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Solar Node Internal Mount for Altınkaya EC-1318

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P2S
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A1 mini
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A2L

0.2mm layer, 4 walls, 80% infill
0.2mm layer, 4 walls, 80% infill
Designer
5.1 h
1 plate

Open in Bambu Studio
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Description

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[EN] This is an original, custom-designed internal mounting plate specifically engineered for the larger Altınkaya EC-1318 IP67 enclosure series. I adapted my previous design to fit the 130x180mm dimensions, providing a robust and modular organization system for your electronics.

  • Design Features: The grid is precision-engineered for 2.5mm cable ties (zip-ties), enabling a screwless and flexible layout for sensors, controllers, and batteries.
  • Fixing: Features 3mm diameter mounting holes, perfectly positioned to align with the internal screw bosses of the EC-1318 enclosure.
  • Official Product Link: Altınkaya EC-1318 IP67 Enclosure

[EN] This is an original, custom-designed internal mounting plate specifically engineered for the larger Altınkaya EC-1318 IP67 enclosure series. I adapted my previous design to fit the 130x180mm dimensions, providing a robust and modular organization system for your electronics.

  • Design Features: The grid is precision-engineered for 2.5mm cable ties (zip-ties), enabling a screwless and flexible layout for sensors, controllers, and batteries.
  • Fixing: Features 3mm diameter mounting holes, perfectly positioned to align with the internal screw bosses of the EC-1318 enclosure.
  • Official Product Link: Altınkaya EC-1318 IP67 Enclosure

Baskı Ayarlarım / My Print Settings

  • Filament: Porima PETG
  • Infill (Doluluk): %80 (Grid or Gyroid)
  • Wall Loops (Duvar Sayısı): 4
  • Supports (Destek): Hayır / No
  • Layer Height (Katman Yüksekliği): 0.20mm or 0.24mm

[EN] Due to the larger surface area, I recommend maintaining 80% infill and 4 wall loops to ensure structural rigidity. This prevents the plate from warping under the tension of zip-ties or the weight of heavier components.

[EN] Due to the larger surface area, I recommend maintaining 80% infill and 4 wall loops to ensure structural rigidity. This prevents the plate from warping under the tension of zip-ties or the weight of heavier components.

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