PT100 Temperature Sensor Waterproof with Silicone Wire Protection Cable

What Is This PT100 Temperature Sensor This PT100 temperature sensor combines a resistance thermosensor with a waterproof construction, making it a dependable choice for accurate temperature measurement. The sensor is built around a three-wire design, which helps to minimise signal interference and support stable, precise readings in industrial and scientific settings. Its protective silicone cable adds an extra layer of durability, allowing the sensor to perform reliably even when exposed to moisture, dust, and other challenging external conditions. Reliable Performance in Demanding Conditions The silicone wire protection is a key feature of this sensor, shielding the internal components from environmental factors that could otherwise compromise performance. This makes the sensor well suited to installations where exposure to damp or dusty surroundings is a concern. The waterproof design further reinforces its suitability for use in a range of industrial environments, giving you confidence in consistent operation over time. Accurate and Stable Temperature Measurement At the heart of this sensor is a resistance thermosensor, which delivers excellent temperature sensitivity and stability. The three-wire configuration helps reduce the effects of lead resistance, supporting more accurate and consistent temperature readings. This combination of features makes the sensor particularly well suited to demanding measurement tasks where precision matters, such as process monitoring, laboratory work, and other technical applications. Built to Last Constructed with premium materials, this PT100 sensor is designed for durability and long-term reliability. The robust silicone cable and waterproof housing work together to protect the sensor from the wear and tear of everyday use in tough environments. Whether you are monitoring temperatures in an industrial process or carrying out scientific measurements, this sensor offers a practical and dependable solution.