High temperature silicone cable YG JG

Applications:

This  product is suitable for AC rated voltage 0.6/1KV and below fixed laying or  mobile electric power transmission line with a connecting cable,the product has  a heat radiation,cold,acid and corrosive gases,water and other  characteristics,the cable structure,soft,easy to radiation,high  temperature(cold) environment stable electrical performance,outstanding aging  resistance,long service life,widely used in metallurg,
electric  power,petrochemical,electronics,automotive andother industries

Technical date:

AC rated  voltage:AC U0/U 0.6/1KV
Maximum  operating temperature:180℃
Minimun  ambient temperature:Fixed laying -60℃
Laying of  cable installation temperature should be not lower than -25℃
Cable bending radius:cable  a minimum of 10 times the cable diameter

Silicone High Temperature Power Cable

Basic Model and name
typeProduct Name
YGCSilicone rubber silicone rubber insulated power cable sheath
YGCRSilicone rubber silicone rubber insulated flexible cable sheath movement with power
YGCPSilicone rubber silicone rubber insulated powr cable sheating copper braid
YGC22Silicone rubber silicone rubber insulate cable sheath installation
JGGSilicone rubber insulated silicone rubber sheath soft wire installation mobile use
JGGRSilicone rubber insulated silicone rubber sheath soft wire installation mobile use
JGGPSilicone rubber silicone rubber insulate copper braided shield installed cable sheath
JHXGSilicone rubber insulated motor lead wire
Note:The flame retardant silicone rubber cable type front ZR,conductor wire core wire    can be used in the tin.
Code names and meanings
CodeMeanings of codes
YSeries Code(mobile soft cable)
GSilicone rubber
CHeavy
22Steel tape armored
PCopper braid
RStranded conductor
JMotor lead wire
Note:The flame retardant silicone rubber cable type front ZR,conductor wire core wire can be used in the tin.
Core No.xsection
     mm²
StructureWire diameterMax.Conductor
     Resistance DC 20℃
     Ω/km
NominalTolcrance
mm²No./D(mm)mmmmCopper coreTinned copper
2×0.516/0.205.9±0.2039.040.1
3×0.516/0.206.2±0.2039.040.1
4×0.516/0.206.8±0.3039.040.1
5×0.516/0.207.4±0.3039.040.1
6×0.516/0.207.6±0.3039.040.1
7×0.516/0.208.1±0.2039.040.1
2×0.7524/0.206.3±0.2526.026.7
3×0.7524/0.206.7±0.3026.026.7
4×0.7524/0.207.7±0.3026.026.7
5×0.7524/0.208.4±0.3026.026.7
6×0.7524/0.208.6±0.3026.026.7
7×0.7524/0.209.1±0.3026.026.7
10×0.7524/0.2011.8±0.3026.026.7
12×0.7524/0.2012.5±0.3026.026.7
19×0.7524/0.2014.8±0.4026.026.7
2×1.032/0.207.1±0.2519.520.0
3×1.032/0.207.5±0.3019.520.0
4×1.032/0.208.2±0.3019.520.0
5×1.032/0.208.9±0.3019.520.0
6×1.032/0.209.2±0.3019.520.0
7×1.032/0.209.7±0.3019.520.0
10×1.032/0.2012.6±0.3019.520.0
12×1.032/0.2013.5±0.3019.520.0
19×1.032/0.2015.8±0.4019.520.0
2×1.530/0.257.8±0.3013.313.7
3×1.530/0.258.3±0.3013.313.7
