Data Group

Control Name / Readback Name

Linac Power Supplies Top Up

L1:H1:MeasCurrentM           / L1:H1:MeasCurrentM L1:H1:ResistanceC            / L1:H1:ResistanceC L1:H1:SetDacCurrentC         / L1:H1:SetDacCurrentC L1:H1:VoltageM               / L1:H1:VoltageM L1:H2:MeasCurrentM           / L1:H2:MeasCurrentM L1:H2:ResistanceC            / L1:H2:ResistanceC L1:H2:SetDacCurrentC         / L1:H2:SetDacCurrentC L1:H2:VoltageM               / L1:H2:VoltageM L1:H3:MeasCurrentM           / L1:H3:MeasCurrentM L1:H3:ResistanceC            / L1:H3:ResistanceC L1:H3:SetDacCurrentC         / L1:H3:SetDacCurrentC L1:H3:VoltageM               / L1:H3:VoltageM L1:H4:MeasCurrentM           / L1:H4:MeasCurrentM L1:H4:ResistanceC            / L1:H4:ResistanceC L1:H4:SetDacCurrentC         / L1:H4:SetDacCurrentC L1:H4:VoltageM               / L1:H4:VoltageM L1:PC1:BK:PS:CurrentAI       / L1:PC1:BK:PS:CurrentAI L1:PC1:BK:PS:CurrentAO       / L1:PC1:BK:PS:CurrentAO L1:PC1:BK:PS:OutVoltageAI    / L1:PC1:BK:PS:OutVoltageAI L1:PC1:BM1:PS:CurrentAI      / L1:PC1:BM1:PS:CurrentAI L1:PC1:BM1:PS:CurrentAO      / L1:PC1:BM1:PS:CurrentAO L1:PC1:BM1:PS:OutVoltageAI   / L1:PC1:BM1:PS:OutVoltageAI L1:PC1:QE1:CurrentAI         / L1:PC1:QE1:CurrentAI L1:PC1:QE1:CurrentAO         / L1:PC1:QE1:CurrentAO L1:PC1:QE1:VoltageAI         / L1:PC1:QE1:VoltageAI L1:PC1:QE2:CurrentAI         / L1:PC1:QE2:CurrentAI L1:PC1:QE2:CurrentAO         / L1:PC1:QE2:CurrentAO L1:PC1:QE2:VoltageAI         / L1:PC1:QE2:VoltageAI L1:PC1:QM1:CurrentAI         / L1:PC1:QM1:CurrentAI L1:PC1:QM1:CurrentAO         / L1:PC1:QM1:CurrentAO L1:PC1:QM1:OutVoltageAI      / L1:PC1:QM1:OutVoltageAI L1:PC1:QM2:CurrentAI         / L1:PC1:QM2:CurrentAI L1:PC1:QM2:CurrentAO         / L1:PC1:QM2:CurrentAO L1:PC1:QM2:OutVoltageAI      / L1:PC1:QM2:OutVoltageAI L1:PC1:SC1:HZ:CurrentAI      / L1:PC1:SC1:HZ:CurrentAI L1:PC1:SC1:HZ:CurrentAO      / L1:PC1:SC1:HZ:CurrentAO L1:PC1:SC1:HZ:OutVoltageAI   / L1:PC1:SC1:HZ:OutVoltageAI L1:PC1:SC1:VL:CurrentAI      / L1:PC1:SC1:VL:CurrentAI L1:PC1:SC1:VL:CurrentAO      / L1:PC1:SC1:VL:CurrentAO L1:PC1:SC1:VL:OutVoltageAI   / L1:PC1:SC1:VL:OutVoltageAI L1:PC1:SC2:HZ:CurrentAI      / L1:PC1:SC2:HZ:CurrentAI L1:PC1:SC2:HZ:CurrentAO      / L1:PC1:SC2:HZ:CurrentAO L1:PC1:SC2:HZ:OutVoltageAI   / L1:PC1:SC2:HZ:OutVoltageAI L1:PC1:SC2:VL:CurrentAI      / L1:PC1:SC2:VL:CurrentAI L1:PC1:SC2:VL:CurrentAO      / L1:PC1:SC2:VL:CurrentAO L1:PC1:SC2:VL:OutVoltageAI   / L1:PC1:SC2:VL:OutVoltageAI