Anti-Vibration Weight for Refrigerator Compressor Pipe – 4 Sizes
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TPU weight designed to reduce vibration and unpleasant resonance in refrigerator compressor pipes.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Kitchen
- Licencja
- Creative Commons — Attribution — Noncommercial — NoDerivatives
Model Description
A practical anti-vibration weight designed to reduce vibrations and unpleasant resonant noise from pipes in the compressor circuit on the back of a refrigerator.
The weight snaps directly onto the pipe through the open side slot, so the pipe does not need to be disconnected or removed. Its added mass changes the resonant characteristics of the pipe and may help reduce vibration, buzzing, humming, or rattling while the compressor is running.
The model is designed for printing with flexible TPU filament. The 3 mm inner hole provides a tight fit on a pipe of the corresponding diameter. Four different heights are included, allowing you to choose a suitable size and weight according to the available installation space and the intensity of the vibration.
Main Features
Helps reduce pipe vibration and resonant noise
Designed for refrigerator compressor circuit pipes
Simple snap-on installation through the open side slot
No pipe disassembly required
Flexible construction designed for TPU filament
3 mm inner hole diameter
20.5 mm outer diameter
Four different height and weight options
All four versions are also available on one build plate
No supports required
Included Versions
Version | Height | Description |
|---|---|---|
Anti-Vibration Weight – 10 mm | 10 mm | Compact and lightweight version for limited installation space and minor pipe vibrations. |
Anti-Vibration Weight – 25 mm | 25 mm | Balanced version combining compact dimensions with increased mass. |
Anti-Vibration Weight – 50 mm | 50 mm | Heavier version designed for more noticeable pipe vibration and resonance. |
Anti-Vibration Weight – 100 mm | 100 mm | Largest and heaviest version for installations requiring maximum added mass. |
Anti-Vibration Weights – ALL | 10–100 mm | All four versions arranged together for printing on one build plate. |
All versions have a 20.5 mm outer diameter and a 3 mm inner hole. Select the appropriate version according to the available installation space and test different positions on the resonating pipe to achieve the best result.
Dimensions
Parameter | Dimension |
|---|---|
Outer diameter | 20.5 mm |
Inner hole diameter | 3 mm |
Available heights | 10 / 25 / 50 / 100 mm |
Recommended Print Settings
Setting | Recommended Value |
|---|---|
Material | TPU |
Layer height | 0.20 mm |
Print profile | Balanced |
Infill | At least 70% |
Supports | Not required |
A higher infill density increases the mass of the model and may improve its ability to dampen certain pipe resonances. The most effective version depends on the pipe, the available space, the vibration intensity, and the installation position.
Installation
Disconnect the refrigerator from the power supply.
Identify the section of pipe that vibrates or produces resonant noise.
Carefully press the pipe through the open side slot until it sits inside the central hole.
Make sure the weight fits securely and cannot slide or fall off.
Test different positions along the resonating section to find the most effective placement.
If necessary, try a different height and weight version.
The part must fit securely without deforming the pipe or restricting its natural movement. Make sure it does not touch electrical connections, moving components, the compressor body, the fan, or excessively hot parts.
Important Note
The damping effect depends on the specific refrigerator, pipe geometry, vibration frequency, installation position, printed material, and model weight. Results may therefore vary between appliances.
Do not bend, pinch, drill, cut, or otherwise damage the refrigerant pipe. If you are unsure about the installation, consult a qualified refrigeration service technician.
Creation Information
The cover image was created with the assistance of artificial intelligence. All downloadable 3D models were designed and created by a human.