WESTINGHOUSE DIGITRIP RMS 500, SOLID STATE PROGRAMMER, L,S,I,G OVERCURRENT PROTECTION, TRUE RMS SENSING

THE WESTINGHOUSE DIGITRIP RMS 500 IS A SOLID-STATE PROGRAMMER SPECIFICALLY ENGINEERED FOR MANAGING OVERCURRENT PROTECTION WITHIN LOW-VOLTAGE POWER CIRCUIT BREAKERS. THIS ADVANCED MICROPROCESSOR-BASED UNIT INCORPORATES TRUE RMS CURRENT SENSING FOR ACCURATE FAULT DETECTION. IT OFFERS EXTENSIVE FIELD-PROGRAMMABLE SETTINGS ACROSS MULTIPLE PROTECTION FUNCTIONS, INCLUDING LONG-TIME (L), SHORT-TIME (S), INSTANTANEOUS (I), AND GROUND FAULT (G) DELAYS AND THRESHOLDS. THE DEVICE FACILITATES PRECISE CONFIGURATION OF TRIP CURVES AND CURRENT VALUES, ALLOWING FOR OPTIMIZED PROTECTIVE COORDINATION. DESIGNED TO INTEGRATE WITH BREAKER MECHANISMS, IT CONTINUOUSLY MONITORS CURRENT TRANSFORMER INPUTS, PROCESSES DATA ACCORDING TO PROGRAMMED PARAMETERS, AND COMMANDS TRIPPING ACTION UPON DETECTION OF SPECIFIED OVERLOAD OR SHORT-CIRCUIT EVENTS, THEREBY ENHANCING ELECTRICAL SYSTEM SAFETY AND RELIABILITY.