Differences between revisions 11 and 122 (spanning 111 versions)
Revision 11 as of 2017-11-29 16:51:00
Size: 3512
Editor: MarkBarton
Comment:
Revision 122 as of 2018-11-08 16:59:25
Size: 3411
Editor: MarkBarton
Comment:
Deletions are marked like this. Additions are marked like this.
Line 13: Line 13:
=== Facilities === ==== Facilities ====
Line 15: Line 15:
 * Wipe ladders.  * Wipe ladders, assembly frame.
Line 20: Line 20:
== Coming Weeks ==
Line 21: Line 22:
== 2017-11-27 ==
 * --(Bring SR2 into tunnel.)--
 * --(Bring spare mirror box into tunnel.)--
 * --(Bring 6 L-brackets for chassis boxes into tunnel.)--
 * --(Bring cleaned parts from near ultrasonic cleaner into tunnel.)--
 * --(Move SR2 rack into position.)--
 * Set up SR2 rack
  * --(Add L-brackets to new whitening filter and two HPCDs (one in BS rack).)--
  * Get ADC/DAC/DIO cards.
  * Get Miyakawa/Yamamoto to connect rack to DC power, Internet, etc.
  * Get cables/cards for SR2:
   * 5 DSub-37 cables (tent)
   * 5 DSub-15M to DSub-9M adapter cables (tent)
   * 2 DSub-9 FF gender benders (for LVDTs)
   * BNC-LEMO adapter (for LVDT sig gen)
  * --(Screw boxes into rack.)--
  * --(Update SR2 suspension items doc.)--
  * Run cables to assembly frame.
  * Find and attach feedthroughs.
 * --(Transfer spare mirror to spare mirror box.)--
 * --(Transfer SR2 to good mirror box.)--
 * Find mirror gluing items:
  * Prism micrometer stages
  * Prism jigs
  * Lenses for inspecting scribe lines
  * Procedure document.
 * Do mirror gluing.
=== 2018-11-05 ===
==== SRM (top priority) ====
 * Etc
  * --(Solder more cables.)--
  * --(Ultrasonically clean more cables.)--
  * --(Work out optimum LPCD output resistance; get one box modified.)--
  * Work out how to change LPCD watchdog threshold; get one box modified.
 * LBB
  * --(Lay out LBB damper ring pieces near tank.)--
  * Put magnets on LBB magnet ring.
  * Move KOACH filters
  * Put LBB damper rings in tank.
 * Main sequence
  * --(Run DC power and network to SRM_IP stepper driver.)--
  * --(Add all steppers and picos to driver list and MEDM screens.)--
  * --(Prepare SF magnet ring.)--
  * --(Install #353 poles)--
  * --(Move NB-03 jacks down; disassemble top of AF.)--
  * --(Crane PI into AF.)--
  * --(Install F0-SF rod (#331) and flying saucer.)--
  * --(Route SF/... cables up to underside of F0.)--
  * --(Install weaker CuBe spring.)--
  * --(Add SF trim mass to leave 1.2 kg margin.)--
  * --(Tweak BF trim mass to compensate for new cables.)--
  * --(Measure bounce frequencies.)--
  * Do vertical height budget.
  
==== SR2 (low priority) ====
 * --(Unclamp LBB ring sandwich.)--
 * --(Set LBB receptacles to CAD positions.)--
 * --(Remove spacers; get LBB hanging.)--
Line 49: Line 54:
== 2017-12-04 ==
 * Assemble SR2 IP.
  * Set up for testing IP with BS pico driver.
  * Make pico cable.
  * Assemble IP.
  * Test IP picos.
 * Adjust verticality of assembly frame; center and immobilize optical table.
=== 2018-11-12 ===
==== SRM ====
 * LBB
  * Crane LBB ring sandwich to top of tank.
  * Set tank jacks to nominal height.
 * Main sequence
  * Cable/test IP LVDTs.
  * Cable/test IP FRs.
  * Unlock IP and center roughly.
  * Calibrate IP LVDTs.
  * Check/adjust alignment of SS.
  * Add arc weights and geophones (or extra mass equivalent to geophones).
  * Cable/test geophones.
  * Improve centering/tuning of IP and SS alignment.
==== SR2 (low priority) ====
 * Set up OL pillar and shelf (with Akutsu-san).
 * Set up OL cabling.
 * Set up OL.
Line 60: Line 76:
 * Install new jack receptacles (in SR3 area, second floor) on load gauge adapter (SR2 area, second floor).
 * Finish mass budget for SR2/SR3/SRM (Fabian) - mostly done.
 * Design final SF ballast masses (Fabian).
 * Get safety bars moved.
 * Get air hose connection moved.
=== Tunnel ===
  * Check which LVDT cards are in which boxes.
 * Get at least one BIO Converter chassis fully connected (CONTEC BIO card, WD and stepper motor chassis) for implementation and test of stepper motor reset function.
 * Install, cable PI yaw steppers.
 * Correct flipped connections in SRM PI LVDTs.
 * Check SR2, SR3 TM coil gains for magnet polarity compensation.
 * Replace chipped magnets (12x12x12 mm) in SR3 IP, H1 and H2.
Line 66: Line 84:
=== Design/Purchasing ===
 * Lots of stuff - see Hirata-san's spreadsheet.
=== Mitaka or remotely ===
 * Write generic Type B Guardian; make BS and SR3 inherit from it; make analog WD optional for now (all suspensions will get them eventually).
 * Create software stepper drivers for SR3 and SRM and link to them from STEP_MASTER.adl screen.
 * Make three in-air stepper splitter cables for SR2, SR3 and SRM. [done?]
 * (Continue to) soak the sapphire prisms off the dummy BS for reuse on the SRM metal mass.
 * Install damping filters for SR2.
 * Review DAC channel requests.
 * Set up SR2 Guardian.
 * Install damping filters for SR2.
 * Split SRx real-time models?
Line 69: Line 95:
==== Order now ====
 * Bread boards for SR -> Orderd. delivery date:10/18-20
 * Include installation work in the contract
 * Total budget = 5MJPY
 * PEEK collet for "Small hexagon"(cable clamp) -> need modification.

