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Battery Charger

Battery Charger

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Suitable for all kinds of batteries like Lead Acid Tubular, Lead Acid Plante, VRLA, Ni-cd, Lithium Battery ( programs based on type of battery used)
The configurations allow for simultaneous operation of supplying the load and the automatic charging of the battery either in float or boost mode.. The battery feeds the load when main supply is not there.
  • Single Float cum Boost Charger with Single battery and Load
  • Float and Float cum Boost Charger with Single Battery and Load
  • Dual Float Cum Boost Charger with Single Battery and Load
  • Dual Float Cum Boost Charger with Two sets of Battery and Single Load
  • Dual Float Cum Boost Charger with Two sets of Battery and Two sets of Load
  • Single Float Cum Boost Charger with Chopper for Load
Description Parameters
Input Supply
Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 3/4 wire system
Variation +/- 10%
Frequency 50Hz /60Hz +/- 5Hz
Power Factor Better than 0.93 Lag
DC Output
Nominal Voltage 110V 220V
Operating Voltage 121A/242V
Static Voltage Regulation ± 1%
Rating 25A/50A/150A
Ripple ≤ 1% RMS
Over load Capacity 110%
Charging Characteristics As per customer requirement. (according to DIN41773)
Efficiency Better than 90%
Control Mode Constant current/voltage/power
Duty Ratio Continuous operation at rated load
Operation mode Local/remote
System & Environmental
Isolation Input/Output HF transformer
Cooling Natural / Forced Air
Protection Class Upto IP54 (IEC 60529)
Ambient Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise ≤65 dB NES 537
Relative humidity 15%-85%RH
User Interface
Communication interface RS485, 0-10V/4-20mA
Communication protocol MODBUS, Profibus, Profinet, TCP/IP
Process programming Available
Polarity reversal Forward /Reverse
Module separate output Available
Parallel connection module number No limit
Remote control box Available
Spare parts Available
HMI Touch panel or digital meters/buttons
Dimensions in mm 600 x 400 x 1500
Weight 95kg Approx
Finishing RAL7035

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 25A
Input
Nominal Voltage 230V AC single Phase
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 25A
Output Voltage

600 x800

600 x800

600 x800

600 x800
Cooling Natural Air
Efficiency 80%
Colour RAL7035
Degree of Protection(IEC60529) IP 42
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical SpecificationFloat cum Boost Charger
Ratings50A
Input 
Nominal Voltage380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi27% -6P; 12% – 12P; 6% THD Filter +12P
Output 
Nominal Voltage24 /48 /110 /220 V DC
Operating VoltageFloat: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristicAs per customer requirement. (according to DIN41773)
System and environmental 
IsolationInput /Output
Dimensions Wx D( in mm )Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings50A
Output Voltage 
 600 x800
 600 x800
 600 x800
 600 x800
CoolingNatural Air
EfficiencyBetter than 93%
ColourRAL7035
Degree of Protection(IEC60529)IP 42
Operating Temperature– 10 Deg C to +50 Deg C
Storage Temperature– 20 Deg C to +70 Deg C
Altitude≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr≤65 dB
OptionsDropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface 
Front PanelLCD display , LED Mimic, keyboard,status and alarm LED set
ConnectivityRS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical SpecificationFloat cum Boost Charger
Ratings75A
Input 
Nominal Voltage380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi27% -6P; 12% – 12P; 6% THD Filter +12P
Output 
Nominal Voltage24 /48 /110 /220 V DC
Operating VoltageFloat: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristicAs per customer requirement. (according to DIN41773)
System and environmental 
IsolationInput /Output
Dimensions Wx D( in mm )Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings75A
Output Voltage 
 600 x800
 600 x800
 600 x800
 600 x800
CoolingNatural Air
EfficiencyBetter than 93%
ColourRAL7035
Degree of Protection(IEC60529)IP 42
Operating Temperature– 10 Deg C to +50 Deg C
Storage Temperature– 20 Deg C to +70 Deg C
Altitude≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr≤65 dB
OptionsDropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface 
Front PanelLCD display , LED Mimic, keyboard,status and alarm LED set
ConnectivityRS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical SpecificationFloat cum Boost Charger
Ratings100A
Input 
Nominal Voltage380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi27% -6P; 12% – 12P; 6% THD Filter +12P
Output 
Nominal Voltage24 /48 /110 /220 V DC
Operating VoltageFloat: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristicAs per customer requirement. (according to DIN41773)
System and environmental 
IsolationInput /Output
Dimensions Wx D( in mm )Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings100A
Output Voltage 
 600 x800
 600 x800
 600 x800
 600 x800
CoolingNatural Air
EfficiencyBetter than 93%
ColourRAL7035
Degree of Protection(IEC60529)IP 42
Operating Temperature– 10 Deg C to +50 Deg C
Storage Temperature– 20 Deg C to +70 Deg C
Altitude≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr≤65 dB
OptionsDropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface 
Front PanelLCD display , LED Mimic, keyboard,status and alarm LED set
ConnectivityRS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 150A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 150A
Output Voltage

