- APMAL Group 2 micro-application function
- FR00 board-code execution
- Terminal strips, relays, jumpers, resistor networks, and potentiometers support configurable drive logic
F31X139APMALG2FR00 is a General Electric Micro Application Board designed for GE DC-300 and compatible general-purpose drive systems.
It executes drive-specific micro-application logic and provides relay, jumper, adjustment, and terminal resources for the documented control configuration.
Before replacement, verify the full label, receiving position, connector keying, configuration hardware, paired assemblies, and every affected control or feedback path.
Availability, condition, price, and shipping time for F31X139APMALG2FR00 are confirmed during quotation.
General Electric F31X139APMALG2FR00 Micro Application Board Manuals, Product Family, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Five onboard relays provide switching resources for the installed micro-application logic
- Each relay contact path is routed through the board's terminal and connector arrangement
- Relay assignment depends on the DC-300 application drawing rather than the relay's physical position alone
- Two terminal strips are mounted with their connection openings facing each other
- Each strip provides six screw positions for a total of twelve field connection points
- Terminal numbers, conductor tags, and relay associations should be captured as one wiring map
- Thirty-five integrated circuits implement the board's application and interface logic
- Approximately twenty jumpers and more than thirty resistor-network arrays establish the hardware configuration
- Four potentiometers provide adjustable circuit points that must retain their FR00 settings
- Custom application logic in GE DC-300 drives
- Relay and terminal interfacing in related GE general-purpose drives
- Process-specific motor-control sequences using the APMAL Group 2 board