Fiber optic firing, and programmable MX3 controllers, deliver unprecedented functionality and performance.
Benshaw manufactures a wide range of medium voltage solid state motor controls to suit your application requirements. All of Benshaw's medium voltage power stacks are integrated with next generation MX3 technology.
MX3 Motor Control Technology:
Benshaw's next generation MX3 technology propels medium voltage motor control to greater levels of performance and functionality. With its real-time clock, enhanced programming capabilities, ease of use, and unique, flexible architecture, Benshaw's MX3 controller delivers advanced motor control and protection with all of the rugged, dependable performance you've come to expect from the world leader in solid state motor controls.
MX3 controllers, power components, software, and sensors are all designed, built, and tested to perform as an integrated control system; eliminating the coordination and performance problems inherent in other forms of reduced voltage starting.
With more built-in features, more configurable options, greater expandability, and a broader communications capability, Benshaw's next generation MX3 technology will shorten commissioning times, improve motor performance and protection, enhance diagnostic capabilities, and streamline electrical system monitoring and maintenance tasks.
CFMVATL medium voltage across-the line starters are full voltage controllers for three phase induction motors. The RediStart MX3 control package can be added as an option to provide a "Smart" CFMVRMXATL package.
Medium Voltage ATL starters are supplied in a free standing enclosure. Enclosures are available in NEMA 1, NEMA 12, and NEMA 3R configurations.
Standard combination CFMVATL starters are supplied with a load break/fault make disconnect isolation switch, Class "R" motor current limiting fuses, vacuum motor starting contactor, and the "SPE" SureProtex electronic overload protection.
The “Smart” Medium Voltage ATL package adds the RediStart MX3 control package for additional branch circuit monitoring motor protection, metering, diagnostics, and communication.
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