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Swift Charger

Amara Raja’s Swift charger systems that deliver quality DC outputs across various utilities and industrial sectors are designed and manufactured using the latest cutting edge technology. The systems use Thyristor based switching technology for achieving the desired DC output. Priced competitively, the range promises quick deliveries on site and ease of installation and commission. Since the design features components that have been standardized, spares are easily available. The entire range is compatible with all kinds of batteries in use, VRLA, non VRLA or Ni-cad.


 Download Technical Spec.
 

Key Features:

Automatic voltage Regulation using Digital/Microprocessor controlled Logic
Soft start on the DC side.
Smoothing filter circuit to limit the AC ripple to the required levels
Charger short circuit and overload protection
Over voltage cutback
Separate battery path current limiting
Built in auto phase reversal operation
Automatic Float/Boost changeover, based on current drawn by the battery
Insulation class for magnetics as per IS standards
Cabinet fabricating using CNC M/C
Robotic welding
Class “F” insulation for magnetics and all magnetics are manufactured as per IS standards.

Power Transmission & Distribution
Industry
› Atomic Power Stations
› Cement
› Captive Power Plants
› Chemical
› Hydro Power Stations
› Food Processing
› Thermal Power Stations
› Paper
› Nuclear Plants
› Pharma
› Wind Mills
› Steel
 
› Sugar
 
› Textile
 
 Float cum Boost
 Float & Boost
 Float & Float cum Boost
 Dual Float cum Boost
 All redundant versions of the
    above
 Customer specific
    Configuration


Selection & ordering

Amara Raja's Standard Conventional chargers can be ordered to suit varying needs of the industry.You can order the ideal configuration that is best suited for your applications.

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FCBC

DFCBC
FCBC Main & Stand by Operation
DFCBC with Parallel Operation
FCBC
Voltage(V)
Amperes(A)
Height(H)
Width(W)
Depth(D)
24/48
25/50/75
1400
750
750
100/125/150
1600
800
800
110
25/50/75
1400
750
750
100
1600
800
800
125/150
1600
950
800
220
25
1400
750
750
50/75/100
1600
950
800
125/150
1800
950
950
DFCBC
Voltage(V)
Amperes(A)
Height(H)
Width(W)
Depth(D)
24/48
25/50/75
1600
950
800
100/125
1800
950
950
24
150
2000
950
950
48
150
1800
1300
800
110
25/50
1600
950
800
75
1800
950
950
100
1800
1300
800
125
1800
1300
950
150
1800
1500
950
220
25
1600
950
800
50
1800
1300
800
75
1800
1300
950
100
1800
1500
950
125
2000
1500
950
150
2000
2500
950
FCBC Main & Stand by Operation
Voltage(V)
Amperes(A)
Height(H)
Width(W)
Depth(D)
24/48
25/50/75
1600
950
800
24
100
1800
950
800
125
1800
950
950
150
2000
950
950
48
100/125
1800
950
950
150
1800
1300
800
110
25/50
1600
950
800
75
1800
950
950
100
1800
1300
800
125
1800
1300
950
150
1800
1500
950
220
25
1600
950
800
50
1800
1300
800
75
1800
1300
950
100
1800
1500
950
125
2000
1500
950
150
2000
2500
950
DFCBC with Parallel Operation
Voltage(V)
Amperes(A)
Height(H)
Width(W)
Depth(D)
24/48
25/50/75
1600
950
800
24
100
1800
950
800
125
1800
950
950
150
2000
950
950
48
100/125
1800
950
950
150
1800
1300
800
110
25/50
1600
950
800
75
1800
950
950
100
1800
1300
800
125
1800
1300
950
150
1800
1500
950
220
1600
950
800
800
1800
1300
800
800
1800
1300
950
950
1800
1500
950
950
2000
1500
950
950
2000
2500
950
950
[*Note:All dimensions in mm]