DayStar introduces the new ION filter series. A mix between our Quantum and our T-scanner body, the ION is simple, smart and easy.
A mix between our Quantum and our T-scanner body, the ION is simple, smart and easy. Enjoy precision dedicated tuning control with its thermo electric cooling (or heating) in any climate. ION housings do not tilt the optics. This housing improvement increases contrast and maintains the best bandpass performance of your etalon
Vibration-free Mag Lev fans dissapate temperature quickly, but do not disturb your view. Tests indicate they can slightly improve eyepiece stability with a minor gyroscopic effect.
Our 20mm clear aperture offers a non-vignetted view on telescopes up to ~75mm of aperture. Larger telescopes than this are fine. They will just have reduced field of view. Smaller etalons mean owners can upgrade to narrower bandpass choices for less investment.
* 12VDC operation - A 6 foot cord, a 6 foot extension and international power plugs are included. Some users may wish to use battery or solar power.
* DayStar Filters stand-alone Filters may be used on a variety of telescopes.
* Telescopes over 60mm aperture require an energy rejection filter.
* A Daystar Filter also requires that your telescope will operate at about F/30.
* As no F/30 telescopes exist, owners use a barlow to bring their telescope to ~F/30.
* An F/6 telescope requires a 5X barlow
* A F/7 or F/8 telescope requires a 4X barlow
* A F/11-f/12.5 telescope requires a 2.5X barlow
* A F/15 telescope requires a 2X barlow.
*Any DayStar Filter may be used on any aperture telescope with proper energy rejection. ION filters may be used on 150mm aperture or 60mm aperture for almost the same price.
Less expensive $50-$100 UV/IR cut filters may be used in some applications for Energy Rejection on refractors instead of a full aperture front mounted filter. To learn more, contact one of our associates on how to safely configure with the UV/IR cut filter. Use of a telescope over 60mm for solar observing without Energy Rejection protection can cause overheating and damage to the telescope.