Thermocouple with heat-resistant 500 ℃ compensating wire (cable)

NegotiableUpdate on 05/27

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Nature of the Manufacturer: Producers

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Overview

Scope of application: Fire resistant compensating wires and cables for thermocouples are suitable for connecting thermal instrument systems under high temperature conditions (-60 ℃ -500 ℃). Fire resistant compensating wires and cables for thermocouples are widely used in metallurgy, casting, refining, chemical engineering, machinery and other fields. Main features: The heat-resistant 500 ℃ compensating wire (cable) adopts new technology and process, making its heat-resistant temperature range between -60 ℃ and 500 ℃. At low temperatures, its wire (cable) does not harden, can bend in any way, and its technical performance is reliable. Especially when the flame directly burns on the surface of the wire, there will be no short circuit or open circuit fault for a certain period of time. The unique heat resistance of refractory compensating wire and compensating cable for thermocouples is incomparable to that of silicone rubber and polytetrafluoroethylene wire, thus ensuring the normal operation of thermal instrument systems in high temperatures and emergency situations. Reference standards: GB/T4989-94 JB/T9496-99, IEC331, IEC371. Model and name

Product Details

Scope of application:
Thermocouples with fire-resistant compensating wires and cables are suitable for connecting thermal instrument systems under high temperature conditions (-60 ℃ -500 ℃). Thermocouples with fire-resistant compensating wires and cables are widely used in metallurgy, casting, refining, chemical engineering, machinery and other fields.

Main features:
The heat-resistant 500 ℃ compensating wire (cable) adopts new technology and process, which enables its heat-resistant temperature to be in the range of -60 ℃ -500 ℃. At low temperatures, its wire (cable) does not harden and can bend in any way. Its technical performance is reliable, especially when the flame directly burns on the surface of the wire, there will be no short circuit or open circuit fault for a certain period of time. The unique heat resistance of refractory compensating wire and compensating cable used for thermocouples is incomparable to that of silicone rubber and polytetrafluoroethylene wire, thus ensuring the normal operation of thermal instrument systems in high temperature and emergency situations.

Reference standards: GB/T4989-94 JB/T9496-99, IEC331, IEC371.

Model and name

model	name	Operating temperature (℃)
XjN-500-SCH XjN-500-BCH XjN-500-RCH XjN-500-KXH XjN-500-KCH	Heat resistant 500 ℃ SC compensation wire Heat resistant 500 ℃ BC compensation wire Heat resistant 500 ℃ RC compensation wire Heat resistant 500 ℃ KX compensation wire Heat resistant 500 ℃ KC compensation wire	-60℃-500℃ -60℃-500℃ -60℃-500℃ -60℃-500℃ -60℃-500℃

Specification and structure

specifications	Conductor structure (number of strands/diameter of single filament)
2 × 0.5mm	1/0.8 7/0.3
2×1.0mm	1/1.13 7/0.43
2×1.5mm	1/1.37 7/0.52
2×2.5mm	1/1.76 19/0.41

Note: NC.EX.WC3/25 and others can be produced using this process. Compensation cables can be produced according to the production process.

Ordering Notice:
When placing an order, the user should indicate the model, specifications, quantity, etc.

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