Appleton Pilot Lights
Appleton pilot lights are industrial strength visual status indicators used to quickly, accurately and reliably provide users with equipment and system status information in severe electrical conditions. Ideal for use on production floor and control room control panels and enclosure doors, they provide on-off, fault and run status and other control functions in industrial automation and control applications. Appleton pilot lights mount easily in standard control panel cutouts and are used with push buttons and selector switches to give a complete interface for an operator. They provide a safe, reliable visual indication of status information.
Available in red, green, amber, blue and white colors to indicate various equipment statuses according to standards, many pilot lights are fitted with bright, energy efficient LEDs. Engineered for long life and low current draw, they are easily seen in a variety of ambient light conditions. Offered for general industrial applications and those found in hazardous locations, explosion proof pilot lights and corrosion resistant pilot lights resist impact and environmental stresses to ensure excellent visibility and durability.
FAQs
What are Appleton pilot lights used for?
Appleton pilot lights provide visual indication of equipment status such as power, run, stop, and fault conditions in industrial and hazardous-location control systems.
What color options are available for Appleton pilot lights?
Appleton pilot lights come in a variety of colors including red, green, amber, blue, and white to represent different operational states.
Do Appleton pilot lights use LED technology?
Many Appleton pilot lights use LED illumination for bright, energy-efficient, and long-life performance.
Are Appleton pilot lights suitable for hazardous environments?
Yes, explosion-proof and corrosion-resistant Appleton pilot lights are designed to perform reliably in hazardous and harsh industrial environments.
Why choose Appleton pilot lights?
Appleton pilot lights offer rugged construction, clear visual signaling, and compatibility with industrial control panel layouts, making them ideal for demanding applications.