66F100-0527

Introduction

The 66F100-0527 is a mechanical thermostat designed to sense a wide range of temperatures. It\'s an easy-to-install, low-cost, and reliable solution for temperature sensing applications. The 66F100-0527 is available in a variety of packages to fit any application.

Application Field

The 66F100-0527 mechanical thermostat is used in a wide variety of applications where its reliable temperature sensing capabilities are beneficial. This includes HVAC systems, refrigeration systems, water baths, process control & instrumentation, and various laboratory, medical, and industrial applications.

It is designed to be used in environments where temperatures range from -40 to 250°F. The thermostat has three primary operating capabilities which include cooling, heating, and fan speed control.

Working Principle

The working principle of the 66F100-0527 mechanical thermostat is simple yet highly reliable. It employs a bi-metal spring which is designed to sense temperatures as low as -20°F for cooling applications. As temperatures increase, the bi-metal coil contracts and expands, moving a spring-loaded contact to different positions. This action opens or closes the contacts, which triggers the control circuit.

The 66F100-0527 physical design ensures that the contact does not become bound up or stick. This design ensures that it operates with better reliability than other mechanical thermostats. Additionally, it has a quick-make, quick-break design which ensures that contact does not remain closed for too long or open for too long, ensuring longevity of its components.

Conclusion

The 66F100-0527 mechanical thermostat is a reliable and cost-effective solution for temperature sensing applications. Its easy-to-install design is suitable for a variety of environments, ranging from -40 to 250°F. Its reliable quick-make, quick-break design ensures that its components remain operational even after millions of operations, making it an ideal choice for environments that require frequent temperature changes.