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General| Rated Power | 15000 VA |
|---|---|
| Continuous AC Output Power at 25°C | 12000 W |
| Battery Charger Output Current | 140 A |
| Model | Victron energy Quattro 48/15000/140 |
| Input Voltage | 230 VAC |
| Output Voltage | 230 V AC |
| Output Frequency | 50 Hz |
| Protection | Overload, short circuit, over temperature, reverse polarity |
| Operating Temperature Range | -40 to +65 °C |
| Humidity | 95% (non-condensing) |
General safety advice, product design, and application.
Installation safety, grounding, connections, and environment.
Guidelines for moving and storing the product.
Overview of Quattro features, inverter, charger, and switch.
Dual AC inputs, PowerControl, PowerAssist, and other unique characteristics.
Parallel operation, 3-phase, programmable relays, and battery monitor.
Suitability for solar energy systems.
Use during power outages.
DIP switches, VE.Net panel, or PC.
Battery charging stages and modes.
Grid code compliance and system integration.
Operation modes of the main switch.
Controlling the unit remotely.
Equalisation and forced absorption.
Interpreting the unit's status LEDs.
Specific LED indications and their meanings.
Requirements for installation site.
Procedure for battery cable connection.
AC input and output cable connections.
Various connection possibilities.
Default factory settings.
Detailed explanation of configuration parameters.
Stand-alone, parallel, 3-phase settings.
AES, Search Mode, Ground Relay, Charging Characteristics.
AC input current limits, UPS feature.
Generator optimization and distorted AC handling.
Relays, I/O ports, Frequency shift, Battery Monitor.
Configuration via computer software.
Configuration via VE.Net panel.
Configuring settings using DIP switches.
Setting AC input current limits via DIP switches.
Setting charge current limit via DIP switches.
Examples of DIP switch configurations.
Remaining DIP switch settings.
Setting battery charging voltages.
Setting absorption time.
Setting adaptive charging.
Setting dynamic current limiter.
Setting UPS function.
Setting converter voltage.
Setting converter frequency.
Examples of step 2 DIP switch settings.
Common error problems, causes, and solutions.
Special LED patterns and meanings.
VE.Bus system LED codes.
