TriCOM® select

The new TriCOM^® select charging systems not only feature the most modern components and an attractive design, but also make an important contribution to climate protection due to the high level of energy efficiency.

The topic of energy efficiency must be considered from an ecological and economic point of view. Compared to conventional chargers, TriCOM^® select charging systems reduce the consumption of electrical energy during charge by 25%. This leads to decreased energy costs and lower CO₂ emission.

TriCOM^® select charging systems are suitable both for charging wet batteries and for maintenance-free batteries since all relevant charge profiles are stored in the memory of the electronic charging system. The charging characteristics are controlled and thus independent of mains voltage fluctuations. Regarding charge characteristics intended for wet batteries, particular attention has been given in relation to the optimization of the charge factor. Fulying charging of a battery is achieved through effective acid mixing, reduced gassing and the least possible electrical energy consumption. The result us lower water loss and thus reduced lifetime costs. For opportunity charging or particularly short charging times, an electrolyte circulation option is available for wet batteries.

Product Description

System features

Extends the service life of the battery – minimized temperature increase during charge.
Efficiency of up to 96 % and a cos of up to ~1 – reduce the required grid connection power and associated investment and installation costs.
Compact design – reduces space requirements.
Lower CO2 emissions – consumption of electrical energy during charge reduced by 25%.
Optimally smoothed charging current – reduces the in-service costs (watering intervals) for battery maintenance.
Electromagnetic compatibility (EMC) for living and industrial areas – suitable for use in businesses, private living and commercial areas as it complies with the EMC requirements.
Multivoltage function – charging of different batteries with only one charger.
Adapting to the environmental situation – by using a Battery ID chip, charging parameters can be individually adapted to each battery and/or each environmental situation at any time.
Variable programmable characteristic – effective pulse charging and future-proof adjustment of all charging parameters for new battery types.
Options: Bidirectional communication between charger, battery controller and PC, tablet or smartphone using Windows based software:
– Adaptation of the charging behaviour to the battery temperature
– Transmission of battery data for setting the optional charging parameters
– Optimization of the fleet deployment