67L080

Series:	6700
Part Status:	Active
Circuit:	SPST-NC
Switching Temperature:	176°F (80°C)
Reset Temperature:	131°F (55°C)
Current Rating - AC:	--
Current Rating - DC:	0.5A (48V)
Tolerance:	±9°F (±5°C)
Switching Cycles:	20K
Termination Style:	PC Pins
Mounting Type:	Through Hole
Package / Case:	TO-220-2

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Introduction

The 67L080 Temperature Sensor, also commonly referred to as a “thermostat”, is used for detecting and controlling the temperature of a given medium or environment. This temperature control device is designed to operate with both mechanical and non-mechanical systems in order to accurately monitor and regulate temperature. This particular thermostat is made of several components such as a precision resistor, an inert gas atmosphere, otherwise known as a “capillary tube” and a pair of contacts. The following discussions will provide further detail on the various aspects of the 67L080 temperature sensor, including its application field and working principle.

Application field of the 67L080

The 67L080 temperature sensor has a wide range of applications in various industries and environments. This device is most widely used in the food processing industry, where the precise temperature control of the equipment and storage facilities is essential for the successful preservation and handling of food products. In this regard, the 67L080 is used to regulate the temperature of industrial ovens, cold storage facilities, coolers, and freezers.Additionally, the 67L080 is used in other industries such as chemical plants, automotive manufacturing, electrical engineering, and telecommunications. It is also used in laboratories, medical centers, and research departments.

Working Principle of the 67L080

The 67L080 temperature sensor consists of several components, the most important of which is the precision resistor. This component includes a set of resistors that are connected in series and is responsible for providing an electrical resistance measurement of the temperature.The second component of the 67L080 is the inert gas atmosphere that is sealed within the capillary tube. As the temperature of the medium or environment changes, the gas in the capillary tube will expand or contract. This change in pressure will then cause the resistor to change its electrical resistance, thus providing an accurate indication of the temperature.The final component of the 67L080 is the pair of contacts or points, one of which is connected to the resistor and the other connected to the capillary tube. The pair of contacts is used to detect the electrical resistance changes in the resistor and to relay this information to a monitoring system or control device.

Conclusion

The 67L080 temperature sensor is an important device used for detecting and controlling the temperature of various mediums and environments. It consists of a precision resistor, an inert gas atmosphere sealed within a capillary tube, and a pair of contacts. The 67L080 is widely used in the food processing industry as well as in chemical plants, automotive manufacturing, electrical engineering, and telecommunications. The working principle of the device is to measure the realistic temperature changes of the medium or environment by detecting changes in electrical resistance in the resistor, which are tracked via the pair of contacts and relayed to a monitoring system.

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