New Energy Application Flexible Single Core Silicone Rubber Wire

• Customization: Available
• Voltage Range: 1.1kv-3.3kv-6.6kv-13.8kv
• Transport Package: Carton, Wood Drum, Reel
• Model NO.: JGG/JGGP/JGP(AWM3640, 3641, 3642, 3643)
• Trademark: Hoochan
• Origin: China
• HS Code: 85444921
• Production Capacity: 1200km/Month

Product Description

Conductor: bare copper, tinned copper                                    
Insulator: silicone rubber                                                            
Jacket: Fiber glass braiding with silicone resin coating
 
Rated temp:150/180ºC
Rated volt:1100V (3300V, 6600V , 13800V)
Test Voltage: 3200V. 1Min
Flame test: FT 2
 
Mechanical properties: 
 
Tensile strength: ≥3.45N/mm²
 
Elongation at break of insulation: ≥100% 
 
Min.Bending radius: 6×OD 
Standard: UL758, UL62, UL1581
Characteristics:
Silicone rubber wire & cable have very good flexibility and good performance of resistance to high temperature, range from -55ºC up to 180ºC.
The use of silicone rubber, a high grade corona resistant insulation material, gives the cable excellent dielectric strength.
 
The braided synthetic yarn covering, which is applied directly over the insulation, gives the cable, because of its short braiding pitch and high compactness, an excellent mechnical protection by maintaining good flexibility.
 
The varnishing of the braiding results in good antifriction properties, high abrasion resistance and excellent chemical resistance against transformer oil, light fuel oil and most types of cleaning agents.
In the event of fire, no corrosive and toxic gases will be given off.
Hence, damage caused by fire can be kept to minimum.
 
Application:
Thanks to the above characters, silicone wire & cable are used where high flexibility is required and high temperatuer conditions. It is therefore a suitable connection cable for home electric appliance, high voltage machines like transformers, generators, motors, traction machines. 
 
 AWM3640(For Reference)

AWG	Conductor			Insulation thickness		Braiding thickness	Cable OD		Resistance
	size	Structure	OD	Norminal	OD		Norminal	Tolerance	Ω/KM
NO.	mm²	No./mm	mm	mm	mm	mm	mm	mm	Max.
16	1.31	7/0.49	1.55	1.28	4.11	0.2	4.50	±0.20	14.6
		26/0.254
		52/0.18
15	1.65	33/0.254	1.75	1.28	4.31	0.20	4.70	±0.20	11.3
14	2.08	41/0.254	1.95	1.28	4.51	0.2	4.90	±0.20	8.96
		7/0.62
		37/0.26
13	2.63	52/0.254	2.15	1.28	4.71	0.20	5.10	±0.20	7.10
12	3.31	65/0.254	2.5	1.28	5.06	0.2	5.50	+0.30	5.64
		43/0.32						-0.20
11	4.17	83/0.254	2.74	1.28	5.3	0.2	5.70	+0.30	4.48
		34/0.40						-0.20
10	5.261	35/0.45	3.20	1.28	5.76	0.20	6.20	+0.30     -0.20	3.55
9	6.631	53/0.40	3.98	1.28	6.54	0.20	7.00	+0.30     -0.20	2.81
8	8.367	70/0.40	4.40	1.28	6.96	0.20	7.40	+0.30     -0.20	2.30
7	10.55	84/0.40	4.60	1.28	7.16	0.25	7.70	+0.30     -0.20	1.79
6	13.30	105/0.40	5.30	1.28	7.86	0.25	8.40	+0.30     -0.20	1.42
5	16.77	133/0.40	6.00	1.28	8.56	0.25	9.10	+0.30     -0.20	1.12
4	21.15	168/0.40	6.80	1.28	9.36	0.30	10.00	+0.30     -0.20	0.89
3	26.67	210/0.40	7.60	1.28	10.16	0.30	10.80	+0.40     -0.20	0.707
2	33.62	266/0.40	8.50	1.28	11.06	0.30	11.70	+0.40     -0.20	0.56
1	42.41	217/0.50	9.60	1.28	12.16	0.55	13.30	+0.40     -0.20	0.449
1/0	53.49	276/0.50	11.2	1.53	14.26	0.55	15.40	+0.40     -0.20	0.355
2/0	67.43	342/0.50	12.2	1.53	15.26	0.55	16.40	+0.40     -0.20	0.282
3/0	85.01	437/0.50	13.8	1.53	16.86	0.55	18.00	+0.40     -0.20	0.223
4/0	107.2	551/0.50	15.5	1.53	18.56	0.65	19.90	+0.40     -0.20	0.177
250kcmil	127.0	646/0.50	17.5	1.53	20.56	0.65	21.90	+1.0       -0.50	0.151
300kcmil	152.0	779/0.50	19.5	2.24	22.56	0.65	23.90	+1.0       -0.50	0.125
350kcmil	177.0	912/0.50	21.0	2.24	24.06	0.65	25.40	+1.0       -0.50	0.108
400kcmil	203.0	1036/0.50	23.0	2.24	26.06	0.65	27.40	+1.0       -0.50	0.0942