Introduction

When it comes to panels, indicators, and pilot lights, the C44-BA28H-CWO is an important model to consider. This unit is constructed of die cast metal for extra strength, durability, and longevity under normal conditions. With an Ith rating of 10A and a UL/cUL rating of type 5B/6M, the C44-BA28H-CWO offers a fantastic value proposition. It is available in a wide array of colored globes, which makes it a perfect option in a variety of applications.

Application Fields

The C44-BA28H-CWO is an ideal solution for a wide variety of applications. It is often used to indicate the status of machines in industrial settings, such as in machine shops, manufacturing plants, and laboratories. It is particularly useful to notify personnel when something is malfunctioning, needs to be serviced, or is otherwise in need of attention. In addition, the C44-BA28H-CWO can also be used in residential settings to indicate the status of the power, water, gas, or other utilities.

Working Principle

The C44-BA28H-CWO is designed to provide a visual indication of the status of a system. It is typically used in conjunction with an electrical circuit to indicate whether or not a circuit is energized. This unit has two basic modes of operation: active and off. When in the active mode, the C44-BA28H-CWO illuminates the colored indicator globes, which can be configured to match the desired color scheme or branding for the application. When the unit is in the off mode, the indicator globes remain dark. When an electrical circuit is energized, the C44-BA28H-CWO is activated and illuminates the indicator globes.

Conclusion

The C44-BA28H-CWO is a versatile indicator and pilot light system for a variety of applications. It is constructed of die cast metal for extra strength and durability and is certified UL/cUL. It is available in a variety of colored globes, which makes it a perfect option for any application. The C44-BA28H-CWO is designed to indicate the status of an electrical system, and is capable of providing a visual indication when the system is energized or not.