LED power supply 60W 2~90V 0.5~1.4A DALI2 LCM-60DA2

LED power supply with DALI and dimming function – reliable power supply for your installations

The MEAN WELL LCM-60DA2 LED power supply is a high-quality, multi-functional switching power supply designed to power LED luminaires. The device offers a wide output voltage range (2_{90V) and current (0.5}1.4A), making it an extremely versatile solution for various lighting applications. Thanks to the built-in DALI2 function and the ability to dim via a push button (push dimmer), the LCM-60DA2 provides full control over the lighting and allows you to create dynamic lighting scenes.

Flexibility and control – the key to efficient lighting

This 60-watt power supply is distinguished by the ability to select the output current using DIP switches, offering a range of predefined values (500mA, 600mA, 700mA, 900mA, 1050mA, 1400mA). This allows for perfect matching of the power supply parameters to the specific requirements of LED luminaires. The built-in DALI2 interface enables lighting control in smart building systems, providing precise control over each light point. Additionally, the push-button dimming function allows for convenient brightness adjustment without the need for additional devices.

Safety and durability – an investment for years

The LCM-60DA2 power supply has been designed with long-term and reliable operation in mind. It has built-in protection against short circuits, overvoltage and overheating, protecting both the installation itself and the devices connected to it. The housing made of high-quality plastic provides electrical insulation and protects the internal components from external factors. Cooling is done naturally – by air convection – which eliminates the need for fans and ensures quiet operation of the device. The power supply meets the ENEC EN61347-1 and EN61347-2-13 standards as well as UL8750, guaranteeing its compliance with European quality standards. Additionally, it has a built-in PFC (Power Factor Correction) function that improves the energy efficiency of the installation.