GE IC660EBS102 Genius I/O 4-Group Electronics Assembly

Product Overview

The IC660EBS102 is an isolated I/O electronics assembly. GE Fanuc designed it for the Genius I/O series. This module provides 8 I/O circuits in 4 separate groups. It supports both AC and DC power for flexible industrial applications.

Key Specifications

• Brand: GE Fanuc / GE Intelligent Platforms
• Model: IC660EBS102
• Series: Genius I/O
• Type: Isolated I/O Electronics Assembly
• Circuit Configuration: 4 groups of 2 I/O circuits
• Nominal Voltage: 115V AC or 125V DC
• Operating Voltage: 93-132V AC or 105-132V DC
• Frequency: 47-63 Hz

Electrical & Isolation

• Control Power: 8 W required
• Group Isolation: 250V AC/DC between groups and ground
• Transient Rating: 2000V peak for 10 seconds
• Input Filter Time: 10-100 ms (selectable)
• Electronic Fusing: Built-in per output circuit
• Short Circuit Response: Shutdown in 5 μs

Physical & Environmental

• Weight: 4 lbs (1.8 kg)
• Operating Temperature: 0°C to 60°C (32°F to 140°F)
• Storage Temperature: -40°C to 100°C (-40°F to 212°F)
• Humidity: 5% to 95% (non-condensing)
• Power Supply: Independent DC or AC operation

Key Features

• AC and DC circuit voltage support
• CPU redundancy type
• Output pulse test capability
• Output hold last state
• Output power-up defaults
• Bus switching module control

System Integration

• Control power tapped from I/O device voltages
• Compatible with BBS102 terminal blocks
• No separate power supply required for logic
• Internal electronic sources for different terminals

Frequently Asked Questions

How are the I/O circuits organized?

• The IC660EBS102 has 4 separate I/O groups. Each group contains 2 input/output circuits for flexible wiring configurations.

What is the isolation rating between groups?

• Groups are isolated at 250V AC/DC between any group and ground. Isolation also applies between any two different groups for safe mixed-voltage operation.

How does electronic fusing protect outputs?

• Each output circuit has built-in electronic fusing. When a short circuit occurs, the affected circuit shuts down within 5 microseconds for rapid protection.