MEAN WELL PB-600-24 Lead Acid Battery Charger, For V Batteries PB-600-24 用户手册

6

Stage 8 (maintain):

(8)

Maintenance charge is provided to compensate for battery self-discharge and 

extend battery life.

(4) Stage 4 (constant voltage):

A constant voltage of 2.4V per cell is provided until the charging current naturally 

tapers down to a low level.

(5) Stage 5 (analysis):

 Stage 6 (recondition  boost charge):

(6)

 Stage 7 (float charge):

(7)

The charger will stop charging for 2 minutes to determine battery status. If the 

Boost voltage is provided to recondition the battery storage capacity to its original 

state.

A float voltage of 2.3V per cell is provided for extended period of time(about one 

day) so that the battery can maintain full charge.

battery voltage is higher than 2.1V per cell, the battery is determined as OK and 

will move on to stage 6. If the battery voltage is lower than 2.1V per cell, the battery 

fail indication will come ON and the charger will stop charging.

(0) Initial stage (battery analysis):

(1) Stage 1 (pulse charging):

(2) Stage 2 (soft start):

(3) Stage 3 (constant current):

Check battery voltage level to see if it is within the normal range, whether or not 

a battery is connected, or if the battery is already full and further charging is not 

required.

Pulse charging is used to revive tired lead acid battery which is either improperly 

charged/discharged or allowed to self-discharge as occurs during non-use. Basically, 

help to restore its normal chemical properties.

Use low charge voltage and current to prepare the battery to accept upcoming 

A high constant current is provided so the battery can be quickly charged to 2.4V 

per cell.

bulk charging, so a better charge can be applied.

unit may be non-functional also the active PFC circuit may fail or get damaged.

derating will be required when input voltage is below 100Vac.

◎Input voltage range is 90~264Vac or 127~370Vdc.
◎The provided input voltage must fall within the specified range otherwise the 

◎Efficiency will get lower when input voltage is at low line. Please note, load