66L100-0234

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Temperature Sensors are an important part of any industrial application. Many different types of sensors exist, ranging from mechanical to electrical. The 66L100-0234 is a mechanical temperature sensor specifically designed for use in harsh environments. It is designed to be durable and is able to resist both temperature extremes and high mechanical stress.

The 66L100-0234 is a self-contained, direct acting, bimetallic temperature sensor. It consists of two metal strips, which are bonded together and then heat treated. The metal strips are made of different materials, so that they expand at different rates as temperatures change. This causes one strip to be longer than the other, which produces a relative movement between the two. This relative movement is what triggers the sensor.

The 66L100-0234 has several applications and is often found in pumps, valves, and other fluid systems. In these applications, it is usually used to detect changes in temperature, as well as to shut off or turn on equipment. It is known for its ability to withstand extreme temperatures (both high and low) and for its reliable performance in a wide range of applications.

In terms of the 66L100-0234’s working principle, the two metal strips are heated up during operation. As the temperature of the environment changes, the two metal strips inside the sensor expand or contract at different rates. This causes a relative motion between the two strips; and when the motion is great enough, the sensor is tripped, and an electric signal is sent to the control system.

The 66L100-0234 is a reliable and durable sensor that is designed to operate in extreme temperatures. It is used in several applications, and is great for monitoring temperature change and triggering equipment start/stop. It works by using two metal strips that expand and contract at different rates, with their relative motion being what triggers the sensor.

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