Paired Cables

PVC, PE or HFFR sheathed cables for BUS and Interface Systems

1. Application
RS-232, RS-422, RS-485, KNX (EIB or Instabus), LonWorks, ModBus, M-Bus, CAN-bus, BACnet, BMS (Building Management Systems) or general interface systems.

2. Basic Construction of the cables
Wire = conductor without or with insulation. With insulation sometimes also indicated as core.
Conductor: may be solid = one single rod or flexible = twisted bare or tinned copper strands, ranging from 12 to 24AWG.

Conductor (AWG) Configuration (AWG) Configuration(mm) DC Resistance (Ohm/km)
24 7 x 32 7 x 0.20 = 88
22 7 x 30 7 x 0.25 = 57.4
20 7 x 28 7 x 0.32 = 32.16
18 7 x 26 7 x 0.40 = 22.7
16 19 x 29 19 x 0.28 = 15.47
14 19 x 27 19 x 0.36 = 9.36
12 19 x 25 19 x 0.45 = 5.61

Insulation: Polyethylene (PE) or Foam PE (FPE) for PVC (Polyvinyl Chloride) or Halogen-Free (HFFR) sheathed cables. And Halogen-Free (HFFR) for HFFR sheathed cables. All insulations are in accordance with BS EN 50290-2, good strippable and coloured. The colours are not interchangeable.

Pair = two twisted – colour coded – wires.

Individually screened pair (if applicable): one pair wrapped with an Aluminium/Polyester foil under which a drain wire.

Cable core: two or more (individually screened) pairs stranded.
Good twisting (lay-length < 30 ~ 40D) is necessary otherwise the cable can hardly be bending and will break after a few bends.

Drain wire (only in combination with a screen): stranded tinned copper wires. In order to avoid corrosion, it is recommended that drain wires are tinned.

Screen (if applicable): Helically applied (= as a spiral) Aluminium/Polyester (Alpet) foil. For the flexibility of a cable a helically applied foil is to be preferred. A longitudinally applied foil act more as a stiff tube = more difficult to bend.

Braiding (if applicable): tinned copper wires.

Sheath: grey PVC , black PE or purple HFFR, all in accordance with BS EN 50290-2.

Cable Configuration Insulation Cable Configuration Sheath CableRetardancy LowSmoke Halogen-free(non acid, non toxic) RoHS compliant
PE, FPE or PVC PVC according to IEC 60332-1 No No Yes
PE, FPE or PVC PE No No Only with (F)PE insulation Yes
PE, FPE or HFFR HFFR according to IEC 60332-3-24 -according to IEC 61034-1-2 according to IEC 60754-1 & 2 Yes

Operating temperature range: -25 to +75 °C and Rated Voltage: 300 Vrms

RS-232: Hand shake interface used for low data rates. Computer to printer or to modem or to another device.

RS-422: Balanced digital circuit. Medium speed data exchange. Long line modems and Daisy chain configuration.

RS-485: Balanced digital circuit. Medium speed fieldbus interfaces.

RS-232 RS-422 RS-485
Differential no yes yes
Max. number of drivers 1 1 1
Max. number of receivers 1 10 32
Modes of operation 1 half duplex half duplex
Network topology full duplex multidrop multidrop
Max. distance acc. to standard point-to-point 1200 m 1200 m
Max. speed at 12 m. 15 m 10 Mbs 35 Mbs
Max. speed at 1200 m. 20 kbs 100 kbs 100 kbs
Cables used RS-232 RS-422 RS-485
Conductor size mainly 24 AWG mainly 24 AWG mainly 24 AWG
Number of conductors 6 to 25 2 pairs or more 1 pair or more
Impedance not defined 100 Ohm 120 Ohm
BT Cables main part numbers see section 1.3 section 1.2 section 1.1

KNX is a standardised (EN 50090, ISO/IEC 14543), OSI-based network communications protocol for intelligent buildings. KNX is the successor to, and convergence of, three previous standards: the European Home Systems Protocol (EHS), BatiBUS, and the European Installation Bus (EIB or Instabus).
BT Cables main part numbers for KNX cables: C1217 (quad – PVC) – C1218 (quad – HFFR) – C1219 (1 pair – PVC) – C1220 (1 pair – HFFR).

