Insight Observatory staff member Harry
Hammond configuring Gemini 2 GOTO system.
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While taking advantage of daylight in the early part of the evening, the IO staff used the opportunity to balance the telescope with the additional counterweight needed to offset the weight of the 2" eyepiece that was provided with the telescope by the manufacturer. Once the telescope was perfectly balanced, the sky started to darken so they could then polar align the telescope. Once Polaris (the North Star) was visible, they were successful with the polar alignment. First light with the new telescope was the red star Arcturus in the constellation of Bootes. It was confirmed that the polar alignment was accurate by viewing Arcturus in the eyepiece over a time period of about five minutes. The star never drifted out of view as the tracking was perfect.
The next and final step was configuring the Gemini 2 GOTO system that would allow observers to slew the telescope to any astronomical object in the system's database of thousands of deep-sky objects. Once the Gemini 2 was configured with the latitude and longitude of the observatory's location and other required information, the IO staff's first GOTO deep-sky target was to be M13, the great globular cluster in the constellation of Hercules. Once the target was entered into the LCD hand controller, the telescope slewed its way directly to the open cluster. The view of this celestial object was amazing! The stars across the plane of the cluster resolved nicely and as Harry commented, the object was "Very defined."
M13 - Globular Cluster in Hercules - Image by Michael Petrasko
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The Sacred Heart Observatory is now ready for hands-on observational astronomy education. This new contemporary telescope and the mounting system should provide students with an awe-inspiring portal to the universe.
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