Intelligent Charging MB73+, Operator'S Manual

Page: 17 / 64

MP73P+ : Battery charger/analyser
Operators Manual
While the graphical display is viewed the range of the display can be dynamically
changed from the default 0.8 to 1.8V to a bottom limit of 0.0V to 1.0V or an upper limit
of 1.0 to 2.0V by pressing and holding the
‘0’ and pressing either ‘

’ or ‘

’ keys
respectively. Each step is an increment or decrement of 0.1V.
3.6 Printing Data When Using The Cell Monitor
If the printer is fitted to the charger analyser and the cell monitor is in use there are
additional printing facilities available. When performing a charge or capacity test the cell
voltages can be printed manually at a time to suit you by simply pressing the
‘.’ key or
a print interval can be specified in minutes. When the cell monitor is in use the full list
of cell voltages will also be included in the final print at the end of the operation. The
cell monitor printout is a similar format to the figure below:
3.7 Cell Scan Only Mode
A mode of operation is available where the cell monitor interface can be scanned while
the unit is idle. This is obtained through the
SYSTEM menu. While in this mode the ‘B’
& ‘C’ keys will display the textual cell voltages or the bar graph respectively.
In order to perform this operation follow this procedure.
From
MAIN page select : -
SETTINGS -> SYSTEM -> MORE.... -> CELL MONIT -> CELL SCAN
The charger will then request the number of cells to be scanned and once entered the
display will change to the bar graph display "
C ". The numeric display can be selected by
Doc: DWG1042-12-R18 MB73P+ Operators manual.odt Page 17 of 64
Copyright Material of Intelligent Charging Limited © 2020
Printed On : 29/11/20
Cell Volts At 0h14m39
Cell 1 is POSITIVE
L=16 0.383V H=17 1.049V
01 1.041V Pass
02 1.047V Pass
03 1.033V Pass
04 1.039V Pass
05 1.029V Pass
06 1.045V Pass
07 1.041V Pass
08 1.037V Pass
09 1.037V Pass
10 1.041V Pass
11 1.019V Pass
12 1.031V Pass
13 1.029V Pass
14 1.035V Pass
15 1.031V Pass
16 0.383V Fail 0h12m36
17 1.049V Pass
18 1.007V Pass
19 1.025V Pass
20 0.997V Fail 0h14m29