LonWorks is a networking platform specifically created to address the needs of control applications. The platform is built on a protocol created by Echelon Corporation for networking devices over media such as twisted pair, power lines, fibre optics, and RF. It is used for the automation of various functions within buildings such as lighting and HVAC.
BT Cables main part numbers for LonWorks: C1198 (PVC) - C1203 (PVC) – C1307 (HFFR) – C1271 (HFFR) –
C1346 (HFFR) – C1347 (HFFR) – C1348 (HFFR) and C1349 (HFFR).

Modbus is a serial communications protocol published by Modicon in 1979 for use with its programmable logic controllers (PLCs). Simple and robust, it has since become one of the de facto standard communications protocols in the industry.
BT Cables main part numbers for Modbus: C1197 (PVC) - C1193 (PVC) – C1282 (HFFR) – C1272 (HFFR).

M-Bus (Meter-Bus) is a European standard (EN 13757-2 physical and link layer, EN 13757-3 application layer) for the remote reading of gas or electricity meters. M-Bus is also usable for other types of consumption meters.
BT Cables main part number for M-bus: C1020 – C1193.

Controller–area network (CAN or CAN-bus) is a vehicle bus standard designed specifically for automotive applications but now also used in other areas such as industrial automation and medical equipment.
CAN bus utilize TIA/EIA-485 cables.
BT Cables main part numbers for CAN-bus: C1080 - C1189 – C1190 – C1191 – C1192 – C1295 – C1296 – C1297 and HFFR cables C1318 – C1319 – C1320 – C1321.

BACnet is a communications protocol for building automation and control networks. It is was designed to allow communication of building automation and control systems for applications such as heating, ventilating, and air-conditioning control, lighting control, access control, and fire detection systems and their associated equipment. BACnet over IP can utilize Cat 6.
BT Cables main part numbers for BACnet: C1228 (PVC) – C1189 (PVC) – C1190 (PVC) - C1318 (HFFR) and C1319 (HFFR).

Paired Cables for TIA/EIA-485 = RS-485 applications
22 and 24AWG conductors – PE or FPE insulation – Dual Screen - PVC or HFFR sheath

CABLE DESCRIPTION

  1. Conductor Flexible Tinned Copper
  2. Insulation Polyethylene (PE) or Foam PE (FPE)
  3. Pair Impedance 120 O
  4. Tinned Copper Drain Wire 24 AWG(7 x 32)
  5. Screen Aluminium/Polyester
  6. Braiding Tinned Copper wires
  7. Sheath Material Grey PVC or Purple HFFR

Standard Put Up Length 305 or 500 meters

Standard References TIA/EIA-485 (BS) EN 50290-2 IEC 60332-1 (PVC sheath) or IEC 60332-3-24 (3C) (HFFR sheath) IEC 61034 (HFFR sheath) IEC 60754-1 & 2 (HFFR sheath) RoHS directives

Cables with 24 AWG conductors – PE insulation - PVC sheath

BTCL Part Number No of pairs Conductor (AWG) Max. DC Resistance Conductor (O/km) Coverage braiding (%) Sheath Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1189 1 24 (7 x 32) 88 90 PVC 5.9 41 49
C1190 2 24 (7 x 32) 88 90 PVC 8.5 41 80.5
C1191 3 24 (7 x 32) 88 90 PVC 9.0 41 92.6
C1192 4 24 (7 x 32) 88 90 PVC 9.9 41 114.4
C1318 1 24 (7 x 32) 88 90 HFFR 5.9 41 49
C1319 2 24 (7 x 32) 88 90 HFFR 8.5 42 80.5
C1320 3 24 (7 x 32) 88 90 HFFR 9.0 42 92.6
C1321 4 24 (7 x 32) 88 90 HFFR 9.9 42 114.4

