+852 6066 4630

info@apexeloptic.com

Help Center
Track your oders
Search
Apexel
  • Home
  • Shop
    • Outdoor Optics
      • Monoculars
      • Binoculars
      • Rangefinder
      • Night vision
    • Mobile Lens
      • Macro Lens
      • Wide Angle Lens
      • Telephoto Lens
      • Fisheye Lens
      • Anamorphic Lens
      • Mobile Lens Kit
    • Microscope
      • Digital microscope
    • Vlogging Accessories
      • Gimbal Stabilizer
      • Video Lighting
      • Vlogging Kit
  • Capabilities
    • Manufacturing Capabilities
      • Aspheric
      • Spherical
      • Optical Coatings
      • Filter Coatings
      • Prisms
    • Research and development
    • Manufacturing
    • Quality
  • Volume OEM&ODM
  • Solutions
    • Security and Surveillance
    • Automotive
    • Medical imaging
    • Machine vision
    • LOT Lenses
    • AR/VR
  • Become Our Partner
    • About us
    • Contact us
    • Recruit Internet Celebrity in the World
  • Resource
    • Service & Support
    • Blog
    • Video
    • Warranty
    • Optical knowledge

Blog

Learn about telescope commissioning procedures

Apexeloptic2022-03-30T03:02:41+00:00
Telescope

You may have bought your favorite telescope, but amid your euphoria, you may find that you don’t know how to start using one.  The use of a telescope is first to tune, so learn this guide to understand the telescope commissioning procedures, before further learning how to start using the telescope.  

Telescope commissioning procedures  

It is very important to use a telescope correctly, so you need to adjust the telescope properly before using it.  Here are the steps to debug the telescope:  

The focal length scale is mounted inside the tube of a telescope, and when you see an object, it appears on the focal length scale. The wider the focal length scale, the more accurate the bar. This is because, when the focal length is larger, the object is less clear. The focal length scale is usually 1/10 or 1/20 the width of the focal length of the telescope. (3) Choose the right view Choosing the right field of view is important, and if you choose the wrong field of view, it will affect the performance of the telescope. It is very important to choose the right field of view according to the size and location of the target. If the goal is too small, choose a smaller field of vision. If the goal is too big, choose a larger field of vision. At the same time, depending on the location of the target to determine the size and direction of the field of vision. For example, if a small target is selected in the distance, the telescope's beam is wasted and the field of vision is blurred. The correct choice should take into account the aperture, focal length and field of view of the telescope. The larger the caliber, the wider the field of vision; The longer the focal length, the clearer the field of vision. (4) Observe the target and aim the telescope at the target We can observe various aspects of a target through a telescope. For example, we can observe the shape, size, color and so on of the target. In addition, we can observe the environment around the target. Looking through telescopes at various aspects of a target helps us understand it better. For example, observing the size of a target can help us determine its distance. By observing the color of the object, we can judge its nature. Note the position and size of the target and note its features, slowly pointing the telescope at the target. (5) Adjust the caliber It takes a lot of time and effort to calibrate a telescope, so we need to consider many factors. The aperture of a telescope determines its field of view. The bigger the caliber, the wider the field of view. However, the larger the telescope, the heavier and more expensive it is. Therefore, choosing the right telescope diameter is very important. The aperture of the telescope can be adjusted according to the needs of the user to suit different field of view requirements. For example, if you need to enlarge your field of view, choose a larger aperture; If you need a wider field of view, choose a smaller caliber. In addition, the aperture of the telescope can be adjusted according to the skill level of the user. For example, if the user is just learning how to use a telescope, they can choose a smaller aperture, which gives them better control over the telescope's field of view. If the user is already familiar with how to use a telescope, he can choose a larger aperture to improve the magnification of the telescope.

(1) Open the telescope cover  

First, open the telescoping lid.  

(2) Adjust the focal length of the telescope  

The focal length of the telescope can be adjusted to suit different needs.  In general, the shorter the focal length of a telescope, the higher resolution can be obtained.  Too long a focal length will result in blurred images.  

