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- GE
- IC200ETM001D
- Expansion Transmitter Module
- USA
- 150 × 35 × 100 mm
- 0.14 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IC200ETM001D is a VersaMax Expansion Transmitter Module used to extend the I/O communication capability of a VersaMax control system. It is associated with the expansion interface between VersaMax I/O sections, allowing additional I/O hardware to be incorporated into a distributed or expanded control-system arrangement.
In a VersaMax installation, the IC200ETM001D is typically used where the available local I/O arrangement needs to be extended to additional I/O sections. This is useful in control panels where field devices are distributed across different physical locations or where additional I/O capacity is required as the automation system expands.
The module is suitable for machine automation, process equipment, production lines, material-handling systems, and other industrial applications using GE VersaMax hardware. Its role is concentrated on the expansion interface rather than direct process signal measurement or control.
For maintenance work, the expansion path should be checked as a complete system. The IC200ETM001D, associated I/O interface components, connecting cables, power arrangements, and controller configuration all need to be compatible for the expanded I/O section to operate correctly.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | IC200ETM001D |
| Product Family | GE VersaMax |
| Product Type | Expansion Transmitter Module |
| Primary Function | VersaMax I/O expansion interface |
| System Role | I/O expansion communication interface |
| Application | Industrial automation and distributed I/O systems |
| Dimensions | 150 × 35 × 100 mm |
| Weight | 0.14 kg |
Product Features
- Expansion transmitter interface for GE VersaMax systems
- Supports extension of VersaMax I/O arrangements
- Suitable for distributed I/O configurations
- Helps connect additional I/O sections to the control architecture
- Applicable to machine and process automation systems
- Suitable for control cabinets with expanded I/O requirements
- Supports modular VersaMax system expansion
- Useful for maintenance and replacement of VersaMax expansion hardware
Working Principle
The IC200ETM001D operates as part of the VersaMax I/O expansion path. It establishes the interface required for communication between the primary VersaMax control arrangement and an additional I/O section.
VersaMax Controller / Main I/O Section → IC200ETM001D → Expansion I/O Section → Field Devices
The controller communicates with the expanded I/O arrangement through the established expansion interface. Input and output information from the additional I/O section can therefore become part of the controller’s overall I/O data set.
When an expanded I/O section is not recognized or operates intermittently, troubleshooting should cover the entire expansion path. The transmitter module, connected interface, expansion wiring, power conditions, I/O configuration, and controller diagnostics should be checked together.
Role in a VersaMax Control Architecture
The IC200ETM001D occupies the expansion-interface layer of a VersaMax control architecture. It allows the I/O system to extend beyond the primary local arrangement, which is useful when field signals are distributed across a larger machine or plant.
VersaMax Controller → Main I/O Section → IC200ETM001D → Expansion I/O Section → Field Devices
| System Element | Function |
|---|---|
| VersaMax Controller | Executes control logic and manages I/O data |
| Main I/O Section | Interfaces local field signals |
| IC200ETM001D | Provides the expansion transmitter interface |
| Expansion I/O Section | Adds additional input and output channels |
| Field Devices | Provide or receive process signals |
Industrial Applications
| Application | Typical Use |
|---|---|
| Machine Automation | Extending I/O to additional machine sections |
| Manufacturing Lines | Connecting distributed I/O near production equipment |
| Material Handling | Expanding I/O for conveyors and handling equipment |
| Process Equipment | Adding I/O capacity for additional process devices |
| Packaging Systems | Distributed connection of sensors and actuators |
| Industrial Control Panels | Expanding the VersaMax I/O architecture within larger systems |
Installation and Maintenance
- Confirm that the IC200ETM001D is compatible with the existing VersaMax expansion architecture.
- Identify the main I/O section and intended expansion section before installation.
- Verify the correct expansion connection before powering the system.
- Inspect expansion connectors and cables for damage or contamination.
- Check that the associated I/O section receives the required operating power.
- Keep expansion wiring properly secured inside the control cabinet.
- Verify the physical arrangement of the VersaMax I/O components.
- Check controller diagnostics if the expansion section is not recognized.
- Inspect the expansion communication path when I/O data becomes intermittent.
- Verify the system configuration after adding or replacing expansion hardware.
- Check all associated I/O modules if only part of the expansion section is unavailable.
- Perform an I/O communication and point-to-point test before returning the expanded system to normal operation.
Related Components
| Component | Function |
|---|---|
| GE VersaMax PLC | Executes control logic and system functions |
| VersaMax Main I/O Section | Provides local I/O interfaces |
| VersaMax Expansion I/O | Adds additional field I/O capacity |
| VersaMax I/O Carrier | Provides the physical module installation base |
| Expansion Interface Cable | Connects the expanded I/O arrangement |
| Digital I/O Module | Interfaces discrete field signals |
| Analog I/O Module | Interfaces continuous field signals |
| VersaMax Power Supply | Supplies system and I/O power |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| GE IC200ETM001D | Expansion Transmitter Module | VersaMax I/O expansion |
| GE VersaMax Expansion Modules | Expansion Interface Modules | Distributed I/O architectures |
| GE VersaMax Analog I/O | Analog I/O Modules | Process measurement |
| GE VersaMax Digital I/O | Digital I/O Modules | Discrete signal acquisition/control |
| GE VersaMax I/O Carriers | I/O Carrier Components | Modular I/O installation |
| GE VersaMax PLC | Programmable Controller | Machine and process control |
| GE VersaMax Communication Modules | Communication Modules | Control-system networking |
| GE VersaMax Power Supplies | Power Supply Modules | System and I/O power |
Key Advantages
- Expansion interface for GE VersaMax I/O architectures
- Supports additional I/O sections in distributed control installations
- Suitable for larger machines and industrial control systems
- Helps extend the physical reach of VersaMax field I/O
- Supports modular expansion of existing control systems
- Practical for maintenance and replacement of VersaMax expansion hardware
Technical FAQs
What is the purpose of the IC200ETM001D in a VersaMax system?
The IC200ETM001D functions as an Expansion Transmitter Module, supporting the interface between the main VersaMax I/O arrangement and an additional expansion I/O section.
What happens if the expansion I/O section is not recognized?
First check the physical expansion connection, associated cables or interfaces, power conditions, and module status. If the hardware path is intact, controller diagnostics and the configured VersaMax I/O arrangement should be reviewed.
Can an expansion communication fault affect multiple I/O modules?
Yes. Because the IC200ETM001D is part of the expansion communication path, a fault affecting that path can prevent the controller from communicating correctly with an entire downstream I/O section rather than only one individual channel.
What should be checked after installing an IC200ETM001D?
Verify the expansion connection, associated I/O hardware, power conditions, and controller configuration. The expanded I/O section should then be tested to confirm that input and output data are correctly exchanged with the VersaMax controller.