タイトルまたは説明

Thermocouple - is the most suitable method for measuring temperature and works as a temperature sensor: a temperature differential at each end of circuit formed by joined together two different kind of metal conductors produce a voltage. The resultant EMF will be proportional to the temperature difference between junctions.

Our thermocouples can be used to measure temperature - **0 ° C to ***0 ° C. They can be created with numerous combinations of alloys, the most commonly used are the types E, J, K, N and T.

Wire: 0,*3 - 8,*0 mm



Specifications: 

 

Alumel KN (Thermohm N, T2)  according to  DIN EN ******2 ;BS EN ******2 ; JIS C ***2 / GOST *****3; ******7

Application: used for the negative leg of thermocouples type K. Thermocouples type K have a good resistance to oxidation and better than other combinations of thermocouples.Can not be exposed to atmospheres containing sulphur gases.

Chromel KP (Thermohm P, T1)  according to  DIN EN ******2 ;BS EN ******2 ; JIS C ***2 / GOST *****3; ******7

Application: used for the positive leg of thermocouples type E or type K. Thermocouples of type K have good resistance to oxidation, and better than other base metal combinations. Thermocouples of type E have the largest emf output of any common thermocouple. Cannot be exposed to reducing or alternately oxidizing and reducing atmospheres or vacuum.

Constantan CuNi*4 (Cuprohm, W.-Nr: 2.***8)  according to DIN ****1/****4/****4 / GOST *****3; ******7

Application: used for the negative leg of the following types of thermocouples and compensating cables: E, J, T and KCB (VX). The alloy can be used at temperatures down to *0 K where its Seebeck coefficient is about 8 μV / K. Thermocouple type E has the highest emf output of any common thermocouple and is for this reason used in thermal generators (thermopiles).

Copel (Type E) according to  DIN EN ******2 ;BS EN ******2 ; JIS C ***2 / GOST *****3; ******7

Application: used for the negative leg of thermocouples and compensating cables.