Power inverter Volt SINUS PLUS 3000 24V→230V (1500/3000W) with remote control

The Volt SINUS PLUS 3000 is a pure sine wave power inverter that converts 24 V DC to 230 V AC and provides continuous output of 1500 W with 3000 W peak capacity. It is designed to supply stable mains-quality power to sensitive electronics, household appliances and power tools in vehicles, off-grid energy systems and mobile workstations. The unit includes a remote control for convenient on/off switching and monitoring from a distance.

Advantages

The pure sine wave output minimizes harmonic distortion and ensures compatibility with sensitive devices such as computers, audio equipment and variable-speed motors. High peak power supports motor start-up currents and short-term heavy loads while the continuous rating covers sustained operation. Built-in protections guard against overload, overheating, low battery voltage and short circuits, improving reliability in mobile and off-grid environments. The included remote control allows safe and convenient remote operation without direct access to the inverter.

Suitable for

• Powering laptops, desktop PCs and audio/video equipment
• Running household appliances like refrigerators, microwaves and small heaters
• Operating electric tools and workshop equipment on vehicles or in mobile workshops
• Supplying AC loads in caravans, boats and off-grid cabins

Key specifications

• Input voltage: 24 V DC
• Output voltage: 230 V AC, pure sine wave
• Continuous power: 1500 W
• Peak (surge) power: 3000 W
• Remote control for on/off switching
• Protection features: overload, over-temperature, low-voltage, short-circuit protection

How to use

Install the inverter in a well-ventilated location, secure it on a stable surface and connect to a 24 V battery or battery bank using appropriate gauge cables and proper polarity. Connect AC devices to the inverter's output sockets. Use the supplied remote control to switch the inverter on and off from a distance. Monitor battery voltage and inverter status indicators during operation and avoid covering ventilation openings to maintain cooling efficiency.

Usage recommendations

For optimal performance, match the inverter’s continuous rating to the expected load and allow sufficient battery capacity and charging capability to support both continuous consumption and start-up surges. Use proper cable sizes and tight connections to minimize voltage drop. If powering inductive loads or devices with high start-up currents, verify that peak power is adequate and avoid simultaneous operation of multiple heavy loads. Regularly inspect cooling paths and ventilation, and follow safety procedures when working with battery systems.