗ΛΝ:Φ Α>ΞΩΛ≅ΛεΔΦ ΑΒΛΙΩΛΙ ιΓΟΑΒΤ<ΔΔ
8∀σ∴Ψ∋,⊥4(Ρ Ξ∀1Ω_( (∀5Ψ. 4.3-3), 3 _,Ξ,∀,⊥ &3( 34∃045∴ Ξ∃∀+,1Ψ(α53(∃+β∴ Ψ∋,Ρ ([∃∀4β⊥
ς∀,3,&Ρε5⊥ 5 _∀(Ψ4β⊥ 57,∋5∀16ε5⊥) 1&∃∀α53(6Ξ 3 ∀(Ψ05∀∃44,+ Ψ,ΨΞ,Ρ455 341Ξ∀∃445⊥
57,∋5∀16ε5⊥ Ψ∋,⊥, ς,ΨΞ(3∋Ρ∃ΞΨΡ 3 ∀(ΨΞΡ41Ξ,+ 35&∃. ∀5 4(∗∀∃3∃ 34∃045∃ Ψ∋,5 1Ψ(α53(6ΞΨΡ, 5 3+∃ΨΞ∃
Ψ 45+5 Ψα5+(∃ΞΨΡ 341Ξ∀∃445⊥ Ψ∋,⊥, ς∋,Ξ4, ,Ω∋∃∗(Ρ +∃ΨΞ, Ψ,∃&54∃45Ρ _(Ω∃∋Ρ. ΕΩβ[4, γ∋(ΨΞ,+∃∀β
1+∃4 0(6Ξ Ψ3,5 ς∋(ΨΞ5[4β∃ Ψ3,⊥ΨΞ3( ς∀5 ∴∀(4∃455 5∴ 3 ∴,∋,&∃. ∀5 4(∗∀∃3(455 γΞ,Ξ γδδ∃_Ξ 5Ψ[∃7(∃Ξ,
ς,γΞ,+1 Ξ(_5∃ +(Ξ∃∀5(∋β +,α4, ∴∀(45Ξ 4( Ψ_∋(&∃ 4∃,∗∀(45[∃44, &,∋∗, 5 +,4Ξ5∀,3(Ξ ς∀5 457_5∴
Ξ∃+ς∃∀(Ξ1∀(∴. Η∃754,ς,&,Ω4β∃ Ψ3,⊥ΨΞ3( 341Ξ∀∃44∃∗, 57,∋Ρχ5,44,∗, +(Ξ∃∀5(∋( Ψ,3+∃ε∃4β Ψ
α∃ΨΞ_,ΨΞ 6 34∃045∴ Ξ∃∀+,1Ψ(α53(∃+β∴ +(Ξ∃∀5(∋,3. φΞ, ς,73,∋Ρ∃Ξ Ξ∀1Ω_∃ 3 χ∃∋,+ 3β&∃∀α53(Ξ
Ξ∃+ς∃∀(Ξ1∀4β∃ 57+∃4∃45Ρ ∀(7+∃∀,3 57,∋Ρχ55 _(Ω∃∋Ρ.
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∀∃&()+ 4.3-3. ,)(∃-/&+1∀2 -/6Ρ∃8)Μ()Μ -/&5+∀
βΕΒ:ΝΩΔΝ:ΩΔ> Ω:ΚΒΦΣ>ΩΩΛΟΑΔ ι≅>ΓΑΒΔΡ>ΟΓΛεΛ ΚΛ≅Φ Ν Γ:Η>≅ςΩΛΙ :ΒΘ:ΑΤΒ>
∗-∗,2∃/-2∗5∀∗ Γ∃∗%)-/Ι∗>%∀∗ 4∀∃∗ &∋ %∀&Ε∗ %∋θ∗∃Β
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Ψ5∋,3β∴ ∋545⊥ γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ. φΞ,∗, 1∀,34Ρ 4(ς∀Ρα∃44,ΨΞ5 ς,∋Ρ &,ΨΞ(Ξ,[4, &∋Ρ
5,457(χ55 3,7&1∴( 4( ς,3∃∀∴4,ΨΞ5 _(Ω∃∋Ρ, [Ξ, 3β7β3(∃Ξ ∀(7∀Ρ&β. ,3β0∃45∃ Ξ∃+ς∃∀(Ξ1∀β 5
ς,Ω,[4β∃ ς∀,&1_Ξβ 5,457(χ55 Ψ Ξ∃[∃45∃+ 3∀∃+∃45 ς∀53∃&1Ξ _ ∀(7∀10∃456 57,∋Ρχ5,44,⊥
ς,3∃∀∴4,ΨΞ5. Δ∀,+∃ Ξ,∗,, 4(ς∀Ρα∃44,ΨΞ ς,∋Ρ 3 +∃ΨΞ∃ Ψ∀∃7( γ_∀(4( 4(ΨΞ,∋ _, 3βΨ,_(, [Ξ,
&(α∃ +(∋∃⊥05⊥ 4(&∀∃7 +,α∃Ξ ς∀53∃ΨΞ5 _ ς∀,Ω,6.
Υ∃∗%)-/Ι∗>%∀∗ 4∀∃∗ > 78-∋7&/7∋&/∗5 &∋4-ΒΚ∗&&∀>)/ (>∃∀Χ 5∋)∗-/∋∃∋ /∃/ )-2θ%∋)
Ν∋Ρ Ξ,∗,, [Ξ,Ωβ Ψ∗∋(&5Ξ Ψ_([_5 4(ς∀Ρα∃44,ΨΞ5 γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ, Η(⊥∴∃+ ς∀5+∃4Ρ∃Ξ
Ψς∃χ5(∋ 4β⊥ +(Ξ∃∀5(∋, _,Ξ,∀β⊥ 5Ψς,∋ 71∃ΞΨΡ 3 35&∃ +(ΨΞ5[4,∗, ς,&Ψ∋,Ρ, 5∋5 3 35&∃ Ξ∃∀+,-
1Ψ(α53(∃+β∴ Ξ∀1Ω,_. . γΞ,+ +(Ξ∃∀5(∋∃ ,[∃4 Ξ,[4, ∀∃∗1∋5∀1∃ΞΨΡ 1&∃∋ 4,∃ ,Ωπ∃+4,∃
γ∋∃_Ξ∀5[∃Ψ_,∃ Ψ,ς∀,Ξ53∋∃45∃ 5 &5γ∋∃_Ξ∀5[∃Ψ_(Ρ ς∀,45χ(∃+,ΨΞ . >( Ψ∀∃7∃ γ_∀(4(
4(ς∀Ρα∃44,ΨΞ ς,∋Ρ 1+∃4 0(∃ΞΨΡ &, 1∀,34Ρ, _,Ξ,∀β⊥ ,Ω∃Ψς∃[53(∃Ξ 4(&∃α416 &∋5Ξ∃∋ 416
∀(Ω,Ξ1 +1δΞβ. φΞ( _,+ς(_Ξ4(Ρ 1453∃∀Ψ(∋ 4(Ρ Ψ5ΨΞ∃+( 3β∀(3453(45Ρ 4(ς∀Ρα∃44,ΨΞ5
γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ ς∀5+∃45+( &∋Ρ Ω,∋ 054ΨΞ3( 3βΨ,_,3,∋ Ξ4β∴ _(Ω∃∋∃⊥, 3_∋6[(Ρ _(Ω∃∋5
Ψ Ω1+(α4,⊥ 57,∋Ρχ5∃⊥, 5 3β&∃∀α53(∃Ξ ∀(7∋5[4β∃ ,Ξ_∋,4∃45Ρ 3 ∀(7+∃∀(∴ _(Ω∃∋∃⊥.
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. γΞ,+ Ψ∋1[(∃ Ψ∋,⊥ +(Ξ∃∀5(∋( &∋Ρ 3β∀(3453(45Ρ ς,∋Ρ ∀(Ω,Ξ(∃Ξ _(_ 3(∀5ΨΞ,∀. Η∃71∋ Ξ5∀16ε∃∃
∀(Ψς∀∃&∃∋∃45∃ ς,∋Ρ - 4∃∋54∃⊥4, 5 ς,73,∋Ρ∃Ξ 4( _,∀,Ξ_,⊥ &∋54∃ Ψ4575Ξ 1∀,3∃4 4(ς∀Ρα∃44,ΨΞ5 3
,Ω∋(ΨΞ5 Ψ∀∃7( γ_∀(4(. Δ∀,+∃ Ξ,∗,, 3 ∀∃71∋ Ξ(Ξ∃ Ξ∃ς∋,3,∗, 5 +∃∴(45[∃Ψ_,∗, 3,7&∃⊥ΨΞ35Ρ
Ξ∃∀+,1Ψ(α53(∃+,⊥ Ξ∀1Ω_5 3, 3∀∃+Ρ 1Ψ(&_5 γΞ,Ξ +(Ξ∃∀5(∋ 7(ς,∋4Ρ∃Ξ 3Ψ∃ 4∃∀,34,ΨΞ5 4( ς,3∃∀∴4,ΨΞ5
57,∋Ρχ55. . ∀∃71∋ Ξ(Ξ∃ ς,∋1[(∃ΞΨΡ ς∀∃_∀(Ψ4,∃ Ψ,∃&54∃45∃ ς,3∃∀∴4,ΨΞ∃⊥, [Ξ, ς∀∃&,Ξ3∀(ε(∃Ξ
γ∋∃_Ξ∀5[∃Ψ_5∃ ∀(7∀Ρ&β 3, 3∀∃+Ρ γ_Ψς∋1(Ξ(χ55. Λ,∋ 054ΨΞ3, _,4χ∃3β∴ +1δΞ 8(⊥_, φ∋∃_Ξ∀,45_∃
Η(⊥∴∃+ 5+∃6Ξ Ξ(_16 Ψ5ΨΞ∃+1 3β∀(3453(45Ρ 4(ς∀Ρα∃44,ΨΞ5 ς,∋Ρ.
Ν∋>4-∗6∗∃∗&/∗ &∋4-ΒΚ∗&&∀>)/ Γ∃∗%)-/Ι∗>%∀,∀ 4∀∃Β 7 >∀∗6/&/)∗∃≅&89 52=)∋9
8∀1Ω_( 3β∀(3453(45Ρ 4(ς∀Ρα∃44,ΨΞ5 ς,∋Ρ 4(_∀β3(∃Ξ γ_∀(4β _(Ω∃∋∃⊥ Ψ _(α&,⊥ ΨΞ,∀,4β
Ψ,∃&545Ξ∃∋ 4,⊥ +1δΞβ. .β∀(3453(45Ρ ς,∋Ρ 3 γΞ5∴ +∃ΨΞ(∴ ς∀,5Ψ∴,&5Ξ Ξ(_ α∃, _(_ 3 _,4χ∃3β∴ +1δΞ(∴.
.+∃ΨΞ∃ Ψ α∃∋Ξβ+ 7(ς,∋45Ξ∃∋∃+ ς1ΨΞ,Ξ, 5+∃6ε5+ 3βΨ,_,∃ 74([∃45∃ &5γ∋∃_Ξ∀5[∃Ψ_,⊥ ς∀,45χ(∃+,ΨΞ5,
Ξ∀1Ω_( ς,73,∋Ρ∃Ξ ∀(7&3541Ξ Ψ5∋,3β∃ ∋5455 5, Ξ(_5+ ,Ω∀(7,+, 1+∃4 0(∃Ξ Ψ_([_5 4(ς∀Ρα∃44,ΨΞ5 ς,∋Ρ
4( _,4χ(∴ Ψ,∃&545Ξ∃∋∃⊥. .41Ξ∀∃445⊥ 57,∋Ρχ5,44β⊥ 5 34∃045⊥ ς∀,3,&Ρε5⊥ Ψ∋,5 &31∴Ψ∋,⊥4,⊥ Ξ∀1Ω_5
Ψ,ΨΞ(3∋Ρ∃Ξ ∃&54,∃ χ∃∋,∃, 5Ψ_∋6[(Ρ 341Ξ∀∃445∃ +∃ας,3∃∀∴4,ΨΞ4β∃ ∀(7∀Ρ&β. 8,∋ε54( Ψ∋,Ρ 57,∋Ρχ55
3βΩ5∀(∃ΞΨΡ 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ 1∀,34∃+ 4(ς∀Ρα∃45Ρ. Β5ΨΞ∃+( 3β∀(3453(45Ρ 4(ς∀Ρα∃44,ΨΞ5
γ∋∃_Ξ∀5[∃Ψ_,∗, ς,∋Ρ Ξ(_,⊥ +1δΞβ 4∃ Ξ∀∃Ω1∃Ξ Ψ4ΡΞ5Ρ δ(Ψ,_ 1 57,∋Ρχ55 _(Ω∃∋Ρ 3 ,Ω∋(ΨΞ5 Ψ,∃&545Ξ∃∋Ρ 5
_(_,⊥-Ξ, ,Ψ,Ω,⊥ δ,∀+β Ψ(+,∗, Ψ,∃&545Ξ∃∋Ρ.
0:Η≅ΔΖ: ΚΒΔΘ>Ω>ΩΔΦ ΘΤ]Α
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POLT12C/1XI
25-95
POLJ 12/1x25-70
25-70
TRAJ 12/1x35-50
35-50
POLT12D/1XI
95-240
POLJ 12/1x70-150
70-150
TRAJ 12/1x70-120
70-120
POLT 12E/1XI
240-500
P0LJ12/1x120-240
120-240
TRAJ 12/1x150-240
150-240
POLT12F/1XI
500-800
POLJ 12/1x240-400
240-400
POLJ 12/1x500
500
POLJ 12/1x630
630
POLT12G/1XI
1000-1200
POLJ 12/1x800-AI-C
800
.Ψ∃ Ξ5ςβ +1δΞ Ψ_,4ΨΞ∀15∀,3(4β 5 ς,∋4,ΨΞ 6 5ΨςβΞ(4β 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ δ5∀+∃44β+ ΨΞ(4&(∀Ξ,+
PPS 3013, _,Ξ,∀β⊥ ς∃∀∃_∀β3(∃Ξ Ξ∀∃Ω,3(45Ρ 4(χ5,4(∋ 4β∴ 5 +∃α&14(∀,&4β∴ ΨΞ(4&(∀Ξ,3, 4(ς∀5+∃∀:
BS, CENELEC, CSN, INC, MSZ, PN, STN, VDE 5 ς∀,[5∴.
Ο1δΞβ Ψ∃∀Ξ5δ5χ5∀,3(4β 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ ΓΕΒ8 Η,ΨΨ55.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
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Ξ. (812) 746 1761, δ.(812) 746 1140,
e-mail: plastcom@fiberoptic.ru
www.plastcom.spb.ru
⊥%∋,0∗φ( [2%604%66 βφ( 0#π∀φ 823 2,∗(α∗φ_ 6 #π9(∗,α 6β3⊥,
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ι(ε5Ξ4β∃ ς∋(ΨΞ+(ΨΨ,3β∃ Ξ∀1Ωβ (ι 8) 5Ψς,∋ 716ΞΨΡ &∋Ρ 7(ε5Ξβ ς∀,∋,α∃44β∴ 3 45∴ _(Ω∃∋∃⊥ Ψ3Ρ75
,Ξ 34∃045∴ 3,7&∃⊥ΨΞ35⊥, 3_∋6[(Ρ ∗∀β714,3. ∀,_∋(&_( ι 8 ς∀,573,&5ΞΨΡ _(_ Ξ∀(&5χ5,44β+5
+∃Ξ,&(+5 (7(ΞΡα_( 3 Ξ∀1Ωβ, 3 ,Ξ_∀βΞβ∃ Ξ∀(40∃5), Ξ(_ 5 +∃∴(4575∀,3(44β+ Ψς,Ψ,Ω,+ Ψ 5Ψς,∋ 7,3(45∃+
ς∋1∗( 4∃ς,Ψ∀∃&ΨΞ3∃44, 3 ∗∀14Ξ, [∃∀∃7 3,&4β∃ ς∀∃∗∀(&β, ( Ξ(_α∃ 3 Ξ∀1Ωβ, Ω∋,_5, ς, +,ΨΞ(+ 5 γΨΞ(_(&(+
ς∀5 ΨΞ∀,5Ξ∃∋ ΨΞ3∃ _(Ω∃∋ 4,⊥ _(4(∋57(χ55, 341Ξ∀5 7&(45⊥ 5 3 Ξ,44∃∋Ρ∴ +∃Ξ∀,ς,∋5Ξ∃4(. ∀5 ς∀,_∋(&_∃
341Ξ∀5 7&(45⊥ 5 Ξ,44∃∋Ρ∴ +∃Ξ∀,ς,∋5Ξ∃4( ς∀5+∃4Ρ6ΞΨΡ ι 8 3 5Ψς,∋4∃455, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+
∗,∀∃45∃. ∀5 ς∀,_∋(&_∃ _(Ω∃∋∃⊥ Ψ3Ρ75 4( 1[(ΨΞ_(∴ &∋54,⊥ Ω,∋∃∃ 300 + 5∋5 Ψ Ω,∋ 05+ _,∋5[∃ΨΞ3,+
ς,3,∀,Ξ,3 5∋5 57∗5Ω,3 5Ψς,∋ 716ΞΨΡ ι 8 Ψ 4(4∃Ψ∃44β+ 4( 341Ξ∀∃4466 ς,3∃∀∴4,ΨΞ Ξ∀1Ωβ Ξ,4_5+
Ψ∋,∃+ Ξ3∃∀&,⊥ Ψ+(7_5. >(∋5[5∃ Ξ3∃∀&,⊥ Ψ+(7_5 ς,73,∋Ρ∃Ξ 3 4∃Ψ_,∋ _, ∀(7 Ψ4575Ξ 3∃∋5[541 Ψ5∋β
Ξ∀∃45Ρ, 3,745_(6ε16 ς∀5 ς∀,_∋(&_∃ _(Ω∃∋Ρ.
ι 8 ,Ω∃Ψς∃[53(6Ξ ς,3β0∃4416 ΨΞ∃ς∃4 7(ε5Ξβ _(Ω∃∋ 4,∗, Ξ∀(_Ξ( ,Ξ γ_ΨΞ∀∃+(∋ 4β∴ 1&(∀4β∴,
Ψ&(3∋53(6ε5∴ 4(∗∀17,_, 35Ω∀(χ5,44β∴ 3,7&∃⊥ΨΞ35⊥, ( Ξ(_α∃ ,Ξ +∃∴(45[∃Ψ_5∴ 4(ς∀Ρα∃45⊥, 3β73(44β∴
&∃δ,∀+(χ5∃⊥ ∗∀14Ξ( 5∋5 3Ψ∋∃&ΨΞ35∃ ς∀,Ξ∃_(45Ρ +∃∀7∋,Ξ4,-∗∀14Ξ,3β∴ ς∀,χ∃ΨΨ,3 (+,∀,74,∗, ς1[∃45Ρ,
ς∃∀∃+∃ε∃45Ρ ∗∀14Ξ( ς∀5 ,ΞΞ(53(455, +,∀,7,Ω,⊥4β∴ Ξ∀∃ε54 5 &∀.), [Ξ, ,Ψ,Ω∃44, 3(α4, 3
_∋5+(Ξ5[∃Ψ_5∴ 1Ψ∋,35Ρ∴ ∀(74β∴ ∀∃∗5,4,3 Η,ΨΨ55.
Β,3∀∃+∃44β∃ Ξ∃∴4,∋,∗55 ς∀,_∋(&_5 _(Ω∃∋Ρ 341Ξ∀5 ι 8 ς,73,∋Ρ6Ξ +545+575∀,3(Ξ
∀(ΨΞΡ∗53(6ε5∃ 5 Ψ&(3∋53(6ε5∃ 4(∗∀17_5, 3,7&∃⊥ΨΞ316ε5∃ 4( ς∀,_∋(&β3(∃+β⊥ _(Ω∃∋ , [Ξ, &(∃Ξ
3,7+,α4,ΨΞ 5Ψς,∋ 7,3(Ξ ς(∀1 "∋∃∗_5∃ 4∃Ω∀,45∀,3(44β∃ _(Ω∃∋5 - ι 8" 3 ∗∀14Ξ(∴ 3Ψ∃∴ _(Ξ∃∗,∀5⊥, (
Ξ(_α∃ [∃∀∃7 3,&4β∃ ς∃∀∃∴,&β.
Δ ,Ψ4,34β+ ς∀∃5+1ε∃ΨΞ3(+ ΨΞ∀,5Ξ∃∋ ΨΞ3( _(Ω∃∋ 4β∴ Ξ∀(_Ξ,3 3,∋,_,44,-,ςΞ5[∃Ψ_5∴ ∋545⊥
ς∃∀∃&([ (.ΕΜ ) 3 7(ε5Ξ4β∴ ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω,ς∀,3,&(∴ Ψ∋∃&1∃Ξ ,Ξ4∃ΨΞ5 4∃Ψ_,∋ _, δ(_Ξ,∀,3 :
•ς,3β0∃44(Ρ 4(&∃α4,ΨΞ _(Ω∃∋ 4,∗, Ξ∀(_Ξ( 3 χ∃∋,+, 7( Ψ[∃Ξ Ψ1ε∃ΨΞ3∃44,∗, Ψ45α∃45Ρ ,Ωε∃∗, ,Ωπ∃+(
3βς,∋4Ρ∃+β∴ ∀(Ω,Ξ ς∀5 ς∀,_∋(&_∃ ΕΔ, +,4Ξ(α∃ Ψ(+,⊥ ∋5455, 3Ψ∋∃&ΨΞ35∃ 5Ψς,∋ 7,3(45Ρ ∋∃∗_5∴
_(Ω∃∋∃⊥ ΨΞ∀,5Ξ∃∋ 4β+5 &∋54(+5 &, 12 _+;
•&,ς1Ψ_(∃ΞΨΡ ς∀,_∋(&_( ι 8 5 ΕΔ ς∀5 Ξ∃+ς∃∀(Ξ1∀(∴ &, +541Ψ 20 °Β, [Ξ, ς,73,∋Ρ∃Ξ 1&∋545Ξ
ΨΞ∀,5Ξ∃∋ 4β⊥ Ψ∃7,4;
•ΨΞ,5+,ΨΞ ΨΞ∀,5Ξ∃∋ ΨΞ3( _(Ω∃∋ 4β∴ Ξ∀(_Ξ,3 .ΕΜ 3 7(ε5Ξ4β∴ ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω,ς∀,3,&(∴, 3
4(ΨΞ,Ρε∃∃ 3∀∃+Ρ, 1α∃ 4∃ ς∀∃3β0(∃Ξ ΨΞ,5+,ΨΞ5 ΨΞ∀,5Ξ∃∋ ΨΞ3( _(Ω∃∋ 4β∴ Ξ∀(_Ξ,3 .ΕΜ ς,
Ξ∀(&5χ5,44β+ Ξ∃∴4,∋,∗5Ρ+;
•∀(7&∃∋ 4(Ρ ς∀,_∋(&_( ι 8 5 ΕΔ ς,73,∋Ρ∃Ξ Ω,∋∃∃ Ξ,[4, ς∋(45∀,3(Ξ , _,4Ξ∀,∋5∀,3(Ξ 5 ς∀5
4∃,Ω∴,&5+,ΨΞ5 _,∀∀∃_Ξ5∀,3(Ξ ς∀,χ∃ΨΨ ΨΞ∀,5Ξ∃∋ ΨΞ3( _(Ω∃∋ 4,∗, Ξ∀(_Ξ(, 3 ∀∃71∋ Ξ(Ξ∃ [∃∗, 3,7+,α4(
&,ς,∋45Ξ∃∋ 4(Ρ γ_,4,+5Ρ Ψ∀∃&ΨΞ3;
•3,7+,α4,ΨΞ ,ς∃∀(Ξ534,∗, 3,ΨΨΞ(4,3∋∃45Ρ ς,3∀∃α&∃44,∗, _(Ω∃∋Ρ Ψ +545+(∋ 4β+5 ς∃∀∃∀β3(+5 3
∀(Ω,Ξ∃ _(Ω∃∋ 4,∗, Ξ∀(_Ξ(;
•3,7+,α4,ΨΞ ∀(Ψ05∀∃45Ρ _(Ω∃∋ 4,∗, Ξ∀(_Ξ( Ω∃7 ς∀,3∃&∃45Ρ &,ς,∋45Ξ∃∋ 4β∴ 7∃+∋Ρ4β∴ ∀(Ω,Ξ (7( Ψ[∃Ξ
5Ψς,∋ 7,3(45Ρ ΕΔ Ψ Ω,∋ 0∃⊥ ς∀,ς1Ψ_4,⊥ Ψς,Ψ,Ω4,ΨΞ 6 5∋5 ∀∃7∃∀34β∴ ι 8);
•3,7+,α4,ΨΞ γδδ∃_Ξ534,⊥ +,&∃∀457(χ55 _(Ω∃∋ 4β∴ Ξ∀(_Ξ,3 (,Ψ,Ω∃44, ΨΞ∀1_Ξ1∀4β∴ _(Ω∃∋ 4β∴
Ψ∃Ξ∃⊥) 7( Ψ[∃Ξ ,ς∃∀(Ξ534,⊥ 7(+∃4β ,ςΞ5[∃Ψ_,∗, _(Ω∃∋Ρ.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
310
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
ΟΩΛΝΩΕ> Κ:Β:Θ>ΑΒΕ, ΑΔΚΛΒ:<Θ>ΒΕ Δ Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ⊥[0
ηΑΩ /Δ,∀)∋7∃/7∋Ρ)>Β:
•Ψ ∗∋(&_,⊥ 341Ξ∀∃44∃⊥ ς,3∃∀∴4,ΨΞ 6;
•Ψ ς∀,&,∋ 4β+5 ∀5δ∋∃45Ρ+5 4( 341Ξ∀∃44∃⊥ ς,3∃∀∴4,ΨΞ5;
•3 5Ψς,∋4∃455, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃;
•Ψ Ξ3∃∀&,⊥ Ψ+(7_,⊥ 4( 341Ξ∀∃44∃⊥ ς,3∃∀∴4,ΨΞ5 Ξ∀1Ωβ;
•Ω∃7 Ξ3∃∀&,⊥ Ψ+(7_5.
