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ENR CTIO 1.5-m 2023-03-14

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Date: 
Tuesday, March 14, 2023
Telescope: 
CTIO 1.5-m
Submitter: 
Jacqueline Seron
Observer Support: 
None
Night Assistant: 
Jackie Seron
Problems: 

Smooth night! 

I would like to remind you about the tracking issue, there is a drift to the west.
In addition, I’ve noticed when not guiding where the fiber is (x=286,y=242) guiding seems to be deficient, I saw the drift to the west. 

Computer room air conditioning went off, so I restarted it. The temperature still hasn’t reached the set value, could someone please check during the day?.

 
Comments: 

Nice run back at the 1.5m telescope, I’m grateful for my colleagues on working on the issues specially electronics and mechanics.

Program completed successfully.

DIMM didn’t work from 0:15 to 1:40 UT. I used RINGSS for the first quarter of the night. And DIMM for the rest of the night.

Target RKS1555-0209, hard to see which star is the target, please clarify, I followed SIMBAD and I chose the one to the North (HD 142661B).

 

Conditions: 
General Conditions
Temperature Max: 
15.00
Temperature Min: 
13.00
Humidity Max: 
64
Humidity Min: 
58
Wind Speed Max: 
4.00
Wind Speed Min: 
2.00
Comment: 
At the beginning of the night, cumulus to the East, the rest of the sky was clear. Afterwards clear skies.
1st Quarter
Clouds: 
Cirrus
Wind: 
Low
Seeing Value: 
1.30
Seeing Variability: 
0.8
Seeing Source: 
Other
Sky : 
1
2nd Quarter
Clouds: 
Clear
Wind: 
Low
Seeing Value: 
0.80
Seeing Variability: 
0.4
Seeing Source: 
CTIO Seeing monitor
Sky: 
0
3rd Quarter
Clouds: 
Clear
Wind: 
Low
Seeing Value: 
0.90
Seeing Variability: 
0.2
Seeing Source: 
CTIO Seeing monitor
Sky: 
0
4th Quarter
Clouds: 
Clear
Wind: 
Low
Seeing Value: 
0.80
Seeing Variability: 
0.4
Seeing Source: 
CTIO Seeing monitor
Sky: 
0
Program: 
Target of Oportunity: 
No
Time Observed: 
10.0
Time Engineering: 
0.0
Time lost technical: 
0.0
Time lost weather: 
0.0
Time lost other: 
0.0
Primary Investigator: 
Todd Henry
Institution: 
SMARTS
Instrument: 
CTIO 1.5m Echelle
Organization: 
SMARTS
Total Program Time: 
10
Total Times Time Observed Time Engineering Time lost technical Time lost weather Time lost other Total Program Time
2023-03-14 10.0 0.0 0.0 0.0 0.0 10