UMBC Observatory Wiki!
Equatorial Tracking Study
Time/Date
20230213T1800-2330
People
Roy, Shreyansh, Matt, Connor, Gabriel, Natalie, Tara, Azzan
Spaces Occupied
401, 433C, Dome
Goals
Set standards for measuring seeing with DFM Scope
Discuss calibration frames for DFM Scope
Plan and execute observation plan
Log
CC:
DFM TCS
ASCOM Dome
TheSky6
DC:
Blue Iris Admin
SharpCap
CC: Opened Dome; ASCOM Dome: Connect > Open
Connected Cameras
Planetary Camera to On-Axis, using LBD1 Cable
Deep-Sky Camera to Finder Scope using Icron Extender Box
Cameras connected without issue
Collected flats on planetary camera
Opened Mirror Doors
CC: DFM TCS; Telescope > Misc > Switches/Mirror Doors > Open Mirror Doors
CC: TS6; Established Connection;
Chose to point on Capella (not Mars) :'( ← Matt
Had to true-up dome-telescope azimuth alignment
Couldn't point on Capella → went to Mars ... it kinda worked
Moved to small star to adjust focus, got to 11 FWHM
Auto-doming didn't work
It just didn't track to NGC 2068. We manually aligned using Scope/Dome reported azimuth
While manually moving the dome, it kept going .... had to disable
Cataloged all transit times for NGCs Connor provided
Decided to go for NGC 2068, then NGC 2232, then NGC 2301
Set each for 3 frames five minutes apart
Argument about pineapple on pizza ensued
Telescope and dome are again out of alignment
TURNS OUT ROY LEFT THE DOME TRACKING SWITCH OFF
Looked at Great Orion Nebula, looked at Mars,
attempted look at 3c273 too close to the horizon to see
Azzan and Matt went around on the roof to check the location of the dome relative to DFM scope
briefly looked at a software to find a way to get objects' transit time and altitude instead of handwriting them
astroplan was too messy
Roy looked at something else but it must not have worked?
argued about how to pronounce LaTeX and gif
Decided Roy was correct
Slewed to zenith
Closed mirror doors
Closed dome
Took down cameras
ToDo
Get Pizza (w/ pineapple) NO
Notes
15.042''/s in AUX TRACK is NOT the same as 15.042''/s in TRACK – no idea why
Still need to:
Set standards for measuring seeing with DFM Scope
Discuss calibration frames for DFM Scope
Weather
Weather Forecast: 6-7% cloud coverage, humidity in the 40-50% range.
Wunderground: Below 4% cloud coverage after 8pm, humidity ~45%.
Astrospheric: Cloud coverage is excellent, transparency is pretty good, seeing is below average.
ClearDarkSky: Both cloud coverage and transparency is excellent, seeing is poor.
Data
Flats saved in "D:\SharpCap Captures\2023-02-13"
Related content
Direct Questions/Concerns to Roy Prouty (roy.prouty@umbc.edu)