Cables & Accessories | Cables Britain

CW1128 External Telephone Cable

Cable Construction

Conductor	Class 1 Solid Annealed Copper Conductor according to BS EN 60228 (previously BS 6360) resistance to CW Specification
Insulation	CEL-PE (Cellular Polyethylene)
Bedding	Clupak Paper Tape (with rip cord)
Filler	Petroleum Jelly
Sheath	PE (Polyethylene)

Dimensions
CW1128 1/0.5 PJ Filled Unarmoured

No. of Pairs	Nominal Diameter of Conductors mm²	Pair Configuration	Nominal Overall Diameter mm	Nominal Weight kg/km
2	0.5	1 Quad	7.5	50
5	0.5	1 x 5 Pairs	8	53
10	0.5	1 x 10 Pairs	9.5	79
20	0.5	4 x 5 Pairs	12	141
50	0.5	5 x 10 Pairs	16.5	310
100	0.5	10 x 10 Pairs	22	578

Electrical Characteristics
CW1128 1/0.5 PJ Filled Unamoured

Nominal Diameter of Conductors mm	Maximum Resistance of Conductor at 20°C ohms/km	Minimum Insulation Resistance at 20°C Mohms/km	Maximum Mutual Capacitance nF/km
0.5	96	1500	64

KNX/EIB Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Solid Bare Copper Wire Conductor
Insulation	LSZH (Low Smoke Zero Halogen)
Tape	Plastic Foil
Screen	Aluminium / Polyester Tape (AL/PET)
Sheath	LSZH (Low Smoke Zero Halogen)
Drain Wire	Tinned Copper Wire

Dimensions

No. of Pairs	Diameter of Conductor mm	Nominal Overall Diameter mm	Nominal Weight kg/km
2 Pair (Quad)	0.8	6.2	64

Electrical Characteristics

Maximum (Conductor) Loop Resistance Ω/km	Maximum Insulation Resistance at 20°C MΩ x km	Maximum Capacitance Unbalance C, pF/100m	Maximum Mutual Capacitance nF/km
73.2	100	200	100

Profibus PA LSZH SWB Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Class 1 Solid Copper Conductor
Insulation	Solid PE (Polyethylene)
Bedding	PET (Polyester Tape)
Filler	Halogen Free Compound
Shield 1	AL/PET (Aluminium/Polyester Tape)
Shield 2	TCWB (Tinned Copper Wire Braid)
Inner Sheath	FRNC-LSZH (Flame Retardant Non Corrosive - Low Smoke Zero Halogen)
Armour	GSWB (Galvanized Steel Wire Braid)
Outer Sheath	FRNC-LSZH (Flame Retardant Non Corrosive - Low Smoke Zero Halogen)

Dimensions

No. of Pairs	Diameter of Conductor mm	Nominal Overall Diameter mm	Nominal Weight kg/km
1	0.85	11	190

Electrical and Transmission Properties at 20°C

Maximum DC Resistance of Conductor	22ohms/km
Capacitance at 800Hz	60nF/km
Impedance at 1Mhz	80ohms (±10%)
Impedance 31.25kHz	100ohms (±10%)
Impedance at 39khz	100ohms (±10%)
Impedance (3/20Mhz)	150ohms (±10%)
Inductance at 31.25kHz	0.7mH/km
Nominal Attenuation at 1MHz	15dB/km
Maximum Attenuation at 39kHz	3dB/km
Nominal Attenuation at 100kHz	4dB/km
Maximum Propagation Delay Change (7.9/39kHz)	1.7µsec/km
Dielectric Strength (Conductor/Conductor)	2.5kVac/1min
Dielectric Strength (Conductor/Shield)	2.5kVac/1min
Minimum Insulation Resistance	5Gohms/km
Transfer Impedance at 100kHz	15mohms/km
Transfer Impedance at 1MHz	10mohms/km

Profibus DP LSZH SWB Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Class 1 Solid Copper Conductor
Insulation	Foam-Skin PE (Polyethylene)
Bedding	PET (Polyester Tape)
Filler	HFFR (Halogen Free Flame Retardant) Compound
Shield 1	AL/PET (Aluminium/Polyester Tape)
Shield 2	TCWB (Tinned Copper Wire Braid)
Inner Sheath	FRNC-LSZH (Flame Retardant Non Corrosive - Low Smoke Zero Halogen)
Armour	GSWB (Galvanized Steel Wire Braid)
Outer Sheath	FRNC-LSZH (Flame Retardant Non Corrosive - Low Smoke Zero Halogen)

Dimensions

No. of Pairs	Diameter of Conductor mm	Nominal Overall Diameter mm	Nominal Weight kg/km
1	0.64	11.2	175

Electrical and Transmission Properties at 20°C

Maximum DC Resistance of Conductor	57.5ohms/km
Capacitance at 800Hz	29nF/km
Impedance (above 1Mhz)	150ohms (±10%)
Attenuation at 9.6kHz	0.3dB/100m
Attenuation at 38.4kHz	0.5dB/100m
Attenuation at 4MHz	2.1dB/100m
Attenuation at 16MHz	4dB/100m
Dielectric Strength (Conductor/Conductor)	1.5kVac/1min
Dielectric Strength (Conductor/Shield)	1.5kVac/1min
Minimum Insulation Resistance	5Gohms/km
Transfer Impedance at 10MHz	10mohms/m

Profinet PUR Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Stranded Copper Conductor
Insulation	Solid PE (Polyethylene)
Bedding	PET (Polyester Tape)
Inner Sheath	Halogen Free Material
Shield	AL/PET (Aluminium / Polyester Tape)
Overall Shield	TCWB (Tinned Copper Wire Braid)
Outer Sheath	HFFR (Halogen Free Flame Retardant) PUR Compound

Dimensions

No. of Cores	Nominal Overall Diameter mm	Nominal Weight kg/km
4	6.6	70

Electrical and Transmission Properties at 20°C

Maximum DC Resistance of Conductor	55ohms/km
Maximum Resistance Unbalance	3%
Mutual Capacitance at 1kHz	52nF/km
Maximum Capacitance Unbalance	1600pF/km
Nominal Velocity of Propagation at 100MHz	67%
Characteristic Impedance	100ohms (±15ohms)
Maximum Propagation Delay at 100MHz	510nsec/100m
Maximum Delay Skew at 100MHz	10nsec/100m
Minimum Insulation Resistance	5Gohms/km
Transfer Impedance at 100kHz	15mohms/m
Transfer Impedance at 1MHz	10mohms/m
Transfer Impedance at 10MHz	12mohms/m
Transfer Impedance at 30MHz	50mohms/m
Transfer Impedance at 100MHz	250mohms/m
Screening Attenuation	Above 60dB
Coupling Attenuation	Above 50dB

Frequency MHz	Attenuation dB/100m		Next dB		El-Fext dB/100m		ACR dB/100m		RL dB
	Standard Maximum	Typical	Standard Maximum	Typical	Standard Maximum	Typical	Standard Maximum	Typical	Standard Maximum	Typical
1	2.1	1.7	65.3	85	N/A	85	63.2	83.3	-	30
4	4	3.4	56.3	75	51.8	77	52.3	71.6	24.1	32
10	6.3	5.5	50.3	68	43.8	66	44	62.5	25	36
16	8	7.2	47.2	64	39.7	59	39.2	56.8	25	36
20	9	8.2	45.8	62	37.8	56	36.8	53.8	25	36
31.25	11.4	10.5	42.9	60	33.9	48	31.5	49.5	23.6	34
62.5	16.5	15.4	38.4	52	27.9	40	21.9	36.6	21.5	30
100	21.3	20	35.3	48	23.8	36	14	28	20.1	26

CAT 5E

Local Area Network Cable, Communication

Standards

UL/CSA Listed CM, CMR , CMP , LSOH
UL and ETL verified to ANSI/TIA/EIA- 568-A Category 5
ISO/IEC-11801
NEMA WC 63.1

Cable Uses

ANSI X3T9.5 TP-PMD (FDDI)
ATM PMD 155 Mbps
IEEE 802.3 Fast Ethernet
– 10 Base-T
– 100 Base-T4
– 100 Base-X
IEEE 802.5
– 4/16 Mbps Token Ring
IEEE 802.12
– Base-VG

