The purpose of the SEC's circuit breakers rule is to:
Yes, as long as you don't exceed the amperage of the breaker. Say your double pole is 30 amps. You want to run a clothes dryer that uses 10 amps, and a welder that uses 20. They both run off of 220v. You can dry your clothes when you are not welding. You can weld when you are not drying clothes. If you try to do both at once, you may or may not trip the breaker. Technically, you can run as many 220v plugs as you want, as long as you don't exceed the breaker's rating. Say you had a 5 amp air compressor, a 5 amp water pump, and a 10 amp clothes dryer. You can run all three at the same time. Just remember, as you increase voltage, you decrease amperage.
Some local electrical codes don't allow mini breakers, so check with local codes before you install them. As a general rule the total load of all breakers should not exceed the supply load of the main. As a general rule the total load of all breakers should not exceed the supply load of the main. This is not a true statement . You will find that if you add up all the breakers, in most cases the total will exceed the main breaker total. On a 42 circuit board at 15 amp breakers the total will come to 630 amps. The way code looks at it is that not all circuits will be on at once and not all at full load. The main breaker only protects the service entrance wires. If the amperage of the main service wires becomes greater than that of the wire rating then the main breaker will trip.
Rule of thumb is about 8 unless it is a dedicated circuit. The NEC has no requirements on the number of receptacles that can be on a circuit in a residential setting. The circuit should be layed out to only cover 500 sq. feet. A single room of 500 sq. feet, you could put as many receptacle as you want on one circuit.
There isn't a formula, but the general rule is that you allow for 1 amp per outlet and you load the circuit to 80% of maximum. For a 15 Amp circuit you can have a maximum of 12 outlets.
Depends on what you have connected to the circuit. It is less than 10 amps or the breaker would trip. A rule of thumb is you design for about 80% load related to the breaker. For 20 amps that would equal 16 amps.
did the kwakiutl have tribe rule breakers
20hp = 14.92kW 14.92kW / X Voltage= X Amps Rule of thumb for fuses: X Amps x 1.5 = Y Amps Fuse Rule of thumb circuit breakers: X Amps x 1.2 = Y Amps Circuit Breaker
Yes, as long as you don't exceed the amperage of the breaker. Say your double pole is 30 amps. You want to run a clothes dryer that uses 10 amps, and a welder that uses 20. They both run off of 220v. You can dry your clothes when you are not welding. You can weld when you are not drying clothes. If you try to do both at once, you may or may not trip the breaker. Technically, you can run as many 220v plugs as you want, as long as you don't exceed the breaker's rating. Say you had a 5 amp air compressor, a 5 amp water pump, and a 10 amp clothes dryer. You can run all three at the same time. Just remember, as you increase voltage, you decrease amperage.
No, the 3d Circuit has not ruled on it.
No, the 4th Circuit has not ruled on it.
No, the 6th Circuit has not ruled on it.
No, the 10th Circuit has not ruled on it.
No, the 11th Circuit has not ruled on it.
You are asking about the SEC's circuit breakers http://www.sec.gov/answers/circuit.htm "The securities and futures markets have circuit breakers that provide for brief, coordinated, cross-market trading halts during a severe market decline as measured by a single day decrease in the Dow Jones Industrial Average (DJIA). There are three circuit breaker thresholds-10%, 20%, and 30%-set by the markets at point levels that are calculated at the beginning of each quarter. The formulas for these thresholds are set forth in the New York Stock Exchange (NYSE) Rule 80B."
The purpose of the All India home rule league was to help in the development of the sport locally.
if you drop a piece of food on the ground some people believe you have 5 secs to pick it up otherwise its not eat able
Some local electrical codes don't allow mini breakers, so check with local codes before you install them. As a general rule the total load of all breakers should not exceed the supply load of the main. As a general rule the total load of all breakers should not exceed the supply load of the main. This is not a true statement . You will find that if you add up all the breakers, in most cases the total will exceed the main breaker total. On a 42 circuit board at 15 amp breakers the total will come to 630 amps. The way code looks at it is that not all circuits will be on at once and not all at full load. The main breaker only protects the service entrance wires. If the amperage of the main service wires becomes greater than that of the wire rating then the main breaker will trip.