0936011313

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0936011313 is a versatile, compact and lightweight temperature probe that has become widely used in applications where accurate temperature measurements are required. It is appropriate for both low and high temperature applications, and is suitable for measuring temperatures ranging from -200 to 350℃ (-328 to 662℉).

The 0936011313 comes in two versions: the 0936011313-A with a 0-3V output, and the 0936011313-B with a 4-20mA output. It has a two-wire construction, allowing for simple connection to a variety of temperature and process control systems. Both outputs provide a linear current that increases with temperature, allowing easy calibration by manual or automatic systems.

The 0936011313 is well suited to a wide range of applications. It can be used in industrial processes, such as controlling the temperature of boilers and furnaces during manufacturing. It can also be used in HVAC systems to monitor room temperatures. In the medical field, it is often employed in controlled environments where close temperature monitoring is crucial. Additionally, the probe is suitable for use in laboratory testing and research experiments.

The 0936011313 features a robust stainless steel probe with a spring-loaded construction. This allows for quick and easy attachment to a variety of materials, such as walls or pipes, and helps to ensure a secure connection. The probe also features a long cable length, providing flexibility in a number of applications. The cable is sealed and rated to IP67 or NEMA 6, providing protection against dust, moisture, and other elements.

The working principle of the 0936011313 is based on two distinct principles: thermoelectric effect and thermal resistance. The thermoelectric effect occurs when a material is heated with a voltage difference across it, causing a current to flow from one end to the other. This current is related to the temperature of the material. Thermal resistance occurs when a temperature difference is applied to a material, causing a resistance to the flow of energy. Both of these effects can be used to accurately measure and monitor temperatures.

The 0936011313 combines thermoelectric effect and thermal resistance to create a reliable temperature sensing system. By measuring the electric current flowing through a thermistor embedded in the probe, the resistance of the thermistor can be related to the temperature of the material it is attached to. This data can then be used to accurately measure and monitor temperature with great precision.

In summary, the 0936011313 temperature probe is a versatile and reliable device, which is suitable for use in a range of applications. It is robust, lightweight, and features a long cable length, making it easy to install and use. The 0936011313 utilizes the thermoelectric effect and thermal resistance to accurately measure even the slightest temperature change, making it ideal for any application where close monitoring of temperatures is required.

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