Cable construction

Type		No. of Pairs	Conductor	Insulation Thickness		Outer Diameter		Jacket	Insulation
Horizontal Cable	CM	4	24AWG (0.51 mm)	0.20 mm	0.0079 inch	5.3 mm	0.21 inch	PVC	HDPE
Horizontal Cable	CMR	4	24AWG (0.51 mm)	0.20 mm	0.0079 inch	5.3 mm	0.21 inch	FRPVC	FRHDPE
Horizontal Cable	CMP	4	24AWG (0.51 mm)	0.20 mm	0.0079 inch	5.3 mm	0.21 inch	LS-PVC	TEFLON
Horizontal Cable	LSOH	4	24AWG (0.51 mm)	0.20 mm	0.0079 inch	5.3 mm	0.21 inch	LSOH	HDPE
Patch Cable		4	24AWG (7/0.20 mm)	0.20 mm	0.0079 inch	5.4 mm	0.21 inch	PVC	HDPE
Patch Cable		4	24AWG (7/0.20 mm)	0.20 mm	0.0079 inch	5.4 mm	0.21 inch	FRPVC	FRHDPE

Electrical properties

ISO/IEC 11801, TIA/EIA 568-A		Max. d.c. resistance	: 9.38Ω/100m (24AWG)
Impedance	: 100Ω±15%	Max. d.c. loop resistance	: 19.2Ω/100m
Max. d.c. resistance	: 14.8 Ω/100m (26AWG)	Min. d.c. insulation resistance	: 150MΩ/Km
Max. resistance unbalance	: 3% (5% for TIA/EIA)	Max. Propagation delay skew	: 30 ns/100m
Min. Propagation Velocity	: 0.65C
Max. Mutual capacitance	: 5.6nF/100m
Max. capacitance unbalance	: 3400/3300 pF/Km (ISO/IEC, TIA/EIA)

Frequency (MHz)	Attenuation Max. dB/100m	Pr-Pr NEXT Min. dB>=100m	Power Sum NEXT Min.dB dB>=100m	ACR Min . dB	Pr-Pr FEXT Min . dB>=100m	Power Sum ELFEXT Min.dB dB/100m
0.772	1.8	67.0	64.0	65.2	66.0	63.0
1	2.0	65.3	62.3	63.3	63.8	60.8
4	4.1	56.3	53.3	52.2	51.7	48.7
8	5.8	51.8	48.8	46.0	45.7	42.7
10	6.5	50.3	47.3	43.8	43.8	40.8
16	8.2	47.3	44.3	39.1	39.7	36.7
20	9.3	45.8	42.8	36.5	37.7	34.7
25	10.4	44.3	41.3	33.9	35.8	32.8
31.25	11.7	42.9	39.9	31.2	33.9	30.9
62.5	17.0	38.4	35.4	21.4	27.8	24.8
100	22.0	35.3	32.3	13.3	23.8	20.8

Our digital coaxial cables have many accessories. For more information, don’t hesitate to call us on 0121 508 6890 or get in touch via Contact Page.

`Bus Cable`

Bus Cable

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`Local Area Network Cable`

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`AS-I BUS Cable`

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`Profinet Type A Cable`

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`Profibus PA PVC Cable`

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`Profibus PA FRNC-LSZH Cable`

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`KNX/EIB Cable`

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`Profibus PA LSZH SWB Cable`

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`Profibus DP LSZH SWB Cable`

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`Profinet PUR Cable`

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`CAT 5E`

Internal telephone cables.

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`Cat 5E 25 Pair U/UTP PE Duct Grade Cable`

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`Cat 5E 25 Pair U/UTP LSZH Cable`

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`Cat 5E F/UTP PVC Cable`

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`Profibus DP FC L2/FIP PVC Cable`

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`Profibus DP FC L2/FIP LSZH Cable`

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`DeviceNet Thick FRNC LSZH Cable`

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`DeviceNet Thin LSZH Cable`

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`Cat 5E U/UTP PVC Cable`

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`Cat 5E U/UTP PE External Cable`

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`Cat 5E F/UTP PE Cable`

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`Cat 5E F/UTP LSZH Cable`

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`Cat 5E PE F/UTP GSWB LSZH Cable`

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`Cat 5E U/UTP SWA LSZH Cable`

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`Cat 5E U/UTP LSZH Cable`

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`Cat 6 F/UTP PE Cable`

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`Cat 6 U/UTP PE Cable`

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`Cat 6 U/UTP LSZH Cable`

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`Cat 6A U/FTP LSZH Cable`

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`Cat 6 F/UTP LSZH Cable`

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`Cat 7 S/FTP 4 Pair LSZH Cable`

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Cat 5E 25 Pair U/UTP PE Duct Grade Cable

Local Area Network Cable, Communication, Network Cable

Cable Construction

Conductor	Solid Copper Conductor
Insulation	PE (Polyethylene)
Filler	PE (Polyethylene)
Bedding	Mylar Shield
Rip Cord	Nylon
Sheath	PE (Polyethylene)

Dimensions

No. of Pairs	Nominal Diameter of Conductor mm	Nominal Thickness of Pair Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/km
25	0.51	0.91	12	154.4

Performance Characteristics

Frequency MHz	Attenuation (-dB/100m)(±30%)	Next Worst Pair (dB/100m)	RL (dB/100m)
1	2	52.24	16
4	4.1	45.04	18.4
8	5.8	41.44	19.6
10	6.5	40.24	20
16	8.2	37.84	20
20	9.3	36.64	20
25	10.4	35.44	19.44
31.25	11.7	34.32	18.88
62.5	17	30.72	17.2
100	22	28.24	16.08

Electrical Characteristics

Impedance (1-100MHz) ohms	Maximum DC Resistance of Conductor At 20ºC ohms/km
100(±15)	101.2

Cat 5E 25 Pair U/UTP LSZH Cable

Local Area Network Cable, Communication, Network Cable

Cable Construction

Conductor	Class 1 Solid Copper Conductor
Insulation	PE (Polyethylene)
Filler	PE (Polyethylene) filler core
Bedding	Mylar tape
Sheath	LSZH (Low Smoke Zero Halogen)

Dimensions

No. of Pairs	Nominal Diameter of Conductor mm²	Nominal Thickness of Pair Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/km
25	0.51	0.91	12	194

Performance Characteristics

Frequency MHz	Attenuation at (-dB/100m)(±15%)	Next (dB)Min	RL (dB)(±15%)
1	2	65.3	20
4	4.1	56.3	23
8	5.8	51.8	24.5
10	6.5	50.3	25
16	8.2	47.3	25
20	9.3	45.8	25
25	10.4	44.3	24.3
31.25	11.7	42.9	23.6
62.5	17	38.4	21.5
100	22	35.3	20.1

Electrical Characteristics

Impedance (1-100Hz) ohms	Maximum DC Resistance of Conductor At 20ºC ohms/km
100(±15)	101.3

Cat 5E F/UTP PVC Cable

Local Area Network Cable, Communication, Network Cable

Cable Construction

Conductor	Class 1 Solid Copper Conductor
Insulation	HDPE (High Density Polyethylene)
Screen	Aluminium Foil
Drain Wire	Tinned Copper
Sheath	PVC (Polyvinyl Chloride)

Dimensions

No. of Pairs (24 AWG)	Nominal Diameter Over Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/305m box
4	1	6.2	14

Performance Characteristics

Frequency MHz	Attenuation dB/100m	Next dB	PS - Next dB	RL dB	Elfext dB	PS - Elfext dB/100m	Phase Delay ns
1	2	65.3	62.3	20	63.8	60.8	570
4	4.1	56.3	53.3	23	51.8	48.8	552
8	5.8	51.8	48.8	24.5	45.7	42.7	546.73
10	6.5	50.3	47.3	25	43.8	40.8	545.38
16	8.2	47.2	44.4	25	39.7	36.7	543
20	9.3	45.8	42.8	25	37.8	34.8	542.05
25	10.4	44.3	41.3	24.3	35.8	32.8	541.2
31.25	11.7	42.9	39.9	23.6	33.9	30.9	540.44
62.5	17	38.4	35.4	21.5	27.9	24.9	538.55
100	22	35.3	32.3	20.1	23.8	20.8	537.6

Electrical Characteristics

Impedance (1-100MHz) ohms	Maximum Resistance of Conductor At 20ºC ohms/km	Maximum Resistance Unbalance % max
100±15	95	5

Profibus DP FC L2/FIP PVC Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Solid Bare Copper Wire - 22/1AWG
Insulation	Foam-Skin Polyethylene
Bedding	PET (Polyester Tape)
Inner Sheath	PVC (Polyvinyl Chloride)
Shield	AL/PET (Aluminium / Polyester Tape)
Sheath	PVC (Polyvinyl Chloride)
Braid	Tinned Copper Wires, 60% Coverage

Dimensions

No. of Pairs	Nominal Cross Sectional Area mm²	Nominal Conductor Diameter mm	Nominal Insulation Diameter mm	Nominal Outer Diameter of Inner Sheath mm	Nominal Diameter of Outer Sheath mm	Nominal Weight kg/km
1	0.35	0.64	2.5	5.5	7.9	76

