CMR MPT100 RESISTANCE BULB PT100 600C’ TEMPERATURE SENSOR

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Brand : Ram Automations
SKU: RAMA997766
Availability: In Stock

The CMR MPT100 Resistance Bulb PT100 600°C Temperature Sensor is a high-precision thermal sensing device designed to provide accurate temperature measurement in extreme industrial environments....

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The CMR MPT100 Resistance Bulb PT100 600°C Temperature Sensor is a high-precision thermal sensing device designed to provide accurate temperature measurement in extreme industrial environments. Capable of measuring temperatures up to 600°C, this sensor is ideal for applications requiring high-temperature monitoring, such as in chemical processing, power generation, and metallurgy. Its PT100 resistance element ensures precise and reliable temperature readings, contributing to efficient system control and safety in high-performance settings.

The CMR MPT100 temperature sensor is engineered with durability in mind, featuring materials that are resistant to thermal stress, corrosion, and mechanical wear. This makes it a perfect choice for harsh environments where other sensors may fail under extreme conditions. Whether used in high-temperature reactors, furnaces, or other industrial processes, the sensor maintains its performance over long periods, offering consistent and accurate readings even in challenging applications.

With its robust construction and high thermal resistance, the CMR MPT100 is built to withstand high-pressure, high-temperature, and aggressive chemical environments. The sensor’s resistance bulb design ensures stable and reliable operation, providing real-time temperature feedback to control systems for improved process monitoring and regulation. Its ability to function in environments up to 600°C makes it highly versatile for a wide range of industries.

Ideal for use in power plants, manufacturing plants, and research facilities, the CMR MPT100 Resistance Bulb PT100 600°C Temperature Sensor delivers unmatched reliability and precision. Its high-temperature capability and durable construction ensure it continues to perform in the most demanding applications, offering a crucial element for system efficiency, safety, and long-term operation.

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