Description
- Brand Name: svbony
- Field of View: Others
- Origin: CN(Origin)
- Barrel Size: Other
- Type: Monocular
- Model Number: Red Laser Collimator
- Name: Laser Collimator
- Wavelength: 635-655nm
- Output Power: Less than 5mw
- Fit Type: Newtonian and SCT reflector telescopes
- Lens Material: Triple cemented lens
- Color: Black
- Body Material: Metal
- Diameter: 1.25Inch
- Adapter: with removable 2″ adapter
SVBONY 1.25″ Red Laser Collimator 7 Bright Levels for Reflector Telescope Collimation w/ 2-inch Adapter
This is a newest 1.25″ red laser Collimator includes removable 2″ adapter, Designed for accurate collimation of all Newtonian and SCT reflector telescopes. This high quality laser collimator get can help you get the better image from your telescope, just insert it into the eyepiece holder, adjust laser beam level, then adjust your telescope screw until the laser beam shoots into the target centre.
Features:
1.Red laser collimation beam with 7 brightness levels
2.Can fit into 1.25″ focusers or diagonals (with removable 2″ adapter)
3.Less than 5mW output power, much safer for your eyes
4.Built with metal material, strong and durable
5.Item Included CR2032 Lithium cell battery
Specification:
1.Brand: Svbony
2.Name: Laser Collimator
3.Wavelength: 635-655nm
4.Output Power: less than 5mw
5.Fit Type: Newtonian and SCT reflector telescopes
6.Color: Black
7.Body Material: Metal
8.Net Weight: 135g/4.79oz
9.Note: The Best working distance is two meters
Warning:
1.Do not look directly into the laser beam! Permanent eye damage may result!
2.Avoid prolonged skin exposure to laser rashes or burns may occur!
How to use it?
1. Most of the common bull counter laser calibrators currently on the market have different shafts. First fix this problem, remove the glue outside the three laser emission direction adjustment screws on the calibrator, and then use the inner hexagon to adjust. How to adjust it? Put this into the eyepiece of the Newtonian reflector telescope
2. The optical axis is shifted as shown, we now need to adjust the secondary mirror
3. Adjust the three screws of the secondary mirror as shown
4. Adjust the three screws on the secondary mirror so that the red dot projected by the calibrator on the primary mirror is centered in the black circle in the center of the primary mirror
Because the calibrator has been calibrated, the laser light path at this time is the center of the cow’s reflective path. This red dot falls on the center of the primary mirror, and the position and angle of the secondary mirror are correct.
5. Adjust the screw on the back of the main mirror so that the reflected laser is thrown into the hole of the calibrator, so that the adjustment of the reflective axis of the bull is completed
Package List:
1XSVBONY Laser Collimator for Mirror Reflector Telescopes
1X2-inch Adapter Sleeve
1XEnglish User manual
