1.1   Laser Heater Photodiode Shutter Position

Where:

A = LHPHD_OUT_LIMIT_STATE
B = LHPHD_IN_LIMIT_STATE

1.2   OTRH1 Position When LH Atten Not In

Where:

A = OTRH1_OUT_LIMIT_STATE
B = OTRH1_IN_LIMIT_STATE

1.3   OTRH2 Position When LH Atten Not In

Where:

A = OTRH2_OUT_LIMIT_STATE
B = OTRH2_IN_LIMIT_STATE

2.1   NEH AMO Diagnostics Chamber Gate Valve Summary

Where:

A = AMO_DIA_VGC_02A_POSITION
B = AMO_DIA_VGC_02B_POSITION

2.2   NEH AMO High Field Physics Chamber Gate Valve Summary

Where:

A = AMO_HFP_VGC_02A_POSITION
B = AMO_HFP_VGC_02B_POSITION

3.1   NEH AMO Beam Shutter Summary

Where:

A = SAS_MMS_01_A_POSITION
B = SAS_MMS_01_B_POSITION

3.2   NEH AMO Focusing Optics Entrance Gate Valve KBO-VGC-01

Where:

A = AMO_KBO_VGC_01A_POSITION
B = AMO_KBO_VGC_01B_POSITION

3.3   NEH AMO Focusing Optics Exit Gate Valve KBO-VGC-02

Where:

A = AMO_KBO_VGC_02A_POSITION
B = AMO_KBO_VGC_02B_POSITION

3.4   NEH AMO Laser Reference Mirror Position

Where:

A = SAS_MMM_01_B_POSITION

3.5   NEH1 Camera 1124 Position

Where:

A = CAMR_NEH1_1124_OUT_STATE
B = CAMR_NEH1_1124_IN_STATE

3.6   NEH1 XTOD S1 Isolation Valve Summary

Where:

A = VMPS_NEH_703_ISOL_S1_STATE

4.1   NEH SXR Differential Pump Isolation Valve SXR-DFP-VGC-01

Where:

A = SXR_DFP_VGC_01_CLS_DI_STATE
B = SXR_DFP_VGC_01_OPN_DI_STATE

4.2   NEH SXR End Station Ready SXR-EXP-MPS-01

Where:

A = SXR_EXP_MPS_01_STATE

4.3   NEH SXR Intensity Monitor Isolation Valve SXR-FLX-VGC-01

Where:

A = SXR_FLX_VGC_01_CLS_DI_STATE
B = SXR_FLX_VGC_01_OPN_DI_STATE

4.4   NEH SXR KB Optics Isolation Valve SXR-KBO-VGC-01

Where:

A = SXR_KBO_VGC_01_CLS_DI_STATE
B = SXR_KBO_VGC_01_OPN_DI_STATE

4.5   NEH SXR Laser In-coupling Mirror Isolation Valve SXR-LIN-VGC-01

Where:

A = SXR_LIN_VGC_01_CLS_DI_STATE
B = SXR_LIN_VGC_01_OPN_DI_STATE

5.1   NEH Camera 2124 Position

Where:

A = CAMR_NEH1_2124_OUT_STATE
B = CAMR_NEH1_2124_IN_STATE

5.2   NEH SXR Collimator 3 Isolation Valve SXR-COL-VGC-01

Where:

A = SXR_COL_VGC_01_CLS_DI_STATE
B = SXR_COL_VGC_01_OPN_DI_STATE

5.3   NEH SXR Exit Slits Isolation Valve SXR-EXS-VGC-01

Where:

A = SXR_EXS_VGC_01_CLS_DI_STATE
B = SXR_EXS_VGC_01_OPN_DI_STATE

5.4   NEH SXR Monochromator Tank Isolation Valve SXR-MON-VGC-01

Where:

A = SXR_MON_VGC_01_CLS_DI_STATE
B = SXR_MON_VGC_01_OPN_DI_STATE

5.5   NEH SXR Photon Stoppers Isolation Valve SXR-PST-VGC-01

Where:

