To our family of Digitrip RMS 310, 510, 610, 810, and 910 Trip Units, we've added teh new programmable Digitrip OPTIM 750 and 1050 Trip Units...and this means Cutler-Hammer offers the most comprehensive range of electronic trip units in the industry across a seamless family of low voltage circuit breakers.

"The Next Generation" Digitrip OPTIM is a new programmable communicating microprocessor-based low voltage electronic trip unit system for Westinghouse Series C® Molded Case Circuit Breakers and low voltage power breakers.

With Digitrip OPTIM, you now have teh capability of providing your electrical distribution system with superior programable protection and coordination...plus a state-of-the-art advanced warning capability along with system diagnostics, monitoring, and communications.

Digitrip OPTIM will enhance your electrical distribution system by allowing you to reduce downtime, manage energy costs, and utilize equipment more efficiently.

Content: RMS 310 RMS 510 RMS 610 OPTIM 750 RMS 810 RMS 910 OPTIM 1050 Back to top of page.
RMS 310	Digitrip Trip Unit Features: rms Sensing 5 Functions Front Adjustable Back to the contents
RMS 510	Digitrip Trip Unit Features: rms Sensing 9 Functions Front Adjustable Back to the contents
RMS 610	Digitrip Trip Unit Features: rms Sensing 9 Functions Front Adjustable Load Monitoring Diagnostics Back to the contents
RMS 750	Digitrip Trip Unit Features: rms Sensing 10 Functions Programmable Load Monitoring Diagnostics Communications Back to the contents
RMS 810	Digitrip Trip Unit Features: rms Sensing 9 Functions Front Adjustable Programmable Load Monitoring Diagnostics Communications Power and Energy Monitoring Back to the contents
RMS 910	Digitrip Trip Unit Features: rms Sensing 9 Functions Front Adjustable Programmable Load Monitoring Diagnostics Communications Power and Energy Monitoring Harmonics Back to the contents
RMS 1050	Digitrip Trip Unit Features: rms Sensing 10 Functions Programmable Programmable Load Monitoring Diagnostics Communications Power and Energy Monitoring Harmonics Back to the contents

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