Insulation Material: Mica, fiberglass and other inorganic materials.
Jacket: Heat and Moisture-Resistant Fiberglass Braid.
Armor: Available Upon Request.
Characteristics:
Temperature Rating: 538°C
Voltage: 600 Volt
AWG: Ranges from #28 to 750 MCM, 2 conductor to 50AWG
Available Options:
Extra- flexible stranded oxygen-free high-conductivity nickel-coated copper and conductor configuration which will ultimately promote long term conductor life in the presence ...
(30) Thermaflame 2000 is engineered for applications where the cable is expected to perform in extremely demanding applications such as blast furnace instrumentation, curing systems, glass fabrication, plastics manufacturing, industrial overhead cranes, offshore oil rigs, and other applications where a cable is required to perform in temperatures from -320°F to 399°C (750°F).
The insulating system is composed of inorganic materials that will not melt or flow at temperatures up to 3000°F.
Thermaflame 2000 is available in shielded pairs, triads or with an overall shield, or with thermocouple alloys. Picture shown is with optional stainless steel interlocked armor and electrical shield.
(18) This specification details Thermal Wire and Cable Corporation multi-conductor SIG 350°C instrumentation cable. TWC SIG 350C are suitable for continuous operation at 350°C and short-term exposure to temperatures as high as 450°C.
These industrial strength cables are designed for installation in overhead cranes, glass plants, aluminum mills, slag and teeming ladel cars, ovens,furnaces, lights, machines for thermoplastics or other applications that require long service life in extreme heat.
When burned, modified silicone rubber leaves a non-conductive silicone dioxide ash which is an excellent dielectric that permits continued operation of the cable for an indefinite period.
(29) Thermal Wire and Cable's Type Sil-V insulated cables offer a wide service temperature range of -65°C to +250°C. Silicone rubber compounds have much greater resistance to high temperatures and are available and presently being used in applications of an extremely severe nature.
When heated beyond the maximum serviceable temperature rating or if burned, Sil-V silicone rubbers leaves a non-conductive silicone dioxide ash which is an excellent dielectric operation of the cable for an indefinite period if left undisturbed. This flame resistance is greatly enhanced if the primary wires and jacket are augmented with a treated glass braid. The cost per 1000 ft is less than Flouropolymer insulated cables.
(20) This specification details Thermal Wire and Cable Corporation's Perfluroalkoxy fluoropolymer (PFA) insulated multi-conductor sensor cables jacketed with a modified silicone rubber .
PFA fluoropolymer insulation exhibits excellent high-temperature resistance, non-stick characteristics, weather resistance and low temperature flexibility. PFA Teflon® insulated conductors help reduce overall cable dimensions, and uses space age Teflon® as the primary insulation, have high dielectric qualities, are high temp and chemical resistant.
Thermal Wire and Cable Corp's 250°C Silicone rubber adds enhanced flexibility (when compared to FEP, PTFE or PFA Jacketed cables) and enhances overall appearance. Braidless silicone cables are ...
(28) This specification details Thermal Wire and Cable, LLC multi-conductor flame retardant instrumentation cable, with ozone resisting silicone rubber insulation with glass braid covering. These cables are suitable for use in dry locations as instrumentation cables for installation above grade in conduit or in cable trays and in applications where high temperature resistance or flame resistance with circuit integrity is required. They are especially suited for utility applications in conventional generating stations or industrial applications. These industrial strength cables are also designed for installation in overhead cranes, glass plants, aluminum mills, slag and teeming ladel cars or other applications that require long service life in ...
(5) This specification details Thermal Wire and Cable, LLC multi-conductor flame retardant instrumentation cable, with ozone resisting silicone rubber insulation with glass braid covering. These cables are suitable for use in dry locations as instrumentation cables for installation above grade in conduit or in cable trays and in applications where high temperature resistance or flame resistance with circuit integrity is required. They are especially suited for utility applications in conventional generating stations or industrial applications. These industrial strength cables are also designed for installation in overhead cranes, glass plants, aluminum mills, slag and teeming ladel cars or other applications that require long service life in ...
