Orion 9854 instruction manual Assembly, Observer 60 Tripod leg and mount attachment detail

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4. Assembly

Assembling the telescope for the first time should take about 30 minutes. The only tools you will need are a Phillips head screwdriver and a flat head screwdriver. As a general note, tighten all screws securely to eliminate flexing and wobbling, but be careful not to over-tighten and thereby strip the threads. Refer to Figures 1 through 4 during the assembly process.

During assembly (and any other time, for that matter), do not touch the surfaces of the telescope objective lens or the lenses of the finder scope and eyepiece with your fingers. These optical surfaces have delicate coatings that can eas- ily be damaged if touched. Never remove any lens assembly from its housing for any reason, or the product warranty will be voided.

Begin set-up of the telescope by assembling the tripod and mount first:

1.Lay the “Yoke” altazimuth mount (5) on its side. Attach the tripod legs (6), one at a time, to the base of the mount by sliding a tripod leg attachment screw (21) through the top of a leg and through the holes in the base of the mount. The washers should be on the outside of the tripod legs. Secure the wing nuts finger-tight. Figure 3b shows a clo- seup detail of the screws attaching the tripod legs to the altazimuth mount.

2.Install and tighten the leg lock knobs (23) on the bottom braces of the tripod legs (6). For now, keep the legs at their shortest (fully retracted) length; you can extend them to a more desirable length later, once the tripod is completely assembled.

3.Stand the tripod and mount upright and spread the tripod legs apart as far as they will go, until the accessory tray bracket (22) is taut. Connect the accessory tray (7) to the accessory tray bracket (22) with the three wing screws already installed in the tray. Push the wing screws up through the holes in the accessory tray bracket and thread them into the holes in the accessory tray.

4.Tighten the tripod leg attachment screws (21) at the tops of the tripod legs so the legs are securely fastened to the

 

21

20

21

21

6

 

6

 

Figure 3b. Observer 60 Tripod leg and mount attachment detail

mount. Use the Phillips head screwdriver and/or your fin- gers to do this.

5.Attach the altitude micro-motion rod and thumbwheel (13) to the optical tube by first removing the flat-head screw from the micro-motion rod attachment post (12) on the side of the optical tube. Slide the screw through the hole at the end of the micro-motion rod and rethread the screw into the attachment post. Make sure the screw is tightened.

The tripod is now completely assembled and the “yoke” altazi- muth mount is ready for the installation of the optical tube

6.To install the optical tube (1) in the “yoke” altazimuth mount (5), first slide the altitude micro-motion control rod into its receptacle, at the same location as the altitude lock knob

(19)on the side of the yoke. (Figure 4). Then, with the rod in place in the receptacle, gently drop the optical tube into the yoke so that the holes on the altitude castings (10) on the side of the optical tube line up with the holes on the top of the “yoke” altazimuth mount. Slide the yoke knobs (18) through the holes on top of the mount and thread them into the altitude castings on the optical tube. Tighten the altitude lock knob (19) securely.

7.Attach the EZ Finder II reflex sight (4) to the EZ Finder II mounting bracket (11). Loosen the two securing screws on the EZ Finder II (Figure 6) and slide it onto the mounting bracket. Tighten the two securing screws. You will align the EZ Finder II later, in the Getting Started section.

8.Insert the chrome barrel of the 90° mirror star diagonal

(2)into the focuser drawtube (14). Secure the mirror star diagonal with the diagonal holder thumbscrews (16).

9.Insert the chrome barrel of the 25mm Kellner eyepiece (3) into the 90° mirror star diagonal. Secure the eyepiece in the diagonal with the eyepiece holder thumbscrew (17). The eyepiece and diagonal properly installed should look like Figure 2b.

Your telescope is now fully assembled.

Figure 4. Installing the optical tube in the “yoke” altazimuth mount

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Contents Orion Observer 60mm AZ Page Table of Contents Parts ListUnpacking Observer 60 Components Observer 60 RefractorBasic Components of Your Telescope Optical tube components Observer 60 Telescope TubeObjective lens Details of the Optical Tube and ComponentsGlare/Dew shield Altitude castingsObserver 60 Tripod and Mount Observer 60 Tripod leg and mount attachment detail AssemblyGetting Started Focusing the TelescopeAltitude and Azimuth Aiming the Telescope Do You Wear Eyeglasses?Replacing the EZ Finder II Battery Operating the EZ Finder II reflex finderAligning the EZ Finder Choosing an Observing Site Using Your Telescope Astronomical ObservingSeeing and Transparency Tracking Celestial ObjectsEyepiece Selection 700 ÷ 25 =Magnification Limits Objects to Observe What to ExpectCare and Maintenance SpecificationsCleaning Lenses Terrestrial ViewingOne-Year Limited Warranty

9854 specifications

The Orion 9854 is a sophisticated machine that has carved a niche for itself in various industrial applications, particularly due to its advanced technology and robust characteristics. This multi-functional device is designed to meet the growing demands of modern enterprises seeking efficiency and productivity.

One of the standout features of the Orion 9854 is its powerful processing capability. Equipped with a high-performance processor, it can handle complex tasks with ease, ensuring that operations run smoothly and without interruptions. This makes it ideal for environments where time is of the essence, such as manufacturing, logistics, and data processing.

In terms of technology, the Orion 9854 employs state-of-the-art software that enhances its operational capabilities. The intuitive user interface allows for easy navigation and configuration, enabling users to quickly adapt the device to meet their specific needs. Additionally, the integration of machine learning algorithms provides predictive analytics, allowing users to make data-driven decisions that optimize performance and resource management.

The rugged design of the Orion 9854 ensures durability and reliability in challenging industrial environments. Built with high-quality materials, it can withstand extreme temperatures, dust, and moisture, making it suitable for both indoor and outdoor applications. This resilience translates into lower maintenance costs and longer operational lifespans, adding significant value for users.

Connectivity is another critical aspect of the Orion 9854. It supports various communication protocols, allowing seamless integration with existing systems and networks. The device can connect to IoT platforms, enabling real-time data exchange and remote monitoring. This connectivity facilitates enhanced collaboration and streamlines workflows across different departments within an organization.

Moreover, the Orion 9854 features expandable memory and storage options, which allow businesses to scale their operations according to growth and changing demands. This flexibility is particularly beneficial in fast-paced industries where adaptability is key to staying competitive.

In conclusion, the Orion 9854 stands out for its advanced processing capabilities, cutting-edge technology, and durable design. With its emphasis on connectivity and scalability, it is a powerful tool that can drive efficiency and innovation across various sectors. Organizations investing in the Orion 9854 can expect to improve productivity, reduce operational costs, and enhance overall performance, positioning themselves for future success.
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