GE 531X182IFGAEG1 is a fiber optic / Ethernet communication gateway board for GE DC-300, AC-300, and AF-300 drives. It provides high-speed, noise-immune fiber optic connectivity between the drive’s regulator board and external devices (PLC, HMI, or other drives), with a hybrid interface supporting both fiber optic and Ethernet (copper) communication. The “IFG” designation indicates Interface Fiber Gateway, while “AEG1” represents a revision with dual-protocol support (fiber + Ethernet), enhanced data throughput, extended temperature range (-20°C to 65°C), spring-clamp terminals, and marine-grade conformal coating for harsh environments.
GE 531X1821FGAGG1 is a fiber optic communication interface board for GE DC-300, AC-300, and AF-300 drives. It provides high-speed, noise-immune fiber optic connectivity between the drive’s regulator board and external devices (PLC, HMI, or other drives) for control and data exchange. The “FG” designation indicates Fiber Optic Gateway, while “AGG1” represents a revision with enhanced data throughput, extended temperature range (-20°C to 65°C), and marine-grade conformal coating for harsh environments.
GE 531X179PLMAKG1 is a programmable logic / keypad and display interface board for GE DC-300, AC-300, and AF-300 drives. It provides the interface between the drive’s main regulator board and the operator keypad/display module, enabling local programming, parameter adjustment, and real-time status monitoring. The “PLM” designation indicates Programmable Logic Module interface, while “AKG1” represents a revision with enhanced memory (larger parameter storage), faster communication, extended temperature range (-20°C to 70°C), marine-grade conformal coating, and enhanced EMC filtering for reliable operation in high-electrical-noise environments.
GE 531X179PLMAJG1 is a programmable logic / keypad and display interface board for GE DC-300, AC-300, and AF-300 drives. It provides the interface between the drive’s main regulator board and the operator keypad/display module, enabling local programming, parameter adjustment, and real-time status monitoring. The “PLM” designation indicates Programmable Logic Module interface, while “AJG1” represents a revision with enhanced memory (parameter storage), faster communication, extended temperature range (-20°C to 70°C), and enhanced display driver supporting newer graphic keypads.
GE 531X179PLMAHG1 is a programmable logic / keypad and display interface board for GE DC-300, AC-300, and AF-300 drives. It provides the interface between the drive’s main regulator board and the operator keypad/display module, enabling local programming, parameter adjustment, and real-time status monitoring. The “PLM” designation indicates Programmable Logic Module interface, while “AHG1” represents a revision with enhanced memory (parameter storage), faster communication, extended temperature range (-20°C to 70°C), and marine-grade conformal coating for harsh environments.
GE 531X179PLKAJG1 is a programmable logic / keypad interface board for GE DC-300, AC-300, and AF-300 drives. It provides the interface between the drive’s main regulator board and the operator keypad / display module, enabling local programming, parameter adjustment, and real-time status monitoring. The “PLK” designation indicates Programmable Logic Keypad interface, while “AJG1” represents a revision with enhanced display driver (supporting larger keypads), faster communication, and extended temperature range (-20°C to 65°C).
GE 531X175SSBAYM2 is a dual-channel safety / stop interface board for GE DC-300, AC-300, and AF-300 drives. It provides redundant E-stop and STO functionality, meeting Category 3 / PL d safety requirements. The “YM2” suffix indicates a variant with extended diagnostic memory (fault history storage), improved contact monitoring sensitivity, and enhanced EMC filtering for reliable operation in high-electrical-noise environments.
GE 531X175SSBAXM2 is a dual-channel safety / stop interface board for GE DC-300, AC-300, and AF-300 drives. It provides redundant E-stop and STO functionality, meeting Category 3 / PL d safety requirements. The “XM2” suffix indicates a variant with enhanced diagnostic reporting (fault codes transmitted to the regulator board) and improved contact monitoring sensitivity.
GE 531X175SSBAWM2 is a dual-channel safety / stop interface board for GE DC-300, AC-300, and AF-300 drives. It provides redundant E-stop and STO functionality, meeting Category 3 / PL d safety requirements.
GE 531X175SSBASM2 is a safety / stop interface board for GE DC-300, AC-300, and AF-300 drive platforms. It provides a dedicated hardware interface for safety-related functions such as emergency stop (E-stop), safe torque off (STO), and enable/disable circuits, ensuring compliance with machine safety standards. The “SSB” designation indicates Safety Stop Board, while “ASM2” represents a revision with dual-channel relay outputs (redundant safety contacts), contact monitoring (feedback loop for welding/stuck detection), enhanced diagnostics, screw-type terminals, enhanced surge protection (±4 kV), marine-grade conformal coating, and extended temperature range (-20°C to 70°C) for harsh and safety-critical environments.
GE 531X175SSBAHM1 is a safety / stop interface board for GE DC-300, AC-300, and AF-300 drive platforms. It provides a dedicated hardware interface for safety-related functions such as emergency stop (E-stop), safe torque off (STO), and enable/disable circuits, ensuring compliance with machine safety standards. The “SSB” designation indicates Safety Stop Board, while “AHM1” represents a revision with single-channel relay output, pulse-test capability (for external safety relay monitoring), basic diagnostics, screw-type terminals (unified), enhanced surge protection (±4 kV), marine-grade conformal coating, and extended temperature range (-20°C to 70°C) for harsh environments.
GE 531X175SSBAFM1 is a safety / stop interface board for GE DC-300, AC-300, and AF-300 drive platforms. It provides a dedicated hardware interface for safety-related functions such as emergency stop (E-stop), safe torque off (STO), and enable/disable circuits, ensuring compliance with machine safety standards. The “SSB” designation indicates Safety Stop Board, while “AFM1” represents a revision with single-channel relay output, pulse-test capability (for external safety relay monitoring), basic diagnostics, spring-clamp terminals (push-in type), and enhanced surge protection (±4 kV – double the standard rating) on the safety input for improved reliability in lightning-prone or high-surge environments.
