LED driver DALI-2 / PUSH - PRESET NFC DALI controllable, programmable

Efficient LED Driver with Moderate Energy Consumption

The LED driver from Wever & Ducré impresses with its low power consumption of only 7.2 watts and an energy efficiency of 8 kWh per 1,000 operating hours. This makes the device ideal for use in LED lighting systems where energy saving and environmental friendliness play an important role. The operating voltage ranges between 220 and 240 volts, ensuring a stable and reliable power supply.

Flexible Control Thanks to Modern DALI-2 and Push-Dim Functions

The product supports various dimming methods, including DALI-2, DALI-2 DT8, and push-dimming. This variety allows for easy and flexible adjustment of light intensity. Especially the integration of DALI-2 offers the advantage of intelligent control and networking of multiple lighting components. The push-dim function also enables direct and straightforward operation without additional control devices.

Robust Design with Solid Protection Class IP20

The LED driver is classified as IP20, which means it is protected against solid foreign objects with a diameter greater than 12.5 mm. This ensures safe operation and extends the device's lifespan. The robust housing protects the sensitive electronics from dust and mechanical influences, thereby achieving high operational safety.

Versatile Applications and Easy Installation

With an output current of 180 mA and a power rating of 7.2 watts, the driver is suitable for a wide range of LED lights. The operating voltage from 10 to 40 volts allows the connection of various LED modules. Compatibility with a mains frequency of 50 Hz ensures smooth integration into common power grids. The simple installation is supported by the standardized design.

Innovative NFC Technology for Convenient Adjustment

A special highlight of this LED driver is the integrated NFC function, which allows settings to be made conveniently and wirelessly. Technicians can quickly adjust the driver's parameters without having to remove the device. This capability saves time and increases flexibility during system commissioning and maintenance.