Mastervolt CombiMaster 24/3000-60 230 V pārveidotājs-lādētājs

The CombiMaster 24/3000-60 inverter provides a continuous power output of 3000 VA, or 2600 W, at an ambient temperature of 40 °C. It delivers a pure sine wave output (true sine wave) to power sensitive equipment.

The integrated charger can deliver a maximum charging current of 60 A at 28.5 V (at 40 °C). This current is configurable according to your battery bank requirements.

This model operates with a nominal battery voltage of 24 V DC. The accepted input voltage range is between 20.4 V and 32 V DC.

The CombiMaster is designed to charge lead-acid batteries (flooded, gel, AGM) and lithium-ion batteries (LiFePO4). The charging process uses an automatic IUpUo curve or a configurable 3-step+ (3-Step+) mode to adapt to the battery type.

The Power Assist function allows the CombiMaster to support an external AC power source (such as a generator or a low-power shore power connection) by adding energy from the battery. This prevents the input breaker from tripping when demand exceeds available power.

Yes, the CombiMaster is compatible with NMEA 2000 and CZone networks. It can be integrated and monitored via compatible displays such as the Mastervolt Touch 5 or Touch 10, or via third-party multifunction displays from brands such as Simrad, Garmin, Lowrance, or Raymarine.

Yes, the CombiMaster is compatible with the MasterBus system. You can control and monitor it remotely using displays such as the SmartRemote or the EasyView 5 from Mastervolt, which connect to the MasterBus network.

The recommended battery capacity for the CombiMaster 24/3000-60 is between 180 and 500 Ah, based on gel batteries. This value may vary for other battery types.

The CombiMaster 24/3000-60 measures 448 mm in height, 284 mm in width, and 155 mm in depth. It weighs 9.3 kg.

The CombiMaster has an IP23 protection rating. This means it is protected against solid objects larger than 12 mm (fingers) and against water spray up to 60° from the vertical. It must be mounted vertically to maintain this rating.

Yes, the CombiMaster features galvanic isolation between the AC input and the AC output / battery circuit. This provides additional protection against electrical shocks and interference.

The Power Sharing function automatically reduces the charging current from the battery charger when the consumption of devices connected to the AC output increases. This prevents the AC input current limit (e.g., the shore power breaker rating) from being exceeded and avoids tripping.

In 'On' mode without load, the CombiMaster consumes about 30 W. If the energy-saving mode is enabled, consumption drops to about 10 W. In 'Off' mode, consumption is less than 1 mA.

The DC cable cross-section depends on the distance between the battery and the CombiMaster. The installation manual recommends using cables with a sufficient cross-section to minimize voltage drops. For a standard installation, cables of 50 mm² or larger are often required, but it is imperative to refer to the wiring table in the manual for precise sizing.

The CombiMaster is a battery charger-inverter that connects to a battery. It can be perfectly integrated into a system with solar panels: the solar panels charge the battery via a charge controller, and the CombiMaster uses this battery to supply 230 V or to charge the battery when an external AC source is available.

Battery type configuration (flooded, Gel/AGM, Lithium) is done via the DIP switches on the front panel of the device, or via the MasterBus configuration software if the device is connected to a MasterBus network with a display.

Yes, the CombiMaster is compatible with lithium-ion (LiFePO4) batteries. It offers a specific charging profile for this battery type, configurable via the DIP switches or the MasterBus network.

The CombiMaster's automatic AC transfer system switches between shore power and inverter output in less than 10 milliseconds. This speed is fast enough that most electronic equipment does not experience an interruption.