Lādētāja pārveidotājs CombiMaster 12/2000-60 (230 V)

The CombiMaster 12/2000-60 is a compact multifunction device that combines a pure sine wave inverter (converting 12 V from your batteries to 230 V) and a 60 A smart battery charger. It also includes an ultra-fast AC transfer system to switch between shore power and batteries.

The inverter delivers a continuous power output of 2000 VA (1600 W) at an ambient temperature of 40 °C. It can also handle power peaks up to 3000 VA for 30 seconds and 4000 VA for 5 seconds to start demanding devices.

Yes, the CombiMaster delivers a pure sine wave at 230 V. This ensures optimal operation without humming or risk of damage to all your electrical devices, including sensitive ones such as computers or audiovisual equipment.

The integrated charger uses a 3-stage+ charging algorithm compatible with most battery technologies on the market, including:

Flooded lead-acidGelAGMLithium-ion (Li-ion)

For optimal operation and efficient charging with a 60 A current, it is recommended to use a battery bank with a total capacity between 180 and 500 Ah.

The Power Assist function prevents tripping of the shore power breaker or your generator. If the 230 V power demand of your appliances exceeds the capacity of the external source, the inverter automatically draws from the batteries to supply the missing power.

The Power Sharing mode allows the CombiMaster to automatically reduce the power allocated to the battery charger when the consumption of your 230 V devices increases. This ensures compliance with the current limit of the external source (such as a low-amp shore power outlet).

Yes, the CombiMaster is natively compatible with MasterBus, CZone, and NMEA 2000 networks. This allows for easy integration with multifunction displays and centralized control systems on your boat.

The automatic AC transfer system switches in just 10 milliseconds. This transition is so fast that your electronic devices will continue to operate without any interruption or restart.

The device must be installed in a closed, well-ventilated space, protected from rain, dust, and condensation. It is designed for vertical mounting (to comply with its IP23 protection rating) and must be securely fixed to a flat surface.

In standby mode with no load connected, power consumption is around 30 W. However, enabling the energy-saving mode drastically reduces consumption to just 10 W.

Yes, it is mandatory to install a properly sized fuse on the DC wiring, as close as possible to the battery's positive terminal. This protects your installation against short circuits, in accordance with electrical safety standards.

Yes, the CombiMaster comes with an included battery temperature sensor. The charger automatically adjusts the charging voltage based on battery heat, optimizing charging and extending the lifespan of your battery bank.

Absolutely. Thanks to its network synchronization and Power Assist functions, the CombiMaster is fully compatible with generators. It smooths out load calls and supplements power from the batteries if the generator is not powerful enough.

The device is equipped with multiple industrial-grade safety features to protect your installation. It includes protections against:

OverheatingOverloadShort circuitsHigh or low battery voltage

The CombiMaster is known for being extremely compact and lightweight in its category. It measures 371 x 284 x 155 mm (Height x Width x Depth) and weighs just 6.9 kg.

You can monitor and control the device via several compatible displays, such as the SmartRemote or the EasyView 5 (via the MasterBus network), the Touch 5 or Touch 10 (via CZone), as well as on most multifunction navigation displays via NMEA 2000.

The CombiMaster has an IP23 protection rating and its electronic boards are coated with a protective layer. It tolerates up to 95% relative humidity without condensation, but must never be exposed directly to water or spray.

In charger mode, the device delivers a maximum charging current of 60 A (at a voltage of 14.25 V) to quickly and efficiently recharge your 12 V battery bank when an AC source is available.

Basic configuration can be done very easily using the DIP switches located directly on the device. For more advanced and customized settings, you can use the MasterBus or CZone interfaces via a compatible control display.