The characteristic housing is partly molded with synthetic resin, making the charger splash-proof and shock-resistant (IP647). As a result, this robust charger can be used in many environments.
The TBC 600 goes far in optimizing the charging process. First of all, of course, the charging voltage is adjustable, so that it can be optimized for the relevant lead battery. But the charger also distinguishes between usage situations (onboard -stand alone). In this way, the charging process is completely adapted to the relevant combination. For batteries that are regularly deeply discharged, the charger even has a special charging program to break down the sulphate. Ultimately, you can choose between no less than 36 charging programs! This sounds complicated, but the charger can easy be set with 1 push button.
The microprocessor controls and monitors the charger, battery and overall progress resulting in a reliable and stable charging process. If an error is detected during the charging process, the charger will indicate this by means of an error code, so it's easy to determine which error is occurring. The charging process is of course fully automatic and will also start a new charge if necessary. The charger may remain connected/on during battery loading, starting an engine or when multiple power sources are present (such as a solar panel). When the charging process is completed, the charger will go to the maintenance state (float charge) and after a longer period of time even to a special charging state to keep the battery in good condition (jogging). The TBC 600 series is therefore also suitable for permanent connection.
With the three LEDs on the front, the status of the charging process is easy to read. A suitable battery cable can be mounted on the two M6 terminal bolts on the front. A unique feature is that the voltage loss across the charging cables is automatically compensated. In this way, the battery actually receives the set charging voltage. With a soft start, reverse polarity protection, short circuit protection and monitoring of the output voltage, input voltage, charging time and of course the internal temperature, the many sides of the charging process are controlled.
The charger can be expanded with a temperature sensor to monitor the battery temperature during the charging process. Depending on the measured temperature, a correction is made to the charging voltages. In order to guarantee splash-proofness, this option is only available ex works and must therefore be specified when ordering (this is no longer possible afterwards).
|Article no.||Input||Output||Charging current||Dimensions||Weight|
|TBC 612-1-15||230Vac||12Vdc||15Amp||20x20x11 cm||6 kg|
|TBC 612-1-25||230Vac||12Vdc||25Amp||25x20x11 cm||9 kg|
|TBC 612-1-35||230Vac||12Vdc||35Amp||30x20x11 cm||9 kg|
|TBC 612-1-50||230Vac||12Vdc||50Amp||40x20x11 cm||14 kg|
|TBC 624-1-10||230Vac||24Vdc||10Amp||20x20x11 cm||7 kg|
|TBC 624-1-20||230Vac||24Vdc||20Amp.||25x20x11 cm||9 kg|
|TBC 624-1-30||230Vac||24Vdc||30Amp.||30x20x11 cm||10 kg|
|TBC 624-1-40||230Vac||24Vdc||40Amp.||40x20x11 cm||16 kg|
HDC-series charging converter
New!! The HDC charging converter is the ideal solution for charging a second (accessory) battery in a vehicle from the alternator. Certainly applicable in vehicles with Euro 5/6 systems.Read more
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