Strømforsyning MEAN WELL DDR-60G-5

The MEAN WELL DDR-60G-5 is an ultra-slim industrial DIN-rail DC-DC converter designed for compact power installations. With an input range of 9–36 Vdc and a regulated single output of 5 Vdc at up to 10.8 A (60 W), this unit provides stable low-voltage power in a small package (52.5 mm W × 54.5 mm D × 90 mm H). The converter is RoHS compliant and intended for industrial and automation environments where DIN-rail mounting and space-saving design are required.

Advantages

The DDR-60G-5 offers a high power density in an ultra-slim housing suitable for DIN-rail mounting, enabling reliable 5 V output at 10.8 A while occupying minimal panel space. Its wide input range (9–36 Vdc) allows operation from various DC sources, and RoHS compliance ensures adherence to environmental regulations. The compact dimensions and standardized mounting make it convenient for modular installations and bulk deployments.

Suitable for

• Industrial control cabinets and DIN-rail power distribution
• Embedded systems and industrial single-board computers requiring 5 V power
• Automation equipment and PLC peripherals
• Bulk installations where multiple low-voltage rails are needed

Key specifications

• Model: MEAN WELL DDR-60G-5 (MPN: DDR-60G-5)
• Input voltage: 9–36 Vdc
• Output: 5 Vdc, maximum 10.8 A (60 W)
• Dimensions: 52.5 mm (W) × 54.5 mm (D) × 90 mm (H)
• Mounting: DIN-rail
• Compliance: RoHS
• EAN: 4021087050678

How to use

Mount the converter on a standard DIN rail inside a suitable enclosure, ensuring adequate ventilation and clearance. Connect the DC input source (9–36 Vdc) to the input terminals following polarity markings and use appropriately rated wiring and fusing. Connect the 5 Vdc output to the load, observing the maximum current rating of 10.8 A. Verify connections and power up the system; monitor voltage and temperature during initial operation.

Recommendations

For reliable long-term operation, place the unit where ambient temperature and ventilation meet MEAN WELL’s suggested operating range, avoid overloading beyond 10.8 A, and protect input lines with appropriate fuses or circuit breakers. For bulk installations, follow consistent wiring and labeling practices to simplify maintenance.