RTD-16/20/24AWG-ptfe/ptfe/SSB-ansi standard thermocouple cable
Specifications
Fep thermocouple extension cable
1. Material: Cu or Ni
2. Size: All size available
3. MOQ: 100m
4. Favourable price
Product detail
Quick detail
RTD-16/20/24AWG-PTFE/PTFE/SSB/ ansi standard thermocouple cable/ fep thermocouple extension cable
Conductor material: Cu or Ni
Type: RTD, all type available
Style: Solid or stranded, parallel or twisted
Insulating and sheath material: PTFE
Max temp: 260centigrade
Normal insulation thickness: 0.1mm
Application: Connecting with thermocouple and instrument machine
Place of Origin: Jiangsu, China (Mainland)
Product Size: 4/0 AWG- 46AWG or customized
Color code: ANSI, IEC, DIN, JIS, BS etc.
Eco-friendly: Yes
MOQ: 100m
Certificate: ISO, CQC
Making sample time: All type in stock
Advantage: Competitive price and best service
Packaging Details: Ansi standard thermocouple cable packing: 100m/roll, 200m/roll, 1000m/ carton, Carton size: 50*50*27cm GW: 30kg
Delivery Detail: 10000m--15days for ansi standard thermocouple cable
Specifications
Ansi standard thermocouple cable
1. Material: Cu or Ni
2. Size: All size available
3. MOQ: 100m
4. Favourable price and top quality
Notes for use
1. Selection for Compensating Cable
The product must be chosen in line with the type of the used thermocouple and the application occasion. For instance, the K type thermocouple should be assorted with the K type compensating wire. Confirm the working temperature range according to the application occasion. Generally, the KX type product works with the temperature of -20° C to 100° C and a wider temperature range of -25° C to 200° C. If you want to choose the insulation material or shielding layer, please refer to the Customer Selection Chart on the page.
2. Contact Connection
Make the two contacts of the thermocouple terminal as close as possible to try to keep consistent temperature of the two contacts.
Meanwhile, keep the connection points of the instrument terminal having consistent temperature as much as possible. The contact needs protection from being blown directly by the fan of the instrument.
3. Using Length
The signal of the thermocouple is very slight with microvolt level. So, if the compensation cable is too long, the attenuation of the signal and the interference coupling of the strong current in the environment can cause signal distortion of thermocouple definitely. Then the measuring and temperature controlling are not correct. If serious, the temperature fluctuation would come out.
In line with our experience, the length of the thermocouple compensating wire should be controlled within 15m. If it exceeds 15m, the temperature transmitter is recommended for transmitting signal. It transforms the electric potential value of the corresponding temperature into the direct current to transmit, featuring strong anti-interference capability.
4. Wire Arrangement
The arrangement of the thermocouple cable must stay away from the power line and interference source. The crossing mode rather than the parallel mode should be adopted as much as possible in the case of unavoidable traversing.
5. Shielding the Compensating Wire
The method of shielding compensating wire can be employed for enhancing the anti-interference capability of the thermocouple connecting wire. It can get better effect especially in the case of the occasion having lots of filed interference source. But there is a prerequisite of grounding the shielding layer strictly. Otherwise the shielding layer would lose the shielding function and also enhance the interference.
| Wire Code |
Specification |
Description |
Temp. Range |
| KX-FG/FG-0.8 x 2 |
0.8 x 2 |
Glass Fiber/Glass Fiber |
0~400 |
| KX-FG/FG-7/0.3 x 2 |
7/0.3 x 2 |
Glass Fiber/Glass Fiber |
0~400 |
| JX-FG/FG/SSB-0.5 x 2 |
0.5 x 2 |
Glass Fiber/Glass Fiber |
0~400 |
| Stainless Steel Braid |
| JX-FG/FG/SSB-7/0.2 x 2 |
7/0.2 x 2 |
Glass Fiber/Glass Fiber |
0~400 |
| Stainless Steel Braid |
| KX-FG/FG/H-0.6 x 2 |
0.6 x 2 |
High Temp. Glass Fiber |
0~800 |
| KX-VS/VS-0.8 x 2 |
0.8 x 2 |
Vitreous Silica/Vitreous Silica |
0~980 |
| KX-CF/CF-1 x 2 |
0.8 x 2 |
Ceramics Fiber/Ceramics Fiber |
0~1100 |
| KX-PVC/PVC-0.6 x 2 |
0.6 x 2 |
PVC /PVC |
0~105 |
| KX-PVC/PVC-4/0.3 x 2 |
4/0.3 x 2 |
PVC /PVC |
0~105 |
| JX-PVC/PVC/SSB-7/0.2 x 2 |
7/0.2 x 2 |
PVC /PVC |
0~105 |
| Stainless Steel Braid |
| KX-SIL/SIL-7/0.6 x 2 |
7/0.6 x 2 |
Sillicon/Sillicon |
0~250 |
| JX-FG/SIL-7/0.2 x 2 |
7/0.2 x 2 |
Glass Fiber/Sillicon |
0~250 |
| JX-KPT/KPT-7/0.2 x 2 |
7/0.2 x 2 |
KAPTON/KAPTON |
0~400 |
| TX-KPT/KPT-19/0.3 x 2 |
19/0.3 x 2 |
KAPTON/KAPTON |
0~400 |
| RTD-FEP/CU/SIL-7/0.12 x 4 |
7/0.12 x 4 |
FEP |
0~200 |
| Cu Braid |
| Sillicon Sheath |
| RTD-KPT/KPT- 7/0.2 x 3 |
7/0.2 x 3 |
KAPTON/KAPTON |
0~400 |
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