Orion instruction manual #9024 Skywatcher 90 EQ, #9025 Explorer 90 AZ, #9086 ShortTube

Page 16

Improved Finder Scope Bracket Addendum to the Instructions

#9024, 9025, 9086

During recent production of our Skywatcher 90 EQ (#9024), Explorer 90 AZ (#9025), and ShortTube 80 (#9086) tele- scopes, we developed an improved design for the finder scope bracket. The new design makes aiming the finder scope much easier, since it requires adjustment to only two alignment screws instead of three. As a result of this improve- ment, there are some discrepancies with the provided instruction manuals. These discrepancies will be clarified in this addendum.

#9024 Skywatcher 90 EQ

In the assembly section of the manual on page 4, line item

12 should now read:

12.To place the finder scope in the finder scope bracket, first unthread the two adjustment screws until the screw ends are flush with the inside diameter of the bracket. Place the O-ring that comes on the base of the bracket over the body of the finder scope until it seats into the slot on the middle of the finder scope. Slide the eyepiece end (nar- row end) of the finder scope into the end of the bracket’s cylinder that does not have the adjustment screws while pulling the spring-loaded tensioner on the bracket with your fingers. Push the finder scope through the bracket until the O-ring seats just inside the front opening of the bracket’s cylinder. Now, release the tensioner and tighten the adjustment screws a couple of turns each to secure the finder scope in place.

Page 5 explains how to align the finder scope. The instruc- tions are still valid, but to aim the finder scope, only adjustments to the two alignment screws are needed. The new finder scope bracket design also eliminates the need for knurled lock nuts on the alignment screws.

Refer to Figure 1 to identify the parts of the new finder scope bracket.

#9025 Explorer 90 AZ

In the assembly section of the manual on page 4, line item 9 should now read:

9.To place the finder scope in the finder scope bracket, first unthread the two adjustment screws until the screw ends are flush with the inside diameter of the bracket. Place the O-ring that comes on the base of the bracket over the body of the finder scope until it seats into the slot on the middle of the finder scope. Slide the eyepiece end (nar- row end) of the finder scope into the end of the bracket’s cylinder that does not have the adjustment screws while pulling the spring-loaded tensioner on the bracket with your fingers. Push the finder scope through the bracket until the O-ring seats just inside the front opening of the bracket’s cylinder. Now, release the tensioner and tighten

the adjustment screws a couple of turns each to secure the finder scope in place.

Pages 4 and 5 explain how to align the finder scope. The instructions are still valid, but to aim the finder scope, only adjustments to the two alignment screws are needed. The new finder scope bracket design also eliminates the need for knurled lock nuts on the alignment screws.

Refer to Figure 1 to identify the parts of the new finder scope bracket.

#9086 ShortTube 80

The second paragraph in the section of the instructions enti- tled “Getting Started” should now read:

The optics have been installed and collimated at the factory, so you should not have to make any adjustments to them. To place the finder scope in the finder scope bracket, first unthread the two adjustment screws until the screw ends are flush with the inside diameter of the bracket. Place the O-ring that comes on the base of the bracket over the body of the finder scope until it seats into the slot on the middle of the finder scope. Slide the eyepiece end (narrow end) of the find- er scope into the end of the bracket’s cylinder that does not have the adjustment screws while pulling the spring-loaded tensioner on the bracket with your fingers. Push the finder scope through the bracket until the O-ring seats just inside the front opening of the bracket’s cylinder. Now, release the tensioner and tighten the adjustment screws a couple of turns each to secure the finder scope in place. Secure the bracket to the “dovetail” mount on the optical tube with the knurled set screw provided. Insert the 45° diagonal into the focuser tube and secure with the knurled set screw. Slide an eyepiece into the diagonal and gently tighten the set screw.

The section in the manual entitled “Aligning the Finder Scope” is still valid, but to aim the finder scope, only adjust- ments to the two alignment screws are needed.

Refer to Figure 1 to identify the parts of the finder scope bracket.

O-ring (not pictured)

Alignment screws

Eyepiece end of finder scope

Spring-loaded tensioner

Dovetail base

Figure 1

 

 

 

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E-mail: support@telescope.com

 

 

 

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Contents Orion Skywatcher 90 EQ Parts Diagram Parts List Table of ContentsAssembly Balancing the Telescope Aligning the Finder Scope Setting Up and Using the Equatorial MountPolar Alignment Understanding the Setting Circles Calibrating the Right Ascension Setting CircleFinding Objects With the Setting Circles Tracking Celestial ObjectsUsing Your Telescope Astronomical Observing How to Find Interesting Celestial Objects Let Your Eyes Dark-AdaptSeeing and Transparency MoonAstrophotography StarsDeep-Sky Objects Moon PhotographyCare and Maintenance Cleaning the OpticsTerrestrial Viewing Piggybacking PhotographySpecifications Page Axisdeclination Telescope pointing north One-Year Limited Warranty #9025 Explorer 90 AZ #9024 Skywatcher 90 EQ#9086 ShortTube

9024, 9086, 9025 specifications

Orion 9024, 9025, and 9086 are prominent models in the Orion series, noted for their cutting-edge technologies and impressive features aimed at enhancing performance and user experience. These models incorporate advanced design elements, making them suitable for a variety of applications ranging from industrial to commercial use.

The Orion 9024 model stands out with its robust construction, ensuring durability and longevity, making it ideal for demanding environments. It is equipped with a high-efficiency energy management system that optimizes power consumption, thereby reducing operational costs. The user interface is intuitive, featuring a large, easy-to-read display that provides real-time data and allows for seamless navigation through the device’s functionalities.

The Orion 9025 model builds upon the foundation laid by the 9024, introducing enhanced connectivity options. It supports multiple communication protocols, facilitating integration with existing systems and allowing for remote monitoring and control. The 9025 also employs an advanced sensors suite that improves accuracy and reliability in performance metrics. This added versatility makes it a preferred choice for businesses aiming to upgrade their operational efficiency.

Moving to the Orion 9086, this model is engineered for high-performance applications. It boasts a powerful processing unit that enables it to handle complex tasks with ease. The 9086 is particularly lauded for its scalability; it can adapt to evolving business needs, making it ideal for enterprises planning for future growth. Enhanced cybersecurity measures ensure that data integrity is maintained, protecting sensitive information from potential breaches.

All three models feature user-friendly design elements, such as customizable dashboards and programmable settings, allowing users to tailor the devices to meet their specific needs. Additionally, the Orion series emphasizes sustainability, employing environmentally friendly materials and energy-saving technologies without compromising on performance.

In conclusion, the Orion 9024, 9025, and 9086 models represent a significant advancement in technology, combining durability, connectivity, high performance, and user-centric features. Their ability to adapt to various environments and requirements makes them invaluable tools for any organization looking to enhance efficiency and performance in their operations.