Battery Charger

The AC Converter / Battery Charger is ideal for applications that require diverse ways of recharging batteries. There are many ways to recharge batteries and the wide AC input range of this unit accommodates most applications and battery technologies. Useful with generators and shore power and charges various types of batteries: open lead acid, AGM, Gel and LiFePO4. This converter is designed with reliable high frequency structure, accepting a wide range input voltage to accommodate unstable inputs. The AC Converter / Battery Charger provides the flflexibility for almost any application and the large charging capacity gets the job done quickly.

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  • Three stage variable charging voltage algorithm for maximizing the battery lifetime. Bulk, absorb and float.
  • Large charging capacity design less charging time needed.
  • Adjustable charge current control setting is based on connected battery’s capacity to safely charge batteries and avoid over charging.
  • Wide input voltage range.
  • High AC to DC converting effiffifficiency design (higher than 80%).
  • Smart fan control for maximizing the performance and fan life.
  • Includes battery temperature sensor to help maintain the life of the battery(s).
  • Power Supply Mode (LiFePO4 batteryActivate).
Input

Input Voltage
CSB10HCSB20H
184-286Vac full performance; 90-184Vac automatically derates to 50% of current Settings.
Frequency40Hz to 70Hz
Nominal Input Current at Rated Output<10Aac<15Aac
Voltage Measurement Accuracy±5Vac
Frequency Measurement Accuracy±1Vac
Output

Nominal Voltage
CSB10HCSB20H
12V24V36V48V12V24V36V48V
Output Current75A37.5A25A18.75A150A75A50A37.5A
Rated Output CurrentManual adjustable
Current Accuracy± 6% of full rated output current @25°C, for target currents across the range from 10% rated output (for absorption exit criteria accuracy) to the current limit set point.
Load Regulation1.5%
Battery TypeNMC, Classic LFP, AGM, LiFePo4, adjustable
Parallel OutputsMaximum of five AC converter units connected in parallel
Efficiency80%
Protection
Input Over VoltageUnit must be safe for input voltage up to 300VacRMS (and up to 330Vpeak). Above this level the unit may be damaged.
Input Under-voltageUnit must not be damaged for all input voltages from0-300Vac. Shutdown or input current limit or other means may be applied when input voltage is out of normal operating range.
Output over voltageUnit will shut down if charging voltage is above specified value by 1.0Vdc for more than 2 sec.? unit will restart when voltage returns to target range for more than 2 sec.
Charger over temperature protectionThe internal temperatures of the charger will be measured by NTC. Based on these measurements, unit will shut down if the temperature exceeds 105°C. Unit will restart when environment temperature cools to 95 °C.
BTS(Battery Temperature Sensing)The battery temperature sensor allows the charge controller to continuously adjust charge voltage / charge current based on actual battery temperature. When the battery temperature is over 40 °C, unit will reduce the charging voltage to Float voltage, also it will reduce the Max charging current by 10% with every two degree of temperature rise. When the battery temperature is over 50 °C, unit will shut down.
Environmental
Operation temperatureNominal ambient temperature: 25°C Operating Ambient Temperature range: -10°C to 40°C (On the heat sink of DC-DC part, if the temperature is over 90 ℃, the Charger Current will be derate to 50% ; if the temperature is over 105 ℃, the Unit will be shut down.)
Relative humidity5~95% without condensation
NoiseUnit requirements: below 50dB (A) measured at 1 m distance with fan full working.
Storage Conditions Temperature-20°C to +80°C
CoolingSmart fan control
Mechanical
Unit Dimension (D x W x H) mm261.4*160*70(mm)315.5*183*85(mm)
Shipping Dimension (D x W x H) mm346*191*122(mm)425*255*167(mm)
Unit Weight2.5Kg3.5Kg
Gross Weight2.77Kg3.92Kg

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