Do you connect 120v directly to motor or do you need to install a capacitor? Hope I make sense.
1559985
Hi!! Yes I connect directly to a 120V without capacitor. Works great!! Is the second of this motors that I install and both are in 1 phase of the house wich means in a 120V 60Hz. So good look with the installation and the tricky part was the installation of the magnet to open and close stops but I found a very helpful tutorial on YouTube!!
1571568
I just put one in. Works great. There is no difference between 115 and 120 volt motors.
1889751
This motor does NOT come wired to be plugged in to a wall socket. You hardwire it in to a circuit in a typical application such as the furnace blower application I purchased it for.
458217
For a few bucks it would be worth it to replace the capacitor, but I went ahead and replaced the motor cause it was less work and less risk of shock. Being that I don't have the proper equipment to discharge the capacitor.The new motor is working well and was worth a quarter of the price of a new pump. If the capacitor doesn't work. Your still coming out better then having to replace the pump. Cheers my friend. Hope things work out for you.
126868
It has been designed for 110V AC. If used with 220V the motor would probably get damaged. I wouldn't plug it into a 220V outlet!
203886
The only difficult part is re-wiring the motor. Mine came wired for a higher voltage connection. Hire someone to install, or pay close attention to the old wiring configuration if doing a replacement.
1724448
you wire it directly into the power wire. from the power to on off switch and from on off switch to motor.
1532259
double screw connectors input: double screw output: ground screw also. I my case my motor is 220 volts. Very good pressure switch, and easy to install
2102673
I am not familiar with this motor, but it would appear that you slip the plastic connector into the socket on the drier board, supply between 5 and 12v to the two pin and connect the four remaining pins to your controller board. You should be able to use an ohmmeter to figure out the motor connections by measuring the coil resistance on the four pins on the driver board. When you read almost no resistance between two pins, those are one phase of the motor. The remaining two pins are the other side.
766447
regular houshold 110v to power it. Not sure what voltage the motor is regulated to.
1027860
I wired my motor for 220v. Let me check the specs (including breaker) and get back to you later tonight or tomorrow.
1397911
you need a transormer that will step down the voltage, convert the cycles & fit into your receptacle. i have used a number of times for US items when I was in China & Hong Kong. you can purchase one here on amazon. just search "step down transformer" and you will see a whole bunch pop up. make sure you purchase one that equals or exceeds the amperage draw and make sure you have an adapter for the power cord plug which you can buy here or in the country where you will use. according to online specs, motor is 1/3 hp and at 120 volts it draws 2.5 amps so 120x2.5=300 watts x1.5 so you need a 450 - 500 watt transformer and prices seem to average in the low $30 range. i doubt you will use this sander very ofter so if you have other 120V items that you wish to power, just make sure you choose a transformer that is high enough rated to cover your other items as well.
2119566
If you are not familiar with electric work, then please don't attempt. Hayward motor probably works with 220V. 220 is a killer. When you remove the screw covering the terminals, you will see Line-in terminals and Motor-out terminals. If I remember correctly, the connection diagram is attached to the door or included in the instruction book.
442989
No your current system has a 80+5 capacitor because that's what your current engine requires. If order this motor, you can keep your current capacitor provided you've tested it properly and it is functioning properly. There's too numbers there, 80 and 5 so long as the first number is at least 50 that requirement is met. The second number is more precise. for example you could not go with a 50+7.5 capacitor, it has to be +5. In your case of having a 80+5, 80 is well higher rated than it needs to be so your good there, and the +5 is spot on so your current capacitor will work fine (again provided your capacitor hasn't gone bad.) Hope that helps. No your current system has a 80+5 capacitor because that's what your current engine requires. If order this motor, you can keep your current capacitor provided you've tested it properly and it is functioning properly. There's too numbers there, 80 and 5 so long as the first number is at least 50 that requirement is met. The second number is more precise. for example you could not go with a 50+7.5 capacitor, it has to be +5. In your case of having a 80+5, 80 is well higher rated than it needs to be so your good there, and the +5 is spot on so your current capacitor will work fine (again... » Read More No your current system has a 80+5 capacitor because that's what your current engine requires. If order this motor, you can keep your current capacitor provided you've tested it properly and it is functioning properly. There's too numbers there, 80 and 5 so long as the first number is at least 50 that requirement is met. The second number is more precise. for example you could not go with a 50+7.5 capacitor, it has to be +5. In your case of having a 80+5, 80 is well higher rated than it needs to be so your good there, and the +5 is spot on so your current capacitor will work fine (again provided your capacitor hasn't gone bad.) Hope that helps. « Show Less
758667
Hi, it depends on your motor,motor saver,etc. Make sure the voltage and amps are correct on it should work. Mine came with multiple adaptors so not connection problems. Thanks Brian
1366288
no it doesnt make a difference. most motors will run on voltages from 105 to 125 volts.
901596
Sorry to answer this late. It works with 120V at home, and it works with the food motor and hand. I both it couple years ago and it has worked really well always.