
Technical Overview
The GE IC670CHS101 is a 7-slot chassis module designed for the IC670 / RX3i distributed I/O platform. In system architectures that require a mid-range expansion rack, this chassis offers a stable and electrically balanced backplane for analog, digital, communication, and specialty modules.
As part of GE’s modular I/O design philosophy, the IC670CHS101 focuses on predictable signal propagation, clean bus timing, and consistent power distribution. Its mechanical construction is engineered to withstand industrial environments while supporting a flexible configuration footprint for system integrators.
Technical Specifications
| Parameter | Description |
|---|---|
| Model Number | IC670CHS101 |
| Brand | GE / Fanuc |
| Module Type | I/O Chassis / Backplane |
| Platform Compatibility | IC670 / RX3i Distributed I/O |
| Number of Slots | 7 |
| Backplane Bus | IC670 proprietary bus architecture |
| Power Distribution | Integrated 5 VDC logic rail; 24 VDC field support |
| Indicators | System power and fault LEDs |
| Mounting Method | Panel mount with rear keying alignment |
| Operating Temperature | 0°C to +60°C |
| Storage Temperature | –40°C to +85°C |
| Dimensions (H × W × D) | ≈ 110 mm × 330 mm × 120 mm |
| Weight | ≈ 1.65 kg |
| Construction | Industrial-grade steel frame with reinforced PCB backplane |
Applications / Deployment Scenarios
-
Distributed I/O expansion for GE RX3i and IC670 systems
-
Medium-size automation islands requiring 7 module positions
-
Factory control networks combining digital, analog, and communication modules
-
PLC modernization projects where legacy and new modules must co-exist
-
Packaging, material handling, and continuous process systems
Advantages / Engineering Benefits
-
Seven-slot expansion capacity supports moderate system growth without requiring a second chassis
-
Stable electrical backplane ensures uniform bus timing for mixed-signal modules
-
Reinforced structure improves vibration resistance in industrial settings
-
Unified power distribution simplifies wiring and reduces system point-of-failure exposure
-
Modular design supports easy replacement and reconfiguration during maintenance
-
Ideal footprint for mid-size distributed I/O segments
Excellent PLC