==== Need simple design changes ====
 * Receptacles for Bread board damper
  * There is a mistake in the PROMEC drawing.
  * Hirata-san will make a new 2D drawing
 * IM wire clamps for SR
  * Need to change the height -> watiting second quote.

==== Need Fabian's input ====
 * Cable clamps for BF,SF and PI -> 方式を決める
  * Design change for the PI clamps, because the SR PIs are NIKHEF ones.
 * Ballast masses for BF and SF
 * 製作に2週間程度
 * 10月頭にTop Filterの最適荷重を実測。それに合わせて発注。それまでにデザインは用意しておく。
  * 測定に必要な物品の準備 -> 月曜日に高橋さんと相談

==== Need more discussion/checks ====
 * Blade spring assembly for LBB
  * Check the load of the LBB and decide the design load of the springs
  * Correct the length
  * Scale the width of the current blades to design the new blades -> 高橋さんと相談
   * SR用LBBの重さを確認
 * Bread board damper rings
  * Need to check whether we can put a full ring into the chamber from the side flanges or not. -> need modification

=== Electronics ===
=== Ordering ===
See ../WishList .

VIS Type B SR Near Term To-Do List

Archived To-Do Items

Every Week

Coming Weeks

Preparation for SR Installation

Every Week

Facilities

  • Vacuum and roll floor.
  • Wipe ladders, assembly frame.
  • Tidy tools, parts.
  • Get stuff from ../WishList

Coming Weeks

2018-11-05

SRM (top priority)

  • Etc
    • Solder more cables.

    • Ultrasonically clean more cables.

    • Work out optimum LPCD output resistance; get one box modified.

    • Work out how to change LPCD watchdog threshold; get one box modified.
  • LBB
    • Lay out LBB damper ring pieces near tank.

    • Put magnets on LBB magnet ring.
    • Move KOACH filters
    • Put LBB damper rings in tank.
  • Main sequence
    • Run DC power and network to SRM_IP stepper driver.

    • Add all steppers and picos to driver list and MEDM screens.

    • Prepare SF magnet ring.

    • Install #353 poles

    • Move NB-03 jacks down; disassemble top of AF.

    • Crane PI into AF.

    • Install F0-SF rod (#331) and flying saucer.

    • Route SF/... cables up to underside of F0.

    • Install weaker CuBe spring.

    • Add SF trim mass to leave 1.2 kg margin.

    • Tweak BF trim mass to compensate for new cables.

    • Measure bounce frequencies.

    • Do vertical height budget.

SR2 (low priority)

  • Unclamp LBB ring sandwich.

  • Set LBB receptacles to CAD positions.

  • Remove spacers; get LBB hanging.

2018-11-12

SRM

  • LBB
    • Crane LBB ring sandwich to top of tank.
    • Set tank jacks to nominal height.
  • Main sequence
    • Cable/test IP LVDTs.
    • Cable/test IP FRs.
    • Unlock IP and center roughly.
    • Calibrate IP LVDTs.
    • Check/adjust alignment of SS.
    • Add arc weights and geophones (or extra mass equivalent to geophones).
    • Cable/test geophones.
    • Improve centering/tuning of IP and SS alignment.

SR2 (low priority)

  • Set up OL pillar and shelf (with Akutsu-san).
  • Set up OL cabling.
  • Set up OL.

SR Prep Tasks - To Be Scheduled

Tunnel

  • Check which LVDT cards are in which boxes.
  • Get at least one BIO Converter chassis fully connected (CONTEC BIO card, WD and stepper motor chassis) for implementation and test of stepper motor reset function.
  • Install, cable PI yaw steppers.
  • Correct flipped connections in SRM PI LVDTs.
  • Check SR2, SR3 TM coil gains for magnet polarity compensation.
  • Replace chipped magnets (12x12x12 mm) in SR3 IP, H1 and H2.

Mitaka or remotely

  • Write generic Type B Guardian; make BS and SR3 inherit from it; make analog WD optional for now (all suspensions will get them eventually).
  • Create software stepper drivers for SR3 and SRM and link to them from STEP_MASTER.adl screen.
  • Make three in-air stepper splitter cables for SR2, SR3 and SRM. [done?]
  • (Continue to) soak the sapphire prisms off the dummy BS for reuse on the SRM metal mass.
  • Install damping filters for SR2.
  • Review DAC channel requests.
  • Set up SR2 Guardian.
  • Install damping filters for SR2.
  • Split SRx real-time models?

Ordering

See ../WishList .

KAGRA/Subgroups/VIS/TypeB/ToDoSR (last edited 2019-01-04 15:25:56 by MarkBarton)