The GE Fanuc F31X139APMAKG2 is a high-performance Application-Specific Power Module Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents the final and most advanced variant in the APM series, incorporating all improvements from previous revisions with the highest level of power capacity, regulation precision, component quality, diagnostic sophistication, and environmental robustness. The GE Fanuc F31X139APMAKG2 provides regulated DC power to various drive logic circuits while also delivering auxiliary power for external devices and control systems. This board is the definitive choice for the most demanding high-performance drive systems requiring maximum power, precision, reliability, and longevity in extreme industrial environments.
The GE Fanuc F31X139APMAJG2 is a high-performance Application-Specific Power Module Board designed for the GE DC300, DC200, and related digital drive platforms. This revision builds upon the ABG2 and AGG3 variants with additional enhancements in power density, regulation precision, diagnostic sophistication, and environmental robustness. The GE Fanuc F31X139APMAJG2 provides regulated DC power to various drive logic circuits while also delivering auxiliary power for external devices and control systems. This board is typically found in the most demanding drive cabinets requiring expanded power distribution with superior performance, precision, and reliability.
The GE Fanuc F31X139APMAGG3 is an advanced Application-Specific Power Module Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents a significant advancement over the ABG2 variant, incorporating higher power capacity, enhanced regulation, improved diagnostic capabilities, and greater environmental robustness. The GE Fanuc F31X139APMAGG3 provides regulated DC power to various drive logic circuits while also delivering auxiliary power for external devices and control systems. This board is typically found in demanding drive cabinets requiring expanded power distribution with superior performance and reliability.
The GE Fanuc F31X139APMABG2 is an Application-Specific Power Module Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board provides power regulation and distribution functions for specific power stage configurations or application requirements. The GE Fanuc F31X139APMABG2 delivers regulated DC power to various drive logic circuits while also providing auxiliary power for external devices and control systems. This board is typically found in drive cabinets requiring additional or specialized power distribution capabilities beyond standard power supply boards.
The GE Fanuc F31X137TRGACG1 is a Trigger and Gate Drive Control Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board handles the generation of precise gate firing pulses for thyristor/SCR modules while also providing trigger control and synchronization functions essential for proper power conversion. The GE Fanuc F31X137TRGACG1 translates low-level control signals from the regulator board into high-power, accurately timed gate drive pulses synchronized with the AC line zero-crossing. This board is typically found in drive systems requiring reliable and precise thyristor firing control for optimal motor voltage and current regulation.
The GE Fanuc F31X136TBGAAG1 is a Tachometer and Bus Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board processes tachometer feedback signals for speed regulation while providing bus interface functions for communication with external control systems. The GE Fanuc F31X136TBGAAG1 accepts analog tachometer signals, provides precision scaling and filtering, and delivers conditioned speed feedback to the regulator board. Additionally, it handles bus communication for remote monitoring and setpoint adjustment. This board is typically found in drive systems utilizing analog tachometer feedback for speed control.
The GE Fanuc F31X135PRGBEG1 is a Power Regulation and Gate Drive Board designed for the GE DC300, DC200, and related digital drive platforms. This revision offers improvements over the BBG1 variant, including enhanced regulation accuracy, improved gate drive capability, expanded diagnostic features, and extended environmental robustness. The GE Fanuc F31X135PRGBEG1 combines power regulation functions with gate drive control, handling voltage and current regulation loops while generating isolated gate drive pulses for thyristor/SCR modules. This board is typically found in drive systems requiring both regulation and gate drive functions in a compact integrated module for demanding applications.
The GE Fanuc F31X135PRGBBG1 is a Power Regulation and Gate Drive Board designed for the GE DC300, DC200, and related digital drive platforms. This board combines power regulation functions with gate drive control, handling voltage and current regulation loops while generating isolated gate drive pulses for thyristor/SCR modules. The GE Fanuc F31X135PRGBBG1 translates low-level control signals into high-power firing pulses while processing feedback signals for closed-loop control. This board is typically found in drive systems requiring both regulation and gate drive functions in a compact integrated module.
The GE Fanuc F31X134EPRBNG1 is a high-performance Encoder and Position Feedback Processing Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents the final and most advanced variant in the EPRB series, incorporating all improvements from previous revisions with the highest level of processing speed, input sensitivity, diagnostic sophistication, and environmental robustness. The GE Fanuc F31X134EPRBNG1 processes incremental and absolute encoder signals, providing accurate position, speed, and direction information to the regulator board for closed-loop control. This board is the definitive choice for the most demanding high-speed precision motion control applications requiring maximum performance, reliability, and accuracy in extreme industrial environments.
The GE Fanuc F31X134EPRBHG1 is a high-performance Encoder and Position Feedback Processing Board designed for the GE DC300, DC200, and related digital drive platforms. This revision builds upon the BEG1 variant with additional refinements in processing speed, diagnostic capabilities, and environmental robustness. The GE Fanuc F31X134EPRBHG1 processes incremental and absolute encoder signals, providing accurate position, speed, and direction information to the regulator board for closed-loop control. This board is ideal for the most demanding high-speed precision motion control applications requiring maximum performance and reliability.
The GE Fanuc F31X134EPRBEG1 is an Encoder and Position Feedback Processing Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents a further advancement over the BDG1 variant, incorporating additional enhancements in encoder input sensitivity, improved diagnostic capabilities, and refined component selection. The GE Fanuc F31X134EPRBEG1 processes incremental and absolute encoder signals, providing accurate position, speed, and direction information to the regulator board for closed-loop control. This board is ideal for precision motion control applications requiring high reliability and enhanced signal processing in demanding industrial environments.
The GE Fanuc F31X134EPRBDG1 is an Encoder and Position Feedback Processing Board designed for the GE DC300, DC200, and related digital drive platforms. This revision offers improvements over the BAG1 variant, including enhanced encoder input filtering, expanded diagnostic capabilities, and improved component selection. The GE Fanuc F31X134EPRBDG1 processes incremental and absolute encoder signals, providing accurate position, speed, and direction information to the regulator board for closed-loop control. This board is essential for precision motion control applications requiring reliable encoder feedback in demanding industrial environments.
