Home / Design / Advanced motion controller for BLDC motors
Portescap’s new PCR 56/06 EC SD motion control solution, developed in partnership with Performance Motion Devices (PMD), is fully compatible with Portescap’s BLDC motor range, ensuring seamless and rapid integration across diverse applications

Advanced motion controller for BLDC motors

Portescap introduces its latest motion control solution, the PCR 56/06 EC SD – an integrated hardware and software package for single-axis control of brushless DC motors. Developed in partnership with Performance Motion Devices, Inc. (PMD), a leading motion control technology company headquartered in Boston, Massachusetts, this collaboration brings together industry-leading expertise to deliver a superior motion control solution across diverse applications.

The PCR 56/06 EC SD developer kit for BLDC control is fully compatible with Portescap’s BLDC motor range, ensuring seamless and rapid integration. It features a user-friendly Windows-based software suite with autotuning capabilities, significantly reducing setup times from days to hours. Additionally, the system includes C-based command sets for flexible and reusable programming, minimising engineering effort and fostering innovation. With a power supply of up to 56V and a continuous current capability of 5.5A, along with Hall sensor and encoder feedback options, the PCR 56/06 EC SD meets various application requirements with ease.

A standout feature of this solution is the module-only option, which allows the controller to be mounted directly onto the application’s PCB. This facilitates a smooth transition from prototyping to series production, offering a cost-effective solution by leveraging initial development efforts.

The PCR 56/06 EC SD is well-suited for a wide range of markets, including Aerospace, Automation, Industrial Power Tools, Medical, and Robotics. Specific applications that will greatly benefit from this controller include bionics and exoskeleton systems, electric grippers, medical pipettes and lab automation, seat and valve actuation, and surgical robots.

Check Also

What to look for in your motion control feedback device

When it comes to the world of motion control, it is easy to take your …

Designing stepper motors for temperature resistance in HVAC applications

Stepper motors are dependable by design and are relied on by HVAC manufacturers to control …

Understanding the Bode Plot in servo system control

In servo systems, optimising performance factors such as gain and phase shift is critical to …