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GE IC670CHS101 – Field Control I/O Terminal Base (Barrier/Interposing Style)

GE IC670CHS101 – Field Control I/O Terminal Base (Barrier/Interposing Style)

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Brand:GE Fanuc PLC
Item No.:GE IC670CHS101
Product Origin:USA
Product Dimensions:115 × 65 × 126 mm
Product Weight:0.50 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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The GE IC670CHS101 is a Field Control I/O terminal base module designed for GE Fanuc Field Control distributed I/O systems. It provides a robust and structured interface between field wiring and IC670 I/O modules, enabling safe signal termination, easy maintenance, and modular system expansion.

This module is widely used in Genius Bus–based distributed control systems, where reliability, fast servicing, and clear wiring separation are essential. It allows technicians to disconnect or isolate individual field signals without affecting the entire control loop.


Technical Specifications

The IC670CHS101 functions as a passive I/O termination and carrier interface base.

ParameterSpecification
Module TypeField Control I/O Terminal Base
SeriesGE Fanuc IC670 Field Control
FunctionI/O module mounting + field wiring interface
Supported ModulesIC670 digital/analog I/O modules
Terminal TypeBarrier / interposing style terminals
Wiring CapacitySingle or dual field wire per terminal
Wire Size RangeAWG 22 to AWG 14
Voltage RatingUp to 250 VAC
Current RatingUp to 2 A per point (typical system limit)
IsolationField-to-module isolation via I/O module
Connection TypeBackplane + terminal strip interface
Mounting MethodDIN rail / rack base mounting
Maintenance FeatureIndividual circuit isolation capability

This base supports structured field wiring and simplifies troubleshooting in distributed I/O architectures. It is designed to work as part of the IC670 Field Control system with Genius Bus communication.


Physical Dimensions & Weight

ItemValue
Dimensions (H × W × D)~115 × 65 × 126 mm
Weight~0.30–0.50 kg

Recommended Related Models

  • IC670GBI002 – Genius Bus Interface Unit
  • IC670CHS102 – Expansion terminal base
  • IC670MDL digital input modules
  • IC670MDL output modules
  • IC670ALG analog I/O modules

Popular Industrial Alternatives

  • Siemens ET200 terminal bases
  • Allen-Bradley FLEX I/O terminal bases
  • Schneider Modicon remote I/O bases
  • GE VersaMax I/O carriers
  • Yokogawa field I/O termination systems 


Applications

The IC670CHS101 is used in distributed industrial control systems requiring structured and maintainable field wiring:

  • Power generation control systems
  • Oil & gas processing plants
  • Chemical and petrochemical automation
  • Water and wastewater treatment systems
  • Large-scale manufacturing lines
  • SCADA-based distributed I/O systems
  • Industrial machine control panels


Advantages

  • Provides secure and organized field wiring termination
  • Supports modular IC670 I/O expansion architecture
  • Simplifies maintenance through clear circuit separation
  • Allows individual signal isolation for troubleshooting
  • Designed for harsh industrial environments
  • Improves system reliability and wiring clarity
  • Compatible with Genius Bus Field Control systems
  • Reduces downtime during servicing or module replacement


Technical FAQs

1. What is the GE IC670CHS101 used for?
It is an I/O terminal base used to connect field wiring to IC670 Field Control modules.

2. Is it an active module?
No, it is a passive termination and mounting base.

3. What system does it belong to?
GE Fanuc IC670 Field Control / Genius Bus system.

4. What is its main function?
To provide safe and organized field wiring interface for I/O modules.

5. What wire sizes are supported?
Typically AWG 22 to AWG 14.

6. Can signals be isolated?
Yes, individual field circuits can be isolated depending on I/O module design.

7. What is the mounting method?
DIN rail or rack-mounted base system.

8. Does it process signals?
No, it only provides termination and physical connection.

9. What is its key advantage?
It simplifies wiring and improves maintainability in distributed control systems.

10. What systems is it used with?
IC670 Field Control I/O modules and Genius Bus networks.


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