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Vertical Wall Mount Bracket for TP-Link LS108G Switch — zdjęcie 1
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Vertical Wall Mount Bracket for TP-Link LS108G Switch

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A sturdy, vertical wall-mounting bracket designed specifically for the TP-Link LS108G 8-Port Gigabit Desktop Switch.

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Źródło
Printables
Kategoria
Electronics
Licencja
Creative Commons — Attribution — Noncommercial — Share Alike

Keep your networking setup clean and organized with this vertical wall mount for the TP-Link LS108G 8-Port Gigabit Switch.

This custom bracket leverages the existing cross-shaped mounting holes on the back of the switch . Simply align the pegs with the center holes, slide the switch down toward the port edge, and it locks securely into place.

Mounting Details

  • Orientation: Designed so the wall-mounting screws sit at the top and the ethernet ports face downwards. This prevents dust accumulation in the ports and ensures clean cable management.

  • Reversibility: While it is mechanically possible to mount the switch facing the opposite direction (ports pointing up), it is not advised due to the switch's assymetrical back panel design.

  • Compatibility: Designed specifically around the TP-Link LS108G. It may fit other TP-Link 5-port or 8-port models that share the same rear mounting hole spacing, but this has not been strictly verified.

Print Settings & Recommendations To ensure the mount can handle the heat generated by the network switch and the mechanical stress of holding the device, please follow these print guidelines:

  • Material: PETG is highly recommended. Network switches can get warm, and PETG offers superior temperature resistance and flexibility compared to PLA.

  • Print Orientation: Print this model angled almost sideways! . Printing it at this specific angle achieves two things:

    • Maximum Strength: It shifts the layer lines so the locking pegs and the main backplate are incredibly strong, completely eliminating layer adhesion as a weak point.

    • Minimal Supports: It reduces the amount of support material needed, saving you time and filament while leaving a cleaner surface finish.

  • Infill: 20% Gyroid or Cubic is sufficient given the optimized print orientation.

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