AmpFlow Motor Speed Controller
Motor speed controllers get connected to your battery and
your motors. Your radio control receiver also plugs into the motor
controller. The controller is then able to
control the speed and direction of the motors.
The set-ups for the controller is simple plug-and-play.
You can fine tune some of the parameters, but in most cases you won't need
to. Our controllers operate two channels independently of each other so you
only need one controller to drive and steer both the left and the right
The AmpFlow Dual Motor Speed Controllers operate
at 6 to 36
Volts and can handle 160 Amps per channel. They feature adjustable
braking, acceleration, and current limiting.
A BEC (Battery Eliminator Circuit) provides a 5V
power output for use with radio control receivers or other devices.
Two mixing options are
available. Each joystick can operate one channel independently, or a
single joystick can operate both channels for tank-like steering.
Over-current and over-heat control logic prevents meltdowns and
provides the maximum current even under stalled conditions. The
maximum current limit is adjustable.
The 160A controller measures 8.80" L x 4.80" W x 3.40" H.
Weight: 2.5 lb.
Three 5 pin finger latching encoder inputs for full servo control
Additional third channel for low-current switching of auxiliary
User selectable servo feedback: Encoder or Analog voltage
Full RS232 serial command and setup
Multiple-operating modes: Normal PWM, Torque, Velocity,
Manual control inputs (Step/Dir) for each channel (Left, Right, Aux)
Robust signal processing for smooth, reliable fail-safe operation
Indicator LED's show direction, power, over-temperature, and board
This speed adjuster plugs into the radio control inputs of the motor
controllers. It is a quick and easy way to send the control signals
to the motor controllers without the need for an RC transmitter or
receiver. Turn the knob to control the motors from full forward to
full reverse or anywhere in between.
One unit can control both
channels of the speed controller by sending the same signal to both
channels. Two units are required to have independent control of
speed and direction of both channels.
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Motor Controllers |
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