ΟΩΛΝΩΕ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ⊥[0:
•ι 8 57∗,Ξ(3∋53(6ΞΨΡ 57 ς,∋5γΞ5∋∃4( φ63, φ80 5∋5 φ100, Ψ &,Ω(3_(+5,
,Ω∃Ψς∃[53(6ε5+5 Ψ,,Ξ3∃ΞΨΞ35∃ ς,_(7(Ξ∃∋∃⊥ 57&∃∋5Ρ γ_Ψς∋1(Ξ(χ5,44β+ Ξ∀∃Ω,3(45Ρ+;
•ι 8 ς∀∃&4(74([∃4β &∋Ρ γ_Ψς∋1(Ξ(χ55 ς∀5 Ξ∃+ς∃∀(Ξ1∀(∴ ,Ξ +541Ψ 60 °Β &, ς∋6Ψ 60 °Β;
•ι 8 3β&∃∀α53(6Ξ 1&(∀ Ψ γ4∃∀∗5∃⊥ 132 Να;
•_,γδδ5χ5∃4Ξ Ξ∀∃45Ρ +∃α&1 341Ξ∀∃44∃⊥ ς,3∃∀∴4,ΨΞ 6 Ξ∀1Ωβ 5 ,Ω,∋,[_,⊥ _(Ω∃∋Ρ 57
ς,∋5γΞ5∋∃4( 3βΨ,_,⊥ ς∋,Ξ4,ΨΞ5 4∃ ς∀∃3β0(∃Ξ 0,1;
•+545+(∋ 4β⊥ ΨΞ(Ξ5[∃Ψ_5⊥ ∀(&51Ψ 57∗5Ω( Ψ,ΨΞ(3∋Ρ∃Ξ 4∃ Ω,∋∃∃ &∃ΨΡΞ5 4,+54(∋ 4β∴
4(∀1α4β∴ &5(+∃Ξ∀,3 ι 8.
85ς,3,⊥ χ3∃Ξ ι 8 - ,&4,∀,&4β⊥ [∃∀4β⊥ 5∋5 ,∀(4α∃3β⊥ χ3∃Ξ. Ν∋Ρ γ_Ψς∋1(Ξ(χ55 4(
,Ξ_∀βΞ,+ 3,7&1∴∃ ς∀5+∃4Ρ6ΞΨΡ ι 8 [∃∀4,∗, χ3∃Ξ( (Ψ ς,3β0∃44,⊥ ΨΞ,⊥_,ΨΞ 6 _
1∋ Ξ∀(δ5,∋∃Ξ,3,⊥ [(ΨΞ5 Ψ,∋4∃[4,∗, Ψς∃_Ξ∀(). , Ψ,∗∋(Ψ,3(456 Ψ ι(_(7[5_,+ ι 8 +,∗1Ξ
ς,ΨΞ(3∋ΡΞ ΨΡ &∀1∗5∴ χ3∃Ξ,3, ( Ξ(_α∃ Ψ &,ς,∋45Ξ∃∋ 4,⊥ χ3∃Ξ,3,⊥ 5&∃4Ξ5δ5_(χ5∃⊥ 3 35&∃
ς∀,&,∋ 4β∴ ς,∋,Ψ ,&4,∗, χ3∃Ξ(, _,4Ξ∀(ΨΞ4,∗, _ ,Ψ4,34,+1 χ3∃Ξ1.
Γ(∀(4Ξ5∀1∃+β⊥ Ψ∀,_ Ψ∋1αΩβ ι 8 5 ΨΞ,⊥_,ΨΞ _ 3,7&∃⊥ΨΞ356 (∗∀∃ΨΨ534β∴ Ψ∀∃& 5
3∃ε∃ΨΞ3, Ψ,&∃∀α(ε5∴ΨΡ 3 ∗∀14Ξ∃ 5 3,7&1∴∃ - 4∃ +∃4∃∃ 50 ∋∃Ξ.
ι 8 4∃Ξ,_Ψ5[4β, 37∀β3,Ω∃7,ς(Ψ4β. ∀5 (Ξ+,Ψδ∃∀4β∴ 1Ψ∋,35Ρ∴ ι 8 4∃ 3β&∃∋Ρ6Ξ 3
,_∀1α(6ε16 Ψ∀∃&1 Ξ,_Ψ5[4β∴ 3∃ε∃ΨΞ3 5 4∃ ,_(7β3(6Ξ ς∀5 4∃ς,Ψ∀∃&ΨΞ3∃44,+ _,4Ξ(_Ξ∃
3∀∃&4,∗, &∃⊥ΨΞ35Ρ 4( ,∀∗(457+ [∃∋,3∃_(.
∀,_∋(&_( ι 8 ς∀,573,&5ΞΨΡ ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,Ξ +541Ψ 10 °Β &, ς∋6Ψ 50 °Β. Ν,ς1Ψ_(∃ΞΨΡ
ς∀,_∋(&_( ι 8 ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ +541Ψ 20 °Β.
0ΔΚΛΒ:<Θ>ΒΕ ⊥[0
∀#%3∗≅563 ηΝ Ξ∗3ΧΩ);> :∀∗5613, 55 %∋ε∀)∗ /16)(∀, 55
φ/∋%∃∀8 #3%(∋∗:(∀
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Σ 13Χ.;, .∋%(∀
25/2,0
25
2,0
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32
3,0
40/3,5
40
3,5
50/4,5
50
4,5
63/5,0
63
5,0
110/6,3
110
6,3
110/10,0
110
10,0
Σ =3Χ)1, 9636≅ ∃%:);6 #36=3∗:;, 13Χ.;,
.∋%(∀, #% 5%/1∗5 ∀ ∴/1∗(∗:∗5
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ⊥[0
∀#%3∗≅563
ηΝ
_%#Χ/1∀5∗8
3∗/18=∀∃∗Πε∗8
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Χ/1%>9∀∃%/12 )∗
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Ε∗/961)∗8
#%=%))∗8
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25/2,0
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4000
600
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900
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700
1200
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∃ #385;Α %136≅(∗Α
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
311
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Α-/5∗Ι∋&/∗:
, Ψ,∗∋(Ψ,3(456 Ψ ,Ξ∀∃Ω5Ξ∃∋∃+ 3,7+,α4, 57∗,Ξ,3∋∃45∃ ι 8 &∀1∗5∴ Ξ5ς,∀(7+∃∀,3.
>(∀1α4β⊥ &5(+∃Ξ∀ Ω1∴Ξβ - 4∃ Ω,∋∃∃ 2300 ++, 05∀54( Ω1∴Ξβ - 4∃ Ω,∋∃∃ 1100 ++.
4:ΒΓΔΒΛΝΓ:
Ο(∀_5∀,3_( 4(4,Ψ5ΞΨΡ Ψ 54Ξ∃∀3(∋,+ ,&54 +∃Ξ∀ Ψς∃χ5(∋ 4,⊥ _∀(Ψ_,⊥ +∃Ξ,&,+ ∗,∀Ρ[∃∗,
Ξ5Ψ4∃45Ρ 5 Ψ,&∃∀α5Ξ Ψ∋∃&16ε16 54δ,∀+(χ56:
•Ψ,_∀(ε∃44,∃ 4(73(45∃ ς,∋5+∃∀4,∗, +(Ξ∃∀5(∋(;
•Ξ5ς,∀(7+∃∀ ι 8;
•Ξ5ς 5Ψς,∋4∃45Ρ ι 8 (4(∋5[5∃ Ξ3∃∀&,⊥ Ψ+(7_5, ς∀,&,∋ 4β∴ ∀5δ∋∃45⊥);
•4(73(45∃ 5 (5∋5) Ξ,3(∀4β⊥ 74(_ δ5∀+β - 57∗,Ξ,35Ξ∃∋Ρ;
•∗,& 57∗,Ξ,3∋∃45Ρ;
•74(_ Ψ∃∀Ξ5δ5_(Ξ( Ψ,,Ξ3∃ΞΨΞ35Ρ Ο54Ψ3Ρ75 Ημ (ΕΒ8 45.02-97);
•ς,Ψ∋∃&,3(Ξ∃∋ 4β⊥ Ψ[∃Ξ +∃Ξ∀(α( &∋Ρ ι 8.
, 7(ς∀,Ψ1 ,Ξ∀∃Ω5Ξ∃∋Ρ &,ς1Ψ_(∃ΞΨΡ 4(4∃Ψ∃45∃ &,ς,∋45Ξ∃∋ 4,⊥ 54δ,∀+(χ55 4( ι 8.
⊥%δ,0∗φ( [2%604%66 βφ( 0#π∀φ,
β ,6[ 2∗(∗,, ∗( #%6[# 60#%∗3θ∋(4 η #(∗,(
[ΒΔΘ>Ω>ΩΔ>
ι(ε5Ξ4β∃ ς∋(ΨΞ+(ΨΨ,3β∃ Ξ∀1Ωβ, 3 5Ψς,∋4∃455 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃ (&(∋∃∃ -
ι 8 ≅Γ) ς∀∃&4(74([∃4β &∋Ρ 7(ε5Ξβ ς∀,∋,α∃44β∴ 3 45∴ _(Ω∃∋∃⊥ Ψ3Ρ75, ( Ξ(_α∃ _(Ω∃∋∃⊥
(ς∀,3,&,3) 4(ς∀Ρα∃45∃+ &, 1 _. ς∃∀∃+∃44,∗, 5 ς,ΨΞ,Ρ44,∗, Ξ,_( ,Ξ 34∃045∴
_∋5+(Ξ5[∃Ψ_5∴, +∃∴(45[∃Ψ_5∴ 3,7&∃⊥ΨΞ35⊥ 5 ,∗4Ρ, 5 γ_Ψς∋1(Ξ5∀16ΞΨΡ ς∀5 Ξ∃+ς∃∀(Ξ1∀(∴
3,7&1∴( ,Ξ +541Ψ 20 °Β (ς∀5 ,ΞΨ1ΞΨΞ355 34∃045∴ +∃∴(45[∃Ψ_5∴ 3,7&∃⊥ΨΞ35⊥ 4( Ξ∀1Ω1 - ,Ξ
+541Ψ 40 °Β) &, ς∋6Ψ 70 °Β.
ι 8 >Γ 5Ψς,∋ 716ΞΨΡ 3 _(Ω∃∋ 4,⊥ _(4(∋57(χ55, _,∋∋∃_Ξ,∀(∴, 4( +,ΨΞ(∴ 5 γΨΞ(_(&(∴,
1_∋(&β3(6ΞΨΡ 3 ∗∀14Ξ 5 [∃∀∃7 3,&4β∃ ς∀∃∗∀(&β, ( Ξ(_α∃ 341Ξ∀5 7&(45⊥ 5 Ξ,44∃∋Ρ∴, 3_∋6[(Ρ
Ξ,44∃∋5 +∃Ξ∀,ς,∋5Ξ∃4(.
ι 8 >Γ Ψ,,Ξ3∃ΞΨΞ316Ξ Ξ∀∃Ω,3(45Ρ+ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5, 1ΨΞ(4,3∋∃44β+5 3 > Λ
246-97 "
θ∀+(Ξ1∀( γ∋∃_Ξ∀,+,4Ξ(α4(Ρ. 8∀∃Ω,3(45Ρ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5. Ο∃Ξ,&β
5ΨςβΞ(45⊥" (Ψ∃∀Ξ5δ5_(Ξ ς,α(∀4,⊥ Ω∃7,ς(Ψ4,ΨΞ5 θ ΒΒ Λ.RU.Ε 046.>.00037).
0ΔΚΛΒ:<Θ>ΒΕ Δ Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ⊥[0 ∗η
ηΑΩ 0 4-/5∗&ΒΡ)>Β >∃∗62ΡΦ/9 )/4∀-∋Δ5∗-∀7:
•ς∀5 ,&54,[4,⊥ 5 ∗∀1ςς,3,⊥ ς∀,_∋(&_∃ - >Γ 32/2,5; 32/3,0; 40/3,0; 40/3,5;
•ς∀5 ,&54,[4,⊥ ς∀,_∋(&_∃ - >Γ 50/4,0; 50/4,5; 63/4,0 5 63/5,0.
ΟΩΛΝΩΕ> Α>ΞΩΔΡ>ΟΓΔ> Ξ:Β:ΓΑ>ΒΔΟΑΔΓΔ ⊥[0 ∗η
∀#%3∗≅563
ηΝ
_%∋=%∃3656))∗8
3∗/18=∀∃∗Πε∗8
)∗=3Χ≅(∗, (Ξ
β3∗1(%∃3656))∗8
3∗/18=∀∃∗Πε∗8
)∗=3Χ≅(∗, (Ξ
φ/1%>9∀∃%/12
)∗ /581∀6, ΓΝ∗
Ξ%5∀)∗∋2)∗8
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Ε∗/961)∗8
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5∗//∗, (=/(5
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1.6
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354
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2.2
1.9
2000
411
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2.4
2.8
1.0
1500
525
40/3,5
2.8
3.2
1.2
1500
605
50/4,0
4.0
4.6
1.3
700
864
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4.5
5.1
1.8
700
963
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5.9
0.6
500
1110
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500
1357
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312
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
∀,_∋(&_( ι 8 >Γ, +,4Ξ(α 5 &∃+,4Ξ(α &,∋α4( ς∀,573,&5Ξ ΨΡ ς∀5 Ξ∃+ς∃∀(Ξ1∀∃ ,Ξ ς∋6Ψ
10 &, ς∋6Ψ 50 °Β.
[ΒΔΘ>Β ΤΟ≅ΛΝΩΛεΛ ΛΗΛ<Ω:Ρ>ΩΔΦ (ΤΓ:<ΕΝ:>ΑΟΦ Ν ΟΚ>ΖΔ]ΔΓ:ΖΔΔ =ΛεΛΝΛΒ:):
ι 8 57 ς,∋5γΞ5∋∃4( φ63 4,+54(∋ 4β+ 4(∀1α4β+ &5(+∃Ξ∀,+ 40 ++, 4,+54(∋ 4,⊥
Ξ,∋ε54,⊥ ΨΞ∃4_5 3.5 ++, Ψ 341Ξ∀∃445+ Ψ∋,∃+ Ξ3∃∀&,⊥ Ψ+(7_5, ,∀(4α∃3,∗, χ3∃Ξ(, Ψ Ψ545+5
ς∀,&,∋ 4β+5 ς,∋,Ψ(+5, 3 Ω1∴Ξ∃, ΨΞ∀,5Ξ∃∋ 4,⊥ &∋54,⊥ 2000 +:
ηΑΩ 40/3,5 ΩΛ - ; - Λ - Θ[, 2000 5, Ω[ 5296-003-27459005-2003;
ι 8 3 5Ψς,∋4∃455, 4∃ ∀(Ψς∀,ΨΞ∀(4Ρ6ε∃+ ∗,∀∃45∃, 4,+54(∋ 4β+ 4(∀1α4β+ &5(+∃Ξ∀,+
32 ++, 4,+54(∋ 4,⊥ Ξ,∋ε54,⊥ ΨΞ∃4_5 3.0 ++, Ω∃7 Ξ3∃∀&,⊥ Ψ+(7_5, [∃∀4,∗, χ3∃Ξ(, 4(
Ω(∀(Ω(4∃, ΨΞ∀,5Ξ∃∋ 4,⊥ &∋54,⊥ 1500 +:
ηΑΩ 0 32/3,0 - λ - ΘΨ, 1500 5, Ω[ 5296-003-27459005-2003.
ιθΕ " ΜθΒ8ΔΕΟ" ς∀∃&∋(∗(∃Ξ _,+ς∋∃_Ξ416 ς,ΨΞ(3_1 57&∃∋5⊥ 5 ,Ω,∀1&,3(45Ρ &∋Ρ
ΨΞ∀,5Ξ∃∋ ΨΞ3( .ΕΜ 3 7(ε5Ξ4β∴ ς∋(ΨΞ+(ΨΨ,3β∴ Ξ∀1Ω(∴, 3_∋6[(6ε16 3 Ψ∃ΩΡ ι 8,
,ςΞ5[∃Ψ_5⊥ _(Ω∃∋ ς∀,573,&ΨΞ3( ιθΕ "ΕΔΒ01", Ψ,∃&545Ξ∃∋ 416 5 _,4χ∃316 (∀+(Ξ1∀1 &∋Ρ
ι 8, ς∋(ΨΞ+(ΨΨ,3β∃ Ψ+,Ξ∀,3β∃ 1ΨΞ∀,⊥ΨΞ3(, +∃Ξ(∋∋5[∃Ψ_5∃ ς14_Ξβ ,ς∃∀(Ξ534,∗, &,ΨΞ1ς(,
,Ω,∀1&,3(45∃ 5 54ΨΞ∀1+∃4Ξβ &∋Ρ ς∀,_∋(&_5 5 +,4Ξ(α( ι 8, ,Ω,∀1&,3(45∃ &∋Ρ 54ΨΞ(∋∋Ρχ55
_(Ω∃∋∃⊥ Ψ3Ρ75 3 ι 8, ς∀∃&1ς∀∃&5Ξ∃∋ 416 ∋∃4Ξ1 5 ς∀,[5∃ ∀(Ψ∴,&4β∃ +(Ξ∃∀5(∋β.
6 (8,∗,0(2ν∗%3 , - ∗γ(β%3 %#4%0π#% 823 ⊥[0
Ξ∗∀56)%∃∗)∀6
β3∗1(∗8 Α∗3∗(163∀/1∀(∗
ΓΧ]1∗ 56Α∗)∀96/(∗8
/%6:∀)∀16∋2)∗8
_∋8 =63561∀9)%=% 3∗≅ι65)%=% /%6:∀)6)∀8 ηΝ %:∀)∗(%∃%=% :∀∗5613∗.
ΓΧ]1∗ 56Α∗)∀96/(∗8
#636Α%:)∗8
_∋8 =63561∀9)%=% 3∗≅ι65)%=% /%6:∀)6)∀8 ηΝ 3∗≅);Α :∀∗5613%∃.
ΓΧ]1∗ ∴∋6(13%/∃∗3)∗8
/%6:∀)∀16∋2)∗8
_∋8 =63561∀9)%=% )63∗≅ι65)%=% /%6:∀)6)∀8 ηΝ %:∀)∗(%∃%=% :∀∗5613∗. Ν%≅∃%∋861
#3%∀≅∃%:∀12 /%6:∀)6)∀6 ηΝ #636: Χ(∋∗:(%> ∃ =3Χ)1 56Α∗)∀≅∀3%∃∗));5 /#%/%.%5.
ΓΧ]1∗ ∴∋6(13%/∃∗3)∗8
#636Α%:)∗8
_∋8 =63561∀9)%=% )63∗≅ι65)%=% /%6:∀)6)∀8 ηΝ 3∗≅);Α :∀∗5613%∃. Ν%≅∃%∋861
#3%∀≅∃%:∀12 /%6:∀)6)∀6 ηΝ #636: Χ(∋∗:(%> ∃ =3Χ)1 56Α∗)∀≅∀3%∃∗));5 /#%/%.%5.
ΓΧ]1∗
(%5#6)/∗ς∀%))∗8
_∋8 =63561∀9)%=% /%6:∀)6)∀8 ηΝ #3∀ ∃%≅5%Ω)%/1∀ %/6∃%=% #63656ε6)∀8 /1;(∗ ηΝ #%:
∃%≅:6>/1∃∀65 .%∋2⊥%=% #636#∗:∗ 165#63∗1Χ3;.
η∗=∋Χ⊥(∗ (%)ς6∃∗8
56Α∗)∀96/(∗8
_∋8 (%)ς6∃%> ≅∗:6∋(∀ ηΝ ∃ Α%:6 /13%∀16∋2/1∃∗ ∀/∀∋∀ ∴(/#∋Χ∗1∗ς∀∀. η∗=∋Χ⊥(∗ 5%Ω61
Χ(%5#∋6(1%∃;∃∗12/8 ∃6)1∀∋65 :∋8 #3%∃63(∀ 13Χ.%#3%∃%:∗ )∗ =63561∀9)%/12.
η∗=∋Χ⊥(∗ (%)ς6∃∗8 3∗/#%3)∗8 _∋8 =63561∀≅∗ς∀∀ (%)ς%∃ ηΝ ∃ Α%:6 /13%∀16∋2/1∃∗ ∃% ∀≅.6Ω∗)∀6 #%#∗:∗)∀8 ∃)Χ132
#%/1%3%))∀Α 9∗/1∀ς (∃%:;, #;∋∀, =38≅∀ ∀ 1.:.).
η∗=∋Χ⊥(∗ #3%Α%:)∗8
((∗.6∋2);> ∃∃%:)
_∋8 =63561∀≅∗ς∀∀ 56/1∗ ∃;∃%:∗ (∗.6∋8 ∀≅ ηΝ .
ΓΧ]1∗ 365%)1)∗8
Ν3∀56)861/8 :∋8 365%)1∗ ηΝ / %#1∀96/(∀5 (∗.6∋65 ∃)Χ13∀ 13Χ.;. Σ /%/1∗∃ 5Χ]1; ∃Α%:81
(%5#∋6(1 3∗/ε6#∋865;Α 13Χ. ∀ 3∗≅ι65);6 /%6:∀)∀16∋2);6 5Χ]1;.
φ/13%>/1∃% /5%13%∃%6
#∋∗/15∗//%∃%6 1∀#∗ "UPOTEL"
Ν36:)∗≅)∗96)% :∋8 ≅∗ε∀1; %#1∀96/(∀Α 5Χ]1 ∀ 16Α)%∋%=∀96/(%=% ≅∗#∗/∗ %#1∀96/(%=%
(∗.6∋8 %1 ∃)6⊥)∀Α ∃%≅:6>/1∃∀> (∃(∋Π9∗8 =3;≅Χ)%∃) ∃ 56/1∗Α /1;(%∃(∀ 3∗.%9∀Α :∋∀)
%#1∀96/(%=% (∗.6∋8.
ΕΨ4,34β∃ Ξ∀∃Ω,3(45Ρ _ Ψ,∃&545Ξ∃∋ 4,⊥ 5 _,4χ∃3,⊥ (∀+(Ξ1∀∃ 57∋,α∃4β
3 8Υ 5296-002-27459005-2001.
-ΛΩΟΤ≅ςΑ:ΖΔΔ
. Ψ,Ξ∀1&45[∃ΨΞ3∃ Ψ ιθΕ "ΕΔΒ 01", ΓΥ Γ5ς∀,Ξ∀(4ΨΨ5∗4(∋Ψ3Ρ7 ", θΕΕ8 "Μ∃4Ξ∃∋∃δ,4Ψ-
Ξ∀,⊥" _,+ς(45Ρ &(∃Ξ _,4Ψ1∋ Ξ(χ55 ς∀5 ς∀,∃_Ξ5∀,3(455 5 ΨΞ∀,5Ξ∃∋ ΨΞ3∃ .ΕΜ 3 ι 8.
#%⊥8(2 4: ∀1?&??>∀(- .+/ 1∀3&+;<-Χ +∗<∗4
314
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
4.5. π60# α60β% ⊥%-2%8-, -%∀(23 (π⊥- Δ ΘΔΩΔ π⊥-)
[# ,⊥β 860β% "φ≅ΔΓΟ--:Η>≅ς"
[ΒΛΔ<ΝΛ=ΔΑ>≅ς
ΕΕΕ "φ∋5_Ψ-Δ(Ω∃∋ "
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3, 1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
E-mail: info@elixcable.ru Internet: www.elixcable.ru
ΥιΔ ς∀5+∃4Ρ∃ΞΨΡ &∋Ρ ς∀,_∋(&_5 _(Ω∃∋ 4β∴ 5 Ξ∃∋∃_,++145_(χ5,44β∴ ∋545⊥ 3
_(Ω∃∋ 4,⊥ _(4(∋57(χ55 4( 1[(ΨΞ_(∴ &, 150 +. ΥιΔ Ψ,ΨΞ,5Ξ 57 ΨΞ∃_∋,ς∋(ΨΞ5_,3,∗,
ς∀1Ξ_( Ψ ,Ω,∋,[_,⊥ 57 574,Ψ,ΨΞ,⊥_,∗, ς,∋5γΞ5∋∃4( 3βΨ,_,⊥ ς∋,Ξ4,ΨΞ5,
7(ς(Ψ,3(44,∗, 3 _(ΨΨ∃Ξ1, 3∀(ε(6ε16ΨΡ 4( ,Ψ5 ς∃∀∃&35α4,⊥ Ξ∃∋∃α_5. >( ∀(+∃
Ξ∃∋∃α_5 1ΨΞ(4,3∋∃4β ∀,∋5_5 &∋Ρ 4(ς∀(3∋∃45Ρ ΨΞ∃_∋,ς∀1Ξ_( ς∀5 1_∋(&_∃ 3 _(ΨΨ∃Ξ1
5 Ψ_,Ω( &∋Ρ ς∀,∴,&( ∃∗, ς∀5 ς∀,ΞΡα_∃ _(Ω∃∋Ρ. >( _,4χ(∴ ΨΞ∃_∋,ς∋(ΨΞ5_,3,∗,
ς∀1Ξ_( 7(_∀∃ς∋∃4β ∋(Ξ144β∃ 4(_,4∃[45_5 Ψ 4(354[53(6ε5+5ΨΡ 4(Ψ(&_(+5 &∋Ρ
7(∗,Ξ,3_5 _(4(∋( 5 _∀∃ς∋∃45Ρ _(Ω∃∋Ρ _ ς∀1Ξ_1.
