SW Battery Charger

High efficiency QMAX battery chargers allows to charge 12v,24v or 48V batteries

Multiples perfiles

Battery profiles

Generator Compatible

Alta eficiencia 95%

Carga en 4 estados

High Efficiency +95%

Vin tolerance +10%/-15%

Output Current 45A / 40A / 30A

More compacts, little space required and low weight. Max power output 1,5kW. Allows Parallel.

FEATURES

Output current settings 25,50,75,100%

Battery temperature compensation function.

Battery type selection.

Special configurations of load profiles.

Maximum energy efficiency: more than 95% that ensure a minimum loss in the conversion. 

4-stage charging cycle that maximizes battery life. 

Adaptable to all accumulation technologies. 

Greater precision and response speed in current and voltage control.

COMPONENTS

High temperature capacitors

Modular design

Transfer contactors on load

ACCESSORIES

Communication RS 485

Status and indicators leds

Charge current ripple that minimizes battery temperature improving the charge cycle.

Input resettable thermal fuse.

Overtemperature protection

Output current limit at constant current.

Electronic input overcurrent protection.

Battery polarity inversion by internal fuse.

Protección por error de configuración de banco de baterías.

Model
QM-4830-SW
QM-2440SW
QM-1245SW
Output Current (A)
30
40
45
Output voltage (V)
40 A 62.4
20 A 32
10 A 16
Stage 2 Voltage (V)
56.4 A 57.6
28.2 A 28.8
14.1 A 14.4
Stage 3 Voltage (V)
54 A 55.2
27 A 27.6
13.5 A 13.8
Tensión Ecualización (V)
60 A 62.4
30 A 31.2
15 A 15.6
Input Voltage (VAC)
187VAC A 242VAC
Input Current (A)
14AMP
10AMP
6AMP
Performance
95% máx. | 90% máx. power
Battery Type
PB lead, PB Cal, AGM, Lithium
Operating Temperature (°C)
De 10 a 45°C no condensation
Battery Plug
Anderson S-B 50
Size
19 width- 25 length- 11 height
Weight
3,5kg
Warranty
5 years
Sensor Temp. Bat
Yes - Optional
Protections
Input resettable thermal fuse.
Overtemperature power control
Output current limit at constant current.
Electronic input overcurrent protection.
Battery polarity inversion by internal fuse.
Battery configuration error protection
Modes
2 steps
4 steps

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Case Studies