Thermal Wire and Cable's Instrumentation and control 1000F multi-conductor instrumentation/cont
rol cables are designed for use for a wide variety of applications which include: electrothermal and electromechanical installations and in industries such as metallurgy chemicals, nuclear, aeronautic, railway and shipbuilding, plastics processing etc.
300 Volt constructions vs 600 Volt yield a smaller diameter, lighter weight, and lower cost cable than the 600 volt insulation level cable. These cables start with 27% Nickel-Coated, oxygen-free, high conductivity copper conductors which are standard. Grade A (Pure Nickel 200) high-strength copper alloy etc also available. The single conductors are futher built upon an industry proven UL AWM 300Volt 450C appliance wire technology.
These high performance conductors are insulated with a glass reinforced premium grade mica tape dielectric system built to UL/CSA specifications. The mica tape is augmented with an overall glass braid impregnated with a heat and moisture resisting finish. The glass braid is treated with a special saturant, which promotes fiber bonding, which ultimately reduces fraying and itching associated with other conventional high temperature wires. The standard color coding is the base wire color to be tan with a contrasting stripe braided-in the jacket.
This method has higher color retention at elevated temperatures. Another option if your job time does not permit standard lead times, is to have an ink stripe applied to the insulated lead wire which will also provide circuit identification but only has color retention to 200C.
Thermal Wire and Cable Corp has these insulated cables cabled together (twisted to form a round core). Twisted pairs and shielded pairs optional. The twisted core then has a braided fiberous glass jacket applied overall as a first line of defense against abrasion. Stainless steel overbraids, or stainless steel interlocked armor available for additional mechanical protection.
UL indicates the Intended use for these cables is wiring of ovens or similar high-temperature equipment where not subjected to repeated flexing and protected from mechanical abuse and where the acceptability, including current-carrying capacity has been determined by Underwriters Laboratories, Inc.
These cables lack the fused and Sintered PTFE moisture/vapor barrier binder, additional mica tape binder insulation and overall fully pigmented fiber braids of Thermal Wire and Cable Thermalflame 3000 in an effort to provide a cost effective, alternate to that product that has basically the same maximum continuous rating.
Finished Diameters are approximate. Unshielded and unarmored dimensions given. Please inquire on any number of armoring and shielding options available. Larger cond
Thermal Wire and Cable's Instrumentation and control 1000F multi-conductor instrumentation/control cables are designed for use for a wide variety of applications which include: electrothermal and electromechanical installations and in industries such as metallurgy chemicals, nuclear, aeronautic, railway and shipbuilding, plastics processing etc.
300 Volt constructions vs 600 Volt yield a smaller diameter, lighter weight, and lower cost cable than the 600 volt insulation level cable. These cables start with 27% Nickel-Coated, oxygen-free, high conductivity copper conductors which are standard. Grade A (Pure Nickel 200) high-strength copper alloy etc also available. The single conductors are futher built upon an industry proven UL AWM 300Volt 450C appliance wire technology.
These high performance conductors are insulated with a glass reinforced premium grade mica tape dielectric system built to UL/CSA specifications. The mica tape is augmented with an overall glass braid impregnated with a heat and moisture resisting finish. The glass braid is treated with a special saturant, which promotes fiber bonding, which ultimately reduces fraying and itching associated with other conventional high temperature wires. The standard color coding is the base wire color to be tan with a contrasting stripe braided-in the jacket.
This method has higher color retention at elevated temperatures. Another option if your job time does not permit standard lead times, is to have an ink stripe applied to the insulated lead wire which will also provide circuit identification but only has color retention to 200C.
Thermal Wire and Cable Corp has these insulated cables cabled together (twisted to form a round core). Twisted pairs and shielded pairs optional. The twisted core then has a braided fiberous glass jacket applied overall as a first line of defense against abrasion. Stainless steel overbraids, or stainless steel interlocked armor available for additional mechanical protection.
UL indicates the Intended use for these cables is wiring of ovens or similar high-temperature equipment where not subjected to repeated flexing and protected from mechanical abuse and where the acceptability, including current-carrying capacity has been determined by Underwriters Laboratories, Inc.
These cables lack the fused and Sintered PTFE moisture/vapor barrier binder, additional mica tape binder insulation and overall fully pigmented fiber braids of Thermal Wire and Cable Thermalflame 3000 in an effort to provide a cost effective, alternate to that product that has basically the same maximum continuous rating.
Finished Diameters are approximate. Unshielded and unarmored dimensions given. Please inquire on any number of armoring and shielding options available. Larger cond
