How much current draw will the trigger output under the battery cover handle to power a trigger relay?,
504232
Dear Person - Don't buy this. My husband, an engineer could not get it to work for love nor money. Don't buy it.
2045844
This is a delayed contact closure, not a power supply. You have to supply power for it to work.From the picture it can handle upto 10A. Your led only draws 2A.
1551456
The real answer: Nothing to worry about if the current draw of the device is less than the maximum output of the battery. However, if the current draw of the device is GREATER than the battery's maximum output current, you will possibly experience the battery overheating and/or experience a thermal runaway.
855446
Sounds like your positive and negative feeds are making contact if not from the battery to the power switch, maybe check from the power switch to the handle grips. You may have defaulty grips... How many volts do you have at the battery?
1295638
I installed an RVi towed battery charger from the get go so don't know how much battery draw down there is with the brake.
1544410
The package lists 15mA but measured only 11mA of parasitic draw. The draw is because of the led, and is pretty good, but I added a switch to turn it off. My camper has about 100mA parasitic draw which is high when compared to a typical car of maybe 30mA.
1931942
A fatal current is in the order of 0.1 Amps (100 mA). This stungun is not even close to this number. I don't have a figure, but I would estimate it at around 20-50 mA.
731182
If I understand your question there are a couple of ways to do this. Since the timer is going to power the relay there will be no issue with amperage draw. The relay doesn't draw appreciable current, it's just a relay. One way to proceed is to install the timer "upstream" of the lighted switch. In this approach you wire the timer into your 12 volt system (remember a fuse or breaker and check the ampacity of the wire) your timer becomes the source of power to the lighted switch and in turn the relay. Of course the heavy load that your relay controls remains wired as it always has been. Should you wish to shut down the heater for a long time you can simply turn off the lighted switch and ignore the timer. A second approach would be to remove the lighted switch entirely and simply use the timer as the power source for your relay. Again just for the switching, not for the load. These timers can be programed but they also have a manual function so you can over ride the programming and turn your heater on manually should you choose.
65079
Check on wench data plate to find max amp draw and use this switch if draw does not exceed 30 amps. If wench CAN draw more, a power relay must be used along with this switch. Also motor reversing relays are available but can be a little pricey
336455
You MUST use a relay. The negative trigger cannot source the required current to trigger the door solenoids. You risk damaging the unit if you don't.
133185
I used this relay for an auxiliary power and stereo circuit on a party bus. It is a continuous duty relay and will reset to off if power is lost. I believe it can handle up to 80A continuous, however the load I used it under was probably 20A at most. I haven't had any problems with it. One warning, don't over tighten the relay posts. I did on one side and it still works, but I shouldn't have over tightened it.
2265923
Output current: 375mA 4 / 750mA 2 http://www.nitecore.com/productDetail.aspx?id=18
1345893
I don't know the exact number, but it definitely CANNOT deal with the high current draw of any winch motor.It's made to control a high-current RELAY for the winch, NOT to replace a high-current manual SWITCH.
2135005
I tapped headlamp power. Draw is not that much, much less than headlight. Works fine and ignition turns it off.
1372059
It depends on the voltage. P=UI. so I=P/U. If you connect a 12V battery, the amp draw will be 36W/12V=3A
2203271
It should be the DC AA battery voltage from the Timer that has 2xAA 1.5Volt
1036952
I installed mine recently, and measured the power, but not the current directly. In standby, the KillAWatt shows 0W, and powered it draws 4.7W. This includes a small wall wart PS, with the illuminator attached by a 100' siamese cable. These numbers are close to what gth posted, so I'd rely on his more precise numbers.