Tebetron – Economic and Efficient

Reduction of operating costs by saving electrical energy (and therefore reducing CO₂ emissions)

Reduction of maintenance costs and extension of maintenance intervals thanks to reduced gas venting and reduced battery water consumption.

Tebetron chargers are suitable for all PzS and PzS-B wet-cell batteries, with charging times ranging from 7.5 - 14 hours including shift operation.

Tebetron chargers work with a Wa pulse characteristic.
In the main charging phase, the charging characteristic corresponds to a W-characteristic, i.e. the charge current reduces as the battery voltage increases. In the gassing phase, the electrolyte is mixed by means of highly effective short current pulses which lead to significantly less gas production than with conventional Wa chargers with fixed gassing currents.
The pulsing technique reduces the temperature rise, lowers battery water consumption and uses less electrical energy.

Clear identification of charge and operating state even from a distance thanks to large, easily visible charge state traffic lights
 

In order to enable the charge and operating state to be clearly seen even from a distance, Tebetron chargers are equipped with charge state traffic lights in the form of a large coloured illuminated display.

The “Charge/Gassing” state is indicated by the colour yellow, “Charging complete” by the colour green and a possible fault by the colour red.

Important operating data can be retrieved using a Laptop or in the case of a large number of chargers, via a network with central PC. Analysing the data enables faults or deviations in the individual charging operations to be immediately detected.

Tebetron chargers have a USB port for the retrieval of important operational data.
With the help of a standard USB cable and a laptop, the operating data can be accessed or transmitted to a central PC via a network.

Individual chargers can be quickly and thoroughly analysed with the help of the charging and statistical data.
As well as various other events, the charger saves the last 200 sets of charging data.

The monitoring software makes comprehensive monitoring, control and remote maintenance of the charging systems possible, both on site and from a remote location.

Connection can be via the Internet or LAN/WLAN.

Using this software enables all chargers plus maintenance and service personnel, to be deployed efficiently and effectively.

Overview of all charging events:

• Optimum use of charging resources
• Remote readout of charging parameters
• Notification in case of charge state change
• Remote maintenance