12 lead out motor is generally with two different set of winding usually for double speed application. 6 lead connection is to enable star delta starter. With 12 lead the motor can be connected in star delta and for two speed application. It is better to explain with proper wiring diagram only so that no mistake is done.
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The 12 lead motor is a very versatile motor and can be connected in numerous ways. It is a dual speed motor and can be wired as star delta. If you are interested, start a Discussion Page and I will see if I can help you.
you would have to put some type of resistor in the circuit with the motor...the resistor would have to be in series with the motor and would have to be of a high enough value to lower the voltage by 9 volts....There is a formula for working this out but you would need the amperage of the motor to figure this....
The power circuit begins at the wall. The control circuit comes in over the cable. If you touch the power circuit, you get a shock. If you touch the wire from the cable, nothing happens. The power contains the power to give the light to the television screen. The cable tells it what picture to show. Now, if you look at your Circuit diagram, you will see where the power comes to the computer. It might say +5v or +12v or it could show and input of 110 volts and an output of +5 and +12. There probably is also a -5 and -12 somewhere. Those are your power circuits. They power the entire computer. If you look closely at your wiring diagram, a wire from that goes to every transistor in your computer. The control circuits are likely to go anywhere. They carry data. The power circuits all go back to one point. The control circuits do not.
You have to wire both the run and start windings. The start windings will automatically be removed from the circuit once the motor is at 75% of normal speed. The start winding gives you more torque to start the motor.
expecto patronum! ~:)
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This is a text-only site and was not designed to show circuit diagrams, but there are lots of circuit diagrams available elsewhere!Just put "power invertor circuit diagram" or similar wording into your favorite web search engine and you'll be given lots of links to them.A link to a very typical circuit diagram for a 12 volts dc to 230 volts ac invertor is given as a Related Link below this answer.
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The 12 lead motor is a very versatile motor and can be connected in numerous ways. It is a dual speed motor and can be wired as star delta. If you are interested, start a Discussion Page and I will see if I can help you.
You need to take a 12 Volt circuit tester and trace back from the motor; you must not be getting current. Test the switch and the ground to the motor also. Mark
you would have to put some type of resistor in the circuit with the motor...the resistor would have to be in series with the motor and would have to be of a high enough value to lower the voltage by 9 volts....There is a formula for working this out but you would need the amperage of the motor to figure this....
The motor would operate above its rated RPM. The motor would start to get hot as the current draw would be greater. This might eventually burn the insulation off of the windings and cause the motor to short circuit.
12 gauge wire is used for household plugins, and 14 gauge wire is used for lights. So, 12 gauge is the size to use. But since a freezer has an electric motor, it is best to not plug anything else with a motor into the same circuit.
A reversal of polarity in a 12-volt motor can occur if the wiring connections are switched or if a DPDT (double pole, double throw) switch is used to change the direction of current flow through the motor. It can also happen if a control circuit such as an H-bridge is used to control the motor direction.
The power circuit begins at the wall. The control circuit comes in over the cable. If you touch the power circuit, you get a shock. If you touch the wire from the cable, nothing happens. The power contains the power to give the light to the television screen. The cable tells it what picture to show. Now, if you look at your Circuit diagram, you will see where the power comes to the computer. It might say +5v or +12v or it could show and input of 110 volts and an output of +5 and +12. There probably is also a -5 and -12 somewhere. Those are your power circuits. They power the entire computer. If you look closely at your wiring diagram, a wire from that goes to every transistor in your computer. The control circuits are likely to go anywhere. They carry data. The power circuits all go back to one point. The control circuits do not.
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