T-Ring for Canon EOS-EF Mount Camera (93419)
Clearance priced! MSRP is $21.95 - NOW $11.96!
- This Celestron T-Ring attaches to Canon EOS DSLR and SLR camera bodies.
- Sturdy bayonet flange locks in place just like a lens, providing secure contact.
- Attaches to a variety of camera adapters and accessories via standard T-Threads.
This T-Ring fits EOS EF-mount model cameras only. It will not work with other Canon camera bodies like the EOS RF-mount or EOS M-mount mirrorless cameras without adding a Canon adapter to convert those cameras to EF-mount.
A T-Ring is one of the first accessories you will need if you want to take pictures through a telescope or spotting scope. If you have a Canon EOS camera body, the Celestron EOS T-Ring is the one for you.
To use the Canon EOS T-Ring, remove the lens from your camera, and attach the T-Ring in its place, just as you would if you were mounting a lens. The telescope side of the T-Ring has threads that will accept a variety of camera adapters, including the Celestron T-Adapter or Tele-Extender. The adapter you choose depends on the type of photography you wish to do.
You can take pictures of terrestrial and/or celestial scenes by using a simple T-Adapter to turn your telescope or spotting scope into a large telephoto lens. The #93633-A T-Adapter is the best choice if you own a Schmidt-Cassegrain telescope with standard rear cell threads.
If you have a refractor or spotting scope, the Universal T-Adapter (#93625), with its 1.25" barrel insert, is probably the best choice. There are also special T-Adapters for the EdgeHD optical system: one for the 8-inch EdgeHD (#93644) and one for the 9.25, 11, and 14-inch EdgeHD (#93646).
Prime focus photography is popular for short exposure images of terrestrial objects as well as celestial objects like the Moon.
If you need extra magnification beyond that which your Schmidt-Cassegrain telescope provides, a Tele-Extender (#93643) will allow you to insert an eyepiece inside the barrel before attaching it to the telescope. A Tele-Extender is used most often for high power images of the Moon and the planets.