The GE Fanuc IC200UDR001-BA, also cataloged as the IC200UDR001 Micro Controller, operates as a dedicated hardware component for integrated logic execution and I/O management within Versamax control platforms.

Suffix Breakdown & Model Matrix

• IC200: Versamax series product identifier.
• UDR: Micro controller with relay output configuration.
• 001: 14-point base I/O configuration.
• BA: Hardware revision identifier indicating power supply compatibility and feature set iteration.

Hardware Specifications

Profinet / EtherNet/IP Deterministic Networks

The IC200UDR001-BA provides localized control through 8 discrete 24 VDC inputs and 6 relay outputs. In deterministic network environments, the relay output latency must be accounted for in the application timing logic, as mechanical switching response times are significantly slower than solid-state equivalents. When networked via fieldbus interfaces, the internal bus communication velocity remains synchronized with the master CPU to ensure process state consistency. Users must verify firmware flash compatibility to ensure that register mapping remains uniform across distributed I/O nodes, minimizing data conversion errors within the PLC control loop.

Frequently Asked Questions

Q: Are the 6 relay outputs suitable for high-frequency switching applications?

A: No, relay contacts are subject to mechanical wear and have limited switching frequencies; applications requiring rapid pulse-width modulation or high-speed cycles should utilize external solid-state interfacing.

Q: Can the 120/240 VAC power supply handle voltage fluctuations?

A: The internal power supply is designed to operate within standard AC voltage ranges; however, persistent fluctuations outside nominal limits may trigger reset cycles or reduce the operational life of the internal components.

Field Installation Guidelines

• Ensure the 120/240 VAC input is properly fused to protect the controller from overcurrent and short-circuit conditions.
• Isolate relay output wiring from sensitive analog signal circuits to prevent inductive spikes from causing electromagnetic interference.
• Mount the controller securely on a DIN-rail, ensuring that the environment is free from excessive vibration which could affect the internal relay contacts.
• Utilize the dedicated grounding terminal on the housing to connect to a low-impedance earth ground, stabilizing the controller's reference potential.