Can this be used with 12 volts to activate the relay to then carry a 120 volt load?
939366
No, the coil that activates the relay is 120VAC - use R04-11D30-12 for a 12VDC coil and contacts that can carry 30A at 120VAC
1130335
No, This is for a 12v - 24v application. The body of the switch could easily end up carrying current. The terminals are for soldering.
683198
Yes, it will work as the wattage size of the generator does not matter. You are just limited by the amount of wattage you plug into the Tripp Lite unit. For the LC1200 you should not exceed 1200 watts. Just add up the wattage of each item you plug into it and keep it under 1200 watts. If your item only displays amps then take that number and multiply it by the voltage which is 120v. Ohms law, amps x voltage = watts.
1738347
No, the rocker switch will be activating the relay, the relay handles all of the power. So, very little power will be actually going thru the rocker switch. This way, you can keep the large amp wire a short as possible, and not have it running thru your switch. You can use pretty much any 12v switch to activate the relay, just be careful not to overload the relay. I would suggest only pushing about 20 or 25 amps thru a 30/40 amp relay. But that's just me, I don't like pushing electronics to their limit.
2036778
Yes, it will work with a 12 volt system. However, make sure it has the right plug on the end of the wire
1844618
Absolutely, but make sure your baseboard is 240 (not 120). There's another relay for 120v
2214230
The switch is operated by water pressure, which opens closes contacts against a spring. I haven't installed mine yet, to control a 12V pump, but there doesn't seem to be any reason they won't work fine with 12 volts.
913415
It will BUT... This is a 12 volt relay, not 120 Volts that is standard in house wiring. You would need to use a 12V transformer (like a wall wart on most gizmos) to step the power down. Better to find one that is 120V, like the OMRON time delay relay, then it can be wired directly in without the transformer.
2070266
for sure. or you can use a controller that changes it back to 12 volt. controller is key either way
1567085
Yes of course, that is exactly what the 12v output is for. However, it is only 4 amps so it would take a while. Also, it has no smart limit or anything so it will be able to overcharge the battery bank.I would recommend using a standard 120v AC charger plugged into the normal AC outlet of the generator. It will charge faster and safer.That said, the answer is yes.
1415699
Hi Mike,If your requirement is for 12 volts and will draw less than 75 watts...you should be fine. I replaced a bad 60 watt with this and it worked for me! Good luck... Jud
331901
Should be fine as long as you don't exceed the max load capacity of 1200 watts. Each remote operated outlet runs on a 120V circuit. Max amp load is 10A. 120 x 10 = 1200. I sure hope this helped.
1655747
It will work on any 12v dc circuit. NOT 120ac That you would find in a house.
924323
Don't forget you need to have access to plug into 110v for this power supply to operate, if you will, then it would operate your 12 volt device.
562068
This would work for low voltage sources like LEDs. If you wanted to use it with 120v, you'd need to pair it with a relay switch like this one: Amprobe RC-120S Closet-Type Remcon Relay Switch
924531
That depends. The 12VDC power supply that you use must have the current capacity for operate all the relays (Assuming there is the potential for all 16 to be active at once) I don't have a relay board available to test, but would guess the coil current to be about 50 mA. x 16 that means I'd expect the board to require at least 1 Amp with overhead. The Arduino plus any other users on the bus have to be added so I'd use at least a 2 amp supply to run the system.
2187749
I have not found any information in Current Capacity for this switch. I would suspect between .75 and 1.5 amps at 120 VAC. I played it safe and have the switch activate a small ice cube relay that needs about 20 milliamps at 120 VAC. I would suggest doing the same.