SHELYAK optical kit for SUNSCAN spectroheliograph by STAROS Projects
attention: this kit contains only the optical elements (see package contents section): 3D printed parts and complementary elements (focuser, camera, RP4, tripod, etc.) ARE NOT INCLUDED.
IN THE FOLLOWING LINK YOU WILL SEE THE WHOLE SET OF ADDITIONAL ACCESSORIES TO BE PURCHASED TO BUILD YOUR SUNSCAN APART FROM THE SHELYAK OPTICAL KIT
https://www.sunscan.net/build/list-of-parts
THERE ARE ADDITIONAL PARTS TO BE PURCHASED (NOT SUPPLIED IN THIS KIT):
1. OPTICS
2. MECHANICAL
3. ELECTRONICS
4. 3D PRINTING
PRODUCT DESCRIPTION:
SUNSCAN is an instrument proposed by STAROS Projects. It is an autonomous spectroheliograph that allows you to obtain images of the Sun at the wavelength of your choice. It can be controlled through a smartphone or tablet application.
The description, assembly and adjustment of this spectroheliograph are described here:
"SUNSCAN is a stand-alone smart solar telescope designed by the STAROS team. It can perform observations in a very simple way and obtain images of our star automatically without special knowledge, showing prominences, flares or even sunspots. The Sunscan project is open source and protected by specific licenses to guarantee the rights of users and authors.
Using SUNSCAN is very simple, you can be up and running in just a few seconds. Set up SUNSCAN with its tripod, point it at the Sun using a small integrated viewfinder. Wait a few minutes for the Sun to pass naturally in front of the device thanks to the Earth's rotation. Then enjoy the result directly on your smartphone or tablet thanks to the integrated WIFI connection.
No need to buy expensive filters, computers, telescopes or astronomical cameras: everything you need is compactly integrated in SUNSCAN.
Easily transportable, SUNSCAN is the perfect companion for gatherings with friends or public events. Each participant can view near real-time images of the Sun on their own smartphone, and all data can also be retrieved directly to a laptop for exploration and sharing.
Compatible with Android and iPhone, the app can be downloaded directly to your phone or tablet.
Looking at the Sun can be extremely dangerous unless proper precautions are taken and specialized solar observing equipment is available. Never look directly at the Sun with your eyes. Even a brief accidental glance through an unfiltered or improperly filtered optical system can cause immediate and permanent eye damage. Never allow unattended children to operate or be near a solar telescope system."
how does it work?
The SUNSCAN is a revolutionary spectroheliograph designed to allow you to capture images of the Sun in a matter of minutes, right from your smartphone. This complete, self-contained unit is the fruit of several months of work by our team of enthusiasts. With SUNSCAN, you will be able to explore the wonders of the Sun like never before.
A sophisticated device that combines several advanced technologies to offer you a unique experience. Here's how it works
Modular design: The SUNSCAN is composed of several different parts, each designed for easy assembly. You can purchase each part separately through our distribution partners and follow our step-by-step assembly guide.
High quality optics: The SUNSCAN incorporates a slit and lenses, a grating and a high quality mirror to ensure sharp and detailed images of the Sun.
Raspberry Pi and miniature color camera: The heart of the SUNSCAN is a Raspberry Pi that controls the image capture. An integrated miniature color camera allows you to instantly view the results on your smartphone.
Control via smartphone: thanks to our dedicated app, you can control the SUNSCAN directly from your smartphone, making the experience even more intuitive and accessible.
With SUNSCAN, you have in your hands a powerful tool to explore the mysteries of the Sun. Whether you are an amateur astronomer or a technology enthusiast, the SUNSCAN is there to accompany you in your discoveries.
who is the Sunscan for?
The Sunscan: a tool for all astronomy enthusiasts
The Sunscan is designed to meet the needs of all astronomy enthusiasts, whether beginners or experienced. Whether you are an amateur astronomer, a student of astronomy, or just someone who enjoys gazing at the stars, the Sunscan is here to offer you a unique and rewarding experience.
For beginners: The Sunscan is an excellent tool to start exploring the universe. With its intuitive interface and step-by-step guides, you can easily learn the basics of spectroheliography and capture your first images of the Sun.
