10" rack network switch shelf (G2206P-4-63W)

10" Network Switch Shelf with Integrated Anti-Slip Stops (Optimized for TP-Link G2206P-4-63W)

• NO SUPPORT & AMS IS NEEDED

Secure Your Network Equipment with This Custom 10" Rack Shelf

Tired of your network switch sliding forward every time you plug in a cable? This 3D-printable 1U shelf is specifically designed for 10" server racks and features integrated anti-slip stops that securely hold your equipment in place. Perfectly optimized for the TP-Link G2206P-4-63W switch, this shelf provides a custom fit without the need for modifications or additional brackets.

Key Features & Benefits:

• Integrated Anti-Slip Stops: Say goodbye to accidental equipment pull-out. The built-in stops prevent your switch from sliding forward when connecting or disconnecting cables, ensuring secure placement in your rack .
• Perfect Fit for 10" Racks: Specifically designed for compact 10" server racks, filling a gap in the market dominated by 19" solutions .
• Optimized for TP-Link G2206P-4-63W: No guesswork required - this shelf is precisely dimensioned for the TP-Link G2206P-4-63W switch, providing perfect clearance and alignment.
• Cost-Effective Solution: Save significant money compared to commercial metal shelves (which cost $20-$50 on Amazon) by printing your own .
• EIA-310 Compatible: Follows standard rack mounting hole patterns for compatibility with standard rack screws and cage nuts .
• Easy to Print & Assemble: Designed with 3D printing in mind - minimal supports required, straightforward orientation, and simple assembly.

Technical Specifications:

• Rack Size: 10" (Ten-Inch) width
• Unit Height: 1U (1.75" / 44.45mm)
• Mounting Standard: EIA-310 compliant hole pattern
• Primary Compatibility: TP-Link G2206P-4-63W Network Switch
• Secondary Use: Can accommodate other similarly sized network equipment
• Material Recommendation: PETG or ABS for optimal strength and heat resistance

Printing Instructions:

• Recommended Material: PETG or ABS for durability and heat resistance
• Layer Height: 0.2mm for optimal detail and strength
• Walls/Perimeters: 3 for structural integrity
• Infill: 75% for a balance of strength and material efficiency
• Supports: NO SUPPORT IS NEEDED

Support & Community:

• If you find this model useful, please consider boosting it on MakerWorld or leaving a comment about your experience. Your feedback helps improve future designs and supports the creation of more useful 3D-printable solutions for the community.

License: 

• This model is provided for personal use. Commercial use requires permission from the creator.