Designed to fulfill the demands of research, commercial, and defense organizations Planewave RC observatory systems are made to the exacting standards.  Using a primary and secondary mirror only, in it's native format with no field flattening lenses making it an ideal instrument for on-axis observing and narrow-field imaging.   Designed for optimal temperature stability, the PW-RC24 features fused silica optics, a carbon fiber optical tube, an expansion joint and cooling fans.   Delta-T mirror heaters are built-in and pre-wired for the optional Delta-T hub. 

• 0.7 meter f/12 native RC optical design with no field flattening
• Optimized central obstruction <30% for improved contrast and optical fiber coupling efficiency.
• Dual Nasmyth focus ports with 300 pound load capacity each. Plus PWI4 controlled tertiary mirror for rapid changes between multiple instrument packages.
• Built in Delta T Heaters, pre-wired to accept the optional Delta T hub
• Closed carbon fiber tube design to eliminate extraneous light.
• Expansion joint to mitigate differences in thermal expansion between the optical tub and mounting plate. 
• (3) built in cooling fans, controlled by an optional EFA kit. 
• Compatible with Series 5 rotator for derotation.

• Direct Drive motors on each axis
• 50 degree per second slewing
• Smooth and nearly silent operation
• On-axis 26 bit absolute encoders on each axis for precision pointing and stable LEO satellite tracking. 
• Optional GPS/ PTP encoder sync for precision time stamping
• Space-frame design with optional Coude Path. 
• PointXP mount modeling software included

Naturally more stable than an equatorial mount, the AZ mount eliminates a cantilevered mass and the need for large counterweights than present space and safety challenges in observatory applications.  Considerably more compact than similar load capacity EQ mounts, the Alt-Az mount allows for smaller observatory foot prints and lowered cost.  Meridian flip is also not an issue for AZ mounts allowing for horizon to horizon imaging and tracking.  

The Nasmyth focus illuminates balancing issues while changing out equipment. Located along the altitude axis, I pieces remain at a constant seated height making them more accessible to wheelchair users. This is an ideal set up for public observatories. The rotating tertiary mirror allows you to switch from one Nasmyth port to another in just a few seconds, minimizing transition time between Imaging and visual use.

The plane with RC 700 includes an integrated rotator for the tertiary mirror. With magnetic locks to lock the position of the mirror, Nazmyth focus position is maintained at a constant.   The rotator can switch ports in less than 10 seconds,

Backlash and periodic error are eliminated with the use of direct drive motors. 26 bit absolute and coders provide feedback for the direct drive motors allowing them out to track and point with high precision, as well as counteract gusts of wind. These motors can move the telescope at up to 50° per seconds minimizing at target acquisition time, and allowing for precision tracking a fast moving objects like satellites.

This observatory system is a large and oversized shipment. This must be done by either truck, air or ship freight delivery. At this time our website is not able to calculate shipment fees automatically. You will be contacted for delivery rates and crating fees. If you are at all curious for a quote prior to placing an order, please contact us at [email protected]. We are happy to work with you and your team for the best delivery solution. 

This observatory system is covered under Planewave's standard warranty which warranties the optical coatings to be free from defect of workmanship for one year from the date of delivery. Mechanical and electronic components and related workmanship defects and deficiencies our warranty for two years from the date of delivery. All support requests must go directly through Planewave. 

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