One major flaw with DL24 and DL24P is voltage resolution on data output is only 0.1. For Display it is 0.001 but not for data. This means you can't really make nice graphs from the data for analysis purposes. And isn't that really the primary purpose of this device? They need to fix this.
Since the cutoff voltage was set to 2.0V, the battery must have died. The battery can be protected only when the cutoff voltage is safely set to 2.6 to 2.7v and discharged.
For such a test, it is necessary to use thicker wires and better quality battery cases. Especially if you work with large currents.
One major flaw with DL24 and DL24P is voltage resolution on data output is only 0.1. For Display it is 0.001 but not for data. This means you can't really make nice graphs from the data for analysis purposes. And isn't that really the primary purpose of this device? They need to fix this.
Since the cutoff voltage was set to 2.0V, the battery must have died. The battery can be protected only when the cutoff voltage is safely set to 2.6 to 2.7v and discharged.
You are not right, i will make a video about dead battery 0 volts, and how to revive a dead battery.
Thanks for the test! Can you also bypass the load and use this device as an USB Meter? so is there a way to have a current output to an USB Device?
Thanks.
You mean to see how many amps can give your usb charger or too see how many amps is drawing your device?
@@zec23dark to See what is drawn to a connected device....-->
USB Accumulator ---> USB "Meter" --> connected device, e.g. a phone that is charging.