L1:PC1:SC3:HZ:CurrentAI      / L1:PC1:SC3:HZ:CurrentAI L1:PC1:SC3:HZ:CurrentAO      / L1:PC1:SC3:HZ:CurrentAO L1:PC1:SC3:HZ:OutVoltageAI   / L1:PC1:SC3:HZ:OutVoltageAI L1:PC1:SC3:VL:CurrentAI      / L1:PC1:SC3:VL:CurrentAI L1:PC1:SC3:VL:CurrentAO      / L1:PC1:SC3:VL:CurrentAO L1:PC1:SC3:VL:OutVoltageAI   / L1:PC1:SC3:VL:OutVoltageAI L1:PC1:SM:HC:PS:CurrentAI    / L1:PC1:SM:HC:PS:CurrentAI L1:PC1:SM:HC:PS:CurrentAO    / L1:PC1:SM:HC:PS:CurrentAO L1:PC1:SM:HC:PS:OutVoltageAI / L1:PC1:SM:HC:PS:OutVoltageAI L1:PC1:SM:NQ:PS:CurrentAI    / L1:PC1:SM:NQ:PS:CurrentAI L1:PC1:SM:NQ:PS:CurrentAO    / L1:PC1:SM:NQ:PS:CurrentAO L1:PC1:SM:NQ:PS:OutVoltageAI / L1:PC1:SM:NQ:PS:OutVoltageAI L1:PC1:SM:PS:CurrentAI       / L1:PC1:SM:PS:CurrentAI L1:PC1:SM:PS:CurrentAO       / L1:PC1:SM:PS:CurrentAO L1:PC1:SM:PS:OutVoltageAI    / L1:PC1:SM:PS:OutVoltageAI L1:PC1:SM:SQ:PS:CurrentAI    / L1:PC1:SM:SQ:PS:CurrentAI L1:PC1:SM:SQ:PS:CurrentAO    / L1:PC1:SM:SQ:PS:CurrentAO L1:PC1:SM:SQ:PS:OutVoltageAI / L1:PC1:SM:SQ:PS:OutVoltageAI L1:PC1:SM:VC:PS:CurrentAI    / L1:PC1:SM:VC:PS:CurrentAI L1:PC1:SM:VC:PS:CurrentAO    / L1:PC1:SM:VC:PS:CurrentAO L1:PC1:SM:VC:PS:OutVoltageAI / L1:PC1:SM:VC:PS:OutVoltageAI L1:QM:RAW:CurrentAI          / L1:QM:RAW:CurrentAI L1:QM:RAW:CurrentAO          / L1:QM:RAW:CurrentAO L1:QM:RAW:ResistanceCC       / L1:QM:RAW:ResistanceCC L1:QM:RAW:VoltageAI          / L1:QM:RAW:VoltageAI L1:Q1:MeasCurrentM           / L1:Q1:MeasCurrentM L1:Q1:ResistanceC            / L1:Q1:ResistanceC L1:Q1:SetDacCurrentC         / L1:Q1:SetDacCurrentC L1:Q1:VoltageM               / L1:Q1:VoltageM L1:Q2:MeasCurrentM           / L1:Q2:MeasCurrentM L1:Q2:ResistanceC            / L1:Q2:ResistanceC L1:Q2:SetDacCurrentC         / L1:Q2:SetDacCurrentC L1:Q2:VoltageM               / L1:Q2:VoltageM L1:Q3:MeasCurrentM           / L1:Q3:MeasCurrentM L1:Q3:ResistanceC            / L1:Q3:ResistanceC L1:Q3:SetDacCurrentC         / L1:Q3:SetDacCurrentC L1:Q3:VoltageM               / L1:Q3:VoltageM L1:Q4:MeasCurrentM           / L1:Q4:MeasCurrentM L1:Q4:ResistanceC            / L1:Q4:ResistanceC L1:Q4:SetDacCurrentC         / L1:Q4:SetDacCurrentC L1:Q4:VoltageM               / L1:Q4:VoltageM L1:Q5:MeasCurrentM           / L1:Q5:MeasCurrentM L1:Q5:ResistanceC            / L1:Q5:ResistanceC L1:Q5:SetDacCurrentC         / L1:Q5:SetDacCurrentC L1:Q5:VoltageM               / L1:Q5:VoltageM L1:RG1:HTR:CurrentAI         / L1:RG1:HTR:CurrentAI L1:RG1:HTR:VoltageAI         / L1:RG1:HTR:VoltageAI L1:RG1:HTR:VoltageAO         / L1:RG1:HTR:VoltageAO L1:RG1:H1:MeasCurrentM       / L1:RG1:H1:MeasCurrentM L1:RG1:H1:ResistanceC        / L1:RG1:H1:ResistanceC L1:RG1:H1:SetDacCurrentC     / L1:RG1:H1:SetDacCurrentC L1:RG1:H1:VoltageM           / L1:RG1:H1:VoltageM L1:RG1:H2:MeasCurrentM       / L1:RG1:H2:MeasCurrentM L1:RG1:H2:ResistanceC        / L1:RG1:H2:ResistanceC L1:RG1:H2:SetDacCurrentC     / L1:RG1:H2:SetDacCurrentC L1:RG1:H2:VoltageM           / L1:RG1:H2:VoltageM L1:RG1:H3:MeasCurrentM       / L1:RG1:H3:MeasCurrentM L1:RG1:H3:ResistanceC        / L1:RG1:H3:ResistanceC L1:RG1:H3:SetDacCurrentC     / L1:RG1:H3:SetDacCurrentC L1:RG1:H3:VoltageM           / L1:RG1:H3:VoltageM L1:RG1:KIK:DacAI             / L1:RG1:KIK:DacAI L1:RG1:KIK:VoltSetSendAO     / L1:RG1:KIK:VoltSetSendAO L1:RG1:LFA:CurrentAI         / L1:RG1:LFA:CurrentAI L1:RG1:LFA:CurrentAO         / L1:RG1:LFA:CurrentAO L1:RG1:LFA:ResistanceCC      / L1:RG1:LFA:ResistanceCC L1:RG1:LFA:TRM:CurrentAI     / L1:RG1:LFA:TRM:CurrentAI L1:RG1:LFA:TRM:CurrentAO     / L1:RG1:LFA:TRM:CurrentAO L1:RG1:LFA:TRM:ResistanceCC  / L1:RG1:LFA:TRM:ResistanceCC L1:RG1:LFA:TRM:VoltageAI     / L1:RG1:LFA:TRM:VoltageAI L1:RG1:LFA:VoltageAI         / L1:RG1:LFA:VoltageAI L1:RG1:Q1:MeasCurrentM       / L1:RG1:Q1:MeasCurrentM L1:RG1:Q1:ResistanceC        / L1:RG1:Q1:ResistanceC L1:RG1:Q1:SetDacCurrentC     / L1:RG1:Q1:SetDacCurrentC L1:RG1:Q1:VoltageM           / L1:RG1:Q1:VoltageM L1:RG1:Q2:MeasCurrentM       / L1:RG1:Q2:MeasCurrentM L1:RG1:Q2:ResistanceC        / L1:RG1:Q2:ResistanceC L1:RG1:Q2:SetDacCurrentC     / L1:RG1:Q2:SetDacCurrentC L1:RG1:Q2:VoltageM           / L1:RG1:Q2:VoltageM L1:RG1:Q3:MeasCurrentM       / L1:RG1:Q3:MeasCurrentM L1:RG1:Q3:ResistanceC        / L1:RG1:Q3:ResistanceC L1:RG1:Q3:SetDacCurrentC     / L1:RG1:Q3:SetDacCurrentC L1:RG1:Q3:VoltageM           / L1:RG1:Q3:VoltageM L1:RG1:Q4:MeasCurrentM       / L1:RG1:Q4:MeasCurrentM L1:RG1:Q4:ResistanceC        / L1:RG1:Q4:ResistanceC L1:RG1:Q4:SetDacCurrentC     / L1:RG1:Q4:SetDacCurrentC L1:RG1:Q4:VoltageM           / L1:RG1:Q4:VoltageM L1:RG1:RAW1:CurrentAI        / L1:RG1:RAW1:CurrentAI L1:RG1:RAW1:CurrentAO        / L1:RG1:RAW1:CurrentAO L1:RG1:RAW1:ResistanceCC     / L1:RG1:RAW1:ResistanceCC L1:RG1:RAW1:VoltageAI        / L1:RG1:RAW1:VoltageAI L1:RG1:RAW2:CurrentAI        / L1:RG1:RAW2:CurrentAI L1:RG1:RAW2:CurrentAO        / L1:RG1:RAW2:CurrentAO L1:RG1:RAW2:ResistanceCC     / L1:RG1:RAW2:ResistanceCC L1:RG1:RAW2:VoltageAI        / L1:RG1:RAW2:VoltageAI