A = SXR_PST_VGC_01_CLS_DI_STATE
B = SXR_PST_VGC_01_OPN_DI_STATE

5.6   NEH SXR Transmission Sample System Isolation Valve SXR-TSS-VGC-01

Where:

A = SXR_TSS_VGC_01_CLS_DI_STATE
B = SXR_TSS_VGC_01_OPN_DI_STATE

5.7   NEH SXR Zero Order Interlock SXR-MON-MMS-06, SXR-EXS-MMS-01

Where:

A = SXR_MON_MMS_06_B_STATE
B = SXR_EXS_MMS_01_B_STATE

5.8   NEH1 XTOD S2 Isolation Valve Summary

Where:

A = VMPS_NEH_703_ISOL_S2_STATE

6.1   XRT HXRAY DIA Isolation Valve HXX-DIA-VGC-01

Where:

A = HXX_DIA_VGC_01_CLS_DI_STATE
B = HXX_DIA_VGC_01_OPN_DI_STATE

6.2   XRT HXRAY LOM Isolation Valve HXX-LOM-VGC-01

Where:

A = HXX_LOM_VGC_01_CLS_DI_STATE
B = HXX_LOM_VGC_01_OPN_DI_STATE

6.3   XRT HXRAY MXT Isolation Valve HXX-MXT-VGC-01

Where:

A = HXX_MXT_VGC_01_CLS_DI_STATE
B = HXX_MXT_VGC_01_OPN_DI_STATE

6.4   XRT HXRAY UM6 Isolation Valve HXX-UM6-VGC-01

Where:

A = HXX_UM6_VGC_01_CLS_DI_STATE
B = HXX_UM6_VGC_01_OPN_DI_STATE

6.5   XRT UM6 Camera Position HXX-UM6-CVP-01

Where:

A = HXX_UM6_CVP_01_A_STATE
B = HXX_UM6_CVP_01_B_STATE

7.1   NEH1 Camera 124 Position

Where:

A = CAMR_NEH1_124_OUT_STATE
B = CAMR_NEH1_124_IN_STATE

7.2   NEH1 Camera 195 Position

Where:

A = CAMR_NEH1_195_OUT_STATE
B = CAMR_NEH1_195_IN_STATE

7.3   NEH1 XTOD H Isolation Valve Summary

Where:

A = VMPS_NEH_703_ISOL_H_STATE

7.4   NEH2 HXRAY DVD Isolation Valve HX2-DVD-VGC-01

Where:

A = HX2_DVD_VGC_01_CLS_DI_STATE
B = HX2_DVD_VGC_01_OPN_DI_STATE

7.5   NEH2 HXRAY StrongBack 1 Isolation Valve HX2-SB1-VGC-01

Where:

A = HX2_SB1_VGC_01_CLS_DI_STATE
B = HX2_SB1_VGC_01_OPN_DI_STATE

7.6   NEH3 HXRAY UVD Isolation Valve HX3-UVD-VGC-01

Where:

A = HX3_UVD_VGC_01_CLS_DI_STATE
B = HX3_UVD_VGC_01_OPN_DI_STATE

8.1   NEH3 HXRAY DVD Isolation Valve HX3-DVD-VGC-01

Where:

A = HX3_DVD_VGC_01_CLS_DI_STATE
B = HX3_DVD_VGC_01_OPN_DI_STATE

9.1   FEE Camera 1561 Position

Where:

A = CAMR_FEE1_1561_OUT_STATE
B = CAMR_FEE1_1561_IN_STATE

9.2   FEE Camera 1692 Position

Where:

A = CAMR_FEE1_1692_OUT_STATE
B = CAMR_FEE1_1692_IN_STATE

9.3   FEE Camera 1953 Position

Where:

A = CAMR_FEE1_1953_OUT_STATE
B = CAMR_FEE1_1953_IN_STATE

9.4   FEE Camera 2953 Position

Where:

A = CAMR_FEE1_2953_OUT_STATE
B = CAMR_FEE1_2953_IN_STATE

9.5   FEE Camera 852 Position

Where:

A = CAMR_FEE1_852_OUT_STATE
B = CAMR_FEE1_852_IN_STATE

9.6   FEE Camera 913 Position

Where:

A = CAMR_FEE1_913_OUT_STATE
B = CAMR_FEE1_913_IN_STATE

9.7   FEE Fast Shutter Valve and System Summary

Where:

A = VMPS_FEE1_E101_FSHR_FAULT

9.8   FEE Gas Flow Aperture Summary

Where:

A = VMPS_FEE1_E202_APRT_FAULT

9.9   FEE Gas Flow Vacuum Isolation Valve Summary

Where:

A = VMPS_FEE1_E202_ISOV_FAULT

9.10   FEE Instrument Vacuum Isolation Valve Summary

Where:

A = VMPS_FEE1_E101_ISOL_FAULT

9.11   FEE XTOD H Isolation Valve Summary

Where:

A = VMPS_FEE1_703_ISOL_H_FAULT

9.12   FEE XTOD S1 Isolation Valve Summary

Where:

A = VMPS_FEE1_703_ISOL_S1_FAULT

9.13   FEE XTOD S2 Isolation Valve Summary

Where:

A = VMPS_FEE1_703_ISOL_S2_FAULT

10.1   BYKIK 120 Hz Abort Trigger

Where:

A = BYKIK_120HZ_ABRT_TRIG_MISSED

10.2   BYKIK 120 Hz Standby Trigger

Where:

A = BYKIK_120HZ_STBY_TRIG_MISSED

10.3   BYKIK 30 Hz Abort Trigger

Where:

A = BYKIK_30HZ_ABRT_TRIG_MISSED

10.4   BYKIK 30 Hz Standby Trigger

Where:

A = BYKIK_30HZ_STBY_TRIG_MISSED

10.5   BYKIK Readback Signal

Where:

A = BYKIK_THRESHOLD_UNDER_FAULT
B = BYKIK_THRESHOLD_OVER_FAULT

10.6   Magnet In Tolerance: BYD1

Where:

A = BEND_DMP1_400_INTOL_STATUS

10.7   Magnet Power: BYD1

Where:

A = BEND_DMP1_400_STATE_STATUS

10.8   PIC HVPS B911

Where:

A = PIC_HV_ON_B911_STATE

10.9   PIC HVPS B912

Where:

A = PIC_HV_ON_B912_STATE

10.10   PIC HVPS B913

Where:

A = PIC_HV_ON_B913_STATE

10.11   PIC Raw Charge Thresholds: LTU1 220

Where:

A = PICS_LTU1_220_LOSSL_THRESHOLD
B = PICS_LTU1_220_LOSSH_THRESHOLD

10.12   PIC Raw Charge Thresholds: LTU1 252

Where:

A = PICS_LTU1_252_LOSSL_THRESHOLD
B = PICS_LTU1_252_LOSSH_THRESHOLD

10.13   PIC Raw Charge Thresholds: LTU1 280

Where:

A = PICS_LTU1_280_LOSSL_THRESHOLD
B = PICS_LTU1_280_LOSSH_THRESHOLD

10.14   PIC Raw Charge Thresholds: LTU1 420

Where:

A = PICS_LTU1_420_LOSSL_THRESHOLD
B = PICS_LTU1_420_LOSSH_THRESHOLD

10.15   PIC Raw Charge Thresholds: LTU1 450

Where:

A = PICS_LTU1_450_LOSSL_THRESHOLD
B = PICS_LTU1_450_LOSSH_THRESHOLD

10.16   PIC Raw Charge Thresholds: LTU1 480

Where:

