5522200
( )
2004
.
1-
CORNING CABLE SYSTEMS . 3
2. 2-
FUJIKURA . 20
3. 3-
黅. 35
4. 4-
FUJIKURA 56
5. 5-
LASER PRECISION. 80
6. 6-
黅 94
7. 7-
... 103
8. 8-
軅 114
9. 9-
FSM 30S.. 134
10. 10
UCSO 4-6. 155
1 -
CORNING CABLE SYSTEMS
:
- Corning Cable Systems;
- .
2.1.
CORNING CABLE SYSTEMS.
2.2. , ( ).
3.1. ().
3.2. .
4.1. Corning Cable Systems.
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. 4.1.
4.2. . 4.2 , .
4.3. 5:1.
5.1. 4.1 4.2.
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5.2. .
. 5.1. LP-5025
4.1
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4.2
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6.1. Corning Cable Systems( - )
, , VDE (Verband Deutscher Elektrotechniker Association of German Electrical Engineers) .
- , . 6.1.
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- A-DF (ZN) 2Y (SR) 2Y.
. 6.1. A-DF (ZN) 2Y (SR) 2Y 3x6 E 9/125 0.36 F 3.5 + 0.22H 18 LG.[1, 2]
1 . 2 9/125 3, .
4. 5 6. 7 . 9 8. 10 ( ). 11.
A-DF (ZN)2Y (SR)2Y 3 x 6 9/125 0,36 F 3,5+0,22 H18 LG :
A ;
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D , ;
F ;
(ZN)2Y , ;
(SR) ;
2Y ;
3 - ;
6 ;
/;
9 , ;
125 , ;
0,36 - , /;
F - 1,3 ;
3,5 - ( ), c/*;
0,22 - , /;
- 1,55 ;
18 - ( ), c/*;
LG - .
1,5 , 0,155 , 0,4 0,05 . 2 . 2 . 2000 . 5 0 +50 0. -20 0 +60 0.
, . - A - DF (ZN) Y (SR) 2Y 3 x 6 E 9/125 0.36 F 3.5 + 0.22 H 18 LG.
A-D (ZM) (SR) 2Y. . , . , .. .
. , - .
. 6.2. A-D (ZM) (SR) 2Y 1 x 8 E 9/125 0.38 F 3.5 + 0.23 H 18. 1 9/125 2 . 3, . 4. . 5 6. 7. 11 . 3,0 . 1,5 . 0,15 . 5 . 90 /. 300 . 2500 (250 ). 2000 .
. 6.1. A-DF(ZN)2Y(SR)2Y 3X6 E9/125 0,36 F 3,5 + 0,22H18LG
. 6.2. A-DF(ZM)2Y(SR) 1X8 E9/125 0,38 F 3,5 + 0,23H18
6.1
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Outdoor cable | ||
ASLH | Self-supporting aerial telecom-munication cable for high lines | |
B | Multifiber loose buffer | |
Attenuation coefficient and band width at a wavelength of 850 nm | 850 | |
B | Armoring | |
(1B) | One layer of steel tape; thickness of steel tape in mm | ; |
(2 ) | Two layers of steel tape; thickness of steel tape in mm | ; |
Cu | Copper wire | |
D | Multifiber loose buffer, filled | , |
(D)2Y | Laminated sheath of polyethylene and plastic barrier foil | |
E | Single-mode fiber | |
F | Continuous cable core filling | |
F | Attenuation coefficient and band width at a wavelength of 1300nm | 1300 |
FR | Cable with improved flame retardance | , |
G | Graded index fiber | |
H | Single - fiber loose buffer | |
H | Attenuation coefficient and band width at a wavelength of 1550 nm | 1550 |
J | Indoor cable | |
(L)(ZN) 2Y | Laminated sheath made of polyethylene, Al-tape and with nonmetallic strength member |
. 6.1
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(L)Y | Laminated sheath with polyvinyl-chloride (PVC) | () |
(L)2Y | Laminated sheath with polyethylene | |
Lg | Stranding in layers | |
P | Twisted in pairs | |
P | Step index fiber plastic / plastic | / |
(R) | Round wire; diameter of the wire in mm | ; |
S | Metallic element in the cable core | |
S | Step index fiber glass / glass | / |
Supporting element of steel, textile or plastic | , | |
() | Nonmetallic concentric supporting element | |
V | Tight buffered fiber | |
(TR...) | Supporting element of round wire, diameter of the wire in mm | , |
W | Single-fiber loose buffer, filled | , |
Y | Insulating cover, sheath or pro- tective cover of polyvinylchloride (PVC) | , () |
2Y | Insulating cover, sheath or protective ver of polyethylene (PE) | , () |
(Zg) | Strain relief of glass yarns | |
(ZN)2Y | Polyethylene sheath with nonmetallic strength member |
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2. .
