MultiPlus 48/2000/25-32

The MultiPlus 48/2000/25-32 is an all-in-one power solution that integrates a pure sine wave inverter, a four-stage adaptive battery charger, and a high-speed AC transfer switch in a single enclosure. This combination ensures uninterrupted AC power and optimized battery charging.

The inverter provides a continuous power output of 2000 VA at 25°C. This power drops to 1600 W at 40°C.

The MultiPlus 48/2000/25-32 can handle a peak power of up to 3500 W for inductive loads.

The device operates with a DC input voltage of 38 to 66 V. It delivers an AC output voltage of 230 VAC ± 2% at 50 Hz ± 0.1%. The integrated battery charger handles AC input voltages from 187 to 265 VAC.

The MultiPlus is equipped with PowerControl technology. This function limits the input AC current from an external source to prevent overloads. The device takes into account other AC loads and uses the remaining current for battery charging.

The PowerAssist function supplements the capacity of the AC source (generator or shore power). When power demand exceeds the capacity of the AC source, the MultiPlus draws energy from the battery via the inverter to increase available power and prevent overloads. When the load decreases, the excess power is used to recharge the battery.

Yes, the MultiPlus has two DC outputs. The main output can supply the total output current for the service battery, while a second output, limited to 1 A, is intended to charge a starter battery.

The adaptive battery charger manages charging in four stages:

Bulk (bulk charge): Maximum charge to quickly recharge the battery. Absorption: Maintaining a constant voltage to ensure a full charge without overcharging. Float (float charge): Maintaining a float voltage to compensate for self-discharge. Storage: Reducing float voltage to minimize gassing and corrosion when the battery is not used for an extended period, with weekly equalization.

The maximum charging current for the service battery is 25 A. For the starter battery, the second output is limited to 1 A.

The AC transfer switch ensures a fast transition in less than 20 milliseconds. This allows sensitive electronic equipment, such as computers, to continue operating without interruption.

Yes, up to six MultiPlus units can be operated in parallel to increase total output power.

Yes, the MultiPlus can be configured for three-phase operation using three identical units.

The unit must be installed in a dry, well-ventilated location, as close as possible to the batteries. A minimum clearance of 10 cm must be maintained around the device to ensure adequate cooling.

Yes, installation must be performed by a qualified electrician. This is a Safety Class I product, requiring continuous protective earthing. Ensure DC and AC input cables are fitted with fuses or circuit breakers. Never mount the product directly above batteries and install it in a heat-resistant environment.

The MultiPlus integrates several functions to extend battery lifespan:

An adaptive 4-stage battery management system. A 'BatterySafe' mode that limits voltage rise to prevent excessive gassing. A 'Storage' mode that reduces float voltage and performs weekly equalization to prevent stratification and sulfation. Temperature compensation that adjusts charging voltage based on battery temperature.

Yes, remote control is possible using a switch or a Multi Control panel. The Multi Control panel also allows you to set the maximum input AC current.

The inverter achieves an efficiency of up to 95%. Its no-load consumption is 10 W, and it is reduced to 3 W in search mode.

Yes, the MultiPlus is equipped with a programmable relay. By default, it is configured as an alarm relay, but it can be programmed for other applications, such as a starter relay for a generator.

The MultiPlus uses LEDs to indicate its operating status. For example, an 'inverter on' LED indicates that the inverter is active, while a 'Charger' LED lights up when the charger is running. Specific LED blinking patterns or states may also signal pre-alarms or alarms (overload, low battery voltage, high temperature, etc.).

The microprocessor-controlled adaptive battery management system can be configured for various battery types, ensuring optimal charging for different battery chemistries.