Difference between revisions of "Logbook Camera-Assembly"

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(→‎Enter comments in reverse time order)
(→‎Enter comments in reverse time order)
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* Connectivity test (Cristobal)
 
* Connectivity test (Cristobal)
 
* Thermal tests (Carlos Di & Alvaro)
 
* Thermal tests (Carlos Di & Alvaro)
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** Heating the shielded room
+
** Incremental study of the shielded room temperature
 
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* Connectivity test (Gustavo,  Carlos De & Cristobal)
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* Connectivity test
−
* Thermal Test (Carlos Di & Alvaro)
+
** backplane network connections.
−
* BP calibration test (Camilla, Quim & Gustavo)
+
** Preliminary tests of the backplane network time calibration procedure with light.
−
** First test performed with software from CIEMAT & 10 modules (1/2 central column)  
+
* Thermal Test
 +
** chiller performance under high pressure (water flowing resistivity)
 
  || [https://docs.google.com/document/d/1ZZAZdL9j8mwErRpvcdjEbaLhIuz_go0EndLcXp7NeRE/edit?usp=sharing drive]
 
  || [https://docs.google.com/document/d/1ZZAZdL9j8mwErRpvcdjEbaLhIuz_go0EndLcXp7NeRE/edit?usp=sharing drive]
 
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* Connectivity test (Gustavo,  Carlos De & Cristobal)
 
* Connectivity test (Gustavo,  Carlos De & Cristobal)
−
* Thermal tests (Carlos Di & Alvaro)
+
* Thermal Test
 +
** cooling system optimization
 
  || [https://docs.google.com/document/d/1Z89SJUwQ7xAxNqzf6gzhjbjCU2nlKB2qABT_tvWrdzQ/edit?usp=sharing drive]
 
  || [https://docs.google.com/document/d/1Z89SJUwQ7xAxNqzf6gzhjbjCU2nlKB2qABT_tvWrdzQ/edit?usp=sharing drive]
 
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* Thermal test (see picture)
 
* Thermal test (see picture)
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** the water distribution system
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** incremental power up
 
** '''FIRST FULL CAMERA POWER-UP!!!'''
 
** '''FIRST FULL CAMERA POWER-UP!!!'''
  

Revision as of 09:21, 5 June 2018

Enter comments in reverse time order

Follow the module installation evolution in: drive


Date Who did it? Action Comments Documents
2018-05-XX [ drive]
2018-06-01 Cristobal, Leyre, Elena, Carlos D, Carlos D, Gustavo M., Alvaro, Quim
  • Connectivity test (Cristobal)
  • Thermal tests (Carlos Di & Alvaro)
    • Incremental study of the shielded room temperature
 [ drive]
2018-05-31 Cristobal, Leyre, Elena, Carlos D, Carlos D, Gustavo M., Alvaro, Quim
  • Connectivity test
    • backplane network connections.
    • Preliminary tests of the backplane network time calibration procedure with light.
  • Thermal Test
    • chiller performance under high pressure (water flowing resistivity)
 drive
2018-05-30 Cristobal, Leyre, Elena, Carlos D, Carlos D, Gustavo M., Alvaro, Quim
  • Connectivity test (Gustavo, Carlos De & Cristobal)
  • Thermal Test
    • cooling system optimization
 drive
2018-05-29 Cristobal, Leyre, Elena, Carlos D, Carlos D, Gustavo M., Alvaro, Quim
  • ClusCo in BB:
    • Debugging of calibrations and XML files for calibrations.
  • Thermal test (see picture)
    • the water distribution system
    • incremental power up
    • FIRST FULL CAMERA POWER-UP!!!
 drive
2018-05-28 Oscar, Carlos, Quim, Alvaro, Daniel, Elena, Cristobal
  • Preparing for Thermal tests:
    • Chiller control
    • Additional temporal sensor inside camera installed
    • Decrease temperature of camera with 0 modules switched on
    • Switch on 35 modules and monitor temperatures. To switch them on, the ECC communication to PSB and PDB is by passed since the ECC still does not go to ready. Modules switched off at 20:18.
    • Modules are left off and everything else on, during the full night starting at 21:15
  • ECC:
    • Several version of the CRio executable tried but still not able to stay in ready.
  • Black Box
    • Put 2 modules in the BB. For now only one has the mezzanine, the other will get a mezzanine when one will become available. The operative module (ID 1- 21) has the IP 10.1.6.173.
    • Used by Cristobal, Leyre and Elena for the calibration tests.
 drive
2018-05-25 [ drive]
2018-05-24 Oscar
  • Cabling
    • 0.5 m SFTP CA6 RJ45 cables (2) installed between TIB and UCTS
    • All power cables installed, except for the two modules that do not fit to the backplane. Spare cables stored in CTA cupboard in the workshop.
 drive
2018-05-23 Léa, Otger, Oscar, Daniel
  • Switches configuration:
    • Disable the Spining Tree for the 6 switches
    • Change IPs of the switches:
10.1.4.21        Data switch 1
10.1.4.22        Data switch 2
10.1.4.23        Data switch 3
10.1.4.24        Data switch 4
10.1.4.25        Data switch 5
10.1.4.26        Data switch 6
  • Plug the switch to each Osaka port
Switch 1 : P1P1
Switch 2 : P1P2
Switch 3 : P2P1
Switch 4 : P2P2
Switch 5 : P3P1
Switch 6 : P3P2
  • Check we can ping the modules from Osaka for each switch
  • ECC IP changed


