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∙ 13y ago8 AWG.
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Electrical code wire sizing for motors has to be at 125% of the rated motor current. So the wire has to have the ability to handle 45 + 11.25 = 56.25 amps.
A #6 copper conductor with an insulation rating of 75 or 90 degrees C is rated at 65 amps.
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∙ 13y agoFor a compressor drawing 45 amps, you would need at least a 6-gauge wire to safely handle the current. It's important to consult the National Electric Code (NEC) or a professional electrician to ensure the wire size meets all safety requirements for the specific installation.
I would use a 300W power supply for a 250W appliance. It's recommended to have a power supply that can handle more than the actual wattage of the appliance to ensure efficient operation and prevent overloading. In this case, a 300W power supply would provide enough headroom to safely power the 250W appliance.
No, it is not possible to power a 110V appliance like a compressor directly from a 12V car battery, as the voltage is too low. You would need a power inverter to convert the 12V DC from the car battery to 110V AC that the compressor requires. Make sure the inverter is rated to handle the required amperage for the compressor.
To hook up a 10 hp compressor to a 3-phase power supply, connect the three hot wires from the power supply to the terminals L1, L2, and L3 on the compressor's motor starter. Connect the neutral wire (if required) to the N terminal. Lastly, connect the ground wire to the ground terminal. It's advisable to consult a professional electrician or the compressor's manual for specific instructions.
The voltage on a red wire from a power supply typically depends on the specific power supply being used. Common voltages for red wires in power supplies include +5V, +12V, and +24V, among others. It is important to check the specifications of the power supply to determine the exact voltage.
To calculate the voltage needed to achieve 800 watts, you can use the formula: Wattage = Voltage x Amperage. If we assume a standard power supply with an amperage of 10A, then the voltage required would be 80V (800W = 80V x 10A). Make sure your power supply can handle this output to safely achieve 800 watts.
it depends on if its household or portable, household would depends on where ur located in jamaica it would be 110v, for portability both here and abroad it would be 12-19v. i have a portable 800watt power for my household entertainment and its power supply is 12v, over 7amps.
To keep the power supply cool. If there were no fan the power supply would overheat and fail.
I believe this would be unwise, it would overload the power supply and it may overheat.
The size of the electric motor needed to run an air compressor depends on the power and efficiency of the compressor. A furnace blower motor may not be suitable as it is typically designed for a different purpose and may not have the power or durability required for an air compressor. It is recommended to use a motor specifically designed for air compressor applications to ensure proper performance and longevity.
That would depend on the power supply.
Assuming you are asking about the ac compressor, there would be two possibilities, blown fuse or low on freon.
This is not a job for the home fix-er-upper type. There are special tools required, and special training and Federal/EPA training and testing required for refrigerant recovering and recycling. Assuming, then, that you had all of this covered, you would: make the unit safe, disable and lockout the electrical power supply, Pull the refrigerant out of the system and store for later recycling, verify there is no pressure in the system, cut the pipes with a tube cutter leading to the compressor. Remove the power leads to the compressor. Remove the compressor. Mount the new compressor, Fit up new copper pipes and solder them in with a nitrogen purge and limited flux. Connect the power leads. Put a deep vacuum on the system and check for leaks. Charge the system with the correct number of pounds/ounces of refrigerant. Start the system and test run, checking the system pressures with guages to verify proper operation. Put all the panels back on, (with ALL the screws).
It is not necessary in many cases, but in places like operating rooms and emergency rooms, power is absolutely required for lighting and running equipment. People would die if power went off.
Computers require their own internal power supply because the power required to power most newer computers, especially with high-end graphics cards, would require a bulky power supply which wouldn't be ideal in transporting computers or aesthetically. Also, with all of the other internal parts of a computer, some type of power interface would be necessary within the PC anyway, so why not just bundle it all together?
what size wire would be required for an ak012 with a power supply of 208/240-3-60 hz
Maybe the compressor clutch is not being sent power from the switch in the cab. I'd yank the panel out and have a look at the switch. FriPilot
It would be safer and to purchase a new power supply,a repaired power supply might pose a fire hazzard.