50758220747600F

Panel Indicators, Pilot Lights are hugely important in industries and devices that require quick indication or active access to observing the power state or other operational characteristics of a system or machine. This is why the 50758220747600F device has become so popular amongst engineers and designers. It offers a simple, easy to install, and reliable way to provide visual cues and alerts of systems and machines operating conditions, both on and off line.

Key Features

• High-visibility LED indication light.
• Compact design for easy installation.
• Surge protection up to 1.5kV.
• Rated for energized loads up to 600VAC and 400VDC.
• Operating temperature range of 0-50°C.

Application Fields

50758220747600F panel indicators and pilot lights are often used in industrial automation and process control applications such as power-on state indicators, alarm reset buttons, and safety override buttons. They are also used in the medical industry to show the operation mode of a medical device. The device is also applicable in the construction, robotics, R&D, and laboratory fields.

Working Principle

The 50758220747600F is a two terminal, spring loaded device. It is a two-in-one device, with an LED indication light and a switch. The device offers up to 1.5kV surge protection and works independently from any power supply. When executed, the device has a red LED indicator and can switch between a normally open and a normally closed configuration.

The device is metal cased and can be used in both indoor and outdoor environments. It is rated for energized loads up to 600VAC and 400VDC with a temperature range of 0-50°C. It is designed to specify the power state of the system or machine, highlighting any aberrations in the power to allow for quick issue observation and resolution.

Conclusion

The 50758220747600F panel indicator and pilot light is an excellent way to quickly and easily monitor and observe the power state of any system or machine. It is easy to install, does not require any additional power supply, and is reliable in extreme temperature environments. This is why it is so popular amongst engineers and designers who are looking for a reliable and durable way to observe the power state of their equipment.