M.3000.0911 Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The M.3000.0911 is a smart drive manufactured by Kollmorgen as part of the MMC Standalone Smart Drives series. It features a continuous output current of 2.5 Amps, a peak output current of 7.5 Amps, and a rated output power of 0.5 kW at a voltage class of 230 Volts. The drive uses a three-phase power supply and includes connectors such as 9-pin AC power, 6-pin DC power, and two 8-pin RJ-45 digital link ports.
Internal Product Review
The M.3000.0911 is a Kollmorgen MMC Standalone Smart Drive designed for three-phase operation in the 230 V class. Rated at 0.5 kW with 7.5 A peak output current, the drive offers confident dynamic performance for precision motion applications. Dual digital link ports with 100 m maximum link length make network integration a standout strength.
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Product Description:
The M.3000.0911 is a standalone smart drive produced by Kollmorgen for the MMC Standalone Smart Drives series. The unit converts fixed mains power into regulated motor currents and communicates with upstream controllers through digital networking. In automated machinery, the drive supplies controlled torque and speed to servo motors while monitoring feedback to maintain motion accuracy. Its standalone design combines the power stage, motion control electronics, and communication interfaces in one unit for use in distributed machine-control systems.
It delivers a continuous output current of 2.5 A and can supply up to 7.5 A during short acceleration events, providing headroom for dynamic loads. The power section is rated for 0.5 kW at a nominal bus voltage of 230 V, and it operates on a three-phase input. Control electronics are enabled by a stabilized 24 VDC supply that must be present before the main contactor closes. The drive uses a digital interface for the motion command channel. It has a 9-pin AC power connector, a 6-pin DC supply input, and a 4-pin bus and regeneration port for returning energy to shared links. Command and monitoring signals reach the unit through a 26-pin high-density D-shell I/O header, while motor position data enters through 15-pin feedback connectors. Two 8-pin RJ-45 digital link ports support a daisy-chain topology between neighboring drives.
Network telegrams can travel up to 100 m without repeaters, supporting distributed installations across large machines. When an application requires incremental encoder simulation, the drive’s emulation circuitry produces square-wave outputs at frequencies up to 720 kHz. This output range accommodates high-speed motors that use fine-resolution feedback. The emulated signal can be connected to equipment that requires an incremental position representation instead of the drive’s native motor feedback data.
