Battery chargers from the HX series are designed to maintain the exact voltage needed by lead-acid or nickelcadmium battery for optimal performance. These chargers use the SCR technology and have an automatic equalization mode.
The control circuit protects your battery against surcharge and limits the output current under short-circuit
conditions.
Although very economic, these chargers have very important features including, quality of the DC output signal, full rate power and quick adjustment.
Chargers are available with or without a cabinet and remote installations of the power transformer is possible for cumbersome installations. An optional display, allowing reading voltage and current output of the charger, can also be used for the setup of the charger.
Dry contacts are available as an option for remote alarm indication.
BENEFITS
Very safe and reliable
Secure for the battery
Fully automatic operation
Fast, precise & unique setup
Stability of the calibration
Short circuit & over current protection
Full charge time optimization
Tough and durable design
Optional useful current/voltage display
Very reliable, 2 year warranty
Very competitive price
FEATURES
Breaker & switch at power input
Low voltage & reverse polarity indicators
Very low variation of the output voltage vs input voltage
Gradual decrease of current according to the load of the battery
Contact set for low battery voltage alarm
Compensation circuit for the voltage lost in the wires battery connection
Set at factory according to the battery type used
Model available with or without cabinet
Standard models available the same day
CSA certified
OPERATION
Upon loss of charge, the charger increases the current to its maximum capacity. Voltage is then decreased to keep the maximum current value constant, for as long as it takes to reach the equalization voltage.
Once the equalization voltage is reached, the current decreases gradually to reach the current limit of the equalization mode, which is 50% of the maximum value of the charge.
At this level of charge, voltage drops to the value of floating voltage.