Eaton Selector Switches
Eaton selector switches are electrical control devices for industrial, commercial and institutional use. They provide a means of manual selection of multiple circuit conditions or control modes for industrial control applications. These selector switches are designed to provide positive detent action and consistent snap switch operation for applications such as On-Off, For-Rev, Local-Remote, and multiple position selection on control panels and machines.
Eaton offers a wide variety of configurations and styles such as rotary switches, paddle lever switches, and mushroom head switches. Actuators include standard knobs, pointers, ball knobs and flathead screwdrivers. All switches are constructed with the highest quality materials to ensure long service life and performance.
Several of the selector switches are NEMA and/or UL rated. Eaton switches are mounted in panel boxes, and in control devices such as push button stations, pilot lights, and relays. They are ideal for applications that require a manual device for circuit selection or mode selection in industrial applications.
FAQs
What are Eaton selector switches used for?
Eaton selector switches allow operators to manually select between different control states or operational modes in industrial and commercial electrical systems.
What configurations do Eaton selector switches come in?
They are available in multiple pole/throw options and actuator styles, including rotary knobs, paddle levers, and mushroom operators, to meet varied control requirements.
Are Eaton selector switches durable enough for industrial use?
Yes, Eaton selector switches are engineered for rugged industrial environments, offering reliable performance and mechanical durability under frequent use.
Where are Eaton selector switches commonly installed?
These switches are commonly installed in control panels, motor starters, machine interfaces, and automation systems across industrial and commercial facilities.
Why choose Eaton selector switches?
Eaton selector switches provide dependable manual control with robust construction, consistent performance, and compatibility with standard industrial control devices.