Electrical Characteristics at 20°C

Max DC Loop Conductor Resistance Ω/km	Maximum DC Conductor Resistance Ω/km	Capacitance at 800Hz pF/km	Impedance (3÷20MHz) Ω(±10%)	Maximum Attenuation dB/km
				9.6kHz	38.4kHz	4kHz	16kHz
115	57.5	29	150	0.3	0.5	2.1	4

Dielectric Strength kVac / 1 min		Minimum Insulation Resistance GΩ x KM	Maximum Installation Pulling N
Conductor/Conductor	Conductor/Shield
1.5	1.5	5	100

Profibus DP FC L2/FIP LSZH Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Solid Bare Copper Wire - 22/1AWG
Insulation	Foam-Skin Polyethylene
Bedding	PET (Polyester Tape)
Inner Sheath	Flame Retardant Halogen Free Compound
Shield	AL/PET (Aluminium / Polyester Tape)
Sheath	FRNC-LSZH (Flame Retardant Non-Corrosive Low Smoke Zero Halogen) Compound
Braid	Tinned Copper Wires, 60% Coverage

Dimensions

No. of Pairs	Nominal Cross Sectional Area mm²	Nominal Conductor Diameter mm	Nominal Insulation Diameter mm	Nominal Outer Diameter of Inner Sheath mm	Nominal Diameter of Outer Sheath mm	Nominal Weight kg/km
1	0.35	0.64	2.5	5.5	7.9	76

Electrical Characteristics at 20°C

Max DC Loop Conductor Resistance Ω/km	Maximum DC Conductor Resistance Ω/km	Capacitance at 800Hz pF/km	Impedance (3÷20MHz) Ω(±10%)	Maximum Attenuation dB/km
				9.6kHz	38.4kHz	4kHz	16kHz
115	57.5	29	150	0.3	0.5	2.1	4

Dielectric Strength kVac / 1 min		Minimum Insulation Resistance GΩ x KM	Maximum Installation Pulling N
Conductor/Conductor	Conductor/Shield
1.5	1.5	5	100

DeviceNet Thick FRNC LSZH Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Data Pair: Stranded Tinned Copper Wires - 18/19AWG (0.25mm²) Power Supply Pair: Stranded Tinned Copper Wires - 15/19AWG (0.35mm²)
Insulation	Data Pair: Foam-Skin Polyethylene Power Supply Pair: Solid Polyethylene
Bedding	PET (Polyester Tape)
Individual Pair Shield	AL/PET (Aluminium / Polyester Tape)
Overall Shield	TCWB (Tinned Copper Wire Braid)
Sheath	FRNC-LSZH (Flame Retardant Non-Corrosive Low Smoke Zero Halogen) Compound
Drain Wire	Tinned Copper

Dimensions

Nominal Cross Sectional Area of Data Pair Conductor mm²	Nominal Cross Sectional Area of Power Supply Pair Conductor mm²	Nominal Coverage of Wire Braid %	Nominal Diameter of Outer Sheath mm	Nominal Weight kg/km
0.93	1.93	65	11.9	220

Electrical Characteristics at 20°C

DC Conductor Resistance Ω/km		Capacitance at 800Hz Data Pair pF/km	Impedance ≥ 1MHz Data Pair Ω	Attenuation dB/km			Dielectric Strength kVac/1min	Minimum Insulation Resistance GΩ x km	Transfer Impedance at 10MHz mΩ/m
Data	Power Supply Pair			at 125kHz	at 500kHz	at 1MHz
23.2	11.3	40	120	0.4	0.8	1.25	2	5	15

DeviceNet Thin LSZH Cable

Communication, Network Cable, Bus Cable

Cable Construction

Conductor	Data Pair: Class 2 Stranded Tinned Copper - 24/19AWG (0.25mm²) Power Pair: Class 2 Stranded Tinned Copper - 22/19AWG (0.35mm²)
Insulation	Pair 1 - Data: Foam-Skin PE (Polyethylene) Pair 2 - Power: Solid PE (Polyethylene)
Shield	AL/PET (Aluminium / Polyester Tape)
Overall Shield	TCWB (Tinned Copper Wire Braid)
Sheath	FRNC-LSZH (Flame Retardant Non-Corrosive Low Smoke Zero Halogen)
Drain Wire	Tinned Copper - 24AWG

Dimensions

Nominal Cross Sectional Area of Data Pair Conductor mm²	Nominal Cross Sectional Area of Power Supply Pair Conductor mm²	Nominal Coverage Metallic Braid %	Nominal Diameter of Outer Sheath mm	Nominal Weight kg/km
0.25	0.35	65	6.9	70

Electrical Characteristics at 20°C

DC Conductor Resistance Ω/km		Capacitance at 800Hz Data Pair pF/km	Impedance ≥ 1MHz Data Pair Ω	Attenuation dB/km			Dielectric Strength kVac/1min	Minimum Insulation Resistance GΩ x km	Transfer Impedance at 10MHz mΩ/m
Data	Power Supply Pair			at 125kHz	at 500kHz	at 1MHz
77	52	40	120	0.9	1.6	2.1	1.5	5	7

Control Flex Cable

Power Generation

Overview

Control flex cables are designed to measure, design or regulate in the field of process automation.

There are three different types of Control Cable in the area of process automation: CY, YY and SY Cable.

With its GSWB braid SY is suited to installations with medium to high mechanical stress. YY and CY Control Cable are very similar in construction, but without the mechanical protection provided by the steel wire.

YY is a versatile cable that works well in environments with only light mechanical stress and CY Cable has a tinned copper wire braid and polyester binder tape, which provide protection against external electromagnetic influences.

Cables Include:

CY & CY – LSZH SCREENED CONTROL FLEXBLE (BEDDED)
CY & CY- LSZH SCREENED CONTROL FLEXIBLE (UNBEDDED)
Li-YCY SCREENED CONTROL FLEXIBLE
SY & LSZH (GSWB) CONTROL FLEXIBLE

Li-YY PVC CONTROL FLEXIBLE
YY CONTROL FLEXIBLE & LSZH CONTROL FLEXIBLE

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Flexible Rubber Cables

Power Generation

Overview

Flexible Rubber cables are robust and massively flexible designed primarily as a trailing cable for use in the supply of power for portable or mobile tools and equipment suitable to operate under light stress in dry or damp conditions.

Cables Include:

BS6195 COIL LEADS
EXTENSIBLE FLEX
FLATFORM
H05RRF
H07RNF

NSHTOU
SCREENED TRAILING
SHIPWIRING
WELDING

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Instrumentation Cable & Thermocouple Cable

Power Generation

Overview

Instrumentation and thermocouple cables are designed not only to supply power but to monitor activity within the cable. Instrumentation cables are used to monitor electrical deviation whereas thermocouple cables measure temperature.

Cables Include:

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LV Power Cable

Power Generation

Overview

Low Voltage Power Cables, Aluminum and Copper conductors of voltage range:0.6/1.0 kV

Cable Types

Copper Conductor Cables
Aluminium Conductor Cables
Thermoplastic/ PVC Insulated Cables
Thermoset/XLPE Insulated Cables
Armoured/ Non – Armoured Cables

Single core cables up to and including 1000 mm2
2 core cables up to and including 95 mm2
3, 4 core & 4 core with reduced neutral cables up to and including 500 mm2

Applicable Standards

IEC 60502 (Part 1)”PVC/ XLPE insulated cables” single core /multi-core BS 5467 for XLPE insulated Armoured cables
BS 7889 for XLPE insulated single core unarmoured cables

Cables Include:

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Marine, Oil & Petrochemical Cables

Power Generation

Overview

Marine, oil and petrochemical cables are designed to withstand the harsh environments associated with offshore power generation.

These cables are built to withstand high and low temperatures, salt water, acid, humidity and mud making them perfect for use aboard ships, on offshore platforms and other oil drilling and production facilities.

Cables Include:

657TQ HOFR TYPE ‘B’
6591TQ & 658TQ HOFR
IEC 60331 (FLEXIBLE INSTRUMENTATION) FIRE RESISTANT/UK00A
POWER & CONTROL CABLES BS6883 & IEC 60331

IEC 30331 INSTRUMENTATION FIRE RESISTANT/UKOOA
IEC 60332 INSTRUMENTATION FLAME RETARDANT

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Mines & Quarries Cables

Power Generation

Overview

A number of different types of cables are used in mines. There are fixed mining cables and portable mining cables, the latter being described here.

The key requirements of portable cables are flexibility, and resistance to mechanical abrasion and damage. Due to the additional demands put on portable mining cables used for reeling and dereeling applications, special design may be required.

