P3_P1S Active Chamber Temperature Automatic Exhaust Exhaust Gas Management ACT1 Automatic Chamber Temperature Control System Part3 Heating Assembly
Print Profile(1)
Description
【Before you start, get a sneak peek!】🎬
Want to quickly understand the overall design, working principle, and actual effects of the Vulcan-Lab ACT1 system?
We have prepared a detailed system introduction video for you, allowing you to intuitively experience how this intelligent temperature control system empowers your 3D Printer with new capabilities:
🔍 Complete system introduction video:
https://www.bilibili.com/video/BV1rAYKznETC/
(It is recommended to watch this video before reading the detailed documentation below, which will help you build an overall understanding of the system)
(Please note: The video displays an engineering prototype, and the final open-source version may include subsequent optimizations. Please refer to the model files on this page)
【Content on this page】
Content on this page: Part 3 Heating Component
Function description: Core temperature control module, integrated PTC heater and vortex fan, achieving rapid and uniform temperature rise inside the chamber
Filament recommendation: Recommended to use Bambu ABS filament
Filament replacement risk: This model is tested based on Bambu ABS. It is compatible with other ABS, but minor details and dimensional accuracy may not be optimal
【Project Introduction】
Welcome to the Vulcan-Lab ACT1 intelligent chamber temperature control system open-source project page!
This project is an intelligent chamber temperature control system specially designed for Bambu Lab P1S/P1P, dedicated to systematically solving problems such as warping and layer cracking during printing, while effectively managing harmful gases and odors produced during printing, making FDM printing more stable and safer
【Model file download by module】
To facilitate step-by-step production and on-demand download, the mechanical structure of the entire system is divided into the following 5 independent modules:
🔹 Part 1.1 Air Intake Damper Module
Function: Intelligently controls the entry of external cold air, which is key to achieving internal and external circulation switching.
Link: MakerWorld link for Part1
🔹 Part 1.2 Riser Section
Function: Provides the necessary installation space for the top of the 3D Printer, forming the basic structure of the entire system.
Link: MakerWorld link for Part1.2
🔹 Part 2 Exhaust Component
Function: Actively expels contaminated air from the chamber, allowing exhaust gas to be vented outdoors via ducts or connected to an air purifier to maintain a fresh environment.
Link: MakerWorld link for Part2
🔹 Part 3 Heating Component
Function: Core temperature control module, integrated PTC heater and vortex fan, achieving rapid and uniform temperature rise inside the chamber.
Link: This page is Part3
🔹 Part 4 Sealing Component
Function: Ensures sealing between modules and the 3D Printer chamber, improving temperature control and exhaust efficiency.
Link: MakerWorld link for Part4
【Important Documents and Resources】
📖 Detailed User Manual
You can find the complete user manual "ACT1 Automatic Chamber Temperature Control System User Manual (V1.0.0).pdf" in the attachment at the end of the article, which includes:
- Complete system introduction and working principle
- Detailed installation steps with illustrations
- Operating instructions
- Troubleshooting and maintenance suggestions
- Complete Bill of Materials (BOM) - including all electronic component specifications and models
It is highly recommended to download and read this document before starting production, which will help you better understand the entire system
🎬 Video Tutorials
📹 System introduction video:
https://www.bilibili.com/video/BV1rAYKznETC/
Please note: The video displays an engineering prototype, and the final open-source version may include subsequent optimizations. Please refer to the model files on this page
📹 System installation tutorial:
https://www.bilibili.com/video/BV1saWGzpEbG/
This video demonstrates in detail how to install the complete system on your 3D Printer
【Electronic Kit Acquisition】
To save your procurement and production time, we offer an electronic kit containing all core components, which includes:
- Fully soldered main control board and system PCB
- All sensors, actuators, and connecting cables
- Matching power adapter and installation accessories
🔧 Two Options
- Purchase the electronic kit: Save time and effort, ensuring component compatibility
- Self-procure: If you need to configure all components independently, please refer to the Bill of Materials (BOM) section in the manual for the complete component list
To purchase the electronic kit, please visit:
🔗 https://e.tb.cn/h.SUmoq1TKENTGfm1?tk=KXaF4yh2Vbg
Or search for the store "冯烙铁曼的创客仓库" on Taobao
Acknowledgements
Thank you to all community developers for their previous contributions, and to all enthusiasts for their attention and support to this project! If you encounter any problems during production, feel free to leave a comment and discuss under the project
Boost Me (for free)
《ATC1 Open Source Chronicle》
From the inception of this creation, my focus has been singular and precise. I began developing this temperature control device in the early summer of the year Yisi, and over a hundred days have passed. Three full moons have waxed and waned, under a lone lamp and night's candle, I ceaselessly toiled. In the vast ocean of code, method was found through repeated trials; frameworks were iterated, taking shape after numerous revisions. Through moments of struggle and doubt, only the stars and moon outside my screen could attest.
Though the device is not yet flawless, it embodies three months of dedicated thought. Now, I open-source it, hoping to enlighten those who follow. For I deeply understand the arduous journey of solitary exploration, and thus wish to be a humble candle, illuminating your path; and through my trials and errors, guide you away from pitfalls. If this effort can save future creators days of work and spare them from repeating my mistakes, then these three months of solitary devotion will bring me profound comfort in life.
With this open-source release, I wish to grow and advance alongside you all
Documentation (1)
License
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.
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