GE 531X170TBSADS1 is a terminal board / termination assembly for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary field wiring termination point for all customer connections, including digital I/O, analog I/O, communication, and auxiliary power. The “TBS” designation indicates Terminal Board System, while “ADS1” represents a revision with screw-type terminals only (unified design), extended analog signal conditioning (built‑in 4–20 mA loop power supply), enhanced EMC filtering on communication terminals, and marine-grade conformal coating for protection against moisture and corrosive atmospheres.
GE 531X170TBSADG1 is a terminal board / termination assembly for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary field wiring termination point for all customer connections, including digital I/O, analog I/O, communication, and auxiliary power. The “TBS” designation indicates Terminal Board System, while “ADG1” represents a revision with hybrid termination (mixed screw and spring-clamp terminals), extended analog signal conditioning (built-in 4–20mA loop power supply), and enhanced EMC filtering on all communication terminals.
GE 531X170TBSACG1 is a terminal board / termination assembly for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary field wiring termination point for all customer connections, including digital I/O, analog I/O, communication, and auxiliary power. The “TBS” designation indicates Terminal Board System, while “ACG1” represents a revision with high-density spring-clamp terminals (push-in type), integrated LED status indicators for each digital I/O point, and enhanced labeling with color-coded signal groups for simplified commissioning.
GE 531X170TBSABG1 is a terminal board / termination assembly for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary field wiring termination point for all customer connections, including digital I/O, analog I/O, communication, and auxiliary power. The “TBS” designation indicates Terminal Board System, while “ABG1” represents a revision with screw-type fixed terminals (non-removable) and enhanced surge protection on all analog and communication terminals for improved reliability in electrically noisy environments.
GE 531X170TBSAAG1 is a terminal board / termination assembly for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary field wiring termination point for all customer connections, including digital I/O, analog I/O, communication, and auxiliary power. The “TBS” designation indicates Terminal Board System, while “AAG1” represents the first revision with removable terminal blocks for easier maintenance and enhanced labeling for simplified commissioning.
GE 531X167MFRALG1 is a motor feedback / resolver interface board for GE DC-300, AC-300, and AF-300 drive platforms. It processes resolver speed and position feedback from the motor, providing high-resolution rotor data to the regulator board for precise closed-loop torque and speed control. The “MFR” designation indicates Motor Feedback Resolver, while “ALG1” represents a revision with extended temperature range (-20°C to 70°C) and enhanced cable fault detection for improved reliability in harsh environments.
GE 531X166MHCAFG1 is a motor control / health monitoring interface board for GE DC-300, AC-300, and AF-300 drive platforms. It processes critical motor feedback signals (current, voltage, flux, temperature) and provides advanced diagnostic data to the regulator board for enhanced motor protection and performance optimization. The “MHC” designation indicates Motor Health Controller, while “AFG1” represents a revision with enhanced signal filtering and improved insulation monitoring capabilities for early fault detection.
GE 531X161PRTABG1 is a processor / regulator interface board for GE DC-300, AC-300, and AF-300 drive platforms. It serves as the primary interface between the drive’s main processor (regulator) and the power conversion hardware, handling critical timing, gate firing signals, and fault detection. The “PRT” designation indicates Processor Interface board, while “ABG1” represents the first revision with enhanced timing accuracy and improved fault logging capabilities for advanced diagnostics.
GE 531X159MPEARG1 is a multi-purpose I/O expansion board for GE DC-300, AC-300, and AF-300 drive platforms. It provides additional digital and analog I/O points beyond the base regulator board, enabling integration of auxiliary sensors, actuators, and control signals. The “MPE” designation indicates Multi-Purpose Expansion, while “ARG1” represents a revision with relay outputs (replacing transistor outputs), extended analog input range (±10V), and enhanced transient protection for harsh industrial environments.
GE 531X159MPEAMG1 is a multi-purpose I/O expansion board for GE DC-300, AC-300, and AF-300 drive platforms. It provides additional digital and analog I/O points beyond the base regulator board, enabling integration of auxiliary sensors, actuators, and control signals. The “MPE” designation indicates Multi-Purpose Expansion, while “AMG1” represents a revision with software-configurable I/O (each point can be assigned as input or output) and enhanced diagnostic capabilities for rapid fault isolation.
GE 531X158FFDADG1 is a fieldbus / network communication interface board for GE DC-300, AC-300, and AF-300 drive platforms. It provides high-speed connectivity between the drive’s regulator board and industrial networks such as Profibus-DP, DeviceNet, or CANopen. The “FFD” designation indicates Fieldbus Foundation Device interface, while “ADG1” represents a revision with dual-port memory for faster data exchange and enhanced diagnostic capabilities for network troubleshooting.
GE 531X157APCAMG1 is an analog input / process control interface board for GE DC-300, AC-300, and AF-300 drive platforms. It accepts analog signals from external transducers (pressure, flow, tension, temperature, etc.) and converts them to digital data for the regulator board’s process control algorithms. The “APC” designation indicates Analog Process Control, while “AMG1” represents a revision with 16-bit resolution across all channels, software-configurable input ranges (no jumpers), and enhanced filtering for noisy industrial environments.