There are many types of portable mining cables. They are available in ratings up to 25 kV, and may have as many as five conductors. An example of SHD-GC Cable, is shown in the illustration. It has three insulated, shielded conductors, two bare ground wires, a ground check wire, and an overall jacket. The conductors for this cable are annealed, bare or tinned copper wires. The braided shield may be tin-coated wires, or a tin-coated copper wire/textile composite.

The grounding conductor(s) annealed, bare or tinned, stranded copper wires, and the ground check conductor is annealed, bare, stranded copper wires with EPR insulation and nylon braid, elastomeric jacket holds the conductor assembly firmly in place, to minimize snaking and cork-screwing during reeling and dereeling.

Cables Include:

TYPE 7 COAL CUTTER CABLE
TYPE 21 PLIABLE ARMOURED TRAILING FLEX – HOFR

Rail Cable & Highway Cable

Power Generation

Overview

Cables Britain offer a wide range of Network Rail style cables to be used in the railway and highway industry. Our cables have been designed, tested and approved to meet the specific standards of their respective industries.

Cables Include:

Electric Point Heating Cable
Track Cable
Signal Cable Type B
Signal Cable Type C

Rail Power Cable
High Voltage Rail Cable 44 KV
(N)TMCWOEU 26/45 kV
TR2029 Traffic Control Inductive Loop Detector

TR2031 Traffic Systems Loop Detector Feeder Cable
TRH2583A Traffic Systems Non-armoured Energy Cable
TRH2583A Traffic Systems Non-armoured Energy Cable
TR2161 Network Control Armoured Energy Cable

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Power Medium Voltage Cable

Power Generation

Overview

Medium power cables have voltage grade greater than 1 kV. Medium voltage usually goes up to 46 kV.

Medium Voltage distribution systems begin at substations and supply electricity to a wide spectrum of power consumers. When selecting a cable, the basic aim is to safely provide adequate electrical power, with continuous, trouble-free operation, in a system that is able to withstand unexpected demands and overload conditions. Each installation has particular requirements that must be considered. There are distinct benefits from specifying a copper-conductor cable that has been manufactured under rigid specification and quality control procedures. It will provide maximum performance with minimum maintenance. There are seven types different by construction for medium voltage copper power cables in the 1 kV to 46 kV range. Most are available in single- and multi-core configurations. There are ranges of sizes and design variations for each type.

Cables Include:

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Power Accessories

Power Generation

Our power cables have many accessories.

For more information, don’t hesitate to call us on 0121 508 6890 or get in touch via our Contact Page.

NR/PS/SIG/00005 Signalling Type C1, C2, C3 Cable

Power Generation, Rail Cable & Highway Cable

Cable Construction

Conductor	Class 5 tinned conductor
Insulation	EPR (Ethylene Propylene Rubber) Type GP4 according to BS 7655
Screen (C3 only)	AL (Aluminium Tape)
Drain Wire	Type C3 only
Sheath	HDPCP (Heavy Duty Polychloroprene) Type RS2 according to BS 7655
Bedding	PET (Polyethylene Terephthalate)

Dimensions

Cable Type	No. of Cores	Nominal Cross Sectional Area mm²	Minimum Thickness of Sheath mm	Minimum Overall Diameter mm	Maximum Overall Diameter mm	Nominal Weight kg/km
C1	1	2.5	3.8	11.2	14	174
C2	2	2.5	3.8	14.9	18.8	338
C2	4	2.5	3.8	16.4	20.9	450
C2	7	2.5	3.8	18.7	23.7	612
C2	10	2.5	3.8	22.5	28.6	836
C2	6 x 2	0.75	3.8	23.2	29.3	868
C2	12	2.5	3.8	23.2	29.3	909
C2	16	2.5	3.8	25.3	32	985
C3	2+ Drain	2.5	3.8	15	20	341

Class 5 Flexible Copper Conductors for Single Core and Multi-Core Cables
The below table is in accordance with BS EN 60228 (previously BS 6360)

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor At 20ºC
		Metal-Coated Wires ohms/km
0.75	0.4	26.7
2.5	0.26	8.21

The above table is in accordance with BS EN 60228 (previously BS 6360)

power-accessories01

Our power cables have many accessories.

For more information, don’t hesitate to call us on 0121 508 6890 or get in touch via our Contact Page.

NR/PS/SIG/00005 Signalling Type B1, B2 Cable

Power Generation, Rail Cable & Highway Cable

Cable Construction

Conductor	Class 2 stranded tinned conductor
Insulation	EPR (Ethylene Propylene Rubber) Type GP4 according to BS 7655
Sheath	HDPCP (Heavy Duty Polychloroprene) Type RS2 according to BS 7655

Dimensions

Cable Type	No. of Cores	Nominal Cross Sectional Area mm²	Minimum Thickness of Sheath mm	Minimum Overall Diameter mm	Maximum Overall Diameter mm	Nominal Weight kg/km
B1	1	2.5	2	7.2	8.9	34
B1	1	10	2	9.4	11.8	205
B1	1	35	2	12.9	16.1	495
B2	2	1	2	9.9	13	240
B2	2	1.5	2	9.4	12.1	151
B2	2	2.5	2	10.5	13.1	187
B2	2	4	2	13.2	16.3	267
B2	2	10	2	15	18.7	448
B2	2	16	2	16.7	20.9	630
B2	2	35	2.2	22.3	27.8	1520
B2	2	70	2.4	28.8	36	1904
B2	2	95	2.6	33.2	41.5	2885
B2	3	10	2	17.3	20.7	525
B2	3	16	2	19.8	23.2	770
B2	4	0.75	2	10.2	12.8	173
B2	4	1.5	2	10.9	13.7	220
B2	4	2.5	2	11.9	14.8	264
B2	7	0.75	2	11.8	14.7	240
B2	7	1.5	2	12.6	15.8	305
B2	7	2.5	2	13.8	17.2	390
B2	10	0.75	2	14.4	18	345
B2	10	1.5	2	15.6	19.4	405
B2	10	2.5	2	17.1	21.3	565
B2	12	0.75	2	14.8	18.5	350
B2	12	1.5	2	16	20	465
B2	12	2.5	2	17.6	22	570
B2	19	0.75	2	17	21.3	490
B2	19	1.5	2	18.5	23.1	649
B2	19	2.5	2	20.4	25.5	886
B2	27	0.75	2	20.1	25.1	640
B2	27	1.5	2.2	22.2	27.8	880
B2	27	2.5	2.2	24.6	30.7	1225
B2	37	0.75	2.2	22.7	28.4	850
B2	37	1.5	2.2	25.1	31.4	1190
B2	37	2.5	2.4	27.8	34.7	1190
B2	48	0.75	2.2	25.7	32.2	1650
B2	48	1.5	2.4	28.1	35.1	1590
B2	48	2.5	2.6	31.2	39	1980
B2	6 x 2	0.75	2	19.7	24.6	465
B2	6 x 2	2.5	2	23.7	29.6	570

Class 2 Stranded Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Maximum No. Of Wires In Conductor						Maximum Resistance of Conductor At 20ºC
	Circular		Circular Compacted		Shaped		Annealed Copper Conductor
	Cu	Al	Cu	Al	Cu	Al	Metal-Coated Wires ohms/km
0.75	7	-	-	-	-	-	24.8
1	7	-	-	-	-	-	18.2
1.5	7	-	6	-	-	-	12.2
2.5	7	-	6	-	-	-	7.56
4	7	-	6	-	-	-	4.7
6	7	-	6	-	-	-	3.11
10	7	7	6	6	-	-	1.84
16	7	7	6	6	-	-	1.16
35	7	7	6	6	6	6	0.529
70	19	19	12	12	12	12	0.27
95	19	19	15	15	15	15	0.195

The above table is in accordance with BS EN 60228 (previously BS 6360)

power-accessories01

Our power cables have many accessories.

For more information, don’t hesitate to call us on 0121 508 6890 or get in touch via our Contact Page.

Our Concept – Monitoring Temperatures & Detecting Fires

Heat Detection

Our concept

The idea of an electronic sensor cable had been developed as early as 1983. We are in service for the safety of individuals, commodities, and real estate. Concentration on early fire detection in tunnels with the LIST system (sec20) had been the main focus for several years.

The d-LIST system (sec15) was developed in1999 to gain more market share in industrial facilities. In 2001, the LIST system gained strong attention in large tunnel systems, which made us the leader in unit and sensor cable redundancy up until today (LIST RDT-mode, Rerouted Data Transmission).

The line-type heat detector LIST is VdS-approved according to EN 54-22, response class A1N and A2N, environmental group III (G 213072), as well as certified according to ATEX zones 2 and 22.

The line-type heat detector d-LIST is VdS-approved according to EN 54-5, response class A1 (G205143), as well as certified according to ATEX zones 2 and 22, and according to DNV-GL (60 380 – 09 HH).

