67F095-0098

Introduction

The 67F095-0098 is a mechanical thermostat switch specifically designed as a temperature sensor. This is an incredibly versatile product with a vast application field and a rather unique working principle. This article will outline the application field for 67F095-0098 and then describe its working principle in greater detail.

Application Field

Overall, the 67F095-0098 is used in heating, ventilation, air-conditioning, process control, laboratory environments, laboratory, and refrigerator and freezer applications. More specifically, it can be used as a temperature limit control, a pilot light, or a safety monitor.

This temperature control switch is made of durable materials that resists corrosion and is exceptionally resistant to environmental conditions. For example, it is UL and CSA approved and can operate in temperatures ranging from -50°F to 158°F (-46°C to 70°C).

Working Principle

The 67F095-0098 can be thought of as an advanced switch which depends on the thermal effects of temperature on metals to generate electrical signals. It works as follows: when the device is exposed to a certain temperature, the metal slides in and out of the cylindrical chamber and the potential that is required to operate the switch is applied.

This thermal effect is very simple and is capable of working over a wide range of temperatures. Basically, a metal rod is fitted with an adjustable heat resistant seal which can expand and contract when the device is exposed to different temperatures. As the metal rod moves in and out, it is able to activate and deactivate the switch.

Additionally, the 67F095-0098 is designed to be extremely reliable. It features a non-polarized design which ensures that it operates with a broad range of current inputs. It also features an adjustable, self-contained limit circuit which can be used to prevent damage from excessive temperatures.

Conclusion

The 67F095-0098 is a mechanical thermostat switch which can be used for a wide range of temperature sensing applications including process control, safety monitoring, and pilot lights. It works by taking advantage of the thermal effects of temperature on metals and is designed to be a reliable and versatile device.