Adjustable 10-50V/40A/2000W DC Motor Speed Control PWM HHO RC Controller 12V 24V 36V 40V 50V Speed Adjuster

It's a PWM speed controller which enables you to control the speed of those DC brush motors smoothly. It's ideal for applications like car motors, DC heater, bulb etc. providing nice adjustment of motor speed.



Features:

Wide voltage range, 10-50V, 40A, max. 2000W for motor speed control & HHO.

Apply PWM Modulation system to adjust motor speed from 5-100% .

Stable in working, high efficiency and low noise.

Field-effect tube, drive IC, 70μm copper sheet PCB for higher efficiency of PWM wave output.

Potentiometer for speed adjustment, protective case creates better durability.



Specific Power Control:

12V: 480W; 24V: 960W; 36V: 1440W；40V: 1600W; 50V: 2000W



PWM Working Principle:

BY changing the duty ratio of square wave(output) to adjust average current power from 0-100% on load, thus to change the motor speed or light brightness.



Main Applications:

1.Universal DC brush motor speed control.

2.Control motor speed of cars(eg. car cooling fan motor, car fan motor, car windshield wiper motor, air condition fan motor)

3.Adjust speed of the conveyor of product lines, tube exhaust fan, treadmill, electric fan.

4.Adjust temperature of DC heater, brightness of common DC bulb. 



Specifications:

Type: Potentiometer(1) / Potentiometer with External Wire to connect(2) (Optional)

Working Voltage: DC 10-50V

Control Power: 0.01-2000W

Rated Current: 40A

Quiescent Current: 0.025A

PWM Duty Ratio: 5-100%

PWM Frequency: 12khz

Working Temperature: -20 to 40℃

Item Size: 10 * 5 * 2.7cm / 3.94 * 1.97 * 1.06in (Type 1)

Item Size: 9 * 5 * 2.5cm / 3.54 * 1.97 * 0.98in (Type 2)

Wire Length: 18.5cm / 7.28in (Type 2)

Item Weight: 92g / 3.25oz(Type 1)   97g / 3.42oz(Type 2)  (Without Cover）

Package Size: 10.3 * 5.3 * 3.5cm / 4.06 * 2.09 * 1.38in

Package Weight: 139g / 4.9oz(Type 1)   142.5g / 5.03oz(Type 2) 



Package List:

1 * DC Motor Speed Controller



User Manual Website:

https://www.dropbox.com/s/mf08lrkbuxt9zd0/E1216.docx?dl=0