GYS 026070, Руководство пользователя

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GYSFLASH 32.12 PL
EN
SHOWROOM/DIAG mode (13.7 V/30 A max):
Mode designed to deliver a stabilised voltage of 13.7V and to compensate up to 30 A of the current
used by the consumers on the battery during the demonstration. This mode is suitable for lead-acid and
lithium batteries. This mode also charges the battery at the same time.
Power Supply mode (13.7 V / 30 A max) :
This mode is designed for experimented users. Option designed to turn the charger into
a stabilised power supply where the voltage is 13.7 V and delivers up to 30 A power. This
mode can be used without a battery. To select this option, place the charger in SHOWROOM/
DIAG mode and press mode button
until the SHOWROOM/DIAG indicator blinks.
When the indicator is on, the voltage is correctly regulated. If the indicator flashes, it means
that the current consumed on the battery is higher than the maximum current delivered by the charger
(30A) and that the battery is likely to be discharged in the long term.
The current delivered by the charger is indicated by means of the LEDs :
LED I
ndica
tor
0 A 1 A
6.3 A 7.7 A 13.5 A 16.5 A 27 A 30 A
I
• Load curve Lead:
The GYSFLASH 32.12 PL uses an advanced 7-step lead charging curve that guarantees the optimal performance of your lead bat-
tery.
U
I
1 2 3 4 5 6 7
Analysis Recovery Test Desulfation Charging Absorption
Load retention
CHARGE
OK
LED I
ndica
tor
Max 12h <1s Max 8h <1s Max 20h Max 8h No limit
Step
1
: Analysis
Analyses the state of the battery (charge level, polarity
inversion, wrong battery…)
Step
5
: Charging ( -7 A / -15 A / -30 A)
Fast charging at maximum current allowing to reach 80% of the
charge level.
Step
2
: Recovery ( -3 A / -5 A /
-10 A)
Recovering damaged elements after deep and prolonged
discharge.
Step
6
: Absorption (14.6 V)
Constant voltage charge to reach 100% charge level.
Step
3
: Test
Sulfated battery test
Step
7
: Load retention (13.6 V)
Maintain the battery charge level at its maximum.
Step
4
: Desulfation (15.8 V)
Battery desulfation algorithm.
• Lithium charging curve :