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Fan Mount for Beer Dispenser with PAHT-CF

Print Profile(1)

All
P1S
H2D
P1P
X1E
X1 Carbon
A1
X1
H2D Pro
H2S
P2S
H2C
X2D
A2L

0.2mm layer, 4 walls, 20% infill
0.2mm layer, 4 walls, 20% infill
Designer
10.5 h
1 plate

Open in Bambu Studio
Boost
6
4
0
0
7
1
Released 

Description

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đŸș Fan Mount for Beer Dispenser – Optimized for PAHT-CF

📩 Project Description

This component is a specially developed fan mount for a beer dispenser, enabling more efficient cooling performance through optimized airflow.
The integrated fan, type ebm-papst DV 4650-470, reliably transports warm air out of the housing to ensure even temperature control inside.

🔧 Printing Strategy: From Prototype to PAHT-CF

The first prototype was printed with PLA to validate the shape, fit, and functionality.
For final use, the component was manufactured in PAHT-CF (Nylon + Carbon Fiber) due to its:

  • heat resistance
  • mechanical strength
  • warp resistance

⚙ Important Notes for Printing with PAHT-CF

Because PAHT-CF is demanding to process, correct settings are crucial!
Below are the tested and optimized parameters that allow reliable printing on a Bambu Lab P1S:

Drying before printing

  • 70 °C for at least 20–22 hours
  • Place directly into the AMS with desiccant

Print settings (Bambu Studio)

AreaValue
Layer height0.2 mm
Print temperature270–280 °C
Bed temperature100 °C
Wall lines4
Infill density25–30 %
Infill patternGyroid
Coolingmax. 10 %, overhangs: 25 %
Acceleration3000–5000 mm/sÂČ
Print speed150–200 mm/s
Support Z-distance0.25–0.3 mm
Brim8–10 mm, outer only
X/Y hole compensation-0.04 mm

💡 Tip: When removing supports, carefully lever, do not tear – PAHT-CF is stiff but brittle.

đŸ§© Function and Fit

The mount is precisely matched to the ebm-papst DV 4650-470 fan.
It provides secure fastening and directs the airflow out of the housing – this noticeably improves the thermal performance of the dispenser, especially during continuous operation.

🛠 Recommended Material

  • PAHT-CF (e.g., Bambu Lab PAHT-CF or Polymaker PolyMide PA6-CF)
  • Alternatively for the prototype: PLA or PETG

This print is ideal for makers, technicians, and beer lovers who want to upgrade or retrofit their cooling technology – robust, temperature-resistant, and durable!

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