_∀∗5613 /16(∋%#3Χ1(∗
11 55
Λ5(%/12 (∗//61;
:%1505
Σ3∗ε6)∀6 (∗//61;
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Ι3%( /∋ΧΩ.;
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900x400x115055
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Ο545 ΥιΔ 3 Ω1∴Ξ∃ Ψ ς∀1Ξ_,+ &∋54,⊥ 8, 10, 15, 20, 25, 30, 50 5 70 +∃Ξ∀,3.
∀1Ξ,_ 3 Ω1∴Ξ∃ ΨΞΡ∗53(∃ΞΨΡ ς∋(ΨΞ+(ΨΨ,3β+5 ∴,+1Ξ(+5. Ν5(+∃Ξ∀ Ω1∴Ξβ
240...330 ++.
Ο545 ΥιΔ 3 +∃Ξ(∋∋5[∃Ψ_,⊥ _(ΨΨ∃Ξ∃ Ψ3,Ω,&4, 3∀(ε(6ε∃⊥ΨΡ 3,_∀1∗ ,Ψ5
∀1_,ΡΞ5. Ν5(+∃Ξ∀ _(ΨΨ∃Ξβ 57∗,Ξ(3∋53(∃ΞΨΡ &31∴ ∀(7+∃∀,3: &∋Ρ 1_∋(&_5
ς∀1Ξ_( &∋54,⊥ &, 10 +, &∋54,⊥ ς∀1Ξ_( &, 30 + 5 ς, 54&535&1(∋ 4,+1 7(_(71
_(ΨΨ∃Ξβ &∋Ρ ς∀1Ξ_( ,Ξ 40 &, 100 +. Ν5(+∃Ξ∀ _(ΨΨ∃Ξβ 175; 240; 275; 300 ++.
8,∋ε54( (Ω∃7 ∀1[_5) 35; 45; 55; 65 ++.
Ο545 ΥιΔ 3 ς∋(ΨΞ+(ΨΨ,3,⊥ _,∀,Ω_∃. . γΞ,⊥ +,&∃∋5 ς∀1Ξ,_ 7(ς(Ψ,3β3(∃ΞΨΡ
4( _(Ξ10_1 5 1ΨΞ(4(3∋53(∃ΞΨΡ 3 _,∀,Ω_1, 3 _,Ξ,∀,⊥ _(Ξ10_( ∋∃∗_, 3∀(ε(∃ΞΨΡ
ς∀5 3β&([∃ ς∀1Ξ_( 5 ∀(Ω,Ξ∃ Ψ 1ΨΞ∀,⊥ΨΞ3,+ 5 7(_∀1[53(∃ΞΨΡ 341Ξ∀ ς,Ψ∋∃
∀(Ω,Ξβ.
Η(7+∃∀β: 250x110 ++ (ς∀5 &∋54∃ ς∀1Ξ_( 10 * 50+), 250x180 ++ (ς∀5 &∋54∃
ς∀1Ξ_( Ω,∋∃∃ 50+).
Ο545 ΥιΔ 3 _,∀ς1Ψ∃. φΞ( +,&∃∋ +545 ΥιΔ Ψ,ΨΞ,5Ξ 57 +∃Ξ(∋∋5[∃Ψ_,∗,
_,∀ς1Ψ( 5 Ψ+(Ξβ3(6ε∃∗, 17∋( 3 35&∃ _(ΨΨ∃Ξ4,∗, 4(_,ς5Ξ∃∋Ρ. . _(ΨΨ∃Ξ1
1_∋(&β3(∃ΞΨΡ &, 70 + ς∀1Ξ_( Ψ 3,7+,α4,ΨΞ 6 δ5_Ψ(χ55 ∃∗, 4( 7(&(44,⊥
&∋54∃. . _,∀ς1Ψ∃ 5+∃∃ΞΨΡ ς∀5Ψς,Ψ,Ω∋∃45∃ &∋Ρ ς∀,∴,&( 5 4(ς∀(3∋∃45Ρ
ς∀1Ξ_( ς∀5 ς∀,ΞΡα_∃ _(Ω∃∋Ρ, ( Ξ(_α∃ Ψ 7(&([∃⊥ ς∀∃ςΡΞΨΞ3,3(Ξ 3βς(&1
35Ξ_,3 57 4(_,ς5Ξ∃∋Ρ. Η(7+∃∀: 400∴130∴500++. Ο(ΨΨ(: 2,75 _∗.
#%⊥8(2 5
∃∀(∀
.+/ 1∀3&+;<74
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316
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8(#(β3∗∗φ( ∀%#%∀%∗φ
Ν∃∀∃3Ρ44β∃ Ω(∀(Ω(4β ς∀∃&4(74([∃4β &∋Ρ 4(+,Ξ_5 5 Ξ∀(4Ψς,∀Ξ5∀,3_5 _(Ω∃∋∃⊥ 5
ς∀,3,&,3. . 4(ΨΞ,Ρε∃∃ 3∀∃+Ρ ,45 Ρ3∋Ρ6ΞΨΡ ,Ψ4,34β+ 35&,+ Ξ(∀β &∋Ρ _(Ω∃∋ 4,⊥ ς∀,&1_χ55.
Δ,4ΨΞ∀1_χ5Ρ Ω(∀(Ω(4,3 3 Ψ,,Ξ3∃ΞΨΞ355 Ψ ΓΕΒ8 5151-79 ς,_(7(4( 4( ∀5Ψ. 5-1, ( &(44β∃ ,
∀(7+∃∀(∴ ς∀53∃&∃4β 3 Ξ(Ω∋5χ∃ 5-1. >,+∃∀ Ω(∀(Ω(4( Ψ,,Ξ3∃ΞΨΞ31∃Ξ &5(+∃Ξ∀1 ε∃_5 3
&∃χ5+∃Ξ∀(∴.
Ν∋Ρ 7(ε5Ξβ 4(∀1α4β∴ 35Ξ_,3 _(Ω∃∋Ρ 5∋5 ς∀,3,&(, 4(+,Ξ(44β∴ 4( Ω(∀(Ω(4, ,Ξ
+∃∴(45[∃Ψ_5∴ ς,3∀∃α&∃45⊥ ς∀5 Ξ∀(4Ψς,∀Ξ5∀,3_∃ 5 ∴∀(4∃455 ς∀5+∃4Ρ6Ξ ,Ω053_1 Ω(∀(Ω(4,3
5∋5 1ς(_,3_1 +(Ξ(+5.
ΕΨ4,34β+ Ξ∀(&5χ5,44β+ Ψς,Ψ,Ω,+ ,Ω053_5 Ρ3∋Ρ∃ΞΨΡ 4(∋,α∃45∃ 4( _∀(Ρ ε∃_ Ψς∋,04,∗,
∀Ρ&( &,Ψ,_ 5 _∀∃ς∋∃45Ρ 5∴ ∗3,7&Ρ+5 [∃∀∃7 ΨΞ(∋ 416 ∋∃4Ξ1, ,ΩΞΡ∗53(6ε16 ,Ω053_1 ς,
_∀(Ρ+.
Η(7+∃∀β &,Ψ,_ ,Ω053_5 5 ΨΞ(∋ 4,⊥ ∋∃4Ξβ 1_(7(4β 3 Ξ(Ω∋5χ∃ 5-2.
. ∀(7∀∃0∃44β∴ Ψ∋1[(Ρ∴ +,α∃Ξ 3βς,∋4ΡΞ ΨΡ [(ΨΞ5[4(Ρ ,Ω053_(, ς∀5 _,Ξ,∀,⊥ 7(7,∀β
+∃α&1 &,Ψ_(+5 Ψ,ΨΞ(3∋Ρ6Ξ 4∃ Ω,∋∃∃ 50% ,Ξ 5∴ 05∀54β.
∀∃&()+ 5-1. ,)(∃-/&+1∀2 53/353(3
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βφΝΚΣ-Ν, βφΝ/ΚΣ, βφΝ/ΚΣ-Ν, βφΝΚΕ^ βφΝΚΕ-Ν^βφΖΣΣ,
βφΖΣΚΣ, βφΖΣΣΚ
β∗.6∋∀ (%)13%∋2);6
ΘβΣΣΖ, ΘβΣΣΖ≅, ΘβΣΣΖΚ, ΘβΣΣχ.Ζ, ΘβΣχ.κ∃, ΘβΕΣΖ, ΘβΕΣΖΚ,
βΣΣΖ, βΣΣΖ≅, βΣΣΖΚ, βΣΣχ.Ζ, βΣχ.κ∃, βΣΝ.κ∃, βΕΣΖ, βΕΣΖΚ,
βΣβ.κ∃, βΣβ.κ∃)=, ΘβΣΣΖ- γ, ΘβΣΣΖ≅- γ, βΣΣΖ- γ, βΣΣΖ≅-
γ, ΘβΣΣΖΚ- γ, βΣΣΖΚ- γ, ΘβΣΣχ.Ζ- γ, βΣΣχ.Ζ- γ,
ΘβΣχ.κ∃- γ, βΣχ.κ∃- γ
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ 75-3(3,7)-12χ, Εβ 75-(3,7)-1 ηχ.Εβ 50-2-11, Εβ 75-4-11, Εβ
75-4-12, Εβ 75-2-11
β∗.6∋∀ 16∋6]%));6, #3%∃%:)%=% ∃6ε∗)∀8
ΝΝ∴#, ΝΝ∴#η, ΝΣ, ΝΝ∴#χ.Ζ, ΝΣ)=, ΙΣ, ΙΣ)=, ΝΕΝΝΓ,
β ΘΝΣ, β ΘΝΣ , β ΝΝΣΚ, ΓΕΓΝ, ΓΕΓΝΚ
β∗.6∋∀ :∋8 /∀=)∗∋∀≅∗ς∀∀ ∀ .∋%(∀3%∃(∀
ΙχΝΧ, ΙχηΝΧ, ΙχΣΖ, ΙχΣΖ)=, ΙχΝχ.κ∃, ΙχΝχ.κ#,
ΙχΣχ.κ∃)=
Ν3%∃%:∗ ∀ ⊥)Χ3; 3∗≅∋∀9)%=% )∗≅)∗96)∀8
ΝΣΙ, κΣΣΝ, κΣγ, ΘΝφΞ, ΘΝφΞΝ, ΝφΞ, ΝφΞΝ, κ,Ση, κ,Νη,
ΝβΙΣ, ΘΣ , ΘΣ φ, ΝΣΘ, ΝΖΣΘ, ΘΝφΞ, ΘΝφΞΝ, ΝφΞ, ΝφΞΝ,
ΕΝ, ΕΣ, Νο, ΓΖ, κΣΝ , ΝΣΣ, ΣΝΝ, ΣΝΣ, ΝΣ_Ν, ΞΣ, ΞΣΓ,
ΣΝ, ΝΣ1, ΝΣη, ΝΣ4, ΝΝΣ, ΘΝΣ, ΘΝΝΣ, ΕΝκ, ΕΝκΚ, βΓΓ
β∗.6∋∀ 5%)1∗Ω);6
βΓΝΣ, βΓΝΚΣ, βΓΝΣΚ, βΓΝΚΣΚ, βΓΣΣΚ, βΓΝΣΚΣ, βΓΝΚΣΚΣ
β∗.6∋∀ 5∗∋%=∗.∗3∀1);6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6> ∀
%.%∋%9(%>
Γβκ, ΓβΚκ, ΓβΚκΣ, ΓβΚκΣ)=, ΓβΚκΣ)=-LS, ΓβΚβκ∃,
ΓβΚβκ∃)=
β∗.6∋∀ ∃;/%(%9∗/1%1);6 (/∀55613∀9);6)
βΣΙΝΚΣ, βΙΝΣ-4, βΙΙΝΣ-5, βΙΝΝ, βΙΝΝ , βΙΝηΝ, βΙΝηΝχ,
ηβΝ, ηβΝχ
β∗.6∋∀ =∀.(∀6 / ΝΣ ∀≅%∋8ς∀6> ∀ %.%∋%9(%>
βΖΣΣ
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% "⊥:ΝΛ= 4ΔΓΒΛΚΒΛΝΛ="
θ&∀∃Ψ: Η,ΨΨ5Ρ, 142103, Ο,Ψ_,3Ψ_(Ρ ,Ω∋.,
∗. ,&,∋ Ψ_, 1∋. Λ∀,445χ_(Ρ, 3
8∃∋: (495) 63-54-76
μ(_Ψ: (495) 63-54-72
E-mail: mikroprovod@mail.ru ; mksbt@mail.ru
www.mikroprovod.ru
Ξ∗ ,Θ, "η∗∃%: Γ∀(3%#3%∃%:" ∃∃6:6)∗ /∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ ∃ /%%1∃61/1∃∀6 136.%∃∗)∀85 /1∗):∗31∗
ΥΙ, 9001-2001,91% #%:1∃63Ω:6)% /631∀]∀(∗1%5 Γ6Ω:Χ)∗3%:)%> %3=∗)∀≅∗ς∀∀ βΛΓΘ.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ν3%∃%:∗ %.5%1%9);6
ΝΚ Σ-1,2, ΝΚ -155, ΝΚΓλ, ΝΚ ΣΓ, ΝΚ β_, ΝΚΣ γ_, ΝΚΣ γβ,
ΝΚΣ γ-1,2, ΝΚλ-155, ΝΚ Ε-155, ΝΚ Γ-155, ΝΚφ-2, ΝΚ _-180,
ΝΚλ_-180,ΝΚ -180.ΝΚλ-155], ΝΚ -200-1,2,ΝΚ - ∀5∀:,
ΝΞΚ - ∀5∀:, ΝΞΚ - ∀5∀:_
⊥% "⊥:ΝΛ= 4ΛΟΓ:Η>≅ς"
θ&∀∃Ψ: 111024 ∗. Ο,Ψ_3(, 2-Ρ Δ(Ω∃∋ 4(Ρ 1∋., &. 2, ΨΞ∀. 2
ΕΞ&∃∋ ς∀,&(α: (495) 777-75-35, 777-75-00, 673-83-84, 673-82-94
8∃∴45[∃Ψ_5⊥ ,Ξ&∃∋: (495) 673-82-73
μ(_Ψ (495) 727-16-76
E-mail: sale@ck.mkm.ru
www.mkm.ru
Κ]]6(1∀∃)%/12 /∀/165; (∗96/1∃∗ ηΘ, "η∗∃%: Γ%/(∗.6∋2" =∗3∗)1∀3%∃∗)∗ /631∀]∀(∗ς∀6> #36:#3∀81∀8 #%
56Ω:Χ)∗3%:)%5Χ /1∗):∗31Χ Ζ,Ι Ε ΥΙ, 9001-2001 ∀ ∴(%∋%=∀96/(%> .6≅%#∗/)%/1∀ #% Ζ,Ι Ε ΥΙ, 14001-98.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6 / #3%#∀1∗))%> .Χ5∗Ω)%> ∀≅%∋8ς∀6> )∗ )∀≅(%6
∀ /36:)66 )∗#38Ω6)∀6
ΘΘΖ, ΘΘκ∃, ΘΘκ)=, ΘΘχ∋Ζ, ΘΘχ)∋Ζ, ΘΘχ∋, ΘΘχ2∋, ΘΘχ2∋κ∃,
ΘΙΖ, ΘΙκ∃, ΘΙχ, ΘΙχ∋, ΘΙχ2∋, ΘΙχ2∋Ζ, ΘΙχΖ, ΘΙχΣ)=-LS,
ΘΙχ∋κ∃, ΘΙχ2∋κ∃, ΙΖ, Ικ∃, Ιχκ∃, Ιχ, Ιχ∋, Ιχ2∋, Ιχ2∋Ζ,
ΙχΖ, Ιχ∋κ∃, ΙχΣ)=-LS, Ιχ2∋κ∃, φΘΘκ∃, φΘΘκ)=, φΘΘχ∋Ζ,
φΘΘχ)∋Ζ, φΘΘχ∋, φΘΘχ2∋, φΘΙκ∃, φΘΙχ, φΘΙχ∋, φΘΙχ2∋,
φΘΙχΖ, φΘΙχ∋κ∃, φΘΙχΣ)=-LS, φΙκ∃, φΙχκ∃, φΙχ, φΙχ∋,
φΙχ2∋, φΙχΖ, φΙχ∋κ∃, φΙχΣ)=-LS, ΙχΣ)=(Θ)- FR,
φΙχΣ)=(Θ)- FR
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6> )∗ )∀≅(%6 ∀
/36:)66 )∗#38Ω6)∀6
ΘΣΣΖ, ΣΣΖ, ΘΝ∃ΣΖ, Ν∃ΣΖ, ΘΣχ.κ∃, Σχ.κ∃, ΘΝ∃χ.κ#,
Ν∃χ.κ#, ΘΝ∃χ.κ∃, Ν∃χ.κ∃, ΘΣΣΖ)=, ΣΣΖ)=, ΘΣχ.κ)=,
Σχ.κ)=, ΘΣΣΖ)=-LS, ΣΣΖ)=-LS, ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS,
ΣχΣ)=-LS, ΘΣχΣ)=-LS, ΘΝ∀χΣ)=(A)-LS, Ν∃Σ)=(Θ)-1χ, ΘΝ∃ΣΖ)=-
LS, Ν∃ΣΖ)=-LS, ΘΝ∃χΣ)=-LS, Ν∃χΣ)=-LS, ΘΝ∃χ.κ)=(Θ)-1_
Ν∃χ.κ)=(Θ)-1_ ΝΝΖ)=-HF, Νχ.Ν)=-HF, Ν∃ΝΖ)=-HF, BBmr(A)-FR,
BBrHr(A)-FR, nnrHr(A)-FR, nBnHr(A)-FR, nenrHr(A)-FR,
neBnHr(A)-FR
β∗.6∋∀ (%)13%∋2);6
KBBrHr(A)-FR, KBχBHr(A)-FR, βΝΝΖ)=(A)-FR, βΝχΝ)=(A)-FR
Ν3%∃%:∗ ∀≅%∋∀3%∃∗));6 :∋8 ∃%≅:Χ⊥);Α ∋∀)∀> ∴∋6(3%#636:∗9∀ ΙΥΝ-1, ΙΥΝ-1Θ, ΙΥΝ-2, ΙΥΝ-2Θ, ΙΥΝ-3, ηΘγΝ, ηΘγΝ-Σ
Ν3%∃%: ∀≅%∋∀3%∃∗));>
ΓΖβ≅
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΓΖβ≅Σ, ΝΣ 1, ΝΣ η3, ΘΝΣ
Ν3%∃%: :∋8 ∴∋6(13%]∀∋213%∃
ΝΚλ
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
"4ΛΟΓ:Η>≅ς- ΗΘΛΑΛΡΩΕ> ΚΒΛΝΛ=:"
θ&∀∃Ψ: 111024 ∗. Ο,Ψ_3(, 2-Ρ Δ(Ω∃∋ 4(Ρ 1∋., &. 2, ΨΞ∀. 3
ΕΞ&∃∋ ς∀,&(α: (495) 673-82-95, 777-75-03
8∃∴45[∃Ψ_5⊥ ,Ξ&∃∋: (495) 783-49-09
μ(_Ψ (495) 777-75-03, 974-85-24
E-mail: winding@op.mkm.ru
www.mkm.ru
Ξ∗ #36:#3∀81∀∀ :6>/1∃Χ61 /∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗, /%%1∃61/1∃ΧΠε∗8 136.%∃∗)∀85 Ζ,Ι Ε ΥΙ, 9001-
2001, #3%∃6:6)∗ /631∀]∀(∗ς∀8 ∴(%∋%=∀96/(%> .6≅%#∗/)%/1∀ #36:#3∀81∀8 #% Ζ,Ι Ε ΥΙ, 14001-98.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ν3%∃%:∗ %.5%1%9);6 / .Χ5∗Ω)%> ∀≅%∋8ς∀6>
Νχ, ΘΝχ, Νχφ, ΘΝχφ, ΝΝΘ, ΝΝΘ-2, ΝΝ Θ-2
Ν3%∃%:∗ %.5%1%9);6 / ∃%∋%()∀/1%> ∀ ∴5∗∋6∃%-∃%∋%()∀/1%> ΝΙ_-γ, ΝΙ_ , ΝΙ_β , ΝΙ_β -γ, ΝΙ_-1, ΝΙ_Ν, ΝΚ Ι_,
ΝΚ ΣΙ_, ΘΝΙ_, ΘΝΙ_β, ΘΝΙ_β , Νχ_, ΝΚ Ιγ,-1,
ΝΚ Ιγ,-2, ΝΚ Ιγ,-1, ΝΚ Ι,-2
Ν3%∃%:∗ %.5%1%9);6 / #∋6)%9)%> ∀≅%∋8ς∀6>
ΝΝΥ-φ, ΝΝΥ-φΓ, ΝΝΥ, ΝΝγΙ, ΝΝΥΝβ- , ΝΝΥΝβ-1,ΝΝΥΝβ-2
Ν3%∃%:∗ %.5%1%9);6 / ∴5∗∋6∃%> ∀≅%∋8ς∀6>
ΝΚ Σ-1, ΝΚ Σ-2, ΝΚ -155, ΝΚ _-180, ΝΚ _-1-200,
ΝΚ _-2-200, ΝΚ ΣΝ-Σ, ΝΚ ΣΝ-Ι, ΝΚΚΥΝ1-155, ΝΚΚΥΝ2-155,
ΝΚ Ν-1-180, ΝΚ Ν-2-180, ΝΚ Ν_-1 -200, ΝΚ Ν_-2-200
"4ΛΟΓ:Η>≅ς-,Ν>Α4>Α"
θ&∀∃Ψ: Η,ΨΨ5Ρ, 111024, ∗. Ο,Ψ_3(, 2-Ρ Δ(Ω∃∋ 4(Ρ 1∋., &. 2
8∃∋. ΕΞ&∃∋ ς∀,&(α: (495) 777-75-04, 673-84-57, 673-82-93
μ(_Ψ (495) 777-75-32
E-mail: sale@tm.mkm
www.mkm.ru
Ξ∗ #36:#3∀81∀∀ :6>/1∃Χ61 /∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗, /%%1∃61/1∃ΧΠε∗8 136.%∃∗)∀85 Ζ,Ι Ε ΥΙ, 9001-
2001, #3%∃6:6)∗ /631∀]∀(∗ς∀8 ∴(%∋%=∀96/(%> .6≅%#∗/)%/1∀ #36:#3∀81∀8 #% Ζ,Ι Ε ΥΙ, 14001-98.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
φ∃61)%> #3%(∗1
AM, AT, ΓΓ, Γ , ΝΓΓ, ΝΓ , ΝΓ #3, ΝβΘΙ, ΝβΓ,
ΝλΚ-2, ΝΚλ-η , ΝλΚ-4, ΝλΚ-5, ΝλΚ-5
Ν3%∃%:∗ (%)1∗(1);6
Γλ
Ν3%∃%:∗ #%∋;6
ΝΘ
Ν3%∃%:∗ =∀.(∀6
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
⊥% "4 6-%∀(2ν-λπ89,-π#%"
θ&∀∃Ψ: 111024, ∗. Ο,Ψ_3(, 1∋. 2-Ρ Δ(Ω∃∋ 4(Ρ, &. 2
8∃∋.: (495) 728-72-10, 728-72-06, 673-83-15
μ(_Ψ: (495) 728-72-09
E-mail: mk-f@mk-f.ru
www.mk-f.ru
Ι∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ #36:#3∀81∀8 /631∀]∀ς∀3%∃∗)∗ %:)%∃3656))% ∃ :∃ΧΑ /∀/165∗Α /631∀]∀(∗ς∀∀:
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- ∃ /∀/1656 /631∀]∀(∗ς∀∀ "Κ∋6(13%/∃8≅2" (Ι631∀]∀(∗1 /%%1∃61/1∃∀8 ν,Ι/1-Ιβ-014).
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⊥% "∗>Ν: -:Η>≅ς"
θ&∀∃Ψ: 194292, ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗, ς/7 " (∀4(Ψ",
8-,⊥ .∃∀∴45⊥ ς∃∀.&.10, Ημ
8∃∋.: (+7) (812) 598-9577;
μ(_Ψ: (+7) (812) 557-3476;
E-mail sales@nevacables.spb.ru
www.nevacables.ru
ηΘ, "Ξ6∃∗ β∗.6∋2" 8∃∋861/8 #%:3∗≅:6∋6)∀65 56Ω:Χ)∗3%:)%=% Α%∋:∀)=∗ "Draka Comteq" ∀ #36:/1∗∃∋861 6=%
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% " 8(6-%∀(2ν"
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;)6∗∃ >θ8)∋ / 5∋-%∗)/&,∋
8∃∋./δ(_Ψ: (+38 048) 716-14-05, 716-15-42
market@odescable.com.ua
www.odeskabel.com
;)6∗∃ ;Τ. 8∃∋.: (+380 48) 716-17-15. 8∃∋./δ(_Ψ: (+380 48) 716-17-14
standart@odescable.com.ua
;)6∗∃ LAN. 8∃∋./δ(_Ψ: (+38 048) 716-17-73
mw@odescable.com.ua
www.ok-net.com.ua
ΘΡ-∀ ΝΤ. 8∃∋: (+38 048) 716-16-89. μ(_Ψ: (+38 048) 716-16-08
rg@rg-cable.com.ua
pisnyy@rg-cable.com.ua
www.rg-cable.com.ua
η∗∃%: ",:6/(∗.6∋2" ∃)6:3∀∋ ∀ #3∀56)861 /∀/165Χ (∗96/1∃∗ ISO 9001 ∃63/∀∀ 2000 =%:∗ / 2002 =%:∗.
Σ 2004 =. ≅∗∃%: ",:6/(∗.6∋2" ∃)6:3∀∋ ∀ #3∀56)861 /∀/165; 56)6:Ω56)1∗ %(3ΧΩ∗Πε6> /36:;, #3%5;⊥∋6))%>
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SA 8000:2001. Σ )∗/1%8ε66 ∃3658 ,Θ, ",:6/(∗.6∋2" 8∃∋861/8 6:∀)/1∃6));5 #36:#3∀81∀65 ∃ φ(3∗∀)6,
#3∀56)∀∃⊥∀5 ∃/6 /1∗):∗31;.
