LED driver MEAN WELL LPV-60-12, 60 W 12 V DC, 90–264 V AC vstup, biela, -30–70 °C

MEAN WELL LPV-60-12 is a 60W constant-voltage LED driver that provides a stable 12V DC output from a wide AC input range of 90–264V at 47–63Hz. Housed in a compact, fully encapsulated white enclosure with IP67 protection, it is built for indoor and outdoor lighting installations requiring reliable, class 2 power delivery. The unit withstands a 300VAC surge for short periods and is designed to operate in ambient temperatures from -30°C to 70°C with 20–90% relative humidity.

Advantages

The driver offers universal AC input and full-range compatibility, combined with built-in protections against short circuit, overload and over voltage to safeguard connected LED loads. Cooling by free air convection eliminates moving parts and supports long-term reliability. Its IP67 fully encapsulated design enables use in damp or exposed locations, while the constrained dimensions and moderate weight make installation straightforward in fixtures and enclosures.

Suitable for

Key specifications

How to use

Install the LED driver in a location that provides adequate ventilation and protection from direct water jets if required by the installation. Connect the AC input to a compatible 90–264V AC supply and connect the 12V DC output to the LED load ensuring polarity and total load do not exceed the 60W rating. Secure all wiring with appropriate connectors and follow local electrical codes. Allow for the operating temperature range when selecting mounting location and ensure the driver is not enclosed without ventilation unless the enclosure is rated for heat dissipation.

Recommendations

Use the driver within its specified voltage, temperature and humidity limits, and implement proper overcurrent protection upstream if required by local regulations. For outdoor installations, mount the unit where it is protected from prolonged standing water and ensure cable entries are sealed to maintain IP67 protection. Verify the total LED load and inrush characteristics to avoid exceeding overload protection thresholds.