Hi
The below table gives the register ID’s for float and absorption voltage. Is store voltage settable in the same way?
If not, is there any way of inhibiting ‘store mode’ in the charger?
Thank you!
Hi
The below table gives the register ID’s for float and absorption voltage. Is store voltage settable in the same way?
If not, is there any way of inhibiting ‘store mode’ in the charger?
Thank you!
Hi
The ID for the storage mode voltage is 0xEDF5, with the same scale and type as 0xEDF4, 0xEDF6 and 0xEDF7.
With kind regards,
Thiemo van Engelen
Thank you, much appreciated - and perfect!
(I initially tried (incorrectly) using the VE.CAN register (0xEDAB). I reset the charger when I realised my error… If I made a change here, will this have been reset with the charger reset?)
Some IDs are found on HEX protocol file, some on VE.Can registers…
Not something unified…
Thank you - yes, I understand.
What happens if I incorrectly manipulate a write register?
Does a charger reset (from within the Victron app) reset ‘everything’ to factory defaults?
If you try to write to an unused register for that device, the device will respond with an error.
If you write a valid register, the device will behave accordingly.
Most of the registers are documented.
Never encountered a write situation where you can render the device unusable.
But, as a safe behavior, read the current value before writing a new value.
If something go wrong, write back the old, working value. Worst case, reset the device.
No pain, no gain… ![]()
In error, I wrote to 0xEDAB.
No idea what the initial value was.
I wanted to check resetting the device did indeed reset all write registers ![]()
Thanks again!
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