PM10IB-0100 by Pacific Scientific

The PM10IB-0100 drive from Pacific Scientific is a high-performance unit within the PC800 - PCE800 Brushless Servo Drives series, engineered for demanding industrial automation tasks. This fan-cooled device operates on a 670 VDC input voltage and delivers a robust 9.1 HP output, making it ideal for applications that require sustained high power. With a rated output current of 200 Amps and an input current draw of 20 Amps, the PM10IB-0100 provides precise current control across a three-phase power supply. Weighing in at only 40 lbs, its compact footprint simplifies integration into existing system architectures. Early incorporation of vector control technology ensures rapid response to dynamic load changes, while the drive’s fan-cooled design facilitates reliable heat dissipation under continuous operation.

Building on its solid mechanical base, the PM10IB-0100 offers an estimated efficiency of 95%, optimizing energy conversion and reducing operational costs. The drive supports both analog and digital feedback signals, allowing seamless integration with encoders and resolver systems to achieve high positional accuracy. An overload capacity rated at 150% for 60 seconds provides the headroom needed during peak torque demands, maintaining stable performance under transient conditions. The drive’s precise three-phase modulation scheme, coupled with robust vector control, yields smooth torque delivery and minimal electrical noise. Its protective features include comprehensive overcurrent, overvoltage, and thermal safeguarding, ensuring the unit remains within safe operating limits even during fault conditions.

Designed for industrial environments, the PM10IB-0100 combines a rugged structure with advanced protection mechanisms to deliver unparalleled reliability. Its overcurrent protection and thermal protection mechanisms guard against electrical and temperature excursions, extending the service life of both the drive and the connected motor. The fan-cooled design’s effective thermal management preserves performance consistency across a wide range of ambient conditions. Integration is streamlined through standard three-phase power connections and versatile feedback options, enabling compatibility with PLCs, motion controllers, and safety systems. Ideal for conveyors, machining centers, and robotics, this brushless servo drive meets the continuous power and precision requirements of modern automation applications.