This is a condition that should not happen under normal conditions. In North America the smallest home breaker is 15 amps. If a fault current is higher that the breaker setting the breaker will trip.The only way the breaker could have tripped is, if when screwing the bulb out, the feed wires feeding the light socket turned and shorted out against each other.Turn the power feed off and thoroughly check the feed wires. Make sure that the insulation is good all the way to the terminal points.As a side note, if the circuit that the fixture is connected to is fully loaded to say 13 amps it would only take an additional 2 amps to trip the breaker. If the bulb flashed when you started turning the bulb out, this is most likely what happened.
On a 15 amp household breaker there is no terminal on the in feed of the breaker. The breaker either plugs into the distribution panel's bus bar or it bolts to the distribution's bus bars. The feed conductor connects to the load side of the breaker at its terminal lug.
It is generally not recommended to run an additional breaker panel in parallel with an existing one. This can create potential safety hazards, overload circuits, and violate electrical codes. It is best to consult with a licensed electrician to properly assess the situation and determine the best course of action.
To determine the amps of a breaker box, look at the main breaker or label inside the panel. The number on the main breaker indicates the maximum amperage that the breaker box can handle. Make sure not to exceed this amperage to prevent electrical hazards.
no, load will brake at 30 not 15 as needed
A breaker is a device that is used to connect and disconnect the buss bars of an electrical panel to the feed end of wires that feed an electrical load. The function of a breaker is to protect the wires from an overload by the use of an internal thermal trip, and to protect the load and wires from a short circuit by use of an internal magnetic trip.
The answer to the first part of your question is yes but the wire size has to be of a size specified in the electrical code for wires connected in parallel. As for the second part of the question the total current output is governed by the current draw of the load. It is the load current that governs the parallel wire size and the trip capacity of the breaker.
This is a condition that should not happen under normal conditions. In North America the smallest home breaker is 15 amps. If a fault current is higher that the breaker setting the breaker will trip.The only way the breaker could have tripped is, if when screwing the bulb out, the feed wires feeding the light socket turned and shorted out against each other.Turn the power feed off and thoroughly check the feed wires. Make sure that the insulation is good all the way to the terminal points.As a side note, if the circuit that the fixture is connected to is fully loaded to say 13 amps it would only take an additional 2 amps to trip the breaker. If the bulb flashed when you started turning the bulb out, this is most likely what happened.
On a 15 amp household breaker there is no terminal on the in feed of the breaker. The breaker either plugs into the distribution panel's bus bar or it bolts to the distribution's bus bars. The feed conductor connects to the load side of the breaker at its terminal lug.
If the two wires are on a parallel feed you would read the current through the parallel feeders. If the two wires are "hot " to the load and return back from the load the meter will read zero. The two magnetic fields that surround the wires when a current flows through them will cancel each other. As a result of this there will be no magnetic induction induced into the sensing coil of the clamp on meter.
If the two wires are on a parallel feed you would read the current through the parallel feeders. If the two wires are "hot " to the load and return back from the load the meter will read zero. The two magnetic fields that surround the wires when a current flows through them will cancel each other. As a result of this there will be no magnetic induction induced into the sensing coil of the clamp on meter.
You will have to buy a 240 V breaker that fits in your electric panel. Look for brand of breaker. It will require two slots in the panel and the panel must support 240 V. You can usually tell by looking at the feed wires from the meter. There will be three thick wires and a ground. Usually Black and Red are the 240. The panel is designed so that every other slot is on a separate leg. There is 120 V between white and either black or red feed wires. A 240 V breaker is wider to bridge two bus bars. There will be two terminals on the breaker. there is 240 V across these terminals. Determine how much current you need and size the wire accordingly. You would need 10/3 + ground for a 30 A current.
It is generally not recommended to run an additional breaker panel in parallel with an existing one. This can create potential safety hazards, overload circuits, and violate electrical codes. It is best to consult with a licensed electrician to properly assess the situation and determine the best course of action.
Longitudinal feed is parallel to the axis of rotation of the spindle. Cross feed is perpendicular.
The sub-panel need to be fed from the main panel, by way of a circuit breaker connected to one of the breaker locations. Or if your sub-panel has a main breaker installed you can feed from the main panel with a sub-feed lug kit. This looks like a breaker, but is only a point where you can branch off the sub panel.
You bring in the two phases from the main panel plus a neutral wire and a ground wire. you land the two hot wires on the two hot lugs at the top of the panel and the neutral wire to the neutral buss.and the ground wire to the ground buss strip. when you take power from a single breaker and the neutral, its 110. when you pull power from both hots on a 2 pole breaker with no neutral, its 220 If you dont have a set of lugs at the top, you can feed into a two pole breaker mounted in the panel.Make sure your panel has a two phase lug mount. to check to make sure, with the breaker mounted and no power wires connected and all the breakers except your new 2 pole breaker off. use an ohm meter to make sure that there is no conductivity between the two pole breaker terminals. if there is conductivity, thre panel is not suitable to feed with 220, its a 110 panel, with only one phase back board.
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