Fast battery replacement
in systems with roller conveyors
■ n
Ifcgvig:
Fig. the number discharge cycles
available. and 3). BELATRON UC
multi charging cabinet with battery change system
Organised usage frequency
with Next! Battery Selector
During each charge and discharge cycle, battery temperatures
increase due the electrochemical reaction within the battery.
This simple indicator lamp system also prevents selection errors
if large number charge stations are deployed confined
space.e.
Clearly indicating
the next battery for use
The Next! Battery Selector consists electronic device that
stores details all batteries chronological order after full
charge.
A clearly visible indicator lamp installed each charge station
signals which battery should selected the basis ‘time
elapsed since the charge was complete’. Regular use replacement batteries can only be
achieved the order usage clearly indicated all personnel
responsible for battery changes across all shifts. (Fig.
As the Next! Battery Selector only illuminates one lamp at
a time, errors selecting the next battery are eliminated.
. Regular usage ‘all’ batteries will reduce the rise in
internal temperatures, the storage time between charging
and discharging would evenly spread across all the batteries,
allowing time for excess heat dissipated.
High battery temperatures should avoided, they signifi
cantly reduce battery life, i.
When batteries are available for use and disconnected from their
chargers, the indicator lamps the charge station immediately
show which the available batteries should chosen for use.
With the Next! Battery Selector described below, the desired
order use all charged batteries charging station can
be achieved.
Without time for the batteries cool down between charging
and discharging cycles, excessive heat will generated within
the battery.
For battery changing systems with multiple charge stations, the
utilisation batteries significantly improved with the Next!
Battery Selector.
Vehicle operators personnel charging station often work
shifts
