Phoenix 24/500

This Phoenix 24/500 converter is designed for a 24V DC input voltage and produces a 230V AC output voltage.

Yes, this inverter has a high startup power, capable of delivering a peak power of 750W for 3 seconds. This capacity is useful for starting inductive loads such as refrigeration compressors, LED lights, or power tools.

The converter is equipped with a VE.Direct communication port. You can connect it in several ways:

To a computer via a VE.Direct to USB cable (required).To smartphones and tablets running Apple or Android via a VE.Direct Bluetooth Smart dongle (required).

The VE.Direct port provides full access to monitoring the following information:

Battery voltage.Output AC voltage.Charge indicator.Alarms.

Yes, the ECO mode is fully configurable. It reduces power consumption by putting the converter in standby when the load drops below a predefined threshold (minimum 15W). The converter then briefly reactivates every 2.5 seconds (adjustable interval) to detect new load demand. You can enable or disable this mode and adjust its detection sensitivity.

The inverter is equipped with comprehensive protections to ensure its reliability and the safety of your installation. It is protected against:

Output short circuits.Overloads.Excessively high battery voltages.Excessively low battery voltages.Excessively high internal temperatures.Excessively high DC ripple.

This inverter model is equipped with an AC output socket of Schuko type (CEE 7/4).

Yes, the AC output voltage is fully configurable and can be set between 210V and 245V. The output frequency is also adjustable and can be configured to 50 Hz or 60 Hz.

For optimal and trouble-free operation, the converter must be installed in a location that meets the following requirements:

Mounted on a flat surface.Avoid any contact with water, rain, or moisture.Do not expose the unit to direct sunlight.The ambient temperature must be between -20°C and 40°C (humidity < 95% without condensation).Ensure at least 10 centimeters of free space around the converter for adequate ventilation.

To fully utilize the product’s capacity, a battery with sufficient capacity is required. For the Phoenix 24/500 inverter, the recommended minimum battery capacity is 40 Ah.

It is important to use battery cables with a sufficient cross-section. For the Phoenix 24/500 inverter, the recommended DC cable cross-sections are:

For a length of 0 to 1.5 meters: 6 mm².

Yes, the Phoenix 24/500 converter is equipped with two internal 25A DC fuses (ATOF 32V type). However, these fuses are not user-replaceable.

The converter's chassis must be grounded. The ground conductor, running from the ground terminal on the chassis to a reliable ground, must have at least half the cross-section of the conductors used for the battery connection.

No, you must never connect the AC output of the inverter to another AC source, such as a domestic wall outlet or a generator. This could damage the device and pose an electric shock hazard.

Yes, the inverter has no fuse on the AC output, but the AC wiring is protected by a fast-acting current limiter in case of a short circuit. An overload detection mechanism, which mimics the characteristics of a fuse (faster shutdown with higher overload), also provides protection.

A remote on/off switch can be connected to the bipolar connector provided for this purpose. Alternatively, the left contact of the connector can be switched to the battery positive, which is useful in automotive applications by linking it to the ignition switch. Note that the converter's front switch must also be set to the 'On' or 'ECO' position for the device to start.

For full monitoring and configuration of the converter via a smartphone or tablet (Apple or Android), you will need a VE.Direct Bluetooth Smart dongle. This dongle enables wireless connection to the VictronConnect app.

Yes, for low-power inverters like the Phoenix 24/500, Victron Energy recommends using the Filax automatic transfer switch. This accessory provides a very short switching time (less than 20 milliseconds), allowing computers and other electronic equipment to continue operating without interruption when switching between AC sources.