(20) This specification details Thermal Wire and Cable Corporation's FEP insulated multi-conductor sensor cables jacketed with a modified silicone rubber. FEP fluoropolymer insulation exhibits excellent high-temperature resistance, non-stick characteristics, weather resistance and low temperature flexibility. Standard construction is not UL Listed.
Silicone rubber adds enhanced flexibility (when compared to FEP jacketed cables) and enhances overall appearance. Braidless silicone cables are easier to mold and add strain reliefs when compared to fluoropolymer jacketed cables. The use of the modified silicone compound renders a cable that is rounder and has enhanced bend and flex technology, when compared to many fluoropolymer jacketed cables. ...
(19) This specification details Thermal Wire and Cable Corporation's FEP (Fluourinated Ethylene Propylene) insulated multi-conductor cables.
FEP fluoropolymer insulation exhibits excellent high-temperature resistance, non-stick characteristics, weather resistance and low temperature flexibility.
Suitable for use in trays, conduit and other areas where resistance to oils, acids, solvents and fluid are required. Not UL Listed. This cable is manufactured per quality manufacturing practices and costs approximately 30% less than UL Listed cables of the same type, size and insulation.
Commercial Version (Not UL Listed)
FEP Fluoropolymer insulated cables are approximately 20% smaller in overall diameter then the same cables insulated with ...
(24) Applications include : lighting equipment, rotating machinery, plastics machinery, high-temperature interconnect cable etc. Thermal Wire and Cable Type Sil-V insulated cables offer a wide service temperature range of -65°C -85°F to +200°C.
Silicone rubber compounds have much greater resistance to high temperatures and are available and presently being used in applications of an extremely severe nature.
Thermal Wire and Cable's Sil-V silicone rubber is very resistant to extremely low temperatures. The brittle point of the compound used is typically below -150°C (-238°F). When heated beyond the maximum serviceable temperature rating or if burned, Sil-V silicone rubbers leaves a non-conductive silicone dioxide ...
(21) This specification details Thermal Wire and Cable's multi-conductor Soaking Pit Cable. TWC Soaking Pit Cables are suitable for continuous operation at 200°C and short-term exposure to temperatures as high as 675°C.
These industrial strength cables are designed for installation in overhead cranes, glass plants, aluminum mills, slag and teeming ladel cars or other applications that require long service life in extreme heat and flexing conditions. #8/4 conductor, #6/4 conductor and #4/4 conductor are most common.
When burned, modified silicone rubber leaves a non-conductive silicone dioxide ash which is an excellent dielectric that permits continued operation of the cable for an indefinite period.
(19) This specification details Thermal Wire and Cable Corporation's multi-conductor UL listed tray cables utilizing Du Pont Teflon® insulation and jacket. Tray cables conform to NEC Article’s 318 (cable trays) and 340 (Power and control cables type TC) of the national electrical code and subject 1277 of underwriters laboratories, Inc.
Cables insulated with Du Pont Teflon have proven to exceed the requirements of the 70,000 BTU "Cable Tray Propagation Test" per IEEE-383 and passes UL VW-1 Flame propagation test. Rated 90°C dry or damp locations and 200°C special applications. OSHA Acceptable. Recognized for use in NEC Paragraph 501-4(b) Class 1 Division 2 hazardous locations.
Thermal Wire and Cable Type ICLP insulated multi-conductor sensor cables offer the latest in state of the art insulating materials and manufacturing processes. Utilizing a patented irradiated cross-linked modified polyolefin insulation and jacket, ICLP sensor cables are designed to withstand the rigorous demands of today’s automotive environments.
These high performance sensor cables are used in applications ranging from speed sensors to engine monitoring cables, cam speed sensors, pressure sensors, and ignition and temperature controls. These cables are resistant to all harsh fluids commonly found in the automotive environment such as: battery acid, engine coolants, gasoline, transmission fluid and brake fluid. ICLP is a lower ...
