InfiRay P2 Pro / OWON CM2100b - Parasitic Draw?

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Testing for parasitic battery draw. Using the OWON CM2100b DC Clamp Meter and the InfiRay p2 pro Thermal Camera to test for battery Parasitic Draw or current draw to see if either way is reliable at detecting a parasitic draw.
Tools used in this video
EEVblog 121GW Multimeter
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Clamp Meter CM2100
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HDS272S OWON Oscilloscope
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InfiRay P2 Pro Thermal Camera
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#OWON CM2100b #InfiRay p2 pro #Thermal Camera #DC Clamp Meter #Battery goes dead

Опубликовано:

16 сен 2024

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Комментарии : 10

@zavis506 5 месяцев назад

I watched your video today and immediately ordered this device for myself

@SouthMainAuto 6 месяцев назад

Want to "see" a low current draw? Latch the control side of a relay. Only about 100mA to do that. That relay will glow like a red cherry 😉 Blind spot monitors draw low current and glow like crazy when causing a key off draw. Clusters glow nice on the GM's that have draw issues too. If a fuse is glowing that means it's about to blow 😊

@marksplace 6 месяцев назад

I will definitely be trying that. So what you're saying is that it could be useful after all. I just recently got the camera and was a little disappointed that it wouldn't detect a fuse but now you give me new hope. Thank you very much, I'll be heading back to the barn to go play around with it some more.

@marksplace 6 месяцев назад

Hey Eric, I didn't realize that it was you, thanks again for the info. I've been a long time subscriber of your channel maybe 7 or 8 years now. Have a nice day brother.

@Mark-079er 2 месяца назад

Good day, I own the P2 also. I think if you were to try it in cooler weather you would see a bigger difference. If you opened the hood on a cool morning and there was a draw, I think it would be much more visable.

@ThermalSpoter1988 4 месяца назад

thank you for the review, it's pleasure you like our product

@marksplace 4 месяца назад

The camera kind of blows my mind away on how well it works. I find myself using it more than I thought I would. It even shows the heat, or lack of heat of studs from behind driwall. Amazing product, nice work.

@DelticEngine 6 месяцев назад

Ohm's Law works with Volts, Amps and Ohms so 12.6V divided by 300 Ohms calculates to 0.042 Amps or 42 milliamps not 0.042 milliamps as you wrote on your whiteboard.

@marksplace 6 месяцев назад

Good catch, I didn't even realize that I did that. I guess I was concentrating to much on explaining how I came up with the mA. Thanks for watching