Electrolyte
Air is blown into the battery through a capillary tube specifically provided for this purpose.
circulation option
This allows intensive mixing of the electrolyte to take place.
The benefit is reduced heating of the battery (longer service life) and reduced water loss
during charging.
Cycle control
The electrolyte circulation cycle is controlled by predefined programs.
Additional option, ERROR 14 error output:
Error detection (air pressure monitoring) is optionally available for electrolyte circulation.
The charger multifunction panel displays an error message („Error 14") if electrolyte
circulation fails.
Important! If the electrolyte circulation pump does not have an optional error output:
-
If electrolyte circulation pump does have an optional error output:
-
Charge parameter switching: if electrolyte circulation fails, the charger alone ensures
sufficient mixing of the electrolyte.
N
L
Fig. 9 Electrolyte circulation wiring diagram
(1) Charger
(2) Pump
LocalNet connec-
A standardised 10-pin connection socket is available for the LocalNet option. A remote
tion socket
display or a relay board can be connected to the LocalNet connection socket.
Connect contacts X7/1 and X7/4 together.
Connect no-voltage contact (relay/normally open contact) to contacts X 7/1 and X 7/4
(1)
X 6/1
X 6/2
4 A
X 6/PE
(2)
(1)
Fig. 10 Electrolyte circulation error output wiring
diagram
11
(2)
X 7/1
X 7/4