4×1.530/0.259.0±0.3013.313.7
5×1.530/0.2510±0.3013.313.7
6×1.530/0.2510.4±0.3013.313.7
7×1.530/0.2510.9±0.3013.313.7
10×1.530/0.2514±0.3013.313.7
12×1.530/0.2514.9±0.4013.313.7
14×1.530/0.2515.7±0.4013.313.7
16×1.530/0.2516.6±0.4013.313.7
18×1.530/0.2517.2±0.4013.313.7
19×1.530/0.2517.7±0.4013.313.7
20×1.530/0.2518.4±0.4013.313.7
24×1.530/0.2521±0.4013.313.7
27×1.530/0.2522±0.5013.313.7
37×1.530/0.2525.2±0.5013.313.7
2×2.550/0.259.2±0.307.988.21
3×2.550/0.259.8±0.307.988.21
4×2.550/0.2510.6±0.307.988.21
5×2.550/0.2511.6±0.307.988.21
6×2.550/0.2512±0.307.988.21
7×2.550/0.2512.6±0.307.988.21
10×2.550/0.2516.4±0.407.988.21
12×2.550/0.2517.4±0.407.988.21
19×2.550/0.2520.6±0.407.988.21
24×2.550/0.2525±0.507.988.21
27×2.550/0.2525.9±0.507.988.21
37×2.550/0.2528.2±0.507.988.21
Core No.xsection
     mm²
StructureWire diameterMax.Conductor
     Resistance DC 20℃
     Ω/km
NominalTolcrance 
mm²No./D(mm)mmmmCopper    coreTinned    copper
2×456/0.3011.2±0.304.955.09
3×456/0.3012.0±0.304.955.09
4×456/0.3013.5±0.304.955.09
5×456/0.3014.8±0.404.955.09
6×456/0.3015.7±0.404.955.09
7×456/0.3016.6±0.404.955.09
12×456/0.3022.4±0.504.955.09
2×684/0.3013.0±0.303.303.39
3×684/0.3013.7±0.303.303.39
4×684/0.3015.6±0.403.303.39
5×684/0.3017.0±0.403.303.39
6×684/0.3018.0±0.403.303.39
7×684/0.3018.8±0.403.303.39
2×1084/0.4017.0±0.401.911.95
3×1084/0.4018.4±0.501.911.95
4×1084/0.4020.6±0.501.911.95
5×1084/0.4022.8±0.501.911.95
2×16126/0.4022.6±0.501.211.24
3×16126/0.4022.4±0.501.211.24
4×16126/0.4025.0±0.501.211.24
5×16126/0.4027.6±0.501.211.24
2×25196/0.4025.0±0.500.780.795
3×25196/0.4027.0±0.500.780.795
4×25196/0.4029.5±0.500.780.795
5×25196/0.4032.8±0.600.780.795
2×35276/0.4028.0±0.500.5540.565
3×35276/0.4030.0±0.500.5540.565
4×35276/0.4033.0±0.600.5540.565
3×50396/0.4036.0±0.600.3860.393
4×50396/0.4039.6±0.600.3860.393
3×70360/0.5040.0±0.600.2720.277
3×95475/0.5045.8±0.800.2060.210
3×120608/0.5050.6±0.800.1610.164
3×150756/0.5056.2±0.800.1290.132
3×185925/0.5061.8±1.00.1060.108
3×2401221/0.5069.4±1.00.08010.082
Core No.xsection
     mm²
StructureWire diameter
NominalTolcrance
mm²No./D(mm)mmmm
3×1.5+1×1.030/0.2532/0.208.9±0.30
3×2+1×1.541/0.2530/0.2510.4±0.30
3×2.5+1×1.549/0.2530/0.2510.5±0.30
3×4+1×2.556/0.3049/0.2513.0±0.30
3×6+1×484/0.3056/0.3014.7±0.40
3×10+1×684/0.4084/0.3019.3±0.50
3×16+1×10126/0.4084/0.4023.4±0.50
3×25+1×16196/0.40126/0.4028.2±0.50
3×35+1×16276/0.40126/0.4031.6±0.50
3×35+1×25276/0.40196/0.4032.2±0.60
3×50+1×25396/0.40196/0.4037.8±0.60
3×50+1×35396/0.40276/0.4038.4±0.60
3×70+1×35360/0.50276/0.4042.2±0.60
3×70+1×50360/0.50396/0.4043.0±0.60
3×95+1×50475/0.50396/0.4048.3±0.60
3×120+1×70608/0.50360/0.5053.5±0.80
3×150+1×70756/0.50360/0.5058.3±0.80
3×150+1×95756/0.50475/0.5060.0±1.0
3×185+1×70925/0.50360/0.5064.2±1.0
3×185+1×95925/0.50475/0.5065.8±1.0
3×240+1×951221/0.50475/0.5072.8±1.0
3×240+1×1201221/0.50608/0.5075.0±1.2