calculated by the inner microprocessor.
At the end of charge, the CHARGE LED goes off and the STOP LED
turns on (PAN.3). Disconnect the supply cable (PAN.1) and use the
vehicle. If the battery charger is fitted on-board it will be only possible to move the vehicle by disconnecting the supply cable.
IMPORTANT: to have the highest vehicle efficiency and the longest life of the batteries, never interrupt the recharge. Only if strictly
necessary, interrupt the charge by disconnecting the supply cable
(PAN.1). Always recharge batteries, even if only a little discharged;
the inner microprocessor automatically avoids overcharging.
WARNING: during charging, the battery charger gets warmer. The
temperature that can be reached is within standard limits and is
not therefore dangerous for the operator. The charger should not be
touched during the charging cycle as it can run to high temperature.
HOLDING
Leaving the battery charger connected even during long inactive
periods, it is possible to maintain 100% charge. At the end of a
charge cycle the holding starts: the charger supplies a small charge
to the battery in order to compensate its self-discharge (PAN.3).
It is definitely advisable to let the holding operate while the vehicle
is not used.
If the charger is fitted on board, it is compulsory to leave the charger
on line if you plan not to use the vehicle for more than 2-3 days.
Non-compliance with this rule involves the risk of dangerously discharging the battery and completely stopping the charger.
DISCHARGING OPERATION (only for on-board applications)
During the use of the vehicle, the microprocessor checks the bat-
tery discharge level.
If more than 80% of the energy is used, the BLOCK LED will turn on
(PAN.5) and, if the “minimum block contact” has been connected to
the vehicle, it will be stopped (see the AUXILIARY CONNECTIONS
section). At this point, only a complete recharge will unblock the
vehicle. When the BLOCK LED lights up (PAN.5), even if the vehicle
keeps on working, it is recommended to immediately proceed with
the recharge: an excessive discharge causes irreparable damage to
the battery.
ALARM SIGNAL
In case the CHARGE and the STOP LEDs begin to flash together
(PAN.4), it means that a malfunction has been detected. To determine the cause it is necessary to read the memory data (see following section).
In case the two CHARGE and STOP LEDs begin to flash alternately
and the BLOCK LED turns on (PAN.6), call the customer assistance
service.
DATA MEMORY READING
The inner microprocessor can store a remarkable quantity of information about the charge carried out and discharge cycles. This
information is fundamental in order to understand if everything is
working correctly and to prevent or solve problems related to the
battery and charger system. To read this information it is necessary
to be equipped with the “MULTIPROGRAMMER-CLIENT” and to
connect it to the “PROG” cable.
PROGRAMMING
The programmable functions are: battery type and capacity, maximum recharge voltage for GEL/AGM batteries, discharged battery
voltage, rental days. Changes to the programming can only be carried out by qualified personnel, equipped with the proper tools.
GENERAL RECOMMENDATIONS
Do not let the battery run down completely: this will help it to last
longer and it also lightens the work of the battery charger. Keep the
battery contacts free of oxidation. Never disconnect the battery if
the charger is supplying current, as the break-off spark could ignite
the gases produced by the battery. Keep the charging area ventilated. Always recharge the discharged battery: leaving a battery
discharged even only for one day reduces its capacity.
MAINTENANCE
Periodically disconnect the supply cable and clean the battery
charger with a brush and water. Excess dirt prevents the correct
dissipation of heat and therefore reduces the charging current.
Use only original spare parts.
OPERATING AND MAINTENANCE INSTRUCTIONS
FOR SINGLE-PHASE BATTERY CHARGERS
EXTREME SERIES