Details
Description
This is a brand new open box item
Details from the web:
TS Gigant M68 Off Axis Guider
This big TS off axis guider with
ZEISS M68 thread connection is a consequent further development of our
short TSOAG9. This model is designed for heavy cameras with large
sensors. With an optical length of 16.7 mm, it also needs not much back
focus. But nevertheless, it offers all options needed for professional
tracking.
Three connections for the prism tower
Due
to the massive design, this OAG has no rotation functionality that
could compromise the solid connection of heavy cameras. Three positions
(3 x 120°) can be used for the guiding tower. The two holes not in use
can be closed to prevent straylight from entering the system.
♦ Inappropriate prism positions relative to the main sensor (e.g. in front of an edge) ware prevented
♦ If the guiding cam collides in one position with the main camera, another position can be chosen.
The short design of the TSOAG68
We designed the off axis guider
consequently for short design without compromising its stability or ease
of use. All elements can also be operated when wearing gloves.
TS Off Axis Guider with ZEISS M68x1 connection - short design
Off Axis Guider für large cameras
TS Gigant M68 Off Axis Guider
This
big TS off axis guider with ZEISS M68 thread connection is a consequent
further development of our short TSOAG9. This model is designed for
heavy cameras with large sensors. With an optical length of 16.7 mm, it
also needs not much back focus. But nevertheless, it offers all options
needed for professional tracking.
Three connections for the prism tower
Due
to the massive design, this OAG has no rotation functionality that
could compromise the solid connection of heavy cameras. Three positions
(3 x 120°) can be used for the guiding tower. The two holes not in use
can be closed to prevent straylight from entering the system.
♦ Inappropriate prism positions relative to the main sensor (e.g. in front of an edge) ware prevented
♦ If the guiding cam collides in one position with the main camera, another position can be chosen.
The short design of the TSOAG68
We
designed the off axis guider consequently for short design without
compromising its stability or ease of use. All elements can also be
operated when wearing gloves.
TS Off Axis Guider with ZEISS M68x1 connection - short design
Off Axis Guider für large cameras
TS Gigant M68 Off Axis Guider
This
big TS off axis guider with ZEISS M68 thread connection is a consequent
further development of our short TSOAG9. This model is designed for
heavy cameras with large sensors. With an optical length of 16.7 mm, it
also needs not much back focus. But nevertheless, it offers all options
needed for professional tracking.
Three connections for the prism tower
Due
to the massive design, this OAG has no rotation functionality that
could compromise the solid connection of heavy cameras. Three positions
(3 x 120°) can be used for the guiding tower. The two holes not in use
can be closed to prevent straylight from entering the system.
♦ Inappropriate prism positions relative to the main sensor (e.g. in front of an edge) ware prevented
♦ If the guiding cam collides in one position with the main camera, another position can be chosen.
The short design of the TSOAG68
We
designed the off axis guider consequently for short design without
compromising its stability or ease of use. All elements can also be
operated when wearing gloves.
TS Off Axis Guider with ZEISS M68x1 connection - short design
Off Axis Guider für large cameras
TS Gigant M68 Off Axis Guider
This
big TS off axis guider with ZEISS M68 thread connection is a consequent
further development of our short TSOAG9. This model is designed for
heavy cameras with large sensors. With an optical length of 16.7 mm, it
also needs not much back focus. But nevertheless, it offers all options
needed for professional tracking.
Three connections for the prism tower
Due
to the massive design, this OAG has no rotation functionality that
could compromise the solid connection of heavy cameras. Three positions
(3 x 120°) can be used for the guiding tower. The two holes not in use
can be closed to prevent straylight from entering the system.
♦ Inappropriate prism positions relative to the main sensor (e.g. in front of an edge) ware prevented
♦ If the guiding cam collides in one position with the main camera, another position can be chosen.
The short design of the TSOAG68
We
designed the off axis guider consequently for short design without
compromising its stability or ease of use. All elements can also be
operated when wearing gloves.