Skylla-TG charger

One output with full rated power and one output with 4 A. The charging voltage can be precisely adjusted to any battery system. The input for the charger is 230 V at 50/60 HZ. The charging voltage can be measured directly at the battery terminals to compensate for voltage loss due to cable resistance. An external sensor enables the battery temperature to be measured and the charging voltage to be compensated accordingly.

Models: 24 & 48 Volt

Pure power, compact format

TG generation battery chargers are lightweight and compact thanks to the use of high-frequency technology. The charging voltage can be adapted to any open and closed battery type.
A stable charging voltage is particularly important for closed, maintenance-free batteries. Overvoltage leads to excessive gassing and drying out.

Controlled charging

Every TG charger has a microprocessor that precisely controls the charging process in three stages. The charging process follows the IUoUo characteristic curve and is faster than other charging processes.

Can be used as a power supply unit

Thanks to its perfectly stabilised output voltage, a TG charger can be used as a power supply unit in the absence of batteries or large
buffer capacitors.

Two outputs for charging two batteries (24 V version only)

TG chargers have two isolated outputs. The second output is intended for charging a starter battery
. It has a slightly lower output voltage and is limited to 4A.

Longer battery life thanks to temperature compensation

A temperature sensor is supplied with every TG charger. The temperature sensor ensures that the
charging voltage decreases as the battery temperature rises. This is particularly important for maintenance-free batteries, which
can otherwise dry out due to overcharging.

Voltage sensor (voltage sense): Measure the charging voltage at the battery or at the DC distributor

To compensate for voltage losses due to cable resistance, the TG chargers have a
"Voltage Sense" function. It ensures that the battery receives the correct charging voltage at all times.