SAFETY AND MAINTENANCE MANUAL
1NO0024UK-09
66
- The battery must not be run down more than 80% of its nominal load (Density: 1.15).
- The battery will only reach its maximum capacity after four or five charging/discharging cycles.
- During this period, it is recommended not to exceed discharge depths above 70% of its nominal
capacity.
- Do not unscrew the plugs during charging.
- The battery must be charged in a clean and ventilated room so as to avoid risks of explosion, and
where smoking is prohibited.
During charging, leave the access caps of the battery open.
- The battery produces hydrogen. Never throw burning objects on the battery or move a flame near
to the battery so as to avoid any risk of explosion.
IN CASE OF PROBLEM
When minor problems observed on the battery in the course of use are rapidly and correctly
identified, the life cycle of the battery is improved.
PREVENTION = AUTONOMY AND LIFE CYCLE
3.2. CHARGER
The charger of 24V-50/70A single phase high frequency type is situated on the front of the
machine. It must be fed by a 220/230V 16A mains socket.
OBSERVATIONS
POSSIBLE CAUSES
SOLUTIONS
Cells too full
Do not exceed the maximum level
Overheating
Check the rating of the charger
Overloading
Do not charge the battery if the
density is above 1.230
Filling made before charging
Fill after charging
Loss of electrolyte due to overflows
Make an equalizing charge
Layering of the electrolyte
If after charging, the density is still too
low, contact the after-sale service
Low voltage of the cells
Densities too low Short circuits
Clean the top of the battery
The charger is too strong for the
battery
Check the state of the charger and
the rating
Poor circulation of the air between
the batteries during charging
Ventilate the room
Cells short-circuited, cells weak or
defective
Change the defective cell
Battery undersized
Install a battery of higher capacity
Battery undercharged
Increase the charging time and have
the charger checked by the
technician
Cable or connection defective or
incorrect
Replace either the plug, or cable, or
connection
Cell defective
Change the defective cell
Battery at end of life cycle
Replace the battery
Overflows
Densities unequal or too low
Temperature of cells too high
Battery incapable of supporting a
work self-sufficiency
Содержание PIAF 1000R
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