Driver LED MEAN WELL ELG-200-24B-3Y potência de saída 200 W IP20

The MEAN WELL ELG-200-24B-3Y is an AC-DC single-output LED driver providing both constant voltage and constant current (CV+CC) with active PFC, designed for 24 VDC output at up to 8.4 A. It has a three-wire AC input, cable output and supports dimming via 0–10 VDC or PWM/resistance signals. The unit is intended for indoor lighting tasks and offers practical dimensions for integration into fixtures or housings.

Advantages

This LED driver delivers a combined CV and CC output for stable LED operation and includes power factor correction for improved efficiency on the AC mains. It supports multiple dimming methods (0–10 VDC and PWM/resistance) and provides a 24 VDC, 8.4 A output suitable for 200 W loads. Cable output and compact form factor simplify installation in indoor lighting systems.

Suitable for

• Indoor LED lighting fixtures requiring 24 VDC supply
• Linear LED strips and modular LED panels up to 200 W
• Applications needing 0–10 V or PWM dimming control

Key specifications

• Brand: mean well
• Model (MPN): ELG-200-24B-3Y
• Output voltage: 24 VDC
• Output current: 8.4 A
• Output power: 200 W
• Input voltage range: 100–305 VAC
• Dimming: 0–10 VDC or PWM/resistance
• Protection/Ingress: IP20 (product data) — note: source lists IP67 for cable output; follow product data rating of IP20

How to use

Connect the three-wire AC input to a compatible mains supply within 100–305 VAC, observing local wiring standards. Connect the 24 VDC output cables to the LED load, ensuring the total load does not exceed 200 W or 8.4 A. Use the provided dimming terminals to control brightness with a 0–10 VDC controller or a compatible PWM/resistance dimming device. Secure the driver inside an appropriate indoor fixture or enclosure matching the IP20 rating.

Recommendations

Install the driver in a dry, ventilated indoor location and ensure adequate cooling and strain relief for cable outputs. Verify compatibility of dimming control devices and confirm total LED load remains within specified limits to avoid overheating or reduced lifetime.