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INFINITE 208V SWITCH for Duke - Part# 512948
INFINITE 208V SWITCH for Duke - Part# 512948
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Create A New AccountINFINITE SWITCH 208V, 13 A
Smart, efficient and intuitive. The Duke F12272 INFINITE SWITCH 208V, 13 A is installed with the new SMART CONTROL digital interface, which allows you to control and monitor the electric output parameters of all the connected devices (light fixtures, heat coils and air conditioners) via a single interface.
DUKE F12272 INFINITE SWITCH 208V, 13 A
The INFINITE SWITCH 208V, 13A is a high-energy, sealed, external automatic transfer switch, supplied with mounting hardware and instructions. The switch has been manufactured according to FAA/PMA requirements and is designed to provide emergency shutdown of electrical systems in the event of an aircraft crash. The INFINITE SWITCH 208V, 13A will immediately cut all electric power to your aircraft as required by the FAA.
Your home’s electrical distribution system is a complex network of wires and outlets that feeds power to all the appliances you depend on. You want to protect the inhabitants as well as the investments in your property. That’s how Infinite Switch™ was designed: to monitor every circuit in your system, providing peace of mind with two modes of protection—automatic or manual. The way you live is just one push of a button away.
This is a 13 A, normally closed contactor switch with a handle. This unit is intended for use at 208 volts.
The Infinity switch is super sturdy and can carry up to 13 Amps. It features a standard size Edison socket, and is recommended for use with our COLORCHANGERS
The F12272 is a full featured infinite switch that can control up to six devices on any one circuit, such as lights, fans and motors. Its reversible ramp delay eliminates nuisance reversals by detecting the leading or trailing edge of the key signal during circuit operation. The solid state design eliminates contact maintenance and provides high temperature operation in excess of 140°F (60°C). The integrated on/off switch allows for quick load restoration with no additional relays required. Advanced microprocessor technology provides positive