Zhengzhou Wubai Cable and Wire Co.,Ltd

Application Silicone cables 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. Cable structure Conductor: Flexible tinned copper conductors to DIN VDE 0295 , BS 6360  and IEC 60228 Insulation: Silicone rubber. Insulation: Silicone rubber. Characteristics of cable Continuous working temperature : -60°C to +180°C. Max: at +220°C. Minimum bending radius 7.5*OD Resistance to sunlight. Halogen-free. Does not spread flame. Working Voltage:300/500 V Test Voltage:2000 V

Application Silicone cables are employed where insulations are subjected to extreme changes in temperature. They are heat resistant up to 180 Deg C, intermittently 220 Deg C. Due to good resistance in all weather conditions these cables can also be employed at temperatures as low as - 60 Deg C. Upon and after combustion a residue of pure silica is produced and the cables continue to function. However, it is usual to provide a glass braid around the cable to prevent a break down of the silica during and after a fire. Silicone cables are halogen free and are most suitable for power plants. They have become indispensable in a wide range of industrial sectors, in foundries, steel and hot rolling mills, cooking equipment, cement, glass and ceramic factories, ship and aircraft construction, and oil burners. Specification Conductors: Flexible class 5 tinned copper conductors to BS 6360 Insulation: Silicone rubber:SIF Treated glass fibre braid:SIF/ GL Rated Voltage: ...

Applications These cables are used at high ambient temperatures and for ambient air temperature between -60degree and +180degree in dry locations. They are suitable for lighting fittings and equipment, as internal wiring in switchgear and distribution boards. Cable  structure Conductor: Plain or tinned annealed flexible copper wire; Insulation: silicone rubber Sheath/Jacket: fiber glass Rated Voltage: 300/500v Operating temperature: Maximum 185°C, Minimum bending -40°C

Conductor: Solid tinned annealed copper Sheath/Jacket: Silicone rubber Colour: Black, blue, brown, red & white Voltage: 300/500v Operating temperature: Maximum 180°, minimum bending -40°C Applications: suitable where heat or the interaction of extremely high and low temperatures rapidly causes cable insulation to become brittle & inflexible Standards Flame retardance test: IEC 60332-1 & VDE 0482-332-1-2.
 Halogen free: DIN EN 50267/IEC 60754. Applications These cables are used at high ambient temperatures and for ambient air temperature between -60degree and +180degree in dry locations. They are suitable for lighting fittings and equipment, as internal wiring in switchgear and distribution boards .

Applications: suitable where heat or the interaction of extremely high and low temperatures rapidly causes cable insulation to become brittle and inflexible. Used in a wide range of industrial sectors, including foundries, ship and aircraft construction, bakery machinery, solaria etc Cable  structure Conductors: Fl exible  tinned annealed copper Insulation: silicone rubber Voltage: 300/500V Operating temp: Maximum 180°C. Minimum -60°C Technical parameters Rated voltage Uo/U: 300/500 V Test voltage (AC 50 Hz):2000V Temperature at conductor: 180degree Short circuit temperature: + 200degree. Temperature range: from - 60degree to+ 180degree(fixed). Min. bending radius:6*D(installation).                      15*D(fixed).

Thermocouple Type: Type B, Type R, Type S, Type K, Type N, Type E, Type J, Type T. Solid or stranded thermocouple wire Braided fiberglass insulation Parallel conductors Tinned Copper Braided fiberglass jacket Technical: Continuous temperature rating: 400°C Minimum Bend Radius: insulation 3 x cable Ø Limits of Error: Conforms to ASTM E230, IEC 584, and ANSI MC 96.1 Color Code: Conforms to ANSI, IEC, JIS Properties Good thermal durability and tensile strength Service temperature up to 400°C Good dielectric and electrical characteristics Braided fiberglass insulation for abrasion resistance Braided fiberglass jacket for additional flexibility and abrasion resistance