grsthegreat
Super Star Member
Not volts….amps. To see if amp draw increased on lower voltage and long, this cord
Not volts….amps. To see if amp draw increased on lower voltage and long, this cord
volt meters and amp meters are worth their weight in gold.I don’t have a meter to measure amp draw.
I don't think it's his problem either, but it sounded like he was considering meeting them in the middle. If I was going to spend anything I think that's how I would.Not the landlords problem IMO. He lives in a house built in the 60s and he has a refrigerator in the kitchen that works fine. The other 2 are optional. The tenant can pay the cost of adding a dedicated circuit to run the second refrigerator and freezer.
I wager I'm not the only one that wouldn't know how to do the test you suggested. Knowing how would be handy and undoubtedlly go a long way in understanding electrical troubleshooting in general. In the situation under discussion here,will you explain the proceedure?What is the amp load on the circuit when both the refrigerator and the freezer both kick on at the same time?
That is the "load" you need to be testing for. At the end of his crappy 15' 14ga extension cord.
you could check each individual appliance and add up the load, or you could place the amp meter on the line of the wall receptacle. This would give you the total amp load they are both drawing.I wager I'm not the only one that wouldn't know how to do the test you suggested. Knowing how would be handy and undoubtedlly go a long way in understanding electrical troubleshooting in general. In the situation under discussion here,will you explain the proceedure?
I wager I'm not the only one that wouldn't know how to do the test you suggested. Knowing how would be handy and undoubtedlly go a long way in understanding electrical troubleshooting in general. In the situation under discussion here,will you explain the proceedure?
Do you seriously believe you can take a meaningful reading from the freezer that went belly up?you could check each individual appliance and add up the load, or you could place the amp meter on the line of the wall receptacle. This would give you the total amp load they are both drawing.
Correct me if I'm wrong but isn't the topic of this thread a dead freezer? Opening the door, heating or blow drying it isn't going to make it work again.Open the door on both freezers and wait long enough for it to realize it’s over temp and start the compressor. Once they’re both running measure the voltage at the end of the cord that they’re plugged into. Or you can use an electric heating appliance like a hair dryer to produce load.
Do you seriously believe you can take a meaningful reading from the freezer that went belly up?
Correct me if I'm wrong but isn't the topic of this thread a dead freezer? Opening the door, heating or blow drying it isn't going to make it work again.
I told y'all I wasn't the only one that wouldn't know how to test amp draw of the dead freezer. Here's a couple that "think"they can but you be the judge.
Since it was Slowpoke's idea I was hoping to hear him explain how he would pull it off.