PoE CONSTANT VOLTAGE DRIVER WITH DUAL-CHANNEL ADJUSTABLE VOLTAGE 12V – 30V

PoEWit’s MV-1 is a PoE Constant Voltage Driver with two independent channels. Each channel can run between 12V to 30V independently of the other, enabling the driver to simultaneously power devices with different voltage requirements, such as outdoor security and landscape lighting and constant voltage DC devices such as alarm sirens, waterfall pumps, water walls, and pond motors. The output voltage for each channel can be adjusted with ease via the free PoEWit app.

Among many other applications, the PoEWit MV-1 functions as an LED strip light driver that can safely power any 12V to 30V LED strip light. The MV-1 also supports digitally-addressable WS2811 multicolor LED strip lights, enabling users to select different colors not only for the entire strip, but also for each individual segment. WS2811 color segments can be configured and managed with ease via the free PoEWit app.

With a PoEWit lighting and security system installed, the MV-1 PoE Constant Voltage Driver can power an alarm siren on one channel and landscape or security lighting on the other channel. Landscape lights powered by the MV-1 can be triggered by motion detectors, security camera outputs, and alarm panel outputs, enabling landscape lighting to integrate seamlessly with security lighting and devices. All PoEWit lights, as well as any lights connected to PoEWit’s MV-1, can additionally be triggered by PoEWit’s PoE-powered wall switches as well as PoEWit’s free app.

The MV-1 PoE Constant Voltage Driver is perfectly safe for outdoor installation since it’s powered by PoE. Unlike high-voltage AC power, there is absolutely no risk of electrical shock with PoE-powered devices, as the transference of PoE power only occurs when a powered device (PD) is connected to the power sourcing equipment (PSE). Once the connection between the PD and PSE is established, the PSE constantly monitors the amount of current being sent and will immediately discontinue sending power if the detected current is too high or too low.