Ζ%//1∗):∗31 (Ε%//∀8).
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
,#1∀96/(∀6 (∗.6∋∀ :∋8 5∗=∀/13∗∋2);Α, ≅%)%∃;Α ∀ =%3%:/(∀Α
/616> /∃8≅∀
,βγ, ,β , ,βγχ=, ,β χ=, ,β β, ,βγβ, ,β ββ, ,βγββ
,#1∀96/(∀6 (∗.6∋∀ #%:∃6/);6
,βγ, ,β , 0βγ8, 0β 8
,#1∀96/(∀6 (∗.6∋∀ ∃)Χ13∀%.ι6(1%∃;6
,βΣ, ,βΣ/, ,βΣ(, ,βΣ:, ,βΣ3, ,βΣ%
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β∗.6∋2 ∀≅∋Χ9∗Πε∀> (%∗(/∀∗∋2);>
RG-8H
Ζ∀.3∀:);6 (∗.6∋∀
RG+UTP RG6+UTP, RG11+UTP, RG6+FTP, RG11+FTP
Γ∗=∀/13∗∋2);6 ∀ 3∗/#36:6∋∀16∋2);6 (∗.6∋∀
(/ ∀):6(/%5 "1" ∃ ∃∀:6 ∃%/2563(∀ /%∃56/1)% / 13%/%5)
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∃%/2563(∀ /%∃56/1)% / (∗.6∋65 UTP)
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β%∗(/∀∗∋2);6 (∗.6∋∀ :∋8 /%∃3656));Α /∀/165 /∃8≅∀ II
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β ΝΝΣΚ
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Ν3%∃%: 16∋6]%));> 3∗/#36:6∋∀16∋2);>, %:)%#∗3);>
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Ν3%∃%: (3%//%∃;> /1∗)ς∀%));>
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β∗.6∋∀ /∀=)∗∋2)%-.∋%(∀3%∃%9);6
ΙχΣΖ, ΙχΝΧ, ΙχΝχ.⊥#
β∗.6∋∀ (%)13%∋2);6
βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃
β∗.6∋2 Χ#3∗∃∋6)∀8 =∀.(∀>
βΖΣΣ
β∗.6∋∀ /∀∋%∃;6
ΣΣΖ, Σχ.κ∃
Ν3%∃%:∗ :∋8 ∴∋6(13∀96/(∀Α Χ/1∗)%∃%(
ΣΣ, ΣΣΝ, ΣΣΝ≅, ΝΣ, ΝΝΣ
Ν3%∃%: %.5%1%9);> :∋8 #%=3ΧΩ);Α ∴∋6(13%:∃∀=∗16∋6>
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Ν3%∃%: /%6:∀)∀16∋2);>
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κΣΣΝ), κΣΝ)
χ%∋66 #%:3%.)∗8 ∀)]%35∗ς∀8 % (∗.6∋8Α 3∗:∀%9∗/1%1);Α /#6ς∀∗∋2);Α 1∀#%∃ #3∀∃6:6)∗ ∃ 3∗≅:6∋6 2.6.8., %.
%#1∀96/(∀Α (∗.6∋8Α ∃ 3∗≅:6∋6 3.10.
⊥% " -6 01"
θ&∀∃Ψ: 198323, ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗, .,∋∴,4Ψ_,∃ 0,ΨΨ∃, &. 115.
8∃∋.:(812)380-3901
μ(_Ψ: (812) 380-3903
e-mail: office@ocs01.ru
www.ocs01.ru
Ι631∀]∀(∗1 /%%1∃61/1∃∀8 Γ∃Ιβ-0001 /∀/165; 56)6:Ω56)1∗ (∗96/1∃∗ Ζ,Ι Ε ΥΙ, 9001-2001.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
,#1∀96/(∀6 (∗.6∋∀
_Ν,, _Θ,, _Νγ, ,ΝΙ, ,ΘΙ, _ΝΙ, _ΘΙ, _Ν2, _Θ2, ,Ν2, ,Θ2,
_Ν , _ΝΓ, ,Νβ, ,ΙΣ, ,ΝΝ, ,ΝΓ
Ν%:3%.)∗8 ∀)]%35∗ς∀8 %. %.∋∗/18Α #3∀56)6)∀8 Χ(∗≅∗));Α 5∗3%( ,β #3∀∃6:6)∗ ∃ 3∗≅:6∋6 3.1.
" [0(∗"
θ&∀∃Ψ: 195253, ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗, 0,ΨΨ∃ Η∃3,∋6χ55, 58
8∃∋.: (+7 812) 225-02-86, 226-78-72
μ(_Ψ: (+7 812) 226-81-00, 226-78-72
E-mail: info@opten.spb.ru
www.opten.spb.ru
Ι∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ /%%1∃61/1∃Χ61 136.%∃∗)∀85 Ζ,Ι Ε ΥΙ, 9001-2001
(/631∀]∀(∗1 ν Ε,ΙΙ RU.ΥC29.K00023).
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_ΘΙ, _Θ2, _ΝΙ, ,Ι, _Νγ, _Ν,, _Ζ,, _Ν , _ΝΓ,
,χ, / ,χΖ, _χΖ
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332
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
⊥% " λ6 6ΝΦ<ςΟΑΒΛΙ-1 β --"
θ&∀∃Ψ: 394019, Η,ΨΨ5Ρ, ∗. .,∀,4∃α, 1∋. ν∃+[1α4(Ρ, 6
8∃∋./δ(_Ψ: + 7(4732) 14-27-34, 79-07-54
E-mail: ofssvsl@ofssvsl.ru
www.ofssvsl.ru
Ν36:#3∀81∀6 ",λΙ Ι∃8≅2/13%>-1 Σ,ββ" /631∀]∀ς∀3%∃∗)% #% /∀/1656 56)6:Ω56)1∗ (∗96/1∃∗ ISO 9001:2000
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_βΝ, ΙβΝ, _βΞ, ΙβΞ, _βΝ∗, ΙβΝ∗, _βΞ∗, ΙβΞ∗, _χΝ, _χΝ/,
ΙχΝ, ΙχΝ/, _χΞ, ΙχΞ, _χΞ/, ΙχΞ/, _Ν., Ιχ., _Ν./, ΙΝ./ ,
_Ξ., ΙΞ., _Ξ./, ΙΞ./
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,#1∀96/(∀6 (∗.6∋∀ #%:∃6/);6
_Ι, _Ι(1), _ , _ (:)
χ%∋66 #%:3%.)∗8 ∀)]%35∗ς∀8 %. %.∋∗/18Α #3∀56)6)∀8 Χ(∗≅∗));Α 5∗3%( ,β #3∀∃6:6)∗ ∃ 3∗≅:6∋6 3.4.
⊥% Β "∗[ "[ 8 2ν6--%∀(2ν"
θ&∀∃Ψ: 142103, Η,ΨΨ5Ρ, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ ,
∗. ,&,∋ Ψ_, 1∋ . Λ∀,445χ_(Ρ, 11
8∃∋∃δ,4: (495)502-78-83; 502-78-82
μ(_Ψ: (495)502-78-85; 502-78-93
Δ,& Ψ3Ρ75 &∋Ρ Ο,Ψ_,3Ψ_,⊥ ,Ω∋(ΨΞ5 8-27, &∋Ρ &∀1∗5∴ ∀∃∗5,4,3 8-4967
8∃∋∃δ,4: 63-60-38; 63-60-33
E-mail: cabel@podolsk.ru ; kabel@podolsk.ru ;
www.podolskkabel.ru
Ι∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗, :6>/1∃ΧΠε∗8 )∗ #36:#3∀81∀∀, /%%1∃61/1∃Χ61 136.%∃∗)∀85 56Ω:Χ)∗3%:)%=%
/1∗):∗31∗ ISO 9001 ∀ ∀5661 /631∀]∀(∗1; /%%1∃61/1∃∀8, ∃;:∗));6 =%∋∋∗):/(%> ]∀35%> "βΛΓΘ" ∀ 56Ω:Χ)∗3%:)%>
%3=∗)∀≅∗ς∀6> #% (∗96/1∃Χ "IQNet" ∃ 1998 =%:Χ ∀ #%:1∃63Ω:θ));6 ∃ 2001 ∀ ∃ 2003 =%:∗Α.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6
ΣΣΖ, ΣΣΖ≅, ΣΣΖ-Ν, ΣΣΖ-Ν)=, ΣΣΖ)=, ΣΣΖ≅)=, ΣΣΖ)=-LS, ΣΣΖ)=-
FRLS, ΣΣΖΚ)=-FRLS, Σχ.κ∃, Σχ.κ∃)=, Σχ.κ∃)=-LS, Σβ.κ∃,
Σβ.κ∃)=, ΝΝΖ)=-HF, Νχ.Ν)=-HF, Ν∃Ν)=(Θ)-ΞF, Ν∃Ν)=(A)-FRHF,
Ν∃Σ)=(A)-FRLS, ΝΝΖ)=-FRHF, ΝΝΖΚ)=-FRHF, Ν∃ΝΖ)=-FRHF,
Ν∃ΝΖΚ)=-FRHF
β∗.6∋∀ (%)13%∋2);6
βΣΣΖ, βΣΣΖ≅, βΣΣΖΚ, βΣΣχ.Ζ, βΣχ.κΣ, βΣΣΖ)=, βΣΣΖΚ)=,
βΣχ.κ∃)=, βΣΣΖ)=-FRLS, βΣΣΖΚ)=-FRLS, βΣΣΖ)=-LS,
βΣΣΖΚ)=-LS, βΣβ.κ∃, βΣβ.κ∃)=, βΝ%ΝΚ)=-HF, βΝ%ΝΚ)=-FRHF,
βΝ%ΚΝΚ)=-HF, βΝ%ΚΝΚ)=-FRHF, βΝΝΖ)=-FRHF,
βΝΝΖΚ)=-FRHF, βΝΝΖ)=-HF, βΝΝΖΚ)=-HF, βΝχ.Ν)=-HF
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6
Γβκ, ΓβΚβκ∃, ΓβΚβκ∃)=, ΓβΚκΣ, ΓβΚκΣ)=, ΓβΚκΣ)=-HF,
ΓβΚκΣ)=-LS, ΕΝκΚ( ΕΝκ(, ΖΛΕ_Θ-βΣ, ΖΛΕ_Θ-βΣβ, ΖΛΕ_Θ-
βΣ)=, ΖΛΕ_Θ-βΣβ)=, ΖΛΕ_Θ-βΣ)=-LS, ΖΛΕ_Θ-βΣβ)=-LS, ΖΛΕ_Θ-
βΝ/)=-LS, ΖΛΕ_Θ-βΝ/β)=-LS, ΖΛΕ_Θ-βΝ)=-HF, ΖΛΕ_Θ-βΝβ)=-
HF, ΖΛΕ_Θ-βΝ/)=-HF, ΖΛΕ_Θ-βΝ/β)=-HF
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
β∗.6∋∀ :∋8 #%=3ΧΩ);Α ∴∋6(13%)∗/%/%∃
βΝχΝ-90, βΝχβ-90, βΝχ(β-90, βΝχ(Ν-90, βΝ/ΝχΝ-120,
βΝ/Νχβ-120, βΝ/Νχ(Ν-20, βΝ/Νχ(β-120, βΝ/Ν#χΝ-120,
βΝ/Ν#χβ-120, βΝ/Ν#χ(Ν-120, βΝ/Ν#χ(β-120, βΝ/ΝχΝ-130,
βΝ/Νχβ-130, βΝ/Νχ(Ν-130, βΝ/Νχ(β-130, βΝ/ χΝ-150,
βΝ/ χβ-150, βΝ/ χ(Ν-150, βΝ/ χ(β-150
β∗.6∋∀ Χ#3∗∃∋6)∀8
βΖΣΣ, βΖΣΚΣ, βΖΣχ.Σ, βΖΣΣ)=-FRLS, βΖΣΚΣ)=-FRLS,
βΖΣχ.Σ)=-FRLS, βΖΣΣ)=-LS, βΖΣΚΣ)=-LS, βΖΣχ.Σ)=-LS,
βΝΖΣΣ, βΝΖΣΚΣ, βΝΖΣΣ)=-FRLS, βΝΖΣΚΣ)=-FRLS,
βΝΖΣΣ)=-LS, βΝΖΣΚΣ)=-LS, βΝΚΝ)=-HF, βΝΚΝ)=-FRHF,
βΖΝΚΝ)=-HF, βφΖΝΝ)=-HF, βφΖΝΝΚ)=-HF, βφΖΝΝ)=-HF,
βφΖΝΝΚ)=-HF, βφΖΝΝΚΝ)=-HF, βφΖΝΚΝ)=-HF, βφΖΚΝΝ)=-HF,
βφΖΚΝΝΚ)=-HF, βφΖΚΝΝΚΝ)=-HF, βφΖΣΣ, βφΖΣΚΣ, βφΖΣΣΚ,
βφΝΣ, βφΝΣ-Ν, βφΝΣ-Ν5, βφΝΚΣ, βφΝΚΣ-Ν, βφΝΚΣ-Ν), βΝΣχ,
βΝΣ, βΝΣ-Ν), βΝΣ-Ν, βφΖΣΣ, βφΖΣΣΚ, βφΖΣΚΣ, βφΖΣΣ)=-LS,
βφΖΣΚΣ)=-LS, βφΖΣΚΣ)=-LS
β∗.6∋∀ 5∗∋%=∗.∗3∀1);6
βΓΝΚΣ, βΓΝΣΚ, βΓΝΣΚΣ, βΓΝΚΣ, βΓΝΚΣΚ, βΓΝΚΣΚΣ,
βΓΝ∃Σ)=-FRLS, βΓΝ∃ΣΚ)=-FRLS, βΓΝ∃ΣΚΣ)=-FRLS,
βΓΝ∃ΚΣ)=-FRLS, βΓΝ∃ΚΣΚ)=-FRLS, βΓΝ∃ΚΣΚΣ)=-FRLS,
βΓΝΣ)=-LS, βΓΝΣΚ)=-LS, βΓΝΣΚΣ)=-LS, βΓΝΚΣ)=-LS,
βΓΝΚΣΚ)=-LS, βΓΝΚΣΚΣ)=-LS,
β∗.6∋∀ ∀≅563∀16∋2);6
βΝΚ Υ)=-HF, βΝΚ ΥΞΖ-FRHF
Θ∃∀∗#3%∃%:∗
χΝΣγ, χΝΣγΓ, χΝΣγΚ, χΝΣγΓΚ, χΝ_,, χΝ_,Κ, χΝ_,φΚ,
βΓΣ, βΝγΓ, βΝΚγΓ, βΝγΓφ, ΓΖκΣ, ΓΖκΣΚ, ΓΖκΣΚΣ,
ΓΖΣκ-1, ΓΖκΣΚ-1, ΓΖκΣΚΣ-1, Γ_Ν,Κ, ΓΖ_Ν,, ΓΖ_Ν,Κ,
ΓΝΓ, ΓΝΓΚ, ΓΝβΓ, ΓΝβΓΚ, ΓΝΓφ, ΓΝΓφΚ, ΓΝβΓφ,
ΓΝβΓφΚ, ΓΝ,, ΓΝ,Κ, ΓΝ,φ, ΓΝ,φΚ, ΓΙ Ν, ΓΙ ΝΚ,
Γγ Ν, Γγ ΝΚ, ΓγΝ, ΓΝγΚ, ΝΣγ -1, ΝΣγ Κ-1, ΝΣΓΝ-2,
ΝΣΓΝ-2,5, ΝΣΓΝ-4
β∗.6∋∀ 5%)1∗Ω);6
ΞΣ, ΞΣΚ, ΞΣΓ, ΞΣΚΣ, ΞΣΚΣ)=-LS, βΓΓ, βΓΓς, κ,Ση, κΖΚΙ
Ν3%∃%:∗ Χ/1∗)%∃%9);6 ∀ ∗∃1%13∗(1%3);6
ΝΣ 1, ΝΣ 3, ΝΣ 4, ΝΝΣ, ΝΝΣη, ΝΣΘ, ΝΖΣΘ
Ν3%∃%:∗ %.5%1%9);6 :∋8 #%=3ΧΩ);Α ∃%:%≅∗#%∋)6));Α
∴∋6(13%:∃∀=∗16∋6>
ΝΣ_Ν, ΝΣ_Ν, ΝΝ -Σ-100, Ν_ΝΣ, ΣΝΝ, ΣΝΝφ, ΝΝΣΝ, ΝΝΣΓ,
βΣΣ, βΣΝΣ, βΣΣ-Ν
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ 50-2-11, Εβ 50-2-13, Εβ 50-2-16, Εβ 50-3-13, Εβ 50-7-11,
Εβ 50-7-15, Εβ 50-9-11, Εβ 50-9-12, Εβ 50-11 -11, Εβ 50-11 -13,
Εβ 75-2-13, Εβ 75-4-11, Εβ 75-4-12, Εβ 75-4-15, Εβ 75-4-16,
Εβ 75-7-11, Εβ 75-7-12, Εβ 75-7-15, Εβ 75-7-16, Εβ 75-9-12,
Εβ 75-9-13, Εβ 75-13-11, Εβ50-2-18 )=-HF, Εβ 50-2-19Hr-HF,
Εβ 50-4-17Hr-HF, PK 75-1-13Hr-HF, Εβ 75-2-14Hr-HF, Εβ 75-2-1
.)=-HF, Εβ 75-4-17Hr-HF, Εβ 75-4-1 Κ)=-HF, Εβ75-7-17ΞΖ-ΞΕ,
Εβ 100-7-1 .)=-HF, βΣ -1, βΣ -2, ΕΓΝΣΞ
Ν3%∃%:∗ ∀ ⊥)Χ3; %/∃61∀16∋2);6
κΣΣΝ, κΣΝ-2, κΣγ, ΝΣΙ, κΣ,, ΝφΞΝ, ΝφΖΞΝ
β∗.6∋∀, #3%∃%:∗ ∀ ⊥)Χ3; 16∋6]%));6 ∀ /∃8≅∀
ΙβΣ, ΙβΣ-1, ΙΚβ, ΙΚβ-1, ΣΙΚβ, ΣΙΚβ-1, ΕΣκΚ-1, ΕΣκΚ-5,
ΙΣ, ΝβΙΣ, ΕΣ, ΕΝ, ΝΕΝΝΓ, κ γ, κΙΓ, Ν-2745
β∗.6∋∀ ∀ #3%∃%:∗ :∋8 =6%]∀≅∀96/(∀Α 3∗.%1
βΙΝΣ, βφΝΣ, ΖΙΝ
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% "[ΟΓΛΝΓ:Η>≅ς"
θ&∀∃Ψ: 180680, ∗. Ψ_,3, 1∋. θ∋+(74(Ρ, 3
ΕΞ&∃∋ +(∀_∃Ξ54∗(
8∃∋.: (8112) 791807, 791811
μ(_Ψ: (8112) 791828
ΕΞ&∃∋ ΨΩβΞ(
8∃∋.:(8112)791806,791808
μ(_Ψ:(8112)791827
E-mail: common@pskovkabel.ru
www.pskovkabel.ru
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ξ6∀≅%∋∀3%∃∗));6 #3%∃%:∗
Θ,ΘΙ,Γ,ΓΖ
Ν3%∃%:∗ %.5%1%9);6 (3Χ=∋;6 (56:);6)
ΝΙ_, ΝΙ_β , ΝΙ_ , ΝΚ ΣΙ_, ΝΙ_-γ, ΝΙ_β, ΝΙ_ -γ, Νχ
Ν3%∃%:∗ %.5%1%9);6 #385%Χ=%∋2);6 (56:);6)
ΝΚ Ι_, ΝΝΥΝβ- , ΝΝΥΝβ-1, ΝΝΥΝβ-2, ΝΝΥΝβ-3, ΝΙγ_β ,
ΝΙ_, ΝΙ_-γ, ΝΙ_-1, ΝΙ_ , ΝΙ_ -γ, ΝΙ_β , ΝΙ_β -γ, ΝΙ_β,
ΝΙ_β-γ, ΝΚ ΣΝ, ΝΚΚΥΝ-1-155, ΝΚΚΥΝ-2-155, ΝΚ ΣΙ_,
ΝΚ ΣΙ_ , ΝΚ Ι_β , Νχ
Ν3%∃%:∗ %.5%1%9);6 :∋8 #%=3ΧΩ);Α ∴∋6(13%:∃∀=∗16∋6>
ΝΝ -Σ-100, ΝΣ_Ν, ΝΚΝ -Σ-100
Ν3%∃%: %.5%1%9);> / #∋6)%9)%> ∀≅%∋8ς∀6> (Du pont)
ΝΝ∀φ, ΝΝ∀φ5
Ν3%∃%:∗ %.5%1%9);6 (3Χ=∋;6 (∗∋Π5∀)∀6∃;6)
ΘΝΙ_, ΘΝχ
Ν3%∃%:∗ %.5%1%9);6 #385%Χ=%∋2);6 (∗∋Π5∀)∀6∃;6)
ΘΝΙγ_,ΘΝΙ_,ΝΚΘΝ-155,ΘΝχ
Σ;/%(%9∗/1%1);6 #3%∃%:∗
γΚΝ, γΚγ_, γΚγ,
Ν3%∃%:∗ %.5%1%9);6 / ∴5∗∋6∃%-∃%∋%()∀/1%> ∀≅%∋8ς∀6>
ΝΚγ,
Ν3%∃%:∗ %.5%1%9);6 ∃;/%(%9∗/1%1);6 /
∴5∗∋6∃%> ∀≅%∋8ς∀6>
γΚΞβ
β∗.6∋∀ /∀∋%∃;6, (%)13%∋2);6 (∗∋Π5∀)∀6∃;6)
ΘΣΣΖ(%Ω)-1(Σ, ΘΣχ.κ∃-0,66(Σ, ΘΣχ.κ∃-1(Σ, ΘΣΣΖ-)=,
ΘΣχ.κ∃-)=, ΘΣΣΖ-0,66(Σ, ΘΣΣΓ(Σ, ΘΣΣΖ(%Ω)-0,66(Σ
Ν3%∃%:∗ /∃8≅∀, 16∋6]%));6
ΝΕΝΝΓ, ΝΕΝΣΓ, ΕΝ, ΝβΙΣ, κ γ
Ν3%∃%:∗ /%6:∀)∀16∋2);6
⊥∃#, ⊥∃∃#, #∃/
β∗.6∋∀ /∀∋%∃;6, (%)13%∋2);6 (56:);6)
ΣΣΖ(%Ω)-0,66(Σ, ΣΣΖ(%Ω)-1(Σ, Σχ.κ∃-0,66(Σ, Σχ.κ∃-1(Σ,
ΣΣΖ-)=, Σχ.κ∃-)=, ΣΣΖ-0,66(Σ, ΣΣΖ-1 (Σ, βΣΣΖ
Ν3%∃%:∗ Χ/1∗)%∃%9);6 ((3Χ=∋;6)
ΘΝΣ, ΝΣ-1.ΝΣ-3, ΝΣ-4, ΝΖΣΘ
Ν3%∃%:∗ 5%)1∗Ω);6
ΞΣΓ-3-600, ΞΣΓ-4-600, ΞΣ-3-600, ΞΣ-4-1000, ΞΣ-5-1000,
ΞΣ-1-1000, ΞΣΓ-1-1000, ΞΣΓ-3-1000, ΞΣΓ-4-1000, ΞΣΓ-1-600,
ΞΣ-1-600, ΓΖκΣ, ΞΣ-3-1000, ΞΣ-4-600, ΞΣ-5-600
Ν3%∃%:∗ Χ/1∗)%∃%9);6 (#∋%/(∀6)
ΝΝΣ.ΘΝΝΣ
Κ5∗∋2#3%∃%:∗ (56:);6)
ΝΚΣγ, ΝΚΣ γ-1-155, ΝΚΣ γ-2, ΝΚ -155, ΝΚ -200, ΝΚλ_-180,
ΝΚΣ γ-1, ΝΚ Σ-1 ;2, ΝΚ -180, ΝΚ _-180, ΝΚ β_ (IEC) 317-37,
ΝΚΣ γ-2-155
Κ5∗∋2#3%∃%:∗ (∗∋Π5∀)∀6∃;6)
ΝΚΚΘ-155, ΝΚΚΘ-130
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θ&∀∃Ψ: Η,ΨΨ5Ρ, 152916, υ∀,Ψ∋(3Ψ_(Ρ ,Ω∋(ΨΞ ,
∗. ΗβΩ54Ψ_, ς∀,Ψς∃_Ξ 50-∋∃Ξ5Ρ Ε_ΞΡΩ∀Ρ, 60
8∃∋./δ(_Ψ (4855) 29-77-77, 20-94-20, 29-78-90
e-mail: rkz@rkz.ru
www.rkz.ru
Π/∃/∋∃8:
;;; "Ν8θ/&>%%∋θ∗∃≅-⊥" - =/∃/∋∃ 7 ,. ⊥∀>%7∋
111024, Ο,Ψ_3(, 0,ΨΨ∃ φ4Ξ175(ΨΞ,3, &.5, ,δ5Ψ 611.
Ξ∃∋./δ(_Ψ:(495) 589-25-79 (+4,∗,_(4(∋ 4β⊥)
e-mail: rk-m@rk-m.ru
μ5∋5(∋ 3 ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗
191040, ∗. Β(4_Ξ- ∃Ξ∃∀Ω1∀∗,
Μ5∗,3Ψ_5⊥ ς∀,Ψς∃_Ξ, &. 50, ,δ5Ψ 8
Ξ∃∋/δ(_Ψ (812) 331-89-43
e-mail: rkz.piter@mail.ru
;;; "Ν8θ/&>%%∋θ∗∃≅-∴∀&" - =/∃/∋∃ 7 ,. Ν∀>)∀7-&∋-∴∀&2
344090, ∗. Η,ΨΞ,3-4(-Ν,41, ς∃∀. Ο(054,ΨΞ∀,5Ξ∃∋ 4β⊥, &.11,
Ξ∃∋/δ(_Ψ (863) 223-10-27, 223-10-28, 223-10-37, 223-10-38
e-mail: rkz.don@mail.ru
;;; "Ν8θ/&>%%∋θ∗∃≅-χ%∋)∗-/&θ2-," - =/∃/∋∃ 7 ,. χ%∋)∗-/&θ2-,
ς∃∀∃1∋,_ >5_,∋ Ψ_5⊥, 1 (Λ(7( "Γ,∀,& 2000").
