R-frame digitrip RMS 510 trip unit

PublishTime：2022-11-18

■General Description
●The Digitrip RMS 510, illustrated in Figure 2, is a Trip Unit suitable for use in types DS and DSL Low-Voltage AC power circuit breakers and type SPB Systems Pow-R circuit breakers and Series C R-Frame molded case circuit breakers . The Digitrip RMS 510 Trip Unit pro-vides three basic functions: Protection and Information and Testing.
●Digitrip RMS 510 provides true RMS current sensing for proper cor-relation with thermal characteristics of conductors and equipment . Interchangeable rating plugs are provided to establish the continuous current rating of each circuit breaker. The Digitrip RMS 510 Trip Unit is designed for use in industrial circuit breaker environments where the ambient temperatures can range from -20°C to +85°C (-4°F to 185°F) and rarely exceed 70 to 75°C (158 to 167°F) . If, however, temperatures in the neighborhood of the Trip Unit do exceed this range, the Trip Unit performance may be degraded . In order to insure that the tripping function is not compromised due to an over-temperature condition, the Digitrip RMS 510 microcomputer chip has a built-in over-temperature protection feature, factory set to trip the breaker if the chip temperature is excessive . If over-temperature is the reason for the trip, the Long Delay Time LED will light "RED" .
●The Trip Unit employs the Eaton custom designed integrated circuit microprocessor which includes a micro-computer to perform its numeric and logic functions . The principle of operation is described by the block diagram shown in Figure 1.

Brand of Product：	EATON ELECTRIC
Part#：	RMS 510 More Part#
Product Category：	circuit breakers More
Application：	More
Data Type：	User's Guide More
Safety & Environment Standards：	More
Operating Temperature：	Please see the document for details
Qualification Grade：	More
Qualification Approval：	More
Package：
Language：	English Chinese Chinese and English Japanese
Date of Creation：	August 2011
Version Number：
Data Encoding：	I. L. 29-885D
Data Size：	2.1 MB

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