The GE Fanuc IC695CMM004 is a 4-port serial communication module for PACSystems RX3i PLCs. It supports RS-232/422/485 interfaces and protocols like Modbus and DNP3. This high-density module features 500VDC port isolation and provides scalable connectivity for complex industrial networks.
The IC695CMM004 serves as a high-capacity serial interface for the PACSystems RX3i controller platform. This module provides four independent ports for bidirectional data exchange between the CPU and external industrial devices. Each port utilizes an RJ45 connector and operates separately to maximize system throughput. Furthermore, the module supports a wide range of standard protocols including Modbus Master/Slave and DNP3. It effectively bridges the gap between modern PLC control and legacy serial-based field equipment.
Technical Specifications
Feature
Details
Manufacturer
GE Fanuc / Emerson
Model Number
IC695CMM004
System Series
PACSystems RX3i
Port Count
4 Independent Serial Ports
Port Interface
RJ45 Connectors
Supported Standards
RS-232, RS-422, RS-485
Baud Rate Range
1200 bps to 115.2 Kbps
Isolation Rating
500VDC (Port-to-Port)
Power Usage
0.7A @ 3.3VDC / 0.15A @ 5VDC
Core Technical Characteristics
Multi-Protocol Support: The hardware natively handles Modbus, CCM Slave, DNP3, and generic Serial I/O communications.
Scalable Port Density: Users can install six modules per CPU to achieve 24 simultaneous serial connections.
Flexible Signal Modes: Each individual port supports software-configurable RS-232 or RS-422/RS-485 multi-drop wiring.
Enhanced Signal Protection: Internal circuitry provides 500VDC isolation between ports to prevent cross-channel electrical interference.
Advanced Diagnostics: Front-panel LEDs indicate module health, communication activity, and specific hardware fault conditions.
Field Upgradeable: The module supports firmware updates to maintain compatibility with evolving industrial communication standards.
Thermal Efficiency: The unit operates reliably within standard industrial environments from 0°C up to 60°C.
Industrial Applications
System integrators frequently deploy the IC695CMM004 to monitor power meters and variable frequency drives. This module also serves as a critical link for protocol converters and human-machine interfaces. Because it supports DNP3, it is highly effective for utility automation and remote telemetry applications. The compact design allows for efficient placement within RX3i universal backplanes. Consequently, it minimizes the footprint required for complex multi-device communication hubs.
The GE IC200MDL241, also cataloged as the IC200MDL241 AC Input Module, operates as a dedicated hardware component for discrete signal acquisition within VersaMax I/O and control networks. Logic states from field-connected devices are processed through sixteen channels, and the resulting data is transmitted via the backplane to the host CPU. Input transitions are continuously monitored by integrated LED indicators, while electrical isolation is maintained across input groups to ensure signal integrity during operation.
Hardware Specifications
Parameter
Specification
Model
IC200MDL241
Brand
GE
Origin
USA
Weight
0.1 kg
Dimensions
11.0 cm x 5.8 cm x 6.5 cm
Operating Temp
Standard Industrial Range
Power Consumption
110.0 mA at 5.0 VDC (Backplane)
Nominal Voltage
240 VAC
Input Range
0 to 264 VAC
ON-state Voltage
155 VAC to 264 VAC
OFF-state Voltage
0 VAC to 40 VAC
PLC and Control Network Integration
System communication velocity and deterministic performance are regulated by the VersaMax backplane architecture. Backplane bus communication velocity is optimized to ensure low-latency data throughput for high-density I/O configurations. Furthermore, firmware flash compatibility is supported, allowing for field updates when the module is integrated into existing VersaMax PLC frameworks. To maintain operational stability, I/O density scaling is managed through the modular backplane, which facilitates the addition of supplemental discrete or analog modules without interrupting the host processor scan cycle.
Frequently Asked Questions
Q: Is the module capable of being hot-swapped while the backplane is energized?A: Yes, the module is designed to support hot-swapping. However, care must be taken to ensure that field wiring is disconnected or secured to prevent accidental shorting of the AC input terminals during extraction.Q: How is the group isolation managed across the sixteen channels?A: The sixteen inputs are organized into two groups of eight. While there is no point-to-point isolation, 1500 VAC of group isolation is provided for a duration of one minute to protect against common-mode electrical transients.
Field Installation Guidelines
The module is intended for mounting onto a DIN-rail supported I/O carrier. The module must be seated firmly until a physical click is confirmed.
Field wiring is connected via the integrated snap-in terminal blocks. Standard industrial torque specifications should be applied to prevent contact resistance.
AC input leads must be routed away from low-voltage communication cables to mitigate electromagnetic interference.
Status LEDs should be verified for correct illumination cycles upon the application of field power. If an LED fails to trigger during a signal state change, the input wiring and voltage levels must be measured against the technical specifications.
The GE IC200TBM002, also cataloged as the IC200TBM002 I/O terminal block, operates as a dedicated hardware component for signal distribution and wiring termination within VersaMax PLC systems. Configured for high-density I/O routing, the block provides direct physical execution of signal bussing through 18 integrated IEC-compliant box-style terminals. This module facilitates electrical interfacing for input/output carriers and interposing terminals, ensuring standardized connectivity for industrial field wiring.
Hardware Specifications
Parameter
Specification
Model
IC200TBM002
Brand
GE
Origin
USA
Weight
0.06 kg
Dimensions
11.0 cm x 3.5 cm x 3.0 cm
Operating Temp
Standard Industrial Range
Power Consumption
Passive (No active components)
Voltage Rating
264 VAC (Up to 300 VAC tolerance)
Current Rating
8 A
PLC and Control Network Integration
The VersaMax series utilizes modular backplane bus communication velocity and deterministic synchronization to manage distributed I/O blocks. Moreover, firmware flash compatibility within the host CPU allows for systematic updates across the network, thereby ensuring that hardware configurations remain consistent with logic execution cycles. In addition, I/O density scaling is supported through the flexible mounting interface, which enables the system to expand without exceeding the timing constraints of the host bus. Finally, Profinet and EtherNet/IP deterministic network integration requirements are managed upstream via communication modules, while the IC200TBM002 serves as the physical termination point for local field signals.
Frequently Asked Questions
Q: Does the IC200TBM002 provide electrical isolation between terminals?A: The IC200TBM002 features 18 internally-bussed terminals. It is electrically isolated from the I/O carrier interface; however, within the block itself, the terminals are bussed together to provide a common electrical potential.Q: What is the maximum wire gauge supported by the terminal block?A: The terminal block accommodates solid or stranded wires ranging from AWG #22 to AWG #14. It also supports the connection of two wires per terminal, provided the combined gauge does not exceed AWG #18.
Field Installation Guidelines
The module should be installed using the integrated mounting tabs on the top edge or secured via panel-mounting holes to ensure mechanical stability in high-vibration environments.
Ensure all field wiring is stripped to the appropriate length according to IEC standards before insertion into the box-style terminals to prevent short circuits.
When utilizing the terminal block for power distribution, ensure that the cumulative current across the 18-point bus does not exceed the 8 Amp rating.
Verify proper seating within the insert-slots of the I/O carrier to ensure the mechanical and electrical integrity of the VersaMax I/O assembly.
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