Ξ∃∋/δ(_Ψ (343) 379-55-63
e-mail: rkz@ural.ru
Ν36:#3∀81∀6 ∀5661 /631∀]∀ς∀3%∃∗))ΧΠ #% ISO 9001:2000 /∀/165Χ (∗96/1∃∗. β∗96/1∃% #3%:Χ(ς∀∀ #%:1∃63Ω:6)%
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;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6
βΖ, βΖ- γ, βΖ- , βΖΞ, β,Ζ ∀ :3.
β∗.6∋∀ /∀∋%∃;6 ∀ (%)13%∋2);6
ΘΣΣΖ, ΣΣΖ, βΣΣΖ, ΘΣΣΖ)=-LS, ΣΣΖ)=-LS, βΣΣΖ)=-LS, ΘΣΣΖ-≅,
ΣΣΖ-≅, ΘΝ∃ΣΖ, Ν∃ΣΖ, Θ#∃χ.κ#, Ν∃χ.κ#, ΘΝ∃χ.κ∃, Ν∃χ.κ∃
∀ :3.
Ν3%∃%:∗ :∋8 ∋∀)∀> ∴∋6(13%#636:∗9 ∀≅%∋∀3%∃∗));6
ΙΥΝ-2, ΙΥΝ-2Θ ∀ :3.
Ν3%∃%:∗ ∀ ⊥)Χ3; /%6:∀)∀16∋2);6
ΝΣΙ, ΝΕΙ, κΣΣΝ, κΕ,∀:3.
β∗.6∋∀ /Χ:%∃;6
βΞΕ, βΞΕΚβ, ΞΕκΓ, ΞΖΕκΓ, ΓΚΕκΓ, βΞΕΝ, βΓΝΣ, βΓΝΣΚ,
βΓΝΚΣΚ ∀ :3.
β∗.6∋∀ Χ#3∗∃∋6)∀8
βφΝΕ(Σ), βφΝΚΕ(Σ), βφΝΚΕ(Σ))=-1_ ΝΣβλ,, ΝΝΙ Γ, βΕκφ,
βΕκφΚ, βφΖΣΣ ∀ :3.
Ν3%∃%:∗ :∋8 ∴∋6(13%13∗)/#%31∗
ΝΝΙΕΓ,, ΝΝΙΕΣΓ, βΝΙΕΣΓ, ΝΙ ∀ :3.
Ν3%∃%:∗ 1635%/1%>(∀6 / (365)∀>%3=∗)∀96/(%> ∀≅%∋8ς∀6>
ΝΖΕ, ΝΖΕ,, ΕβΖΓ, ΝΕβΘ, ΝΣβΣ ∀ :3.
Θ∃1%- ∀ ∗∃∀∗#3%∃%:∗
ΝΖΣΘ, ΝΣΘ, ΝΣΘΓ, χΝΣγ, χΝΣγΚ ∀ :3.
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΝΣ, ΝφΞΝ, ΝφΖΞΝ, ΘΝΝΣ, ΝΝΣ ∀ :3.
Ν3%∃%:∗ %.5%1%9);6 / ∴5∗∋6∃%> ∀≅%∋8ς∀6>
ΝΚ Σ-2, ΝΚ -155, ΝΚΣ γ, ΝΚ β_, WO-210, ΝΚ _-2-200 ∀ :3.
Ν3%∃%:∗ %.5%1%9);6 /% /16(∋%∃%∋%()∀/1%> ∀≅%∋8ς∀6>
ΝΙ_ , ΝΙ_β , ΝΙγ_ , ΘΝΙ_, ΝΚ ΣΙ_, ΝΚ Ι_ ∀ :3.
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"#ΕΗΔΩΟΓι≅>ΓΑΒΛΓ:Η>≅ς"
θ&∀∃Ψ: 152914, υ∀,Ψ∋(3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. ΗβΩ54Ψ_, 1∋. 8,∋Ω1∴54(, 33
8∃∋. (4855) 288-988, 288-999
8∃∋./δ(_Ψ (4855) 280-448
e-mail: mail@rec-pvc.ru
www.rec-pvc.ru
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6>
ΘΣΣΖ, ΣΣΖ, ΣΣΖ)=
β∗.6∋∀ (%)13%∋2);6
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ΘβΣΣΖΚ)=
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Εβ (∃ 1%5 9∀/∋6 (3Χ#);Α =∗.∗3∀1%∃ :% 17-%=%),
ΝΕΝΝΓ, Ν-274Γ
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΘΝΣ, ΘΝΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΝφΞΝ, ΝφΖΞΝ
Ν3%∃%:∗ /%6:∀)∀16∋2);6
ΝΣΙ (:% 10 552), κΣΝ", κΣΣΝ
⊥% "6:Θ:ΒΟΓ:Φ Γ:Η>≅ςΩ:Φ ΓΛΘΚ:ΩΔΦ"
θ&∀∃Ψ:443022, ∗. Β(+(∀(, 1∋. Δ(Ω∃∋ 4(Ρ &.9
8∃∋.: (846) 279-12-10 (+4,∗,_(4(∋ 4β⊥), 228-23-45, 955-17-17
μ(_Ψ: (846) 955-22-00, 955-08-24, 228-22-35
e-mail: post-office@samaracable.ru
www.samaracable.ru
Ι∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ ηΘ, "Ιββ" /%%1∃61/1∃Χ61 136.%∃∗)∀85 3%//∀>/(∀Α ∀ 56Ω:Χ)∗3%:);Α /1∗):∗31%∃
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∀≅%∋8ς∀6>
ΓβΙΘκ#, ΓβΙΘχ#, ΓβΙΘχ#κ#, ΓβΙΘχ#Ζ, ΓβΝ#ΘκΝ,
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ηβΘβ#κ#, ηβΘβ#κ#5
β∗.6∋∀ 56/1)%> /∃8≅∀ ∃;/%(%9∗/1%1);6
βΙΝΝ, βΙΝΝχ, βΙΝηΝ, βΙΝηΝχ
β∗.6∋∀ ∃;/%(%9∗/1%1);6 :∋8 ς∀]3%∃;Α /616> /6∋2/(%> /∃8≅∀ βΙΝ#Ν, βΙΝ#ηΝ, βΙΝ#ΣχΝ, βΙΝ#Νχ, βΙΝ#ηΝχ, βΙΝ#ΣχΝχ
β∗.6∋∀ /∃8≅∀ )∀≅(%9∗/1%1);6
ηΝΘκ#, ηΝΘχ#, ηΝΘχ#κ#
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βΣΣΖ, βΣΣΖΚ, βΣΣχ, βΣΣχΖ, βΣχ.κ∃, ΘβΣΣΖ, ΘβΣΣΖΚ, ΘβΣΣχ,
ΘβΣΣχΖ, ΘβΣχ.κ∃, βΝΣΖ, βΝΣχ, βΝΣχΖ, βΝχ.κ∃, ΘβΝΣΖ,
ΘβΝΣχ, ΘβΝΣχΖ, ΘβΝχ.κ∃ , βΣΣΖ)=-LS, βΣΣΖΚ)=-LS
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443022, Η,ΨΨ5Ρ, Β(+(∀(, 1∋. Δ(Ω∃∋ 4(Ρ, 9
8∃∋./δ(_Ψ (846) 955-11-93, 955-09-63
E-mail: socc@soccom.ru
www.soccom.ru
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8∃∋.: (8342) 29-04-77, 29-04-08, δ(_Ψ: 29-04-22
e-mail: om@saranskkabel.ru
www.saranskkabel.ru
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θ&∀∃Ψ: Η,ΨΨ5Ρ, 430001, Η∃Ψς1Ω∋5_( Ο,∀&,35Ρ,
∗. Β(∀(4Ψ_, 1∋. ΒΞ∀,5Ξ∃∋ 4(Ρ, 3
8∃∋./δ(_Ψ: (8342) 47-38-13, 48-02-99,48-03-55
E-mail: optic@sarko.ru
www.sarko.ru
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8∃∋.: (812) 322-35-57 (,Ξ&∃∋ ς∀,&(α), 329-77-61 (,Ξ&∃∋ ς∀,&(α),
329-75-96 (ς∀5∃+4(Ρ)
E-mail: sko@sp.ru
www.sko.com.ru
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θ&∀∃Ψ: Η,ΨΨ5Ρ, 634003, ∗. 8,+Ψ_, 1∋. 10_54(, 46
8∃∋./δ(_Ψ: (3822) 65-25-65, 76-43-10, 76-19-29,
65-26-86, 77-45-16, 78-68-84
office@sibkabel.tomsk.ru
www.sibkabel.ru
∋()(∗), ( /0245&∗7(&2)-5&7∗
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β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀∋∀ 36≅∀)%∃%> ∀≅%∋8ς∀6> ΣΣΖ, ΣΣΖ≅Ω, ΣΣΖ≅, ΘΣΣΖ, ΘΣΣΖη, ΘΣΣΖ≅, ΘΣΕΖ, ΣΕΖ, ΘΞΕΖ, ΞΕΖ,
ΘΣΕχΖ, ΘΣΕχ, ΣΕχΖ, ΣΣχΖ, ΣΣχ, Σχ.κΣ, ΘΣΣΖ-ΞΖ, ΘΣΣΖ- γ,
ΘΣΣΖ-Ν, ΘΣχ.κ)=
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6 / 36≅∀)%∃%> ∀≅%∋8ς∀6>
β,Γ, βΝΖΙΞ, βΖ, βΖΚ, ΖΖΚ, βΖ- γ, βΖΞ
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6 ∴(3∗)∀3%∃∗));6 ⊥∗Α1);6
βΖΚκ, βΖΚκ5, βΖΚκΧ, βΖΚΙ, β,ΖΕΚκ, β,ΖΕΚκΣ, β,ΖΚκ,
βΖ#ΚΞκ
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6 ∴(3∗)∀3%∃∗));6 ∴(/(∗∃∗1%3);6
βΖΚ, βΖΚ- γ, βΖ#Κ, βΖ#Κ- γ, βΖΚΞ
β∗.6∋∀ /Χ:%∃;6
βΞΕ, ΞΕκΓ
β∗.6∋∀ (%)13%∋2);6 / #∋∗/15∗//%∃%> ∀ ∀∋∀ 36≅∀)%∃%>
∀≅%∋8ς∀6>
βΣΣΖ, ΘβΣΣΖ, βΣΣχΖ, βΣΣχ, βΣΣΖ≅, βΣΣΖΚ, βΣΣΖ)=, βΣΣΖΚ-ΞΖ,
βΣΣΖ- γ, βΣΣχ.κ∃, βΣΣχ.κ)=, βΕΣΖ, βΕΣχ, βΕΣχΖ, ΘβΣΣχ,
ΘβΣΣχΖ, ΘβΣΣ≅, ΘβΣΣΖ-)=, ΘβΣΣΖΚ-)=, ΘβΣΣΖ- γ, ΘβΣΣχ.κ∃,
ΘβΕΣΖ, ΘβΕΣχ, ΘβΕΣχΖ, ΘΣΣΖ-Ν
β∗.6∋∀ :∋8 Χ/1∗)%∃%( #%=3ΧΩ);Α ∴∋6(13%)∗/%/%∃
βΝχΝ-90, βΝχβ-90, βΝ#χΝ-120, βΝ#χβ-120, β∋Ν#χβ-120,
β∋Ν#χΝ-120
β∗.6∋∀ :∋8 #%=3ΧΩ);Α ∴∋6(13%)∗/%/%∃ 16#∋%/1%>(∀6
βΝ#χΝ-130-λΣ
Ν3%∃%:∗ %.5%1%9);6 :∋8 #%=3ΧΩ);Α ∴∋6(13%)∗/%/%∃
ΝΣ_Ν, ΝΚΣΣΝ
Ν3%∃%:∗ / #%∋∀∃∀)∀∋Α∋%3∀:)%> ∀≅%∋8ς∀6> :∋8 ∴∋6(13∀96/(∀Α
Χ/1∗)%∃%(
ΘΝΣ, ΘΝΝΣ, ΝΝΣ, ΝΣ-1, ΝΣ-3, ΝΣ-4
Ν3%∃%:∗ ∗∃1%13∗(1%3);6
ΝΖΣΘ, ΝΣΘ
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΣΝΣ, ΣΝΝ
Ν3%∃%:∗ =∀.(∀6 )6∀≅%∋∀3%∃∗));6
ΓΖ, ΝΓγΖ
Ν3%∃%:∗ #636)%/);6 / 36≅∀)%∃%> ∀≅%∋8ς∀6>
κΝΚΝ- γ-Γ
Ν3%∃%: :∋8 ∃%≅:Χ⊥);Α ∋∀)∀> #636:∗9
Θ, ΘΙ
β∗.6∋∀ =%3%:/(∀6 16∋6]%));6
ΝΝ∴#, ΝΝ∴#η, ΝΣ, ΝΝ∴#χ, ΝΝ∴#χΖ
β∗.6∋∀ /∃8≅∀ ⊥∗Α1);6
β ΘΝΣ, β ΘΝΣ
β∗.6∋∀ 16∋6]%))%> /∃8≅∀
ΝΝκ∃, ΝΕΝΝΓ
β∗.6∋∀ :∋8 /13Χ(1Χ3∀3%∃∗));Α (∗.6∋2);Α /∀/165 /∃8≅∀
βΣΝ
Ν3%∃%:∗ 16∋6]%));6 3∗/#36:6∋∀16∋2);6
ΕΝ
Ν3%∃%: :∋8 #3%5;⊥∋6));Α ∃≅3;∃);Α 3∗.%1
ΣΝ
κ)Χ3; /%6:∀)∀16∋2);6
κΣΝ, κΕ,, κΣΣΝ
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Ν3%∃%:∗ ∀ (∗.6∋∀ :∋8 #%:∃∀Ω)%=% /%/1∗∃∗ 36∋2/%∃%=%
13∗)/#%31∗
ΝΝΙ ΣΓ, ΝΝΙ ΣΓ-1.βΝΝΙ ΣΓ
κ)Χ3 :∋8 ⊥∗Α1);Α =%∋%∃);Α ∗((Χ5Χ∋81%3);Α /∃61∀∋2)∀(%∃ ΘκΝ
Ν3%∃%:∗ %.5%1%9);6 ∃;/%(%9∗/1%1);6
γΚΝ
Ν3%∃%:∗ 5%)1∗Ω);6
ΞΣ, ΞΣΓ
Ν3%∃%: (3%//%∃;>
ΝβΙΣ
Ν3%∃%:∗ .;1%∃%=% )∗≅)∗96)∀8
ΝφΞΝ, ΘΝφΞΝ
Ν3%∃%:∗ ⊥∋∗)=%∃;6
ΝΣΙ, ΝΕΙ
Ν3%∃%:∗ %.5%1%9);6 / ∴5∗∋6∃%> ∀ /16(∋%∃%∋%()∀/1%>
∀≅%∋8ς∀6>
ΝΚ Σ-1, ΝΚ Σ-2, ΝΚ -155, ΘΝΙ_, ΝΙ_ , ΝΚ Ι_ ∀ :3.
, "6 θ⊥--%∀(2ν"
θ&∀∃Ψ: Η∃Ψς1Ω∋5_( Λ∃∋(∀1Ψ , 210602, ∗. .5Ξ∃ΩΨ_,
ς∀,Ψς∃_Ξ μ∀147∃, 833
8∃∋./δ(_Ψ: +(375) 212-24-33-84, +(375) 212-24-82-12
e-mail: info@sk.by
www.sk.by
Ξ∗ ≅∗∃%:6 ∃)6:36)∗ /∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ /%=∋∗/)% 56Ω:Χ)∗3%:);5 /1∗):∗31∗5 ΥΙ, 9001:2000.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
,#1∀96/(∀6 (∗.6∋∀ :∋8 #3%(∋∗:(∀ ∃ =3Χ)16 ∀ (∗.6∋2)%>
(∗)∗∋∀≅∗ς∀∀
,βχ, ,βχΞ, ,βχ- , ,βχγ, ,βχη, 0βχ2-Γ, ,βΙ, ,βΙΞ, ,βΙγ,
,βΙ-
,#1∀96/(∀6 (∗.6∋∀ :∋8 #3%(∋∗:(∀ ∃ #∋∗/15∗//%∃;>
13Χ.%#3%∃%:
,β, ,βΞ, ,βη, ,βη-Γ
,#1∀96/(∀6 (∗.6∋∀ #%:∃6/);6
,β/, ,β/Ν, ,β /Ν , ,βΘ, ,βΘ , ,βΘγ
χ%∋66 #%:3%.)∗8 ∀)]%35∗ς∀8 %. %.∋∗/18Α #3∀56)6)∀8 Χ(∗≅∗));Α 5∗3%( ,β #3∀∃6:6)∗ ∃ 3∗≅:6∋6 3.12.
⊥% "0Β:ΩΟΝΛΓ"
249028, Δ(∋1αΨ_(Ρ ,Ω∋., Λ,∀,3Ψ_5⊥ ∀-4,
∗. :∀+,∋54,, 1∋. Ο,∋,&∃α4(Ρ, 1
8∃∋/δ(_Ψ: (48438) 68-519 &,Ω. 111 (,Ξ&∃∋ +(∀_∃Ξ54∗(),
(495) 363-4619
E-mail: zakaz@transvoc.ru
Α-∗6>)∋7/)∗∃≅>)7∀ 7 ⊥∀>%7∗:
8∃∋/δ(_Ψ: (495) 145-41-33, 729-36-85
E-mail: info@transvoc.ru , market@transvoc.ru
www.transvoc.ru
Ξ∗ ηΘ, " ΕΘΞΙΣ,β" :6>/1∃Χ61 /∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ #36:#3∀81∀8, (%1%3∗8 /631∀]∀ς∀3%∃∗)∗ ∃
56Ω:Χ)∗3%:)%5 (TUV CERT, Ζ635∗)∀8) ∀ )∗ς∀%)∗∋2)%5 (Θ(∗:65∀8 /1∗):∗31∀≅∗ς∀∀, 5613%∋%=∀∀ ∀ /631∀]∀(∗ς∀∀, =.
Γ%/(∃∗) %3=∗)∗Α /631∀]∀(∗ς∀∀ /∀/165 (∗96/1∃∗ )∗ /%%1∃61/1∃∀6 136.%∃∗)∀85 56Ω:Χ)∗3%:)%=% /1∗):∗31∗ DIN EN
ISO 9001:2000 ∀ )∗ς∀%)∗∋2)%=% Ζ,Ι Ε ΥΙ, 9001-2001.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
,#1∀96/(∀6 (∗.6∋∀
,βχ, ,βη, ,βΓΙ, ,βΝ, ,βΓ
Ν%:3%.)∗8 ∀)]%35∗ς∀8 %. %.∋∗/18Α #3∀56)6)∀8 Χ(∗≅∗));Α 5∗3%( ,β #3∀∃6:6)∗ ∃ 3∗≅:6∋6 3.7.
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% "⊥:ΝΛ= "/ΤΝ:οΓ:Η>≅ς"
θ&∀∃Ψ: 428022, ∗. Α∃Ω,_Ψ(∀β, Δ(Ω∃∋ 4β⊥ ς∀,∃7&, 7
θ&+545ΨΞ∀(χ5Ρ 7(3,&(: Ξ∃∋.: (8352) 63-17-51, δ(_Ψ: 64-08-02
e-mail: kabel@cable.chtts.ru
Δ,++∃∀[∃Ψ_5⊥ χ∃4Ξ∀: Ξ∃∋.: (8352) 63-16-54, δ(_Ψ: 66-50-01
e-mail: msm@cable.chtts.ru
www.chuvashcable.ru
Ι∀/165∗ (∗96/1∃∗ #36:#3∀81∀8 /631∀]∀ς∀3%∃∗)∗ )∗ /%%1∃61/1∃∀6 136.%∃∗)∀85 Ζ,Ι Ε ΥΙ, 9001-2001
(ΥΙ, 9001:2000). η∗/∋Χ=∀ #36:#3∀81∀8 ∃ %.∋∗/1∀ (∗96/1∃∗ %15696); #365∀6> Ν36≅∀:6)1∗ δΧ∃∗⊥/(%> Ε6/#Χ.∋∀(∀.
