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C SERIES BATTERY CHARGERS (W/ Alarm Contacts)

• ALL SOLID STATE
• CHARGES, VENTED LEAD ACID, NI CAD, NICKEL-IRON, AND VALVE REGULATED BATTERIES
• PROGRAMMABLE CELL COUNT, DC AMPERAGE, TEMPERATURE COMPENSATION, AND BATTERY EQUALIZATION
• PRECISE CONTROL OF DC OUTPUT VOLTAGE AND AMPERAGE
• FOUR DIGIT DISPLAY FOR VOLTAGE, AMPERAGE, AND TEMPERATURE
• FOUR BUTTON CONTROL FOR BOTH PROGRAMMING AND DISPLAY READOUTS
• IMPROVED POWER FACTOR
• 3000 VAC ISOLATION TO CASE
• -40 TO 70 DEGREES C OPERATING TEMPERATURE
• AC AND DC SURGE PROTECTION
• FULLY ISOLATED COMMUNICATION INTERFACE (300-9600 BAUD RATE)
• REMOTE COMMUNICATION ACCESS IS PASSWORD PROTECTED
• OUTPUT CHARGE DATA TO A SERIAL PRINTER
• PROGRAMMABLE LOCATION CODE FOR CHARGER IDENTIFICATION
• BOTH NORMALLY CLOSED OR NORMALLY OPEN DRY CONTACTS FOR FAULT INDICATION
• REMOTE BATTERY VOLTAGE SENSING
• REMOTE BATTERY TEMPERATURE SENSING
• OVER TEMPERATURE PROTECTION
• TEMPERATURE IN CELSIUS OR FAHRENHEIT
• CHARGE STATUS SAVED IN LOGFILE
• DATA LOGFILE SAVED UP TO ONE WEEK WITHOUT AC POWER

INTRODUCTION
The C SERIES CHARGERS provide constant current or constant voltage modes for charging stationary batteries. Line compensation prevents fluctuations in AC input from affecting DC output. The state-of-the-art regulator control circuit compensates for the DC cable connecting the charger to the batteries. A battery sensing cable is available to read battery voltage directly from batteries for improved accuracy.

The output voltage and current are controlled by a microprocessor which also monitors the internal components of the charger for any deviation in performance. An internal ambient temperature sensor is connected to the microprocessor. This information can be used to compensate the battery voltage for temperature and to prevent the charger from damage by extreme temperature. An option is available for remote battery temperature sensing. The charger will also record temperature limits. A power fault counter to record the number of power faults that have occurred and a timer to indicate the length of time in days from the last power fault are also provided.

Float Voltage Per Cell:	1 to 2.99 volts
Temperature compensation:	0.0 to -9.9 mV per cell degrees Fahrenheit
Current Limiting:	DC output limiting will be at maximum rate set
Low Output Ripple:	Ripple voltage at the battery terminals is less than 0.25 Vpp at full output current. Ripple voltage at the battery terminal is less than 0.06 Vpp at 2.0 Amps output current.
Over Temperature:	Using the charger ambient temperature, the output will start to cut back at 145 degrees Fahrenheit and will stop its output at 160 degrees Fahrenheit. Using an external battery temperature probe, the output will start to cut back at 130 degrees Fahrenheit

 

*Accuracy +/- 0.5% of full scale
**Same charger capable of 50/60/100/200 Hertz

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