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538°C (1000°F) Instrumentation/Control Cable Multi-conductor 300 Volt

• Operates in temperatures up to 538°C (1000°F)
• Lowest cost of the 538° C (1000° F) family of cables
• 300 V cable cost less than 600 V cable and has smaller diameter
• These high performance conductors are insulated with a glass reinforced premium grade mica tape dielectric system built to UL/CSA specifications.
• Grade A (Pure Nickel 200) high-strength copper alloy etc also available
• 450°C UL Recognized Style for 300V per UL Subject 758.
• 600 Volt also available

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538°C (1000°F) Instrumentation/Control Cable Multi-conductor 600 Volt

• Operates in temperatures up to 538°C (1000°F)
• Lowest cost of the 538° C (1000° F) family of cables
• These high performance conductors are insulated with a glass reinforced premium grade mica tape dielectric system built to UL/CSA specifications.
• Grade A (Pure Nickel 200) high-strength copper alloy etc also available
• 450°C UL Recognized Style for 600V per UL Subject 758.
• 300 Volt also available

538°C (1000°F) MTG Fluid/Oil Resistant Extra-Flexing High Temperature Cable Multi-Conductor 600 V

• Operates in temperatures up to 538°C (1000°F)
• UL/CSA 450°C (842°F).
• Fluid and oil resistant conductors and jacket
• Designed around Military Specification missile lead wire
• Grade A (Pure Nickel 200) also available
• Available in shielded pairs, triads or overall shield
• Additional cable armor available upon request
• Passes ETL Circuit Integrity Flame Test
• Solves most difficult high temperature applications where all other cables have failed.

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538° (1000°F) Thermaflame 3000 Multi-Conductor Cable 600V 2800°F Intermittent

• Operates in temperatures between -320°F through 1000°F
• Resistant to temperature excursions exceeding 2800°F
• UL Recognized Per Style for 600V 450°C applications per UL Subject 758
• Will continue to operate even after exposure to fire and flame at temperatures of approximately 300,000 Btu/hr (87.9kW) fire for 20 minutes with circuit integrity.
• Applications such as blast furnace instrumentation, curing systems, glass fabrication, plastics manufacturing, industrial overhead cranes, offshore oil rigs
• Passes ETL flame propagation and smoke density test
• Tested and in compliance with NFPA 70 (NEC) and Section 800 of the National Electrical Code 1999 Edition
• Available in shielded pairs, triads or with an overall shield
• Braided 304 stainless steel jacket or CLX armor available overall
• 300 Volt also available
• Available in 28AWG to 500MCM
• Single conductor Thermaflame 3000 also available to 1000 MCM.

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399°C (750°F) Thermaflame 2000 Multi-Conductor Control/Instrumentation Cable 600 Volt

• Operates in temperatures up to 399°C (750°F)
• Applications such as blast furnace instrumentation, curing systems, glass fabrication, plastics manufacturing, industrial overhead cranes, offshore oil rigs
• Passes ETL flame propagation and smoke density test
• Available in shielded pairs, triads or with an overall shield
• Braided 304 stainless steel jacket or CLX armor available overall
• Available in 28AWG to 500MCM
• Single conductor Thermaflame 2000 also available to 1000 MCM.
• Shown with optional armor

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350°C (725°F) SIG 350 Instrumentation Cable 600 Volt

• TWC SIG 350 is suitable for continuous operation at 350°C and short-term exposure to temperatures as high as 450°C.
• Designed for installation in overhead cranes, glass plants, aluminum mills, slag and teeming ladel cars, ovens,furnaces, lights
• Available in shielded pairs, triads or with an overall shield
• Braided 304 stainless steel jacket or CLX armor available overall
• Works great for applications that require long service life in extreme heat
• Available in 24 through 12 AWG
• Multi conductor cables available through 50 conductor.

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250°C (482°F) High-Flexing Industrial Cables 600V Control/Instrumentation/Sensor Cable

• Range of -65°C to +250°C
• Sil-V insulated cables are resistant to chemicals and a table is available to determine useful life in oils, bases, hydraulic fluids and solvents
• Sil-V silicone rubber couples superior dielectric properties, is abrasion resistant, is fire resistant, resistant to weathering, and has excellent electrical characteristics
• Its flexible nature provides for easy, economical installations and long service life in extreme flexing applications.
• Fully pigmented jacket is available in iron oxide red and can have an optional stainless steel braid or interlocked armor for greater abrasion resistance
• Thermal Wire and Cable Sil-V silicone rubber is very resistant to extremely low temperatures to -150°F
• Conductor counts to 100
• The cost per 1000 ft is less than Flouropolymer insulated cables.
• AWG sizes available from 24-8 AWG

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250° (482°F) Sensor and Instrumentation Cable Teflon® 300 Volt -65°C (-150°F) to +250°C

