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GE IC200ETM001D VersaMax Expansion Transmitter Module

GE IC200ETM001D VersaMax Expansion Transmitter Module

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Brand:GE Fanuc PLC
Item No.: IC200ETM001D
Product Origin:USA
Product Dimensions:110 × 66.8 × 50 mm
Product Weight:0.3 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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IC200ETM001 1IC200ETM001 2IC200ETM001 4IC200ETM001 3

Introduction

The GE IC200ETM001D VersaMax Expansion Transmitter Module is a dedicated expansion interface designed to increase the scalability of GE VersaMax PLC and distributed I/O systems. It provides the communication link between the main CPU or NIU station and additional remote expansion racks, allowing engineers to build larger automation systems while maintaining the compact VersaMax architecture.

Designed for industrial applications requiring flexible I/O distribution, the IC200ETM001D supports multiple expansion racks through VersaMax receiver modules. Its combination of reliable expansion communication, diagnostic monitoring, and straightforward DIN rail installation makes it an effective solution for production equipment, process control systems, and OEM automation platforms.

For facilities maintaining long-life GE automation installations, this module provides a practical way to increase system capacity while preserving existing VersaMax hardware investments.


Technical Specifications

SpecificationDescription
ManufacturerGE Fanuc / Emerson
ModelIC200ETM001D
Product TypeVersaMax Expansion Transmitter Module
Product FamilyVersaMax
FunctionExpansion Bus Communication
Compatible SystemVersaMax PLC / NIU I/O Station
Expansion CapacityUp to 7 Expansion Racks
Compatible ReceiversIC200ERM001 / IC200ERM002
Expansion Connector26-Pin Female D-Shell
Programming InterfacePass-Through Serial Port
Communication TypeDifferential Expansion Bus
Data RateUp to 1 Mbps (Configuration Dependent)
Maximum DistanceUp to 750 m with Isolated Receiver Configuration
Power Supply5 VDC from CPU or NIU
Backplane Current Consumption44 mA Maximum
Status IndicatorsPWR LED, EXP TX LED
Mounting35 mm DIN Rail
Operating Temperature0°C to +60°C
DimensionsApprox. 128 × 37 × 67 mm
WeightApprox. 0.06 kg


Recommended Companion Models

ModelProduct Name
IC200ERM001VersaMax Isolated Expansion Receiver Module
IC200ERM002VersaMax Non-Isolated Expansion Receiver Module
IC200PWR102CVersaMax Power Supply Module
IC200CPU005VersaMax CPU Module

Frequently Selected Alternatives

ModelProduct Name
IC200GBI001-BFVersaMax Genius Network Interface Unit
IC200ETM001VersaMax Expansion Transmitter Module
IC693CHS391NSeries 90-30 10-Slot Baseplate
IC695CHS012PACSystems RX3i 12-Slot Universal Backplane


Where It Excels in Industrial Use

  • GE VersaMax PLC expansion rack architectures
  • Distributed I/O system expansion projects
  • Large-scale machine automation installations
  • Remote I/O cabinet deployment
  • Manufacturing production line control systems
  • Process automation requiring extended I/O capacity
  • Industrial networks with multiple VersaMax expansion stations
  • OEM equipment requiring scalable control platforms
  • Legacy VersaMax system upgrades and capacity expansion
  • Space-efficient DIN rail automation cabinets


Key Strengths at a Glance

  • Expands VersaMax PLC or NIU systems with additional I/O racks
  • Supports up to seven additional expansion racks
  • Compatible with IC200ERM001 and IC200ERM002 receiver modules
  • High-speed differential expansion bus communication
  • Supports long-distance expansion with isolated receiver modules
  • Built-in pass-through serial programming interface
  • Compact DIN rail mounting design
  • Low power consumption from CPU/NIU supply
  • Integrated PWR and EXP TX diagnostic indicators
  • Reliable communication extension for large VersaMax systems


Technical FAQs

1. What is the primary function of the GE IC200ETM001D?

The IC200ETM001D is a VersaMax Expansion Transmitter Module used to extend a VersaMax PLC or Network Interface Unit (NIU) system by connecting additional remote expansion racks. It enables communication between the main station and expansion I/O racks.


2. How many expansion racks can the IC200ETM001D support?

The module can support up to seven additional expansion racks, allowing larger VersaMax systems to include more I/O and specialty modules.


3. Which receiver modules are compatible with this expansion transmitter?

The IC200ETM001D works with VersaMax Expansion Receiver Modules including the isolated IC200ERM001 and non-isolated IC200ERM002 models.


4. Does the module provide PLC control functions?

No. The IC200ETM001D does not execute control logic. Its function is to provide expansion bus communication between the main VersaMax controller station and remote expansion racks.


5. What type of communication interface does the module use?

The module uses a dedicated VersaMax expansion bus interface through a 26-pin female D-shell connector for connection to expansion receiver modules.


6. What is the maximum expansion distance?

When used with isolated IC200ERM001 receiver modules, the expansion distance can reach up to approximately 750 meters depending on configuration. Systems using IC200ERM002 non-isolated receivers are limited to shorter cable distances.


7. Does the IC200ETM001D require an external power supply?

No. The module receives its operating power from the connected VersaMax CPU or NIU system supply.


8. What diagnostic indicators are available?

The module includes LED indicators for power status and expansion bus communication status, helping technicians quickly identify communication conditions during maintenance.


9. Can firmware updates be performed through this module?

Yes. The IC200ETM001D provides a pass-through serial programming interface that allows firmware updates for adjacent NIU modules without removing the expansion configuration.


10. Why is the IC200ETM001D widely used in industrial systems?

Its ability to extend VersaMax architectures while maintaining reliable communication makes it valuable for large automation systems that require additional I/O capacity without replacing the existing controller platform.


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