Cable thermocouples - Import export

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

Mineral insulated thermocouples are thermo wires compressed in fire resistant magnesium oxide which ensure high pressure resistance. They are suited for the temperature range -200…+1100 °C. Their shock resistant construction assures a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Use: Enables neat connection of thermocouple cables to devices or terminal rails. This is advisable particularly in the case of small conductor dimensions. Mechanical design: • Solid thermocouple material.

USB temperature converter - including free readout software - efficient and flexible measurement without additional measuring system - mobile and directly on site - for all common thermocouples.USB stick with software for direct reading and further processing on the PC Plug connection - flexibly connect the USB stick to the temperature sensor Processing of the measured values, transfer to the software Different temperature sensors and thermocouples possible Various cable types , lengths and types of connections can be selected

Vibraflame® is a range of cables designed to resist extreme temperatures ranging from -196°C to +1565°C.These fire resistant range of cables do not propagate flame and do not contain asbestos. They can be used as control, coaxial or power feed cables. Axon’ offer extension and compensating cables for thermocouples insulated with vibraflame® material and resistant to temperatures of up to 1050°C. These heat resistant cables can be made with nickel plated copper, nickel alloy, nickel chrome, iron, constantan, copper alloy, cupronickel for extension and compensating cable. They are insulated with a special combination of mica, organic polymers and fibre glass. Applications include power and control cables in steel works, oil refinery, electric furnace, blast furnace,etc

Designed to be accurate, repeatable, and easy to operate IEC584 color standard (green) for type K thermocouples Strong crimped plug/cable attachment CLAMP thermocouples clip to non-ferrous components Clamp Surface for measuring substrate temperature Clamp Air for measuring ambient temperature ADHESIVE PATCH thermocouple Ultrafast response, single strand and PTFE coated Minimal thermal mass – ideal for small items or plastics EXPOSED-JUNCTION thermocouples for use on test pieces that are left permanently rigged Attached to the substrate by spot welding, soldering, use of high-temp tape or screw EXPOSED-JUNCTION THERMOCOUPLE – HIGH-TEMPERATURE featuring a glass-fiber cable Attached to the substrate by high-temp tape or screw, or spot-welded into position Placed at critical points on the product, thermocouples enable temperature profiling with a DATAPAQ Oven Tracker. All DATAPAQ probes conform to the highest standards and provide the most accurate data possible.

The DATAPAQ MultiPaq21 data logger has up to eight channels (Type T or K), allowing you to collect product and environmental temperatures from up to eight locations at once. Using flexible thermocouple cables, the temperature sensors can be positioned precisely within the product, on the surface or in the air. They can record temperatures without the data logger or its mass influencing the response characteristics of the sensors and thus, the accuracy of the readings. The data logger is designed to withstand the most hostile of food processing applications and is rated to IP67 with special waterproof thermocouple connections protecting against steam, water showers and routine cleaning procedures. The logger will store up to eight profiles before it needs to be downloaded. DATAPAQ temperature profiling systems comprise high-accuracy industrial-strength data loggers, thermocouples, thermal barriers, and analysis software.

AL-SWS - the multifunctional laser workstation with variable table inserts for sensor production With this flexible laser machine you can effortlessly weld and cut even the smallest workpieces up to 12 mm in diameter, either automatically or manually. This laser system is mainly used in sensor production and in medical technology, for example for the production of jacket-insulated cables, sensors, resistance thermometers and thermocouples. Depending on the desired application, five different, interchangeable table inserts are available. These can be changed in a matter of seconds so that you can easily switch between the following welding or cutting tasks: Contact welding Circular welding Micro welding To cut Mantle welding under mechanical pressure