Motion Control Systems for High-Voltage Industrial Automation Architectures

Inmoco is distributing the Kollmorgen PCMM2G eight-axis programmable motion controller alongside a new high-voltage servo drive to the industrial automation market. These components provide scalable axis coordination and transformer-free power management for applications in automotive manufacturing, logistics facilities, material processing, and machine tooling.

Multi-Axis Controller Architecture and Software Integration
The PCMM2G Essentials variant addresses the operational requirement for lower-axis-count automation by supporting up to eight axes of coordinated motion. The programmable controller features a compact physical footprint to facilitate straightforward integration into standard electrical cabinets. Operating within the Kollmorgen Automation Suite, the system executes precision indexing and positioning tasks. Motion programming is achieved through standard IEC 61131-3 languages or the proprietary, visual-based Kollmorgen Pipe Network. By consolidating the servo motor, drive unit, and software into a unified control architecture, the system reduces engineering complexity and standardizes the commissioning process for original equipment manufacturers.

High-Voltage Servo Drive Power Specifications
Coinciding with the multi-axis controller release, the updated Essentials high-voltage servo drive accommodates 240 to 480 alternating current volts (VAC) via a three-phase input. The unit delivers sustained power outputs up to 4 kilowatts (kW). This voltage range directly aligns with standard industrial power grids across Europe and North America. Utilizing these standard voltages directly at the drive level eliminates the requirement for intermediary step-down transformers. Removing the external transformer component reduces overall electrical resistance losses, thereby improving system-wide energy efficiency and simplifying the internal electrical design of the machine.

Industrial Deployment and Engineering Support
Integrating high-voltage capability with deterministic multi-axis control supports heavy-duty operational use cases. In automotive parts manufacturing and automated logistics, achieving precise motion synchronization requires highly responsive drive units paired with reliable controllers. To deploy these systems effectively, Inmoco provides application engineering support to mathematically specify and size the servo drives and controllers based on the exact mechanical loads and torque requirements of the facility.

Additional Context
This section details technical specifications and competitive benchmarking not included in the original news release.

The Kollmorgen PCMM2G controller and its paired 480 VAC servo drives compete in the mid-range industrial motion control market against ecosystems such as the Beckhoff CX series embedded controllers and the Rockwell Automation Allen-Bradley Kinetix 5300 series. While the Beckhoff architecture relies heavily on EtherCAT as a universal fieldbus for PC-based control, the PCMM2G distinguishes itself by integrating Pipe Network capabilities alongside standard IEC 61131-3 programming. This allows machine builders to implement complex graphical camming and gearing without requiring advanced textual coding. Furthermore, supporting up to 480 VAC directly on a 4 kW drive—a capability shared by the Kinetix 5300—allows the Kollmorgen system to execute high-torque applications, such as heavy material handling, without relying on oversized power infrastructure. This maintains a highly optimized physical footprint-to-power ratio within constrained industrial cabinets.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.inmoco.com