Γ)%=∀6 ∀≅:6∋∀8 #36:#3∀81∀8 %15696); :∀#∋%5∗5∀ "100 ∋Χ9⊥∀Α 1%∃∗3%∃", "Γ∗3(∗ (∗96/1∃∗ δΧ∃∗⊥∀∀". Ξ∗9∗1;
3∗.%1; #% #%:=%1%∃(6 #36:#3∀81∀8 ( /631∀]∀(∗ς∀∀ )∗ /%%1∃61/1∃∀8 136.%∃∗)∀85 ΥΙ, 14000.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ν3%∃%:∗ ∴5∗∋∀3%∃∗));6
ΝΚΣ γ-1.ΝΚΣ γ-2, ΝΚ Σ-1, ΝΚ Σ-2, ΝΚΣ γΧ, ΝΚ ΣΓ,
ΝΚλ-155, ΝΚ -155, ΝΚ -200, ΝΚ _-180
Ν3%∃%:∗ %.5%1%9);6
γΚΝ, γΚΝβ,, γΚΝκ_, ΝΣ_Ν, ΝΚΣΣΝ
β∗.6∋∀ 3∗:∀%9∗/1%1);6 (%∗(/∀∗∋2);6 %.;9)%> 16#∋%/1%>(%/1∀ Εβ50, Εβ75
β∗.6∋∀ 3∗:∀%9∗/1%1);6 (%∗(/∀∗∋2);6 16#∋%/1%>(∀6
Εβ50, Εβ75, Εβ100
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ 75-1,5-31; Εβ 75-3,4-31 (32) - ∗)∗∋%= RG59/U;
Εβ 75-4,3-31(32) - ∗)∗∋%= RG6/U; Εβ 75-3-39 - ∗)∗∋%= RG59;
Εβ 75-5-35 - ∗)∗∋%= RG6, Εβ 50, Εβ 75
β∗.6∋∀ (%5.∀)∀3%∃∗));6
βΣ,Ι-Σ1, βΣ,Ι-Σ2, βΣ,Ι-φ1, βΣ,Ι-φ2
Ν3%∃%:∗ 16∋6]%));6
ΝΕΝΝΓ, ΝΕΝΣΓ, ΕΝ, ΝβΙΣ
Ν3%∃%:∗ .%31%∃;6
ΓΙ, ΓΙ(Κ), ΓΙΚ,, ΓΖ λ, ΓΖ λΚ, ΓΝ,, ΓΝ,Κ, ΓΝ, ΓΝΚ,
χΥλΞ, χΥλΚΞ, χΥλΚηΞ, Γβ(Κ), ΓΖλ(Κ), ΓΖγλ(Κ)
Ν3%∃%:∗ 5%)1∗Ω);6
ΓΙ, ΓΙ(Κ), ΓΙΚ,, ΓΖκΣ(Κ), ΞΣ(Κ), ΞΣΓ(Κ), κ,Ση, ΓβΣ(Κ)Σ,
ΓβΣΚφ, ΓβΝΚΝ, ΓβλΚλ, Γβ(Κ)κ, ΣΝλ, ΣΝλΧ
Ν3%∃%:∗ /∀∋%∃;6 :∋8 ∴∋6(13∀96/(∀Α Χ/1∗)%∃%(
ΝΣ1.ΝΣ2, ΝΣη.ΘΝΣ, ΣΝΝ, Νγ
Ν3%∃%:∗ /∀∋%∃;6 .;1%∃%=% )∗≅)∗96)∀8
ΝΣΣη, ΝφΞΝ, ΝφΖΞΝ, ΘΝφΞΝ
Ν3%∃%:∗ ∗∃1%13∗(1%3);6
ΝΖΣΘ, ΝΖΣΘΚ, ΝΖΣΘ_Χ, ΝΣΘ, ΝΣΘΓ, ΝΣΘΓ_Κ, Ν,ΖΣ
Ν3%∃%:∗ ∀ ⊥)Χ3; %/∃61∀16∋2);6
γΣΙ, ΝΣΙ), κΣγ, κΣΣΝ, κΣΣ , κΣΝ, ΝΝΣ, ΘΝΝΣ
Ι∀∋%∃;6 (∗.6∋∀ :∋8 /1∗ς∀%)∗3)%> #3%(∋∗:(∀
ΣΣΖ, ΣΣΖ-Ν, ΘΣΣΖ, ΘΣΣΖ-Ν
β∗.6∋∀ )∗=36∃∗16∋2);6
ΝΞΙΣ, ΝΞΙΝ, ΝΞΙλΚ5, βΞλΞλΚ, βΞΓΝΚΣ, βΞΞΝΚΣ,
βΞΞ5ΝΚΣ, βΞλΞλΚ, βΞΞ/ΝΚΣ, ΝΞΞλ/Κλ,
ΝΞΓλ/Κλ.ΝΞΙλ/Κλ, ΝΞΓλΚΣ, ΝΞΓλΚ5,
β∗.6∋2);6 /∀/165; ∴∋6(13%%.%=36∃∗ " 6#∋;> #%∋",
β∗.6∋2);6 /∀/165; ∴∋6(13%%.%=36∃∗ "Θ)1∀∋6:",
"β3;⊥∗ .6≅ /%/Χ∋6("
Ν3%∃%:∗ )6∀≅%∋∀3%∃∗));6 =∀.(∀6
Νο, ΘΓΖ, ΝΖγ, ΝΖ,γ
β∗.6∋∀ ∀ #3%∃%:∗ 3∗≅∋∀9)%=% )∗≅)∗96)∀8
βΙ-2, βΙ-2Γ, βΙ-3, βΙ-ηΓ, βΖλΘλ, βΖλΘΝ, βΖλΘΚ(Ν.λ), ΝΖ ,
ΝΓΝΥλ, ΝΓΝΙλ, βφλΚΣ, βΝΓΚ-Ν, ΝΓγ, ∋6)1∗ ≅∗Ω∀5)∗8
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
% "φ≅>ΓΑΒΛΓ:Η>≅ς" -Λ≅ςΡΤεΔΩΟΓΔΙ <:ΝΛ="
θ&∀∃Ψ: Η,ΨΨ5Ρ, 601785, ∗. Δ,∋ [1∗54,,
.∋(&5+5∀Ψ_(Ρ ,Ω∋(ΨΞ , 1∋. Δ. Ο(∀_Ψ(, 3
8∃∋.: (49245) 21-835, 93-830, 93-171, 93-172, 93-871, 93-870
μ(_Ψ: (49245) 20-650, 23-024, 22-131, 21-708
μ(_Ψ/(3Ξ,+(Ξ: (495) 926-93-72
E-mail: sbit@elcable.ru
www.elcable.ru
Ι∀/165∗ 56)6:Ω56)1∗ (∗96/1∃∗ )∗ #36:#3∀81∀∀ /631∀]∀ς∀3%∃∗)∗ #% Ζ,Ι Ε ΥΙ, 9001-2001. Σ/8 #3%:Χ(ς∀8 ,Θ,
"Κβη" /631∀]∀ς∀3%∃∗)∗ #% /∀/1656 %.8≅∗16∋2)%> ∋∀.% :%.3%∃%∋2)%> /631∀]∀(∗ς∀∀ ∃ /%%1∃61/1∃∀∀ /
136.%∃∗)∀85∀ Ζ%//1∗):∗31∗ Ε%//∀∀. Ν%91∀ 90 #3%ς6)1%∃ ∃;#Χ/(∗65%> #3%:Χ(ς∀∀ /631∀]∀ς∀3%∃∗)% )∗
/%%1∃61/1∃∀6 136.%∃∗)∀85 .6≅%#∗/)%/1∀ ∃ /∀/1656 Ζ,Ι Ε ∀ ∃ %.∋∗/1∀ #%Ω∗3)%> .6≅%#∗/)%/1∀. ,Θ,
"Κ∋6(13%(∗.6∋2" β%∋29Χ=∀)/(∀> ≅∗∃%:" ∗((36:∀1%∃∗)% ΕΘ, "ΛΚΙ Ε%//∀∀", ∀5661 ∋∀ς6)≅∀Π Ζ%/∗1%5)∗:≅%3∗
Ε%//∀∀, /631∀]∀(∗1; ",. %:%.36)∀∀ 1∀#%∃%=% ∀≅:6∋∀8" Ε%//∀>/(%=% Ε69)%=% Ε6=∀/13∗ ∀ Γ%3/(%=% Ε6=∀/13∗.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6 :∋8 /1∗ς∀%)∗3)%> #3%(∋∗:(∀
ΣΣΖ, ΣΣΖ)=, ΣΣΖ≅, ΣΣΖ≅)=, ΘΣΣΖ, ΘΣΣΖ)=, ΘΣΣΖ≅, ΘΣΣΖ≅)=,
ΣΣΖ-Ν, ΣΣΖ)=-Ν, ΘΣΣΖ-Ν, ΘΣΣΖ)=-Ν, Σχ.κ∃, ΘΣχ.κ∃, Σχ.κ)=,
ΘΣχ.κ)=, ΣΣχ, ΣΣχΖ, ΘΣΣχ, ΘΣΣχΖ, ΣΣΖ)=-LS, ΘΣΣΖ)=-LS,
Σχ.κ∃)=-LS, ΘΣχ.κ∃)=-LS, ΣΣΖ- γ, ΘΣΣΖ- γ, NYM-J, NYM-O,
NYY, NAYY-J, βΖΣΣ, βΖΣΣΞΖ, βΖΣΚΣ, βΖΣΚΣΞΖ, Ν∃ΣΖ, ΘΝ∃ΣΖ,
Ν∃χ.κ∃, ΘΝ∃χ.κ∃, Ν∃χ.κ#, ΘΝ∃χ.κ#, ΘΝ∃Σ)=(Θ)- LS,
Ν∃Σ)=(Θ) -LS, Ν∃Ν, Ν∃ΝΧ, ΘΝ∃Ν, ΘΝ∃ΝΧ, Ν∃Σ, ΘΝ∃Σ,
Ν∃Σ)=-1_8(Σ), AneBHr-LS(B), ΘΝΣΖ, ΣΣ≅χ, ΣΣ≅χΖ, ΘΣΣ≅χ,
ΘΣΣ≅χΖ
β∗.6∋∀ ∀ #3%∃%:∗ /∀∋%∃;6 :∋8 )6/1∗ς∀%)∗3)%> #3%(∋∗:(∀ βΖ, βΖ- γ, βΖΞ, βΝΖΞ , β,Ν, βΕκΙ, βΕκφ, βΖΚκ-1140,
βΖΚ- γ-6, βΖΚ-6, ΕΝκ, ΕΝκΓ, ΕΝκΚ, ΕΝκΚΓ
β∗.6∋∀ (%)13%∋2);6
βΣΣΖ, βΣΣΖ- , βΣΣΖ)=, βΣΣΖ)=- , ΘβΣΣΖ, ΘβΣΣΖ)=- , βΣΣΖΚ,
βΣΣΖΚ- , ΘβΣΣΖΚ, βΣΣΖΚ)=, βΣΣΖΚ)=- , ΘβΣΣΖΚ)=,
ΘβΣΣΖΚ)=- , βΣΣΖ≅, ΘβΣΣΖ≅, βΣΣΖ≅)=, βΣΣΖ≅)=- , ΘβΣΣΖ∴)=,
ΘβΣΣΖ∴)=- , βΣχ.κ∃, βΣχ.κ)=, βΣχ.κ)=- , ΘβΣχ.κ∃,
ΘβΣχ.κ)=, ΘβΣχ.κ)=- , βΣΣχ, βΣΣχΖ, ΘβΣΣχ, ΘβΣΣχΖ,
βΣχΣ)=-LS, βΣΣΖ- γ, ΘβΣΣΖ- γ, βΣΣΖΚ- γ, ΘβΣΣΖΚ- γ,
ΘβΣΣΖ≅- γ, βΣΣΖ≅- γ, βΣΣχ- γ, βΣΣχΖ- γ, ΘβΣΣχ- γ,
βΣχ.κ∃- γ, ΘβΣχ.κ∃- γ, βΣΣΖ)=-LS, βΣΣΖΚ)=-LS, βΖΣΣ,
βΖΣΣΞΖ, βΖΣΚΣ, βΖΣΚΣΞΖ
β∗.6∋∀ ∀ #3%∃%:∗ /∃8≅∀ (16∋6]%));6)
ΝΝ∴#, Ν#Ν, ΝΝ∴#η, Ν#Νη, ΝΝ∴#1, ΝΝ∴#χ.κ#.
Ν#Νχ.κ#, ΝΝ∴#ηχ.κ#, ΝΝ∴#χ.κ#-Z, ΝΝ∴#ηχ.κ#-Z,
Ν#Νηχ.κ#, ΝΝ∴#χ, ΝΝ∴#χΖ, Ν#ΝχΖ, Ν#ΝηχΖ,
Ν#Νηχ, Ν#Νχ, ΝΝ∴#ηχ, ΝΣ, ΝΣ)=, ΙΣ, ΙΣ)=, Ζ, χ,
χΖ, ηΖ, ηχ, ηχΖ, βΙΝΝ, βΙΝηΝ, βΙΝΝ1, βΙΝηΝ1, βΙΝ#Ν,
βΙΝ#ηΝ, βΙΝ#χ.κ#, βΙΝ#ηχ.κ#, βΣΝΝ∴#η, βΣΝΝ∴#ηχ.κ#,
βΣΝΣ∴#, ΞΣΝ, ΞΣΝ#, ΞΣΝΚ, ΙχΝΧ, ΙχηΝΧ, ΙχΣΖ)=, ΙχΣΖ,
ΙχΣχΖ, ΙχΣχΖ)=, ΙχΣχ.κ∃)=, ΙχΝχ.κ∃, ΙχΝχ.κ#,
ΙχηΝχ.κ∃, ΙχηΝχ.κ#, ΙχΝχΖ, ΙχΝχ, ΙχηΝχΖ, ΙχηΝχ,
ΓβΙΖ, ΓβΙχ, ΓβΙχΖ, ΓβΙΖκ#, ΓβΙχκ#, ΕΝ, ΝΕΝΓ, ΝβΙΣ,
Ν 274 Γ, Ν Νμ
Ν3%∃%:∗ /∀∋%∃;6 :∋8 ∴∋6(13∀96/(∀Α Χ/1∗)%∃%(
ΝΝΣ, ΝΣ1, ΝΣη, ΝΣ4, ΘΝΝΣ, ΘΝΣ, ΞΣΓ, ΞΣ, ΝΣ6-3, ΝΣ.-η#,
ΝΣΚ#-Γ, ΘΣ , ΘΣ Σ, ΘΣ φ
β∗.6∋∀ /Χ:%∃;6
βΞΕ, βΞΕΚ, βΞΕ(, βΞΕΚ(, ΞΕκΓ
β∗.6∋∀ ∀ #3%∃%:∗ :∋8 #%:∃∀Ω)%=% /%/1∗∃∗
ΝΙ5, ΝΙ5- , ΝΝΙΕΣΓ, ΝΝΙΕΓ, ΝΝΙΣ, βΝΙΕΣΓ, βΝΙΕΓ,
ΝΕΓ , ΝΕΝΙ , βΕΝΙ
Ν3%∃%:∗ )6∀≅%∋∀3%∃∗));6 =∀.(∀6
ΝΘχ, ΓΖ, ΓΘ, Νο
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Ν3%∃%:∗ :∋8 ∃%≅:Χ⊥);Α ∋∀)∀> ∴∋6(13%#636:∗9∀
Θ, ΘΙ, ΙΥΝ-1, ΙΥΝ-1Θ, ΙΥΝ-2, ΙΥΝ-2Θ, ΙΥΝ-3
Ν3%∃%:∗ ∀ ⊥)Χ3; 3∗≅∋∀9)%=% )∗≅)∗96)∀8
ΝΣΙ, ΝΣΙ), ΝΕΙ, ΝΕΙ), ΝΕΓ, ΝΕΓ), κΣΝ, κΣΝ), ΣΝΝ
Ν3%∃%:∗ .;1%∃%=% )∗≅)∗96)∀8
ΝφΞΝ, ΝφΖΞΝ
Ν3%∃%:∗ )∗=36∃∗16∋2);6
ΝΞΝμ, ΝΞΣμ, ΝΞΙΣ
Ν3%∃%:∗ 36∗(1%3);6
ΝχΕΘΣ, ΝχΕΘ
κ)Χ3; :∋8 ⊥∗Α1);Α =%∋%∃);Α /∃61∀∋2)∀(%∃
ΘκΝΣ, ΘκΝΣΓ
"φ≅ΔΓΟ--:Η>≅ς"
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3,
1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ.
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
E-mail: info@elixcable.ru
www.elixcable.ru
Ν36:/1∗∃∀16∋2/1∃% ∃ =. β∗≅∗)∀ ,,, "Κ∋∀(/-β∗.6∋2 β":
=. β∗≅∗)2, 420088, Χ∋. 1-∗8 Σ∋∗:∀5∀3/(∗8, 106. 6∋. (8432) 72-97-38. E-mail: elixcable@mail.ru
Ι631∀]∀(∗1 /%%1∃61/1∃∀8 #% Ζ,Ι Ε ΥΙ, 9001-2001/ISO 9001:2000.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
,#1∀96/(∀6 (∗.6∋∀ :∋8 5∗=∀/13∗∋2);Α /616>
_Ν,, ΙΝ,, _Θ,, ΙΘ,, _Νγ, ΙΝγ, _Θγ, ΙΘγ, _ΝΙ, ΙΝΙ, _ΘΙ,
ΙΘΙ, _Ν_, _ΝΓ, _Ν2, _Θ2
,#1∀96/(∀6 (∗.6∋∀ :∋8 5∗=∀/13∗∋2);Α /616> (#%:∃6/);6) _Ν, / 13%/%5, _Ν
,#1∀96/(∀6 (∗.6∋∀ :∋8 ∋%(∗∋2);Α /616>
,Σ, Κβχ-χΙκ, Κβχ-χ_κ, Κβχ-χ_βκ (Duplex Breakout),
Κβχ-χΝΕ (Distribution)
β∗.6∋∀ 16∋6]%));6 ∗.%)6)1/(∀6 ⊥∗Α1);6
ΚβΙ- ΘΙ, ΚβΙ- ΘΙΚ, ΚβΙ - ΘΙ≅, ΚβΙ- ΘΙ.
Γ6:);> (∗.6∋2 :∋8 ΙβΙ (LAN- (∗.6∋∀)
ΖΣΝΣ-5, ΓΣΝΣ-5, κΣΝΣ-5, ΖΣΝΣΚ-5, ΓΣΝΣΚ-5, κΣΝΣΚ-5,
ΖΣΝΣΚ/Κ-5, ΓΣΝΣΚ/Κ-5, ΓΣΝηχκ#-5, ΓΣΝηχκ#Κ-5,
ΓΣΝηχκ#Κ/Κ-5, ΖΣΝΣ-5 / 13%/%5, ΖΣΝΣΚ-5 / 13%/%5,
ΖΣΝΣΚ/Κ-5 / 13%/%5, ΖΣΝΣ-6
χ%∋66 #%:3%.)∗8 ∀)]%35∗ς∀8 % (∗.6∋8Α 16∋6]%));Α ∗.%)6)1/(∀Α ⊥∗Α1);Α #3∀∃6:6)∗ ∃ 3∗≅:6∋6 2.6.6., % (∗.6∋8Α
:∋8 ΙβΙ ∃ 2.6.10, %. %#1∀96/(∀Α (∗.6∋8Α ∃ 3∗≅:6∋6 3.3.
∗-[ "φ≅≅ΔΚΟ"
θ&∀∃Ψ: Η,ΨΨ5Ρ 107023, ∗. Ο,Ψ_3(, 1∋. Λ,∋ 0(Ρ Β∃+∃4,3Ψ_(Ρ, 40
8∃∋./δ(_Ψ (495) 725-87-47
E-mail: ellips@proc.ru
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ :∋8 #%=3ΧΩ);Α )6]18);Α ∴∋6(13%)∗/%/%∃
βΝΓ-χΝ
Ν3%∃%:∗ %.5%1%9);6
ΝΚΝ-155
χ%∋66 #%:3%.)∗8 ∀)]%35∗ς∀8 % #3%∃%:6 ΝΚΝ-155 #3∀∃6:6)∗ ∃ 3∗≅:6∋6 2.13.5, % (∗.6∋6 βΝΓ-χΝ ∃ 2.14.5.
#%⊥8(2 6: 6(7∗Φ97.∗∃&+∗ ∗ 67?∃∀9Γ∗1∗ 1∀3&+;<74 6(7.>1Ε∗∗
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⊥% "⊥:ΝΛ= "φΩ>ΒεΛΓ:Η>≅ς"
ιθΕ "Ο8Μ "φ4∃∀∗,∀∃∗5,4_,+ς∋∃_Ξ"
θ&∀∃Ψ ιθΕ "ι(3,& "φ4∃∀∗,_(Ω∃∋ ": 142455, Η.μ., Ο,Ψ_,3Ψ_(Ρ ,Ω∋.,
>,∗54Ψ_5⊥ ∀(⊥,4, ∗. φ∋∃_Ξ∀,1∗∋5, 1∋. ,∋∃3(Ρ, &.10
8∃∋./δ(_Ψ (49651) 3-10-74, 3-15-12
θ&∀∃Ψ ιθΕ "Ο8Ν "φ4∃∀∗,∀∃∗5,4_,+ς∋∃_Ξ":
130030, ∗. Ο,Ψ_3(, 1∋. Β1ε∃3Ψ_(Ρ, &,+ 8/12
8∃∋./δ(_Ψ (495) 258-99-58, 978-08-63, 978-27-89,
973-34-98, 258-99-49
E-mail: erc@erc.ru
ηΘ, "η∗∃%: "Κ)63=%(∗.6∋2" ∀5661 Ι631∀]∀(∗1 Ι%%1∃61/1∃∀8 Ι∀/165; 56)6:Ω56)1∗ (∗96/1∃∗ 136.%∃∗)∀85
Ζ,Ι ΕΥΙ, 9001-2001.
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6>*
ΘΣΣΖ, ΣΣΖ, ΘΣΣΖ)=-LS, ΣΣΖ)=-LS,, ΘΣΣΖ-#, ΣΣΖ-#, ΘΣχ.κ∃,
ΣΣχ.κ∃, ΘΣχ.κ∃)=-LS, Σχ.κ∃)=-LS
β∗.6∋∀ (%)13%∋2);6*
βΣΣΖ, βΣΣΖΚ, βΣχ.κ∃, βΣχ.κ∃)=-LS, βΣΣΖ)=-LS, βΣΣΖΚ)=-LS,
Ν3%∃%:∗ Χ/1∗)%∃%9);6*
ΘΝΣ, ΝΣ.ΘΝΝΣ, ΝΝΣ
Ν3%∃%:∗ /%6:∀)∀16∋2);6*
ΝΣΙ, κΣΣΝ
Ν3%∃%:∗ )∗=36∃∗16∋2);6*
ΝΞΙΣ
β∗.6∋∀ /∀∋%∃;6 / .Χ5∗Ω)%> ∀≅%∋8ς∀6>
Ιχ, ΘΘχ∋, ΘΙχ ∀ :3.
β∗.6∋∀ =%3%:/(∀6 16∋6]%));6
ΝΝ∴#, ΝΝ∴#η ∀ :3.
β∗.6∋∀ /∀=)∗∋2)%-.∋%(∀3%∃%9);6
ΙχηΝΧ, ΙχΣΖ, ΙχηΝΘχ#κ# ∀ :3.
*Σ;#Χ/(∗61/8 )∗ ηΘ, "η∗∃%: "Κ)63=%(∗.6∋2"
"%ΝΑιΓ"
θ&∀∃Ψ: 142184, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Δ∋5+,3Ψ_,
1∋. Λ∃∀∃α_,3Ψ_5⊥ ς∀,∃7&, &. 17
8∃∋. (495) 540-32-48
8∃∋./δ(_Ψ (495) 540-32-49
e-mail: awtek@bk.ru
,]∀ς∀∗∋2);> :∀∋63 ,,, "ΕΚβ", ,,, "ββη"
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ 75, Εβ 50, RG-59, RG-58, RG-6, RG-11U, RG-8X,
βΣ -2, ηΙ 2V, SAT-50, SAT-703
Ν3%∃%:∗ /∃8≅∀
ΕΝ, Ν-274-Γ, κ γΝ, ΝΕΝΝΓ
β∗.6∋∀ ∀ #3%∃%:∗ /∃8≅∀ (/∀=)∗∋2);6, 5∀(3%]%));6,
(%5#2Π163);6)
βΓΓ, βΙΝΣ, βΙΝΚΣ, βΙΝΣΖ, UTP-5e, UTP-5, FTP-5e, FTP-5,
βΣβ-Ν-2, κΙΚΓ, κΣΚΣ, κΖΚΙ
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6>
NYM, ΣΣΖ, ΣΣΖ-Ν, ΣΣΖ-Ν )=, ΘΣΣΖ, ΘΣΣΖ-Ν, ΘΣΣΖ (3.
β∗.6∋∀ /∀∋%∃;6 =∀.(∀6
βΖ
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΝΣ-1, ΝΣ-3, ΝΝΣ, ΝφΞΝ, ΝφΖΞΝ, κΣΣΝ, ΘΝΣ, ΘΝΝΣ, ΘΝφΞΝ
Ν3%∃%:∗ /%6:∀)∀16∋2);6
ΝΣΙ, κΣΣΝ, κΕ,, ΝΕΙ
Ν3%∃%:∗ 1635%/1%>(∀6
ΕβΖΓ (ΝΖΕ,), ΝΣβΣ
Ν3%∃%:∗ ∗(Χ/1∀96/(∀6
κΣΝ-Γ, Speaker
Θ(/6//Χ∗3;
β∗.6∋2-(∗)∗∋;, =%]3%⊥∋∗)= / ≅%):%5, (36#6Ω =%]3;,
13Χ.∗ Ω6/1(∗8 ΝΣ
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346
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
"%02%6" ι≅>ΓΑΒΛΑ>ΞΩΔΡ>ΟΓ:Φ ΓΛΘΚ:ΩΔΦ
θ&∀∃Ψ: 127644, Ο,Ψ_3(, 1∋. Μ,Ω4∃4Ψ_(Ρ, &. 21, ,δ. 305
8∃∋.: (495) 517-15-34
8∃∋./δ(_Ψ: (495) 485-95-02, 485-50-90
e-mail: atlastpk@atlastpk.ru
www.atlastpk.ru
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΝΣ-1, ΝΣ-3, ΝΝΣ, ΝφΞΝ, ΘΝΣ, ΘΝΝΣ, ΘΝφΞΝ, ΝΣΙ, κΣΝ,
ΝφΖΞΝ, κΣΣΝ
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6>
NYM, ΣΣΖ, ΣΣΖ)=, ΣΣΖ)=-ls, ΘΣΣΖ, ΘΣΣΖ)=, ΘΣΣΖ)=-ls, Σχ.κ∃,
Σχ.κ)=, ΘΣχ.κ∃
β∗.6∋∀ ∀ #3%∃%:∗ /∀∋%∃;6 =∀.(∀6
βΖ, ΕΝκ
β∗.6∋∀ (%)13%∋2);6
βΣΣΖ, βΣΣΖ∴, βΣΣΖ)=.βΣχ.κ∃, ΘβΣΣΖ
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ, RG
Ν3%∃%:∗ ∃;∃%:);6
ΝΕβΘ, ΝΖΕβ, ΣΝΝ
Ν3%∃%:∗ 1635%/1%>(∀6
ΕβΖΓ,ΝΣβΣ
β∗.6∋∀ 3∗:∀%9∗/1%1);6 (%5.∀)∀3%∃∗));6
βΣβ, ββΙΣ, ββΙΝ
β∗.6∋∀ 5%)1∗Ω);6
ΓβΚκ, Γβκ, ΓΖκΣ
Ν3%∃%: .%31%∃%>
χΝΣγ
β∗.6∋∀ :∋8 #%Ω∗3)%> /∀=)∗∋∀≅∗ς∀∀
βΝΙΣΣ, βΝΙΣΚΣ
Ν3%∃%:∗ )∗=36∃∗16∋2);6
ΝΞΙΣ
Ν3%∃%:∗ /∃8≅∀
Ν Νμ, ΕΝ, Ν-274, κ γΝ, βΙΝΣ, ΝΕΝΝΓ, UTP, FTP
Ν3%∃%: :∋8 ∃%≅:Χ⊥);Α ∋∀)∀> ∴∋6(13%#636:∗9∀
ΙΥΝ
β∗.6∋∀ 16∋6]%));6
ΝΝ, ΙΣ
"⊥β,-- ∗0%-0"
θ&∀∃Ψ: 129343, Ο,Ψ_3(, ς∀,∃7& Β∃∀∃Ω∀Ρ_,3(, &. 14 "Γ"
8∃∋.: (495) 180-02-42, 517-05-16, 771-23-41
μ(_Ψ: (495) 258-82-29
E-mail: info@zvicom.ru
www.zvicom.ru
;>&∀7&∋Β 5∋-∀Ι&∋Β &∀5∗&%∃∋)2-∋
Ν3%∃%:∗ Χ/1∗)%∃%9);6
ΝΣ-1, ΝΣ-3, ΝΝΣ, ΝφΞΝ, ΘΝΣ, ΘΝΝΣ, ΝΣΙ, ΝφΖΞΝ,
κΣΣΝ, ΝΕΙ
β∗.6∋∀ /∀∋%∃;6 / #∋∗/15∗//%∃%> ∀≅%∋8ς∀6>
NYM, ΣΣΖ, ΣΣΖ)=, ΣΣΖ-HrLS, ΘΣΣΖ, Σχ.κ∃, ΘΣχ.κ∃
β∗.6∋∀ ∀ #3%∃%:∗ /∃8≅∀
βΓΓ, βΙΝΣ, βΣβ, ΝβΙΣ, ΕΝ, βΙΝΣΖ, UTP, FTP, κΖΚΙ,
βΓΣΣ, βΓΣΚΣ, ΝΝ∴#, ΝΕΝΝΓ
β∗.6∋∀ 3∗:∀%9∗/1%1);6
Εβ, RG-6, SAT-50
β∗.6∋∀ 5%)1∗Ω);6
ΓβΚκ
Ν3%∃%: .%31%∃%>
χΝΣγ
Ν3%∃%:∗ 1635%/1%>(∀6
ΕβΖΓ, ΝΖΕ,
Ν3%∃%:∗ ∗(Χ/1∀96/(∀6
κΣΝ-Γ
Θ(/6//Χ∗3;
β∗.6∋2);> (∗)∗∋, 13Χ.∗ Ω6/1(∗8, =%]3∀3%∃∗))∗8 13Χ.∗,
561∗∋∋%3Χ(∗∃
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347
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
-ΛΘΚ:ΩΔΦ "∗ΛΒ=Γ:Η>≅ς"
θ&∀∃Ψ: 109088, ∗. Ο,Ψ_3(,
1∋. φ(∀5_,ς,&05ς45_,3Ψ_(Ρ, &. 22, ΨΞ∀. 1
8∃∋./δ(_Ψ: (495) 107-01-40,107-21-40,
107-26-45, 363-98-41, 746-67-47
E-mail: sales@nordcable.ru
www.nordcable.ru
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0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
SOLVAY PADANAPLAST S.p.A.
