LILIN HLG-240H-54 240W constant voltage and constant current LED driver

Technical Specification

Features:
  • Make: LILIN
  • Model code: HLG-240H-54
  • Input Voltage: 90 ~ 305 V AC / 127 ~ 431 V DC
  • Output Voltage: 54 V
  • Power Consumption: 240 W
Additional info:

Constant voltage + constant current mode output Metal housing IP67/IP65 design for indoor or outdoor installations Function options: output adjustable via potentiometer; 3 in 1 dimming

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Make LILIN
Manufacturer LILIN
Category CCTV>Power supplies & batteries
Model code HLG-240H-54
Input Voltage 90 ~ 305 V AC / 127 ~ 431 V DC
Output Voltage 54 V
Power Consumption 240 W
Power Supplies & Batteries Yes
Environmental Specifications Operating Temperature C: -40 ~ 90 C (-40 ~ 194 F)
Operating Humidity %: 20 ~ 95
Protection: IP67/IP65

Product description

LILIN HLG-240H-54 LED Driver

The LILIN HLG-240H-54 is a top-tier 240W AC/DC LED driver designed to meet the demands of both indoor and outdoor LED lighting applications. Boasting dual-mode functionality, it provides both constant voltage and constant current outputs, accommodating a wide range of LED configurations.

Operating efficiently between 90 and 305VAC, this driver achieves an impressive efficiency rate of up to 93.5%. Its fanless design enhances durability, allowing it to withstand extreme temperatures ranging from -40℃ to +90℃ under free air convection.

Key Features

  • Robust Metal Housing
  • IP65/IP67 Protection for All-Weather Use
  • Adjustable Output with Potentiometer
  • 3-in-1 Dimming Options for Versatile Lighting Control
  • Reliability with Automatic Fault Recovery

Technical Specifications

  • Output Voltage: 54V
  • Rated Current: 4.45A
  • Voltage Adjustment: 50-57V
  • Operating Humidity: 20〜95% RH
  • Safety Standards: UL1012, EN61347-1, IP65/IP67

Ideal Use Cases

The HLG-240H-54 is perfect for professional lighting setups that require high efficiency and reliability, such as commercial and industrial environments, outdoor architectural lighting, and LED signage. Its high power factor and low harmonic distortion make it an exemplary choice for energy-efficient installations.