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Switching Power Supply RoGer PS4D – DIN-rail/board mounting, PS4D model
Switching Power Supply RoGer PS4D – DIN-rail/board mounting, PS4D model
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Switching Power Supply RoGer PS4D – DIN-rail/board mounting, PS4D model
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Switching Power Supply RoGer PS4D – DIN-rail/board mounting, PS4D model
Switching Power Supply RoGer PS4D – DIN-rail/board mounting, PS4D model
RoGer PS4D is a compact switching power supply designed for installation in control cabinets and electronic systems. It provides a stabilized DC output suitable for powering controllers, sensors, access control modules and other low-voltage devices. The unit supports both DIN-rail and PCB/board mounting, offering flexible integration options for automation and control applications where a reliable compact DC source is required.
The PS4D delivers regulated DC output with typical characteristics of modern switch-mode supplies: high efficiency, reduced heat generation and stable voltage under varying loads. Its combined DIN-rail and board mounting options simplify installation in different panel layouts and reduce the need for separate adapters. The design focuses on compact footprint and practical connection points for quick wiring inside control cabinets.
Install the PS4D on a standard DIN-rail or secure it to the board according to the mechanical mounting provisions. Connect the AC or DC input supply following the polarity and safety instructions provided with the system, and connect the stabilized DC output to the load. Ensure correct wire sizes and secure terminal connections to maintain performance and safety. Verify output voltage with a multimeter before connecting sensitive electronics.
Place the power supply in an enclosure with adequate ventilation and avoid mounting near heat sources. Use proper fusing on the input side and observe electromagnetic compatibility practices when routing input and output cables. For continuous or critical applications, verify the model's rated current and ambient temperature limits to ensure reliable operation.
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