The MultiPlus Compact 12/2000/80-50 is a UL-Certified 12-Volt 2000-Watt pure sine wave inverter with an adaptive 80A battery charger and a high-speed 50A transfer switch. The inverter’s output is 120V AC. The Multiplus Compact is 15 pounds lighter and 6 inches taller than the standard Multiplus inverter/charger. The compact version also has almost half the depth – 5 (compact) vs. 8.6 (standard) inches.
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Enclosure dimensions for Victron Multiplus inverter charger
The MultiPlus 12/2000/80-50 is a UL-Certified 12-Volt 2000-Watt pure sine wave inverter with an adaptive 80A battery charger and a high-speed 50A transfer switch. The inverter’s output is 120V AC. This inverter charger is also available as the Multiplus Compact version which is 15 pounds lighter and 6 inches taller than the standard Multiplus inverter/charger. The compact version also has almost half the depth – 5 (compact) vs. 8.6 (standard) inches; see the following table for exact dimensions and weight:
Multiplus Compact
Multiplus
Dimensions
(H x W x D)
520 x 255 x 125 mm
20.5 x 10.0 x 5.0 in
362 x 258 x 218 mm
14.3 x 10.2 x 8.6 in
Weight
13 kg
25 lbs
19 kg
40 lbs
Multiplus inverters have two AC outputs. The main output features a 20-millisecond no-break transfer switch allowing computers and electronic equipment to operate without interruption in the event the grid or the generator disconnect. By default, the second AC output runs only when an AC input is available; it is intended for non-critical loads that should not discharge the batteries, for example, a water heater. However, the auxiliary AC output can be configured for many other scenarios.Here is a table with all 12V Multiplus inverter models:
Part No.
Description
DC Voltage
AC Voltage
Power
CMP122200102
MultiPlus Compact 12/2000/80-50 120V VE.Bus (UL)
12V
120V
2000W
PMP122200102
MultiPlus 12/2000/80-50 120V VE.Bus (UL)
12V
120V
2000W
PMP123021102
MultiPlus 12/3000/120-50 120V VE.Bus
12V
120V
3000W
PMP122301102
MultiPlus 12/3000/120-50 120V VE.Bus (UL)
12V
120V
3000W
PMP122305110
MultiPlus-II 12/3000/120-50 120V
12V
120V
3000W
PMP122305120
MultiPlus-II 12/3000/120-50 120V
12V
120V
3000W
PMP122305122
MultiPlus-II 12/3000/120-50 120V (UL)
12V
120V
3000W
PMP122305100
MultiPlus-II 12/3000/120-50 2x120V
12V
120V
3000W
PMP122305102
MultiPlus-II 12/3000/120-50 2x120V (UL)
12V
120V
3000W
240V Split Phase and 3-Phase Operation
Stack two Multiplus inverters to build your 240V split phase system, or configure three inverters for a 3-phase system. You can have up to six inverters in parallel per phase, significantly increasing the system’s capacity.
An alternative configuration for a split-phase 240V power source is connecting a Victron autotransformer to a 230V (European version) Multiplus inverter.
Robust and Configurable AC Charger
The main output of the Multiplus inverters uses advanced adaptive charge software with a fine-tuned three-stage automatic charging; it has a fourth stage for long periods of float charging.
The MultiPlus allows you to set a maximum input current (AC) from the generator or shore power; the charger will then prioritize the loads (AC output) and use the remaining energy to charge your batteries.
Multiplus inverters are also equipped with a PowerAssit feature that will take energy from the batteries to assist the generator when its capacity is not enough to run the loads during high demand (peak) periods; once the loads are back to normal, the charger will use the generators excess energy to recharge the batteries.
Easy System Configuration
The Multiplus will operate out of the box without any additional configuration. The factory settings can be modified using the inverter’s DIP switches. VE.Net can be used instead of the DIP switches and the VE.Bus software is available for more sophisticated settings and features.
Difference Between Multiplus and Multiplus-II Inverters
One main difference between the Multiplus and the Multipluss II models is that the Mukltiplus-II features a double-acting AC input anti-islanding relay allowing compliance for grid connectivity.
Additionally, the Multiplus-II has other features that allow Victron to reduce manufacturing costs without compromising performance.
Steel enclosure instead of aluminum.
A new circuit deposition technique, smaller chips with fewer integrated circuit components, using less silicon overall.
A single larger toroidal transformer, rather than two smaller ones, results in a slightly decreased peak surge power rating but higher efficiency.
Physically smaller, increasing units per container and reducing shipping and warehousing costs.