8.4.2022 - I have completed the development of HW version 2.0. I fixed an article about the design of HW solution version 2.0 and an article containing the schema and description of HW version 2.0. Now I'm going to come up with a printed circuit board for a prototype. After its completion and verification of the entire structure, I will incorporate any repairs into the above-mentioned articles. If you find any mistakes, I'll be happy to report them.
29.11.2020 - Added info on re-commissioning of the "drowned" control unit at the end of the article on the practical implementation of HW 1.0.
15.11.2020 - I am publishing the second version of the control program for HW 1.0. I've added presets that allow the positioner to automatically find the positions of 20 satellites. I do not expect the development of another version for HW 1.0.
You can find a description of the program here.
You can download the source texts of the program here.
5.11.2020 - I started working on the development of HW version 2.0. I moved the previous articles to version 1.0 to the archive. You can view them here, but I would like to point out that HW 1.0 is not compatible with the new version and due to time constraints I will no longer deal with it.
Added article on HW solution design version 2.0.
Added article containing diagram and description of HW version 2.0.
29.7.2020 - A link to my website about the Laminas 2700 dish has been added to the horizontal menu
3.6.2020 - Publication of the source code of the first test program
In the "Download" menu you will find the first test version of the program to verify the functionality of the designed device.
23.5.2020 - Software equipment
20.5.2020 - What about Superjack? Version for two traction motors
20.5.2020 - Printed circuit board design, practical design
14.5.2020 - Supporting structure for EGIS positioner
Description of the mast on which I will place the EGIS positioner. The construction is experimental and only time will tell if it can withstand adverse weather conditions, especially wind gusts. I'm going to attach a Polish Laminas 2700 antenna to the positioner. According to the technical data in the documentation, Egis should be able to handle it.
6.5.2020 - HW solution design
I published my proposal for the technical solution of the new control unit. Using a Raspberry Pi 3 computer seems to be economically acceptable. The additional interface is simple and can be manufactured at home. Maybe it will inspire someone.
14.4.2020 - Creating this website.
The reason was an attempt to collect relevant technical data on the EGIS shooting device in one place. On the one hand, Egis is considered a kind of "golden grail" of positioners, as evidenced by advertisements of people who are still trying to buy it. On the other hand, it is true that this device has become considerably morally obsolete over the years and its applicability in its original version is diplomatically debatable. I did not find much really technically valuable information on the net about practical use in terms of connection, commissioning and location. When I became the owner of the EGIS positioner, it soon became clear that nothing was what it seemed at first glance. And so the story began to unfold, which will appeal to enthusiasts in the field. And that's why I decided to publish it.