600 x800

600 x800

600 x800

600 x800
Cooling Natural Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 42
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 200A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 200A
Output Voltage

600 x800

600 x800

600 x800

600 x800
Cooling Natural Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 42
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 300A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 300A
Output Voltage

600 x800

800 x 800

800 x 800

800 x 800
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 400A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 400A
Output Voltage

800 x 800

800 x 800

800 x 800

1000 x 800
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 500A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 500A
Output Voltage

800 x 800

800 x 800

1000 x 800

1200 x 800
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 600A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 1800 mm Width and Depth vary with Voltage and current rating
Ratings 600A
Output Voltage

800 x 800

800 x 800

1000 x 800

1000 x 800
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 800A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 800A
Output Voltage

800 x 800

1000 x 800

1000 x 1000

1000 x 1000
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 1000A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 1000A
Output Voltage

1000 x 800

1000 x 800

1000 x 1000

1000 x 1000
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 1250A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 1250A
Output Voltage

1000 x 800

1000 x 800

1000 x 1000

1000 x 1000
Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 1500A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity ≤ 120% for 20mts, ≤ 150% for 2mts, ≥ 150% for 20 secs
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 1500A
Output Voltage








Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 2000A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 2000A
Output Voltage








Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 3000A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 3000A
Output Voltage








Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

DC Power Supplies for lifting magnets are available in both a fixed voltage output (usually 220 VDC or 115 VDC) and a variable output (usually 0-220 VDC or 0-300 VDC). Fixed voltage output type DC Power Supplies are used in most general magnet applications. Variable voltage supplies are used in applications of fanning, boost/carry, flux reduction, constant flux regulation, etc.

  • The IGBT/SMPS based Rectifier conversion technique with digital control.
  • The system reduces the grid pollution by mitigating the input harmonics and improving the input PF to near to unity
  • Excellent Transient Response & Recovery.
  • Advanced Battery Charging Management
  • Highly customizable system with user defined
  • Diagnostics & Monitoring Facility
  • Highly customizable system
  • RS485 Remote Monitoring Features
  • Advanced communication options.
Technical Specification Float cum Boost Charger
Ratings 5000A
Input
Nominal Voltage 380V / 440V / 480V /690V AC Three phase 3 wire, 4 wire system
Frequency 50 /60 Hz ±5 Hz
Input THDi 27% -6P; 12% – 12P; 6% THD Filter +12P
Output
Nominal Voltage 24 /48 /110 /220 V DC
Operating Voltage Float: 2.27V per cell( VRLA); 1.4-1.5V per cell (NiCd) Adjustable;
Boost : 2.4 – 2.45V per cell (VRLA); 1.65v PER CELL (NiCd);
Equalizing: Upto 2.35V per cell (VRLA); Upto 1.7V per cell (NiCd) Adjustable.
Static Voltage Regulation ± 1%
Ripple ≤ 1%
Overload Capacity
Charging characteristic As per customer requirement. (according to DIN41773)
System and environmental
Isolation Input /Output
Dimensions Wx D( in mm ) Height is 2100 mm Width and Depth vary with Voltage and current rating
Ratings 5000A
Output Voltage








Cooling Forced Air
Efficiency Better than 93%
Colour RAL7035
Degree of Protection(IEC60529) IP 20
Operating Temperature – 10 Deg C to +50 Deg C
Storage Temperature – 20 Deg C to +70 Deg C
Altitude ≤ 2000 m ( Derating according to IEC 62040-3)
Audible Noise at 1mtr ≤65 dB
Options Dropping cells or DC/DC chopper Convertor, Built in battery breaker, Battery Thermal Probe, Blocking Diode, Electronic Load Sharing for Parallel operation,Earth Fault alarm.
User Interface
Front Panel LCD display , LED Mimic, keyboard,status and alarm LED set
Connectivity RS 232 Serial port, RS 485 Modbus-RTU serial ports

Downloads >> Technical Specifications

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