GYS 070851, Руководство по эксплуатации

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11
Operating manual
GYSFLASH S 1.12 PL
Translation of the original
instructions
Step
1
: Analysis
Analyses the battery state (charge level, polarity inversion,
wrong battery…)
Step
5
: Charge (1 A)
Maximum current fast charge to reach an 80% charge level.
Step
2
: Recovery
(0.5 A)
Recovering damaged elements due to a prolonged deep
discharge.
Step
6
: Absorption (14.4 V or 14.7 V with AGM option)
Constant voltage charging to bring the charge level to 100%.
Step
3
: Test
Sulfated battery test
Step
7
: Floating charge (13.6 V)
Maintains battery charge level at its maximum.
Step
4
: Desulfation (15.8 V)
Battery desulfation algorithm.
• Lithium charging curve :
The Gysflash S 1.12 PL uses an advanced 8-step Lithium charging curve that guarantees the optimal performance of your LFP battery.
U
I
1 2 3 4 5 6 7
Analysis Recovery Charge Absorption Supplement
Equalization /
balancing
Floating charge
< 1s Max 5 min Max 30 h Max 20 h 3 min Max 10 h Max 2 h No limit
(maintenance every 10 days)
CHARGE
OK
Le
d
8
Test
Equalizing Battery System
Step
1
: Analysis
Analyses the battery state (charge level, polarity inversion, wrong battery…)
Step
5
: Test
Charge conservation test.
Step
2
: Recovery (0.2 A)
Recovery algorithm following a deep discharge.
Step
6
: Supplement
Reduce current charge to reach 100% charge
level.
Step
3
: Charge
(1 A)
Fast charging at maximum current allowing to reach 90% of the charge level.
Step
7
: Equalization / balancing
(14.4 V)
Balancing the battery cells
Step
4
: Absorption (13.8 V)
Constant voltage charging to bring the charge level to 98%.
Step
8
: Floating charge (13.8 V)
Maintain the battery charge level at its maximum
with maintenance charging every 10 days.
• Estimated charge time
Lead-acid Lithium
Battery capacity 2 Ah 10 Ah 20 Ah 32 Ah
1 Ah
(3 Ah EqPb*)
5 Ah
(15 Ah EqPb*)
10 Ah
(30 Ah EqPb*)
20 Ah
(60 Ah EqPb*)
Charging time
0% >> 90%
2 h 9 h 18 h 29 h 1 h 30 4 h 30 8 h 30 16 h
*Lead battery equivalent: A lithium battery has better starting performance (CCA) than a lead battery. This is why some lithium battery manufac-
turers indicate the battery lead equivalent (EqPb) corresponding to the capacity of a lead-acid battery with the same starting performance. For
instance, a LFP battery of 10 Ah will have the same starting performance as a lead-acid battery of around 30 Ah.