ieXOS 100 iNstruCtiON MaNual Art. No.
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Contents 3 DE Besuchen Sie unsere Website über den folgenden QR Code oder Weblink um weitere Informationen zu diesem Produkt oder die verfügbaren Übersetzungen dieser Anleitung zu finden. GB Visit our website via the following QR Code or web link to find further information on this product or the available translations of these instructions.
MAIN FEATURES 4 Si REVOLUTIONARY INTUITIVE The PMC-Eight has taken GOTO technology to a whole new level by utilizing a smart electronic design that transcends the industry standard single processor. The PMC-Eight has eight CPUs that operate independently of one another to focus on defined functions. This delegation of tasks among the processors results in a system that offers superior responsiveness, efficiency and reliability.
THANK YOU 5 We would like to thank you for choosing Explore Scientific®’s PMC-Eight™ Open GOTO system to be your personal guide to the universe. Powered by open source software, this revolutionary precision motion control system was engineered to meet the diverse needs of the astronomy community. For beginners, the intuitive design works hand-in-hand with our ExploreStars app to make it easy to smoothly navigate and learn about the night sky.
GUARANTEE 6 Guarantee The regular guarantee period is 2 years and begins on the day of purchase. Please retain the sales receipt (till receipt or purchase/invoice) carefully as proof of purchase. During the guarantee period defective devices will be accepted on the spot by your specialist retailer or you can send them back directly. Shipment must in all events be at your expense. If the defect is covered by guarantee the postage costs will be reimbursed to you.
QUICK START 7 iEXOS 100 WITH PMC-Eight™ System Quick Start Guide Although the iEXOS 100 with PMC-Eight is a complex precision motion control system, it is simple to set up. Contents • iEXOS 100 Mount (With built-in PMC-Eight system) • Tripod • Battery compartment with bracket • RJ-12 WiFi Channel Switch Dongle • One motor cable • Two 1.
iEXOS 100 MOUNT ASSEMBLY 8 iEXOS 100 Mount Set Up 2a) 1) 2b) 2c) 3) 4) 5) 6)
iEXOS 100 MOUNT ASSEMBLY 7) 8) 10) 9) 9
iEXOS 100 MOUNT ASSEMBLY 10 2 3 1 7 4 5 6 Checking The Parts Parts List 1. iEXOS 100 Mount (With built-in PMC-Eight system) 2. 8 C Battery DC power supply with cable (batteries not included) 3. Battery pack mounting bracket 4. ST4 (RJ-12) WiFi Channel Switch Dongle 5. DB9 to RJ-25 DEC Cable 6. Two 2.2 pound counterweights 7. Glow in the dark indicators Remove all the parts from their respective boxes and place them on a flat, clear work area. A large floor space is ideal.
iEXOS 100 MOUNT ASSEMBLY 11 Attaching The Counterweight Bar To properly balance the telescope, the mount comes with a counterweight bar and counterweight. To install the counterweight bar: 1. Locate the opening in the equatorial mount on the DEC axis. It is opposite the telescope mounting platform. 2. Thread the counterweight bar into the opening until tight. Once the bar is securely in place you are ready to attach the counterweight(s).
iEXOS 100 MOUNT ASSEMBLY Balancing The Telescope in R.A. To eliminate undue stress on the mount, the telescope should be properly balanced around the polar axis. Proper balancing is crucial for accurate tracking. To balance the mount: 1. Verify that the telescope securing knob on the telescope mounting platform is tight. 2. Loosen the R.A. clutch knob and position the telescope off to one side of the mount. The counterweight bar will extend horizontally on the opposite side of the mount. 3.
iEXOS 100 MOUNT ASSEMBLY 13 Backlash in R.A. or DEC gear. Backlash in the R.A or DEC gear is caused by two things. First, the meshing of the worm to worm gear and second, if there is play of the worm between the two worm bearing blocks. To take out the two causes of backlash, first remove the cover over the motor. Take out the two screws that hold the motor to the mount. Loosen and remove the two set screws located under the panel that covers the worm.
CONNECT THE PMC-EIGHT™ 14 Connecting The PMC-Eight System Once the telescope is balanced, it is time to connect the PMC-Eight system. DEC Port (DB9) Mini-USB Port Reset Button 12V DC in LED Lights Indicator DEC Port (RJ25) Auto-Guider Port ST4 (RJ12) To Connect The PMC-Eight System: 1. Install 8 C batteries (not included) into the power supply pack and insert the pack into the mounting bracket on one leg of the tripod. 2. Connect the DB9 to RJ-25 DEC cable to the appropriate ports. 3.
CONNECT THE PMC-EIGHT™ 15 Changing The WiFi Channel In most instances, the pre-set WiFi channel should work perfectly well when operating the PMC-Eight wirelessly. However, if you are in an area where a lot of wireless activity is occurring, you may need to switch the pre-set WiFi channel. To Change The WiFi Channel: 1. Power up the PMC-Eight and let it go through the boot process (the lights will settle out). 2. Insert the ST4 (RJ-12) WiFi Channel Switch Dongle into the auto-guider port. 3.
