Details
By removing the front adapter of the ATIK 16200 camera, it is possible to fix (using several screws) directly the EFW3 filter wheel on the body of the camera. Then the off-axis guider is fixed to the body of the filter wheel through other screws. In this way a single block is created, perfectly rigid and stable, which occupies only 58,5mm of thickness from the camera sensor to the 54x0.75 female thread placed in front of the off-axis guider.
The off haxis guider has a T2 male thread to allow you connect many autoguide cameras. If you have a guide camera with 31,8mm diameter (like Lodestar, QHY5L-II or QHY5III) you just need to add a 31,8mm visual back, like in the picture below.
Technical specifications
| Type: | Camera CCD raffreddata |
|---|---|
| Sensor | Monochrome |
| Sensor | KAF 16200 |
| Resolution | 4499 X 3599 |
| Sensor dimensions (mm) | 27mm x 21.6mm |
| Sensor diagonal (mm) | 34.8 |
| Pixels dimensions (µm) | 6 X 6 |
| A/D converter | 16 bit |
| Cooling | -50°C rispetto a T ambientale |
| Readout Noise (e-) | 9e- |
| ST4 integrated autoguide port | No |
| Telescope interface | Filetto T femmina (42x0,75) |
| Connection to PC | USB 2.0 |
| Power | USB powered |
| Backfocus (mm) | No |
| Weight (gr.) | No |
- Be the first to review this product
Write Your Own Review
Related Products
EAGLE3, control unit for telescopes and astrophotography
Regular Price:
Special Price
22% tax incl
QHYCCD QHY5III174 monochrome camera
22% tax incl
22% tax incl
Baader O-III 8.5nm 50,8mm filter
22% tax incl
22% tax incl
Starlight Xpress Lodestar X2 monochrome camera
22% tax incl
Related Blog Posts
-
Astrophotography camera for deep-sky: what to choose
Choosing from various astrophotography camera for the deep-sky may seem complicated. In this article, through a series of practical examples, we will see how to choose astrophotography camera to record also the weakest details of galaxies, nebulae and star clusters through with long exposures (these camera are different from those used for planetary and lunar photography that record short videos and which we will discuss in a later article). Astrophotography camera for the deep-sky are almost always cooled, ie have a system with Peltier cells which cools and stabilizes the sensor at a low temperature in order to reduce the noise of the image and therefore improve its quality.
