WP#3605, userapps svn r3464

I modified the h1iopseih23 model to reconnect the WD signal from SUS H2A. This permits MC1 and MC3 HAM2 OSEM signals to trip the DACKILL on SEIH23, along with PR2 and MC2 from HAM3. The MEDM screen was also changed accordingly.

All models on h1seih23 were stopped and restarted. ISI was burt restored to its safe.snaps (note, there seems to be problems with ISI HAM3's safe.snap). HPI models dont have safe.snaps and were restored to the backup made at the time of shutdown.

Yesterday, the Apollo finished wipe down, second vacuum, chamber FTIRs, and close-out inspection. Two doors were returned to the chamber, one torqued. This morning, the technical cleaning crew is doing first cleaning on the dome cleanroom. Once that is complete, the cleanroom will be moved over the dome and second cleaning will be done. The Apollo crew will move the dome spreader from the OSB to X-end and start torquing the remaining door bolts. After second cleaning, the dome will be cleaned. If time permits, we'll try for putting the dome on today. 

Closed the O-ring valve and the gate valve @ the turbo overnight (closed at 19:45 local time), and I will restart pumping tomorrow morning.

Using the retro reflection from the surrogate PRM, we centered the IFO REFL beam on the first beam splitter (M14 in M1000313, 95% splitter) on HAM1 because there's no height adjustment for REFL path in HAM1.

The beam was centered (roughly) on the HR surface of the splitter, I didn't care to spread the decentering on HR and AR side due to an uncomfortable working position.

The beam dump was readjusted to receive the reflected beam off of M14.

The splitters and steering mirrors downstream was not aligned as there's no way I was able to see the beam with this tiny power.

Attached are plots of dust counts > .3 microns and > .5 microns in particles per cubic foot from approximately 6 PM Dec. 12 to 6 PM Dec. 13. Also attached are plots of the modes to show when they were running/acquiring data.

Mark B.

I was tweaking and testing Stuart's new script on PR2 and it seems to be running fine, so I'm letting it finish, and I'll keep an eye on it from home. It should turn off the measurement status indicator and reenable damping when it's done. 

- Prax air delivery 
- Sno Valley to work on chillers
- Forklift training at 1:00 PM
- Cleaning of cleanrooms at XEnd
- SEI in HAM 1
- Mark B to run transfer functions.

a noisy signal for the MX CP5 LN2 level was causing constant alarms in the control room. I reconfigued the system such that the alarm will be raised only when the system is in alarm for 60 seconds.

ve.alhConfig file changed, HVE-MX:CP5_LT300 has COUNTERFILTER of 60. HSV for this PV set from MINOR to NO_ALARM.

Today I turned the H2 fw0 system off. I used this system to test the reorganization of the raw minute trend files from one large directory to 256 directories depending upon the CRC8 check sum of the channel's name.

We are preparing H2DAQ for its move to the DTS system.

Mostly for myself (and to keep track in the event some push out to a subsequent vent), the following are items SUS still needs to do in HAM2/3 before the chamber is officially checked off the install list.

To be done in the next day:

Tweek lower stage AOSEMs to 50% OLV

Swap PFA EQ stop tips with fluorel/glass tips

Install Vibration Absorbers

Lock all EQ nuts

Things we're pushing toafter the next vent in the new year:

Re-check heights of prisms to table surface

Perform B&K Hammer testing

Round of FC cleaning since duration of chamber-work exposure to MC1 and MC3 optical faces was many weeks (duplicating the LLO schedule)

Install PR3, PRM, and all associated install and testing steps, etc.  Balance of install/alignment procedure...

JimW, HugoP,

We continued payloading HAM2-ISI yesterday (12/11) morning to account for the absence of PRM. We put 166lbs of mass around PRM's future position. to do so we used:
- 2x50lbs
- 3x10kg 

The attached picture shows the layout we picked for the masses. It also shows the mass stack used to account for PR3's absence.

We noticed sharp peaks on the ASDs measured with the GS13s of HAM3-ISI, since December 11th. The frequencies these peaks were observed were 3.5Hz, and 11Hz (see atachement).

Frequencies, and timing, correspond to Robert's injections for BSC1 magneting coupling tests. One of the coils used for this tests sits right next to HAM3 chamber. It is probably the one that causes the most coupling.

Robert's injections are 5 orders of magnitude above regular ambient magnetic field. The magnetic pickup seen on the GS13s of HAM3-ISI is no more that 2.5 orders of magnitude above seismic level. We are thus fairly confident that GS13s will not be impacted by the usual ambient magnetic field.

With the exception of 1/4 of the floor, wipe down was completed prior to Laser Safety Training at 2 pm yesterday.

Closed the O-ring valve and the gate valve @ the turbo overnight (closed at 16:15 local time), and I will restart pumping tomorrow morning.

Attached are plots of dust counts > .3 microns and > .5 microns in particles per cubic foot from approximately 6 PM Dec. 11 to 6 PM Dec. 12. Also attached are plots of the modes to show when they were running/acquiring data.

HAM3-ISI was unlocked uppon IO's request.

Ollie, Robert, Michael R

In an effort to mitigate table noise from the chiller we swapped the quick connect fittings on the oscillator manifold with barb fittings. Robert will post an aLOG later describing the status of this test in more detail. In the process we found/created a small leak in the return path valve in the crystal chiller line. This looked like it was coming from the threaded insert on the valve, so we replaced those. No leaks were found after.

Following the mysterious crash of the SUS IM model yesterday at 12:40pm (looks like a Dolphin or timing error, SUS IM model froze up, IOP model has hugh timing error, DAQ status 0x4000), we just restarted both models on the h1sush2b front end (h1iopsush2b and h1susim). The user model was burt restored to the safe.snap. The user watchdog continues to be tripped, so zero DAC drive throughout this restart.

• IO Crew (I assume) was out at HAM2/3 most of the day (aligning/installing baffles)
• Filiberto & G2 continue HAM4 Cable Pulling
• Blank Flange installation at HAM7/8
• 8:10 Hanford Fire Dept investigating alarm at MX
• 9:11 Street sweeper on site (starting at corner & then Yarm)
• 9:15 Thomas heading out for Oplev stuff (out for hours
• 9:15 Laser group (w/ Rodruck) heading to H1 PSL (PMC measurement & water connection work [assume this was what caused several min of 100+dust counts])
• ~10 Pre-filter installation at all out-buildings complete (no dust alarms for any of this work)
• 11:05 Barton starting MC1 transfer functions (for an hour or so)
• 11:00 Dust 14 & 15 went INVALID for a few minutes
• 10:30 - 12:30  Jodi out of HAM8/9, but Robert still taking pictures in there
• 1:19 received Hanford site test of emergency system phone call
• Laser Hazard at 2:00pm (coinciding with Laser Training)
• 4:15 Hugo is unlocking HAM3-ISI for the IO group

Toward the end of shift I heard rumblings of rebooting HAM-AUX (requested by IO group & performed by Dave)