ATF - contact temperature sensor / application range up to 200 °C

Temperatures of up to 200 °C can be measured with a resistance thermometer. The measuring element consists of a Pt100 measuring resistor in accordance with DIN EN 60751 and is used in various areas of application, including heating, air conditioning and ventilation technology, machine, plant, container and pipeline construction, apparatus engineering and the chemical and petrochemical industries.

Contact temperature sensors, also called contact temperature sensors, are useful in many different applications where it is important to measure the temperature of objects or surfaces by placing the temperature sensor directly on the object to be measured. Here are some examples of applications for contact temperature sensors:

1. Electronics industry: Contact temperature sensors can be used to measure the temperature of components such as transistors, ICs or printed circuit boards in the electronics industry.
2. Motors and gearboxes: In the automotive industry and other sectors, contact temperature sensors can be used to measure the surface temperature of motors, gearboxes and other mechanical components.
3. Metallurgy: Contact temperature sensors can be used in metallurgy to measure the temperature of melts, casting molds or other metallurgical processes.
4. Food industry: In the food industry, contact temperature sensors can be used to measure the temperature of food, refrigerators, freezers and ovens.
5. Building maintenance: Contact temperature sensors can be used in building maintenance to measure the temperature of heating and cooling systems, walls or windows and to identify thermal bridges.
6. Welding technology: Contact temperature sensors can be used in welding technology to measure the temperature of the weld metal or the surrounding materials and to ensure that the weld seams meet the specific requirements.

These are just a few examples of applications for contact temperature sensors. They are used in many industries to accurately measure the temperature of objects or surfaces and to ensure that processes run effectively and safely.