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Thermocouple types in PVC, Fibreglass, PFA, Silicone Rubber, XLPE, ceramic fibre etc
RTD & THERMOCOUPLE WIRE & CABLE
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Single Pair & Multipair Thermocouple Cables
The role of the thermocouple compensation wire cable is to extend the cold end of the hot electrode, i.e., the mobile thermocouple, to connect with the display instrument to form a temperature measurement system. Thermocouple compensation wire is generally used in thermocouples. We can provide 2 wire 3 wire 4 wire thermocouple cables, and the best thermocouple cable prices. Also, we provide customization service for thermocouple extension wire, you can provide the following detailed parameters: 1. conductor size and type. 2. insulation and sandwich material. 3. shielding material. 4. color.
RTD Cables
We have thermocouple types in PVC, Fibreglass, PFA, Silicone Rubber, XLPE, ceramic fibre etc. Our thermocouple cables are to IEC60584 and ANSI colour codes and tolerances although other colour codes are available. We offer a wide variety of constructions from simple bellwire to screened and armoured multipair types in complex configurations. RTD (Resistance Thermometer) cables are also available in a wide variety of configurations.
1. FB insulation + FB insulation + SS braid
2. Conductor: NiCr-NiSi
3. Color: Red +, Black –
4. Size: 2*7*0.2mm
(FB means fiberglass, SS means Stainless steel)
1. PVC insulation + Cooper wire braid
2. Conductor: Cu-CuNi
3. Color: Red +, Blue –
4. Size: 2*1mm
1. PVC insulation + Silicone rubber
2. Conductor: Fe-CuNi
3. Colour: Red +, Purple –
4. Size: 2*7*0.3mm
1. PVC insulation + PVC insulation
2. Conductor: Cu-CuNi
3. Colour: Red +, White –
4. Size: 2*7*0.1mm
1. PVC insulation + Silicone rubber
2. Conductor: Iron-CuSi
3. Color: Red +, Purple –
4. Size: 2*7*0.5mm
1. FB insulation+Cooper wire braid+FB insulation
2. Conductor: Fe-CuNi
3. Color: Red +, Yellow –
4. Size: 2*7*0.2mm
1. PVC insulation+SS braid+Silicone rubber insulation
2. Conductor: Cu-CuNi
3. Color: Red +, Green –
4. Size: 2*7*0.2mm
1. PVC insulation + PTFE insulation
2. Conductor: Cu-CuNi
3. Color: Red, Blue, Blue
4. Size: 3*7*0.2mm
RTD Resistance Thermometer Cables
PFA
'Singles'Single core solid or stranded 'singles' in PFA insulation.
PVC Insulated
A range of PVC insulated cables for use with RTD sensors. Available from 2 to 8 core construction.
PFA / Silicone Rubber
InsulatedA range of PFA insulated cables with a silicone rubber sheath for use with RTD sensors. Available from 3 to 8 core construction.
PFA Insulated
A range of PFA insulated cables for use with RTD sensors. Available from 2 to 8 core construction in a variety of styles.
Thin PFA Insulated
A range of thin PFA insulated cables for use with RTD sensors. Available in 3 to 4 core construction. Thin PFA sheathed overall.
Fibreglass Insulated with St./St. Braid
A range of fibreglass insulated cables for use with RTD sensors. Available from 2 to 8 core construction with a St./St. braid overall.
MICA Glass / XLPE /LSF Insulated
A range of MICA glass / XLPE / LSF insulated cables for use with RTD sensors. Available in 3 or 6 core construction.
Multi Triads and Quads
PVC InsulatedTriads or Quads of PVC insulated cables for use with RTD sensors. Available up to 15x3 or up to 15x4 construction.
Calibration of thermocouple | Model number | Conductor |
S or R | SC or RC | Cu-CuNi 0.6 |
K | KC | Cu-CuNi 40 |
KX | NiCr 10-NiSi 3 | |
N | NC | Fe-CuNi |
NX | NiCrSi -NiSiMg | |
E | EX | NiCr 10-CuNi 45 |
J | JX | Fe-CuNi45 |
T | TX | Cu-CuNi 45 |
WRe3-WRe25 | WReC | Cu-CuNi |
Insulation material | Useable temperature range | Application notes |
PVC | -10°C to 105°C | Good general purpose insulation for ‘light’ environments. Waterproof and very flexible. |
PFA (Extruded) | -75°C to 250°C | Resistant to oils, acids, other adverse agents and fluids. Good mechanical strength and flexibility. PTFE better for steam/elevated pressure environments. |
PTFE (taped & wrapped) | -75°C to 250/300°C | Resistant to oils, acids, other adverse agents and fluids. Good mechanical strength and flexibility. |
Glass fibre (Varnished) | -60°C to 350/400°C | Good temperature range but will not prevent ingress of fluids. Fairly flexible but does not provide good mechanical protection. |
High temperature glass fibre | -60°C to 700°C | Will withstand temperature up to 700°C but will not prevent ingress of fluids. Fairly flexible, doesn’t provide good protection against physical disturbance. |
Ceramic Fibre | 0 to 1000°C | Will withstand high temperature, up to 1000°C. Will not protect against fluids or physical disturbance. |
Glass fibre (varnished) stainless steel overbraid | -60°C to 350/400°C | Good resistance to physical disturbance and high temperature (up to 400°C). Will not prevent ingress of fluids. |
For maximum accuracy extension cables should be used and terminals and connectors should be of thermocouple materials to maintain continuity. | ||