• 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
• Optional 250°C Silicone rubber jacket adds enhanced flexibility when compared to FEP, PTFE or PFA Jacketed cables
• Cable special print legend could include your company name, part number etc
• Available with galvanized steel armor aluminum
• UL Recognized Components available upon request

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+200°C (392°F) Sensor and Instrumentation Cable 300 Volt -65°C Teflon® Insulation Silicone Rubber Jacket

• UL recognized and CSA certified per UL 83 and subject 758.
• FEP fluoropolymer insulation exhibits excellent high-temperature resistance, weather resistance and low temperature flexibility
• Silicone rubber jacket adds enhanced flexibility when compared to FEP jacketed cables
• FEP Teflon® insulated conductors help reduce overall cable dimensions
• 300 Volt construction offers smaller diameter and lower cost when compared to 600 Volt cables.
• Cable special print legend could include your company name, part number etc
• Available in shielded pairs, triads, RTDs, overall shield, thermocouple alloys, etc
• Available with stainless steel braid armor aluminum

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200°C (392°F) FEP Fluoropolymer Insulated Sensor/Instrumentation/Control Cable 600 Volt

• FEP Fluoropolymer insulated cables are approximately 20% smaller in overall diameter then the same cables insulated with silicone rubber.
• Available in shielded pairs, triads, RTDs, overall shield, thermocouple alloys, etc
• Available with galvanized steel, aluminum armor, stainless steel overbraid
• Suitable for use in trays, conduit and other areas where resistance to oils, acids, solvents and fluid are required
• This cable costs approximately 30% less than UL Listed cables of the same type, size and insulation
• FEP fluoropolymer insulation exhibits excellent high-temperature resistance, weather resistance and low temperature flexibility
• Available in sizes 26 AWG through 4 AWG in conductor counts from 2 to 100.
• UL Listing available upon request.

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200°C (392°F) Very Flexible Multi-Conductor Cables 600V

• Temperature range of -65°C -85°F to +200°C.
• Applications include : lighting equipment, rotating machinery, plastics machinery, high-temperature interconnect cable etc.
• Sil-V silicone rubber is very resistant to extremely low temperatures to -150°C
• Sil-V insulated cable's resistance to chemicals is excellent and a table is available to determine useful life in oils, bases, hydraulic fluids and solvents
• Stainless Steel wire armor also available
• 300 Volt optional
• Available in 20 AWG – 4AWG
• Shielded and unshielded pairs, triads, etc
• Multi conductor cables to 40 conductor available.
• Abrasion resistant, fire resistant, resistant to weathering, fungus, and has excellent electrical characteristics
• Its flexible nature provides for easy, economical installations and long service life in extreme flexing applications

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200°C (392°F) Soaking Pit Multi-Conductor Cable 600 Volt

• TWC Soaking Pit Cables are suitable for continuous operation at 200°C and short-term exposure to temperatures as high as 675°C.
• Designed for installation in overhead cranes, glass plants, steel mill soaking pits, 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.
• Larger sizes and number of conductors available upon request.
• Capable of passing the Underwriters Laboratories vertical flame test, VW-1 and the MIL-W-16878 specifications for flammability
• Will pass the IEEE-383 1974 ribbon burner vertical cable tray flame test with no circuit integrity failures

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200°C (392°F) (UL)Listed Teflon® Insulated Tray Cable (TC) 600 Volt

• 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
• UL listed tray cables utilizing Du Pont Teflon® insulation and jacket
• 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
• Recognized for use in NEC Paragraph 501-4(b) Class 1 Division 2 hazardous locations.
• Heat resistance to 200°C, Chemical inertness, low coefficient of friction, non-stick characteristics, weather resistance, low temperature flexibility and reduced diameter
• Available with galvanized steel armor, aluminum interlocked armor, or CLX armor.
• Optional FEP jacket extrusion over armor
• Available in sizes 18 AWG through 4 AWG in conductor counts from 2 to 100 or pairs, triads or thermocouple alloys.

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ICLP Sensor Cable 300V -40°C to +180°C

• ICLP insulated cables are rated 150°C continuous
• It will withstand temperatures up to 180°C for 240 continuous hours and also thermally aged at 240°C with no cracks detected after exposure for 6 hours per SAE J-1127 STX
• 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
• 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 cost alternative to FEP, PFA, or Tefzel® insulation.
• ICLP cables are available in two conductors through 50 conductor #26-10 AWG
• It is also available in shielded pairs, triads with optional overall shield or stainless steel braid armor
• ICLP insulated cables are easy to handle, bend and, route around corners and tight areas
• It has very good abrasion resistance and is a tough and durable insulating and jacketing cable
• ICLP insulated and jacketed cables meet and exceed the stringent performance requirements of SAE J-1127 STX
• ICLP insulations weigh 12% less than other XLP, FEP or ETFE insulated cables