Voeding MEAN WELL NID35-24 35W 24V ingang 30-53V

The MEAN WELL NID35-24 is a DC-DC non-isolation open-frame PCB-mount converter that delivers 24V at up to 1.5A from a 30–53V DC input. Supplied in a compact SIP package, the 35W module includes a Remote ON/OFF control and is RoHS compliant. Its small footprint (13 mm × 50.8 mm × 11 mm) makes it suitable for integration into space-constrained electronic designs.

Advantages

The NID35-24 offers a compact 35W power solution with a wide input range (30–53V), stable 24V output rated for 1.5A, and a standard SIP package for PCB mounting. Built-in Remote ON/OFF control enables external system power management. RoHS compliance ensures adherence to environmental standards, and the open-frame design simplifies board-level installation.

Suitable for

• Embedded systems and industrial control boards
• Telecommunications and network equipment
• Automation devices and instrumentation
• Applications requiring PCB-mounted 24V power from 30–53V sources

Key specifications

• Manufacturer: MEAN WELL (model NID35-24)
• Power rating: 35W
• Input voltage: 30–53 V DC
• Output voltage: 24 V DC
• Output current: up to 1.5 A
• Package: SIP, open-frame, PCB mount
• Control: Remote ON/OFF
• Compliance: RoHS
• Dimensions: 13 mm (W) × 50.8 mm (D) × 11 mm (H)

How to use

Mount the NID35-24 on a compatible PCB using the SIP pin layout and ensure correct polarity when connecting a 30–53V DC input. Connect the 24V output to the target load, observing the 1.5A maximum continuous current rating. Use the Remote ON/OFF pin to control the module from an external signal according to the manufacturer’s wiring conventions. Provide appropriate input filtering and decoupling on the PCB and ensure adequate spacing and airflow for heat dissipation in your design.

Recommendations

Operate the converter within the specified input range (30–53V) and output load limits to maintain performance and longevity. Verify PCB layout and grounding practices recommended for SIP open-frame converters and follow MEAN WELL application notes for thermal management and remote control wiring.