The system interrogates both actual temperature and rate of rise.

Project inquiries are processed according to customer specifications, in order to offer the optimum solution. You will be supported by a competent team with 25 years of know-how in all matters concerning line-type heat detectors.

Our safety relevant systems will be commissioned and maintained on a yearly basis by skilled and qualified personnel.

Design

Play safe by getting expert advice. Application Engineering and System Design is conducted with rigid adherence to client specifications. In addition, CBL’s engineers utilise BS5839 as the basis of all our designs.

Open protocol

It is CBL’s desire to work with the complete chain of stake holders within the fire detection market place. To this aim we offer: CPD content seminars – to show and explain our systems.

Training of engineers

To utilise the unique in house software and the full package of Commissioning, Installation, Maintenance and Service. It is our intention to Supply and design only, with the Fire Specialists engaging their clients in the way they do best! If required we could assist with commissioning of your first order.

Product approval

CBL’s sales team will discuss the product and product design with: the End Client, Consultant, Insurer, Mechanical and Electrical Contractor and fire specialist to ensure the project is completed with safety in mind!

BS 6883 / 658TQ Type SW4 Armoured Cable

Power Generation, Marine, Oil & Petrochemical Cables

Cable Construction

Conductor	1.0mm² to 1.5mm²: Class 5 tinned copper conductor according to BS EN 60228 (previously BS 6360) 2.5mm² and above: Class 2 tinned copper conductor according to BS EN 60228 (previously BS 6360)
Insulation	Halogen free elastomer EPR Type GP4 according to BS 7655
Inner Sheath	HOFR (Heat and Oil Resistant and Flame Retardant), halogen-free elastomer Type SW4 according to BS 7655
Armour	Galvanized steel wire braid*
Outer Sheath	HOFR (Heat and Oil Resistant and Flame Retardant), halogen-free elastomer Type SW4 according to BS 7655
Bedding	Suitable tape between the braid and outer sheath
Note	* Tinned copper wire braid version available on request

Dimensions

No. of Cores	Conductor Class	Nominal Cross Sectional Area mm²	Nominal Thickness of Insulation mm	Nominal Thickness of Inner Sheath mm	Nominal Diameter of Steel Wires in Braid mm	Nominal Thickness of Outer Sheath mm	Nominal Overall Diameter mm	Nominal Weight kg/km
2	5	1	0.8	1	0.3	1.2	11.6	200
2	5	1.5	0.8	1.1	0.3	1.2	12.4	241
2	2	2.5	0.8	1.1	0.3	1.2	13.4	283
2	2	4	1	1.2	0.3	1.3	15.6	387
2	2	6	1	1.2	0.3	1.4	16.9	476
2	2	10	1	1.3	0.3	1.4	19.2	627
2	2	16	1	1.4	0.3	1.5	22	853
2	2	25	1.2	1.5	0.3	1.7	26.1	1212
2	2	35	1.2	1.6	0.3	1.8	28.8	1532
2	2	50	1.4	1.7	0.45	2	33	2038
2	2	70	1.4	1.9	0.45	2.1	37.1	2680
2	2	95	1.6	2.1	0.45	2.3	42.2	3593
2	2	120	1.6	2.2	0.45	2.5	46.2	4291
2	2	150	1.8	2.3	0.45	2.6	50.5	5120
2	2	185	2	2.5	0.45	2.8	55.7	6404
2	2	240	2.2	2.8	0.45	3.1	62.8	8210
2	2	300	2.4	3	0.45	3.3	69.1	10016
3	5	1	0.8	1.1	0.3	1.2	12.2	237
3	5	1.5	0.8	1.1	0.3	1.2	12.9	263
3	2	2.5	0.8	1.1	0.3	1.3	14.1	323
3	2	4	1	1.2	0.3	1.3	16.3	439
3	2	6	1	1.2	0.3	1.4	17.7	547
3	2	10	1	1.3	0.3	1.5	20.4	743
3	2	16	1	1.4	0.3	1.6	23.3	1029
3	2	25	1.2	1.6	0.3	1.8	27.8	1515
3	2	35	1.2	1.7	0.45	1.9	31.4	2032
3	2	50	1.4	1.8	0.45	2	35	2547
3	2	70	1.4	2	0.45	2.2	39.6	3340
3	2	95	1.6	2.2	0.45	2.4	45.5	4514
3	2	120	1.6	2.3	0.45	2.6	49.3	5408
3	2	150	1.8	2.5	0.45	2.8	54.3	6587
3	2	185	2	2.7	0.45	3	59.9	8197
3	2	240	2.2	2.9	0.45	3.2	67	10475
3	2	300	2.4	3.2	0.45	3.5	74.1	12878
4	5	1	0.8	1.1	0.3	1.2	12.9	262
4	5	1.5	0.8	1.1	0.3	1.3	13.9	301
4	2	2.5	0.8	1.1	0.3	1.3	15.1	384
4	2	4	1	1.2	0.3	1.4	17.7	532
4	2	6	1	1.3	0.3	1.5	19.4	673
4	2	10	1	1.4	0.3	1.6	22.3	917
4	2	16	1	1.5	0.3	1.7	25.6	1287
4	2	25	1.2	1.7	0.45	1.9	31.3	1999
4	2	35	1.2	1.8	0.45	2	34.2	2525
4	2	50	1.4	1.9	0.45	2.2	38.7	3159
4	2	70	1.4	2.1	0.45	2.4	43.7	4226
4	2	95	1.6	2.3	0.45	2.6	50.2	5718
4	2	120	1.6	2.5	0.45	2.8	54.6	6876
4	2	150	1.8	2.7	0.45	3	60.1	8357
4	2	185	2	2.9	0.45	3.2	66.3	10406
4	2	240	2.2	3.2	0.45	3.5	74.6	13363
4	2	300	2.4	3.5	0.45	3.8	82.4	16433
5	5	1.5	0.8	1.1	0.3	1.3	14.8	351
5	2	2.5	0.8	1.2	0.3	1.3	16.3	441
7	5	1.5	0.8	1.2	0.3	1.3	16.8	452
7	2	2.5	0.8	1.2	0.3	1.4	18.6	577
12	5	1.5	0.8	1.3	0.3	1.5	20.1	621
12	2	2.5	0.8	1.4	0.3	1.6	22.6	836
19	5	1.5	0.8	1.4	0.3	1.6	24.1	888
19	2	2.5	0.8	1.5	0.3	1.7	27.1	1202
27	5	1.5	0.8	1.6	0.3	1.8	27.5	1162
27	2	2.5	0.8	1.7	0.45	1.9	31.4	1714
37*	5	1.5	0.8	1.7	0.45	1.9	32.1	1608

* Based on Standard

Class 2 Stranded Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Minimum No. Of Wires In Conductor	Maximum Resistance of Conductor At 20ºC
	Circular	Annealed Copper Conductor
	Cu	Metal-Coated Wires ohms/km
2.5	7	7.56
4	7	4.7
6	7	3.11
10	7	1.84
16	7	1.16
25	7	0.734
35	7	0.529
50	19	0.391
70	19	0.27
95	19	0.195
120	37	0.154
150	37	0.126
185	37	0.1
240	37	0.0762
300	61	0.0607

Class 5 Flexible Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor at 20°C
		Plain Wires ohms/km	Metal-Coated Wires ohms/km
1	0.21	19.5	20
1.5	0.26	13.3	13.7

Current Carrying Capacity

Nominal Cross Sectional Area mm²	Single Core Amps	2 Core Amps	3 and 4 Core Amps	5 Core Amps	7 Core Amps	10 Core Amps	12 Core Amps	16 Core Amps	19 Core Amps	20 Core Amps	24 Core Amps	27 Core Amps	30 Core Amps	37 Core Amps
1	18	15	13	10.5	9	8	8	7	7	7	6	6	6	5
1.5	23	20	16	12	10	9	9	8	7	7	6.5	6.5	6	6
2.5	30	26	21	16	15	13	12	11	10	10	9.5	9	9	8
4	40	34	28	-	-	-	-	-	-	-	-	-	-	-
6	52	44	36	-	-	-	-	-	-	-	-	-	-	-
10	72	61	50	-	-	-	-	-	-	-	-	-	-	-
16	96	82	67	-	-	-	-	-	-	-	-	-	-	-
25	127	108	89	-	-	-	-	-	-	-	-	-	-	-
35	157	133	110	-	-	-	-	-	-	-	-	-	-	-
50	196	167	137	-	-	-	-	-	-	-	-	-	-	-
70	242	206	169	-	-	-	-	-	-	-	-	-	-	-
95	293	249	205	-	-	-	-	-	-	-	-	-	-	-
120	339	288	237	-	-	-	-	-	-	-	-	-	-	-
150	389	331	272	-	-	-	-	-	-	-	-	-	-	-
185	444	377	311	-	-	-	-	-	-	-	-	-	-	-
240	522	444	365	-	-	-	-	-	-	-	-	-	-	-
300	601	511	421	-	-	-	-	-	-	-	-	-	-	-

Ambient Air Temperature of 45°C

De-Rating Factors

Ambient Temperature °C	35	40	45	50	55	60	65	70	75	80
DE-RATING FACTOR	1.1	1.05	1	0.94	0.88	0.82	0.74	0.67	0.58	0.47

Where more than six bunched cables on cable trays, in cable conduits, pipes or trunking are to expected to operate simultaneously full rated capacity, a correction of 0.85 should be applied

power-accessories01

Our power cables have many accessories.

