Sign In | Join Free | My burrillandco.com
Home > Thermocouple Bare Wire >

0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision

Shanghai Tankii Alloy Material Co.,Ltd
Trust Seal
Verified Supplier
Credit Check
Supplier Assessment
Contact Now
    Buy cheap 0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision from wholesalers
     
    Buy cheap 0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision from wholesalers
    • Buy cheap 0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision from wholesalers

    0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision

    Ask Lasest Price
    Brand Name : TANKII
    Model Number : Type J
    Certification : ISO9001: 2015
    Price : Negotiation
    Payment Terms : L/C, T/T, Western Union, Paypal
    Supply Ability : 200+TON+MONTH
    Delivery Time : 7-12 DAYS
    • Product Details
    • Company Profile

    0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision

    High Precision Thermocouple Type J Wire Fe-CuNi Extension Wire

    Thermocouple Extension & Compensation Wire

    There are multiple types and grades of thermocouple wire.Each type of thermocouple wire has a specific combination of metal alloys.This combination is what defines the type of thermocouple.Thermocouple grade wire is used to manufacture thermocouple probes.Thermocouple grade wire is normally used for the junction and inside the stem sheath.
    The representing of the comp. wire: thermocouple code+C/X , e.g. SC, KX
    X: Short for extension, means that the compensation wire's alloy is as the same as the the alloy of the thermocouple
    C: Short for compensation, means that the compensation wire's alloy has similar characters with the thermocouple's alloy in a certain temperature range.

    The thermocouple compensation cables can also be termed as instrumentation cables, since they are used for process temperature measurement. The construction is similar to pair instrumentation cable but the conductor material is different. Thermocouples are used in processes to sense temperature and is connected to the pyrometers for indication and control. The thermocouple and pyrometer are electrically conducted by thermocouple extension cables / thermocouple compensating cables. The conductors used for these thermocouple cables are required to have similar thermo-electric (emf) properties as that of the thermocouple used for sensing the temperature.

    Our plant mainly manufacture type KX,NX,EX,JX,NC,TX,SC/RC,KCA,KCB compensating wire for thermocouple, and they are used in temperature measurement instruments and cables. Our thermocouple compensating products are all made abiding by GB/T 4990-2010 'Alloy wires of extension and compensating cables for thermocouples' (Chinese National Standard), and also IEC584-3 'Thermocouple part 3-compensating wire' (International standard).


    Code
    +Positive leg
    -Negative leg
    N
    Ni-Cr-Si(NP)
    Ni-Si-Mg(NN)
    K
    Ni-Cr-Si(KP)
    Ni-Al(KN)
    E
    Ni-Cr(EP)
    Cu-Ni<constantan>(EN)
    J
    Iron(JP)
    Cu-Ni<constantan>(JN)
    T
    Copper(TP)
    Cu-Ni<constantan>(TN)
    B
    Platinum Rhodium-30%
    Platinum Rhodium-6%
    R
    Platinum Rhodium-13%
    Platinum
    S
    Platinum Rhodium-10%
    Platinum

    0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision

    0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision

    0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision


    Quality 0.2mm Type K J T Thermocouple Compensating Wire Fe-CuNi Extension High Precision for sale
    Inquiry Cart 0
    Send your message to this supplier
     
    *From:
    *To: Shanghai Tankii Alloy Material Co.,Ltd
    *Subject:
    *Message:
    Characters Remaining: (0/3000)