Motor Controller, DROK PWM DC Motor Speed Controller 10-50V 60A High Power HHO RC Driver PWM Controller Module 12V 24V 48V 3000W Extension Cord with Switch
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60 a I am running it on a 62 a motor at 24 volts and it works fine.
Not at all
It's kind of true. As the pot is completely turned against the clock, it opens a switch that shuts the power off. After turning the pot clockwise from the off position, the switch will close, and power will be activated. As the pot is turned further, the speed will increase.
You must install a double pole double throw switch between the controller and the load if you want to add reverse.
Selected User Reviews For Motor Controller, DROK PWM DC Motor Speed Controller 10-50V 60A High Power HHO RC Driver PWM Controller Module 12V 24V 48V 3000W Extension Cord with Switch
you wish to buy a 60A speed controller, you can find not one, but three of these controllers on The simple unit happens to dissipate the least amount of heat compared to the others, and I have tried them all. Some have neat features such as an LED display showing the percentage output, or a reverse button. After using this unit to drive a 40lb trolling motor with a 50A draw, I chose to keep it for future use.
A pound is. A trolling motor with an edge. Lowe's had an electrical enclosure that I used to install it in. In a sealed container, I decided not to overheat the device by adding this small 24vdc fan. For the intake and exhaust for the fan, I used two round electrical boxes that were meant for light fixtures. Using this method, we sealed the knockouts above them and opened the knockouts below them. No water was able to get in. Goop was used to seal everything up. Used waterproof cable fittings to get the metal wire into the enclosure as well. The product performed well for two days of fishing with no issues at all. It did not cause interference with my trolling motor, which is equipped with a transducer to operate my fish finder. Navigating with several rods while trolling with the remote control is a great asset. It's Bill again.
My race car has a haltech ECU that automatically controls variable speed cooling fans. I used a controller with this ECU to make this happen. Despite its size, it has no trouble running 16-bit applications A fan which draws 40 amps, no matter what the speed is. My ecu output generated a pulsed ground and drove the relay so that I could control the speed since I couldn't determine a 5 volt pwm, so I purchased a solid state relay to do so. However, it does exactly what I needed and at a very reasonable price. When the motor is running slowly, there is no noise from the motor. With the switch off, there is no current draw. I am very happy with the.
Having reached my third power, I began to - In my truck, I have a motor controller for my resistor defroster fan. In a week or two, the motor burned the stock resistors that were replaced after it drew over 30 amps. As the resistors blistered and cracked open, insulating "sand" would be released onto the carpet of my truck. In my case, I tried the power resistor setup with another (analog) speed controller - it worked well! The event lasted for about two hours The first time it smoked was three weeks ago. There are high expectations when it comes to the ampacity of that controller. I received a refund from the seller, so he does deserve the credit. It is a digital controller not analog, so I chose to replace it with this one. As I figured a PWM controller like this one would be better suited to the harsh environment and high current. It turned out to be a correct guess. It is mounted in the dashboard with the wires connected. I built the box for the circuit board and attached it there. This is the best news I've ever received. I didn't even get warm when the fan was running at low or high speed. It has been part of my daily routine for almost a year now. After the speed-sensor is mounted, the next step is to connect it to the system My controller's potentiometer used to fit where the old fan speed knob used to be located in my dash.
The board was located under my hood next to the battery and the potentiometer was located inside the AC controls. To connect the wires from the board to the pot inside the truck, a 5 conductor wire is required. Cat5 cable was used for my data interface. The battery was connected to the motor with a wire of 10 awg. Also, the board was connected to the motor with 10 awg. The program works great!.
There was something quite troubling about the results. I am not sure if it is because of my application. Several people have given this product good reviews and this is my third board but two of them were made by different companies. It is a 1016 brushless motor rated at 24 volts and 350 watts that I am overvolting. We are trying to run something to the It was not a simple bench test, but rather a voltmeter with no load applied to the board, and the variability worked. I also put a 9 volt motor on the board with the voltmeter. On my MX350 Dirt Rocket I was unable to adjust the potentiometer for speed variability when I went full scale. There is only 50+ volts coming from it. Unless there is a board failure, I cannot understand why it would fail to operate at full throttle, but either way I have to return it to the manufacturer. It seems in this case, a third attempt did not work.
In other reviews concerning this board, it appeared to be the most suitable for handling small DC motors with higher currents. In fact, my weight went down 30 pounds. It's much more efficient and smoother to operate at extremely low speeds with a thrust trolling motor. A little over an hour after its initial use, the board began to smoke and burn I was extremely pleased with the responsiveness of DROK in troubleshooting the issue. enclosure I used only had enough air flow to prevent condensation, so the maximum current draw was 12V/25A, but the day was extremely hot and humid, so the enclosure I used limited current draw. I was offered a replacement or refund for the faulty parts, though DROK suspected there was a physical short in the system. Everything is working perfectly since the replacement was installed! I'm glad to have found a company that I highly recommend! With my new speed control skills and extended runtime, I can now do anything I want I'm going to build a diy solar system This powered barge is a vessel.
The power is awesome. The device is very good at delivering plenty In actuality, I used it to power a Razor RSF650 minibike for a couple of This component has an additional unfilled shunt resistor trace, which can be easily modified to greatly increase output power. The generator was running at about 4kW. I have never experienced overheating problems, and the power output has been smooth and responsive. It cannot be used with a hall effect throttle, which is its only negative aspect. Use of a potentiometer is required. I think the overall design and construction of the building was very good. This product is exactly what I would expect from a DROK product. The good thing about this brushed motor controller is that it could be used in.