For more information, don’t hesitate to call us on 0121 508 6890 or get in touch via our Contact Page.

BS 6883 657TQ Type SW4 Cable

Power Generation, Marine, Oil & Petrochemical Cables

Cable Construction

Conductor	1mm² to 1.5mm²: Class 5 tinned copper conductor according to BS EN 60228 (previously 6360) 2.5mm² and above: Class 2 tinned copper conductor according to BS EN 60228 (previously 6360)
Insulation	Halogen free elastomer compound EPR Type GP4 according to BS 7655
Sheath	HOFR (Heat and Oil Resistant and Flame Retardant), halogen free elastomer compound Type SW4 according to BS 7655

Dimensions

No. of Cores	Conductor Class	Nominal Cross Sectional Area mm²	Nominal Thickness of Insulation mm	Nominal Thickness of Outer Sheath mm	Nominal Overall Diameter mm	Nominal Weight kg/km
1	5	1	0.8	1	4.8	34
1	5	1.5	0.8	1	5.1	40
1	2	2.5	0.8	1	5.6	54
1	2	4	1	1	6.5	78
1	2	6	1	1	7.1	101
1	2	10	1	1	8.1	144
1	2	16	1	1.1	9.5	216
1	2	25	1.2	1.2	11.4	328
1	2	35	1.2	1.2	12.6	429
1	2	50	1.4	1.3	14.3	551
1	2	70	1.4	1.3	16	753
1	2	95	1.6	1.4	18.6	1049
1	2	120	1.6	1.5	20.3	1274
1	2	150	1.8	1.6	22.4	1568
1	2	185	2	1.7	24.9	1949
1	2	240	2.2	1.8	28	2530
1	2	300	2.4	1.9	30.9	3134
1	2	400	2.6	2	35.3	4258
1	2	500	2.8	2.2	39.3	5337
2	5	1	0.8	1	8.1	86
2	5	1.5	0.8	1.1	8.5	103
2	2	2.5	0.8	1.1	9.5	140
2	2	4	1	1.2	11.6	210
2	2	6	1	1.2	12.7	270
2	2	10	1	1.3	14.9	391
2	2	16	1	1.4	17.5	574
2	2	25	1.2	1.5	21.2	864
2	2	35	1.2	1.6	23.7	1129
2	2	50	1.4	1.7	26.9	1452
2	2	70	1.4	1.9	30.8	1991
2	2	95	1.6	2.1	35.9	2766
2	2	120	1.6	2.2	39.1	3338
2	2	150	1.8	2.3	43.2	4097
3	5	1	0.8	1.1	8.4	100
3	5	1.5	0.8	1.1	9	122
3	2	2.5	0.8	1.1	10.1	169
3	2	4	1	1.2	12.3	257
3	2	6	1	1.2	13.5	335
3	2	10	1	1.3	15.9	490
3	2	16	1	1.4	18.6	732
3	2	25	1.2	1.6	22.7	1121
3	2	35	1.2	1.7	25.4	1474
3	2	50	1.4	1.8	28.9	1893
3	2	70	1.4	2	33	2611
3	2	95	.6	2.2	38.5	3638
3	2	120	1.6	2.3	41.9	4400
3	2	150	1.8	2.5	46.5	5425
3	2	185	2	2.7	51.8	6754
3	2	240	2.2	2.9	58.6	8770
4	5	1	0.8	1.1	9.1	122
4	5	1.5	0.8	1.1	9.8	149
4	2	2.5	0.8	1.1	11	210
4	2	4	1	1.2	13.4	321
4	2	6	1	1.3	15	428
4	2	10	1	1.4	17.6	627
4	2	16	1	1.5	20.7	940
4	2	25	1.2	1.7	25.3	1442
4	2	35	1.2	1.8	28.3	1899
4	2	50	1.4	1.9	32.1	2439
4	2	70	1.4	2.1	36.7	3370
4	2	95	1.6	2.3	42.8	4700
4	2	120	1.6	2.5	46.8	5710
4	2	150	1.8	2.7	51.9	7035
5	5	1.5	0.8	1.1	10.7	180
5	2	2.5	0.8	1.2	12.2	260
5	2	4	1	1.3	15.2	394
5	2	6	1	1.4	16.9	463
5	2	10	1	1.5	19.6	685
7	5	1.5	0.8	1.2	12.8	252
7	2	2.5	0.8	1.2	14.4	359
12	5	1.5	0.8	1.3	15.6	370
12	2	2.5	0.8	1.4	17.9	543
19	5	1.5	0.8	1.4	19.4	570
19	2	2.5	0.8	1.5	22.2	842
27	5	1.5	0.8	1.6	22.4	766
37	5	1.5	0.8	1.7	26.2	1037

Class 5 Flexible Copper Conductors

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor at 20°C
		Plain Wires ohms/km	Metal-Coated Wires ohms/km
1	0.21	19.5	20
1.5	0.26	13.3	13.7

Class 2 Stranded Copper Conductors

Nominal Cross Sectional Area mm²	Minimum No. Of Wires In Conductor						Maximum Resistance of Conductor At 20ºC
	Circular		Circular Compacted		Shaped		Annealed Copper Conductor
	Cu	Al	Cu	Al	Cu	Al	Metal-Coated Wires ohms/km
2.5	7	-	6	-	-	-	7.56
4	7	-	6	-	-	-	4.7
6	7	-	6	-	-	-	3.11
10	7	7	6	6	-	-	1.84
16	7	7	6	6	-	-	1.16
25	7	7	6	6	6	6	0.734
35	7	7	6	6	6	6	0.529
50	19	19	6	6	6	6	0.391
70	19	19	12	12	12	12	0.27
95	19	19	15	15	15	15	0.195
120	37	37	18	15	18	15	0.154
150	37	37	18	15	18	15	0.126
185	37	37	30	30	30	30	0.1
240	37	37	34	30	34	30	0.0762
300	61	61	34	30	34	30	0.0607
400	61	61	53	53	53	53	0.0475
500	61	61	53	53	53	53	0.0369

Current Carrying Capacity

Nominal Cross Sectional Area mm²	Single Core Amps	2 Core Amps	3 and 4 Core Amps	5 Core Amps	7 Core Amps	12 Core Amps	19 Core Amps	27 Core Amps	37 Core Amps
1	18	15	13	10.5	-	-	-	-	-
1.5	23	20	16	12	10	9	7	6.5	6
2.5	30	26	21	16	15	12	10	9	8
4	40	34	28	-	-	-	-	-	-
6	52	44	36	-	-	-	-	-	-
10	72	61	50	-	-	-	-	-	-
16	96	82	67	-	-	-	-	-	-
25	127	108	89	-	-	-	-	-	-
35	157	133	110	-	-	-	-	-	-
50	196	167	137	-	-	-	-	-	-
70	242	206	169	-	-	-	-	-	-
95	293	249	205	-	-	-	-	-	-
120	339	288	237	-	-	-	-	-	-
150	389	331	272	-	-	-	-	-	-
185	444	377	311	-	-	-	-	-	-
240	522	444	365	-	-	-	-	-	-
300	601	511	421	-	-	-	-	-	-
400	719	611	503	-	-	-	-	-	-
500	827	703	579	-	-	-	-	-	-

Ambient Air Temperature of 45°C

De-Rating Factors

Ambient Temperature °C	35	40	45	50	55	60	65	70	75	80
DE-RATING FACTOR	1.1	1.05	1	0.94	0.88	0.82	0.74	0.67	0.58	0.47

When more than six bunched cables on cable trays, in cable conduits, pipes or trunking are expected to operate simultaneously full rated capacity, a correction factors of 0.85 should be applied.

