RC Model 320A Waterproof ESC Speed Controller with Fan & BEC

RC Model 320A Waterproof ESC Speed Controller with Fan & BEC Description

High Voltage 320A Waterproof Brushed ESC Electric Speed Controller with Fan for RC Model
Features: 

1. Automatic center finding.

2. High frequency drive system and built-in high-efficient and high-power 5.6V/2A BEC.

3. Overheating protection and low voltage protection.

4. With this energy transfer you would not have to worry about the slow tram motor boats just needing to replace the original power transfer. 

5. Suitable for RC model car, boat, etc.


Specification: 

Item Type: RC Model Part & Acces

Operating System: Foraward/backward, braking

Power Range: 7.2V-16V

Input Voltage (Reference): 6-12pcs NiMH/NiCd Batteries or 2-4pcs LiPo Batteries

BEC: 5.6V 2A

UBEC Input Voltage: 6-16.8V

Forward Current: 600A

Backward Current: 300A

Output Current: Forward 320A

Radiator: Cooling fin + fan

Interference: Yes

Size: Approx. 47 * 34 * 42mm/1.9 * 1.3 * 1.7in

Weight: Approx. 87g


Package List:

1 * ESC


Instructions:

1. Connect it with the power supply battery correctly. The red lines on both ends of the terminal board are positive poles and the black ones are negative poles. (or connect standard DC battery plug big Tamiya plug /T plug/banana plug)

2. The red and black lines of the electrical regulation output are respectively connected to the red and black lines of the 5 motors of the car.

3. Turn on the power switch, if there is no signal input, motor will be issued at this time "du ~ du ~ du" alarm sound. When the power supply of the transmitter is switched on, normal signal injection will emit a sound of "do ~ la ~ mi", which proves that the transmitting signal and the receiving electromechanical adjustment have been connected.

4. Throttle operation, forward push for forward mode, back for the brake mode, pull back for the back mode. (do not directly push or pull the accelerator past the midpoint in the process of rapid movement of the car, to prevent the motor from burning down due to excessive current caused by blocking rotation)