What type of cord should I use for a fair vendor to power a small stand. I only need it to power one outlet, but heavy duty to be walk and drive over?
I don't know it it's code compliant or not, but I have seen this done with a double run of 1X2's or 2X4's laid flat with the cable down the middle of the run.cords are not suitable for being driven on. walking on them presents a trip hazard. either route them where they are out of the way or protect them in some way.
personally, I would just go to the local big box lumber yard and get a heavy duty extension cord of the appropriate length and gauge.
How does it heat up at the far end? The current is the same for the full length as is the resistance per foot. The I?R losses, that produce the heat in the cord, will be the same at all points. Now if you are saying the heat is at the termination points, that I can understand.... Remember your power may be coming from hundreds of feet away and the cords tend to heat up at the far end. ...
1. The termination points, particularly where several cords plug into one set of receptacles, can get hot without someone at the load end noticing it.How does it heat up at the far end? The current is the same for the full length as is the resistance per foot. The I?R losses, that produce the heat in the cord, will be the same at all points. Now if you are saying the heat is at the termination points, that I can understand.
No one said anything about multiple loads tapped along the run of the cord.1. The termination points, particularly where several cords plug into one set of receptacles, can get hot without someone at the load end noticing it.
2. If one length of cord, in several sections, is supplying more than one booth, the current will be highest at the source end.
No one said there were not either. Depends on how the street fair or fair is set up and where the power is coming from and whether the OP is responsible for one booth or the whole fair.No one said anything about multiple loads tapped along the run of the cord.
But in addition, Murphy's law clearly states that if both ends of cord are equally likely to heat up, it will be the far one that does.![]()
Yeah, what all the other guys said. I work many of the local events as security and I also inspect most of the local events, and the number one biggest complaint is usually about the electrical.How does it heat up at the far end? The current is the same for the full length as is the resistance per foot. The I?R losses, that produce the heat in the cord, will be the same at all points. Now if you are saying the heat is at the termination points, that I can understand.