UltiPower 12V 24V 8A Universal Desulfation Reverse

UltiPower 12V/24V 8A Universal Desulfation Reverse Pulse Battery Charger Ultipower chargers applies negative pusle technology , reducing battery impedance. The gassing amount is only 10-13% compare withbattery with conventional charger during an entire charge process. (Battery charger) The charger's output current depends upon the battery's state.The intelligent charger may monitor the battery's voltage, temperature and/or time under charge to determine the optimum charge current at that instant. Charging is terminated when a combination of the voltage, temperature and/or time indicates that the battery is fully charged.(lead acid battery charger) 8A Battery Pulse Charger with 5A negative pulse current , suitable for large capacity battery desulphation.(Lead acid battery charger) battery charger. Using the latest technology in battery chargers, switchmode chargers convert 240VAC power to 12VDC power using electronic components, unlike traditional battery chargers that rely on large heavy transformers. This allows the charger to be lightweight and compact without sacrificing performance.(battery charger) Using the latest technology in transformer design, toroidal transformers don’t use a solid iron core, (like traditional transformers) making them lighter and more compact. They deliver more power than a traditional transformer charger of the same size.( battery charger) Once the battery is full, the charger automatically starts to maintain the battery. The charger monitors the battery voltage and continues to top up the battery, keeping it fully charged and ready for use. Current floating depends on battery's status. Negative pulse discharging function to maintain battery. protective functions include reverse polarity protection,abnormal battery voltage protection,shor output circuit short protection.. (Battery charger) Benefits of Switch-mode Chargers:Small size and light weight No tapering of current - Constant Current In the conventional chargers, the current reduces as the battery voltage goes up. For example an 8 Amp charger, the current will start at 8 Amp and will go down as the battery voltage increase. At the end (full charge) the current is almost zero. So the charger is giving an average of 4 Amps. The switch-mode charger gives a constant current. In charging time, the constant current is equal to twice the tapered current. So a 4 Amp Constant Current battery charger is as fast (in some cases faster) than a tapered 8 Amp conventional charger. Note: Some conventional chargers are constant current types but these are more expensive, larger in size and weight. More Reliable:In switch-mode, the transformers are installed on the electronics circuit board. Since all components are on circuit board, the switch-mode chargers are much more reliable. Ability to function with AC voltage fluctuationsThe switch-mode chargers are capable of large AC voltage fluctuations without any loss of output power. For example a properly designed switch-mode charger of 115VAC input will operate at 90VAC. So 115VAC chargers can be used in Japan where the voltage is 100VAC. UltiPower battery charger :110VAC/220VAC input 12V3A 12V5A 12V8A 12V10A 12V15A 24V3A 24V5A 24V8A 24V10A.