Cables with 22 AWG conductors – Foam PE insulation - Halogen-free (HFFR) sheath

BTCL Part Number No of pairs Conductor (AWG) Max. DC Resistance Conductor (O/km) Coverage braiding (%) Sheath Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1080 1 22 (7 x 30) 57.4 65 PVC 6.1 36 63.7
C1295 2 22 (7 x 30) 57.4 65 PVC 9.1 37 75.6
C1296 3 22 (7 x 30) 57.4 65 PVC 10.5 38 97
C1297 4 22 (7 x 30) 57.4 65 PVC 11.4 38 119.1
C1401 1 22 (7 x 30) 57.4 65 HFFR 6.1 36 63.7
C1402 2 22 (7 x 30) 57.4 65 HFFR 9.1 37 75.6
C1403 3 22 (7 x 30) 57.4 65 HFFR 10.5 38 97
C1404 4 22 (7 x 30) 57.4 65 HFFR 11.4 38 119.1
Colour scheme Pair 1 Pair 2 Pair 3 Pair 4
Wire a (insulation colour/colour of stripe) White/blue White/orange White/green White/brown
Wire b (insulation colour/colour of stripe) Blue/white Orange /white Green/white Brown/white

For more details, please see the respective detailed datasheet(s)

Cables with 2 to 6 pairs for RS-422 applications
24AWG conductors – FPE insulation – every pair screened - PVC sheath

CABLE DESCRIPTION

  1. Conductor Flexible Tinned Copper
  2. Insulation Foam Polyethylene (FPE)
  3. Pair Two twisted wires
  4. Drain Wire Flexible Tinned Copper 24 AWG (7 x 32)
  5. Screen Aluminium/Polyester Wrapped around each Pair
  6. Cable core 2 or more individually screened pairs stranded
  7. Sheath Material Grey PVC

Standard Put Up Length 305 or 500 meters

Standard References ANSI/TIA/EIA-422-B (BS) EN 50290-2 IEC 60332-1 RoHS directives

Cables with 24 AWG conductors – PE insulation – PVC sheath

BTCL Part Number No of pairs Conductor (AWG) Max. DC Resistance Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Impedance (Ohm) Weight (kg/km)
C1382 2 24 (7 x 32) 88 6.7 41 100 41.8
C1383 3 24 (7 x 32) 88 8.4 41 100 59.4
C1384 4 24 (7 x 32) 88 9.2 41 100 75.5
C1386 6 24 (7 x 32) 88 10.6 41 100 104.8
Colour scheme Pair 1 Pair 2 Pair 3 Pair 4 Pair 5 Pair 6
C1382 to C1386 Black/Red Black/White Black/Green Black/Blue Black/Yellow Black/Brown

For more details, please see the respective detailed datasheet(s)

Cables with 2 to 8 pairs for RS-232 applications
24AWG conductors – PVC insulation – overall screen – PVC, PE or HFFR sheath

CABLE DESCRIPTION

  1. Conductor Flexible Tinned Copper24AWG(7x32)
  2. Insulation PVC or HFFR
  3. Pair Two twisted wires
  4. Cable core 2 or more pairs stranded
  5. Tinned Copper Drain Wire24 AWG(7 x 32)
  6. Screen Aluminium/Polyester
  7. Sheath Material Grey PVC Purple HFFR Black PE

Standard Put Up Length305 or 500 metres

Standard References ANSI/TIA/EIA-232-F (BS) EN 50290-2 IEC 60332-1 (PVC sheath) IEC 60332-3-24 (3C) (HFFR sheath) IEC 61034 (HFFR sheath) RoHS directives

BTCL Part Number No of pairs Insulation Sheath Conductor & Drain Wire Max. DCR Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1181 1 PVC PVC 24 (7 x 32) 88 4.0 135 18
C1182 2 PVC PVC 24 (7 x 32) 88 5.6 76 28
C1183 3 PVC PVC 24 (7 x 32) 88 5.9 76 39
C1184 4 PVC PVC 24 (7 x 32) 88 6.7 80 48
C1185 5 PVC PVC 24 (7 x 32) 88 7.3 80 57
C1186 6 PVC PVC 24 (7 x 32) 88 7.4 80 65
C1187 7 PVC PVC 24 (7 x 32) 88 7.5 80 68
C1188 8 PVC PVC 24 (7 x 32) 88 8.3 80 76
BTCL Part Number No of pairs Insulation Sheath Conductor & Drain Wire Max. DCR Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1441 1 HFFR HFFR 24 (7 x 32) 88 4.0 95 18
C1442 2 HFFR HFFR 24 (7 x 32) 88 5.6 55 28
C1443 3 HFFR HFFR 24 (7 x 32) 88 5.9 55 39
C1444 4 HFFR HFFR 24 (7 x 32) 88 6.7 60 48
C1445 5 HFFR HFFR 24 (7 x 32) 88 7.3 60 57
C1446 6 HFFR HFFR 24 (7 x 32) 88 7.4 60 65
C1447 7 HFFR HFFR 24 (7 x 32) 88 7.5 60 73
C1448 8 HFFR HFFR 24 (7 x 32) 88 8.3 60 85
C1449 10 HFFR HFFR 24 (7 x 32) 88 9.2 60 95
BTCL Part Number No of pairs Insulation Sheath Conductor & Drain Wire Max. DCR Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1451 1 PVC PE 24 (7 x 32) 88 4.0 135 14.5
C1452 2 PVC PE 24 (7 x 32) 88 5.6 76 24.5
C1453 3 PVC PE 24 (7 x 32) 88 5.9 76 31
C1454 4 PVC PE 24 (7 x 32) 88 6.7 80 39
C1455 5 PVC PE 24 (7 x 32) 88 7.3 80 47
C1456 6 PVC PE 24 (7 x 32) 88 7.4 80 55
C1457 7 PVC PE 24 (7 x 32) 88 7.5 80 59
C1458 8 PVC PE 24 (7 x 32) 88 8.3 80 67

