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Silicone mulitcore cable, steel braiding, halogen-free

Technical data

Special silicone multicore cable with higher
heat-resistance range adapted to
DIN VDE 0250-1 and
DIN VDE 0285-525-2-83 /
DIN EN 50525-2-83
Temperature range
-60°C to +180°C
(for short time +220°C)
Temperature limit
at the conductor in operation +180°C
Nominal voltage U₀/U 300/500 V
Test voltage 2000 V
Breakdown voltage min. 5000 V
Insulation resistance
min. 200 MOhm x km
Power rating
at ambient temperature up to +145°C to
DIN VDE 0100 for higher temperatures valid:
150°C - load value 100%
155°C - load value 91%
160°C - load value 82%
165°C - load value 71%
170°C - load value 58%
175°C - load value 41%
Minimum bending radius
flexing 10x cable Ø
fixed installation 5x cable Ø
Radiation resistance
up to 20x10⁶ cJ/kg (up to 20 Mrad)

Cable structure

Tinned copper conductor, fine wire
acc. to DIN VDE 0295 cl.5 /
BS 6360 cl.5 / IEC 60228 cl.5
Core insulation of silicone
Core identification to DIN VDE 0293-308
- up to 5 cores coloured
- from 6 cores, black with continuous
white numbering
GN-YE conductor, 3 cores and above
Cores stranded in layers with
optimal lay length
Sheath of silicone
Glass fibre tape over the sheath
Galvanized steel wire outer braiding

Note

G = with GN-YE conductor
x = without GN-YE conductor
AWG sizes are approximate equivalent
values. The actual cross section is in mm².

Application

Silicone cables screened with steel braiding were evolved for use wherever insulation is subjected to extreme temperature changes. They are heat-resistant for permanent temperature up to +180°C, for short time operation up to +220°C. The good performance of the environmental resistant properties means that silicone cables can be used at temperatures down to -60°C. Silicone cables are halogen-free cables and are especially suited for installation in power stations. They have also found their uses in the steel producing industries, aviation industry, ship building as well as in ceramic, glass and cement factories. The screened steel braiding ensures a disturbance-free transmission of signals and impulses.
CE = Product conforms with Low-Voltage Directive 2014/35/EU.

Downloads

Data sheet
Certificate of compliance

Part no.	No.cores x cross-sec. mm²	Outer Ø approx. mm	Cop. weight kg / km	Weight approx. kg / km	AWG-No.
23062	2 x 0,75	7,9	14,4	90,0	19
23063	3 G 0,75	8,3	21,6	101,0	19
23064	4 G 0,75	9,3	29,0	129,0	19
23065	5 G 0,75	10,0	36,0	157,0	19
23067	7 G 0,75	10,7	50,0	177,0	19
23068	2 x 1	8,0	19,0	97,0	18
23069	3 G 1	8,9	29,0	122,0	18
23070	4 G 1	9,4	38,0	141,0	18
23071	5 G 1	10,4	48,0	166,0	18
23073	7 G 1	11,1	67,0	197,0	18
23074	2 x 1,5	9,0	29,0	127,0	16
23075	3 G 1,5	9,5	43,0	145,0	16
23076	4 G 1,5	10,3	58,0	173,0	16
23077	5 G 1,5	11,0	72,0	202,0	16
23078	6 G 1,5	12,0	86,0	240,0	16
23079	7 G 1,5	12,0	101,0	244,0	16
23080	8 G 1,5	13,0	115,0	261,0	16
23081	12 G 1,5	15,5	173,0	327,0	16
23082	14 G 1,5	16,2	202,0	382,0	16
23083	18 G 1,5	18,7	259,0	440,0	16
23084	24 G 1,5	21,5	346,0	600,0	16
23085	2 x 2,5	10,7	48,0	187,0	14
23086	3 G 2,5	11,2	72,0	205,0	14
23087	4 G 2,5	12,1	96,0	278,0	14
23088	5 G 2,5	13,3	120,0	322,0	14
23089	6 G 2,5	14,3	144,0	351,0	14
23090	7 G 2,5	14,4	168,0	380,0	14
23091	2 x 4	12,5	77,0	240,0	12
23092	3 G 4	13,0	115,0	311,0	12
23093	4 G 4	15,0	154,0	384,0	12
23094	5 G 4	16,0	192,0	454,0	12
23095	7 G 4	17,5	269,0	633,0	12
23096	2 x 6	15,1	115,0	321,0	10
23097	3 G 6	15,9	173,0	432,0	10
23098	4 G 6	18,0	230,0	544,0	10
23099	5 G 6	19,4	288,0	656,0	10
23100	7 G 6	20,7	403,0	768,0	10
23101	4 G 10	22,1	384,0	925,0	8
23102	4 G 16	26,1	614,0	1235,0	6
23103	4 G 25	30,4	960,0	1700,0	4