105-010000-02 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
The Pacific Scientific 105-010000-02 is a motion control card from the 105 Motion Control Cards series that delivers a continuous output current of 40 Amps and a continuous output power of 9 kW. It is fan cooled, operates with a 320 VDC bus voltage and 230 VAC input, and supports vertical mounting orientation.
Internal Product Review
The 105-010000-02 is a Pacific Scientific motion control card engineered for demanding drive applications, with 40 A continuous output current and 9 kW continuous output power. Fan-cooled operation and 5 kHz switching support stable thermal management and responsive control behavior. A highly capable card for motion systems where 60 A peak output current adds valuable overload headroom.
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Product Description:
The 105-010000-02 motion control card is produced by Pacific Scientific within the 105 Motion Control Cards series. Installed inside a drive cabinet, the board links a higher-level PLC to the power stages that energize brushless servo motors. It converts reference signals into precisely timed gate patterns and monitors feedback channels so automated packaging, assembly, and material-handling lines can coordinate speed, torque, and position without external converters. This control arrangement supports synchronized multi-axis movement in a compact, plug-in format.
During steady operation, the card supplies a continuous output current of 40 A and provides continuous shaft power of 9 kW when paired with a compatible motor. The DC bus operates at 320 VDC and stores regenerated energy, while a three-phase mains supply of 230 VAC is rectified on the board. The insulated-gate transistors switch at 5 kHz, a rate that balances acoustic noise with thermal rise. Fan-forced air moves vertically across the heat sink to provide effective cooling in closed enclosures. A 24 VDC, 250 mA fault output is available for external interlocks. A ±5 V torque monitor channel allows the controller to observe real-time load variation without additional sensors.
During rapid indexing or acceleration, the module supports a peak output current of 60 A and can deliver up to 17 kW of mechanical power for limited periods. Surplus energy returned to the DC link is dissipated through a shunt resistor that accepts peaks of up to 15 kW, helping prevent overvoltage trips. The analog command port spans ±10 V, matching standard motion controllers. A ±7.5 V voltage monitor output reports the actual bus condition. The vertical mounting orientation directs airflow across the power components and heat sink. The three input phases supply the rectifier stage used to maintain the DC bus during normal operation.
