I'm concerned that you may have bought a tool with a three-phase industrial motor, and if you did you've got a problem: they don't bring three-phase off the pole in residential areas. I certainly wish they would--three-phase motors on central air handlers would save America a LOT of power--but you can understand the reason they don't, mainly people like me would put huge arc welders in our garages.
Anyway, if you've got a three-phase motor you need to do one of two things: install a "phase converter" to change single-phase to three-phase, or replace the motor. Don't do this! The fuses, breakers and outlets on a household 240 Volt power circuit should be left as they are to supply standard 240 Volt domestic appliances such as clothes dryers, water heaters, kitchen ranges, etc. and nothing else.
If you want to use a 120 volt appliance in the same location and there is no wall outlet yet, it is only safe to install a new 120 volt circuit by fitting a new 20 Amp breaker and run new wiring, of the correct size for the length of run, all the way from the breaker panel to the new 120 Volt socket outlet.
Before you do this you must check the Wiring Code or Wiring Regulations for your locality (town/state) to be sure you know if the new circuit needs a protective device such as a GFCI or RCD.
In most places a GFCI or RCD will be mandatory if the new socket outlet is to be installed in a place that is likely to be subject to water spray, wet or damp floors, walls or ceilings. This includes kitchens, bathrooms or shower rooms, or anywhere outside the building such as pool areas.
Hire an electrician to wire you in the proper line to a new receptacle, with proper-size circuit breakers on the main supply panel and proper-sized wiring in the circuit.
If you try to wire this yourself you would be risking electrocution for yourself or other members of your household.
If you don't include the right size breakers in the circuit you risk starting a house fire.
A 40 to 55 ampere table saw? That's 13200 watts at 240 volts! What are you sawing?
There also might be another reason for the #6 wire:
- A number of table saws on the same 55 amp circuit, requiring #6 wires throughout the circuit
- Ampere rating might be to handle locked rotor current of the saw
- A long cable run from the breaker box to the saw
- A local law requiring heavier wiring
- A low motor voltage (used in an environment where high voltages are a hazard)
- A DC motor
- A requirement for flexible cord size in an area where frequent movement occurs
Note that 120 volt power tools should be on 20 amp breakers, not 15 amp.
<><><>
As always, if you are in doubt about what to do, the best advice anyone should give you is to call a licensed electrician to advise what work is needed.
Before you do any work yourself,
on electrical circuits, equipment or appliances,
always use a test meter to ensure the circuit is, in fact, de-energized
IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOB
SAFELY AND COMPETENTLY
REFER THIS WORK TO QUALIFIED PROFESSIONALS.
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.
This depends upon the circuit breaker capacity. You may never load a circuit to greater than 80% of it's capacity. So you may load up to 12 Amps on a 15 Amp circuit, and, 16 Amps on a 20 Amp circuit. The National Electrical Code requires you to calculate each receptacle at 180 VA. If the circuit is 120 volts and 15 amps, you would have 1800 VA, divide by 180 VA per receptacle, equals 10 receptacles per circuit (minus the wattage of each luminaire or light fixture added to the circuit, before dividing by the 180 VA). If the circuit is 120 volts and 20 amps, you would have 2400 VA, divide by 180 VA per receptacle, equals 13.333 receptacles per circuit (round down to 13 receptacles),(minus the wattage of each luminaire or light fixture added to the circuit, before dividing by the 180 VA).
The red and black wires are your hot wires, which connect to the two brass screws on the receptacle. The white wire is your neutral wire, which connects to the silver screw. The copper wire is your ground wire, which connects to the green screw. Make sure to turn off the power before making any connections.
