Invertors 24/1600 Smart

This inverter converts a 24V DC input (from batteries, for example) into a pure sine wave AC output of 230V, suitable for powering standard electrical devices.

The Victron Energy Inverter 24/1600 Smart provides a continuous power output of 1600VA. Its real continuous power at 25°C is 1450W, and 1300W at 40°C.

It can supply a peak power of 2100W for 15 seconds, which is useful for starting demanding loads.

The inverter provides a pure sine wave alternating current (AC) voltage, ensuring high-quality power supply for all types of equipment, including the most sensitive ones.

Yes, the AC output voltage is adjustable between 210 and 245V, and the output frequency can be set to 50 Hz or 60 Hz with a precision of +/- 0.1%.

Yes, this model includes Bluetooth, enabling full configuration and control via the VictronConnect app on your smartphone or tablet without requiring an additional Bluetooth Smart dongle.

You can monitor and configure the inverter in several ways:

Via the VictronConnect app on smartphone or tablet using the built-in Bluetooth.Via a computer using a VE.Direct to USB interface cable.By connecting it to a GX monitoring device via the VE.Direct port.

The ECO mode is designed to reduce idle power consumption. When the connected load drops below a predefined threshold (minimum 15W), the inverter switches to standby mode and wakes up periodically (default every 2.5 seconds) to check for load presence. If a load is detected, it restarts automatically.

The inverter is equipped with several protections to ensure its reliability and the safety of your system:

Short-circuit protection on the output.Overload protection.High or low battery voltage protection.Over-temperature protection.Protection against excessive DC ripple.

The Victron Energy Inverter 24/1600 Smart reaches a maximum efficiency of 91 to 92%.

For optimal performance and long service life, the inverter must be installed on a flat surface. It is important to avoid any contact with water and direct exposure to sunlight. Ensure that you leave at least 10 centimeters of clearance around the device for adequate ventilation. The ambient temperature must be between -20°C and 40°C.

The inverter's chassis must be grounded. The grounding conductor, connecting the chassis grounding terminal to ground, must have a cross-sectional area of at least half that of the conductors used for the battery connection.

Yes, a remote on/off switch can be connected to a two-pole connector. Alternatively, the left contact of this connector can be wired to the battery positive, which is useful for automotive applications (for example, wiring it to the ignition switch). The inverter's front switch must also be set to 'On' or 'ECO' for the unit to start.