To determine how many lights can run off a 6 amp breaker, you need to know the wattage of each light. For example, if each light consumes 60 watts, you can calculate the total wattage by dividing the breaker's amperage by the voltage (typically 120 volts in residential settings). Therefore, with a 6 amp breaker and 120-volt system, you can run approximately 720 watts worth of lights (6 amps x 120 volts). To find out how many lights can run off this breaker, divide the total wattage by the wattage of each light.
It depends on the wattage of each light. To calculate the number of lights, you would divide the total wattage by the voltage of the circuit (usually 120V in the US). For example, on a 120V circuit, you could potentially run around 720 watts worth of lights (6 amps x 120 volts), so the number of lights would depend on the wattage of each individual light.
A 60 watt light bulb, powered by a 120 volt circuit (obviously), will use .5 amps of electricity. Subtract a 25% safety margin from the breaker size (1.5 amps in this example) and you are left with 4.5 amps. .5 goes in to 4.5 eight times.
That formula can be used for calculating all electrical loads (the PIE Formula).
"P" for power in volts (120 or 240) times "I" (amps) equals "E" for energy used (in watts).
Don't forget to leave the "margin of safety".
Hope this helps.
Generally, a 15 amp breaker can safely handle around 1440 watts of power. The number of lights that can run off this breaker depends on the wattage of each light. As a guideline, if each light consumes around 60-75 watts, you can safely run about 16-24 lights on a 15 amp breaker.
On a 15 amp breaker, you can draw up to 120 volts in a standard residential circuit. The voltage remains constant at 120 volts, but the amperage capacity is what is limited by the 15 amp breaker.
No, it is not okay to replace a 20 amp breaker with a 40 amp breaker. Breakers are designed to protect the electrical wiring in your home, and using a higher amp breaker can overload the circuit and create a fire hazard. Always use the correct amperage breaker for the circuit.
To replace a 15 amp breaker, first shut off the main power to the circuit box. Then, remove the cover of the circuit box and unscrew the old breaker. Disconnect the wires attached to the old breaker, connect them to the new 15 amp breaker, and securely screw it in place. Finally, turn the main power back on to restore electricity.
Yes, considering you can do that on 15 amp breaker easy.Experience in construction field. The worst that will happen is that the breaker will trip off after a few minutes.In the formula W = A x V. W = 20 x 120 = 2400 watts. If you want you can operate two 1000 watt lamps from a 20 amp breaker operating on 120 volts.
Generally, a 15 amp breaker can safely handle around 1440 watts of power. The number of lights that can run off this breaker depends on the wattage of each light. As a guideline, if each light consumes around 60-75 watts, you can safely run about 16-24 lights on a 15 amp breaker.
On a 15 amp breaker, you can draw up to 120 volts in a standard residential circuit. The voltage remains constant at 120 volts, but the amperage capacity is what is limited by the 15 amp breaker.
Rule of thumb would be 8.
No, it is not okay to replace a 20 amp breaker with a 40 amp breaker. Breakers are designed to protect the electrical wiring in your home, and using a higher amp breaker can overload the circuit and create a fire hazard. Always use the correct amperage breaker for the circuit.
I really need more detailed information to answer your question. How many lights were added and what wattage bulbs are being used? For a 15-amp breaker, the maximum wattage it would handle would be around 1650 watts. This would be about 16 100-watt bulbs. Does your breaker trip immediately when you turn the light switch on? If you have an ohmmeter you can check the tripped breaker. Put one lead on the black "hot" wire coming from the breaker. Remember, the breaker must be off. Then put the other lead on the ground bar. If the ohm reading is very low, close to 2 ohms, then you have a direct short to ground somewhere in your wiring.
Anything that does not pull over 50 amps.
To replace a 15 amp breaker, first shut off the main power to the circuit box. Then, remove the cover of the circuit box and unscrew the old breaker. Disconnect the wires attached to the old breaker, connect them to the new 15 amp breaker, and securely screw it in place. Finally, turn the main power back on to restore electricity.
Use AWG 12/2 with ground.
Not if it's functioning properly. The purpose of a circuit breaker is to shut off power if the circuit exceeds the rated power capacity of the wires. Don't plan to exceed the 30 Amp capacity of your house wiring; the results will be destructive.
Yes, considering you can do that on 15 amp breaker easy.Experience in construction field. The worst that will happen is that the breaker will trip off after a few minutes.In the formula W = A x V. W = 20 x 120 = 2400 watts. If you want you can operate two 1000 watt lamps from a 20 amp breaker operating on 120 volts.
Ground wire connects to the ground bar, white wire connects to the neutral bar, and black wire connects to the breaker. Be sure and turn off main breaker before installing the wire or the breaker.
There are two things to think about here. First of all a 200 amp breaker will not physically fit into a 100 amp panel. This is so designed because the panel buss is not designed to conduct 200 amps before the current is cut off. A 100 amp rating on the panel is the maximum amount of current that the manufacturer states, that can be handled safely. Second if the 200 amp breaker is in the main panel then everything downstream from that breaker has to be rated for 200 amp conductivity. The wire size will have to be 3/0 from the breaker to the first over current device in the sub panel which will be the sub panel's main breaker. The sub panel can not be a load center but will have to be a combination panel. I doubt that the 100 amp sub panel's main breaker lugs would be large enough to connect the 3/0 cable.