ThePhoenix 12/2000 Smart inverter from Victron Energy is an advanced inverter based on the proven Phoenix series. It offers a continuous output of 1600W and is designed for 12V battery voltage. Compared to the predecessor models, the Phoenix Smart series has a Bluetooth module and a VE.Direct output for wireless remote monitoring and system configuration.
The Phoenix 12/2000 Smart continues to be characterized by its high switch-off performance and reliability and thanks to the integrated ECO mode, also plays in terms of self-consumption and efficiency in the top division of this device class.
Performance features Phoenix 12/2000 Smart
for 12V battery voltage, 1600W continuous power
Integrated Bluetooth module and VE.Direct Port for wireless surveillance and system integration
designed for high insertion flows
Integrated alarm relay, eco mode
Monitoring of the input and output voltage, load and alarms etc. via bluetooth or ve.direct
Integrated, two-pin connector to connect an on/off switch (remote control)
Via bluetooth or Ve.direct configurable parameters
Alarm low battery voltage
Threshold values for switching off and restarting with low battery voltage values
Dynamic switching off: load-dependent switch-off threshold value
Output voltage: 210 - 245V, frequency: 50 Hz or 60 Hz
Threshold value for ECO mode on/off and ECO mode sensor
Alarm relay
High reliability thanks to the ring transformeropology
The complete bridging with a ring transformer popology has proven itself for years. The inverters are short -circuit -resistant and protected against overheating (whether caused by overload or by the ambient temperature).
very high switching power
This is required to switch on loads such as voltage formers for LED lamps, halogen lamps or power tools.
Eco mode
In ECO mode, the inverter switches to standby as soon as the load drops under a preset value. In standby mode, the inverter then switches on every 2.5 seconds for a short period of time (can be regulated). If the load exceeds the preset threshold value, the inverter remains on.
Remote -controlled on/off circuit
A remote-controlled on/off switch or a relay contact can be connected to the two-pin connector. Alternatively, the connection H (left) of the two-pin connector can be switched to a battery plus pole or the connection l (right) of the two-pin connector to the battery minus pole (or for example to the body of a vehicle).
