GE 531X207LCSAMG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “AMG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals for secure wiring, enhanced bridge fault detection, expanded diagnostic memory, and enhanced EMC filtering.
GE 531X207LCSALG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “ALG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, spring-clamp terminals for faster installation, enhanced bridge fault detection, expanded diagnostic memory, and enhanced EMC filtering.
GE 531X207LCSAHG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “AHG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals for secure wiring, enhanced bridge fault detection, expanded diagnostic memory for fault logging, and enhanced EMC filtering for superior noise rejection.
GE 531X207LCSAFG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “AFG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, spring-clamp terminals for faster installation, enhanced bridge fault detection, and expanded diagnostic memory for fault logging.
GE 531X207LCSAEH1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “AEH1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals for secure wiring, enhanced bridge fault detection, and expanded diagnostic memory for fault logging.
GE 531X207LCSAEG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “AEG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, spring-clamp terminals for faster installation, and per-channel diagnostic LEDs.
GE 531X207LCSACG1 is a load cell / strain gauge interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for analog load cell, strain gauge, and torque transducer feedback, interfacing these signals to the drive’s regulator board for closed-loop tension control, torque limiting, and process monitoring. The “LCS” designation indicates Load Cell Signal conditioner, while “ACG1” represents a revision with multi-range inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals, and per-channel diagnostic LEDs.
GE 531X199SPTADG1 is a speed / position transducer interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for external speed and position transducers such as encoders, resolvers, tachometers, and analog sensors (0–10V / 4–20mA), interfacing these signals to the drive’s regulator board for closed-loop speed, position, and torque control. The “SPT” designation indicates Speed/Position Transducer interface, while “ADG1” represents a revision with multi-mode inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, spring-clamp terminals for faster installation, and per-channel diagnostic LEDs.
GE 531X199SPTACG1 is a speed / position transducer interface board for GE DC-300, AC-300, and AF-300 drives. It provides precision signal conditioning for external speed and position transducers such as encoders, resolvers, tachometers, and analog sensors (0–10V / 4–20mA), interfacing these signals to the drive’s regulator board for closed-loop speed, position, and torque control. The “SPT” designation indicates Speed/Position Transducer interface, while “ACG1” represents a revision with multi-mode inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals, and per-channel diagnostic LEDs.
GE 531X197SSAACG1 is a safety / stop interface board for GE DC-300, AC-300, and AF-300 drives. 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 “SSA” designation indicates Safety Stop Assembly, while “ACG1” represents a revision with dual-channel relay outputs (redundant safety contacts), contact monitoring (feedback loop for welding/stuck detection), enhanced diagnostics, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals, and per-channel diagnostic LEDs.
GE 531X196DFAADG1 is a digital / analog feedback interface board for GE DC-300, AC-300, and AF-300 drives. It provides high-speed signal conditioning and conversion for digital and analog feedback signals from encoders, resolvers, and analog sensors (current/voltage), interfacing them to the drive’s regulator board for precise closed-loop speed, position, and torque control. The “DFA” designation indicates Digital Feedback Adapter, while “ADG1” represents a revision with multi-mode feedback inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, spring-clamp terminals for faster installation, and per-channel diagnostic LEDs.
GE 531X196DFAACG1 is a digital / analog feedback interface board for GE DC-300, AC-300, and AF-300 drives. It provides high-speed signal conditioning and conversion for digital and analog feedback signals from encoders, resolvers, and analog sensors (current/voltage), interfacing them to the drive’s regulator board for precise closed-loop speed, position, and torque control. The “DFA” designation indicates Digital Feedback Adapter, while “ACG1” represents a revision with multi-mode feedback inputs, enhanced signal filtering, extended temperature range (-20°C to 70°C), marine-grade conformal coating, screw-type terminals, and per-channel diagnostic LEDs.
