- 115 VOLT PLUG CONFIGURATION INSTALL
- 115 VOLT PLUG CONFIGURATION SIMULATOR
- 115 VOLT PLUG CONFIGURATION FREE
115 VOLT PLUG CONFIGURATION FREE
Since the heater is 1000 Watt and the two power supplies together consume 2000 Watts at peak load I will still have a free overhead of 800 Watts.
115 VOLT PLUG CONFIGURATION INSTALL
The new branch will go directly to a new 20amp 240v outlet that I'll install on the wall near the simulator. The only thing I will need to do is to create a split just before the thermostat on the 20amp 240v cable that runs to the baseboard. This way I won't have to bring any modification to the breaker box and the baseboard heater will still be available. In order to simplify my electrical installation I will switch the power supplies to 250v mode. This is what they do all the time in Europe since 240v is pretty common there.
115 VOLT PLUG CONFIGURATION SIMULATOR
I just talked with my people in Europe who provided me with the parts for the simulator and they confirmed that there is absolutely no risk to have a 240 volts device underneath the motion seat as long as the circuits are well enclosed and protected against external reach. The power setup illustrates the Europe 220v standards but my psu's will be switched to 110v. Therefore the total draw of both power supplies at peak load shouldn't be more than 13 amp on 110v if these psu's are functioning normally and according to the basic law of Watt = V * Amp.Īttached is a schematic of the final configuration. Both power supplies will be connected to the same AC outlet using a common 110v junction. A second equivalent psu will be added to the rig. Please note that the simulator will be upgraded in the next week with two new 400 motors for a total of 4 motors that will consume a total of 1600 watts at peak load. It might just be a question of standards in Asia/Europe since they are on 240 16amp which is twice what we use in North America for our general appliances.
Just to make sure to avoid any unforeseen requirements I will contact the psu company to double-check with them why are they requiring 20amp on 110V and if 20 amp is really necessary with that specific model. It would definitely make everything easier if I could just plug it to a regular 110v 15 amp circuit. Thanks for the quick follow-up Tolyn, much appreciated. I must do it myself otherwise I will have to abandon this simulator project, which is no option to me. Note: My wife doesn't want me to call an electrician and spend several hundred dollars to have the job done. Can I simply use one half of that double-pole breaker by unplugging the 12-2's white cable from the hot, plug it to a neutral stud, create a split just before the room thermostat on the wire that goes to the baseboard heaters and attached a 20 amp outlet at the end of the new branch? Or is it safer to completely remove the 20 amp double-pole breaker and replace it by a 20 amp single-pole breaker? And is it safe to create a new branch before the thermostat that would go to a new 20-amp ac outlet? I have no place left in the breaker box for a new breaker and I'm also trying to avoid running a new 12-2 cable in my walls.Ī possible solution: I'm not using the baseboard heaters that are connected to one of the double-pole 20 amp breakers. The 120 volt 15 amp lines are all 14-2 gauge so no replacement to the single-pole breakers from 15 to 20 amp could be done. I only have 120 volt 15 amp single-pole breakers for AC outlets and double-pole 240 volts 20 amp breakers for the baseboard heaters. My problem: I have no single-pole 120 volt 20 amp breaker installed in my breaker box that could be used for AC outlets.
Hence the reason I don't want to go with 250 volt. And since the electrical hardware will be near where I'm sitting I would prefer keeping the voltage as low as possible. What I need: I would prefer to have the power supply switched to 115 volt 20 amp since it used to provide power to 24 volt DC motors in a motion simulator. When switched to 250 it requires 10 amp and when it is on 115 it requires 20 amp. My situation: I received a 1000 watt power supply from Europe that can be switched either to 250 or 115 volt.
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