 drive
2018-05-22 Daniele, Seiya, Quim, Elia, Lea, Elena, Leyre, Cristobal, Otger
  • Module Validation:
    • Spear mezzanines finished (production ongoing)
    • Number of modules installed = ~240
    • Validating modules without mezzanine
  • L0 & L1 calibrations:
    • Leyre <-> Elena transfer knowledge
  • Network re-configuration:
    • “Fake”-cacooperator pc should have external+internal network now
    • Some “time-outs” with Clusco. Otger is investigating is network is stable.
 drive
2018-05-21 Seiya, Quim, Oscar

Bad modules investigation (Seiya)

Bakplane calibration test:

  • Light flasher installed in the shielded room
  • L0 triggers through all the field of view
 drive
2018-05-18 Quim, Quentin, Oscar, Daniel, Lea, Elena, Daniel M., Cristobal, Seiya, Daniele, Camilla drive
2018-05-17
  • Module installation
  • Cabling
  • Power up (periods of ~1 minute)
  • Module sensor monitoring
  • Cabling:
    • Half of the Back Planes power cables installed. Only first vertica bus bar connected to master bus bar.
    • Spares monomode fibers for data and control installed. Right part routed. Figure 1 shows connection of Switch to patch panel.
  • Power up of camera:
    • One full vertical bus bar powered. All modules communicating. Temperature of the BP increases even with rear funs on.
 drive
2018-05-16 Léa, Quim, Elia, Quentin, Laia, Seiya, Daniele, Daniel Module Installation progressing drive
2018-05-15 drive
2018-05-14 Daniel K., Lea J., Seiya, Elena M., Leyre N., Quim P. Module validation Network problems related to the network configuration (+ IFAE network problems) delay the module validation process. drive
2018-05-13 Oscar
  • Ethernet data cabling
  • Cabling Ethernet for modules:
    • Full camera cabled
    • Switch 1, 2, and 3 … labelled and tested
    • Switch 4, 5 and 6 … installed and routed, but they need to be labelled and log were each cable is plugged in:link
  • Cabling optical fibers: switches connected to the optical fibers in the camera patch panel:
    • Switch 1 - Fiber 8
    • Switch 2 - Fiber 7
    • Switch 3 - Fiber 6
    • Switch 4 - Fiber 5
    • Switch 5 - Fiber 4
    • Switch 6 - Fiber 3
    • Switches also connected to main switch, which is connected to fiber 1. Routing of fibers optics and installing spare ones still needs to be done.
 drive
2018-05-12 Elena, Daniel, Seiya
  • Module installation
  • Installation of modules up to ID C008.074_02, to see the progress refer to : link
  • Starting adaptation of the “2 modules dark box” set-up in a “4 modules dark-box setup”
 drive
2018-05-11 Elena, Otger, Javier, Quentin, Oscar, Laia, Elia, Daniele, Daniel, Seiya
  • Shielded room closed
  • Module installation
  • Power up 3 modules test
  • Shielded room closed;
  • Modified the Osaka network interface to be able to talk to all the modules when connected to the black box:
em1: inet 10.1.4.12  netmask 255.255.0.0  broadcast 10.1.255.255
  • Installation of 14 modules, so now there are 34 modules in the camera.
  • First 3 modules connected to vertical bus bars and powered. All good: respond to ping and check out ok for a fast mezzanine test.
  • Reconfiguration of the network. A scheme of the new scheme is here: link
 drive
2018-05-10 Léa, Quim, Elia, Quentin, Seiya, Daniel, Elena, Laia
  • Connectivity configuration
  • Module installation
  • Ethernet data cables labelling/installation
  • Connectivity:
    • Connection to the port p1p1 fixed (coming from switch configuration, just change the switch entry of p1p1)
    • Osaka port configuration:
      • P1p1 p1p2
      • P2p1 p2p2
      • P3p1 p3p2
      • fdl
    • Optical fiber cable:
      • 1 to p1p2 (from 1.10.5.128 to 1.10.5.255)
      • 2 to p1p1 (from 1.10.5.1 to 1.10.5.127)
      • Copper cable (black) to p2p1 (from 1.10.6.1 to 1.10.6.127)
  • Front side camera:
    • light installation (help module installation)
    • We installed 17 modules today, so 20 modules is in camera now.
    • 3 Dragons had a problem at DragonQC before installation, Seiya will check if this problem is related with the analysis or module.
    • Some mezzanines had a problem at mezzanine check. But we repeated the check, then sometimes it works successfully and sometimes not.
  • Back side camera:
    • Backplane row/column identification
    • Ethernet cables being checked. One bad cables already routed have been exchanged (~30 minutes)
  • Black box:
    • added the cooling through a pinguino cooler.
 drive
2018-05-09 Daniel K., Lea J., Elena M., Quim P., Oscar B., Gustavo M., Joan B., Elia D.S.
  • Power studies
  • Module installation
  • Power studies (Oscar, Elena, Joan, Gustavo, Manel, Laia)
    • The switching option to rump-up is discarded
    • The use of an inductance or a mosfet to rump-up is being evaluated
    • Dummy boards simulating the Dragon and backplane charge are being produced and components to correctly evaluate the possible solutions purchased.
    • Cables done and installed to bypass the intelligent relay and power modules with the power supply enable.
  • Module installation started (documentation developed by Daniel, Seya, Quim, Elia, Oscar)
    • Validate the modules
    • Change dragon IPs
    • Install safety the modules

