Trying to build a variable speed controller for a baby rocker. Will this work with HOSSEN&reg; 30RPM Mini Gear Box Electric Motor 12V DC 37MM High Torque also available on Amazon. Also what should be used to power this?? a 12 v DC adaptor that has a 120 V...
621910
Yes to both questions. The controller can handle up to 10 amps. For your supply you need one that supplies 12 volts and enough current (amps) to turn the motor. 600 ma should be enough for your HOSSEN 30RPM Mini Gear Box Electric Motor. You can use any 12 Volt 1 amp supply available from Amazon.
837229
9.6v wouldn't fit. I wouldn't recommend using a 9.6v with this regardless. It's designed for 8.4v, using a higher voltage could burn out the gear box.
604390
When you say you have an electric impact wrench needing 7 amps, is that 7 amps at 120V? If so (as I'm assuming) then the inverter in this will NOT work because it is rated for 200 watts continuous (~2 amps max). I doubt any power-pack like this will be able to handle that load, so to run such off a battery/inverter system will require you to put together a 1000 watt inverter and car-size battery (I'd get one rated at least 60 amp-hour if you'll be pulling ~60 amps at 12V which is the same as 6 amps at 120V).If it just needed 7 amps at 12V, this battery could run such for over an hour, but that sounds unrealistic for such a tool. When you say you have an electric impact wrench needing 7 amps, is that 7 amps at 120V? If so (as I'm assuming) then the inverter in this will NOT work because it is rated for 200 watts continuous (~2 amps max). I doubt any power-pack like this will be able to handle that load, so to run such off a battery/inverter system will require you to put together a 1000 watt inverter and car-size battery (I'd get one rated at least 60 amp-hour if you'll be pulling ~60 amps at 12V which is the same as 6 amps at 120V).If it just needed 7 amps at 12V, this battery could run such for over an... » Read More When you say you have an electric impact wrench needing 7 amps, is that 7 amps at 120V? If so (as I'm assuming) then the inverter in this will NOT work because it is rated for 200 watts continuous (~2 amps max). I doubt any power-pack like this will be able to handle that load, so to run such off a battery/inverter system will require you to put together a 1000 watt inverter and car-size battery (I'd get one rated at least 60 amp-hour if you'll be pulling ~60 amps at 12V which is the same as 6 amps at 120V).If it just needed 7 amps at 12V, this battery could run such for over an hour, but that sounds unrealistic for such a tool. « Show Less
362253
The plate says 12vdc/4amps which is 12vdc/4000ma. Not knowing the specifics of the motor such as peak current. I would say it will drive it as long as peak is less than 4x running load.
1486682
Not to sure what will the performance be at 9~12V. You might want to contact the sales support at AmpFlow through Amazon. Else look at the Power curve chart when you browse the said motor. Sorry I'm not able to give you any more help.
1807165
If you need to run it slower than 9rpm, you could set up a pwm circuit and adjust it slower, but I wouldn't use any higher voltage to run it faster than 88. Use the pwm circuit and the different gear ratios to adjust in between, you will, however have the most torque at the 9rpm gearing.
2221529
The unit specs are wrong on the website. The spec sheet on the controller it self calls for 12 volts ac for the power input. But it will run on 12 volts DC. It's just a relay that turns on and off when a certain temp is reached. So a standard 12v fan should work just fine.
755624
To the best of my Knowledge it will work with similarly wired & set up Motor-guide units and some Mini-Kota"s: Actully I have an extra brand new one I would be happy to sell Never used tried to return it but apparently was too late.
2071096
Hello, Thank you for your kind email. please note that the Rated Voltage of this item is DC12V,and the Output Speed is 3.5RPM. Please feel free to contact us if you need any assistance in future.:) Have a nice day. Best regards, dengfang
96886
What the specs I have are: input 100-240V / 50/60 Hz --- output 12V - 2A / Center pin positive. NOT so sure this will work for you being 12VDC. The Amp rating is max load it can handle, but the output make destroy the hard drive controller. NEED to find one with 5VDC output with 1A or max of 2.5A. Hope this helps.
1014541
This should work great in a slash. I run one of these combos in my traxxas rally. 11.1v or 3S is so fast.
640618
Put in two LiPo batteries in parallel and lower the gear ratio and you'll have all the speed and more power than you need. Go to your local RC dealer for the best advice. I would definitely invest in a Traxxas 6 amp battery charger.
612466
Because my manual doesn't specify other than the voltage, 115v, and because there is a variable speed controller, no doubt pulse width modulated, I can only guess that the internal parts, which list you can obtain on the Makita site for your country, will show the same part numbers. Plugs may change, but there are adapters, and replacing a plug is easy. You may violate a warranty if you buy from a country other than your own, but my assumption is that parts are interchangeable as long as you are in a 115/120volt country. The different prices and part numbers seem often, where I've had reason to look, to be for different safety regulations, sometimes complete nonsense, insuring the employment of the bureaucrats overseeing regulatory agencies. Thus you take your risks, but with current feedback control and PWM motors, if your location provides 115v power, and you aren't synchronizing video frames, this should work fine at 50hz, though perhaps with a tiny difference in efficiency which may mean a different revision of the controller. Check the part number of the controller, available on Makita sites.
372305
I don't think so. I believe your motor is an AC only motor which wouldn't be compatible with this speed controller designed for an AC/DC brush motor
1759481
I would use a Variable Frequency Drive (VFD) instead... to regulate the rpm of the motor. Here is an excellent video detailing what you need to do install/setup a VFD to an AC Motor: https://www.youtube.com/watch?v=23lwqq9uGg4
744958
You may connect 12 volt DC to the AC input terminals. There is NO polarity requirement for the DC meaning either of the two terminals can be connected to negative or positive. Yes, I tested it in this mode and it works fine. I am using this controller in a big truck to regulate the temperature of the cab air conditioning. The controller will switch the AC compressor clutch on or off as needed to maintain a comfortable 21 degrees C.
822169
I don't own the Proxxon variable power supply but my best educated guess is- since both speed controllers are essentially the same electronics i.e, cutting off the rectified AC wave cycle at a particular point in time, either the motor or the power supply dial must be turned all the way up and the other dial used as speed control. You should also be able to set lower ranges of speeds of the motor if the power supply dial is set to something less than its full voltage therefore creating a lower speed range available with the motor control dial.Hope this helps. Be safe and please wear those safety glasses at all times when using this tool ! I don't own the Proxxon variable power supply but my best educated guess is- since both speed controllers are essentially the same electronics i.e, cutting off the rectified AC wave cycle at a particular point in time, either the motor or the power supply dial must be turned all the way up and the other dial used as speed control. You should also be able to set lower ranges of speeds of the motor if the power supply dial is set to something less than its full voltage therefore creating a lower speed range available with the motor control dial.Hope this helps. Be safe and please... » Read More I don't own the Proxxon variable power supply but my best educated guess is- since both speed controllers are essentially the same electronics i.e, cutting off the rectified AC wave cycle at a particular point in time, either the motor or the power supply dial must be turned all the way up and the other dial used as speed control. You should also be able to set lower ranges of speeds of the motor if the power supply dial is set to something less than its full voltage therefore creating a lower speed range available with the motor control dial.Hope this helps. Be safe and please wear those safety glasses at all times when using this tool ! « Show Less