Microcontroller based Battery chargers

Microcontroller Based Battery Chargers

Statcon Energiaa’s Microcontroller based battery chargers are backed-up by Development team’s long experience in the field of power electronics. The Battery chargers are widely used in the Thermal I Hydro & other power generating stations I Substations, Control & Instrumentation & other similar application.

The Microcontroller based Battery chargers are the outcome of the advanced power electronics based on switching technology and use of advance digital embedded systems to ensure the outstanding performance, backed by improved, systematic diagnostics.

The Microcontroller based Battery charger gives the highly stable output to meet the designed load requirements on wide range of the AC input supply.

The LCD Display of the charger panel displays almost all the parameters with user friendly parameter settings & calibration provision which are password protected.

The Technology used for AC to DC conversion is fully solid state thyristor based digitally controlled & is available in wide range from 24V/2000A to 220V/1000A.

TECHNICAL SPECIFICATION
Input Voltage 415V±10%, 50Hz±3Hz, 3-Phase AC (Other range on request)
Output Voltage 24V/48V/110V/220V(Other voltages on request)
Output Current Up to 1000A (Higher ratings on request)
Voltage Regulation Within ±1% according to variation of Input AC mains supply & 0 to 100% Load variation (Diode drop excluded)
Current Regulation Within ±2.5% according to variation of Input AC mains supply
Operating Temperature 0 °C to +55 °C
Output Ripple Up to 2% RMS or as per the requirement
Overload 110% continuous
Communication setup Wireless communication through GSM modem or RS232/485
Type of Enclosure Serial communication port
Other Features Free standing floor mounting
a)Temperature Compensation for VRLA Battery
b)Automatic Float & Boost voltage setting on selection of Battery type & number of cells
c)Automatic Float to Boost and Boost to Float changeover current setting on selection of Battery AH capacity
d)Battery health test facility
e)ACIDC Voltage & Current calibrations
• The above Parameters are subjected change without prior notice due to continuous improvements in technology.
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