Colour scheme of the pairs

Pair number Pair 1 Pair 2 Pair 3 Pair 4 Pair 5 Pair 6 Pair 7 Pair 8 Pair 9 Pair 10
Wire a Black Black Black Black Black Black Black Black Red Red
Wire b Red White Green Blue Yellow Brown Orange White White/brown Blue

For more details, please see the respective detailed datasheet(s)

Cables for KNX (was EIB or Instabus) applications
0.8 mm conductors – PE insulation – overall screen - PVC or HFFR sheath

CABLE DESCRIPTION

  1. Conductor Solid Bare Copper 0.8 mm = 0.5 mm2
  2. Insulation Polyethylene (PE) Black-Red-White-Green
  3. Cable core Quad or Pair
  4. Polyester tape
  5. Drain Wire 0.4 mm Tinned Copper
  6. Screen Aluminium/Polyester
  7. Sheath Material Green PVC or Green HFFR

Standard Put Up Length 305 or 500 metres

Standard References EN 50090 (BS) EN 50290-2 IEC 60332-1 (PVC sheath) or IEC 60332-3-24 (3C) (HFFR sheath) IEC 61034 (HFFR sheath) IEC 60754-1 & 2 (HFFR sheath) RoHS directives

BTCL Part Number No. of wires Lay-Up Sheath Material Diameter Insulation (mm) Overall Diameter (mm) Max. DC Resistance Conductor (O/km) Capacitance (pF/m) Weight (kg/km)
C1217 1 x 4 quad PVC 1.45 6.1 37 = 100 51
C1218 1 x 4 quad HFFR 1.45 6.1 37 = 100 53
C1219 1 x 2 quad PVC 1.45 5.5 37 = 100 37
C1220 1 x 2 quad HFFR 1.45 5.5 37 = 100 39
BTCL Part Number Wire a Wire b Wire c Wire d
C1217 Black White Red Green
C1218 Black White Red Green
C1219 Black White
C1220 Black White

Quad Scheme

For more details, please see the respective detailed datasheet(s)

Cables for LonWorks applications
0.64 mm conductors – PE or FPE insulation
Individually screened pairs or unscreened pairs - HFFR sheath

CABLE DESCRIPTION

  1. Conductor Solid Bare Copper 0.64 mm = 0.32 mm²
  2. Insulation Polyethylene (PE) or Foam Polyethylene (FPE)
  3. Pairs with no screen two twisted wires
  4. Individually screened pair two twisted wires plus drain wire wrapped with an Aluminium/Polyester foil
  5. Cable core one pair or two pairs stranded
  6. Sheath Material Purple HFFR

Standard Put Up Length Purple HFFR Standard Put Up Length 305 or 500 metres

Standard References EN 50090 (BS) EN 50290-2 IEC 60332-3C IEC 61034 IEC 60754-1 & 2 RoHS directives