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H07RN-F BS EN 50525-2-21 Flexible Rubber Cable

Power Generation, Flexible Rubber Cables

Cable Construction

Conductor	Class 5 flexible copper conductor according to BS EN 60228 (previously BS 6360)
Insulation	EPR (Ethylene Propylene Rubber) Type EI4 according to BS EN 50363
Sheath	PCP (Polychloroprene) Type EM2 according to BS EN 50363

Dimensions

No. of Cores	Nominal Cross Sectional Area mm²	Nominal Thickness of Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/km	A2 Glands Brass	A2PL Gland Plastic
1	1.5	0.8	5.8	52	20/16	20S
1	2.5	0.9	6.5	67	20/16	20S
1	4	1	7.4	92	20/16	20S
1	6	1	8.1	119	20S	20S
1	10	1.2	9.8	185	20S	20S
1	16	1.2	11.35	258	20	20
1	25	1.4	13.3	375	25	20
1	35	1.4	14.6	485	25	25
1	50	1.6	17.2	669	25	25
1	70	1.6	19.35	892	32	32
1	95	1.8	22.2	1160	32	32
1	120	1.8	24.3	1436	32	32
1	150	2	25.9	1748	40	40
1	185	2.2	29.7	2142	40	40
1	240	2.4	31.5	2698	50S	50S
1	300	2.6	36.5	3348	50	50S
1	400	2.8	40.4	4293	50	50
1	500	3	42.6	5262	50	50
1	630	3	47.2	6790	63S	63S
2	1	0.8	8.1	94	20S	20S
2	1.5	0.8	9	120	20S	20S
2	2.5	0.9	10.7	173	20S	20S
2	4	1	12.3	239	20	20
2	6	1	13.8	313	25	25
2	10	1.2	18.6	563	32	25
2	16	1.2	21.7	830	32	32
2	25	1.4	25.8	1211	40	40
3	1	0.8	8.74	117	20S	20S
3	1.5	0.8	9.68	147	20S	20S
3	2.5	0.9	11.48	123	20	20
3	4	1	13.2	297	25	25
3	6	1	14.78	390	25	25
3	10	1.2	19.9	705	32	32
3	16	1.2	23.31	1031	32	32
3	25	1.4	27.7	1512	40	40
3	35	1.4	30.2	1907	50S	50S
3	50	1.6	35.8	2651	50	50S
3	70	1.6	40.1	3484	50	50
3	95	1.8	46.4	4594	63S	63S
4	1	0.8	9.63	142	20S	20S
4	1.5	0.8	10.63	180	20S	20S
4	2.5	0.9	12.6	260	20	20
4	4	1	14.6	336	25	25
4	6	1	16.4	449	25	32
4	10	1.2	21.8	883	32	32
4	16	1.2	25.4	1138	40	40
4	25	1.4	30.7	1714	50S	50
4	35	1.4	33.4	2204	50S	50
4	50	1.6	39.6	3029	50	-
4	70	1.6	44.9	4121	63	-
4	95	1.8	51.9	5361	63	-
5	1.5	0.8	11.8	206	20	20L
5	2.5	0.9	14	297	25	25
5	4	1	16.2	422	25	25
5	6	1	18.2	567	32	32
5	10	1.2	24	1010	40	40
5	16	1.2	28.2	1400	40	40
5	25	1.4	33.9	2096	50S	50
5	35	1.4	37.2	2700	50	50
5	50	1.6	44	3730	63S	63S
7	1.5	0.8	15.13	315	25	25
7	2.5	0.9	17.6	445	25	32
12	1.5	0.8	18.2	493	25	32
12	2.5	0.9	21.4	702	32	32
19	1.5	0.8	22.1	710	32	32

Class 5 Flexible Copper Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor At 20ºC
		Plain Wires ohms/km
1	0.21	19.5
1.5	0.26	13.3
2.5	0.26	7.98
4	0.31	4.95
6	0.31	3.3
10	0.41	1.91
16	0.41	1.21
25	0.41	0.78
35	0.41	0.554
50	0.41	0.386
70	0.51	0.272
95	0.51	0.206
120	0.51	0.161
150	0.51	0.129
185	0.51	0.106
240	0.51	0.0801
300	0.51	0.0641
400	0.51	0.0486
500	0.61	0.0384
630	0.61	0.0287

Current Carrying Capacity and Mass Supportable (1mm² to 2.5mm²)

Nominal Cross Sectional Area mm²	Current Carrying Capacity		Maximum Mass Supportable By Twin Flexible Cable (See Regulations 522.7.2 and 559.6.1.5 of the 17th Edition of IEE Wiring Regulations) kg
	Single-Phase AC Amps	Three-Phase AC Amps
1	10	10	5
1.5	16	16	5
2.5	25	20	5

Voltage Drop (1mm² to 2.5mm²)

Nominal Cross Sectional Area mm²	DC or Single-Phase AC mV/A/m	Three-Phase AC mV/A/m
1	46	40
1.5	32	27
2.5	19	16

Conductor Operating Temperature: 60°C

Current Carrying Capacity (4mm² and above)

Nominal Cross Sectional Area mm²	60°C Conductor Operating Temperature			85°C Conductor Operating Temperature **
	Single-Phase AC or DC		Three-Phase AC	Single-Phase AC or DC		Three-Phase AC
	1 Two Core Cable, With or Without Protective Conductor Amps	2 Single Core Cables Amps	1 Three Core, Four Core or Five Core Cable Amps	1 Two Core Cable, With or Without Protective Conductor Amps	2 Single Core Cables Amps	1 Three Core, Four Core or Five Core Cable Amps
4	30	-	26	41	-	36
6	39	-	34	53	-	47
10	51	-	47	73	-	64
16	73	-	63	99	-	86
25	97	-	83	131	-	114
35	-	140	102	-	192	140
50	-	175	124	-	240	170
70	-	216	158	-	297	216
95	-	258	192	-	354	262
120	-	302	222	-	414	303
150	-	347	255	-	476	348
185	-	394	291	-	540	397
240	-	471	343	-	645	467
300	-	541	394	-	741	537
400	-	644	-	-	885	-
500	-	738	-	-	1017	-
630	-	861	-	-	1190	-

Ambient Temperature: 30°C
Conductor Operating Temperature: 60°C/85°C
The above table is for 60°C conductor operating temperature is in accordance with T4F1A of the 17th Edition of IEE Wiring Regulations.
** 85°C Table is in accordance with Table 4H2A of the 16th Edition of IEE Wiring Regulations.

The current ratings arranged are for cables in free air but may also be used for cables resting on the surface. If the cable is to be wound on a drum on load the ratings should be reduced in accordance with Note 2 below and for cables which may be covered, see Note 3.

Note 2: Flexible cables wound on reeling drums
The current ratings of cables used on reeling drums are to be reduced by the factors below:

A. Radial Type Drum
-Ventilated: 85%
-Unventilated: 75%

B. Ventilated Cylindrical Type Drum
-1 Layer of cable: 85%
-2 Layer of cable: 65%
-3 Layer of cable: 45%
-4 Layer of cable: 35%

A Radial Type Drum is where spiral layers of cable are accommodated between closely spaced fittings. If fitted with solid flanges the ratings given should be reduced and the drum is described as non-ventilated. If the flanges have suitable apertures the drum is described as ventilated.

A ventilated cylindrical cable drum is where layers of cable are accommodated between widely spaced flanges and the drum and end flanges have suitable ventilating apertures.

3. Where cable may be covered or coiled up whilst on load, or in air movement over the cable restricted, the current rating should be reduced.

It is not possible to specify the amount of reduction but the table of rating factors for reeling drums can be used as a a guide.

Voltage Drop (4mm² and above)

Nominal Cross Sectional Area mm²	Two Core Cable, DC mV/A/m	Two Core Cable, Single-Phase AC mV/A/m			1 Three Core, Four Core or Five Core Cable, Three-Phase AC mV/A/m			2 Single Core Cables, Touching
								DC mV/A/m	Single-Phase AC mV/A/m
4	12	12			10			-	-
6	7.8	7.8			6.7			-	-
10	4.6	4.6			4			-	-
16	2.9	2.9			2.5			-	-
25	1.8	1.8	0.175	1.85	1.55	0.15	1.55	-	-	-	-
35	-	-	-	-	1.1	0.15	1.15	1.31	1.31	0.21	1.32
50	-	-	-	-	0.83	0.145	0.84	0.91	0.91	0.21	0.93
70	-	-	-	-	0.57	0.14	0.58	0.64	0.64	0.2	0.67
95	-	-	-	-	0.42	0.135	0.44	0.49	0.49	0.195	0.53
120	-	-	-	-	0.33	0.135	0.36	0.38	0.38	0.19	0.43
150	-	-	-	-	0.27	0.13	0.3	0.31	0.31	0.19	0.36
185	-	-	-	-	0.22	0.13	0.26	0.25	0.25	0.19	0.32
240	-	-	-	-	0.17	0.13	0.21	0.19	0.195	0.185	0.27
300	-	-	-	-	0.135	0.125	0.185	0.15	0.155	0.18	0.24
400	-	-	-	-	-	-	-	0.115	0.12	0.175	0.21
500	-	-	-	-	-	-	-	0.09	0.099	0.17	0.2
630	-	-	-	-	-	-	-	0.068	0.079	0.17	0.185

