Eotvia
Gupbes DC Motor Speed Control, PWM HHO RC-Controller 12V 24V 36V 10-50V 40A 2000W MAX , 0.01-2000W, Motor Power Control
Gupbes DC Motor Speed Control, PWM HHO RC-Controller 12V 24V 36V 10-50V 40A 2000W MAX , 0.01-2000W, Motor Power Control
无法加载取货服务可用情况
Share
Specifications:
Rated current: 40A (maximum output current)
Power requirement: 10-50VDC. Frequency: 12000HZ
Control motor power: 0.01-2000W.
Operating voltage 12V: 480W (max);
Operating voltage 24V: 960W (max);
Operating voltage 36V: 1440W (max);
Operating voltage 50V: 50V*40A=2000W(max)
Package Included:
1 x DC Motor Speed Control
- Flexible installation, the external potentiometer can be installed to any location for long-distance operation according to actual needs.
- This DC motor speed controller can be widely used in controlling the speed of a fan/pump/other DC load, or to dim the brightness of DC lamps or LEDs.
- This DC motor speed controller is made of high quality material, durable in long time usage.
- The motor Speed Controller allows the use of pulse width modulation (PWM) DC voltage to control the direction of the DC motor.
- This motor regulator has passed many safety tests and is safe and reliable. You can use it with confidence.
The speed can be adjusted but cannot be completely turned off, it still runs at a slow pace when turned to the lowest setting. There was a loose nut located behind the switch, but it still functions well and deserves a 5-star rating.
I added this component to a 12V pinball shaker motor in the pinball cabinet to reduce the strength and it worked perfectly.
The product arrived promptly and was effortlessly operated. The only issue was that it did not effectively regulate the motor - either running too quickly or stopping abruptly. I required a slower pace but it did not meet my needs. Even after purchasing two different mechanisms, neither could successfully start the motor. In that aspect, the previous ones were superior.
The product is of excellent quality and operates perfectly.
I added the motor controller to the circuit, made a few holes for the knob to fit through, connected the power, and the motor speed changed according to the knob setting from zero to maximum. Will observe its durability. Everything is going well so far, thank you for the product suggestion. Adding a break-off tab to the design was a good idea so the PCB can be mounted smoothly on the surface.