BTCL Part Number No. of wires Insulation Material Indiv. screened pairs Overall Diameter (mm) Max. DC Resistance Conductor (O/km) Capacitance (pF/m) Weight (kg/km)
C1346 1 Solid PE No 3.5 61 46 17.1
C1347 2 Solid PE No 5.2 61 46 27.7
C1348 1 Solid PE Yes 4.6 61 46 24.2
C1349 2 Solid PE Yes 7.6 61 46 56.1

For more details, please see the respective detailed datasheet(s)

Cables for General Interface applications
2 to 6 pairs – 22AWG conductors – PE or HFFR insulation
Individually screened pairs – PVC or HFFR sheath

CABLE DESCRIPTION

  1. Conductor Flexible Tinned Copper 22AWG(7 x 30)
  2. Insulation Polyethylene (PE) or Halogen-free (HFFR)
  3. Pair Two twisted wires
  4. Tinned Copper Drain Wire 24 AWG(7 x 32)
  5. Screen Aluminium/Polyester foil wrapped around each pair
  6. Cable core 2 or more individually screened pairs stranded
  7. Sheath Material Grey PVC or Purple HFFR

Standard Put Up Length 305 or 500 metres

Standard References (BS) EN 50290-2 IEC 60332-1 (PVC sheath) IEC 60332-3-24 (3C) (HFFR sheath) IEC 61034 (HFFR sheath) IEC 60754-1 & 2 (HFFR sheath) RoHS directives

BTCL Part Number No. of pairs Insulation Material Sheath Material Overall Diameter (mm) Max. DC Resistance Conductor (O/km) Capacitance (pF/m) Weight (kg/km)
C1196 2 PE PVC 6.0 57.4 90 36.1
C1281 2 HFFR HFFR 6.5 57.4 150 50.8
C1197 3 PE PVC 6.5 57.4 98 49.1
C1282 3 HFFR HFFR 7.5 57.4 155 67.4
C1298 4 PE PVC 7.0 57.4 98 62
C1299 5 PE PVC 7.7 57.4 99 74.2
C1214 6 PE PVC 8.9 57.4 99 87.2
C1314 6 HFFR HFFR 9.5 57.4 155 115.6
Colour scheme Pair 1 Pair 2 Pair 3 Pair 4 Pair 5 Pair 6
C1196 and C1281 Black/Red Green/White
C1197 and C1282 Black/Red Black/White Black/Green
C1298 Black/Red Black/White Black/Green Black/Blue
C1299 Black/Red Black/White Black/Green Black/Blue Black/Yellow
C1214 and C1314 Black/Red Black/White Black/Green Black/Blue Black/Yellow Black/Brown

For more details, please see the respective detailed datasheet(s)

Cables for General Interface applications
One pair – 22 to 12AWG conductors – PE insulation
Collective (overall) screen – PVC or HFFR sheath

CABLE DESCRIPTION

  1. Conductor Flexible Tinned Copper
  2. Insulation PVC or Polyethylene (PE) or Halogen-free (HFFR)
  3. Pair Two twisted wires
  4. T.C. Drain Wire (only with screen) 24 AWG (7 x 32)
  5. Screen (if applicable) Aluminium/Polyester
  6. Cable core 2 or more individually screened pairs stranded
  7. Sheath Material Grey PVC or Purple HFFR

Standard Put Up Length 305 or 500 metres

Standard References (BS) EN 50290-2 IEC 60332-1 (PVC sheath) IEC 60332-3-24 (3C) (HFFR sheath) IEC 61034 (HFFR sheath) IEC 60754-1 & 2 (HFFR sheath) RoHS directives

DC Resistance 12 to 22 AWG conductors

Conductor AWG 22 20 18 16 14 12
No. of strands x gauge AWG 7 x 30 7 x 28 7 x 26 19 x 29 19 x 27 19 x 25
No. of strands x mm Mm 7 x 0.25 7 x 0.32 7 x 0.40 19 x 0.28 19 x 0.36 19 x 0.45
Max. DC resistance conductor O/km 57.4 35.75 22.7 15.47 9.36 5.61

One pair cables with PE insulation and PVC sheath

Screened

BTCL Part Number Conductor (AWG) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1199 22 4.4 75 25
C1195 20 5.0 75 36.4
C1193 18 5.6 75 43.2
C1213 16 7.9 60 75.7
C1224 14 9.0 76 104.9
C1313 12 10.2 77 124.7

