The detailed repair report from the Davide and Sinem list of trigger holes (BMS1A04 wasn't in list, but looks like trigger hole):
  1. BML2A01.CO.Ly1.DZ1  Dp1_1 (inserto tubo)
  2. BML2A01.PI.Ly0.DZ1  Dp1_2 (inserto tubo)  Dp2_2 (inserto tubo)
  3. BML2A01.PI.Ly1.DZ1  Dp1_2 (inserto tubo)  Dp2_2 (inserto tubo)
  4. *BMS1A04.CO.Ly0.DZ2  Dp1_1 (inserto tubo)  Dp2_1 (inserto tubo)
  5. *BMS1A04.CO.Ly1.DZ2  Dp1_1 Dp2_1 HV connected
  6. *BMS4C10.PI.Ly1 broken pipe in output
  7. BOL2A03.CO.Ly0.DZ2  Dp1_1 Dp1_2  HV connected DP2
  8. BML1C13.CO.Ly1.DZ2  Dp1_1 Dp2_2 (inserto tubo)
  9. BML1C13.CO.Ly0.DZ2  Dp1_1(inserto tubo) Dp2_1 (inserto tubo) Dp2_2 (inserto tubo)
  10. BML1C13.CO.Ly1.DZ1  Dp1_1(inserto tubo) Dp1_2 HV was not reconnected on DP2 ( foam prevent, see photo) 
SPS4A04.CO.Ly0+Ly1 - no leak, connected
BOS5A04.Ly0.DZ2 -  no leak, connected
BOS5A04.Ly1.DZ2 -  no leak, connected, HV DP1 was off
BMS6C02.PI.Ly1.DZ2  Dp2_2 (crack)  - OX, reversed
BMS6A02.CO.Ly0.DZ2  Dp1_1 leak only DP2 (reduced to 0.025 mbar/s)    - OX, resistor
BMS6A02.PI.Ly1.DZ2  Dp1_1 leak 0.03 mbar/s    - OX, reversed
BML2C05.PI.Ly0.DZz  leak 0.11 mbar/s, all corners foamed - OX
BOS4A02.CO.Ly1.DZ1  - OX, reversed
BOS4A02.CO.Ly1.DZ2  - OX, reversed
BOF5C12.PI.Ly0.DZ1  - leak 0.1 mbar/s in DP2, difficult to identify  - XX,  HV disconnected
BOF5C12.PI.Ly1.DZ1  -small leak (the same was in March) 0.02 mbar/s - OO
BOL6A01.CO.Ly1.DZ2  HV disconnected (it has gas leak )
BOL4A01.CO.DP1.Ly1.DZ1 leak 0.3 mbar/s -  HV disconnected (DP2 HV was already off)