LAPP Heating element cable Green 1161008 1 pc(s)

These cables are very precise with the temperature measurement. Our single-pair thermal and compensation cables transfer the thermal voltage of thermocouples reliably and precisely. A variety of dimensions and alloys, versions for temperatures up to +1200 °C and radiation-resistant versions allow a wide range of applications. For transmitting the thermal voltage of thermocouples in temperature measuring technology. For temperature measurement in places, where no contact-less temperature measurement is possible or meaningful. For use with SILVYN® HIPROJACKET and SILVYN® SSUE protective hoses. For use with the identification system FLEXIMARK® Stainless Steel FCC. For fixed installation and occasional movement. Unique identification of the line type based on the part name. Thermocouple cables: Abbreviation of the thermal pair ("K", "N", .). Thermal lines: Abbreviation of the thermal pair supplemented by an X ("JX", "LX", .). Compensation cables: Abbreviation of the thermal pair supplemented by a C and, if necessary, by an abbreviation for different compensating materials ("KCA", "RCB/SCB", ...). Thermo-element cables can be used directly as thermal pairs in a thermocouple and also as reliable connection between the connection point and the reference point. Thermo- and connection lines enable a reliable connection between the connection point and the comparison point. Thermocouple and thermal cables are made of the same alloy as the thermal pair. They comply with accuracy class 1 or 2 according to IEC 60584, whereby class 1 offers higher accuracy. Thermo-element cables are designed for use up to the maximum temperature of the thermal pair, while thermal lines are calibrated in the standard application area. Compensating cables use materials that have similar thermo-electrical properties to the thermocouple, but are more cost effective. They are calibrated in the standardized application range and meet the accuracy class 2 in accordance with IEC 60584. Wide range of dimensions and alloys available for a wide range of applications. Available in variants for applications with temperatures up to +1200 °C and for applications with increased radiation exposure, such as medical applications.

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