For amateurs: If you are already familiar with astronomy, the Sunscan allows you to take your observations one step further. You can adjust the parameters for more detailed images and explore different aspects of the Sun.
An ideal teaching tool for spectroscopy.
The Sunscan is designed to be a powerful and easy-to-use teaching tool, perfect for teachers who want to integrate spectroscopy into their curriculum. Here's how the Sunscan can help teachers and educators:
Easy to organize hands-on sessions : The Sunscan is easy to set up and use, allowing teachers to focus on teaching rather than logistics. This means students can benefit from an enriching hands-on experience without wasting time.
Teaching materials included: We provide teaching guides and educational resources to help teachers integrate Sunscan into their curriculum. These resources include lesson plans, practical exercises and reflection questions to stimulate learning.
Flexibility for different levels: Sunscan adapts to different levels of education, from elementary to higher education. Teachers can adjust the activities to the needs and abilities of their students...
Technical support : Our community is always available to provide technical and pedagogical support to teachers. We are here to help you get the most out of Sunscan in your classroom...
Build Sunscan with your students for a unique learning experience..
Sunscan offers an exceptional opportunity for teachers to create a hands-on, collaborative learning experience with their students. By building the Sunscan together, you can develop your students' science, technology, engineering and math skills as they explore the wonders of spectroscopy.
* Note that the SUNSCAN system allows users to retrieve their solar images in FITS, PNG and JPG formats, providing flexibility for scientific post-analysis and advanced post-processing.
Get up and running
The last step before discovering a new face of the Sun You are about to begin the most exciting stage of your SUNSCAN adventure: assembling and adjusting your spectroheliograph. This section guides you through each step to make sure you are ready to observe the wonders of the Sun like never before.
An open source, do-it-yourself based project
SUNSCAN is an open source project based on the do-it-yourself (DIY) concept. Everything is designed to help you make it happen, without any obstacles or complications. You don't need special optical, mechanical or computer skills, nor sophisticated technical equipment. Curiosity and willingness to learn are the only keys to success.
Estimated assembly time
The estimated assembly time of the SUNSCAN may vary depending on your pace and experience. We have tried to provide an estimate based on the most accurate elements possible, but please note that it may vary.
Total printing time :
Prusa MK3-S Printer: Approx. 30 hours.
Bambulab printer: Approx. 18 hours.
Time to assemble the housing with optics: Approx. 1 hour.
Raspberry Pi and camera installation time: Approx. 1 hour.
Time to assemble the adjustment optics: Approx. 1 hour.
Taking these steps into account, the total average assembly time is about 30 hours. All assembly steps are described in detail and illustrated on the following pages. We will guide you through each phase to help you assemble your SUNSCAN successfully.
are you still here? Then let's get started! 🚀
wHAT IS DELIVERED IN THE PACKAGE CONTAINING THIS REFERENCE?
SUNSCAN optical kit :
- - OP0198] : doublet diameter 25 mm, focal length 75 mm
- - OP0199] : doublet diameter 25 mm, focal length 100 mm
- - OP0212] [OP0212] : doublet 25 mm diameter, focal length 200 mm
- - OP0200] : FLAT MIRROR 23 X 16 X 5 MM : flat mirror 23 x 16 x 5 mm
- - OP0177] : holographic slit, 2400 lines/mm, 25 x 25 x 6 mm
- - SE0289] : 2-position slit 7 and 10 µm
- - OP0211] : NEUTRAL FILTER : neutral filter 31,75 mm, Density 0,9
PLEASE NOTE THAT ONLY THE OPTICAL KIT IS SUPPLIED. ALL 3D PRINTING PARTS MUST BE BUILT BY THE USER AND NO OTHER ACCESSORIES SHOWN IN THE IMAGES ARE INCLUDED BEYOND THOSE LISTED IN THE SECTION: WHAT IS INCLUDED IN THE PACKAGE CONTAINING THIS REFERENCE?
If you would like information on how to make the 3D print please contact us and we will be able to guide you or supply you with the parts.
SHELYAK optical kit for SUNSCAN spectroheliograph by STAROS Projects
