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Ask an Electrician to install a Buck Boost Step-Down Transformer.

They commonly look like:

Buck Boost Step-Down Transfor,er

A common wiring diagram will look like:

schematic

Ensure the transformer has an amperage rating that equals or surpasses your HVAC/R Unit. The Electrician doing the install will have the expertise to install the proper one the proper way.

ChrisChris is correct, that induction motors (such as a blower/fan) has a "range" of + or - 10%, and if you are supplying voltage that is within that range, you should have no problem. However, you are supplying a pretty high range to begin with and does not leave very much room for voltage fluctuations throughout the day.

This is also why it is common for a water heater to have a buck boost transformer, to assist with voltage fluctuations for safety and reliability.

There are two main byproducts of electricity: Heat and Magnetism. The longer something runs, the warmer it gets. The warmer it gets, the more resistance on the circuit. The more resistance on the circuit, the lower the current and the higher the voltage. It is a vicious cycle.

I would also ask that Electrician what your power supply is from the utility company. If your voltage is running higher than 220VAC in most countries, and higher than 240VAC in other countries, then something could be wrong and could start effecting other equipment within your home.

Ask an Electrician to install a Buck Boost Step-Down Transformer.

They commonly look like:

Buck Boost Step-Down Transfor,er

A common wiring diagram will look like:

schematic

Ensure the transformer has an amperage rating that equals or surpasses your HVAC/R Unit. The Electrician doing the install will have the expertise to install the proper one the proper way.

Chris is correct, that induction motors (such as a blower/fan) has a "range" of + or - 10%, and if you are supplying voltage that is within that range, you should have no problem. However, you are supplying a pretty high range to begin with and does not leave very much room for voltage fluctuations throughout the day.

This is also why it is common for a water heater to have a buck boost transformer, to assist with voltage fluctuations for safety and reliability.

There are two main byproducts of electricity: Heat and Magnetism. The longer something runs, the warmer it gets. The warmer it gets, the more resistance on the circuit. The more resistance on the circuit, the lower the current and the higher the voltage. It is a vicious cycle.

I would also ask that Electrician what your power supply is from the utility company. If your voltage is running higher than 220VAC in most countries, and higher than 240VAC in other countries, then something could be wrong and could start effecting other equipment within your home.

Ask an Electrician to install a Buck Boost Step-Down Transformer.

They commonly look like:

Buck Boost Step-Down Transfor,er

A common wiring diagram will look like:

schematic

Ensure the transformer has an amperage rating that equals or surpasses your HVAC/R Unit. The Electrician doing the install will have the expertise to install the proper one the proper way.

Chris is correct, that induction motors (such as a blower/fan) has a "range" of + or - 10%, and if you are supplying voltage that is within that range, you should have no problem. However, you are supplying a pretty high range to begin with and does not leave very much room for voltage fluctuations throughout the day.

This is also why it is common for a water heater to have a buck boost transformer, to assist with voltage fluctuations for safety and reliability.

There are two main byproducts of electricity: Heat and Magnetism. The longer something runs, the warmer it gets. The warmer it gets, the more resistance on the circuit. The more resistance on the circuit, the lower the current and the higher the voltage. It is a vicious cycle.

I would also ask that Electrician what your power supply is from the utility company. If your voltage is running higher than 220VAC in most countries, and higher than 240VAC in other countries, then something could be wrong and could start effecting other equipment within your home.
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Ruut
Ruut
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  • 9

Ask an Electrician to install a Buck Boost Step-Down Transformer.

They commonly look like:

Buck Boost Step-Down Transfor,er

A common wiring diagram will look like:

schematic

Ensure the transformer has an amperage rating that equals or surpasses your HVAC/R Unit. The Electrician doing the install will have the expertise to install the proper one the proper way.

Chris is correct, that induction motors (such as a blower/fan) has a "range" of + or - 10%, and if you are supplying voltage that is within that range, you should have no problem. However, you are supplying a pretty high range to begin with and does not leave very much room for voltage fluctuations throughout the day.

This is also why it is common for a water heater to have a buck boost transformer, to assist with voltage fluctuations for safety and reliability.

There are two main byproducts of electricity: Heat and Magnetism. The longer something runs, the warmer it gets. The warmer it gets, the more resistance on the circuit. The more resistance on the circuit, the lower the current and the higher the voltage. It is a vicious cycle.

I would also ask that Electrician what your power supply is from the utility company. If your voltage is running higher than 220VAC in most countries, and higher than 240VAC in other countries, then something could be wrong and could start effecting other equipment within your home.