Product Introduction
As industrial automation evolves, the demand for scalable and reliable I/O expansion grows. The GE Fanuc IC200ERM002 non-isolated expansion receiver module directly addresses this need. Part of the Versamax series by GE Intelligent Platforms, this module boosts PLC or I/O output station functions and increases the number of connectable modules. It requires an installed power supply to feed all connected devices, ensuring stable operation in demanding environments.
Technical Specifications Breakdown
The IC200ERM002 offers key specifications that define its performance. It supports two expansion system types: multi-rack and single-ended. In multi-rack setups, the cable length can reach up to 50 feet (15 meters). For single-ended systems with just one expansion rack, the cable must not exceed 3.3 feet (1 meter). Data transfer speed is selectable at 5 Mbps or 2.765 Mbps, depending on implementation. The module draws current from the backplane: 70 mA at 5 V and 20 mA at 3.3 V. It also features three onboard LED indicators for operating status.
Industry Applications
In large-scale manufacturing plants, the IC200ERM002 enables expansion of Versamax PLCs to monitor and control multiple production lines. For example, a facility with 7 racks, each holding up to 8 modules, can manage hundreds of I/O points efficiently. In a single-ended configuration, it suits smaller systems where space is limited but reliability is critical. The module's flexibility in cable length and data speed makes it adaptable to both centralized and distributed control architectures.
Installation & Setup Guidance
Install the IC200ERM002 expansion receiver module in a Versamax backplane with a power supply connected to the main source. For multi-rack expansion, use a cable up to 50 feet to link racks. For single-ended setups, keep the cable within 3.3 feet. Ensure the module is properly seated and the 26-pin D-shell expansion ports are securely connected. The LED indicators help verify operational status during commissioning.
Maintenance & Reliability
Routine inspection of the IC200ERM002 should focus on cable connections and LED indicators. Verify that the multi-rack cable does not exceed 50 feet to avoid signal degradation. Check the power supply to ensure stable voltage at the backplane. The module's non-isolated design requires careful grounding to prevent noise issues. Regular testing of data transfer speed settings can optimize performance.
Compatibility & Integration
The IC200ERM002 integrates seamlessly with Versamax PLCs and I/O stations. It works in both multi-rack and single-ended expansion systems, allowing flexible system design. The module's 26-pin D-shell ports connect to other Versamax expansion modules. Ensure compatibility with the backplane current ratings (5 V or 3.3 V) and current consumption (70 mA or 20 mA) to avoid overloading.
Selection Guide & Purchasing Advice
Before purchasing the IC200ERM002, verify your system's expansion requirements: number of racks (up to 7) and modules per rack (up to 8). Confirm the cable length needed—50 feet for multi-rack or 3.3 feet for single-ended. Check the data transfer speed (5 Mbps or 2.765 Mbps) and backplane voltage. SpareTechPLC stocks this module and can advise on availability and lifecycle status. Contact us for current stock and replacement options.
Frequently Asked Questions
Q1: What is the maximum number of racks the IC200ERM002 supports?
A: The IC200ERM002 supports up to 7 racks, each with up to 8 modules.
Q2: What cable lengths are allowed for multi-rack and single-ended setups?
A: Multi-rack cable length is 50 feet (15 meters); single-ended cable length is 3.3 feet (1 meter).
Q3: What data transfer speeds does the IC200ERM002 offer?
A: It offers 5 Mbps or 2.765 Mbps, selectable based on implementation.
Q4: What are the current consumption ratings at different backplane voltages?
A: At 5 V backplane, current consumption is 70 mA; at 3.3 V, it is 20 mA.
Q5: Does the IC200ERM002 require an external power supply?
A: Yes, it needs an installed power supply to provide power to connected devices.