For example, if you want to take a picture of something far away, you can set the focal length to the maximum.  This will give you a sharper image.  However, if you want to take pictures close by, set the focal length to the minimum.  This avoids image blurring.  

Typically, the focal length of a telescope is between 500 mm and 1000 mm.  If you are not sure whether the focal length of your telescope is in the right position, use a focal length ruler.  

A focal length ruler is a tool used to measure the focal length of a telescope.  It is usually a strip of metal, and the wider the focal length, the narrower the strip.  The focal length scale is mounted inside the tube of a telescope, and when you see an object, it appears on the focal length scale.  

The focal length scale is mounted inside the tube of a telescope, and when you see an object, it appears on the focal length scale.  The wider the focal length scale, the more accurate the bar.  This is because, when the focal length is larger, the object is less clear.  The focal length scale is usually 1/10 or 1/20 the width of the focal length of the telescope.  

(3) Choose the right view  

Choosing the right field of view is important, and if you choose the wrong field of view, it will affect the performance of the telescope.  It is very important to choose the right field of view according to the size and location of the target.  If the goal is too small, choose a smaller field of vision.  If the goal is too big, choose a larger field of vision.  At the same time, depending on the location of the target to determine the size and direction of the field of vision.  

For example, if a small target is selected in the distance, the telescope’s beam is wasted and the field of vision is blurred.  The correct choice should take into account the aperture, focal length, and field of view of the telescope.  The larger the caliber, the wider the field of vision;  The longer the focal length, the clearer the field of vision.  

The focal length scale is mounted inside the tube of a telescope, and when you see an object, it appears on the focal length scale. The wider the focal length scale, the more accurate the bar. This is because, when the focal length is larger, the object is less clear. The focal length scale is usually 1/10 or 1/20 the width of the focal length of the telescope. (3) Choose the right view Choosing the right field of view is important, and if you choose the wrong field of view, it will affect the performance of the telescope. It is very important to choose the right field of view according to the size and location of the target. If the goal is too small, choose a smaller field of vision. If the goal is too big, choose a larger field of vision. At the same time, depending on the location of the target to determine the size and direction of the field of vision. For example, if a small target is selected in the distance, the telescope's beam is wasted and the field of vision is blurred. The correct choice should take into account the aperture, focal length and field of view of the telescope. The larger the caliber, the wider the field of vision; The longer the focal length, the clearer the field of vision. (4) Observe the target and aim the telescope at the target We can observe various aspects of a target through a telescope. For example, we can observe the shape, size, color and so on of the target. In addition, we can observe the environment around the target. Looking through telescopes at various aspects of a target helps us understand it better. For example, observing the size of a target can help us determine its distance. By observing the color of the object, we can judge its nature. Note the position and size of the target and note its features, slowly pointing the telescope at the target. (5) Adjust the caliber It takes a lot of time and effort to calibrate a telescope, so we need to consider many factors. The aperture of a telescope determines its field of view. The bigger the caliber, the wider the field of view. However, the larger the telescope, the heavier and more expensive it is. Therefore, choosing the right telescope diameter is very important. The aperture of the telescope can be adjusted according to the needs of the user to suit different field of view requirements. For example, if you need to enlarge your field of view, choose a larger aperture; If you need a wider field of view, choose a smaller caliber. In addition, the aperture of the telescope can be adjusted according to the skill level of the user. For example, if the user is just learning how to use a telescope, they can choose a smaller aperture, which gives them better control over the telescope's field of view. If the user is already familiar with how to use a telescope, he can choose a larger aperture to improve the magnification of the telescope.

(4) Observe the target and aim the telescope at the target  

We can observe various aspects of a target through a telescope.  For example, we can observe the shape, size, color, and so on of the target.  In addition, we can observe the environment around the target.  

Looking through telescopes at various aspects of a target helps us understand it better.  For example, observing the size of a target can help us determine its distance.  By observing the color of the object, we can judge its nature.  Note the position and size of the target and note its features, slowly pointing the telescope at the target.  

(5) Adjust the caliber  

It takes a lot of time and effort to calibrate a telescope, so we need to consider many factors.  The aperture of a telescope determines its field of view.  The bigger the caliber, the wider the field of view.  However, the larger the telescope, the heavier and more expensive it is.  Therefore, choosing the right telescope diameter is very important.  

