Cables
Thermal cable type K and J up to +260 °C
Thermal cables are extremely important for transmitting thermoelectric voltage from a thermocouple to the reference junction. The difference between thermal cables and compensation cables lies in the properties of the material. Original thermocouple material in accordance with DIN EN 60584-1 (from 0 to 200 °C) with accuracy class 1 (±1.5 °C) is used for thermocouple cables. The shielded versions prevent external electromagnetic interference from being transmitted to the measurement signal.
Compensation cables type K and J up to +260 °C
Compensation cables consist of so-called substitute materials, which have a different chemical composition than the materials of the corresponding thermocouple. They are designated with the letter ‘C’ in accordance with DIN EN 60584-3 (accuracy class 2 (±2.5 °C)).
The replacement materials have the same thermoelectric properties as the corresponding thermocouple within the permissible application temperature range for compensation cables. The shielded versions prevent external electromagnetic interference from being transmitted to the measurement signal.
Silicone-insulated compensation cables are characterised by their high temperature resistance up to +180 °C. They are highly flexible, halogen-free, flame-retardant and have reduced smoke density in the event of a fire.
2-/4-core copper cables up to +150 °C
B+B copper cables are used as control, connection, monitoring and measuring cables. They are characterised by good mechanical and chemical resistance. The shielded versions prevent external electromagnetic interference from being transmitted to the measuring signal.
Heat-resistant PVC-insulated copper cables can withstand temperatures of up to +105 °C. The insulation and sheathing are characterised by good electrical and mechanical properties and excellent heat resistance.
Glass fibre insulated, heat resistant thermal and copper cables up to +350 °C
Heat-resistant, glass fibre insulated special cables are ideal for use in extreme temperature conditions where insulation materials such as silicone cannot be used. They are robust and, in addition to their high temperature resistance, offer excellent electrical and mechanical properties.
Their stainless steel braiding provides additional protection against mechanical damage. Glass silk insulated cables can be used in a temperature range from -50 °C to +350 °C.
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.