R300-F35-M14-C

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A resistance temperature detector (RTD) is a type of temperature sensor, often used in industrial and scientific applications. RTDs measure temperature by using a changing electrical resistance. The resistance of an RTD changes with temperature according to a known relationship, usually a function of the metal used.RTDs are most commonly constructed using thin metal or alloy wires with a resistance that changes with temperature in a predictable way. These wires are wound together into a coil, and the whole assembly is usually baked into a ceramic material to protect the wire coils.

R300-F35 –M14

R300-F35 –M14 is a type of RTD, typically a platinum-based RTD that is used for industrial and scientific applications. An R300-F35 –M14 RTD consists of a platinum cable mounted in a stainless-steel head, with the two terminals in the head connected to the platinum cable. This type of RTD is usually used to measure temperatures from -50°C to +400°C with a sensitivity of 0.00392 ohms/°C. It is available as a specially coated device for use in airless applications such as vacuum furnaces.

Working Principle of R300-F35 –M14

The working principle of an R300-F35 –M14 RTD is based on the fact that the resistance of a metal increases as its temperature goes up. Platinum is a metal that has the highest sensitivity to temperature changes. This means that for the same change in temperature, the resistance change of the platinum RTD is greater than any other type of RTD. The R300-F35 –M14 uses the resistance change of the platinum cable to measure temperature. This is done by passing a constant current through the RTD and measuring the voltage drop across it. This voltage drop is proportional to the resistance of the RTD and can then be used to determine the temperature.

Application Fields of R300-F35 –M14

The R300-F35 –M14 is typically used in industrial and scientific applications. It is commonly used in vacuum furnaces, aerospace, and pharmaceuticals, as well as other industries where precise temperature measurements are required. It is also used in HVAC applications, for monitoring and controlling the temperature of buildings and spaces, and in laboratories for experiments or measurements that need precise temperature readings. It is commonly used in chemical processes and in industrial heating processes.

The R300-F35 –M14 is an accurate and reliable temperature sensor and it is used in various industries. It offers precise temperature measurements and is suitable for applications that need accurate readings in harsh environments. Its reliability makes it an ideal choice for temperature sensing in industrial and scientific applications.

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