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Ingenia-Cat releases Round Mercury servo drive controller

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Ingenia-Cat releases Round Mercury servo drive controller

November 2, 2009 - Round Mercury is a high performance closed-loop digital servo drive controller from INGENIA-CAT, suitable for DC brushed and brushless motors, capable of driving motors up to 200W RMS.

Its design includes multiple communication ports (RS232 or CAN with hardware Node-ID), giving designers a wide choice of interfacing methods. Voltage operation range allows it to be used in industry or robotics, and its reduced size (55.88mm diameter) allows the controller to be integrated into critical-size applications.

The design also includes a wide variety of self-protection mechanisms (thermal, overcurrent, under and overvoltage, etc.).

Other main features are the free firmware updates and the inclusion of a motion control API for C/C++, with functions that permit easy controller operation.

Thanks to its compact and round design, the Round Mercury servo drive is ideal to be embedded at the back of a motor, thus reducing wiring length and allowing for building modular, simple and high integrated motion control solutions.

Main features:

Fully digital servo drive controller.

Compact design (55.88mm diameter)

Suitable for PMSM (BLDC and BLAC) and DC brushed motors.

Power supply: 8-15V logic, 8-48V motor.

Current: 2A continuous (without heat sink), 4A continuous (with heat sink)

Sinusoidal and trapezoidal commutation (brushless motors).

Space vector modulation (AC brushless motors).

PWM modulation (DC brushed and brushless motors).

Motion modes: Position, Velocity and Homing.

Feedback combinations:
*Hall effect and encoder sensors (only AC brushless motors)
*Hall effect sensors (only DC brushless motors)
*or only encoder

RS232 and CAN communication with hardware Node-ID.

Programmable protection against overcurrent, under and overvoltage and overtemperature.

Programmable general purpose inputs and outputs.

On board temperature and bus voltage sensor.

On-system upgradeable firmware.

Easily programmed via API Motion Control Library in C/C++.

Hardware and firmware customization possible.

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Automation.com Real-time Information for the Automation Professional Mar. 14, 2010

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