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Motor controller supplies up to 180A per channel

An Ampflow product story
Edited by the Engineeringtalk editorial team May 2, 2005

The AmpFlow microcontroller-based motor controller supplies up to 180A per channel at 12 to 40V.

The AmpFlow microcontroller-based motor controller supplies up to 180A per channel at 12 to 40V.

It features multiple command input modes for use with either radio control receivers or analogue devices such as industrial or gaming joysticks.

Computers and microcontrollers can also easily interface via the serial port.

Designed for easy installation where space and weight are factors, the new controller is compact (178 x 140 x 38mm) and lightweight (1.5kg).

Full forward and reverse operation of two independent motors/wheels is made possible by the controller's dual H-bridges.

The two channels can be operated independently or mixed together for "tank style" steering.

A single channel option is also available with double the rated current.

A third channel controls an independent 2A switched output for a clutch, brake or other device.

All AmpFlow motor controllers can be operated in open or closed-loop speed mode.

Motors may also be operated as heavy-duty position servos using optical encoders or low-cost position sensors.

The controller features automatic stop in case of command loss, safe power-on start, and overcurrent and overheat protection.

The high performing AmpFlow controller is fitted with heavy, 8-gauge cables for direct connection to high current batteries and motors.

Several inputs are available for connecting switches or sensors via AmpFlow's unique15-pin connector.

The controller may also be connected to a PC to enable data capture, storage, and configuration of parameters using the included serial-port cable and the convenient graphic computer interface.

The AmpFlow controller is ideal for robotic and industrial applications that require high power in an economical and compact package.

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