Via Paganina 3 - 43010 Roccabianca (Parma) - ITALY
phone: +39-0521-5291 -fax: +39-0521-870427
e-mail: info.padanaplast@solvay.com
Internet: http://www.padanaplast.com , www.solvayplastics.com
Α-∗6>)∋7/)∗∃≅>)7∀ 7 Λ 0
Η,ΨΨ5Ρ, 119334, Ο,Ψ_3( 1∋. .(35∋,3(, &. 24
8∃∋.: (7-495) 411 6912
μ(_Ψ: (7-495) 411 6914
URL: www.solvay.com
E-mail: Moscow.SolvayCIS@solvay.ru
Ω∗-5∀4∃∋>)/Ι&8∗ θ∗Δ,∋∃∀,∗&∀78∗ >∋5∀Δ∋)29∋ΡΦ/∗ %∀54∀Δ/Ε// (HFFR):
Ψ∃∀55 COGEGUM® AFR (&∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[_5 Ψ5∋,3β∴ 5 Ψ5∗4(∋ 4,-Ω∋,_5∀,3,[4β∴ _(Ω∃∋∃⊥)
Λ/∃∋&∀∃≅&∀->Σ/7∋∗58∗ %∀54∀Δ/Ε//: 4( ,Ψ4,3∃ γ∋(ΨΞ,+∃∀,3 Ψ∃∀55 Polidiemme® G , Ψ5∋(4,∋ -
4,-Ψ053(∃+β∃ Ω∃7∗(∋,∗∃4,3β∃ Ψ(+,7(Ξ1∴(6ε5∃ _,+ς,75χ55 (HFFR) Ψ∃∀55 COGEGUM® GFR
(&∋Ρ 57,∋Ρχ55 5 ,Ω,∋,[_5 Ψ5∋,3β∴ 5 Ψ5∗4(∋ 4,-Ω∋,_5∀,3,[4β∴ _(Ω∃∋∃⊥)
Λ∗-/Β >24∗-%∀&Ε∗&)-∋)∀7 Catalyst CT
(#%:3%.)∗8 16Α)∀96/(∗8 ∀)]%35∗ς∀8 #3∀∃6:6)∗ ∃ 3∗≅:6∋∗Α 1.5,1.6)
- 4[%∗,3 SOLVAY
SOLVAY S.A.
Α-∀/Δ7∀6/)∗∃/
ΠΩ;ΝΑ;]μ⊥χΝν
SOLVAY SOLEXIS S.p.A. Viale Lombardia, 20
20021 Bollate (MI) - Italy
Tel: +39 02 38351 Fax:+39 02 3835 2129
Internet: www.solvaysolexis.com
ΛΑχβΑ;]μ⊥χΝν
SOLVAY ADVANCED POLYMERS, L.L.C.
4500 McGinnis Ferry Road Alpharetta, GA 30005-3914 USA
Tel: +1.770.772.8200
Fax:+1.770.772.8454
Internet: www.solvayadvancedpolymers.com
Α-∗6>)∋7/)∗∃≅>)7∀ 7 Λ 0
Η,ΨΨ5Ρ, 105062, Ο,Ψ_3(, 1∋. Α(ς∋β∗54(, &. 11
8∃∋.: (7-495) 980 7947/980 7949
μ(_Ψ: (7-495)980 7948
URL: www.solvay.com
E-mail: Moscow.SolvayCIS@solvay.com
Π)∀-4∀∃/5∗-8: Ομθ/ μθ HYFLON, .Νμ SOLEF 5 HYLAR, φ<8μφ HALAR
Λ4∗Ε4∀∃/5∗-8: 4∀∃/∋5/6∀/5/6 TORLON , ς,∋5δ∃45∋Ψ1∋ δ,4 RADEL R
(#%:3%.)∗8 16Α)∀96/(∗8 ∀)]%35∗ς∀8 #3∀∃6:6)∗ ∃ 3∗≅:6∋6 1.7)
#%⊥8(2 7: 6(7∗Φ97.∗∃&+∗ ∗ 67?∃∀9Γ∗1∗ ∀∃&(∗∀+79 ∗ ∀1?&??>∀(79
354
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
- 4[%∗,3 TEIJIN TWARON
TEIJIN TWARON BV
Optical Fiber Cables Department Westervoortsedijk 73 P.O. Box 9600 6800 TC Arnhem The
Netherlands Phone: +31 26 366 54 44. Fax: +31 26 366 52 30
Α-∗6>)∋7/)∗∃≅ 4∀ ΝΠ - μ∃&,∀[∃4_, θ.Β.
127486, Ο,Ψ_3(, Δ,∀,354Ψ_,∃ 0., 10, ,δ5Ψ 319
8∃∋.: (495) 363-5327. μ(_Ψ: (495) 937-6135. E-mail: asf@centro.ru
Ψ-∋5/6&8∗ 7∀∃∀%&∋: TWARON, TECHNORA (&∋Ρ ,ςΞ5[∃Ψ_5∴ 5 &∀1∗5∴ Ξ5ς,3 _(Ω∃∋∃⊥)
(#%:3%.)∗8 16Α)∀96/(∗8 ∀)]%35∗ς∀8 #3∀∃6:6)∗ ∃ 3∗≅:6∋6 1.8)
Tyco Electronics Raychem N.V.
Ψ6-∗> 5∀>%∀7>%∀,∀ 4-∗6>)∋7/)∗∃≅>)7∋:
125315 Η,ΨΨ5Ρ ∗. Ο,Ψ_3(, Μ∃454∗∀(&Ψ_5⊥ ς∀-Ξ, 72, ,δ5Ψ θ807
8∃∋: (495) 721-1888, δ(_Ψ: (495) 721-1891
E-mail: michael.perov@tycoelectronics.com
Http://www.raychem-telecom.ru
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ 6∃Β ∀4)/Ι∗>%/9 %∋θ∗∃∗Χ:
- .,∋,_,44,-,ςΞ5[∃Ψ_5∃ +1δΞβ FOSC 400 Ξ∀∃∴ Ξ5ς,3: FOSC 400A4, FOSC 400B2 ∋5Ω, .4 5 FOSC 400D
- .,∋,_,44,-,ςΞ5[∃Ψ_(Ρ 1453∃∀Ψ(∋ 4(Ρ +1δΞ( FIST - GC02
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ 6∃Β %∋θ∗∃∗Χ >7ΒΔ/ > 5∗6&85/ Κ/∃∋5/:
- Ο1δΞβ XAGA &∋Ρ Ξ∃∋∃δ,44β∴ _(Ω∃∋∃⊥ XAGA-1000, XAGA-500
- Η∃+,4Ξ4β∃ Ξ∃∀+,1Ψ(α53(∃+β∃ +(4α∃Ξβ XAGA-SLVP(U)
- Η(73∃Ξ35Ξ∃∋ 4β∃ _,+ς∋∃_Ξβ .ΕΔ8, BOCL, SCOP
- Β,∃&545Ξ∃∋5 Tel-Splice
- Ο,&1∋5 Ψ∀(ε53(45Ρ AMP STACK III
- Ο,&1∋5 Ψ∀(ε53(45Ρ AMP STACK IV
⊥% "6ΝΦ<ςΟΑΒΛΙ=>Α:≅ς"
θ&∀∃Ψ: 109088, ∗. Ο,Ψ_3(, 1∋. οα4,ς,∀Ξ,3(Ρ, 7(
8∃∋: (495) 786-34-34
μ(_Ψ: (495) 786-34-32
www.ssd.ru
mail@ssd.ru
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ 6∃Β ∀4)/Ι∗>%/9 %∋θ∗∃∗Χ:
- Ο1δΞβ ,ςΞ5[∃Ψ_5∃ ∗,∀,&Ψ_5∃ Ξ5ς( ΟΕΓ, ΟΕΓ-Ο, ΟΕΓΞ-Ο, ΟΕΓ1-Ο
- Ο(∗5ΨΞ∀(∋ 4β∃ ,ςΞ5[∃Ψ_5∃ +1δΞβ Ξ5ς( Ο8ΕΔ, Ο8ΕΔ 96-O1-IV, Ο8ΕΔ 96B-O1-IV,
MTOK96B1-O1-IV
- Υ453∃∀Ψ(∋ 4β∃ ,ςΞ5[∃Ψ_5∃ +1δΞβ Ξ5ς( Ο8ΕΔ, Ο8ΕΔ 96/48, Ο8ΕΔ 9681, Ο8ΕΔ 968, Ο8ΕΔ
96/1928*, Ο8ΕΔ 96/19281*, Ο8ΕΔ 96/192818*, Ο8ΕΔ 96/216*
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ 6∃Β %∋θ∗∃∗Χ >7ΒΔ/ > 5∗6&85/ Κ/∃∋5/:
- Ο1δΞβ Ψ354χ,3β∃ ΟΒΒΕ, ΟΒΒΝ, ΟΒΗ, ΟΒ, ΟΒ8
- Ο1δΞβ ς,∋5γΞ5∋∃4,3β∃ Ξ5ς( ΟΗ 5 Ο
- Ο1δΞβ &∋Ρ +,4Ξ(α( 341Ξ∀57,4,3β∴ 5 Ψ∃∋ Ψ_5∴ _(Ω∃∋∃⊥ Ξ5ς( Ο8 5 Ο8Ε
- Ο1δΞβ ∗(7,4∃ς∀,45χ(∃+β∃ Ξ5ς( ΟΓ>ΟΨ 5 Υ.Γ>Ο
#%⊥8(2 7: 6(7∗Φ97.∗∃&+∗ ∗ 67?∃∀9Γ∗1∗ ∀∃&(∗∀+79 ∗ ∀1?&??>∀(79
355
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
"Tyco Electronics Raychem"
θ&∀∃Ψ Ο,Ψ_,3Ψ_,∗, ∀∃&ΨΞ(35Ξ∃∋ ΨΞ3(: Η,ΨΨ5Ρ 125315 Ο,Ψ_3(,
Μ∃454∗∀(&Ψ_5⊥ ς∀,Ψς∃_Ξ, 72, Εδ5Ψ 807
8∃∋.: (495) 72118 88. μ(_Ψ: (495) 72118 91
Α-∗6∃∋,∋∗) Τ∋θ∗∃≅&2Ρ ∋-5∋)2-2:
- Β5ΨΞ∃+1 Δ,4χ∃3β∴ +1δΞ 4( Ψ∀∃&4∃∃ 4(ς∀Ρα∃45∃ &, 35 _. POLT
- Β5ΨΞ∃+1 Β,∃&545Ξ∃∋ 4β∴ +1δΞ 4( Ψ∀∃&4∃∃ 4(ς∀Ρα∃45∃ &, 35 _. POLJ
- ∃∀∃∴,&4β∃ +1δΞβ TRAJ
⊥% "[2%60- 4"
Β(4_Ξ- ∃Ξ∃∀Ω1∀∗, 198323, .,∋∴,4Ψ_,∃ 0,ΨΨ∃,115, ∋5Ξ∃∀ ν,
8∃∋.: (812) 746 1761, δ(_Ψ: (812) 746 1140,
e-mail: plastcom@fiberoptic.ru
www.plastcom.spb.ru
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ:
- ι(ε5Ξ4β∃ ς∋(ΨΞ+(ΨΨ,3β∃ Ξ∀1Ωβ &∋Ρ ∋54∃⊥4β∴ Ψ,,∀1α∃45⊥ Ψ3Ρ75 ι 8, ι 8 >Γ
- Β,∃&545Ξ∃∋ 4(Ρ 5 _,4χ∃3(Ρ (∀+(Ξ1∀( &∋Ρ ι 8
"φ≅ΔΓΟ--:Η>≅ς"
θ&∀∃Ψ: Η,ΨΨ5Ρ, 143952, Ο,Ψ_,3Ψ_(Ρ ,Ω∋(ΨΞ , ∗. Η∃1Ξ,3,
1∋. 8∀(4Ψς,∀Ξ4(Ρ, 3∋(&. 7 Γ
8∃∋./δ(_Ψ: (495) 980-78-60 (+4,∗,_(4(∋ 4β⊥)
Email: info@elixcable.ru
Web: www.elixcable.ru
Ν36:/1∗∃∀16∋2/1∃% ∃ =. β∗≅∗)∀ ,,, "Κ∋∀(/-β∗.6∋2 β":
=. β∗≅∗)2, 420088, Χ∋. 1-∗8 Σ∋∗:∀5∀3/(∗8, 106. 6∋. (8432) 72-97-38. E-mail: elixcable@mail.ru
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ:
- φ41∀β ,ςΞ5[∃Ψ_5∃
- Ο∃&4β∃ ς(Ξ[-_,∀&β
- ΥΨΞ∀,⊥ΨΞ3( 7(_∋(&_5 _(Ω∃∋Ρ (ΥιΔ 5 +545 ΥιΔ)
0>≅>ΓΛΘΘΤΩΔΓ:ΖΔΛΩΩΕ> ΟΔΟΑ>ΘΕ
ιθΕ "ιΟ Η,ΨΨ5Ρ", 125445, Β+,∋ 4(Ρ 1∋. 24-Ν
Λ574∃Ψ-χ∃4Ξ∀ "Ο∃∀5&5(4"
8∃∋. +7 (495) 784 74 74. μ(_Ψ +7 (495) 784 74 75
telecom.ru@3M.com
www.3Mtelecom.ru
Α-∗6∃∋,∋∗) >∃∗62ΡΦ2Ρ 4-∀62%Ε/Ρ: _∀,ΨΨ,3,∃ ,Ω,∀1&,3(45∃ &∋Ρ χ5δ∀,3β∴ Ψ∃Ξ∃⊥, 57+∃∀5Ξ∃∋ 4β∃
ς∀5Ω,∀β, ∋54∃⊥4,-_(Ω∃∋ 4,∃ ,Ω,∀1&,3(45∃, ΨΞ∀1_Ξ1∀5∀,3(44β∃ _(Ω∃∋ 4β∃ Ψ5ΨΞ∃+β, 3,∋,_,44,-
,ςΞ5[∃Ψ_,∃ ,Ω,∀1&,3(45∃.
∀+Η∀9∗∃<-4 >1∀Φ∀∃&+;
356
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
%2λ%β,0∗φα π-%⊥%0(2ν
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
8
ΘΝ∃Ν
2.2.2, 2.2.3
:
Θ
2.8.5
ΘΝ∃Ν2=
2.2.2, 2.2.3
ΖΣΝΣ-5
2.6.10
ΘΘχ∋
2.2.1
ΘΝ∃Ν=
2.2.2, 2.2.3
ΖΣΝΣ-6
2.6.10
ΘΘχ2∋
2.2.1
ΘΝ∃ΝΧ
2.2.2, 2.2.3
ΖΣΝΣΚ-5
2.6.10
ΘΘχ∋Ζ
2.2.1
ΘΝΝΘ
2.13.1
ΖΣΝΣΚ/Κ-5
2.6.10
ΘΘχ2∋κ∃
2.2.1
ΘΝΝΣ
2.10
ΖΝΓΝ
2.14.4
ΘΘχ)∋Ζ
2.2.1
ΘΝΙ_
2.13.3
ΖΝΙΓΝ
2.14.4
ΘΘΖ
2.2.1
ΘΝΙ_β
2.13.3
ΖΝΙΓΝ,
2.14.4
ΘΘκ∃
2.2.1
ΘΝΙ_β
2.13.3
ΖΙΝ
2.14.4
ΘΘκ)=
2.2.1
ΘΝΙ_
2.13.3
<
ΘΣχ.κ∃
2.2.2
ΘΝΙγ_
2.13.3
_Θ2
3.1, 3.3, 3.5, 3.8
ΘΣχ.κ∃)=
2.2.2
ΘΝΙγ_
2.13.3
_Θ,
3.1, 3.3, 3.5
ΘΣχ.κ)=
2.2.2
ΘΝΙγ_β
2.13.3
_ΘΙ
3.1, 3.3, 3.5, 3.8
ΘΣχ.κ∃)=-LS
2.2.2
ΘΝΙγ_β
2.13.3
_Θγ
3.3
ΘΣχΣ)=-LS
2.2.2
ΘΙ
2.8.5
_χΖ
3.8
ΘΣΣχ
2.2.2
ΘΙβ
2.8.5
_χΞ
3.4
ΘΣΣχΖ
2.2.2
ΘΙβ∋
2.2.1
_χΞ/
3.4
ΘΣΣΖ
2.2.2
ΘΙβΝ
2.8.5
_χΝ
3.4
ΘΣΣΖ≅
2.2.2
ΘΙβΙ
2.8.5
_χΝ/
3.4
ΘΣΣΖ≅χΖ
2.2.2
ΘΙχ
2.2.1
_Ζ,
3.8
ΘΣΣΖ)=
2.2.2
ΘΙχ∋
2.2.1
_βΞ
3.4
ΘΣΣΖ)=-LS
2.2.2
ΘΙχ2∋
2.2.1
_βΝ
3.4
ΘΣΕχ
2.14.3
ΘΙχΣ)=-LS
2.2.1
_βΝ∗
3.4
ΘΣΕχΖ
2.14.3
ΘΙχ2∋Ζ
2.2.1
_βΞ∗
3.4
ΘΣΕΖ
2.14.3
ΘΙχΖ
2.2.1
_Ξ
3.4
ΘβΣχ.κ∃
2.3
ΘΙχ∋κ∃
2.2.1
_Ξ∗
3.4
ΘβΣχ.κ)=
2.3
ΘΙχ2∋κ∃
2.2.1
_Ξ.
3.4
ΘβΣΣχ
2.3
ΘΙχ)∋κ)=
2.2.1
_Ξ./
3.4
ΘβΣΣχΖ
2.3
ΘΙΖ
2.2.1
_,γ
3.5
ΘβΣΣχ6Ζ
2.3
ΘΙκ∃
2.2.1
_Ν
3.4
ΘβΣΣΖ
2.3
=
_Ν2
3.1, 3.3
ΘβΣΣΖ≅
2.3
χΥλ
2.14.7
_Ν∗
3.4
ΘβΣΣΖ)=
2.3
χΥλ-Ξ
2.14.7
_Ν.
