Μετατροπέας Voltcraft MSW 2000-24-G — 2000 W, είσοδος 24 V DC, εύρος 21–30 V DC

The Voltcraft MSW 2000-24-G inverter converts 24 V DC (operating range 21–30 V DC) into a modified sine AC output of 230 V suitable for powering household appliances, tools and electronics from vehicle, marine or off‑grid battery systems. It delivers 2000 W continuous output with high peak capability, integrated German protective-earth socket and an additional USB output. Built-in protections help prevent damage to the inverter and connected devices.

Advantages

The MSW 2000-24-G offers continuous 2000 W output and strong peak power for startup loads, a stable 230 V AC modified sine output, and a compact design with screw terminal DC input and a German protective-earth outlet. The unit includes undervoltage and overvoltage shutdown, overload and short-circuit protection, and a USB output for charging small devices.

Suitable for

• Running household appliances and power tools from a 24 V battery system
• Power supply on boats and recreational vehicles
• Off‑grid cabins, weekend houses and camping
• Charging and operating electronics and small devices via USB

Key specifications

• Model: Voltcraft MSW 2000-24-G
• Continuous output: 2000 W
• DC input: 24 V nominal (operating range 21–30 V DC)
• AC output: 230 V, modified sine wave
• DC input connection: screw terminals
• AC outlet: German protective-earth socket
• Additional output: USB port

How to use

Connect the inverter to a 24 V battery or DC power source using the screw terminals, observing correct polarity. Plug AC appliances into the German protective-earth socket and connect small USB devices to the USB port. Ensure the total continuous load does not exceed 2000 W and avoid sustained operation near the maximum rating to prevent thermal shutdown. Allow adequate ventilation around the unit.

Recommendations

To protect the supply battery, use the inverter within the specified 21–30 V DC input range and rely on the built-in undervoltage cutoff. For inductive or motor loads check the appliance starting current against the inverter's peak capability and keep continuous loads below 2000 W. Place the inverter in a dry, ventilated location and avoid covering air intakes.