All info can be found in: link

  • Osaka communication problem (Lea and remotely people from Marseille)
 drive
2018-05-08 Oscar Blanch, Laia Cardiel
  • Cabling:
  • Labelling of Ethernet cables done for columns 6 and 7
  • Routing of Ethernet cables for column 5 and 6
 drive
2018-05-07 Seiya Nozaki, Laia Cardiel, Lea Jouvin, Elena Moretti, Oscar Blanch, Quim Palacio, Laia Cardiel Module validation before installation developed
  • We checked the procedure of validation test
    • Scan IP; sudo /usr/local/bin/arp-scan -I p1p2 –l; At first, we could not scan IP because we used p5p2 as Interface option.
    • Change IP (~10 seconds)
    • Change Dragon Firmware(~3min)
    • DragonQC(DAQ) (~4min)
    • DragonQC(Analysis) (~4min); Analysis should be done during Mezzanine check
    • Mezzanine check with Laia’s script(~2min)
  • Seiya unified the 1 to 4 procedure with single script.
  • Camera Cabling:
    • Ethernet cables labelled for modules rows 1 to 6 at the switch end.
    • Ethernet cables for rows 3 and 4 routed and connected. Row 5 half done.
 drive
2018-05-04 Daniel Kerszberg, Elena Moretti, Juan Boix, Oscar B,, Joaquim P., Chiller installation,
  • Chiller installation
  • ECC activities
    • Sensors monitoring done with OPC-UA client connected to ECC for temperature, water pressure and light. ECC and sensors behaved as expected.
  • Work on the cacoctaop station:
    • CaCo installed
    • ClusCo installed
  • Set up for power distribution check:
    • Created a 7 modules set up to check if the solution of turning on and off the relay works with more than 2 modules.
    • We find out that there are problems with the solution find out yesterday, but we understand how to correct them
    • The set up is left in the first part of the electronic lab, we will check better on Tuesday morning
  • Backplane ethernet connection:
    • Cross-checked switch 3 connections to backplanes from columns 1 & 2.
    • Not plugged yet, waiting for a label machine
    • Cable 03XX_DATA_B0206 shows no continuity (Quim: XX to be filled)


