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Geya 320A 2P MCCB Top Cover For DC Off-Grid Solar

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Geya 320a 2P MCCB Top Cover 0.2mm layer, 2 walls, 15% infill
Geya 320a 2P MCCB Top Cover 0.2mm layer, 2 walls, 15% infill
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4.4 h
1 plate

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Black (33102) / Filament with spool / 1 kg

Description

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Designed for Off-Grid DC Solar Power Systems

 

This custom-designed Top Cover for the Geya 320A 2P MCCB (Molded Case Circuit Breaker) is built specifically for off-grid DC solar installations, where reliability, safety, and clean wiring layouts matter most.

 

Created by @Beast-Lab, this cover improves protection and adds a clean, professional finish to your high-current DC breaker setup — ideal for battery banks, inverter feeds, and main DC disconnects.

⚡ Why This Cover Matters

In off-grid solar systems running high amperage (48V, 24V, or 12V battery banks), exposed breaker terminals can:

  • Be accidentally touched during maintenance
  • Increase the risk of short circuits
  • Reduce the professional look of your install

This top cover helps shield the upper terminal area of the Geya 320A 2P MCCB, providing an extra layer of protection while maintaining easy access when needed.

🔧 Features

  • ✅ Designed specifically for Geya 320A 2P MCCB
  • ✅ Optimized for DC solar power systems
  • ✅ Clean, low-profile design
  • ✅ Improves installation safety
  • ✅ Professional enclosure appearance
  • ✅ Perfect for off-grid battery and inverter setups
  • ✅ Easy print – no supports required (depending on orientation)
  • ✅ Strong mechanical fit

☀️ Ideal For

  • Off-grid solar systems
  • Battery bank main disconnects
  • 48V solar installations
  • 24V DC systems
  • 12V high-current setups
  • DIY solar builds
  • Solar power enclosures
  • Mobile solar / vanlife systems
  • Workshop and cabin solar installations

🧱 Recommended Print Settings

For best durability in solar environments:

  • Material: PETG, ABS, ASA, or PC (PLA not recommended for high-heat enclosures)
  • Layer height: 0.2mm
  • Supports: Not required (test based on your slicer)

If installing inside an enclosure exposed to heat, ASA or ABS is recommended.

🛠 Installation Notes

  • Designed to fit snugly over the top terminal area
  • Verify fit before final installation
  • Always disconnect power before installing
  • Designed for mechanical protection only (does not alter breaker rating)

🧠 Designed by @Beast-Lab

Built by an off-grid system enthusiast focused on practical, real-world solar solutions.


More rugged solar parts and functional electrical upgrades coming soon.

 

If this helped your build, consider liking and following for more off-grid printable upgrades ⚡

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