A = PICS_LTU1_480_LOSSL_THRESHOLD
B = PICS_LTU1_480_LOSSH_THRESHOLD

10.17   PIC Raw Charge Thresholds: LTU1 722

Where:

A = PICS_LTU1_722_LOSSL_THRESHOLD
B = PICS_LTU1_722_LOSSH_THRESHOLD

10.18   PIC Raw Charge Thresholds: LTU1 732

Where:

A = PICM_LTU1_732_LOSSL_THRESHOLD
B = PICM_LTU1_732_LOSSH_THRESHOLD

10.19   PIC Raw Charge Thresholds: LTU1 762

Where:

A = PICS_LTU1_762_LOSSL_THRESHOLD
B = PICS_LTU1_762_LOSSH_THRESHOLD

10.20   PIC Raw Charge Thresholds: LTU1 772

Where:

A = PICS_LTU1_772_LOSSL_THRESHOLD
B = PICS_LTU1_772_LOSSH_THRESHOLD

10.21   PIC Trigger Missed (LN28)

Where:

A = PICS_LTU1_220_NO_TRIG_MISSED

10.22   PIC Trigger Missed (LN29)

Where:

A = PICS_LTU1_480_NO_TRIG_MISSED

10.23   PIC Trigger Missed (LN31)

Where:

A = PICS_LTU1_762_NO_TRIG_MISSED

10.24   Profile Monitor BSY0 45

Where:

A = PROF_BSY0_45_OUT_LIMIT_POSITION
B = PROF_BSY0_45_IN_LIMIT_POSITION

10.25   Profile Monitor BSY0 55

Where:

A = PROF_BSY0_55_OUT_LIMIT_POSITION
B = PROF_BSY0_55_IN_LIMIT_POSITION

10.26   Temperature: Common Line Summary

Where:

A = RTD_BSY0_16_CLINESUM_STATUS

10.27   Temperature: North Arc Summary

Where:

A = RTD_BSYN_64_NARCSUM_STATUS

11.1   B4C Protection of ST1/ST2

Where:

A = STPR_FEE1_1_ST1ST2OUT_POSITION
B = YAG_DMP1_500_FLT2_IN_POSITION

11.2   BCS LION404 Threshold

Where:

A = LION404_STATE

11.3   BCS LION405 Threshold

Where:

A = LION405_STATE

11.4   BCS LION504 Threshold

Where:

A = LION504_STATE

11.5   BCS LION505 Threshold

Where:

A = LION505_STATE

11.6   BCS LION584 Threshold

Where:

A = LION584_STATE

11.7   BCS LION585 Threshold

Where:

A = LION585_STATE

11.8   BCS LION716 Threshold

Where:

A = LION716_STATE

11.9   BCS LION717 Threshold

Where:

A = LION717_STATE

11.10   BCS LION732 Threshold

Where:

A = LION732_STATE

11.11   BCS LION733 Threshold

Where:

A = LION733_STATE

11.12   BCS LION752 Threshold

Where:

A = LION752_STATE

11.13   BCS LION753 Threshold

Where:

A = LION753_STATE

11.14   BCS LION765 Threshold

Where:

A = LION765_STATE

11.15   BCS LION766 Threshold

Where:

A = LION766_STATE

11.16   BCS PIC Raw Charge Thresholds: DMP1 698

Where:

A = PICS_DMP1_100_LOSSL_THRESHOLD
B = PICS_DMP1_100_LOSSH_THRESHOLD

11.17   BCS PIC Raw Charge Thresholds: DMP1 699

Where:

A = PICS_DMP2_200_LOSSL_THRESHOLD
B = PICS_DMP2_200_LOSSH_THRESHOLD

11.18   Beryllium Foil

Where:

A = TRHZ_DMP1_310_OUT_LIMIT_POSITION
B = TRHZ_DMP1_310_IN_LIMIT_POSITION

11.19   BFW 1010 Position

Where:

A = BFW_UND1_1010_OUT_STATE
B = BFW_UND1_1010_IN_STATE

11.20   BFW 110 Position

Where:

A = BFW_UND1_110_OUT_STATE
B = BFW_UND1_110_IN_STATE

11.21   BFW 1110 Position

Where:

A = BFW_UND1_1110_OUT_STATE
B = BFW_UND1_1110_IN_STATE

11.22   BFW 1210 Position

Where:

A = BFW_UND1_1210_OUT_STATE
B = BFW_UND1_1210_IN_STATE

11.23   BFW 1310 Position

Where:

A = BFW_UND1_1310_OUT_STATE
B = BFW_UND1_1310_IN_STATE

11.24   BFW 1410 Position

Where:

A = BFW_UND1_1410_OUT_STATE
B = BFW_UND1_1410_IN_STATE

11.25   BFW 1510 Position

Where:

A = BFW_UND1_1510_OUT_STATE
B = BFW_UND1_1510_IN_STATE

11.26   BFW 1610 Position

Where:

A = BFW_UND1_1610_OUT_STATE
B = BFW_UND1_1610_IN_STATE

11.27   BFW 1710 Position

Where:

A = BFW_UND1_1710_OUT_STATE
B = BFW_UND1_1710_IN_STATE

11.28   BFW 1810 Position

Where:

A = BFW_UND1_1810_OUT_STATE
B = BFW_UND1_1810_IN_STATE

11.29   BFW 1910 Position

Where:

A = BFW_UND1_1910_OUT_STATE
B = BFW_UND1_1910_IN_STATE

11.30   BFW 2010 Position

Where:

A = BFW_UND1_2010_OUT_STATE
B = BFW_UND1_2010_IN_STATE

11.31   BFW 210 Position

Where:

A = BFW_UND1_210_OUT_STATE
B = BFW_UND1_210_IN_STATE

11.32   BFW 2110 Position

Where:

A = BFW_UND1_2110_OUT_STATE
B = BFW_UND1_2110_IN_STATE

11.33   BFW 2210 Position

Where:

A = BFW_UND1_2210_OUT_STATE
B = BFW_UND1_2210_IN_STATE

11.34   BFW 2310 Position

Where:

A = BFW_UND1_2310_OUT_STATE
B = BFW_UND1_2310_IN_STATE

11.35   BFW 2410 Position

Where:

A = BFW_UND1_2410_OUT_STATE
B = BFW_UND1_2410_IN_STATE

11.36   BFW 2510 Position

Where:

A = BFW_UND1_2510_OUT_STATE
B = BFW_UND1_2510_IN_STATE

11.37   BFW 2610 Position

Where:

A = BFW_UND1_2610_OUT_STATE
B = BFW_UND1_2610_IN_STATE

11.38   BFW 2710 Position

Where:

A = BFW_UND1_2710_OUT_STATE
B = BFW_UND1_2710_IN_STATE

11.39   BFW 2810 Position

Where:

A = BFW_UND1_2810_OUT_STATE
B = BFW_UND1_2810_IN_STATE

11.40   BFW 2910 Position

Where:

A = BFW_UND1_2910_OUT_STATE
B = BFW_UND1_2910_IN_STATE

11.41   BFW 3010 Position

Where:

A = BFW_UND1_3010_OUT_STATE
B = BFW_UND1_3010_IN_STATE

11.42   BFW 310 Position

Where:

A = BFW_UND1_310_OUT_STATE
B = BFW_UND1_310_IN_STATE

11.43   BFW 3110 Position

Where:

A = BFW_UND1_3110_OUT_STATE
B = BFW_UND1_3110_IN_STATE

11.44   BFW 3210 Position

Where:

A = BFW_UND1_3210_OUT_STATE
B = BFW_UND1_3210_IN_STATE

11.45   BFW 3310 Position

Where:

A = BFW_UND1_3310_OUT_STATE
B = BFW_UND1_3310_IN_STATE

11.46   BFW 410 Position

Where:

