Description

The GE IC670CHS001E is a compact,high-density I/O carrier module(also known as a baseplate or chassis interface)from General Electric’s VersaMax™series,designed to mount and power up to two VersaMax I/O modules in space-constrained industrial environments.It provides the mechanical foundation and electrical backplane connection needed to integrate discrete and analog I/O into GE Fanuc 90-30,VersaMax Micro,or standalone control systems.

Engineered for ruggedness and modularity,the GE IC670CHS001E enables flexible I/O expansion with plug-and-play simplicity,making it ideal for machine control,packaging lines,water treatment,and small-scale process applications where panel space and reliability are critical.

Application Scenarios

At a municipal wastewater pumping station in the Midwest,engineers faced repeated failures in legacy relay-based control panels due to moisture ingress and terminal corrosion.They replaced the entire I/O layer with a compact VersaMax system built around the GE IC670CHS001E,mounting digital input and output modules to monitor pump status and control motor starters.The sealed spring-clamp terminals on the GE IC670CHS001E eliminated loose connections,while its IP20-rated housing with conformal-coated PCB resisted humidity.Within one year,field callouts dropped by 85%,and the station achieved full remote monitoring via Modbus RTU—proving that even small components like the GE IC670CHS001E can drive major operational transformation.

Parameter

Main Parameters Value/Description

Product Model GE IC670CHS001E

Manufacturer General Electric(GE Automation/formerly GE Fanuc)

Product Category VersaMax I/O Carrier Module(Baseplate for 2 Modules)

Supported I/O Modules Any two standard VersaMax I/O modules(e.g.,IC200MDL640,IC200ALG240)

Field Wiring Spring-clamp terminals(tool-assisted,vibration-resistant)

Backplane Interface Integrated bus connector for communication with CPU or network adapter

Power Supply Powered via VersaMax bus(24 VDC from controller or external supply module)

Mounting 35 mm DIN rail(standard EN 60715)

Operating Temperature 0°C to+60°C(extended range variants available)

Dimensions(W×H×D)45 mm×110 mm×85 mm

Isolation 500 V AC between field wiring and logic circuits

Certifications CE,UL,cUL,RoHS compliant

Technical Principles and Innovative Values

Innovation Point 1:Dual-Module Density in Minimal Footprint

The GE IC670CHS001E packs support for two full I/O modules into just 45 mm of DIN rail—nearly half the space of traditional PLC terminal blocks.This density enables complex I/O configurations in small enclosures,such as OEM machinery or retrofit panels.

Innovation Point 2:Tool-Assisted Spring-Clamp Terminals for Field Reliability

Unlike screw terminals prone to loosening,the GE IC670CHS001E uses orange push-button spring clamps that accept stranded wire with ferrules.A simple flat tool releases the clamp,ensuring secure,maintenance-free connections even under continuous vibration.

Innovation Point 3:Hot-Swap Ready Architecture(with Compatible CPUs)

When used with VersaMax Micro or enhanced 90-30 controllers,the GE IC670CHS001E supports module replacement without powering down the system—critical for continuous processes like conveyor lines or batch mixers.

Innovation Point 4:Integrated Bus Communication with Auto-Addressing

The carrier includes a daisy-chainable backplane that automatically assigns I/O addresses based on physical position,eliminating manual DIP switches or software-only configuration—reducing commissioning errors by up to 60%.

Application Cases and Industry Value

In an automotive parts stamping line,frequent downtime occurred due to failed discrete I/O cards in a legacy PLC.The integrator deployed GE IC670CHS001E carriers with redundant digital input modules to monitor die-position sensors.The spring-clamp terminals withstood constant machine vibration,and the modular design allowed technicians to swap faulty channels in under two minutes.Over 18 months,unplanned stops decreased by 70%,and spare parts inventory was simplified to just three module types across 12 machines—all mounted on GE IC670CHS001E bases.

Another deployment at a bottled water plant used the GE IC670CHS001E to connect analog flow meters and pH sensors via IC200ALG260 modules.The compact footprint allowed installation inside existing NEMA 4X panels without enlargement,saving$12,000 in enclosure costs.Operators now access real-time water quality data through a Cimplicity HMI linked via Ethernet Global Data(EGD)—all enabled by the reliable signal foundation of the GE IC670CHS001E.

Related Product Combination Solutions

GE IC200MDL640:16-channel sinking DC input module—commonly paired with GE IC670CHS001E for sensor monitoring.

GE IC200MDL740:16-channel sourcing DC output module—for controlling solenoids and relays on the same carrier.

GE IC200ALG240:4-channel analog input module(voltage/current)—ideal for process signals when mounted on GE IC670CHS001E.

GE IC200PWR001:External 24VDC power supply module—powers GE IC670CHS001E racks in standalone applications.

GE VersaMax Micro CPU(IC200CPU005):Compact controller that directly connects to GE IC670CHS001E for small automation tasks.

GE IC200CMM020:Serial communications module—adds Modbus RTU capability to systems built on GE IC670CHS001E carriers.

GE Cimplicity Machine Edition:Programming software that auto-detects I/O on GE IC670CHS001E and configures tags instantly.

GE IC693ACC310:DIN rail cover kit—protects exposed terminals on GE IC670CHS001E in harsh environments.

Installation,Maintenance,and Full-Cycle Support

Installation of the GE IC670CHS001E begins with snapping it onto a standard 35 mm DIN rail.Field wires are inserted into color-coded terminals using a small flat-blade tool to open the spring clamp—ensuring consistent,torque-free connections.The carrier then slides onto the VersaMax bus until it clicks,establishing both power and communication.For standalone use,an external 24V supply(e.g.,GE IC200PWR001)must be connected to the bus.

Maintenance is exceptionally straightforward:if an I/O module fails,it can be unlatched and replaced in seconds.The GE IC670CHS001E itself contains no active electronics—only robust connectors and terminals—making it virtually maintenance-free over its 15+year service life.Diagnostic LEDs on mounted I/O modules provide immediate fault indication visible through the carrier’s open design.

We supply only genuine,factory-new GE IC670CHS001E units sourced through authorized GE distribution channels.Each unit is inspected for terminal integrity,bus connector alignment,and compatibility with current VersaMax firmware.Our team provides wiring diagrams,DIN rail layout templates,and rapid-response support from engineers with decades of GE PLC experience.

Contact us for a customized solution—whether you’re designing a new machine,modernizing legacy control panels,or securing long-term spares for critical infrastructure,the GE IC670CHS001E delivers unmatched density,durability,and ease of service in the VersaMax ecosystem.