Unscreened

BTCL Part Number Conductor (AWG) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1301 22 4.0 70 19.5
C1300 20 4.3 80 23
C1203 18 5.1 85 38.6
C1198 16 6.9 90 63.3
C1222 14 8.6 108 91.8
C1302 12 9.8 115 115

One pair cables with HFFR insulation and HFFR sheath

Screened

BTCL Part Number Conductor (AWG) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1310 22 4.8 140 27.1
C1308 20 5.3 158 37.2
C1272 18 6.0 165 48.4
C1270 16 7.8 150 74.3
C1305 14 8.8 180 97.9
C1303 12 9.8 195 132.6

Unscreened

BTCL Part Number Conductor (AWG) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1311 22 4.7 48 24.7
C1309 20 5.2 52 34.7
C1271 18 5.9 65 45.9
C1307 16 7.7 48 71.8
C1306 14 8.7 55 95.3
C1304 12 9.7 57 128.2

For more details, please see the respective detailed datasheet(s)

Cables for Security & Alarm applications
1 to 6 pairs – 18AWG conductors – polyolefin insulation
foil or foil + braid overall screen –HFFR sheath

CABLE DESCRIPTION

  1. Conductor Flexible Bare Copper
  2. Insulation Polyolefin
  3. Pair Two twisted wires
  4. Cable core N pairs stranded
  5. Drain Wire Flexible Tinned Copper 24 AWG (7 x 32)
  6. Overall Screen 1 Aluminium/Polyester foil
  7. Overall Screen 2 braid coverage
  8. Sheath Material Purple Halogen-free (HFFR)

Standard Put Up Length 305 or 500 metres

Standard References (BS) EN 50290-2 IEC 60332-3-24 IEC 61034 IEC 60754-1 & 2 RoHS directives

Cables with 18AWG conductors – Polyolefin insulation – Collective Screen and HFFR sheath

BTCL Part Number No of pairs Conductor (AWG) Screen Max. DC Resistance Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1171 1 18 (7 x 26) foil 22.7 5.1 115 4.1
C1172 2 18 (7 x 26) foil 22.7 7.7 115 7.41
C1173 3 18 (7 x 26) foil 22.7 8.1 115 9.64
C1174 4 18 (7 x 26) foil 22.7 8.9 115 12.37
C1175 5 18 (7 x 26) foil 22.7 9.9 115 14.92
C1176 6 18 (7 x 26) foil 22.7 10.2 115 17.11
BTCL Part Number No of pairs Conductor (AWG) Screen Max. DC Resistance Conductor (O/km) Overall Diameter (mm) Capacitance (pF/m) Weight (kg/km)
C1418 1 18 (7 x 26) foil + braid 22.7 5.8 115 4.7
C1419 2 18 (7 x 26) foil + braid 22.7 8.4 115 10.5
C1420 3 18 (7 x 26) foil + braid 22.7 8.8 115 11.6
C1421 4 18 (7 x 26) foil + braid 22.7 9.6 115 13.7
C1422 5 18 (7 x 26) foil + braid 22.7 10.5 115 16.5
C1423 6 18 (7 x 26) foil + braid 22.7 10.9 115 18.6
Colour scheme Pair 1 Pair 2 Pair 3 Pair 4 Pair 5 Pair 6
C1171 to C1176 Black/Red Black/White Black/Green Black/Blue Black/Yellow Black/Brown

For more details, please see the respective detailed datasheet(s)

Cable for Building Management Systems
1 pair – 0.6 mm² conductors – polyolefin insulation
Collective overall screen –PVC sheath

CABLE DESCRIPTION

  1. Conductor Flexible Bare Copper 7 x 0.35 mm = 0.6 mm²
  2. Insulation Polyolefin Core 1: Black Core 2: Red
  3. Pair Two twisted wires
  4. Tinned Copper Drain Wirer 7 x 0.20 mm
  5. Screen Aluminium/Polyester foil
  6. Sheath Material Grey PVC

Standard Put Up Length 305 or 500 metres

Standard References (BS) EN 50290-2 IEC 60332-1 RoHS directives

BTCL Part Number No. of pairs Overall Diameter (mm) Max. DC Resistance Conductor (O/km) Capacitance (pF/m) Weight (kg/km)
C1381 1 3.9 61 110 14.6

For more details, please see the respective detailed datasheet(s)

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