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High Temperature >> Power & Control Cable

 | Type SRGK

TYPE SRGK HIGH TEMPERATURE CONTROL CABLE - 600 Volt,
Silicone Rubber Insulation, Polyester Binder Tape, Treated Fiberglass Braid Jacket, Stranded Single Conductor, 200°C Dry Location
Type SRGK is constructed for use in high temperature applications as a multiple conductor control cable where resistance to abrasion and mechanical abuse are desired. This wire is widely used in steel and glass plants, as well as high temperature locations near boilers, steam lines and in chemical processing plants. Also used for internal wiring of electrical equipment.
For installation above grade in raceway, tray, or conduit
Circuit identification color code, ICEA S-19-81 Method 5, Table K-2
K-fiber braid outer jacket with heat, flame and moisture resistant finish
Ozone resistant silicone rubber insulation
Resistance to abrasion, oil, and other fluids
Passes IEEE-383 Vertical Cable Tray Flame Test
Maximum continuous conductor temperature: 200°C DRY
 
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 | | Application: Steel and glass plants, high temperature locations near boilers, steam lines and chemical processing plants |  | SKS Soaking Pit

SKS SOAKING PIT HIGH TEMPERATURE POWER & CONTROL CABLE - 600 Volt,
Silicone Rubber Insulation, K-Fiber Braid Jacket, Stranded Multi Conductor, 200°C Dry Location
SKS Soaking Pit Cable is constructed for use in high temperature applications as a multiple conductor power and control cable where resistance to abrasion, hot material spills and mechanical abuse are desired. This wire is widely used in steel plants, as soaking pit cable, slag and teeming ladle car cable, and overhead crane.
Metal braid armor for enhanced protection from abrasion, cut-through and hot material spills
Extra flexible construction; ideal Where repeated reeling, unreeling and bending of the cable is necessary
For installation in areas where reliable performance in high heat, overload, abrasion and molten material spills is required
Ozone resistant silicone rubber insulation
Glass fiber braid cover, with a moisture heat and flame resistant finish
Single conductors meet requirements of ICEA S-19-81, NEMA WC3 and UL 44 Class 22
Passes IEEE-383 Vertical Cable Tray Fire Test
Maximum continuous conductor temperature: 200°C DRY
 
|  | | Application: Steel plants, as soaking pit cable, slag and teeming ladle car cable, and overhead crane |  | Type SRGS

TYPE SRGS HIGH TEMPERATURE CONTROL CABLE - 600 Volt,
Silicone Rubber Insulation, Silicone Rubber Jacket, Stranded Multi Conductor, 200°C Dry Location
Type SRGS is constructed for use in high temperature applications as a multiple conductor control cable where flexibility and resistance to heat and flame are desired. This wire is used in robotic applications, as well as high temperature locations such as steel and glass plants and in power generating stations.
For installation above grade or below grade in tray, or conduit
Excellent flexibility characteristics
Use in high temperature locations with some mechanical abuse
Maintains circuit integrity during and after exposure to direct flame
Glass fiber braid insulation cover, with a moisture heat and flame resistant finish
Outer jacket of extruded, heat, ozone and flame resistant silicone rubber
Circuit identification color code, ICEA S-19-81 Method 5, Table K-2
Passes IEEE-383 Vertical Cable Tray Fire Test
Maximum continuous conductor temperature: 200°C DRY
 
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 | | Application: Robotics, high temperature locations such as steel and glass plants and in power generating stations |  | ETAC-3000

ETAC-3000 HIGH TEMPERATURE CONTROL CABLE - 600 Volt,
Mica Tape & Fiberglass Insulation, Fiberglass Jacket, Stranded Multi Conductor, 3000°F Dry Location
ETAC-3000 is constructed for use in harsh environment applications as a multiple conductor control cable where flexibility and resistance to heat and flame are desired. The specially woven insulation is compromised of mica tapes and fiberglass impregnated with organic polymers. PTFE tape is used as a moisture barrier. This wire maintains circuit integrity for at least 2.5 hours under IEEE-383 vertical flame test allowing an extended time frame to minimize damage to equipment.
Maintains excellent flexibility at extreme temperatures
Provides superior resistance to moisture, open flame and abrasion
Maintains circuit integrity for at least 2.5 hours
Passes IEEE-383 Vertical Cable Tray Fire Test
Maximum continuous conductor temperature: 3000°F DRY
 
|  | | Application: Steel mills and coke, aluminum, glass & petrochemical plants |  |
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