Changes between Version 12 and Version 13 of docs/CommissioningPlan/P2.5

Timestamp:

08/26/22 15:18:40 (2 years ago)

Author:

kradhakrishnan

Comment:

--

docs/CommissioningPlan/P2.5

@@ -1 @@
-== P2.5 Cryostat Cooldown and Science detector calibrations == 
+== P2.5 TCS communication test == 
 
 - **Phase**             :       2  
 - **Status**            :       Draft    
-- **Category**  :       Daytime testing (functionality and operability) (C3) + Daytime calibration (C4) 
+- **Category**  :       Daytime testing (functionality and operability)  (C3)   
 - **Recurrence**        :       after instrument installation at telescope platform
-- **Duration**  :       1 day
+- **Duration**  :       2 days
 
 **Description**
-- At the beginning of the next run, the cryostat is cooled down and the science detector calibrations are performed (when at the telescope).
+- Communication with the LBT TCS is tested to verify that the interface with TCS works as expected. 
 
 **Prerequisites**
-
+- All electronics and services are up and running.
 
 **Procedure**
-- For the cryostat cool down, follow P1.4 and P1.5
-- For science detector calibrations follow P1.7
+- Test all the TCS functionality (sending preset, ADC trajectory, etc.) needed by SHARK-NIR, detailed in AD2.
+- Check if the fits-writer is receiving all the right values from the LBT TCS.
+- Check if the derotator trajectory is received from the LBT TCS. The trajectory verification with optical feedback will be done during the nighttime commissioning.
+- Re-check if SOUL can access the SCICAM image from the agreed-upon folder.
 
-**Templates**
+**Templates** 
 
 **Success criteria**
-- Cryostat cooled down.
-- SHARK-NIR working normally.
-- Science calibrations are performed and new values are saved.
+- Connection to LBT TCS is working well. All the test results are successful.
+- The fits-writer is receiving all the right values from LBT TCS.
+- SOUL can retieve the SCICAM image.
 
 **Notes**
-- Support from the Steward Observatory detector team.
+- Arcetri Team remote support is required.
+- LBTI-AO team support is required.
+- Note that although the actual work needs roughly about 2 days, a lot of it can go in parallel with other activites. So, for the estimation of the total days, only 1 day from here is considered.
 
 **LBTO support**
-- Follow P1.4 and P1.5 (for the cryostat cool down)
+- Authorize SHARK-NIR
+- Permission to use SX-ASM and LBTI-AO
+- Permission to send preset, receiving LBT telemetry (inc. the derotator trajectory) and details for the Fitswriter.
+- Support from the LBT SW team
 
 **Date performed and by whom**