No. You need 20 amp receptacles. ( if a single receptacle on an individual brach circuit NEC 210.21 (B)(1) ) Yes you can use a 15 amp receptacles on a 20 amp breaker in the states but not in canada. ( branch circuit supplying two or more receptacle NEC 210.21(B)(3) ) 15 amp receptacle on a 20 amp circuit is not code, partly because 20 amp circuits use #10 ga wire, which does not fit unto a 15 amp receptacle,(can be forced but lots of work.) Also a 15 amp receptacle will not take the 18 amps continuios that a 20 amp recep. will. ( It is code, see above. 14 awg = 15 amp, 12 awg = 20 amp, 10 awg = 30 amp ) 20 amp wire is 12 gauge not 10 Yes you can use 15A outlets and swithes on 20 amp breakers they are UL listed for 20 amp even if they are stamped for 15A as long as the wire is 12ga to. ( NEC Table 210.21 (B)(3) )
NCL on a circuit breaker typically stands for "No Connection Left". This indicates that the circuit breaker has no spare or additional connections available. It is important to adhere to the maximum number of connections specified for the circuit breaker to ensure safe and proper operation.
Each side of the connection allocates their own circuit number, so there is no reason why they should be the same.
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.
A pigtail joint is used where a number of wires must be consolidated into just one to make a connection. For instance, say you have an outlet box where you have to wire a receptacle. The only problem is you have too many wires. One comes from the breaker, one goes to the next recep, and a third goes to a light switch to feed the room light fixture. You have three hot wires, but there is no legal and safe way to terminate three wires on the recep. So, you cut a short piece of wire a few inches long. With the proper size wire-nut, you tie all three hot wires and your short piece (the pigtail) together. Now you have a single wire that will fit nicely on the receptacle. Of course, you would do the same with the neutral and ground.
There are a number of ways to connect a laptop to a receiver, and the type of receiver will determine what methods can be applied to make the connection. A more specific question will yield a more specific answer.
This depends upon the circuit breaker capacity. You may never load a circuit to greater than 80% of it's capacity. So you may load up to 12 Amps on a 15 Amp circuit, and, 16 Amps on a 20 Amp circuit. The National Electrical Code requires you to calculate each receptacle at 180 VA. If the circuit is 120 volts and 15 amps, you would have 1800 VA, divide by 180 VA per receptacle, equals 10 receptacles per circuit (minus the wattage of each luminaire or light fixture added to the circuit, before dividing by the 180 VA). If the circuit is 120 volts and 20 amps, you would have 2400 VA, divide by 180 VA per receptacle, equals 13.333 receptacles per circuit (round down to 13 receptacles),(minus the wattage of each luminaire or light fixture added to the circuit, before dividing by the 180 VA).
Connect the broadband connection to a router, and connect the router ports to the individual systems. If necessary, extend the number of ports on the router by attaching a switch to one of the router ports and attaching multiple clients to the switch.
you connect to Nintendo wifi connection for the first time. then you check your pal pad for your friend code
Router will allow you connect multiple computers to one internet connection.
The red and black wires are your hot wires, which connect to the two brass screws on the receptacle. The white wire is your neutral wire, which connects to the silver screw. The copper wire is your ground wire, which connects to the green screw. Make sure to turn off the power before making any connections.
No. You need 20 amp receptacles. ( if a single receptacle on an individual brach circuit NEC 210.21 (B)(1) ) Yes you can use a 15 amp receptacles on a 20 amp breaker in the states but not in canada. ( branch circuit supplying two or more receptacle NEC 210.21(B)(3) ) 15 amp receptacle on a 20 amp circuit is not code, partly because 20 amp circuits use #10 ga wire, which does not fit unto a 15 amp receptacle,(can be forced but lots of work.) Also a 15 amp receptacle will not take the 18 amps continuios that a 20 amp recep. will. ( It is code, see above. 14 awg = 15 amp, 12 awg = 20 amp, 10 awg = 30 amp ) 20 amp wire is 12 gauge not 10 Yes you can use 15A outlets and swithes on 20 amp breakers they are UL listed for 20 amp even if they are stamped for 15A as long as the wire is 12ga to. ( NEC Table 210.21 (B)(3) )
The uplink is a crossover port which allows a connection to another hub, thus extending the number of clients you can connect on the network.
NCL on a circuit breaker typically stands for "No Connection Left". This indicates that the circuit breaker has no spare or additional connections available. It is important to adhere to the maximum number of connections specified for the circuit breaker to ensure safe and proper operation.