24V Mean Well LPF IP67
LPF4024 | Manufacturer: Mean Well | MPN: LPF-40-24
LED driver LPF 40 24 24V 40W IP67 Mean Well LPF series IP67 LED power supplies The LED driver LPF 40 24 is ideal for powering your LED lighting and moving sign setups. With universal AC input, active PFC function, and IP67 rating, this driver ensures reliable performance in various locations. It offers overload protections and a five-year warranty for peace of mind. Suitable for dry/damp/wet areas, this driver is designed to support Led lighting applications efficiently. Key features: - Input voltage range: 90~305 VAC /127~431 VDC - Output power: 24V/1.67A/40W - Efficiency: 87% - Dimensions:162.5 ×43×32 mm - Weight:0.44 kg Safety standards approved include UL8750, CSA C22.2 No.250.0-08, ENE
This LED driver LPF 40 24 24V 40W IP67 is the perfect choice for your Led lighting and moving sign applications. It features universal AC input, active PFC function, cooling by free air convection, fully isolated plastic case with IP67 rating and 5 years warranty. With UL8750, CSA C22.2 No. 250.0-08 approval and 90~305 VAC / 127~431 VDC input voltage range it offers reliable performance in dry/ damp/ wet locations with 0.6 A / 115 VAC,
0.3A /230 VAC and
0.25 A /277 VAC current draw at
24V output power of
1.67A resulting in a total output power of
40W efficiency of
87%.
Suitable for Led lighting and moving sign applications (moving Led display). Suitable for dry/damp/wet locations.
Universal AC input/full range (up to 305 VAC).
Protections: Short circuit/Over current/Over voltage/Over temperature.
Built-in active PFC function.
Cooling by free air convection.
Fully isolated plastic case.
IP67 rated - suitable for outdoor use.
Class II power unit, no FG (functional ground).
Comes with a comprehensive warranty of five years.
This LED driver is specifically designed for Led lighting and moving sign applications, such as moving Led displays.
Technical dataPlease ensure that the input voltage falls within the specified range to avoid any damage to the product or potential safety hazards.