The aperture of the telescope can be adjusted according to the needs of the user to suit the different field of view requirements.  For example, if you need to enlarge your field of view, choose a larger aperture;  If you need a wider field of view, choose a smaller caliber.  

In addition, the aperture of the telescope can be adjusted according to the skill level of the user.  For example, if the user is just learning how to use a telescope, they can choose a smaller aperture, which gives them better control over the telescope’s field of view.  If the user is already familiar with how to use a telescope, he can choose a larger aperture to improve the magnification of the telescope.  

Share this post

Facebook Twitter LinkedIn Google + Email

Related Posts

Learn the difference between binoculars and telescopes

A telescope is an optical instrument with a single viewfinder that allows people to see... read more

Ranging telescope

Ranging telescope, a laser rangefinder that integrates rangefinder and telescopic system, enables it to integrate... read more

Beginner’s Guide to the telescope: Every Feature Explained

A telescope’s most widespread use is its importance in astronomy. With the discovery of a... read more

Choose the best telescope for bird watching

When it comes to bird-watching, the most important equipment is the telescope. A good quality... read more

Why are telescopes coated?

Telescope coating is to improve the transmittance of this wavelength of light, the more common... read more

How to pick the best travel telescope for novices in 2022?

Are you looking for the best travel telescope? We conducted research to help you find... read more

The difference between a microscope and a telescope

1. What is a microscope?   The microscope is a technology used to observe the structure... read more

How to focus a telescope?

Have you seen any pictures of people?  The figures are very clear, but the background is... read more

Man’s farthest curiosity — the telescope

1. The origin and development of telescopes   Man's farthest curiosity -- the telescope. In 1608,... read more

The difference between astronomical telescopes and telescopes

Ordinary telescopes are optical telescopes, relying on the refraction properties of lenses.  Optical telescopes mainly take... read more

  • Optical solutions
  • Binoculars
  • Hunting/Shooting Advice & Tips
  • Macro Lens
  • Telephoto Lens
  • Wide Angle Lens
  • Stick Tripod
  • Pre Sales

About The Blog

Recent Posts

Apexel Smartphone Adapter(APL-F002)
Apexel Optic Camber Technology
Optical coating technology
Apexel Optic Camber Technology
Optical coating

Apexel

OPTICAL SOLUTIONS

  • Security lenses
  • Automotive lenses
  • Medical imaging
  • Machine vision
  • loT lenses
Instagram Facebook-f Linkedin Youtube

CUSTOMER SERVICES

  • Return policy
  • Mode of transport
  • About us
  • Contact us
  • Privacy Policy
  • Track your orders
  • Terms of service

SUBSCRIBE NEWSLETTER

Get all the latest information on events, sales and offers. Sign up for newsletter:

Check your inbox or spam folder now to confirm your subscription.

©  2022 Shenzhen Apexel.  All Rights Reserved
  • Home
  • Shop
    • Outdoor Optics
      • Monoculars
      • Binoculars
      • Rangefinder
      • Night vision
    • Mobile Lens
      • Macro Lens
      • Wide Angle Lens
      • Telephoto Lens
      • Fisheye Lens
      • Anamorphic Lens
      • Mobile Lens Kit
    • Microscope
      • Digital microscope
    • Vlogging Accessories
      • Gimbal Stabilizer
      • Video Lighting
      • Vlogging Kit
  • Capabilities
    • Manufacturing Capabilities
      • Aspheric
      • Spherical
      • Optical Coatings
      • Filter Coatings
      • Prisms
    • Research and development
    • Manufacturing
    • Quality
  • Volume OEM&ODM
  • Solutions
    • Security and Surveillance
    • Automotive
    • Medical imaging
    • Machine vision
    • LOT Lenses
    • AR/VR
  • Become Our Partner
    • About us
    • Contact us
    • Recruit Internet Celebrity in the World
  • Resource
    • Service & Support
    • Blog
    • Video
    • Warranty
    • Optical knowledge
  • Log In
  • Register