Sell Thermocouple Cable

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Thermocouple material is normally supplied to meet tolerances above 0C (32F) . If material is required to meet tolerances below 0C (32F) , the purchase order must so state. Special selection of material is required.
Suggested initial calibration tolerance. Requirements should be discussed between purchaser and supplier. Copper vs. copper can be used as an extension for Type B thermocouples if the transition is below 100C (212F) .
Above 100C (212F) , PCLW30-6 alloy should be used as the positive extension wire.

Main Property Of Copper-base Low Resistance Heating Alloys

Specification Classification


Low Temperature Thermocouple Wire High Temperature Thermocouple Wire Fibrous Thermocouple Wire
PVC Duplex 221F (105C) FEP Duplex 400F (200C) Polyimide Tape Duplex 500F(260C) Fiberglass Duplex 950F(570C)
Conductor Solid or stranded thermocouple wire per
ASTM E230 & ANSI MC96.1 Solid or stranded thermocouple wire per
ASTM E230 & ANSI MC96.1 Solid or stranded thermocouple wire per
ASTM E230 & ANSI MC96.1 Solid or stranded thermocouple wire per
ASTM E230 & ANSI MC96.1
Insulation Flame retardant PVC Flame retardant extruded fluoropolymer FEP Flame retardant extruded fluoropolymer FEP Braided fiberglass with high
temperature impregnation*
(24 to 30 AWG Served Glass)
Color Code Conforms to ASTM E230 and ANSI MC
96.1 (International Color Codes Available) Conforms to ASTM E230 and ANSI MC
96.1 (International Color Codes Available) Conforms to ASTM E230 and ANSI MC
96.1 (International Color Codes Available) Conforms to ASTM E230 and ANSI MC
96.1 (International Color Codes Available)
Construction Parallel conductors Parallel conductors Parallel conductors Parallel conductors
Shield Stainless Steel Tinned Copper Stainless Steel Tinned Copper
Outer Jacket Flame retardant PVC Flame retardant extruded FEP Two layers of fused polyimide tape Braided fiberglass with high
temperature impregnation*