ear3
Member
- Joined
- Jul 24, 2014
- Messages
- 4,341
My knowledge of electrical is limited -- not much beyond the charts you find on the back of extension cord packaging telling you amp limits for specific cord lengths.
So at the jobsite I just moved into, the power situation is going to be pretty poor until we get someone in to do some work -- site hasn't been used in a few years, and currently I have one working outlet about 75 feet away from my work station, though it's run off a 20amp circuit.
I've run a 100 foot 10 gauge extension cord to draw power, but am wondering whether I might need to do another. Here will be the basic load I'm putting: Kapex + CT, 1000 Watt worklight, and then the occasional reload of the PC portable air compressor. There's also a portable fan and a Milwaukee radio/battery charger -- oh and a small fluorescent sign. Given that the Kapex/CT and compressor draw will be intermittent (and will rarely, if ever, run at the same time), do you think I will be good on a single 100ft 10 gauge cord for right now?
Also, am I correct in assuming that the danger of tool motor degradation is not so much from overloading a circuit but rather when you use insufficient gauge cords to run power?
So at the jobsite I just moved into, the power situation is going to be pretty poor until we get someone in to do some work -- site hasn't been used in a few years, and currently I have one working outlet about 75 feet away from my work station, though it's run off a 20amp circuit.
I've run a 100 foot 10 gauge extension cord to draw power, but am wondering whether I might need to do another. Here will be the basic load I'm putting: Kapex + CT, 1000 Watt worklight, and then the occasional reload of the PC portable air compressor. There's also a portable fan and a Milwaukee radio/battery charger -- oh and a small fluorescent sign. Given that the Kapex/CT and compressor draw will be intermittent (and will rarely, if ever, run at the same time), do you think I will be good on a single 100ft 10 gauge cord for right now?
Also, am I correct in assuming that the danger of tool motor degradation is not so much from overloading a circuit but rather when you use insufficient gauge cords to run power?