Xenotronix, Inc. Datasheets for Battery Chargers

Battery chargers restore the electrochemical potential in a battery by applying direct current to the battery cathode. This initiates the flow of ions across the battery electrolyte and returns useful electrical capacity to the battery for on-demand use by equipment.


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Product Name Notes
Endorsed by EnerSys to charge and maintain their line of Odyssey® DrycellTM batteries – models PC310, PC535, PC545, PC625 and PC680 (and variants) Appropriate for Cyclon® D, X, E &
Endorsed by EnerSys to charge and maintain their line of Odyssey® DrycellTM batteries – models PC310, PC535, PC545, PC625, PC680, PC925 & PC1200* (and variants) Appropriate for Cyclon® D, X,...
The HPX10 is a two stage, temperature compensated, constant voltage battery charger with current limiting. It is designed to automatically switch to a float charge after the battery is charged.
The HPX150 is a two stage, temperature compensated, constant voltage battery charger with current limiting. It is designed to automatically switch to a float charge after the battery is charged.
The HPX30 is a two stage, temperature compensated, constant voltage battery charger with current limiting. It is designed to automatically switch to a float charge after the battery is charged.
The HPX60 is a two stage, temperature compensated, constant voltage battery charger with current limiting. It is designed to automatically switch to a float charge after the battery is charged.
The MHTX7 is a two stage, constant current battery charger. After charging your battery with a precision constant current for 14 hours, it automatically switches to a low rate current.
The NDX40 is a precision constant current quick charger that uses negative-delta-V detection to terminate the charge. When charging is complete, the current is pulsed to maintain the battery with...
The NTX7 is a two stage, constant current battery charger. After charging your battery with a precision constant current for 14 hours, it automatically switches to a low rate current.