  • Optical fibres:
    • Started installation from top of the camera structure to the rack out of the shielded room


 drive
2018-05-03 Nadia Fouque, Carlos Díaz, Miguel Polo, Antonio López, Seiya Nozaki, Oscar Blanch, Laia Cardiel, Javi Gaweda, Juan Boix, ECC activities, Accessing camera front, Module validation before installation
  • ECC actvities:
    • Shutter tests, use Carlos Standalone program, Shutter Open and Close correctly;
    • Shutter program will be included in next ECC version program.
  • Accessing camera front:
    • Three module racks are now outside the shielded room to allow the frontal door to be opened;
    • Camera was moved inside the multitool to be able to open the frontal door, the hydraulic system was mounted (Figure 1) and the door was open (Figure 2), when leaving the door was left close;
    • Shutter was open successfully, when leaving the shutter was left close, it needs standalone labview program to run for the moment.
  • Module validation before and after installation:
    • Working on modified IAC test;
    • Two modules set-up for validation before installing in the camera: read temperatures, set some registers and check correctly done, L0 and L1 rate scans as well as short run with {HV and Pulse Injection off, Pulse Injection on, HV on};
    • For validation in the camera (every ~30 modules installed), we add rate scans and runs with flasher.
  • Preparing chiller installation:
    • Chiller connected to power;
    • Water pipes pre-installed;
    • Water to fill the chiller available.


 drive
2018-05-02 Oscar Blanch, Laia Cardiel, Nadia Fouque, Jean Luc Panazol, Daniel Kerszberg,

Validation of ECC already using executable in CRIO

  • Optical fiber for the slow control has been connected both inside the camera and outside from the patch panel to an external switch.
  • MAES came and the relay problem was solved by adjusting the potentiometer.
  • ECC activity:
    • Validate the camera security with the light sensors
    • Validate the installation of a new executable on the cRIO
    • Writing a procedure
    • Validate the procedure to stop and restart the the camera
    • Writing a procedure
 drive
2018-05-01 Nadia Fouque, Jean-Luc Panazol, Oscar Blanch, Merve Colak, Daniel Kerszberg ECC set up to have same state than in CIEMAT

Control of the PDB with standalone labview ⇒ OK. Control of the ECC state machine with the Main ECC program ⇒ OK. Installation of the Main ECC executable into the cRIO ⇒ OK. Run Main-ECC.exe all night without problem.

drive
2018-04-27 Javier G., Carlos Díaz, Miguel Polo, Laia Cardiel, Otger Ballester, Sebastian Grinspun, Oscar Blanch, Merve Colak, Daniel Kerszberg Camera arrived at IFAE from CIEMAT Camera was unload and introduced in the shielded room

Together with the camera, the chiller (as well as pipes) and the hydraulic system to open frontal door arrived to IFAE. Carlos Díaz and Miguel Polo open the back door of the camera. 3-Phase and 1-Phase power connected to the camera Ethernet RJ45 cable connected to main switch inside the camera long enough to be connected to a computer outside the shielded room (See Picture 4) which will be needed for ECC validation from May 1st to May 3rd.

drive
2018-04-25 Javi Gaweda, Noel Space around the Shielded Room is prepared for the camera arrival;

Wall of the shielded room open to allow to enter the camera.

drive
2018-04-24 Quim, Elena, Daniel, Quentin and Lea Clean shielded room drive
2018-04-23 Léa, Quentin, Elena Dark-Box external setup of 2 modules drive
2018-04-20 Dirk Hoffmann, Julien Houles, Quim drive
2018-04-19 Dirk Hoffmann, Julien Houles, Oscar Blanch, Takayuki Saito Received TIB (+ power cable) drive
2018-04-18 Léa, Dirk, Julien, Elena, Joan drive
2018-04-17 Cristobal, Quim, Léa, Julien IFAE switch replaced from Marseille's one drive
2018-04-16 Lea, Quim & Cristobal Taka visits IFAE.

Fiber-switch connected.

drive
2018-04-13 Camilla, Lea, Quim & Oscar

Power connection mounted and tested. Communication with 10 modules checked.

drive
2018-04-12 Camilla, Lea, Quim & Oscar Vertical bus bar arrived

Problem with the plugs cable from the bus bar to the back plane; Joan and Alex are building new cable (cables have been plugged manually and fixed with tape by Lea&Quim); Mezzanines attached; 3-phase power supply wired, but not yet plugged;

drive
2018-04-11

Camilla, Lea, Quim & Oscar

The set up for 10 modules is organized; Larger switch (to allow for 10 modules); 1 3-phase power supply (2 spares) but not yet wired; drive
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