6.7 Example Of Configuration
6.7.1 Factory Pre-Set Con
After a DC power failure from
usually no parameter values
the System-Manager’s EEP
figuration
an occurrence such as blown safety fuses or disconnecting the battery,
or functions have to be programmed again, since these values are stored in
ROM (a special memory chip that does not lose its data on power failure).
rations are even stored when you remove the System-Manager and
Please note that these configu
reinstall into a new system.
Hint: Used System-Managers should always be Reset To Factory Pre-Set Configuration (chapter 6.7.3;
page 17) before putting
For details of the factory pre-s
factory configuration at any tim
into operation in a new system.
et values please see under controlling data 8.2. The user can reset to this
e. However, any previous configuration settings will be lost.
Hint: Adjust the battery t
On delivery, the System-Manager is factory pre-set for vented
batteries with liquid electrolyte “liquid“. This configuration is
ype after reset!
“fixed
6.7.2
e
ion of system components) and PROG (programming of set values), you can enter the
nu. In the case of this example you have to press the third key from left (labeled OK),
applicable for most typical vented-cap lead
acid batteries. However, setting this
parameter to the other setting for closed
batteries with gel electrolyte “fixed“) leads
to optimal charging and safe maintenance
function (no equalize charge or gassing allowed).
Only with the configuration “liquid“ will you have the
possibility to program the acid density and the equalizing
charging “equal charging“. When the configuration is set to
” these windows are not activated.
Battery Typ
By pressing any one of the 4 keys under the cover, you
leave the online status display and go to the main menu. By pressing the key below the corresponding
abbreviation: MANU (manual alterations during operation), LOGG (Checking the internal data logger),
CONF (configurat
corresponding me
which is below the abbreviation CONF. This is how you get into the window for programming the
electrolyte.
Hint: If you have pressed the wrong key, press MENU to get back to the main menu and start all over
again.
If you press OK again now, you will enter the electrolyte setting window and you may toggle between the
6.7.3 Reset To Factory Pre-Set Configuration
r
If you use the UP arrow
instead, and only by
▼
via regulation and density you will get to factory adjust (see the
menu tree chart). By pressing OK you can enter the factory adjust window. The instruction to press the
ppears immediately. Only by pressing both of these keys simultaneously will
settings “fixed“ and “liquid“ by pressing the arrow keys
▲▼
. After having selected the desired
configuration, press OK to confirm the configuration. Now you are free to either enter further windows by
pressing the arrow keys
▲▼
or to get back to the main menu by pressing the menu key.
In the previous section, it is described how to enter the window electrolyte. The next window down is fo
resetting the System-Manager to the factory pre-set configuration (factory adjust).
key
▲
, however, you will wrap around to the nominal capacity setting window
repeated pressing of the arrow key
MENU key plus the OK key a
the factory pre-set configurations be set.
17
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