The inverter charger is a device that allows the charging of various types of lead-acid batteries. These can be wet batteries with liquid electrolyte, gel batteries with gel electrolyte, or AGM batteries with absorbent glass mat. Additionally, the device also supports engine starting.

It works by converting the current and voltage supplied by the power grid into those that are safe for efficient battery charging. Thanks to the charging process, the proper performance of the battery is ensured, significantly extending its lifespan.

• Nominal voltage: 230V / 50Hz
• Charging current: 5 - 30 [A]
• Battery capacity: 25 - 800 [Ah]
• Charging current voltage: 12V / 24V
• Maximum starting current: 180 A
• Maximum input power: 100 - 1200 [W]
• Operating temperature: -20°C - 40°C
• Efficiency: 98%
• Waterproof rating: IP 65
• Clip cable length: 183 cm
• Power cable length: 195 cm

• 1x Inverter Charger
• Terminal cables "-"; "+"
• Packaging
• User manual

The charger automatically adjusts the provided current according to the engine's needs, unlike transformer devices that provide static current, increasing battery safety. After activating the starting function, the device waits for the moment when the engine needs current.

This solution guarantees safety due to stable voltage output. It is suitable for buses and cars. Thanks to IGBT technology, the charger is much smaller compared to transformers, making it more compact. The device is made from high-quality materials.

IGBT transistors (Insulated Gate Bipolar Transistor) are semiconductor electronic components that combine the characteristics of a bipolar transistor and a field-effect transistor (MOSFET). The main characteristics of IGBT transistor technology are:

• High efficiency: They have high energy efficiency, making them effective power switches.
• High conduction efficiency: They are capable of carrying significant electrical currents, suitable for applications requiring high power control.
• Higher collector-emitter voltage: They can withstand higher voltages compared to traditional MOSFETs.
• Thermal protection: Many IGBTs have built-in thermal protection mechanisms.
• Continuous application: They are widely used in frequency converters and power supply systems.

The cable arrangement is made of copper and covered with rubber. The "alligator clips" ensure complete safety during operation.

Strong and durable, safe to use.

The use of copper cable guarantees stable current performance. The charging cables are long-lasting and do not produce heat.