- Product Details
- {{item.text}}
Quick Details
-
Model Number:
-
KX or KC
-
Material:
-
PTFE or PVC or Kapton or Fiberglass
-
Color:
-
Silver or white or brown
-
Product name:
-
Kapton Sheath K Type High Temperature Resistant Compensation Wire
-
Type:
-
extension or compensation
-
Conductor:
-
solid or multistrand
-
Outer sheath:
-
PTFE or SS braided or PVC
-
Insulated material:
-
fiber glass or PTFE
-
Cross sectional area:
-
0.2~2.5
-
Certificate:
-
ISO9001:2015
-
Package:
-
export standard carton
-
MOQ:
-
50 meters
-
Feature:
-
insulated and high temperature resistance
Quick Details
-
Warranty:
-
6 months
-
Place of Origin:
-
Chongqing, China
-
Brand Name:
-
Haichen
-
Model Number:
-
KX or KC
-
Material:
-
PTFE or PVC or Kapton or Fiberglass
-
Color:
-
Silver or white or brown
-
Product name:
-
Kapton Sheath K Type High Temperature Resistant Compensation Wire
-
Type:
-
extension or compensation
-
Conductor:
-
solid or multistrand
-
Outer sheath:
-
PTFE or SS braided or PVC
-
Insulated material:
-
fiber glass or PTFE
-
Cross sectional area:
-
0.2~2.5
-
Certificate:
-
ISO9001:2015
-
Package:
-
export standard carton
-
MOQ:
-
50 meters
-
Feature:
-
insulated and high temperature resistance
Haichen Kapton Sheath K Type High Temperature Resistant Compensation Wire
Compensating cable is a pair of cables with insulation layer, which with the same nominal value of thermocouple thermal electromotive force in a certain temperature range (0~100℃). Compensating cables could connect with thermocouple and measuring device, to compensate the error caused by temperature change at the connection point between them and thermocouple.
The material of compensating cable is different from the material of thermocouple, we usually note it mark with “C”.
The material of extension cable is the same as the material of thermocouple, we usually note it mark with “X”.
Type,alloy material and insulating color
| Type | Mark | Thermocouple | Alloy wire | Insulated layer color | ||
| Positive | Negative | Positive | Negative | |||
| BC | B | PtRh30 - PtRh6 | Cu | Cu | Red | Grey |
| SC | S | PtRh10 - Pt | SPC (Cu) | SPC (CuNi 0.6) | Red | Green |
| RC | R | PtRh13 - Pt | RPC (Cu) | RNC (CuNi 0.6) | Red | Green |
| KC | K | Cu - Konstantan | KPC (Cu) | KNC (Konstantan) | Red | Blue |
| KX | K | NiCr - NiSi | KPX (NiCr 10) | KNX (NiSi 3) | Red | Black |
| NC | N | NiCrSi - NiSi | NPC (Fe) | NNC (CuNi 18) | Red | Yellow |
| NX | N | NPX (NiCr 14 Si) | NNX (NiSi 4) | Red | Grey | |
| EX | E | NiCr -CuNi | EPX ((NiCr 10) | ENX (NiSi 45) | Red | Brown |
| JX | J | Fe - CuNi | JPX (Fe) | JNX (NiSi 45) | Red | Purple |
| TX | T | Cu - CuNi | TPX ((Cu) | TNX (NiSi 45) | Red | White |
| WC3/25 | WRe3-WRe25 | W3 - W25 | WPC3/25 | WNC3/25 | Red | Yellow |
| WC5/26 | WRe5-WRe26 | WRe5 - WRe26 | WPC5/26 | WNC5/26 | Red | Orange |
Thermal electromotive force and allowance
| Type | Thermal electromotive force and allowance (μv) | Test terminal temperature of thermocouple ℃ | |||||
| 100℃ | 100℃ | ||||||
| Thermal electromotive force standard value | Allowance | Thermal electromotive force standard value | Allowance | ||||
| Common class | Precision class | Common class | Precision class | ||||
| SC or RC | 645 | ±60(±5.0℃) | ±30(±2.5℃) | 1440 | ±60(±5.0℃) | / | 1000 |
| KC | 4095 | ±100(±2.5℃) | ±60(±1.5℃) | 8137 | ±100(±2.5℃) | ±60(±1.5℃) | 900 |
| KX | 4095 | ±100(±2.5℃) | ±60(±1.5℃) | 8137 | ±100(±2.5℃) | ±60(±1.5℃) | 900 |
| NC | 2774 | ±100(±2.5℃) | ±60(±1.5℃) | 5912 | ±100(±2.5℃) | ±60(±1.5℃) | 900 |
| NX | 2774 | ±200(±2.5℃) | ±60(±1.5℃) | 5912 | ±100(±2.5℃) | ±60(±1.5℃) | 900 |
| EX | 6317 | ±60(±2.5℃) | ±120(±1.5℃) | 13419 | ±60(±2.5℃) | ±120(±1.5℃) | 600 |
| JX | 5268 | ±140(±2.5℃) | ±85(±1.5℃) | 10777 | ±140(±2.5℃) | ±85(±1.5℃) | 500 |
| TX | 4277 | ±60(±1.0℃) | ±30(±0.5℃) | 9085 | ±90(±1.5℃) | ±48(±0.8℃) | 300 |
Product view
