PM10II-0100 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
The Pacific Scientific PM10II-0100 is part of the PC800 - PCE800 Brushless Servo Drives series and weighs 32 pounds 15 ounces. It provides an output current of 100 Amps at a supply frequency of 50 or 60 Hz, and is rated for 9.1 horsepower. The drive requires a three-phase input of 670 VDC at 20 Amps, and has dimensions of 19.5 inches in height, 14.75 inches in width, and 7 inches in depth.
Internal Product Review
The PM10II-0100 is a Pacific Scientific brushless servo drive designed for demanding motion control, with 670 VDC input and 100 A output current. Three-phase power handling and 9.1 HP capacity support strong axis response and stable operation under load. This drive stands out as a dependable high-power option for servo applications.
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Product Description:
The PM10II-0100 is a brushless servo drive manufactured by Pacific Scientific for the PC800–PCE800 Brushless Servo Drives series. Mounted inside a control cabinet, it converts a high-voltage DC bus into precisely timed three-phase waveforms that command industrial servomotors. By handling high-power switching and closed-loop current regulation internally, the drive allows a motion controller to focus on trajectory generation while automated gantries, feeders, and packaging axes receive stable torque, speed, and position control.
The drive supports loads up to 9.1 HP, indicating the maximum continuous mechanical power it can transmit to a motor shaft under rated conditions. Its DC link accepts 670 VDC, so the upstream rectifier or power supply must furnish that voltage for full performance. Line-side demand reaches 20 A on a three-phase source, a value used to size circuit breakers and conductors. On the motor side, the inverter can source up to 100 A, enabling rapid acceleration or recovery from process disturbances without current foldback. Compatibility with plant mains is broad because the supply section operates at 50/60 Hz, covering standard industrial power grids. The three-phase input arrangement keeps harmonic content lower than comparable single-phase arrangements and balances loading across the facility’s distribution transformer.
The housing stands 19.5 in tall, spans 14.75 in wide, and projects 7 in deep, allowing installation in shallow enclosures or beside other motion-control hardware. The unit weighs 32 lb 15 oz, so suitable lift points or mounting rails should be provided when installing or removing it. Cabinet layouts should also maintain adequate clearance around the housing to support airflow across the internal heat sinks during full-current operation. Its rectangular enclosure supports orderly placement with nearby power supplies, controllers, and protective devices while leaving room for cable routing. The stated depth is especially useful where available cabinet space is limited, although wiring bends and connector access must still be considered. Proper mechanical support helps keep the drive secure during machine vibration and prevents its weight from placing unnecessary stress on cabinet panels.
