CHARGER-INVERTER (Victron Multiplus C) 12V 50A 1200W

This charger-inverter combines a 12 VDC inverter and a battery charger. It provides 1200 VA continuous inverter output and a 50 A multi-stage charger. A 16 A automatic transfer switch connects loads to AC input when available and switches to inverter when the input fails. PowerControl and PowerAssist manage limited AC sources and support short peaks.

Features:

• 12 V DC nominal battery system

• 1200 VA / 1000 W continuous at 25 °C, 2400 W peak

• 16 A transfer switch, automatic changeover

• PowerControl to limit AC input current, PowerAssist to supplement weak AC sources

• true sine wave output 230 V 50 Hz

• three stage charging with 50 A house-battery charge current and 4 A starter-battery output

• VE.Bus for configuration, parallel and three-phase operation, and system integration

• remote monitoring and configuration via GX devices and VRM

• temperature controlled fan cooling

• IP20 enclosure

Inverter:

• input voltage range DC: 9.5 to 17 V
• output: 230 V AC ± 2 %
• frequency: 50 Hz ± 0.1 %
• continuous output power at 25 °C: 1200 VA / 1000 W
• continuous output power at 40 °C: 900 W
• continuous output power at 65 °C: 600 W
• peak power: 2400 W
• maximum efficiency: 93 to 94 %
• zero-load power: 8 to 10 W

Charger:

• AC input voltage range: 187 to 265 V AC
• AC input frequency: 45 to 65 Hz
• charge voltage absorption: 14.4 V
• charge voltage float: 13.8 V
• storage mode: 13.2 V
• charge current house battery: 50 A
• charge current starter battery: 4 A
• battery temperature sensor: Yes

General:

• PowerControl: Yes
• PowerAssist: Yes
• transfer switch rating: 16 A
• communication: VE.Bus
• programmable relay: Yes
• remote on-off: Yes
• operating temperature: −40 to +65 °C fan assisted
• humidity non-condensing: max 95 %
• maximum altitude: 2000 m
• enclosure: aluminium, blue RAL 5012, protection category IP20
• AC connection: screw terminals up to 13 mm²
• DC connection: M8 bolts

​Protection:

Output short circuit, overload, battery voltage too high, battery voltage too low, temperature too high, 230 V AC detected on inverter output, input voltage ripple too high.

• Read the manual before installation and use, further support documention, including back-up sizing, can be found on your logistical knowledge base

• Mount vertically with terminals facing downward and ensure adequate ventilation

• Use properly sized DC cables and protection devices according to Victron guidance

• Configure limits for PowerControl to match generator or shore supply rating

• For lithium batteries, integrate via the appropriate BMS over VE.Bus
  (See Victron documentation and GX device Assistants for detailed setup.)

  
  
  
  
  
  

Changed by Mr. Moussadek Abdeldjebbar on Oct 30