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24AWG Type K Fiberglass And Fiberglass Thermocouple Compensating Wire
Description:
Thermocouple Compensating Cable (FB+FB), conductor are fiberglass
insulated, overall fiberglass jacket, Max. Environment temperature
400 ℃. Impregnated with silicone varnish is available upon request.
Commonly there are four types of insulation material for extension
cable: fiberglass, , PVC and silicone. Stainless steel braided
tinned brasses braided are also commonly used in the cable.
Customers from different areas possibly require different color
style for the cable, all color standard are available upon
requests.
Specifications:
1 Calibration: K
2 Conductor insulation material: Fiberglass
3 Inner shield material: SSB
4 Jacket insulation material: Fiberglass and stainless steel
braided shielding
5 Outer shield material: SSB
Type | Contractors | Color Code | |||
K | Wire size | Section (mm’) | AWG | ||
J | 2X1/0.2 | 32 | FB+FB | ANSI | |
E | 2X1/0.5 | 24 | FB+FB | DIN | |
T | 2X1/0.65 | 22 | FB+FB | IEC | |
N | 2X1/0.8 | 20 | FB+FB | JIS | |
S | 2X7/0.2 | 24 | FB+FB | BS | |
2X7/0.3 | 20 | FB+FB | NFC | ||
20 | FB+FB |
Applications:
Thermocouple Cable is the wire which has the similar thermoelectric
properties with thermocouple in a certain temperature range.
The thermocouple total potential value only relate to the
temperature of hot end and reference junction without influence of
intermediate temperature. So compensation could extend the heat to
the meter terminal instead of expensive compensation wire.
Multi-strand core or small diameter wire compensation can improve
the flexibility of the line and make the connection convenient.
Besides, It is easy to shield from outside interference and reduce
the Road costs for measurement line.
Thermocouple cable not only measurement errors but also can improve
physical and mechanical properties of thermocouple line
Competitive Advantage
1. Our measurement accuracy of thermocouple cable can reach the
level of grade 1
2. The color-coded can meet the requirements of (ASNI, DIN, JAP,
IEC ... etc)
3. 10,000 meters without joints