The GE Fanuc DS303A3C01GXA003 is a Digital DC Drive Control Board designed for the GE DC300, DC200, and related digital drive platforms. This board serves as a core control module, handling speed and current regulation loops, firing pulse generation, and system protection functions. The GE Fanuc DS303A3C01GXA003 is typically found in high-performance DC drive systems requiring precise motor control in demanding industrial applications such as rolling mills, paper machines, and material handling systems.
The GE Fanuc F31X309SPCAJG1 is a specialized Power Conversion and Control Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This board represents the final and most advanced revision in the 309 SPCA series, incorporating all improvements from previous variants with the highest level of component quality, thermal performance, and diagnostic sophistication. The GE Fanuc F31X309SPCAJG1 is primarily responsible for gate firing control, thyristor pulse generation, and power stage interfacing, translating low-level control signals from the regulator board into high-power gate drive pulses for the main thyristor/SCR modules. It also provides critical feedback monitoring of the power stage, including voltage and current sensing, with features optimized for the most extreme high-power applications.
The GE Fanuc F31X309SPCAGG1 is a specialized Power Conversion and Control Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This board serves as a specialized variant within the 309 series, incorporating enhanced features for specific drive configurations or applications. The GE Fanuc F31X309SPCAGG1 is primarily responsible for gate firing control, thyristor pulse generation, and power stage interfacing, translating low-level control signals from the regulator board into high-power gate drive pulses for the main thyristor/SCR modules. It also provides critical feedback monitoring of the power stage, including voltage and current sensing, with enhanced features tailored for demanding applications.
The GE Fanuc F31X308PCSAAG1 is a Power Supply and Control Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board provides regulated DC power to drive logic circuits while also handling critical control interface functions between the regulator board and external devices. The GE Fanuc F31X308PCSAAG1 delivers stable logic power to control components while providing signal conditioning and buffering for control inputs and outputs, making it an essential component for reliable drive operation.
The GE Fanuc F31X307LTBAJG1 is a Local Terminal Board (LTB) designed for the GE DC300, DC200, and related digital drive platforms. This revision represents an advanced variant in the LTBA series, offering enhanced I/O capacity, improved signal conditioning, expanded diagnostic capabilities, and greater environmental robustness compared to the AAG1 variant. The GE Fanuc F31X307LTBAJG1 serves as a centralized signal termination and conditioning hub, consolidating field wiring connections for analog, digital, and communication signals between the drive’s regulator board and external devices.
The GE Fanuc F31X307LTBAAG1 is a Local Terminal Board (LTB) designed for the GE DC300, DC200, and related digital drive platforms. This specialized board serves as a centralized signal termination and conditioning hub, consolidating field wiring connections for analog, digital, and communication signals between the drive’s regulator board and external devices. The GE Fanuc F31X307LTBAAG1 simplifies cabinet wiring by providing organized terminal blocks, signal conditioning, and isolation for various I/O types, making it an essential component for maintaining clean and serviceable drive cabinets.
The GE Fanuc F31X306LCCABG1 is a Local Control and Communication Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board provides local control functions and communication capabilities, enabling operator interaction and integration with external systems. The GE Fanuc F31X306LCCABG1 handles local start/stop, speed control, fault reset, and communication with remote monitoring systems.
The GE Fanuc F31X305NTBAPG1 is a Network Termination and Bus Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This revision offers enhancements over the ANG1 variant, including increased data rates, improved protocol support, expanded diagnostic capabilities, and enhanced environmental robustness. The GE Fanuc F31X305NTBAPG1 serves as a network termination point, providing bus interface and signal conditioning for network communication in distributed drive systems. This board is ideal for applications requiring reliable network communication with enhanced performance.
The GE Fanuc F31X305NTBANG1 is a Network Termination and Bus Interface Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board serves as a network termination point, providing bus interface and signal conditioning for network communication in distributed drive systems. The GE Fanuc F31X305NTBANG1 handles network protocol conversion, signal buffering, and bus termination to ensure reliable data exchange between the drive’s regulator board and external control networks.
The GE Fanuc F31X304IBDAMG1 is an Intelligent Bus Distribution and Monitoring Board designed for the GE DC300, DC200, and related digital drive platforms. This specialized board serves as a central bus interface, managing power distribution and monitoring of critical bus parameters including voltage, current, and temperature. The GE Fanuc F31X304IBDAMG1 ensures stable power distribution to multiple drive modules while providing real-time monitoring for protection and preventive maintenance. This board is typically found in large multi-drive systems requiring centralized bus management.
The GE Fanuc F31X300CCHALG2 is a Communication and Control Hub Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents the final and most advanced variant in the CCHA series, incorporating all improvements from previous revisions with the highest level of communication capability, protocol support, processing power, diagnostic sophistication, component quality, and environmental robustness. The GE Fanuc F31X300CCHALG2 serves as a central communication hub, managing data exchange between the drive’s regulator board and multiple external control networks, operator interfaces, and supervisory systems. This board is the definitive choice for the most complex drive systems requiring maximum communication flexibility, performance, security, and reliability.
The GE Fanuc F31X300CCHAKG2 is a Communication and Control Hub Board designed for the GE DC300, DC200, and related digital drive platforms. This revision represents a specialized variant within the CCHA series, incorporating specific enhancements for applications requiring advanced networking capabilities, enhanced security features, and expanded protocol support. The GE Fanuc F31X300CCHAKG2 serves as a central communication hub, managing data exchange between the drive’s regulator board and multiple external control networks, operator interfaces, and supervisory systems.
