IC200UDR140-DF GE Fanuc PLC Datasheet & Technical Manual

The GE Fanuc IC200UDR140-DF, also cataloged as the IC200UDR140-DF Versamax Micro 40 PLC, operates as a dedicated hardware component for logic execution and discrete signal processing within Versamax system networks. This controller provides direct physical/electrical execution, facilitating autonomous control of local machinery through integrated discrete input and output channels. Hardware Specifications Parameter Specification Model IC200UDR140-DF Brand GE Fanuc Origin Verify via product label Weight 0.91 kg (2.00 lbs) Dimensions Standard Versamax micro form factor Operating Temp 0 to 60 deg C Power Consumption Backplane dependent I/O Type Discrete PLC Compatibility Versamax Series Profinet / EtherNet/IP Deterministic Networks The IC200UDR140-DF module is engineered for integration into deterministic industrial networks, ensuring high-speed data throughput for time-critical logic tasks. Its internal processor architecture facilitates rapid scan-cycle execution, enabling consistent signal response times across the controller backplane. When deployed within a broader control architecture, the unit manages communication frame handling to maintain synchronization with distributed I/O segments. The firmware flash compatibility allows for controlled protocol updates, ensuring that the module remains aligned with the operational requirements of the Versamax environment. Frequently Asked Questions Q: Can the IC200UDR140-DF be expanded with additional I/O modules? A: Yes, this model supports the attachment of expansion modules to the local bus, allowing for increased I/O point density based on the specific application demands. Q: What is the primary function of the DF designation in this model? A: The DF designation indicates specific hardware revision or feature set alignment within the VersaMax micro family, typically denoting supported I/O types and power requirements. Field Installation Guidelines DIN-Rail Mounting: Secure the controller onto a standard 35 mm DIN rail. Confirm the locking mechanism is fully engaged to ensure mechanical stability in high-vibration industrial environments. Grounding: Connect the chassis ground terminal to a low-impedance common ground point. Proper grounding is necessary to protect internal circuitry from electrostatic discharge and electromagnetic noise. Wiring Segregation: Maintain physical separation between discrete I/O signal wiring and AC power conductors to prevent inductive crosstalk from degrading signal integrity. Terminal Integrity: Ensure all terminal block connections are secured to the recommended torque settings to prevent intermittent signal contact or heating at the point of connection.