Adaptador de alimentação MEAN WELL DDR-15G-24

The MEAN WELL DDR-15G-24 is an ultra-slim industrial DC-DC DIN-rail converter that accepts a wide input range of 9–36 VDC and provides a single regulated 24 VDC output at 0.63 A (15 W). Compliant with RoHS and designed for compact installation, this 54.5 mm deep, 90 mm high module weighs approximately 60 g and is suitable for control cabinets and space-constrained electrical enclosures.

Advantages

The DDR-15G-24 offers a compact DIN-rail form factor and low weight for easy mounting in industrial panels. Its wide input range (9–36 VDC) supports various battery and vehicle power systems, while the regulated 24 V output ensures stable power for connected devices. Compliance with RoHS reflects reduced hazardous substances, and the converter’s efficiency and thermal characteristics enable reliable operation in typical industrial environments.

Suitable for

• Powering 24 V control circuitry in industrial automation
• Supplying sensors, relays and small PLC modules
• Use in vehicle or battery-backed systems with 9–36 V sources
• Installation in DIN-rail control cabinets and compact enclosures

Key specifications

• Manufacturer: MEAN WELL
• Model: DDR-15G-24 (MPN: DDR-15G-24)
• Input voltage: 9–36 VDC
• Output voltage/current: 24 VDC, 0.63 A (15 W)
• Form factor: Ultra-slim DIN-rail converter
• Dimensions: depth 54.5 mm, height 90 mm
• Weight: approx. 60 g
• Compliance: RoHS
• EAN: 4021087050920

How to use

Mount the DDR-15G-24 onto a standard DIN rail inside the control cabinet. Connect the DC input (9–36 V) to the designated input terminals, observing correct polarity. Connect the 24 VDC output to the load, ensuring the combined current does not exceed 0.63 A. Provide appropriate fusing and wiring sized for the installation. Allow adequate ventilation around the module and follow local electrical codes during installation.

Recommendations

The converter should be installed by qualified personnel. Verify input voltage range and load requirements before connection, and use suitable protective devices (fuses, circuit breakers). Avoid mounting near strong heat sources and ensure terminal connections are secure to maintain reliable operation.