GE Genius I/O IC660BBS103 Digital Output Module | 8 Channels

GE Genius I/O Digital Output Module IC660BBS103

The GE Genius I/O IC660BBS103 is a robust 8-channel digital output module. It is designed to drive demanding industrial loads like motor starters and solenoids. This module offers dual voltage input and comprehensive electronic protection for maximum system uptime.

Core Technical Specifications

• Brand & Model: GE Genius I/O IC660BBS103
• Module Type: 8-Channel Digital Output
• Input Voltage: 93-132V AC or 105-132V DC
• Output Channels: 8 Independent Circuits
• Output Current: 2A RMS AC / 2A DC resistive (1A inductive) per channel
• Peak Block Output: Up to 15A total
• Response Time: Turn-on delay of 1ms (DC) or 0.5Hz + 1ms (AC)
• Input Filter: Configurable from 10ms to 100ms
• Isolation: 1500V block-to-block isolation
• Operating Temperature: 0°C to 60°C
• Unit Weight: 1.5 kg

Key Features and Diagnostics

• Dual Voltage Input: Operates on standard 115V AC or 125V DC industrial power.
• Advanced Diagnostics: Monitors for short circuits, overloads, open wires (no-load), and overtemperature conditions.
• Electronic Protection: Integrated short-circuit protection with fast trip times (10ms DC / 100ms AC).

Installation and Environmental Notes

• Designed for mounting on a standard GE Genius I/O distribution rack.
• Ensure the power supply is within the 93-132V AC or 105-132V DC range.
• Install in a well-ventilated enclosure, respecting the 0-60°C operating limit.
• The module features high noise immunity suitable for industrial environments.
• Follow all local electrical codes and GE installation guidelines.

Frequently Asked Questions (FAQ)

• What is the main application for this module?
  It is used to control on/off industrial devices such as contactors, solenoid valves, motor starters, and indicator lamps from a GE Genius PLC system.
• How does the short-circuit protection work?
  It uses electronic fusing that detects a fault and cuts power to the affected channel within milliseconds, preventing damage without replacing physical fuses.
• Can I mix AC and DC loads on the same module?
  No. The entire module must be powered by either an AC source (93-132V AC) or a DC source (105-132V DC), and all connected loads must be compatible with that supply type.