Vertical Wall Mount Brackets for 19" Rack Devices

I've developed these straightforward brackets to mount 19" rack devices vertically onto walls. My design stands out by creating a small air gap between the device and the wall for improved ventilation. The fully parametric Fusion360 design let you adjust the majority of the parameters to achieve an ideal fit for your device.

Here on this project page, you'll find models that are optimized for a single-unit device. These usually feature the widely used 1-inch square pattern with four M4 threaded holes. The design requires four M4 screws, ideally 18-20mm in length.

Printing the Mounts

The file section contains a PrusaSlicer project named LR2338 Print.3mf, which includes all recommended settings. You can use this file directly, or refer to the table below for specific parameters:

Dimensions

The above drawing shows the dimensions of the model files you can download in the file section. Use the Fusion360 design to create brackets according to your specific needs.

The Concept Behind the Design

This design was born from the desire to avoid the use of large, bulky screws that come with the original "ears" of network devices, when used with the usual wall mounts. Although functional, these mounting "ears" and their screws, primarily designed for horizontal rack positioning, tend to make vertical wall mount designs cumbersome.

Instead, I've taken advantage of the standard 1-inch square pattern for M4 screws that most manufacturers employ to attach the mounting ears to the device. However, due to the pressure constraints on 3D printed parts, the original small countersunk screws are unsuitable.

Addressing this issue, I've designed the brackets to use longer screws that spread the device's weight across a larger surface area, making them suitable even for heavier devices.

Another beneficial feature is the air gap between the device and the wall, providing extra cooling surface for fanless devices often utilized in offices.

Mounting Instructions

Take note of a small 2mm "lip" at the front of the brackets. If you're adjusting the design, ensure this lip aligns perfectly with the device's front.

Initiate the mounting process by attaching the brackets to the device using the four M4 screws on each side. Be mindful to avoid over-tightening the screws as the device's weight will exert lateral pressure on the screws.

Next, mark the mounting holes on the wall and drill four holes for wall plugs compatible with 4mm screws. Proceed to attach the device to the wall, ensuring you always utilize metal washers beneath the screw head to distribute force evenly over the larger surface area of the 3D printed part.

Explore More from Meti·kumi

Interested in my designs? Browse through my collection of 3D models:

👉 https://metikumi.com/3d-models/

Stay connected on social media for the latest updates and work-in-progress insights:

👉 https://metikumi.com

Conclusion

If this design proves useful, please take a moment to rate it and share photos of your installation.

Happy printing!