ZC-KX-VPV is a flame-retardant compensating wire used for K-type thermocouples. It adopts polyvinyl chloride insulation and twisted copper wire braided shielding structure, suitable for temperature range of 0-100 ℃.

The positive electrode core is made of copper nickel alloy (KPX), the negative electrode core is made of nickel silicon alloy (KNX), and the insulation layer is marked with red and black dual colors. This model has excellent electrical performance

And corrosion resistance, widely used for temperature measurement in fields such as power, metallurgy, and chemical engineering. When using, attention should be paid to matching with thermoelectric dipoles, and the temperature at the connection point should be kept consistent.

The selection of specifications for ZC-KX-VPV compensation wires mainly depends on the conductor cross-section, number of cores, and shielding method. Let me help you sort out the common options: conductor cross-section: common specifications: 2x0.5mm ², 2x0.75mm ², 2x1.0mm ², 2x1.5mm ², 2x2.5mm ². Selection suggestion: The larger the cross-section, the stronger the current carrying capacity, suitable for long-distance transmission or high current scenarios.