The LUNT Solar-Wedge / Herschel-Wedge for refractor-telescopes uo to 150mm aperture with 1.25" focuser. Provides superior White Light views and images of the sun. Complete system with installed filter ND3.0!
Adequate Adapter Plates for the 100mm Lunt Solar Systems H-alpha filters.
This adapter plate is suitable for mounting a LUNT LS50FHa or LS60FHa front-filter at a telescope.
The LS152THa telescopes could be upgraded with a optional, interchangeable Ca-K module allowing for the research of multiple wavelengths through the same telescope.
Calcium-K module in straight extension tube, for using normal astronomical telescopes up to 100mm aperture and up to 3060mm focal length as Ca-K solar telescopes.
Calcium-K module, for using normal astronomical telescopes up to 100mm aperture and up to 540mm focal length as Ca-K solar telescopes.
Internal double stack filter with air-pressure tuning system. Reduces the bandwidth to <0.5 Angstrom!
H-alpha filter systems with 100mm aperture and <0.7 Angstrom bandpass. Adding an additional available Double-Stack etalon system will reduce the bandpass to <0.5 Angstroms. These big filters will show many details of the sun to the advanced solar observer.
The LUNT Solar-Wedge / Herschel-Wedge for refractor-telescopes uo to 150mm aperture with 2" focuser. Provides superior White Light views and images of the sun. Complete system with installed filter ND3.0!
H-alpha filter systems with 50mm aperture and <0.75 Angstrom bandpass. Adding an additional available Double-Stack etalon system will reduce the bandpass to <0.55 Angstroms. The 50mm filter system provides very good results in viewing and imaging the Sun.
H-alpha filter systems with 60mm aperture and <0.7 Angstrom bandwidth. Adding an additional available Double-Stack etalon system will reduce the bandwidth to <0.5 Angstroms. These 60mm filters can be combined with the 60mm H-alpha telescopes for double stacking.
These pocket sized binoculars are solely for Solar observing. You can view and safely study Sun Spot activity, Planetary Transits, and Eclipses.