Brand:GE Fanuc PLC Item No.:GE IC200MDL930A Product Origin:USA Product Dimensions:202 × 21 × 261 mm Product Weight:0.36 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
The GE IC200MDL930A Relay Output Module is a relay output module developed for the VersaMax distributed I/O platform. It provides eight isolated relay output channels for controlling external field devices from a compatible VersaMax controller. Each output uses a Form A (normally open) relay contact and is intended for switching compatible AC or DC loads within the module's specified ratings. The module is installed on a VersaMax I/O carrier and communicates through the system backplane. Available product information consistently identifies this model as an 8-point isolated relay output module.
Module Specifications
Item
Description
Manufacturer
GE
Model
IC200MDL930A
Product Type
Relay Output Module
Series
VersaMax
Output Points
8 Relay Outputs
Contact Type
Form A (Normally Open)
Output Isolation
Individually Isolated
Maximum Load Current
Up to 2 A per Output*
Installation
VersaMax I/O Carrier
Communication
VersaMax Backplane
Status Indication
Module Status LEDs
Dimensions
Refer to the equipment documentation for mechanical installation.
Approximate Weight
Varies with packaging and hardware revision.
*Output ratings should always be verified against the equipment documentation before installation.
Compatible VersaMax Components
The IC200MDL930A is typically installed as part of a VersaMax automation system together with compatible hardware such as:
GE VersaMax CPU Modules
GE VersaMax I/O Carriers
GE VersaMax Power Supply Modules
GE VersaMax Digital Input Modules
GE VersaMax Analog I/O Modules
GE VersaMax Communication Modules
Other VersaMax Modules
Additional VersaMax modules commonly used in industrial control systems include:
GE IC200MDL640 Digital Input Module
GE IC200MDL650 Digital Input Module
GE IC200MDL740 Digital Output Module
GE IC200ALG240 Analog Input Module
GE IC200ALG320 Analog Input Module
GE IC200PWR001 Power Supply Module
The IC200MDL930A is intended for applications that require relay-based output control between a PLC and field equipment. Typical installations include:
Industrial control panels
Manufacturing equipment
Packaging machinery
Conveyor systems
Material handling equipment
Water and wastewater facilities
Process automation systems
Machine control applications
Eight isolated relay output channels
Form A normally open relay contacts
Designed for VersaMax distributed I/O systems
Backplane communication through a compatible carrier
Supports switching of compatible AC and DC field loads
DIN rail-based VersaMax installation architecture
Suitable for maintenance, repair, and system expansion projects
1. What is the IC200MDL930A?
It is an eight-point relay output module for the GE VersaMax I/O platform.
2. How many output channels are provided?
The module provides eight relay output channels.
3. What type of relay contacts are used?
Each channel uses a Form A (normally open) relay contact.
4. Is each output electrically isolated?
Yes. Available product information describes the outputs as individually isolated.
5. Can the module switch both AC and DC loads?
Yes, relay outputs are intended for compatible AC and DC control circuits operated within the specified ratings.
6. How is the module installed?
The module is mounted on a compatible VersaMax I/O carrier and communicates through the system backplane.
7. Which systems use this module?
It is designed for use in GE VersaMax distributed I/O systems.
8. Is the module suitable for replacement applications?
It is commonly used as a replacement when the installed equipment specifies the same model number.
9. Are field devices connected directly to the module?
Yes. External loads are connected to the relay output terminals according to the system wiring documentation.
10. What should be verified before installation?
Confirm the complete model number, hardware revision, relay load requirements, carrier compatibility, and system configuration before installation.
