|
|
|
626 EUR
|
|
price without VAT: 509 EUR
|
| |
 Shop online:
● ready for shipping
Shop in Warsaw (qty): 1
● ready for shipping
Shop in Chorzow (qty):
● not available
|
|
The popularity of short-tube refractors has led to the creation of the NexStar 102 SLT. The aperture of over 10 cm and the aperture ratio of f/6.5 guarantee an excellent image, 63% brighter than the 80 SLT model and 178% brighter than the 60 SLT. As with other models in the SLT series, the NexStar 102 includes a fully computerized control unit with a database of over 4000 astral objects. The easy-to-use and quick-to-set-up adjustable steel tripod makes the NexStar 102 SLT telescope ready for use and ready to use in minutes. The innovative SkyAlign alignment technology and the included red dot finder make the entire procedure of setting up the telescope child's play.
The 45° angle connector included in the set allows for observation of terrestrial objects.
Moon planets star clusters nebulae PC control
| • Optical system: | refractor (achromatic doublet) | | • Lens diameter: | 102mm | | • Lens focal length: | 660mm | | • Light Force: | 1/6.47 | | • Theoretical star range: | 12.5 mag | | • Minimum usable magnification: | 15x | | • Maximum usable magnification: | 200x | | • Dimensions of the transport packaging: | 101x47x30cm | | • Libra: | 6.4kg |
The set includes the following accessories: • 2" / 1.25" focuser
• standard 1.25" eyepieces: 25 mm (26x magnification) and 9 mm (73 x)
• red dot scope (collimator)
• computerized GOTO azimuth mount, remote-controlled, with a database of 4,000 astronomical objects
• steel field tripod with a shelf for accessories
• 45° angle attachment
• accessory stand
• educational CD "Sky Level 1" (in English) 2 years manufacturer warranty 
READ : A QUICK GUIDE TO CLEANING OPTICS
 [PDF]
READ : HOW TO CONNECT A COMPACT CAMERA TO A TELESCOPIC
[PDF]
READ : HOW TO CONNECT A DSLR TO A TELESCOPE
[PDF]
This device focuses a large amount of light. Looking directly at the Sun through this device can cause partial or complete loss of vision. For observing the Sun, we recommend the safest method of eyepiece projection, i.e. projecting the image of our daytime star's disk onto a sheet of paper.
|
