ATORCH DL24 Electronic Load / Capacity Tester Unboxing and Usage
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- Опубліковано 15 вер 2024
- There are some very nice and inexpensive load and capacity testing devices available out of China. These units are packed with features and very capable for hobbyist. The instruction manual may be a little on the light side though.
A second video covers the configuration and calibration in detail. • ATORCH DL24 Configurat...
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Great guide! Although it would have been good if it was a bit shorter
It's a struggle to shorten but I will keep this in mind for future videos.
This unit has so much functionality it took me six videos to get through all of it and I have had a suggestion for another one.
@@jtechlabs6037 Ok, I understand. Just saying.
An idea might be to split videos to show a deep dive like this one, an unboxing, and an "example" video explaining in basic terms how to test a battery and why. I've currently got this video playing at 2x speed while typing, and I'm still able to follow.
@@ljadf Sounds good!
@@ljadf LOL. I guess I have slowed down. I used to be told I talk too fast. Thanks for your feedback.
Thank you, good practical tutorial
Thank you
Aren't those USB plugs also used to test USB batteries (like a 10,000 mAh battery for example)
Yes, they are just connectors for any device to make it easier to connect to the test points.
Hi, have you ever meet UREG error message at your Atorch DL24? I staked into the problem with this message, as well, as my DL24 sensing 20 V input voltage, as "2.0V", not 20 Volts. Thank you in advance !
It could be that you triggered a voltage calibration. There are two options on the settings screen for voltage calibration, one for zero volts and one for 30 volts. For the zero volt calibration you need to disconnect all inputs and trigger the calibration for the 30V calibration you need to have a 30V reference voltage source and trigger the calibration. Let me know if you need more info.
@@jtechlabs6037 Thanks a lot for support, much appreciated ! I’ll try to recalibrate this device, it’s not so simple, due to partially Chinese menus, but anyhow, you show me the way to dig for solution. Have a nice day !
@@jtechlabs6037 Thank you a lot for information, I think, that you're totally right. I'll try to provide recalibration now, and will let you to know about the results. Thank you a lot for given support !
I just posted a video that shows how to calibrate the voltage and the current.
@@jtechlabs6037 Thank you very much for such support, it's really valuable kind of help, you 're very kind !
So why don’t you talk about the results of the tests. How to compare the numbers you get vs what’s on the battery? How did you choose the amperage value? Does this affect the results on capacity?
I don’t know the answers to these questions, so I am looking for some guidance. I am not being a pick.
Thanks for your question.
The test methodology differs by battery technology.
For AGM lead acid batteries like I showed in this video the capacity is usually rated based upon a 20 hour discharge. Or calculated differently an amp load of 5% (0.05) of total capacity should reach its cutoff voltage after 20 hours. For example with a 9 Ah battery, a 5% load is 0.45 A or 450mA. You would then run at that load until the battery voltage falls below the cutoff which for a sealed lead acid battery is 10.8 Volts.
A higher load will hit the cutoff voltage faster and a lower load will take longer. Due to the chemistry involved a longer runtime will often allow more energy to be extracted before hitting the cutoff voltage.
While the nominal rating for lead acid batteries is based upon a 20 hour discharge, manufacturer datasheets will show performance characteristics over several different discharge periods. The idea is to match the battery characteristics to the particular application.
Great answer. This would be a great subject for another video. I realize this was more of a how-to video on using this Atorch device, but your reply was especially helpful to me. Thanks!
No need for those thick wires for the sense wires as almost no current runs through them. Nothing theoretical about precision, the voltage measured by 4 wires takes into account the voltage drop in the wires making it a much more precise instrument. Standard in any pro power supply and any other equipment where precise measurements are required as voltage otherwise will depend on the current drawn, even risking overcharging battery/cells if wires are way to thin or faulty.
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