3. .
J-V Y... TB 2 FR OR J-VH...TB 2 FR OR, , , .
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. 6.3. J-VY 12 E 9/125 0.5 F 3.5 + 0.3 H 18 TB 2 FR OR.
1 , 2. 12 , 3, 4, 5 6. 7. 8 9 . 2000 .
() J-VY 2 x 1... TB2 FR OR J-VH 2 x 1... TB2 FR OR. - . . 6.4. J-VY 2 x 1 E 9/125 0.5F 3.5 + 0.3 H18 TB2 FR OR. , 1, 2, 3, 4, 5. 6 . 7. 2000 .
. 6.3. J VY 12 9/125 0,5 F 3,5+0,3 H18 TB 2 FR OR
. 6.4. J VY 2X1 9/125 0,5 F 3,5 + 0,3 H18 TB 2 FR OR
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, ASLH-D.
. 6.5. ASLH - D 9Y BB 1x30 E 9/125 0.25 H 18 (AY/AW 216/33 - 21).
, 1 2. 3. 4. 12 , 8 5 ( , ) 6. 18 7 . 8.
ASLH - D 9 Y BB 1x30 E 9/125 0.25 H 18 (AY/AW 216/33 - 21) :
ASLH - ;
D - , ;
9Y - ;
BB - ;
1 - ;
30 - ;
- ;
9 - , ;
125 - , ;
0,25 - , /;
- 1,55 ;
18 - 1,55 , c / ;
AY - ;
AW - ;
216 - , 2;
33 - , 2;
21 - , .
ASLH DS (S) BB 1 ´ 10 E 9 / 125 0,36 F 3,5 (AY / AW 212 / 42 21) (.6.6).
1 2 3. 4. , .
ASLH DS BB 1 ´ 24 E 9 / 125 0,36 F 3,5 (AY / AW 59 / 21 6,8) (. 6.7.).
1, 2 3. , 4, 5.
A-D(T) H A-D (T) 2Y, , .
. 6.8. A-D (T) H 1 x 6 E 9/125 0,36 F 3,5.
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1 2. 3. 4. 5 .
A-D2Y T2Y. , . . 6.9. A-D2Y T2Y 1 x 4 E 9/125 0.5F 3.5. 1 2. 3. 4, . 5 6.
, 1 .
, 9 . 19 . 5 . 138/. 3500 (350).
. 6.5. ASLH D9YBB 1´30 E9/125 0,25 H 18
(AY/AW 216/33 21)
. 6.6. ASLH DS(S)BB 1´10 E9/125 0,36 F3,5
(AY/AW 212/42 21)
. 6.7. ASLHDSBB 1X24 E9/125 0,36 F3,5
(AY/AW 59/21-6,8)
. 6.8. A-D(T)H 1X6 E9/125 0,36 F3,5
. 6.9. A-D2YT2Y 1X4 E9/125 0,5 F3,5
A-DB2Y. . . 6.10 A-DB2Y 1 x 18 E 9/125 0.36 F3.5 + 0.22 H18. 1 2 3. 4. 5. 6. 13 . 2 . 1.7 . 5 . 200 /. 300 . 20000 (2000 ). 2000 . SA 1.7 118 E 9/125 0.36 F 3.5(R1.7).
. 6.10. A-DB2Y 1X18 E9/125 0,36 F3,5 + 0,22 H18
A-DB2Y B2Y 1 x 18 E 9/125 0.36 F3.5 + 0.22 H18 (. 6.11).
1 , 2, 3. 4. 5. 6. 7 . 8.
21 . 2,8 . 16. 2,6 . 1,4 . 1,7 . 5 . 1100 /. 240 /2. 80 (8000). 350 . 2000 .
2
3
4
5
6
7
. 6.11. A DB 2Y B2Y 1 ´ 18 E9/125 0,36 F3,5 + 0,22 H18