3.4
ΘβΣΣΖΚ
2.3
χΥλΚ
2.14.7
_Ν./
3.4
ΘβΣΣΖΚ)=
2.3
χΥλΚ-Ξ
2.14.7
_Ν_
3.3
ΘβΝχΣχ
2.3
χΝΣγ
2.14.7
_Νγ
3.1, 3.3, 3.5, 3.8
ΘβΝχ.κ∃
2.3
χΝΣγΚ
2.14.7
_ΝΓ
3.1, 3.3, 3.5, 3.8
ΘβΝΣχΖ
2.3
χΝ_,
2.14.7
_Ν,
3.1, 3.3, 3.5, 3.8
ΘβΝΣΖ
2.3
χΝ_,Κ
2.14.7
_ΝΙ
3.1, 3.3, 3.5, 3.8
ΘβΕΣΖ
2.3
χλΙ
2.14.7
_Ν
3.1, 3.3, 3.5, 3.8
ΘβΕΣΖΚ
2.3
χλΚ
2.14.7
_Ι
3.4
ΘβΕΞΖ
2.3
>
_Ι(1)
3.4
AM
2.8.1
Σχ.κ∃
2.2.2
_
3.4
ΘΓΖ
2.8.4
Σχ.κ∃)=
2.2.2
_ (:)
3.4
ΘΓΖγ
2.8.4
Σχ.κ∃)=-LS
2.2.2
≅
ΘΞΕΖ
2.14.3
Σχ.κ)=
2.2.2
ηΘγΝ
2.9
Θ,Ιχ
2.2.1
ΣχΣ)=-LS
2.2.2
ηΘγΝ-Σ
2.9
Θ,ΙχΖ
2.2.1
ΣΣχ
2.2.2
ηβΘχ#
2.6.5
ΘΝχ
2.13.1
ΣΣχΖ
2.2.2
ηβΘχ#5
2.6.5
ΘΝχφ
2.13.1
ΣΣΖ
2.2.2
ηβΘβ#κ#
2.6.5
ΘΝΣ
2.1.0
ΣΣΖ≅
2.2.2
ηβΘβ#κ#5
2.6.5
ΘΝ∃Σ
2.2.2
ΣΣΖ≅χ
2.2.2
ηβΘκ#
2.6.5
ΘΝ∃Σ)=
2.2.2
ΣΣΖ≅χΖ
2.2.2
ηβΘκ#5
2.6.5
ΘΝΣΖ
2.2.2
ΣΣΖ)=
2.2.2
ηβΝ
2.6.5
ΘΝχ.κ∃
2.2.2
BBI"Hr(A)-FR
2.14.14
ηβΝ5
2.6.5
ΘΝ∃χ.κ∃
2.2.2
BBrHr(A)-FRLS
2.14.13
ηβΝχ
2.6.5
ΘΝ∃χ.κ#
2.2.2
BBF3Hr(Al-FRLS
2.14.13
ηβΝχ5
2.6.5
ΘΝ∃χ.κΥΘΞχ
2.2.2
ΣΝ
2.14.4
∀
ΘΝ∃χΣ)=-LS
2.2.2
ΣΝ#
2.14.4
βΣχ.κ∃
2.3
ΘΝ∃Σ
2.2.2, 2.2.3
ΣΝΣ
2.12
βΣχ.κ∃)=
2.3
ΘΝ∃ΣΖ
2.2.2
ΣΝΝ
2.12
βΣχ.κ)=
2.3
ΘΝ∃Σ)=
2.2.2, 2.2.3
ΣΕχ
2.14.3
βΣχ.κ)=-LS
2.3
ΘΝ∃Σ)=-LS
2.2.2, 2.2.3
ΣΕχΖ
2.14.3
KBBBHr(A)-FR
2.141.4
ΘΝ∃Ν)=-HF
2.2.2, 2.2.3
ΣΕΖ
2.14.3
βΣΣχ
2.3
∀+Η∀9∗∃<-4 >1∀Φ∀∃&+;
357
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
βΣΣχ.Ζ
2.3
βΓΝ∃ΚΣΚΣ)=-FRLS
2.141.3
βΝ/Ν#χ(β-120
2.14.5
βΣΣχΖ
2.3
βΓγΣΚΣΚΣ)=-LS
2.14.1
βΝ/Ν#χΝ-120
2.14.5
βΣΣΖ
2.3
βΞΓΙΞ
2.14.11
βΝ/Ν#χ(Ν-120
2.14.5
βΣΣΖ≅
2.3
βΞΓΙΙ
2.14.11
βΝ/ χβ-150
2.14.5
βΣΣΖ)=
2.3
βΞΓΙ2Ι
2.14.11
βΝ/ χ(β-150
2.14.5
βΣΣΖ)=-LS
2.3
βΞΕ
2.14.1
βΝ/ χΝ-150
2.14.5
βΣΣΖ)=-FRLS
2.14.13
βΞΕ(
2.14.1
βΝ/ χ(Ν-150
2.14.5
βΣΣΖ)=(A)-FR
2.14.14
βΞΕΝ
2.14.1
βΝΙΕΣΓ
2.14.2
βΣΣΖΚ
2.3
βΞΕΝ(
2.14.1
βΝΙΕΓ
2.14.2
βΣΣΖΚ)=
2.3
βΞΕφ
2.14.1
βΝΙ ΣΓ
2.14.2
βΣΣΖΚ)=-LS
2.3
βΞΕΚ
2.14.1
βΝΚΝ)=-HF
2.14.13
βΣΣΖΚ)=-FRLS
2.14.13
βΞΕΚ(
2.14.1
βΝΚΝ)=-FRHF
2.14.13
βΣβ
2.6.7
β,Ζ-1
2.2.4
βΕΣΖ
2.4
βΣβ.κ∃
2.3
β,ΖΕΚκ
2.2.4
βΕΣΖΚ
2.4
βΣΝ
2.6.10
βΝχ.κ∃
2.3
βΕΞΖ
2.4
βΣΝ.κ∃
2.3
βΝχ.Ν)= HF
2.3
βΕΝΙ
2.14.2
βΣ -1
2.6.7
βΝχβ 90
2.14.5
βΕκΙ
2.4
βΣ -2
2.6.7
βΝχ(β-90
2.14.5
βΕκΙ-Ν
2.4
βΖ
2.2.4
βΝχΝ-90
2.14.5
βΕκφ
2.4
βΖ (=3Χ≅%)6/Χε∀∀)
2.14.4
βΝχ(Ν-90
2.14.5
βΕκφΚ
2.4
βΖΣχ.Σ
2.4
βΝχΝ)=(Θ)^
2.14.14
βΙ-2
2.14.3
βΖΣχ.Σ)=-FRLS
2.14.13
βΝΣχ
2.3
βΙ-3
2.14.3
βΖΣχ.Σ)=-LS
2.141.3
βΝΣχΖ
2.3
βΙΝΣ
2.14.3
βΖΣΣ
2.4
βΝΣ
2.4
βΙΝηΝ
2.6.6
βΖΣΣ)=
2.4
βΝΣ-ΣΝ
2.6.10
βΙΝηΝχ
2.6.6
βΖΣΣ)=-FRLS
2.14.13
βΝΣΚ-ΣΝ
2.6.10
βΙΝηΝ1
2.6.6
βΖΣΣ)=-LS
2.4
βΝΣΚ,-ΣΝ
2.6.10
βΙΝΝ
2.6.6
βΖΣΚΣ
2.4
βΝΣΖ
2.3
βΙΝΝχ
2.6.6
βΖΣΚΣ)=
2.4
βΝΣΖΚ
2.3
βΙΝ#χ.κ#
2.6.6
βΖΣΚΣ)=-FRLS
2.14.13
βΝΣγ
2.14.10
βΙΝ#ηχ.κ#
2.6.6
βΖΣΚΣ)=-LS
2.4
βΝΣγΙ
2.14.10
βΙΝ#ηΝ
2.6.6
βΖγ
2.14.4
βΝΣ-Ν
2.4
βΙΝ#ΣχΝ
2.6.6
βΖΞ
2.2.4
βΝΣ-Ν)
2.4
βΙΝ#ΣχΝχ
2.6.6
βΖ-%
3.5
βΝΣΧ ΣΝ
2.6.10
βΙΝ#Ν
2.6.6
βΖΝΚΝ)=-HF
2.4
βΝΖ
2.2.4
βΙΝ#Νχ
2.6.6
βΖΙ∃
2.14.4
βΝΖΣΣ
2.14.13
βΙΝΝ1
2.6.6
βΖ-
2.2.4
βΝΖΣΚΣ
2.14.13
βΙΙΝΝ
2.6.10
βΖ- γ
2.2.4
βΝΖΣΣ)=-FRLS
2.14.13
βΙΙΝΚ]Σ
2.6.10
βΖΚ
2.2.4
βΝΖΣΣ)=-LS
2.14.13
βΙκ
2.6.1
βΖΚκ
2.2.4
βΝΖΣηΣ)= FRLS
2.14.13
βΙκχ.κ∃
2.6.1
ββΝΣ-5
2.6.10
βΝΖΣΚΣ)= LS
2.14.13
β ΘΝΣ
2.6.1
ββΝΚΣ-5
2.6.10
βΝΖΞ
2.2.4
β ΘΝΣ
2.6.1
β∋Ν#χβ-120
2.14.5
βΝΖΙ
2.2.4
β ΓΙ Θ
2.14.11
β∋Ν#χΝ-120
2.14.5
βΝΖΙΞ
2.2.4
β ΓΙ β
2.14.11
βΓμ
2.14.11
βΝγ
2.14.10
β ΝΝΣΚ
2.6.1
βΓΓΙηΙ
2.14.11
βΝΓ-χΝ-130
2.14.5
βφΖΣΣ
2.4
βΓΝΣ
2.14.1
βΝ#χχβ-130
2.14.5
βφΖΣΣ)=
2.4
βΓΝΣ)=
2.14.1
βΝ#χχΝ 130
2.14.5
βφΖΣΣ)= FRLS
2.14.13
βΓΝ∃Σ)=-FRLS
2.14.13
βΝ#χβ 120
2.14.5
βφΖΣΣ)=-LS
2.4
βΓΝΣ)=-LS
2.14.1
βΝ#χΝ-120
2.14.5
βφΖΣΣΚ
2.4
βΓΝΣη
2.14.1
βΝΝΖ)=-HF
2.3
βφΖΣΣΚ)=
2.4
βΓΝΣΚ)=
2.14.1
Knnmr(A)-FR
2.141.4
βφΖΣΣΚ)=-FRLS
2.14.13
βΓΝ∃ΣΚ)=-FRLS
2.14.13
βΝΝΖ)=-FRHF
2.14.13
βφΖΣΣΚ)=-LS
2.4
βΓΝΣΚ)=-LS
2.14.1
βΝΝΖΚ)=-HF
2.3
βφΖΣΚΣ
2.4
βΓΝΣΚΣ
2.14.1
βΝΝΖΚ)=-FPHF
2.14.13
βφΖΣΚΣ)=-FRLS
2.14.13
βΓΝ∃ΣΚΣ)=-FRLS
2.14.13
βΝΝ1 ΣΝ
2.6.10
βφΖΣΚΣΚ)=
2.4
βΓΝΚΣ
2.14.1
βΝΝΚ1-ΣΝ
2.6.10
βφΖΣΚΣΚ)=-LS
2.4
βΓΝΚΣ)=
2.14.1
βΝ/Νχβ 120
2.14.5
βφΖΝΝ)=-HF
2.4
βΓΝ∃ΚΣ)=-FRLS
2.14.13
βΝ/Νχ(β-120
2.14.5
βφΖΝΝΚ)=-HF
2.4
βΓΝΚΣ)=-LS
2.14.1
βΝ/ΝχΝ-120
2.14.5
βφΖΝΝΚΝ)=-HF
2.14.13
βΓΝΚΣΚ
2.14.1
βΝ/Νχ(Ν-120
2.14.5
βφΖΚΝΝ)=-HF
2.14.13
βΓΝΚΣΚ)=
2.14.1
βΝ/Νχβ-130
2.14.5
βφΖΝΝΚΝΚ)=-HF
2.14.13
βΓΝ∃ΚΣΚ)=-FRLS
2.14.13
βΝ/Νχ(β 130
2.14.5
βφΖΚΝΝΚΝ)=-HF
2.14.13
βΓΝΣΚΣΚ)=-LS
2.14.1
βΝ/ΝχΝ 130
2.14.5
βφΖΝΚΝ)=-HF
2.4
βΓΝΚΣΚΣ
2.14.1
βΝ/Νχ(Ν-130
2.14.5
βφΝΣ
2.4
βΓΝΣΚΣΚΣ)=
2.14.1
βΝ/Ν#χβ-120
2.14.5
βφΝΣ)=
2.4
∀+Η∀9∗∃<-4 >1∀Φ∀∃&+;
358
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
βφΝΣ)=-LS
2.4
ΓΙ ΝΚ
2.7
,βΓΞ
3.2
βφΝΣ-Ν
2.4
Γλ
4.7.2
,βΓΙ
3.7
βφΝΣ-Ν5
2.4
ΓΚΕκΓ-100
2.14.1
,βΓ
3.7
βφΝΣ Ν)
2.4
ΓΚΕκΞ-100
2.14.1
,βΝ
3.7, 3.11
βφΝΕ
2.4
ΓΚΕκΞΚ-100
2.14.1
,β/Ν
3.12
βφΝΕ-Ν
2.4
Α
,βΝ_
3.6
βφΝΕ-Ν5
2.4
ΞΣ
2.7
,βΝΓ
3.6
βφΝΕ-Ν)
2.4
ΞΣΓ
2.7
,βΝφ
3.6
βφΝΚΣ
2.4
ΞΣΓΚ
2.7
,βΙ
3.12
βφΝΚΣ)=
2.4
ΞΣΝ
2.6.10
,βΙγ
3.12
βφΝΚΣ)=-LS
2.4
ΞΣΝγ
2.6.10
,βΙΞ
3.12
βφΝΚΣ-Ν
2.4
ΞΣΝΚ
2.6.10
,βΙ)_
3.11
βφΝΚΣ-Ν5
2.4
ΞΣΚ
2.7
,βΙΞΓ
3.6
βφΝΚΣ-Ν)
2.4
ΞΖΕκΓ
2.14.1
,βΙ)-Ε
3.11
βφΝΚΕ
2.4
ΞΕΖ
2.14.3
,βΙ)-Ι
3.11
βφΝΚΕ-Ν
2.4
ΞΕκΓ
2.14.1
,βΙ
3.12
βφΝΚΕ-Ν5
2.4
NYM
2.10
,βΙ Γ
3.6
βφΝΚΕ-Ν)
2.4
,β
3.10, 3.11
βφΝΣ
2.14.3
,Θ2
3.1
0β 8
3.10
βκΣΖ -10
2.2.4
,ΘΙ
3.1
,β χ=
3.10
#
,χΖ
3.8
,β β
3.10
γΚγ_
2.13.3
,χ,
3.8
,β ββ
3.10
γΚγ,
2.13.3
,Σ
3.2, 3.3
,β /Ν
3.12
γΚΝ
2.13.2
,Ζ_
3.2
,ΓηβΖΓ
3.6
γΚΝβ,
2.13.3
,Ζ_Ξ
3.2
,ΓηβΖφ
3.6
γΚΝκ_
2.13.3
,ΖΓ
3.2
,Ν2
3.1
Χ
,ΖΓΞ
3.2
,Ν_
3.2
Γ
2.8.5
,Ζφ
3.2
,Νβ
3.1
ΓΘ
2.8.4
,ΖφΞ
3.2
,ΝΓ
3.1
ΓΖ
2.8.4
,β
3.12
,ΝΝ
3.1
ΓΖ λ
2.7
,β/
3.12
,ΝΙ
3.1, 3.5
ΓΖ λΚ
2.7
,βΘ
3.12
,Ν
3.5
ΓΖκΣ
2.7
,βΘγ
3.12
,Νφ
3.2
ΓΖκΣ-1
2.7
,βΘ
3.12
,Ιχ
2.2.1
ΓΖκΣ-Κ
2.7
,βχ
3.7, 3.11, 3.12
,ΙχΖ
2.2.1
ΓΖΚ
2.8.4
,βχ2-Γ
3.12
,ΙΣ
3.2
ΓΣΝΣ-5
2.6.10
,βχη
3.12
,Ι_
3.2
ΓΣΝηχκ#-5
2.6.10
,βχγ
3.12
,Ιφ
3.2
ΓΣΝηχκ#Κ-5
2.6.10
,βχΞ
3.12
, _
3.2
ΓΣΝηχκ#Κ/Κ-5
2.6.10
,βχ-
3.11, 3.12
, _Ξ
3.2
ΓΣΝΣΚ 5
2.6.10
,βχ
3.10
, Γ
3.2
ΓΣΝΣΚ/Κ 5
2.6.10
,βΣ:
3.10
, ΓΞ
3.2
ΓβΖΝ#Θκ#
2.6.3
,βΣ(
3.10
, φ
3.2
ΓβΖΝ#χ#κ#
2.6.3
,βΣ%
3.10
, φΞ
3.2
ΓβΝ#Θχ#
2.6.3
,βΣ3
3.10
Ε
ΓβΝ#Θκ#
2.6.3
,βΣ/
3.10
ΝΘ
2.8.3
ΓβΝ#χ#κ#
2.6.3
,βΖ
3.11
Νχ
2.13.1
ΓβΙΘχ#
2.6.3
,βΖ
3.5, 3.11
Νχ.Ν)= HF
2.2.2
ΓβΙΘχ#κ#
2.6.3
,β_
3.2
Νχ.κ∃
2.2.2
ΓβΙΘχ#Ζ
2.6.3
,β_Ξ
3.2
Νχ_
2.13.3
ΓβΙΘκ#
2.6.3
,βη
3.7, 3.12
ΝχΝ)=(A)-FR
2.14.14
ΓβΙχ
2.6.3
,βηΓ
3.12
ΝχΝφ
2.13.1
ΓβΙχΖ
2.6.3
,ββ
3.11
Νχφ
2.13.1
ΓβΙΖ
2.6.3
,ββ Γ
3.6
ΝΣ1
2.10
Γβκ
2.7
,ββ ΓΞ
3.6
ΝΣ2
2.10
ΓβΚκ
2.7
,βγ
3.9, 3.10, 3.11
ΝΣη
2.10
Γγ Ν
2.7
,βγ5
3.11
ΝΣ4
2.10
Γγ ΝΚ
2.7
,βγ8
3.10
ΝΣΘ
2.14.6
ΓΓ
2.8.1
,βγχ=
3.10
ΝΣΘΓ
2.14.6
ΓΝ,
2.7
,βγμ
3.9
Ν∃χΣ)=-LS
2.2.2
ΓΝ,Κ
2.7
,βγβ
3.9, 3.10
Ν∃χ.κ∃
2.2.2
ΓΕκΓ
2.14.1
,βγββ
3.10
Ν∃χ.κ)=(Θ)-LS
2.2.2
ΓΕκΞ
2.14.1
,βγ-Ξ
3.9
Ν∃χ.κ#
2.2.2
ΓΕκΞΚ
2.14.1
,βγΙ1
3.9
Ν∃χΝΖ)=(Θ)-FR
2.14.14
ΓΙ
2.7
,βΞ
3.12
ΝΣΣ
2.14.6
ΓΙ Ν
2.7
,βΓ
3.2
Ν∃Σ
2.2.2, 2.2.3
∀+Η∀9∗∃<-4 >1∀Φ∀∃&+;
359
________________________________________________________________________________
________________________________________________________________________________
0(_∗,/(6-,α 6[#%β /∗,-: 1∀3&+∗, 6(797.∀ ∗ ∀∃&(∗∀+- .+/ 1∀3&+;<74 ∗<.>?∃(∗∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Ν∃ΣΖ
2.2.2
ΝΝΙΣ
2.14.2
ΝΚ Σ-2
2.13.2
Ν∃Σ)=
2.2.2, 2.2.3
ΝΝΙΕΣΓ
2.14.2
ΝΚ ΣβΓ
2.13.2
Ν∃Σ)=(Θ)-LS
2.2.2
ΝΝΙΕΓ
2.14.2
ΝΚ Σβ
2.13.2
Ν∃Σ)=(Θ)-FRLS
2.14.13
ΝΝΙΕΓ,
2.14.2
ΝΚ ΣΓ
2.13.2
Ν∃Σ)=-LS
2.2.2, 2.2.3
ΝΝΙΕΞ
2.14.2
ΝΚ ΣΛ_
2.13.3
ΝΣΖ
2.2.2
ΝΝΙ ΣΓ
2.14.2
ΝΚ ΣΛ_
2.13.3
Ν∃Ν
2.2.2, 2.2.3
ΝΝΙ -Γ
2.14.2
ΝΚ ΣΝ
2132
Ν∃Ν=
2.2.2, 2.2.3
ΝΝ Θ-2
2.13.14
ΝΚ _180
2.13.2
Ν∃Ν2Ζ
2.2.2, 2.2.3
ΝΝ Σ-100
2.13.5
ΝΚ _ 200
2.13.2
Ν∃ΝΣ_Θκ
2.14.14
ΝΕβΘ
2.10
ΝΚ β_
2.13.2
Ν∃ΝΖ)=-HF
2.2.2
ΝΕΓ
2.11
ΝΚ Γ-155
2.13.2
Ν∃ΝΖ)=-FRHF
2.14.13
ΝΕΓ
2.14.2
ΝΚ ΓΓ-155
2.13.2
Ν∃ΝΖΚ)=-FRHF
2.14.13
ΝΕΝΣΓ
2.6.9
ΝΚ Γ -155
2.13.2
Ν∃Ν)=(Θ)-ΞΕ
2.14.13
ΝΕΝΝΓ
2.6.9
ΝΚ Ξ -155
2.13.2
Ν∃Ν)=(A)-FRHF
2.14.13
ΝΕΝΙ
2.14.2
ΝΚ Ν-180
2.13.2
Ν∃Ν)=-HF
2.2.2, 2.2.3
ΝΕΙ
2.11
ΝΚ Ν_-200
2.13.2
Ν∃ΝΧ
2.2.2, 2.2.3
ΝΙ
2.14.2
ΝΚ Ε-155
2.13.2
ΝΣ_Ν
2.13.5
ΝΛΖ
2.11
ΝΚ Ι_
2.13.3
ΝΣμ
2.6.9
ΝΛ_
2.13.3
ΝΚ Ι_β
2.13.3
ΝηΣ,
3.5
ΝΙ_-1
2.13.3
ΝΚ Λγ,
2.13.3
ΝΣβΣ
2.12
ΝΙ_-934
2.13.3
ΝΚ Λ,
2.13.3
ΝΣΙ
2.11
ΝΛ_β
2.13.3
ΝΚφ-155
2.13.2
ΝΣΙΝ
2.11
ΝΛ_β-γ
2.13.3
ΝΚλ-155
2.13.2
ΝΖΣΘ
2.14.6
ΝΛ_β
2.13.3
ΝΚλ_-180
2.13.2
ΝΖΣΘχ
2.14.6
ΝΙ_β -γ
2.13.3
ΝΚκ,
2.13.3
ΝΖΣΘ_
2.14.6
ΝΛ_γ
2.13.3
ΝΚκ,βΓ
2.13.3
ΝΖΣΘΚ
2.14.6
ΝΛ_γ
2.13.3
ΝΚκ,β
2.13.3
ΝΖγ
2.8.4
ΝΛ_γβ
2.13.3
ΝΚκ,ΓΓ
2.13.3
ΝΖ,γ
2.8.4
ΝΛ_γβ
2.13.3
ΝΚκ,Γ
2.13.3
ΝβΙΣ
2.6.9
ΝΛ_Ν
2.13.3
ΝΚΚΘ-130
2.13.2
ΝβΘΙ
2.8.1
ΝΙ_Ν-934
2.13.3
ΝΚΚΘ-155
2.13.2
ΝβΓ
2.8.1
ΝΙ_
2.13.3
ΝΚΚΥΝ-155
4.9.2
Ν-274Γ
2.6.9
ΝΙ5
2.14.2
Γ
ΝΓΓ
2.8.1
ΝΙκ
2.14.2
Ε_
2.6.7
ΝΓ
2.8.1
Ν Σμ
2.6.9
Εβ
2.6.7
ΝΓ #3
2.8.1
Ν Νμ
2.6.9
Εβ-ΘΥ
2.6.7
ΝΞΙΣ
2.14.12
ΝφΖΞΝ
2.10
Εβ-ΘΥ
2.6.7
ΝΞΙΝ
2.14.12
ΝφΞΝ
2.10
Εβ Θβ
2.6.7
ΝΞΙλΚ5
2.14.12
ΝλΚ
2.8.1
ΕβΖΓ
2.12
ΝΞΚ -∀5∀:
2.13.2
Νο
2.8.4
ΕΝκ
2.14.8
Ν,μ
2.13.3
ΝΚΘΝ-155
2.13.2
ΕΝκΓ
2.14.8
Ν,μ 700
2.13.3
ΝΚχ_
2.13.3
ΕΝκΚ
2.14.8
Ν,β
3..5
ΝΚχ,
2.13.3
ΕΝκΚΓ
2.14.8
ΝΝΘ
2.13.1
ΝΚβ_
2.13.3
PC
2.6.7
ΝΝΘ-1
2.13.1
ΝΚβ,
2.13.3
RG
2.6.7
ΝΝΘ-2
2.13.1
ΝΚγ,
2.13.3
∃
ΝΝΣ
2.10
ΝΚΣΣΝ
2.13.5
ΙΘγ
3.3
ΝΝ-Σ-80
2.13.5
ΝΚΣ γ-1
2.13.2
ΙΘ,
3.3
ΝΝ-Σ-100
2.13.5
ΝΚΣ γ 2
2.13.2
ΙΘΙ
3.3
ΝΝΣΓ
2.13.5
γΚΣ γ-155
2.13.2
Ιχ
2.2.1
ΝΝΣΝ
2.13.5
ΝΚΥ-200
2.13.14
Ιχ.
3.4
ΝΝΖ)=(A)-FR
2.14.14
ΝΚβΓ
2.13.2
ΙχΣ)=-LS
2.2.1
ΝΝΖ)=-HF
2.2.2
ΝΚβ
2.13.2
CBBHr(A)-FR
2.14.14
ΝΝΖ)= FRHF
2.14.13
ΝΚΓΓ
2.13.2
Ιχ∋
2.2.1
ΝΝΖΚ)=- FRHF
2.14.13
ΝΚΓ
2.13.2
Ιχ∋κ∃
2.2.1
ΝΝμ
2.6.9
ΝΚΓλ
2.13.2
Ιχ2∋
2.2.1
ΝΝΥΝβ-1
2.13.14
ΝΚΞ
2.13.2
Ιχ2∋Ζ
2.2.1
ΝΝΥΝβ-2
2.13.14
ΝΚΝ 155
2.13.5
Ιχ2∋κ∃
2.2.1
ΝΝΥΝβ-
2.13.14
ΝΚΝ-Σ-80
2.13.5
ΙχΣχΖ
2.5
ΝΝΥ-φ
2.13.14
ΝΚΝ-Σ-100
2.13.5
ΙχΣχΖ)=
2.5
ΝΝΥ-φΓ
2.13.14
ΝΚΝ -Σ-100
2.13.5
ΙχΣχ.κ∃)=
2.5
ΝΝγχ,
2.13.14
ΝΚ -155
2.13.2
ΙχΣΖ
2.5
ΝΝγΙ
2.13.14
ΝΚ -180
2.13.2
ΙχΣΖ)=
2.5
ΝΝγΙ-1
2.13.14
ΝΚ -200
2.13.2
ΙχΖ
2.2.1
ΝΝΙ
2.13.14
ΝΚ -∀5∀:
2.13.2
Ιχ2∋Ζ
2.2.1
ΝΝΙ-1
2.13.14
ΝΚ Σ1
2.13.2
ΙχηΝχ
2.5
∀+Η∀9∗∃<-4 >1∀Φ∀∃&+;
360
________________________________________________________________________________
________________________________________________________________________________
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#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
Γ∗3(∗ (∗.6∋8,
#3%∃%:∗
Ξ%563 3∗≅:6∋∗
ΙχηΝχ.κ∃
2.5
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2.14.1
ΙΣ)=
2.6.1
ΙχηΝχ.κ#
2.5
ΙΝ,ΚΣ
2.14.1
ΙΣ)=-LS
2.6.1
ΙχηΝχΖ
2.5
ΙΝ,ΚΣΚ
2.14.1
Ι
ΙχηΝΧ
2.5
ΙΝΙ
3.3
φΘΘχ∋
2.2.1
ΙχΞ
3.4
θ
φΘΘχ2γ
2.2.1
ΙχΞ/
3.4
χ
2.6.1
φΘΘκ∃
2.2.1
ΙχΝ
3.4
χΖ
2.6.1
φΘΘκ)=
2.2.1
ΙχΝΘχ#κ#
2.5
Ζ
2.6.1
φΘΙχ
2.2.1
ΙχΝΘκ∃
2.5
ηχ
2.6.4
φΘΙχ∋
2.2.1
ΙχΝΘκ#
2.5
ηχΖ
2.6.4
φΘΙχ)∋κ)=
2.2.1
ΙχΝχ
2.5
ηΖ
2.6.4
φΙχ
2.2.1
ΙχΝχ.κ∃
2.5
ηΝΘχ#
2.6.4
φΙχ∋
2.2.1
ΙχΝχ.κ#
2.5
ηΝΘχ#κ#
2.6.4
φΙχΣ)=(A)-FR
2.14.14
ΙχΝχΖ
2.5
ηΝΘκ#
2.6.4
φΙχΖ
2.2.1
ΙχΝηΘχ.Ζ
2.5
,Ι
3.8
φΙχκ∃
2.2.1
ΙχΝηΘχ.κ#
2.5
ΝΣ
2.6.1
φΙκ∃
2.2.1
ΙχΝηΘΧχ.Ζ
2.5
ΝΣχΖ
2.6.1
Λ
ΙχΝηΘΧχ.κ#
2.5
ΝΣ-β∗1η
2.6.10
κΣΣΝ
2.11
ΙχΝηΘκ#
2.5
ΝΣ∴-β∗1η
2.6.10
κΣΖ
2.11
ΙχΝηΘκ∃
2.5
ΝΣ)=
2.6.1
κΣ_
2.11
ΙχΝηΙχ.κ#
2.5
ΝΣ)=-LS
2.6.1
κΣγ
2.11
ΙχΝηΙκ#
2.5
ΝΝχ.κ∃
2.6.1
κΣΝ
2.11
ΙχΝ/
3.4
Ν#Νχ
2.6.1
κΣΝ-2
2.11
ΙχΝΙκ∃
2.5
Ν#Νχ.κ#
2.6.1
κΣΝΣ-5
2.6.10
ΙχΝΧ
2.5
Ν#ΝχΖ
2.6.1
κΣΝΣΚ 5
2.6.10
Ιχκ∃
2.2.1
Ν##ηΝ
2.6.1
κΣΝ
2.11
ΙΖ
2.2.1
Ν#Νηχ
2.6.1
κ,Ση
2.7
ΙΥΝ-1
2.9
Ν#Νηχ.κ#
2.6.1
κ,Νη
2.7
ΙΥΝ-2
2.9
Ν#ΝηχΖ
2.6.1
κ,Ζ
2.11
ΙΥΝ-3
2.9
ΝΝκ∃
2.6.1
κ,Ζ-Ι
2.11
ΙΥΝ-1 Θ
2.9
ΝΝκ1
2.6.1
κΝΙ
2.11
ΙΥΝ-2Θ
2.9
ΝΝκ1≅
2.6.1
κΕ
2.11
ΙΞ
3.4
ΝΝκ1(
2.6.1
κΕ,
2.11
ΙΞ∗
3.4
Ν#Ν∴#χ
2.6.1
κ γ
2.6.9
ΙΞ.
3.4
ΝΝ∴#
2.6.1
κ γΝ
2.6.9
ΙΞ./
3.4
ΝΝ∴#χ
2.6.1
Μ
ΙβΞ
3.4
ΝΝ∴#χ.Ζ
2.6.1
Κβχ-χ_βκ
3.3
ΙβΞ∗
3.4
ΝΝ∴#χ.κ#
2.6.1
Κβχ χ_κ
3.3
ΙβΝ
3.4
ΝΝ∴#χΖ
2.6.1
Κβχ-χΝΕ
3.3
ΙβΝ∗
3.4
ΝΝ∴#η
2.6.1
Κβχ-χΙκ
3.3
ΙΝ
3.4
ΝΝ∴#ηχ
2.6.1
ΚβΙ- ΘΙ
2.6.2
ΙΝ∗
3.4
ΝΝ∴#ηχ.κ#
2.6.1
ΚβΙ- ΘΙ.
2.6.2
ΙΝ.Ι
3.4
ΝΝ≅#-Ξ_Ζ
2.6.1
ΚβΙ- ΘΙ≅
2.6.2
ΙΝγ
3.3
ΕΣ
2.6.9
ΚβΙ- ΘΙΚ
2.6.2
ΙΝ,
3.3
ΕΝ
2.6.9
ΙΝ,Σ
2.14.1
ΙΣ
2.6.1
________________________________________________________________________________
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:Β - &∋/1Γ21/∃0
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810 - 81018,/?0!6
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:ΒΙ - &∋/1Γ21/∃02∃∗∃[2,/,2
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