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UL3132 6-30AWG high temperature cable single core

UL3132 6-30AWG high temperature cable single core

After UL3132 standard certification, our company launched the 150 ℃ super flexible cable is designed to cope with the electronics, electrical appliances and all kinds of equipment demanding internal wiring environment. This cable is capable of stable operation at temperatures up to 150°C, ensuring the performance and safety of equipment under extreme conditions. Its ultra-soft nature ensures flexibility and ease of installation while meeting complex wiring requirements. Choose our UL3132 cable to provide your products with first-class safety protection and reliable performance.

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UL3132 6-30AWG high temperature cable single core Characterization;

Excellent mechanical properties.
Tensile strength > 3.45MPa, elongation at break > 100%
After aging.
Condition:180+1.0℃/168H
Residual rate of tensile strength>60
Residual rate of elongation at break>25%
Flame retardant: FT2, horizontal combustion, combustion once, each time 30S, during the test period on the specimen can not send out any ignition cotton particles
Low-temperature bending: -10℃+2℃/4H, the specimen surface is qualified if there is no crack.

UL3132 6-30AWG high temperature cable single core Electrical Performance:

Rated temperature:150℃
Rated voltage:300Va
Spark test:No breakdown when passing through the test electrode. Spark test voltage is 3000V
Dielectric withstand voltage: 2.0KV, no breakdown for 60 seconds.

UL3132 6-30AWG high temperature cable single core Processing performance:

Suitable for all conventional wiring harness processing technology
Please inform us if you have any special requirements

UL3132 6-30AWG high temperature cable single core Eco-friendly:

Comply with ROHS/REACH

UL3132 6-30AWG high temperature cable single core Appliance:

Internal wiring of electronics, electrical appliances and equipment

UL3132 6-30AWG high temperature cable single core Reference standard:

UL758-2014、UL1581-2009

UL3132 6-30AWG high temperature cable single core Structure:

Conductor structure: tinned/bare conductor
Insulation Material: Silicone Rubber Insulation

Parameter:

Silicone rubber insulated wires for internal wiring of electrical appliances with conductor temperature not exceeding 150℃. Rated temperature:150℃ Rated voltage:300
Model	Specification AWG	Conductor structure(mm)±0.005mm	Conductor Resistance 20℃(9/Km)	Conductor Diameter(mm)	Insulation Thickness		Finish Outer Diameter
Model	Specification AWG	Conductor structure(mm)±0.005mm	Conductor Resistance 20℃(9/Km)	Conductor Diameter(mm)	Average value	Minimum value	Average value	Tolerance
3132		7/150/0.127	1.403	5.43	1.15	1.02	7.73	±0.15
		7/38/0.254	1.403	5.41	1.15	1.02	7.71	±0.15
	8	19/35/0.127	2.23	4.34	1.15	1.02	6.64	±0.15
	8	168/0.254	2.23	3.80	1.15	1.02	6.1	±0.15
	10	105/0.254	3.54	3.00	1.15	1.02	5.3	±0.15
	12	65/0.251	5.64	2.34	0.60	0.54	3.54	±0.10
	14	41/0.251	8.96	1.86	0.55	0.50	2.96	±0.10
		41/0.254	8.96	1.88	0.55	0.50	2.98	±0.10
		7/0.616	8.96	1.88	0.55	0.50	2.98	±0.10
	16	26/0.254	14.6	1.49	0.40	0.33	2.29	±0.10
		26/0.251	14.6	1.48	0.40	0.33	2.28	±0.10
		65/0.16	14.6	1.50	0.40	0.33	2.3	±0.10
		7/0.49	14.6	1.50	0.40	0.33	2.3	±0.10
		50/0.18	14.6	1.47	0.40	0.33	2.27	±0.10
	18	16/0.254	23.2	1.17	0.40	0.33	1.97	±0.10
		7/0.39	23.2	1.19	0.40	0.33	1.99	±0.10
		41/0.16	23.2	1.18	0.40	0.33	1.98	±0.10
		34/0.18	23.2	1.21	0.40	0.33	2.01	±0.10
		30/0.18	23.2	1.14	0.40	0.33	1.94	±0.10
		1/1.02	22.2	1.02	0.40	0.33	1.82	±0.10
	20	10/0.254	36.7	0.93	0.46	0.33	1.85	±0.10
		21/0.18	36.7	0.95	0.46	0.33	1.87	±0.10
		1/0.813	35.2	0.81	0.46	0.33	1.73	±0.10
		7/0.30	36.7	0.92	0.46	0.33	1.84	±0.10
		26/0.16	36.7	0.94	0.46	0.33	1.86	±0.10
	22	7/0.254	59.4	0.78	0.46	0.33	1.7	±0.10
		17/0.16	59.4	0.76	0.46	0.33	1.68	±0.10
		1/0.65	56.4	0.65	0.46	0.33	1.57	±0.10
		7/0.26	59.4	0.79	0.46	0.33	1.71	±0.10
	24	7/0.20	94.2	0.61	0.40	0.33	1.41	±0.10
		11/0.16	94.2	0.61	0.40	0.33	1.41	±0.10
		1/0.51	89.3	0.51	0.40	0.33	1.31	±0.10
	26	7/0.16	150	0.48	0.40	0.33	1.28	±0.10
	28	7/0.12	239	0.37	0.40	0.33	1.17	±0.10
	28	7/0.127	239	0.38	0.40	0.33	1.18	±0.10
	30	7/0.10	381	0.30	0.40	0.33	1.1	±0.10