Industrial DIN rail power supply ORNO OR-PSU-1675 24 V DC 5 A 120 W metal enclosure

ORNO OR-PSU-1675 is an industrial DIN rail power supply that provides a 24 V DC output with a maximum current of 5 A and a rated output power of 120 W. Housed in a metal enclosure, this unit is designed for installation on standard DIN rails in control cabinets and automation systems. It supplies stable DC power for PLCs, sensors, relays and other industrial electronics that require a reliable 24 V source.

Advantages

The metal enclosure offers mechanical protection and contributes to heat dissipation while the DIN-rail mounting format allows secure fitting in electrical distribution and control panels. With a defined 24 V DC output and up to 5 A current capacity, the OR-PSU-1675 supports multiple low-voltage devices simultaneously and reduces the need for multiple smaller power modules. Its industrial design focuses on reliable power delivery suitable for continuous operation in automation environments.

Suitable for

• Powering PLCs and industrial controllers operating on 24 V DC
• Supplying sensors, switches and fieldbus devices in control cabinets
• Providing feed for relays, contactors and auxiliary circuits
• Use in building automation and small machine control panels

Key specifications

• Output voltage: 24 V DC
• Maximum output current: 5 A
• Rated output power: 120 W
• Mounting: DIN-rail (standard rail profile)
• Enclosure material: metal
• Designed for control cabinet and industrial automation use

How to use

Install the ORNO OR-PSU-1675 onto a standard DIN rail inside the control cabinet and secure according to panel wiring practices. Connect the AC input to the appropriate mains supply following local electrical regulations and connect the 24 V DC output to the load wiring, observing correct polarity. Verify load current does not exceed 5 A and distribute loads appropriately. Ensure adequate ventilation around the metal enclosure and route wiring to minimize electrical interference and mechanical strain.

Usage recommendations

Place the power supply in a dry, ventilated control cabinet away from direct heat sources. Regularly inspect connections for tightness and signs of corrosion. For installations with higher total current demand, consider load distribution across multiple power supplies or selecting a unit with higher current capacity.