| Brand | : | Hayneedle |
| Manufacture | : | Hayneedle |
| Label | : | Hayneedle |
| Publisher | : | Hayneedle |
| Product Group | : | CE |
| Product Type Name | : | CONSUMER_ELECTRONICS |
| Studio | : | Hayneedle |
| EAN | : | 0709942996258 |
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Product Description
Meade announces an incredible breakthrough in solar observing with the introduction of the revolutionary RichView™ tuning method built into every new Coronado SolarMax II. Now you can zero in on the most precise wavelength of light for each area on either side of the hydrogen-alpha (Ha) band for the highest contrast views of active regions flares filaments and other surface features - or quickly retune for spectacular images of prominences on the solar limb. No other commercially available Ha telescope provides the tuning range and accuracy of the SolarMax II. The patented RichView™ tuning method works by directly tuning the etalon the heart of the Coronado Ha filter system which gives you greater tuning range and detail than that found on other solar telescopes. Solar activity has increased dramatically over the last year. Don't miss out on what experts say could be the best solar maximum in many years. Coronado by Meade SolarMax II 60mm Solar Telescope with RichView system. This double stacked unit excels at observation of solar surface detail with a .5 angstrom bandpass. Features two fully tunable H-alpha etalon filters one internal and one external. Used around the world by serious solar enthusiasts and professional research facilities alike for observation of surface detail and prominences on the Sun in hydrogen-alpha (Ha) light. Powerful but very portable this high resolution Solar Telescope offers dedicated visual observation of the Sun as well as high quality imaging. The new Meade Coronado SolarMax II represents a breakthrough in solar observing with the new and revolutionary new RichView tuning assembly. This patented system allows direct tuning of the primary filter etalon. No other commercially available Ha telescope can provide the tuning range and accuracy of the SolarMax II.
