High-temperature thermostat M2HA (200℃ to MAX. 400℃)
High-temperature temperature power sensor (TPS) M2HA
Bimetallic high-temperature thermostat protector (protection) achieving MAX. 400℃!
The M2HA thermostat for high temperature rise control (protector) is an automatic reset type housed in an alumina case, developed as a bimetal thermostat that can be used in high temperature environments up to 400°C.
Inquire About This Product
basic information
1. A bimetal thermostat capable of low temperature rise control (protector) in a high-temperature environment of 1,400℃. 2. The limit for setting in a disc-type thermostat is up to 230℃. 3. Recommended for protection circuits of electronic thermostats using thermocouple sensors. 4. Contacts use crossbar contacts for 1mA to 50mA. 5. IP40. Not suitable for environments with dust or flammable gases. 6. This product has a dustproof structure. 7. Comes with dedicated mounting hardware. 8. Please handle and install with care due to the alumina case.
Price information
Since this is a made-to-order product, the price will vary depending on the quantity.
Delivery Time
P4
Applications/Examples of results
Semiconductor manufacturing equipment, machine tools, kitchen machinery and equipment, analytical instruments related.
Company information
I want to be a company that continues to burn brightly. A company can keep burning with energy by having its own unique image. Without it, the company will stagnate and lose its growth potential. Some say that the lifespan of a company is 20 years. This may be a lesson suggesting that the length of time one can maintain passion for a single item is limited to 20 years. However, it is also a truth based on historical evidence that a company that can continuously raise new flames can have an infinite lifespan. It is, of course, necessary to continue supplying products that the market demands. However, I believe that is not enough. "Our basic philosophy is to lead the market through understanding market needs and embodying them in our products, while contributing to significant cost savings through continuous technological improvement." While small cost reductions in front of us are certainly necessary, they may be trivial when viewed from a broader perspective. Fundamental reforms that reorganize the system are the root solution. Our goal is to achieve significant cost savings through the rationalization of the overall system.
