How do I use the PAN-Adjuster to align my RASA with my primary SCT on a PlaneWave L-Mount?
The PAN-Adjuster mounts directly to the side port of the PlaneWave L-Mount. You then attach your RASA's 3" or 8" PAN EQ clamp to the adjuster. By centering a bright star in your primary telescope's field, you can then use the adjuster's push-pull screws to move the RASA's field of view until the same star is perfectly centered in your camera, achieving precise co-alignment.
I have a dual-saddle plate with two Newtonian telescopes. Will the PAN-Adjuster help me align them?
Yes. You would mount one PAN-Adjuster under one of the telescope's PAN EQ clamps. This provides the necessary mechanical interface to finely adjust that telescope's optical axis relative to the other, which remains fixed to the plate. This is essential for applications like multi-scope imaging arrays or simultaneous visual and photographic observation.
What is the primary purpose of the Baader PAN-Adjuster?
Its primary purpose is to allow fine, mechanical adjustment of the optical axis of one telescope relative to another when they are mounted side-by-side. It corrects for small mechanical misalignments that are impossible to fix by adjusting the mount itself, ensuring both instruments point at the exact same location in the sky.
What mounting systems is the PAN-Adjuster designed for?
The PAN-Adjuster is specifically designed for use with PlaneWave Instruments L-Mounts and universal dual mounting plates. It serves as an intermediate adapter that accepts either 3" or 8" PAN EQ clamps on top.
How does the PAN-Adjuster make adjustments?
It utilizes a precise push-pull screw system. By slightly loosening one screw and tightening the opposing one, you can make very fine, controlled changes to the angle of the top mounting plate. This mechanism provides smooth, backlash-free adjustment for critical alignment tasks.
What materials are used in the PAN-Adjuster?
The PAN-Adjuster is machined from solid Dural Aluminum for a combination of strength and low weight. The hardware and clamping rings are made of stainless steel to ensure a rigid, durable, and corrosion-resistant connection. It is developed and manufactured by Baader Planetarium in Germany.