GE IC693PWR321S Power Supply Module

This module provides stable DC power to the backplane and all connected modules. The GE IC693PWR321S converts AC line voltage into regulated 5 V and 24 V outputs. It measures 125 mm in width and 110 mm in height. This unit weighs approximately 0.55 kg for rack mounting.

Technical Specifications Table

Parameter	Value
Product Model	GE IC693PWR321S
Brand	GE Fanuc / Emerson
Category	Power Supply Module
Compatible Series	GE Series 90-30
Input Voltage	100-240 V AC (autosensing)
Input Frequency	47-63 Hz
Output Voltage 1	5 V DC
Output Current 1	6 A
Output Voltage 2	24 V DC
Output Current 2	1 A
Total Output Power	54 W maximum
Dimensions (W x H x D)	125 mm x 110 mm x 55 mm
Weight	0.55 kg
Connector Type	1 x terminal block (rear)
Internal Components	1 x transformer, 1 x rectifier, 4 x filtering capacitors
Energy Storage	4 x 1000 µF electrolytic capacitors (total 4000 µF)
Hold-up Time	20 ms at full load
Efficiency	80% typical
Protection Features	Short circuit, overload, overvoltage
Operating Temperature	0°C to 60°C

Internal Design and Power Distribution

This power supply uses a switching converter design for high efficiency. A full-bridge rectifier converts AC to DC for both output rails. The GE IC693PWR321S employs four filtering capacitors for energy storage. These capacitors provide 20 ms of hold-up time during short power interruptions. The 5 V DC output powers the backplane and all logic modules. The 24 V DC output supplies sensor power and relay circuits separately.

Installation and Connection Guide

First, mount this power supply into the leftmost slot of your Series 90-30 rack. Next, connect your AC mains wires to the L, N, and PE terminals on the rear block. Then, wire the 5 V output to your backplane distribution points for logic power. Use the 24 V output for field devices like sensors and relays. The module includes green LEDs for output status monitoring. This unit works with all Series 90-30 racks and CPU models including 311, 331, 341, 363, and 364. Always disconnect AC power before removing the module from the rack.