Bare wire - Import export

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

This inline thermocouple can be individually installed. For measurements in the wiring harness, on difficult to access points or on the smallest components. The thin wire, barely 0.7 mm in diameter, facilitates highly flexible installation. The thin probe tip guarantees very rapid response. Temperature range: :-190 °C to +260 °C, short-duration to +300 °C Wire type: Teflon,0.08 mm, wire, Tmax: +300 °C

This inline thermocouple can be individually installed. For measurements in the wiring harness, on difficult to access points or on the smallest components. The thin wire, barely 2 mm in diameter, facilitates highly flexible installation. The thin probe tip guarantees very rapid response. Temperature range: -100 °C to + +200 °C, short-duration to + 230 °C Wire type: Teflon, 0.2 mm, wire, Tmax: +200 °C

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +800 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +180 °C, continuous Wire type: Silicone, Tmax: +180 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +550 °C, continuous Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +800 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous,depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C continuous