7.2-16V 320A high pressure version one tow two mountain bike \ boat bidirectional brush electric adjustable brake cooling fan

Function introduction:

Two-way electric adjustment with brake, the handle is up, the motor is turning forward, when the car wants to brake, the handle is hit to the reverse position, then the motor is not moving, in the brake state. If you want to move forward or backward, move forward or backward after the handle returns to the center.

Central point learning

1. Connect the power supply. After connecting the motor and plugging in the receiver, there will be a DO sound. If it is in the center position, the motor immediately says DO BE MI. If it is not in the center position, the motor says do.do.... The sound prompts the user until the user mediates to the central position, and the DO sound stops immediately to issue a DO BE MI. Center learning is complete and can work normally.
3.LED status, when the remote control is in the central position, the LED is off, when the current forward or backward, the LED is fully lit, and the LED blinks when there is no signal.
Battery support: Ni-MH, Ni-Cd 7~12 groups (8.4V~16V); Lithium 2~3 sets (11.1~12.6V)

Current parameters: 320A forward, 160A backward, 250A brake.

Continuous current: 20A

BEC output: Voltage 5.6V, current 2A. (Power supply for receiver and steering engine)

Size: L47mm, W34mm, H32mm (including heat sink part)

1. Automatically find a central location. 2. High frequency drive system 3. Use low internal resistance field effect tube 0.003 ohm 4. Suitable for car and boat models

Operation Guide:

1. Correctly connect the power supply battery. The red wire at both ends of the patch board is positive, and the black wire is negative. (or connect standard DC battery plug field plug/banana plug)

2, the electrical output of the red and black lines are connected to the car 550/560/580 motor red and black lines. 3, turn on the power switch, the motor emits a "beep" sound, and then turn on the transmitter power supply, the motor will emit a "do ~ a ~ mi" sound, proving that the remote control signal has been successfully connected to the electric modulation