General

• A low intensity beam is being put into the SASE1 intrument hutches in this order: SPB Optics, FXE Instrument, SPB Instrument
• No special precautions outside the hutches are needed due to the low intensity. 
• The work will most likely not finish today. If necessary ti will continue next week Monday
• From now on, access to the SPB Optics, SPB Instrument and FXE Instrument hutches requires these three safety trainings
  • General Safety (AllgSi)
  • XFEL Safety (SiXfel)
  • General Radiation Safety (StraSchu)
• Check with SRP if you are not sure about yout status

XTDs

• W. Freund and the AE colleagues successfully tested their firmware on the the KMONO in HERA-s. This will be integrated in the motion loop and a controlled access will be requested on Tuesday to try this out in XTD2

FXE, SPB:

• Working in the hall to bring the beam into the hutches

Laser:

• 90% of the hardware is installed on the tables
• Humidity in the laser hutch still varies wildly, even after the humidity in XHEXP1 is below 60%
• Humidity variations translate into a pointing instability of the seed laser which cannot go into the amplifier
• There is a discrepancy between KARABO names and motor terminal names that needs to be cleaned up

Detectors

• Interlock tests on AGIPD were successfull
• The train builder is integrated
• LPD is about to finish the tests in the X-ray chamber
• Afterward the KARABO version needs to be updated 
• Transport ot FXE is scheduled for week 27

Electronics:

• Getting SPB and FXE ready for today's beam exercise required quite some short term effort
  • Mahadi had to get the cameras ready
  • Bruno had to set up the trigger timing
• Implementation of the interlock conditions were delayed for the exercise of bringing the beam in. This should happen immediately afterwards together with the connection to the MPS system which is currently not present
• The remaining problems with vacuum in SPB and FXE were solved (Some had to do with hw problems and wrongly wired controllers)
• Work continues on bringing up more SPB loops. Most recently loop 4 was brought up and the firmware for loop 7 is prepared for tests
• Implementation of the interlock conditions were delayed for the exercise of bringing the beam in. This should happen immediately afterwards
• The work on KMONO delays some of the instrument work

Software:

• CAS is currently working with high priority together with ITDM to get the DAQ system and archiving up 
• There was a dedicated SQUAD for this purpose
• The functionality has already been tested successfully on the LPD detector.
• The interface needs work to become usable
• Tests of full scalabiity are still outstanding
• The system needs to be deployed in the real environment
• It is estimated that the remaining work should take ca 3 - 4 weeks