...
CTRL | N/A | Magnet Control function, see table 1.5 |
HSTACTRL | N/A | Translate SLC HSTA to individual EPICS records (no longer used) |
HSTA | HSTA | Hardwrare Status bitmask |
CALBDISABLE | N/A | Permit calibrate control function, 1=disable, 0=enable |
FBCK | N/A | Feedback enabled |
OUTOFSERVICE | N/A | B-field is Out-of-Tolernace. |
STDZDIRECTION | N/A | Standardize direction, 0=Up, 1=down |
STDZENABLE | N/A | Permit Standardize control function, 1=enable, 0=disable |
TRIMDISABLE | N/A | Permit TRIM control function, 1-disable, 0=enable |
UNAVAIL- | N/A | 1=unavailable; 0=available |
ONOFFCTRL- | N/A | 1=on/off control; 0=no on/off control |
NOANLGCTRL- | N/A | 1=no analog control ps; 0=analog control ps |
OPTURNEDOFF- | N/A | 1=ps turned off by operator; 0=ps not turned off by operator |
TRIPPED- | N/A | 1=ps tripped; 0=ps not tripped |
IDES | IDES | Desired Control Value (amperes) |
IACT | IACT | Control Value from Hardware (Primary) |
IACTPREVOK | IPRV | Last Good Readback |
IACT.ADEL | ATOL(1) | Standardization Delta |
IDELTAS.C | ATOL(2) | Standardization Fraction |
ICTRL.DRVL | IMMO(1) | Minimum Operating Current |
ICTRL.DRVH | IMMO(2) | Maximum Operating Current |
IDAC | DACV | DAC Readback |
IMON | IMON | Control Value from Hardware (Secondary) |
IRIPL | RIPL | Ripple Current Readback |
POLYCOEF.A to L | IVBU/D | Polynomial Coefficients |
STAT | STAT | Status | |||
CALBOK | - | 1=Calibration successful | |||
STDZOK | - | 1=Standardize successful | |||
TRIMOKOK | - | 1=Trim successful | |||
| STAT | Status bitmask | ||
CALBOK | STAT bit | Calibrate Status, 1=Calibrated, 0=Not Calibrated | |
STDZOK | STAT bit | Standardize Status, 1=Standardized,0=Not Standardize | |
TRIMOK | TRIM Status, 1=TRIMmed, 0=Not TRIMmed | FBCKCTRL | - | 1=Magnet under feedback control
CTRLSTATE | MBBO | Status of Magnet Control Function |
BUSY | BI | Busy State of Magnet Control Function, 1=Busy, 0=Not Busy |
STDZIMIN | | IMMS(1) | | Min current during standardizationMinmum Standardize Current | ||
STDZIMAX | IMMS | IMMS(2) | | Max current during standardizationMaximum Standardize Current | ||
STDZIFINAL | IMMS | IMMS( | 03) | | Final current set pointFinal Standardize Current | |
STDZRAMPRATE | RAMP(2) | Standardizaztion | STDZRAMPRATE | - | Standardizedi/dt | |
STDZTOD.TIME | KTIM | Last successful | KTOD | Last Successful standardization time | ||
STDZLOSTTOD | | ZTIM | | LastLst time standardization lost |
TRIMTOD | TTIM | Last trim timeTRIMTRYCNT | ITRY | # | N/A | Last successfule TRIM time | |
TRIMTRYCNT | ITRY | Number of attempts required for | trima TRIM |
Machine Areas with Magnets | ||||
Table 1.4 | ||||
Production | ||||
Area | EPICS IOC | SLC Aware Micro | SLC Micro | SLC DGRP |
|---|---|---|---|---|
Injector | IOC-IN20-MG01 | IM20 |
| |
Linac Sector 21 | IOC-LI21-MG01 | LM21 | LI21 |
|
Linac Sector 22 | IOC-LI22-MG01 | LM22 | LI22 |
|
Linac Sector 23 | IOC-LI23-MG01 | LM23 | LI23 |
|
Linac Sector 24 | IOC-LI24-MG01 | LM24 | LI24 |
|
Linac Sector 25 | SIOC-LI25-MG01 | LI25 |
| |
Linac Sector 26 | SIOC-LI26-MG01 | LI26 | ||
Linac Sector 27 | SIOC-LI27-MG01 | LI27 |
| |
Linac Sector 28 | SIOC-LI28-MG01 | LI28 |
| |
Linac Sector 29 | SIOC-LI29-MG01 | LI29 |
| |
Linac Sector 30 | SIOC-LI30MG01 | LI30 |
| |
Beam Switch Yard (B136) | IOC-BSY0-MG01 | CA11 |
| |
Linac-To-Undultor (B005) | IOC-LTU0-MG01 |
|
| |
Linac-To-Undulator(B911) | IOC-LTU1-MG01 |
|
| |
Linac-To-Undulator(B912) | IOC-LTU1-MG02 |
|
| |
Undulator (B913) | IOC-UND1-MG01 |
|
| |
E-DUMP &Undulator (B921) | IOC-DMP1-MG01 |
|
| |
Development | ||||
Test 1 | XL01 | XX01 |
|
|
Test 2 | IOC-B15-MG01 | XX02 |
|
|
Test 3 | LCLSDEV-17 | XX03 |
|
|
...