Conductor Operating Temperature: 60°C
r = Resistive Component
x = Reactive Component
z = Impedance Value
* A larger voltage drop will result if the cables are spaced

De-Rating Factors

Ambient Temperature °C	35	40	45	50	55
DE-RATING FACTOR	0.91	0.82	0.71	0.58	0.41

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Coil End Lead Type 4 BS 6195 Cable

Power Generation, Flexible Rubber Cables

Cable construction

Conductor	Class 5 flexible tinned copper conductor according to BS EN 60228 (previously BS 6360)
Insulation	4A, 4C: EPR-HOFR (Ethylene Propylene Rubber - Heat and Oil Resistant and Flame Retardant) Type FR1 according to BS 7655 4D, 4E, 4F: EPR-HOFR (Ethylene Propylene Rubber - Heat and Oil Resistant and Flame Retardant) Type FR2 according to BS 7655
Bedding	PET (Polyester Type)
Sheath	CPE (Chlorinated Polyethylene) rubber compound

Dimensions - Coil End Lead TYPE 4 BS 6195 Cable

No. of Cores	Nominal Cross Sectional Area mm²	Nominal Thickness of Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/km
Coil End Lead Type 4A Cable - 300/500V
1	1.5	0.8	4	29
1	2.5	0.9	4.6	42
1	4	1	5.4	61
1	6	1	6.5	88
1	10	1.2	7.9	141
Coil End Lead Type 4C Cable - 600/1000V
1	10	1.5	8.5	130
1	16	1.5	9.6	190
1	25	1.6	8.5	290
1	35	1.6	12.8	380
1	50	1.7	14.8	510
1	70	1.8	17.2	750
1	95	2	19.7	935
1	120	2.2	21.9	1160
1	150	2.3	24.1	1450
1	185	2.4	26.3	1770
1	240	2.4	28.3	2260
1	300	2.6	33	2760
1	400	2.8	37.4	3880
1	500	3.2	38	4650
1	630	3.3	43	6220
Coil End Type 4D Cable - 1.9/3.3kV
1	2.5	2.8	8.5	100
1	4	2.8	9.1	115
1	6	2.8	10.3	141
1	10	2.8	11.3	216
1	16	2.8	12.4	288
1	25	2.8	13.8	392
1	35	2.8	15.2	509
1	50	2.8	17.1	682
1	70	2.8	19.2	894
1	95	3	22	1168
1	120	3	23.5	1433
1	150	3	25.5	1734
1	185	3	27.5	2073
1	240	3	30.6	2657
1	300	3	33.8	3279
1	400	3	37.8	4229
Coil End Type Lead 4E Cable - 3.8/6.6kV
1	16	5	17.2	408
1	25	5	18.6	527
1	35	5	20	656
1	50	5	22.1	832
1	70	5	24.2	1053
1	95	5	26.3	1304
1	120	5	27.8	1634
1	150	5	29.8	1894
1	185	5	32.1	2242
1	240	5	35.1	2842
Coil End Type 4F Cable - 6.35/11kV
1	25	7.6	24.1	764
1	35	7.6	25.5	911
1	50	7.6	27.3	1114
1	70	7.6	29.4	1344
1	95	7.6	31.5	1610
1	120	7.6	33.3	1919
1	150	7.6	35.3	2248
1	185	7.6	37.3	2616
1	240	7.6	40.3	3252

Class 5 Flexible Copper Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor At 20ºC
		Plain Wires ohms/km
1.5	0.26	13.3
2.5	0.26	7.98
4	0.31	4.95
6	0.31	3.3
10	0.41	1.91
16	0.41	1.21
25	0.41	0.78
35	0.41	0.554
50	0.41	0.386
70	0.51	0.272
95	0.51	0.206
120	0.51	0.161
150	0.51	0.129
185	0.51	0.106
240	0.51	0.0801
300	0.51	0.0641
400	0.51	0.0486
500	0.61	0.0384
630	0.61	0.0287

Current Carrying Capacity in Free Air

Nominal Cross Sectional Area mm²	Maximum Continuous Current Rating
	Single Cable Amps	2 Cables Bunched Amps	3 Cables Bunched Amps
1.5	-	25	22
2.5	-	34	30
4	-	46	41
6	-	58	53
10	-	80	73
16	-	108	97
25	166	147	128
35	206	182	160
50	250	220	197
70	321	282	254
95	391	343	311
120	455	398	364
150	525	459	422
185	602	523	485
240	711	618	577
300	821	713	670
400	989	855	790
500	1140	986	908
630	1323	1141	1047

De-Rating Factors

Ambient Temperature °C	25	30	35	40	45	50	55	60	65
DE-RATING FACTOR	1.14	1.09	1.05	1.00	0.95	0.90	0.84	0.77	0.71

Ambient temperature: 40ºC
Conductor operating temperature: 90ºC

Notes
The current-carrying capacities in this appendix are based upon the following reference ambient temperatures:
1. For non-sheathed and sheathed cables in air, regardless of the installation method: 30ºC
2. For buried cables, either directly in the soil or in ducts in the ground: 20ºC

The current rating shown are based on conservative assumptions, and therefore, in some instances, may be adjusted according to the ambient installation and operating conditions.

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318-TRS / H05RR-F BS EN 50525-2-21 Cable

Power Generation, Flexible Rubber Cables

Cable Construction

Conductor	Class 5 flexible copper conductor according to BS EN 60228 (previously BS 6360)
Insulation	Rubber Compound Type E14 according to BS EN 50363
Sheath	Rubber Compound Type EM3 according to BS EN 50363

Dimensions

No. of Cores	Nominal Cross Sectional Area mm²	Nominal Thickness of Insulation mm	Nominal Overall Diameter mm	Nominal Weight kg/km
2	0.75	0.6	6.1	53
2	1	0.6	6.6	64
2	1.5	0.8	7.8	95
2	2.5	0.9	9.2	140
2	4	1	10.8	180
3	0.75	0.6	6.6	65
3	1	0.6	7	77
3	1.5	0.8	8.4	115
3	2.5	0.9	9.9	170
3	4	1	11.7	240
3	6	1	13.3	320
4	0.75	0.6	7.3	80
4	1	0.6	7.6	95
4	1.5	0.8	9.4	145
4	2.5	0.9	11.1	210
4	4	1	13	300
4	6	1	14.5	405
5	0.75	0.6	8.1	100
5	1	0.6	8.4	115
5	1.5	0.8	10.3	170
5	2.5	0.9	12.4	255
5	4	1	14.5	355

Class 5 Flexible Copper Conductors for Single Core and Multi-Core Cables

Nominal Cross Sectional Area mm²	Maximum Diameter of Wires in Conductor mm	Maximum Resistance of Conductor At 20ºC
		Plain Wires ohms/km
0.75	0.21	26
1	0.21	19.5
1.5	0.26	13.3
2.5	0.26	7.98
4	0.31	4.95
6	0.31	3.3

Current Carrying Capacity and Mass Supportable

Nominal Cross Sectional Area mm²	Current Carrying Capacity		Maximum Mass Supportable By Twin Flexible Cable (See Regulations 522.7.2 and 559.6.1.5 of the 17th Edition of IEE Wiring Regulations) kg
	Single-Phase AC Amps	Three-Phase AC Amps
0.75	6	6	3
1	10	10	5
1.5	16	16	5
2.5	25	20	5
4	32	25	5

The table above is in accordance with Table 4F3A of the 17th Edition of IEE Wiring Regulations.

Voltage Drop

Nominal Cross Sectional Area mm²	DC or Single-Phase AC mV/A/m	Three-Phase AC mV/A/m
0.75	62	54
1	46	40
1.5	32	27
2.5	19	16
4	12	10

The table above is in accordance with Table 4F3B of the 17th Edition of IEE Wiring Regulations.

De-Rating Factor for Ambient Temperature 60°C Thermoplastic or Thermosetting Insulated Cords

Air Temperature °C	35	40	45	50	55
DE-RATING FACTOR	0.91	0.82	0.71	0.58	0.41

The table above is in accordance with Table 4F3A of the 17th Edition of IEE Wiring Regulations

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Cables Include:

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Overview

Cables Include:

Overview

Cables Include:

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Overview

Cables Include:

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Our power cables have many accessories.

Our power cables have many accessories.

Our power cables have many accessories.

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Our power cables have many accessories.

Our power cables have many accessories.

Our power cables have many accessories.

Our power cables have many accessories.

Our power cables have many accessories.

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