Wiki User
∙ 11y agoThis is a voltage drop question and without a voltage the question can not be answered. As service voltages increase the wire size is allowed to be reduced. Assuming that the 200 amp service is for a home, the voltage of 240 volts will be used in the calculation.
A 3/0 copper conductor will limit the voltage drop to 3% or less when supplying 200 amps for 160 feet on a 240 volt system.
The code should be consulted on this installation as the utility company might not allow wires with no over current protection to come from the bottom of their meter to an underground service. There is a meter base in the market place that has an over current device mounted directly below the meter socket. This breaker will fulfill the requirement if the utility company says no to your original installation idea.
Wiki User
∙ 11y agoThe formula you are looking for is I = W/E.
The breaker size for a 160KVA UPS would depend on the specific model and manufacturer specifications. It is recommended to consult the UPS installation manual or contact the manufacturer to determine the correct breaker size for your specific UPS model.
The breaker size for a Goulds Century pump 1081 would depend on the specific model and voltage requirements. Refer to the owner's manual or the nameplate on the pump motor for the correct breaker size recommended by the manufacturer. It is important to match the breaker size with the electrical requirements to ensure safe operation.
For a TNIA 10 (Thermal Magnetic Circuit Breaker), the appropriate breaker size would depend on the specific requirements and rating of the circuit it is protecting. The breaker size should be chosen to match the maximum current rating of the circuit it is installed on to ensure proper protection against overcurrent. It is recommended to consult the manufacturer's specifications and guidelines for selecting the correct breaker size for the TNIA 10.
To wire a 100 amp breaker box and safety switch from the power meter, you will need to connect the hot wire from the meter to the main breaker in the breaker box. From there, you will connect the individual circuits to the breakers. The safety switch should be connected after the breaker box to provide an additional level of protection. It's crucial to follow all local building codes and regulations when performing electrical work.
The formula you are looking for is I = W/E.
The breaker size for a 160KVA UPS would depend on the specific model and manufacturer specifications. It is recommended to consult the UPS installation manual or contact the manufacturer to determine the correct breaker size for your specific UPS model.
The breaker size for a Goulds Century pump 1081 would depend on the specific model and voltage requirements. Refer to the owner's manual or the nameplate on the pump motor for the correct breaker size recommended by the manufacturer. It is important to match the breaker size with the electrical requirements to ensure safe operation.
In standard construction this would require a 15 amp breaker and 14 gauge copper wire.
For a TNIA 10 (Thermal Magnetic Circuit Breaker), the appropriate breaker size would depend on the specific requirements and rating of the circuit it is protecting. The breaker size should be chosen to match the maximum current rating of the circuit it is installed on to ensure proper protection against overcurrent. It is recommended to consult the manufacturer's specifications and guidelines for selecting the correct breaker size for the TNIA 10.
To wire a 100 amp breaker box and safety switch from the power meter, you will need to connect the hot wire from the meter to the main breaker in the breaker box. From there, you will connect the individual circuits to the breakers. The safety switch should be connected after the breaker box to provide an additional level of protection. It's crucial to follow all local building codes and regulations when performing electrical work.
AWG # 10 wire.
When installing a circuit breaker, you size the breaker based on the wire size. The breaker should be matched to the ampacity of the wire to ensure proper protection against overloads and short circuits. The device being controlled by the breaker is not a determining factor in sizing the breaker.
A 100-A sub-panel would be fed from a 100-A breaker.
Add up your amps to calculate your breaker size. Add up your loads (amps), divide by 0.8, and choose that size breaker. If that number does not correspond to a standard size breaker you go to the next higher standard size breaker.
In North America this size breaker could be used on a welding machine. A range in the home would use a 40 amp two pole breaker.
The breaker size for a 10 KVA electric heater would depend on the voltage it operates at. For example, for a 240V heater, you would need a 41.67 Amp breaker (10,000 VA / 240V = 41.67 A). It is important to consult with a licensed electrician to ensure the correct breaker size and electrical setup for your specific heater.