Victron MultiPlus Inverter / Charger 3000VA 12/24/48W
Victron's 3000VA MultiPlus inverter-chargers are the single most popular of the range, widely used across marine, recreational vehicle and remote power / backup systems. Available in 12V, 24V and 48V options and supplied with the incredibly useful second AC output, the high power capabilities of the 3000VA model or widely sought after. You can also choose between a 16A or 50A transfer switch. In addition, all MultiPlus inverter-charges combine a powerful true sine-wave inverter and advanced adaptive charger with a a high-speed AC transfer switch (12-millisecond changeover time).
High power & three-phase capabilities
Systems grow and change over time, so it is possible to connect up to 6 MultiPlus units together in parallel to achieve a higher output, for example six 3000W units can be linked to produce a 18.0kW system with six times the charging capacity. In addition, the MultiPlus can be used in ‘three-phase’ systems, where three units are used (one for each phase). This means that up to six sets of three inverter-chargers (18 in total) can be connected in parallel, producing 18 times the power output in 3-phases!
PowerControl - limited generator, shore side or grid power
Under certain circumstances, e.g. charging a completely flat battery bank, the MultiPlus can draw very large AC currents. When connected to a limited power shore-line or to a generator, the AC current can be limited to avoid overloading the generator or tripping the shore supply. The MultiPlus will also take the requirements of other AC loads into account, only using what is left to charge the batteries.
Twin AC output
All MultiPlus inverter-chargers of 3000W or greater now include two AC outputs. One of the outputs (AC1) is 'always on', meaning that appliances connected to it will always have AC power. The second output, however, is only active when the MultiPlus is connected to an AC supply (generators, shore-lines, etc), but will be switched off when only a DC supply from the battery banks is available. This configuration is ideal for when you have high current consumers, such as an immersion heater, that you would not want to power from your batteries, or where you wish to have only auxillary lighting when the mains grid fails. (All Quattro inverter-chargers include this feature).
PowerAssist - boosting the capacity of shore or generator power
Where the AC currents are limited by the capacity of the generator or shore-line, PowerAssist makes it possible to exceed the current limit by temporarily combining DC power from the battery bank. When the excessive load drops, the MultiPlus reverts back to using AC power again, using any surplus capacity to recharge the batteries.
UPS mode (Universal Power Supply)
When in UPS mode, the MultiPlus switches from AC to DC input power (in the event of a power failure, for example) in only 12-milliseconds. During this time, the voltage output only falls to 180VAC very briefly, allowing sensitive computer and communications equipment to continue operating.
Weak AC function
In certain circumstances, such as when using an old or unreliable generator, or in countries with unpredictable mains power, it may be necessary to activate the ‘weak AC’ option. When activated, the MultiPlus will operate with a much wider AC frequency and voltage range, although some efficiency is lost as a result. This is invaluable, especially in some of the Third World nations, where Victron equipment is often used for remote power supplies.
Four stage adaptive charger and dual battery bank charging
The main output charges the DC battery bank using advanced ‘adaptive charge’ software. The software fine-tunes the charge cycles to match the condition of the batteries, with a fourth stage for long periods of float charging. In addition to this, the 12V and 24V MultiPlus inverter-chargers have a supplementary trickle charge output which can be used to maintain the starter battery.
Simple system configuration
Nine times out of ten, it is not necessary to change any of the settings of the MultiPlus inverter-chargers, but if you wish to do so, this can be done very quickly using the new DIP switches, or by connecting the MultiPlus to your laptop and using the free VE.Configure software (available from the Victron website).
|12 Volt||C 12/2000/80||12/3000/120|
|24 Volt||C 24/2000/50||24/3000/70||24/5000/120|
|Transfer switch (A)||30||16 or 50||100|
|Parallel and 3-phase operation||Yes||Yes||Yes|
|Input voltage range (V DC)||9.5 - 17V / 19 - 33V / 38 - 66V|
|Output||Frequency: 50Hz +/- 0.1%|
|Cont. output power at 25°C (VA)||2000||3000||5000|
|Cont. output power at 25°C (W)||1600||2500||4500|
|Cont. output power at 40°C (W)||1450||2200||4000|
|Peak power (W)||4000||6000||10.000|
|Maximum efficiency (%)||93 / 94||93 / 94 / 95||94 / 95|
|Zero-load power (W)||9 / 11||15 / 15 / 16||25 / 25|
|Zero load power in AES mode (W)||7 / 9||10 / 10 / 12||20 / 20|
|Zero load power in Search mode (W)||3 / 4||4 / 5 / 5||5 / 6|
|Input voltage range||187-265 VAC|
|Input frequency||45 - 65 Hz, Power factor: 1|
|Charge voltage 'absorption' (V DC)||14.4 / 28.8 / 57.6|
|Charge voltage 'float' (V DC)||13.8 / 27.6 / 55.2|
|Storage mode (V DC)||13.2 / 26.4 / 52.8|
|Charge current house battery (A)||80 / 50||120 / 70 / 35||120 / 70|
|Charge current starter battery (A)||4 (12V and 24V models only)|
|Battery temperature sensor||yes|
|Auxiliary output||n. a.||Yes (16A)||Yes (25A)|
|Protection||a) output short circuit|
|c) battery voltage too high|
|d) battery voltage too low|
|e) temperature too high|
|f) 230 VAC on inverter output|
|g) input voltage ripple too high|
|VE.Bus communication port||For parallel and three phase operation, remote monitoring and system integration|
|General purpose com. port||n. a.||n. a.||n. a.|
|Operating temp. range||-40 to +50°C (fan assisted cooling)|
|Humidity (non condensing):||max 95%|
|Material & Colour:||aluminium (blue RAL 5012)|
|Battery-connection||M8 bolts||M8 bolts (2 +ve & 2-ve)|
|230 V AC-connection||Spring-clamp||Screw terminals 13mm2 (6 AWG)|
|Dimensions (hxwxd in mm)||520x255x125||362x258x218||444x328x240|
|Safety||EN 60335-1, EN 60335-2-29|
|Emission, Immunity||EN55014-1, EN 55014-2, EN 61000-3-3|
*All technical specifications and images are correct at the time of publication, but are subject to change without notice.