Changes between Version 5 and Version 6 of docs/CommissioningPlan/P3.7


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Timestamp:
01/14/22 18:49:36 (3 years ago)
Author:
kradhakrishnan
Comment:

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  • docs/CommissioningPlan/P3.7

    v5 v6  
    1  == P3.7        Verify the ADC rotation on sky ==
    2 •       **Phase**               :       3 
    3 •       **Status**              :       Draft   
    4 •       **Category**            :       Nighttime testing (functionality and operability) (C5)
    5 •       **Recurrence**  :       once at commissioning
    6 •       **Duration**            :       1 night
     1== P3.7 Checking field-stabilized mode/bearing rotation service ==
     2 
     3- **Phase**             :       3 
     4- **Status**            :       Draft   
     5- **Category**  :       Nighttime testing (functionality and operability) (C5)
     6- **Recurrence**        :       once at commissioning
     7- **Duration**  :       2 hours
     8
    79**Description**
    8 •       Evaluate
     10- The field stabilized mode, or in other words, the working of the bearing tracking service, will be tested.
     11
    912**Prerequisites**
    10 •       Atmospheric conditions: photometric.
    11 •       Authorize SHARK-NIR on the SX side.
    12 •       Photometric stars as targets for every filter.
    13 •       AO working.
    14 •       Target(s) at different Zenith distances?
     13- Atmospheric conditions: AO working conditions.
     14- Authorize SHARK-NIR on the SX side.
     15- Targets (star cluster) near zenith and horizon (say airmass of 2).
     16
    1517**Procedure**
    16 •       Check the working of the ADC using different targets in varying zenith distances and observing using different science filters?
     18- Select the target near airmass 2. There should be stars spread across the entire SCICAM, preferably close to the edges as well.
     19- Start the bearing tracking services (field-stabilized mode).
     20- Take short-exposure images for a duration of ##minutes.
     21- Check the positions of these stars.
     22- Repeat the same for the target close to the zenith.
     23- Repeat the same steps for a target where the rotation of the bearing is in the opposite direction.
     24
     25**Templates**
     26
    1727**Success criteria**
    18 •       xxx
     28- The bearing tracking service works well, and the field is stabilized within the precision needed.
     29
    1930**Notes**
    2031
    2132**LBTO support**
    22 •       AO support
    23 **Associated SHARK-NIR personnel**
     33- AO support
    2434
    2535**Date performed and by whom**