ROBBE Power Peak Infinity 3, Руководство по эксплуатации

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Pressing the ‘3-D hotkey’ activates the marked value, so
that you can edit it if necessary. The variable value is indi-
cated by the cursor (inverse video), and it can now be edi-
ted using the ‘3-D hotkey’.
The process of programming a BID chip is exactly the same as that for setting up a
memory in the charger for a battery, with the exception that the procedure is expanded
by the addition of a date. We recommend that you enter the date on which the battery
was first used. Please read Chapter 5.3 for details of the programming procedure; this
section also states the limits for the individual parameters.
Each programming process must be completed by mar-
king and activating the ‘END’ line. If you have program-
med a new chip, or re-programmed the data, a security
query appears, as shown in the screen shot printed here.
Use the ‘3-D hotkey’ to select and confirm your answer.
Once you have confirmed that you want the data stored,
the screen displays a message stating that the process is
in progress. The charger emits a brief beep to confirm that
the storage process has been completed successfully.
10. CHARGE / DISCHARGE PROCESSES WITH A BID CHIP
Once you have edited and stored the BID data, the ‘BID
SYSTEM’ display appears again on the screen, with the
programmed charge / discharge parameters alternating in
the second line. A charge or discharge process is always
started from this display, which also appears as soon as
a BID chip is connected (see Chapter 9).
The selected process is actually started by holding the ‘3-
D hotkey’ pressed in for at least two seconds. The menu
for starting a charge or discharge process or a charge /
discharge cycle now appears. The course of events is
absolutely identical to that which occurs when you start a
process for one of the ten memories, and the same set-
up facilities and parameters are available. Please read the
section on page 17 (Chapter 6.1) carefully, as it describes
every aspect of this in detail.
Operating Instructions
POWER PEAK Infinity 3
No.
8429
23
I ID D] ] B BI ID D - - S SY YS ST TE EM M
L Li iP Po o 3 3S S1 11 1. .1 1V V 8 82 20 0m mA Ah h
L LA AS ST T C CH HG G = = 8 84 44 4m mA Ah h
L LA AS ST T D DC CH H = = 8 83 31 1m mA Ah h
M MA AX X. .C CH HG G = = 8 88 82 2m mA Ah h
M MA AX X. .D DC CH H = = 8 86 64 4m mA Ah h
C CH HG G. .C CO OM MP PL L. .= = 0 0
D DA AT TE E = =2 20 00 06 6/ / 0 01 1/ / 0 01 1
I ID D] ] B BA AT TT TE ER RY Y - - E ED DI IT T
B BA AT TT T. . T TY YP PE E : :
B BA AT TT T. . V VO OL LT T : : 2 2S S 7 7, ,4 4V V
C CA AP PA AC CI IT TY Y : : 3 32 20 00 0m mA Ah h
C CH HG G C CU UR RR R. . : : 3 3. .2 2A A
D DC CH HG G C CU UR RR R. . : : 3 3. .2 2A A
D DC CH HG G V VO OL LT T : : 3 3. .0 0V V/ /Z Z
C CU UT T T TE EM MP P : : 5 55 5o
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S ST TO OR RE E T TH HE E M MO OD DI IF FI IE ED D
D DA AT TA A! !
S SA AV VE E? ?
Y YE ES S / /
P PL LE EA AS SE E W WA AI IT T . .. .
T TH HE E R RE EV VI IS SE ED D D DA AT TA A I IS S
N NO OW W B BE EI IN NG G S SA AV VE ED D! !
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I ID D] ] B BI ID D - - S SY YS ST TE EM M
L Li iP Po o 2 2S S 7 7. .4 4V V 7 70 00 0m mA Ah h
C CH HA AR RG GE E < < C CV V- -C CC C > >
D DI IS SC CH HA AR RG GE E < < L LI IN NE EA AR R > >
C CY YC CL LE E < <C CH HG G- -> >D DC CH H> >