A 10 2 wire can typically be run up to 100 feet without experiencing significant voltage drop.
10-2 wire can be used to provide power to low-voltage lignts.
The main difference between 10-2 and 10-3 wire is the number of conductors they have. 10-2 wire has two conductors, typically used for a hot wire and a neutral wire. 10-3 wire has three conductors, typically used for a hot wire, a neutral wire, and a ground wire.
I assume you mean 10/2, as in 10 awg, 2 conductor copperwire? The answer is zero feet. Any time you run a current through a wire, there is voltage drop, no matter how short the wire is. The longer the wire, the larger the voltage drop will be. What you really want to know, I think, is how far you can run 10 awg wire and stay within the acceptable limit of voltage drop. In the US, the National Electrical Code recommends no more than 3% voltage drop for a branch circuit. In this case the maximum run of 10 awg wire (assuming a 30 amp breaker and a 120 V circuit) would be about 48 feet. If the maximum load is less than 30A, then the run could be longer. For instance, if the max load were 15 A, the max run would double, to about 96 feet. If the supply voltage is 240 V instead of 120, then the run length is double the above figures.
At 2 mph it will take you 60 mins to run 1 mile. Therefore after 10 mins running you will have covered (10/60) *2 = 0.33 of a mile.
That is a voltage of 75 v. The distance is calculated by allowing a 5% voltage drop in the resistance of the wire, or 3.75 v. With 20 amps and a voltage drop of 3.75 volts the allowed wire resistance is 0.1875 ohms. 10-AWG wire has a resistance of 1 ohm per 1000 ft, so the total length of wire allowed is 188 ft. Assuming 2 wires the allowable distance is 94 ft.
For an air conditioner installation, 10/2 wire should be used.
The amp rating for 10-2 wire is typically around 30 amps.
The amp rating for 10/2 wire is typically around 30 amps.
If you run for 10 minutes at a speed of 2 m/s, you will travel a total distance of 1200 meters. Distance = speed x time.
Yes, that is fine as long as the wire does not run underground. If it does run underground you need 14-2U wire.
No, NMD 90 14-2 wire is not suitable for a 2 hp 230 volt dust collector. You would need to use a wire with a higher ampacity such as NMD 90 10-3 wire to handle the current required for a 2 hp motor. Ensure to consult with a qualified electrician for proper wire sizing and installation.
Depends on how much wattage the load on this circuit will be. Definately not 14/2. Make sure to run the wire through conduit or use dedicated underground wire, and put this on a GFIC circuit.