A = BFW_UND1_410_OUT_STATE
B = BFW_UND1_410_IN_STATE

11.47   BFW 510 Position

Where:

A = BFW_UND1_510_OUT_STATE
B = BFW_UND1_510_IN_STATE

11.48   BFW 610 Position

Where:

A = BFW_UND1_610_OUT_STATE
B = BFW_UND1_610_IN_STATE

11.49   BFW 710 Position

Where:

A = BFW_UND1_710_OUT_STATE
B = BFW_UND1_710_IN_STATE

11.50   BFW 810 Position

Where:

A = BFW_UND1_810_OUT_STATE
B = BFW_UND1_810_IN_STATE

11.51   BFW 910 Position

Where:

A = BFW_UND1_910_OUT_STATE
B = BFW_UND1_910_IN_STATE

11.52   BFW Inserted Count

The following code assigns the truth table's state number to the unsigned int variable state:

unsigned int beamFinderWireInCount = 0;

/* "BFW UND1 XXX" is IN when BFW_UND1_XXX_OUT_STATE == 0 */
if (!( BFW_UND1_110_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_210_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_310_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_410_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_510_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_610_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_710_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_810_OUT_STATE)) { beamFinderWireInCount++; }
if (!( BFW_UND1_910_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1010_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1110_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1210_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1310_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1410_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1510_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1610_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1710_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1810_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_1910_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2010_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2110_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2210_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2310_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2410_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2510_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2610_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2710_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2810_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_2910_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_3010_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_3110_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_3210_OUT_STATE)) { beamFinderWireInCount++; }
if (!(BFW_UND1_3310_OUT_STATE)) { beamFinderWireInCount++; }

switch(beamFinderWireInCount)
{
    case 0:  state = 0; break; /* No BFWs in */
    case 1:  state = 1; break; /* One BFW in */
    default: state = 2; break; /* More than one BFW in */
}

11.53   BLM Argonne Heartbeat (LN32)

Where:

A = BLM_UND1_120_TEST_L_THRESHOLD
B = BLM_UND1_120_TEST_H_THRESHOLD

11.54   BLM Argonne Heartbeat (LN33)

Where:

A = BLM_UND1_920_TEST_L_THRESHOLD
B = BLM_UND1_920_TEST_H_THRESHOLD

11.55   BLM Argonne Heartbeat (LN35)

Where:

A = BLM_UND1_1720_TEST_L_THRESHOLD
B = BLM_UND1_1720_TEST_H_THRESHOLD

11.56   BLM Argonne Heartbeat (LN36)

Where:

A = BLM_2520_QTL_THRESHOLD
B = BLM_2520_QTH_THRESHOLD

11.57   BLM Argonne Heartbeat (LN37)

Where:

A = BLM_UND1_3320_TEST_L_THRESHOLD
B = BLM_UND1_3320_TEST_H_THRESHOLD

11.58   BLM HVPS LTU1 762

Where:

A = HVPS_LTU1_762_LOW_FAULT
B = HVPS_LTU1_762_HIGH_FAULT

11.59   BLM HVPS UND1 120

Where:

A = HVPS_UND1_120_LOW_FAULT
B = HVPS_UND1_120_HIGH_FAULT

11.60   BLM HVPS UND1 1720

Where:

A = HVPS_UND1_1720_LOW_FAULT
B = HVPS_UND1_1720_HIGH_FAULT

11.61   BLM HVPS UND1 2221

Where:

A = HVPS_UND1_2221_LOW_FAULT
B = HVPS_UND1_2221_HIGH_FAULT

11.62   BLM HVPS UND1 2520

Where:

A = HVPS_UND1_2520_LOW_FAULT
B = HVPS_UND1_2520_HIGH_FAULT

11.63   BLM HVPS UND1 3320

Where:

A = HVPS_UND1_3320_LOW_FAULT
B = HVPS_UND1_3320_HIGH_FAULT

11.64   BLM HVPS UND1 920