Thermocouple / compensating cables
Thermocouple cables / compensating cables
Thermocouple cables
NiCr-Ni (type K) thermocouple wires are used to manufacture or extend thermocouples of the same type. Wires with FEP insulation and sheathing can be used at ambient temperatures up to 205 °C. The two conductors of this thermocouple cable are made of the same alloys used to manufacture type K (NiCr-Ni) thermocouples. The thermocouples manufactured from this cable therefore meet accuracy class 1 (class 1) of the international standard DIN EN60584. It is also possible to extend existing thermocouples (type K) without causing any additional measurement errors. Translated with DeepL.com (free version)
The type K thermocouple cable made of glass fiber and stainless steel braiding can be used at operating temperatures from -60 to +350 °C. The cables are often used to extend thermocouples of the same type. Thanks to the stainless steel braiding and glass fiber insulation, this cable is very robust and can be used in both high and low ambient temperatures.
Compensating cables
Compensation cables are an important component in the transmission of thermoelectric voltage from the thermocouple to the reference junction. They serve as a connecting cable between the thermocouple and the reference junction. Our compensation cables are insulated with a wide variety of materials and are therefore suitable for a wide range of applications.
We offer connection cables, compensation cables, copper cables, thermocouple wires, thermocouple cables and extension cables.
Glass fibre cables are highly temperature-resistant and can withstand very high temperatures (up to 400 °C). This is the biggest advantage of glass fibre cables over other cable insulation materials such as PVC, silicone or PFA.
On request, we can offer numerous other cables, including in larger quantities.
Please feel free to contact us by telephone, we will be happy to advise you!
Compensation cables consist of so-called substitute materials, which have a different chemical composition than the materials of the corresponding thermocouple. The substitute materials have the same thermoelectric properties as the corresponding thermocouple within the permissible application temperature range for compensation cables. A thermocouple cable consists of the same metals as the thermocouple itself. Compensation cables are often less expensive than thermocouple cables.