Battery chargers

These chargers are more energy efficient. During charging, the electric current is made up of individually modulated (on demand) DC pulses of different widths (hence the name high-frequency chargers), which results in a significantly lower heating of the battery being charged, as the average current is lower than with conventional chargers, while at the same time increasing the overall energy efficiency of the charging process, reducing adverse side effects such as water electrolysis and the formation of insoluble lead layers. Therefore, we always recommend the use of these chargers in high-intensity or aggressive working conditions.

Of all the models we offer, only the DECA DC2213 is a universal charger, suitable for both automotive and all types of traction and/or deep cycle batteries (i.e. GEL, AGM and liquid electrolyte). Before charging any other type of battery, simply select the type of battery to be charged, the voltage and one of the expected charging currents before starting the charging. This makes this charger ideal for fishing, yachts, campervans - wherever mixed battery types are used.

STANDARD CONTROLLERS (50-60Hz) - tested, durable and reliable. They perform better in more intense and aggressive conditions, are simple to use and easy to repair. Therefore, these chargers will always offer the best value for money.

*Note - chargers are sold without fork

These chargers are more energy efficient. During charging, the electric current is made up of individually modulated (on demand) DC pulses of different widths (hence the name high-frequency chargers), which results in a significantly lower heating of the battery being charged, as the average current is lower than with conventional chargers, while at the same time increasing the overall energy efficiency of the charging process, reducing adverse side effects such as water electrolysis and the formation of insoluble lead layers. Therefore, we always recommend the use of these chargers in high-intensity or aggressive working conditions.

These chargers are more energy efficient. During charging, the electric current is made up of individually modulated (on demand) DC pulses of different widths (hence the name high-frequency chargers), which results in a significantly lower heating of the battery being charged, as the average current is lower than with conventional chargers, while at the same time increasing the overall energy efficiency of the charging process, reducing adverse side effects such as water electrolysis and the formation of insoluble lead layers. Therefore, we always recommend the use of these chargers in high-intensity or aggressive working conditions.