Thermocouple Compensating Cable with Two Wire Twisted Teflon Insulated Conductor and Teflon Jacket  (TF+TF Twisted )

Specifications:

1. Calibration: K, J, T, E, N, S, R

2. Conductor insulation material: Teflon , two wires twisted

3. Inner shield material: SSB

4. Jacket insulation material: Teflon

5. Max environment  temperature: 200

6. Outer shield material: SSB

Description:

Thermocouple Compensating Cable often necessary to locate the cold junction of the thermocouple in a larger distance from the measuring point due to safety concerns or constructional reasons. For the connection between the two points, thermocouple extension and compensating cables are used.

The application range for these cables is limited in most standards to a temperature of -25 °C (-13 °F) to +200 °C (+400 °F), or depends on the temperature resistance of the insulation material used. The insulation material is to be selected in order to fulfill the requirements at site concerning chemical and heat resistance, moisture protection and other technical requirements. 

These cables are made of thermocouple wires, solid or stranded conductors, which have the same nominal composition as the corresponding thermocouple.

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.

Competitive Advantage

1. Our measurement accuracy of thermocouple cable can reach the level of grade 1
2. 10,000 meters without joints
3. The color-coded can meet the requirements of (ASNI, DIN, JAP, IEC ... etc)