Fali rack Digitus DN-19 PB-4U-SW

The Digitus Wall mounted rack DN-19 PB-4U-SW is a 4U patch bracket for 483 mm (19") installations designed for open mounting of rack-compatible network components. The bracket is supplied flat-packed and finished in black, with a maximum load capacity of 15 kg. Its design includes cut-outs at the rear for cable routing and height and depth indicators to aid installation. The unit can be extended with separately available top and base chassis and is stackable using the included fixing brackets.

Advantages

The adjustable depth (225–399 mm) allows accommodation of larger devices while maintaining a compact wall footprint. Stackable construction with supplied fixing brackets enables flexible vertical expansion. Flat-pack delivery reduces shipping volume and simplifies storage before installation. Rear cut-outs facilitate neat cable management and the height/depth indicators speed up assembly and component placement.

Suitable for

• Mounting 483 mm (19") patch panels and small network devices
• Space-saving installations in server rooms, comms cabinets or small telecom closets
• Environments requiring wall-mounted open-frame access to equipment

Key specifications

• Rack width: 483 mm (19")
• Rack units: 4U
• Adjustable depth: 225–399 mm
• Maximum weight capacity: 15 kg
• Colour: Black
• Delivery: Flat-pack (folded)

How to use

Unpack the flat-packed bracket and attach it to the wall at the desired height using suitable anchors for your wall type. Adjust the depth between 225 and 399 mm to suit the depth of the equipment, then secure the fixing brackets. Install 19" components into the 4U mounting positions and route cables through the rear cut-outs for tidy cable management. If multiple units are required, stack them using the included fixing brackets and, if needed, attach separately sold top/base chassis for additional stability.

Recommendations

Use appropriate wall anchors rated for the combined weight of the rack and installed equipment (max. 15 kg). Allow clearance for ventilation and cable access; avoid overloading beyond the specified maximum weight.