LiFud LED Driver 52 W, 1300 mA

The LiFud LF-GIF050YS1300H is an isolated constant current LED driver designed for powering LED luminaires from a 220–240 V AC mains supply. It provides a stabilized output of 1300 mA within a voltage range of 30–40 V DC and is intended for indoor lighting applications, particularly LED panels, Class II luminaires, and decorative lighting.

Technical Specifications

• Product type: Isolated constant current LED driver
• Output power: 52 W
• Output current: 1300 mA
• Output voltage: 30–40 V DC
• Input voltage: 220–240 V AC
• Input voltage limit range: 198–264 V AC
• Input frequency: 47–63 Hz
• Maximum input current: 0.4 A
• Power factor: ≥0.95 at 230 V AC
• THD: ≤20% at 230 V AC
• Efficiency: ≥88% at 230 V AC
• Output current tolerance: ±5%
• Temperature drift: ±10%
• Turn-on time: ≤0.5 s
• Flicker index: Complies with IEEE 1789
• CIE SVM: ≤0.4
• IEC-Pst: ≤1.0
• Leakage current: ≤0.7 mA
• Standby power consumption: ≤0.5 W
• Open circuit protection: ≤55 V
• Short circuit protection: Hiccup mode with automatic recovery
• Operating temperature: -30 to +45 °C
• Operating humidity: 0–95% RH non-condensing
• Storage temperature: -30 to +80 °C
• Storage humidity: 0–96% RH non-condensing
• Atmospheric pressure: 86–106 kPa
• Dimensions: 140 × 44 × 30 mm
• Housing material: ABS plastic
• Certifications: ENEC, RCM, CE, CB, CCC
• Test isolation voltage between input and output: 3.75 kV, 5 mA, 60 s
• Insulation resistance between input and output: ≥100 MΩ at 500 V DC

Features and Properties

• Constant current output for LED loads with an operating range of 30–40 V DC.
• Isolated design separates the input mains section from the LED output.
• Protective earth-free design intended for use in Class II luminaires.
• Short circuit protection operates in hiccup mode with automatic recovery after fault removal.
• Open circuit protection limits output voltage when the LED load is disconnected.
• Low-ripple luminous flux design complies with IEEE 1789 requirements.
• Plastic housing with mounting holes allows firm attachment inside the luminaire or installation space.

Ideal For

• LED panels with a matching current and voltage range.
• Indoor LED luminaires powered by a constant current.
• Decorative interior lighting.
• Class II luminaires requiring an isolated LED driver.
• Service replacement of an LED driver with identical electrical parameters.

Package Contents

• 1× LiFud LED driver

Why Choose This Product

• The 1300 mA output current and 30–40 V DC range allow use with LED modules matching these parameters.
• The isolated design is suitable for electrically separated LED load power supplies.
• Integrated short circuit and open circuit protections reduce the risk of damage during fault conditions.
• Dimensions of 140 × 44 × 30 mm make it easy to assess fitment when replacing in an existing luminaire.
• The listed safety and EMC certifications support its use in lighting applications requiring verified power components.

Installation and Operating Instructions

• Before installation, verify the compatibility of the 1300 mA output current and 30–40 V DC voltage range with the used LED load.
• Connect the LED load with the correct polarity to the driver's output terminals.
• Install the driver in a non-condensing environment away from sources of excessive heat.
• Perform the installation so that the supply wires are not strained and proper operating heat dissipation is ensured.
• The product is intended for professional installation by a person with appropriate electrical qualifications.

Safety Warnings

• The device operates on 220–240 V AC mains voltage; improper handling may cause an electric shock.
• Perform installation, replacement, and inspection only when the power supply is disconnected.
• Do not connect the driver to an LED load with an incompatible current or voltage range.
• Do not cover the driver with materials that could impair heat dissipation.
• Do not use the product if the housing, wires, or terminals are mechanically damaged.
• The driver is not intended for operation in humid environments with condensation.