POLAR ALIGNMENT PROCESS 16 5. Polar VF Cap 1. Dec. Lock 4. R.A. Lock 2. Latitude Adjustment Handle 3. Latitude Dial Fig. 1a Setting the Polar Home Position NOTE: The following procedure will help you initially set up your mount to get it close to the proper alignment with the North Celestial Pole (NCP). You will then remove the Polar View Finder (VF) Cap and sight through the polar alignment tunnel in the RA axis, up through the RA lock. 1. 2. 3. 4. 5.
POLAR ALIGNMENT PROCESS 17 Finding the Polar Star (for Northern Hemisphere only) Star hopping is a technique used by amateur astronomers to navigate the night sky. By using easily recognizable constellations and asterisms as a guide, an observer can locate stars and other objects. Polaris, which is commonly referred to as The North Star, can be located quickly using star hopping.
EXPLORESTARS APP Welcome to ExploreStars! Designed specifically for the PMC-Eight, the intuitive ExploreStars app will streamline your observing experience by making it easy to align your equipment, navigate the stars and learn specifics about tens of thousands of celestial objects. It also leaves room for manual operation. Installing The ExploreStars APP The free ExploreStars application can be downloaded for Microsoft Windows, Apple iOS or Android devices.
EXPLORESTARS APP 19 4. Once you have centered the selected star in the eyepiece, press or click on the “Sync” button which is located under the number 7. 5. After you have synced to this star, the display will show you the next available star and you can begin the same process with the second star. Based on your first selection, the program will select the next star beginning on the eastern horizon. If this selection is not visible, select “Try Next Star” until you arrive at a target that will work.
EXPLORESTARS APP object. Buttons below this location display allow you to move to either the previous object or the next object in this particular series with a simple push of a button. You Can Also Choose The Take A Tour Option To Explore The Night Sky. To Do This: 1. Select “Take Tour,” and you will be presented with a list of constellations to tour. 2. Once you select one, the display will show the sky map of the object closest to the western horizon that is visible in the constellation. 3.
ASCOM 21 ASCOM Driver Installation for the PMC-Eight™ System Although Explore Scientific has developed its own app — ExploreStars — to operate the PMC-Eight, we recognize that the astronomy community is a diverse one. That is why we also offer the PMC-Eight ASCOM driver so users may employ the ASCOM-powered planetarium software of their choosing to run the PMC-Eight either wirelessly or through a wired connection.
ASCOM 22 6. On the ASCOM-Standards.org website, using the menu on the upper left corner of the page, navigate to the Downloads page. 7. Using the menu on the upper left corner of the page, select Telescope/Mount Driver Downloads 8. Scroll down the Telescope/Mount Driver page and locate the Explore Scientific PMC-Eight Section. Press the Visit Site button to go to the Explore Scientific PMC-Eight webpage. 9.
ASCOM 23 20. 21. 22. 23. 24. 25. 26. Select the mount type in the drop-down list. Choose Enable WiFi TCP/IP radio button. The default values for the “Wireless Port Setup” are correct for this installation. Update the “Site Data” for your location. Press the OK button when done. Hit OK on the ASCOM Telescope Chooser window. On the “Device Connection Tester” window, press the “Connect” button and see that the program connects to the PMC-Eight. 27.
PROGRAMMERS / SHARE THE SKY Join the OpenGOTO community! One of the most revolutionary aspects of the PMC-Eight OpenGOTO system is undoubtedly its open source software. With our precision motion control system, you can create a unique observing experience and find your own inspiration in motion. The PMC-Eight was specifically designed to allow you to create your own vision about how to use the system.
SERVICE 25 Service Please contact the service centre first for any questions regarding the product or claims, preferably by e-mail. Germany / Austria E-Mail: service@explorescientific.de Telephone*: +49 28 72 80 74 310 Netherlands / Belgium e-mail: info@folux.nl Teléfono*: +31 528 23 24 76 Explore Scientific GmbH Kundenservice Gutenbergstr. 2 46414 Rhede Germany Folux B.V.
PROPER CARE Proper Care The iEXOS 100 is a precision system and keeping all parts free of dust and dirt is crucial for optimal performance. After each use, wipe all parts of the mount down with a clean cloth. DO NOT expose the motor system or any parts to water or other liquids. WARNINGS Read and follow the instructions, safety rules, and first aid information.
PROPER CARE 27 BATTERY WARNING: – Battery guidelines: This device contains electronic components that are powered by batteries. Batteries should be kept out of children’s reach. When inserting batteries, please ensure the polarity is correct. Insert the batteries according to the displayed +/- information. Never mix old and new batteries. Replace all batteries at the same time. Never mix alkaline, standard carbon-zinc and rechargeable nickel-cadmium batteries.
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