MEAN WELL DCWN06C-05 sähkömuunnin 6 W 36-72 V 500 mA

The MEAN WELL DCWN06C-05 electric converter is a compact DC‑to‑DC power module rated for 6 W output. It accepts a wide input voltage range of 36–72 V DC and delivers a regulated output current of 500 mA, designed for installations where small size and predictable current sourcing are required. The unit's compact footprint (20.3 mm × 31.8 mm × 10.2 mm) allows integration into confined enclosures and equipment racks while maintaining stable electrical performance.

Advantages

This converter combines a wide input voltage range with a constant current output suitable for LED drivers and other current‑regulated loads. Its low-profile mechanical dimensions make it easy to mount in space-constrained designs. The device provides compact power conversion with predictable thermal and electrical behavior, which simplifies enclosure layout and system integration.

Suitable for

• LED lighting drivers and fixtures requiring a 500 mA current source
• Industrial control modules with 36–72 V DC supply rails
• Telecommunications and network equipment with limited internal space
• Battery-powered systems or vehicle electronics operating within the input range

Key specifications

• Output power: 6 W
• Input voltage range: 36–72 V DC
• Output current: 500 mA (regulated)
• Package dimensions (W × D × H): 20.3 mm × 31.8 mm × 10.2 mm
• Form factor: low-profile module suitable for compact installations

How to use

Connect the converter to a DC source within the specified 36–72 V range, observing correct polarity and ensuring the supply can deliver sufficient headroom for the converter plus load. Attach the load to the output so that it draws up to the rated 500 mA; the module regulates current rather than delivering an adjustable voltage. Mount the unit on a non-conductive surface or within an enclosure that allows modest airflow around the module to dissipate heat. Follow applicable wiring and safety standards when integrating into equipment.

Recommendations

For reliable operation, keep ambient temperature and ventilation within the manufacturer's recommended limits, avoid operating at the upper input voltage and maximum load continuously without adequate thermal management, and implement appropriate protection (fuses or circuit breakers) on the input side to prevent damage from overcurrent or short circuits.