Notes:
- If on a PAMM - set camera to free run
- Send a picture of each camera to the log book
- After complete - reset all camera exposures, motor positions, flippers, etc
- DTOTR2 can stay in the in position
- DTOTR1 should be retracted in y direction (DTOTR1_Y=0)
- LFOV motor should be moved out (to motor position 75)
- CHER wafers should be driven out (hold CW until they are fully retracted, ~25s)
- GAMMA2 screens should be out
- EDC_screen should be out
| Camera | Motor positions for checkout | Conditions/Notes | Reference Image |
|---|---|---|---|
DTOTR2 CAMR:LI20:107 XPS:LI20:MC01:M7 XPS:LI20:MC01:M8 | DTOTR_X = -46.5 DTOTR_Y = 144 DTOTR1 must be retracted: DTOTR1_Y = 0 | Exposure = 0.01s / Filter out Dump table lights on You should be able to see the damage on the YAG2 screen, and the upper/lower edges of the holder should be sharp. The sides of the image will be out of focus since the screen is rotated 45degrees. Note - Retract DTOTR1 or it will make a shadow on the DTOTR2 image |
|
DTOTR1 CMOS:LI20:3505 XPS:LI20:MC01:M3 XPS:LI20:MC01:M4 XPS:LI20:MC01:M7 XPS:LI20:MC01:M8 | DTOTR1_X = 24 DTOTR1_Y = 98 DTOTR_X/Y as above | Exposure = 0.1s / Filter out Same as above. You should be able to see damage markings on YAG2. Move the DTOTR1_Y mover in 5mm steps to find features. |
|
LFOV CAMR:LI20:301 XPS:LI20:MC01:M6 | LFOV = 150 | Exposure = .001 / Filter = out The stuff on the left is LBG_LFOV. Use LBG_LFOV motor to retract (to left) |
|
GAMMA1 CAMR:LI20:302 XPS:LI20:MC01:M6 | LFOV = 140 | Exposure = .01s Should be able to make out the grid pattern on the CsI array |
|
GAMMA2 CAMR:LI20:303 XPS:LI20:MC02:M3 XPS:LI20:MC02:M6 | Gamma2 Horz = 100 Gamma2 Vert = 0 | Exposure = 0.001s |
|
CHER CAMR:LI20:308 PROF:LI20:3500 | LI20 Profile monitor panel, select CENTER_CHERWAFER, Press and hold CCW until wafer is all the way in (~25s). CW to retract (~25s) | Exposure = 0.03s / Filter out You can't see many features, but you can see the whole wafers. |
|
PRDMP CAMR:LI20:108 | n/a | Exposure = 0.02s The thing on the left looks like it is in the way, but this is the out position. It looks closer the beam than it is because of parallax |
|
EDC_SCREEN CAMR:LI20:309 XPS:LI20:MC02:M7 XPS:LI20:MC03:M5 | EDC Horz = 41 EDC Vert = 51 | Exposure = 0.001s Light in the EDC chamber should be on (From PDC/EDC power strip) |
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