IC200UDR164 CPU Processors GE VersaMax Micro

The GE IC200UDR164 serves as the primary IC200UDR164 Controller utilized to execute localized logical sequence processing across VersaMax Micro PLC platforms.

Hardware Specifications

Deterministic Network Profiles and I/O Density Scaling

The internal processor engineering supports expansion bus architectures to manage high-frequency localized tracking loops and rapid I/O density scaling profiles. The system maintains continuous synchronization via native serial interfaces and embedded communication channels over Profinet or EtherNet/IP deterministic networks when utilizing external expansion interfaces. Memory allocation structures secure data register storage maps directly within non-volatile sectors, ensuring long-term firmware flash compatibility with peripheral modules and protecting computational scan clock arrays from latency propagation.

Frequently Asked Questions

Q: What are the specific electrical limitations and configuration structures for the integrated relay outputs?

A: The discrete outputs utilize electromechanical relays arranged across isolated terminal groups. Each contact point handles a maximum continuous load current of 2.0 A at either 24 VDC or 240 VAC. Inductive field actuators require external surge suppressors to preserve nominal contact lifecycle specifications.

Q: Does the local execution engine support application software changes or hot-swapping under active processing power?

A: Online application configuration changes are supported through the programming interface via standard register mapping. However, the internal terminal block configuration and expansion bus lines do not permit hot-swapping sequences while mains line power is present on the input terminals.

Q: How is the variable tracking data protected during an unpredicted line power dropout?

A: The microcontroller layout utilizes an internal supercapacitor circuit combined with non-volatile flash sector operations to back up the active application file registers and variable memory data states without requiring an external lithium battery cell.

Field Installation Guidelines

• Structural Rail Attachment: Mount the controller base vertically onto a clean 35 mm DIN-rail assembly inside the protective enclosure. Verify that the rear-mounted grounding element locks firmly into position to establish a low-impedance earthing loop to the structural backplate.
• Field Cabling Controls: Segregate the incoming high-voltage AC mains supply lines, discrete relay output wires, and low-voltage DC input sensor runs into completely separate physical wire ducts to prevent high-frequency electromagnetic noise injection.
• Terminal Screws Uniform Torque: Connect all field execution wires to the integrated screw terminal blocks using appropriate crimped wire lugs. Apply a uniform tightening torque specification limit of 0.5 Nm to prevent mechanical contact degradation.