CHARGER
- Conventional Charger
- Microcontroller based Charger
Different configuration of Battery Charger
- 1. Float Cum Boost Charger (FCBC)
- 2. Flat and Float Cum Boost Charger (F & DCBC)
- 3. Double Float Cum Boost Charger (DFCBC)
- 4. Trickle Charger
- 5. Constant Current Charger (CC)
- 6. Constant Current – Constant Voltage Charger (CCCV)
Chloride CCCV Charger:
Features:
- ✓ Microprocessor Controlled / Analog Controlled.
- ✓ Soft Start feature.
- ✓ Battery path limiting current
- ✓ Automatic Float Boost Changeover
- ✓ Protection against AC phase reversal , single phasing, A.C Under Voltage, Over Voltage, A.C Unbalance
- ✓ Dropper diode regulator in load path for specific application
- ✓ Psophometric noise 4 mV for specific application / requirement of Customer
- ✓ Seismic Test Certification
- ✓ Soak Test / Environmental Test Certification
- ✓ Surge with Stand capability as per ANSI-C37.90.1-2002
Chloride has developed a portable 12 V charger that will be a constant friend in need in the direst emergencies. Essentially, this equipment is a constant current constant voltage (CCCV) charger. Initially it charges the battery at constant current mode at10A/9.4A. When the battery reaches 15V/16V, the charger automatically switches to constant voltage mode and continues the charging.
It takes about 24 hours to recharge a completely discharged battery. The battery charger is equipped with a smart LCD display screen that indicates the battery voltage and charging parameters. The button can be used to reset all the displayed parameters on the LCD screen. It also has some visual indicators which enable the user to understand the functioning of the equipment.
Advantages and Benefits:
- Easy and fast charging of car/inverter battery in case of insufficient/improper charging of the system.
- Portable, light weight and compact size.
- Intelligent charging profile.
- Easy trouble shooting due to robust design and simple circuit.
- Improved customer satisfaction-by getting real time battery information, end user can take corrective action if necessary.
Flexi Charger 48V 10A
Chloride Flexi Charger is a microcontroller based SMPS charger. This charger is suitable for charging 1 to 4 nos. (12Volts) lead acid battery.The selection for no of battery is automatic i.e. 1 to 4 sets 12Volts lead acid battery. The selection for number of battery is automatic i.e. the user may connect any number of 12V battery (1 or 2 or 3 or 4 sets 12 Volts batteries) and no manual selection is needed.
Features:
- Capacity 48V/10 A.
- Automatic selection for number of battery.
- Termination of charging – Manual.
- Mode of operation – Automatic.
- LCD display for measurement of charging voltage and current.
- Protection – I/P & O/P MCB protection and reverse Polarity Protection.
Flexi Charger 160V 10A
Chloride Flexi Charger is a microcontroller based SMPS charger. Charging of 12 V inverter and car battery upto 10 nos.
The selection for no of battery is automatic i.e. 1 to 4 sets 12Volts lead acid battery. The selection for number of battery is automatic i.e. the user may connect any number of 12V battery (1 or 2 or 3 or 4 sets 12 Volts batteries) and no manual selection is needed.
Features:
- Capacity: 160 V / 10 A DC (max)
- Output Voltage 12.0 V to 160.0 V.
- Output current adjustable 1 A (min.) to 10.0 A (max.) adjustable through Potentiometer.
- Termination of charging: Automatic, through timer.
- Timer Setting Range : 8 to 64 Hours in steps of 8 hour through rotary operated selector switch.
- Front LCD panel displays
Microcontroller Based Smart Charger
This is a microcontroller based charger which canchage both VRLA as well as flooded lead acid type battery.
Features:
- Capacity 24V/20A & 30V/20 Amps
- Microcontroller based charger.
- Suitable for all types of VRLA and Flooded battery
- Portable, light weight
- Control and interlocking both present in single control card
- LCD display
- Soft start feature
- Two dedicated converter for auto circuit and manual circuit.
- Suitable for VRLA and Flooded battery
- Same charger can be used for 24 V & 30 D.C system
