Temperature probes

Temperature probes are essential instruments in many sectors, from industry to meteorology, including domestic and medical applications. They play a crucial role in monitoring and regulating temperature, thus guaranteeing the safety, efficiency and reliability of processes and devices. Our collection of temperature probes is designed to meet a variety of needs, offering precision, sustainability and ease of use. Whether for environmental measures, industrial process controls, or for domestic applications, our probes offer solutions adapted to each requirement.

What types of temperature probes do you offer?

We offer three main types of temperature probes, each adapted to specific needs:

1. Thermocouples type K : These probes are extremely versatile and can measure temperatures ranging from -200 ° C to 1250 ° C. They are ideal for industrial applications at high temperature. Their popularity comes from their wide range of temperature and their robustness.

2. Type T thermocouples : These thermocouples are specially designed for lower temperature applications, with a range of up to 400 ° C. They are often used in the food, pharmaceutical and other fields industry.

3. NTC probes : NTC probes are privileged for applications requiring high precision in more limited temperature ranges. They are commonly used in consumer electronic devices, heating, ventilation and air conditioning systems (HVAC) and medical equipment.

4. PT100 probes : These probes, based on platinum resistance elements, offer excellent precision and stability on a wide temperature range (-200 ° C at 850 ° C). They are frequently used in industrial and laboratory sectors where precision is essential, as in chemical and pharmaceutical processes.

How to choose the temperature probe adapted to my needs?

The choice of the proper temperature probe depends on several key factors:

1. Temperature range : Determine the temperature range you need to measure. For very high temperatures, a type K thermocouple is often the best suited, while for lower temperatures and precise measurements, a Type Trmocouple or a NTC thermistor probe would be more appropriate.

2. Application environment : Consider the environment in which the probe will be used. If you work in difficult conditions or with corrosive substances, choose a probe with suitable material and coating.

3. Precision and response time : For very specific measures, a PT100 probe is often recommended. If you need a quick response to temperature changes, a thermocouple probe could be more appropriate.

4. Compatibility with existing equipment : Check the compatibility of the probe with your current measurement systems, including signal and connection type requirements.

5. Budget and overall cost : Consider your budget and the total cost of possession, including the purchase, installation, maintenance and possible replacement of the probe.

In summary, the choice of the temperature probe must be based on an in -depth assessment of your specific needs and the conditions of use. Our technical team is available to advise you and help you choose the probe that best suits your application.