L1:RG1:V1:MeasCurrentM       / L1:RG1:V1:MeasCurrentM L1:RG1:V1:ResistanceC        / L1:RG1:V1:ResistanceC L1:RG1:V1:SetDacCurrentC     / L1:RG1:V1:SetDacCurrentC L1:RG1:V1:VoltageM           / L1:RG1:V1:VoltageM L1:RG1:V2:MeasCurrentM       / L1:RG1:V2:MeasCurrentM L1:RG1:V2:ResistanceC        / L1:RG1:V2:ResistanceC L1:RG1:V2:SetDacCurrentC     / L1:RG1:V2:SetDacCurrentC L1:RG1:V2:VoltageM           / L1:RG1:V2:VoltageM L1:RG1:V3:MeasCurrentM       / L1:RG1:V3:MeasCurrentM L1:RG1:V3:ResistanceC        / L1:RG1:V3:ResistanceC L1:RG1:V3:SetDacCurrentC     / L1:RG1:V3:SetDacCurrentC L1:RG1:V3:VoltageM           / L1:RG1:V3:VoltageM L1:RG2:HTR:CurrentAI         / L1:RG2:HTR:CurrentAI L1:RG2:HTR:ResistanceCC      / L1:RG2:HTR:ResistanceCC L1:RG2:HTR:VoltageAI         / L1:RG2:HTR:VoltageAI L1:RG2:HTR:VoltageAO         / L1:RG2:HTR:VoltageAO L1:RG2:H2:MeasCurrentM       / L1:RG2:H2:MeasCurrentM L1:RG2:H2:ResistanceC        / L1:RG2:H2:ResistanceC L1:RG2:H2:SetDacCurrentC     / L1:RG2:H2:SetDacCurrentC L1:RG2:H2:VoltageM           / L1:RG2:H2:VoltageM L1:RG2:H3:MeasCurrentM       / L1:RG2:H3:MeasCurrentM L1:RG2:H3:ResistanceC        / L1:RG2:H3:ResistanceC L1:RG2:H3:SetDacCurrentC     / L1:RG2:H3:SetDacCurrentC L1:RG2:H3:VoltageM           / L1:RG2:H3:VoltageM L1:RG2:KIK:DacAI             / L1:RG2:KIK:DacAI L1:RG2:KIK:VoltSetSendAO     / L1:RG2:KIK:VoltSetSendAO L1:RG2:LFA:CurrentAI         / L1:RG2:LFA:CurrentAI L1:RG2:LFA:CurrentAO         / L1:RG2:LFA:CurrentAO L1:RG2:LFA:ResistanceCC      / L1:RG2:LFA:ResistanceCC L1:RG2:LFA:TRM:CurrentAI     / L1:RG2:LFA:TRM:CurrentAI L1:RG2:LFA:TRM:CurrentAO     / L1:RG2:LFA:TRM:CurrentAO L1:RG2:LFA:TRM:ResistanceCC  / L1:RG2:LFA:TRM:ResistanceCC L1:RG2:LFA:TRM:VoltageAI     / L1:RG2:LFA:TRM:VoltageAI L1:RG2:LFA:VoltageAI         / L1:RG2:LFA:VoltageAI L1:RG2:Q1:MeasCurrentM       / L1:RG2:Q1:MeasCurrentM L1:RG2:Q1:ResistanceC        / L1:RG2:Q1:ResistanceC L1:RG2:Q1:SetDacCurrentC     / L1:RG2:Q1:SetDacCurrentC L1:RG2:Q1:VoltageM           / L1:RG2:Q1:VoltageM L1:RG2:Q2:MeasCurrentM       / L1:RG2:Q2:MeasCurrentM L1:RG2:Q2:ResistanceC        / L1:RG2:Q2:ResistanceC L1:RG2:Q2:SetDacCurrentC     / L1:RG2:Q2:SetDacCurrentC L1:RG2:Q2:VoltageM           / L1:RG2:Q2:VoltageM L1:RG2:Q3:MeasCurrentM       / L1:RG2:Q3:MeasCurrentM L1:RG2:Q3:ResistanceC        / L1:RG2:Q3:ResistanceC L1:RG2:Q3:SetDacCurrentC     / L1:RG2:Q3:SetDacCurrentC L1:RG2:Q3:VoltageM           / L1:RG2:Q3:VoltageM L1:RG2:Q4:MeasCurrentM       / L1:RG2:Q4:MeasCurrentM L1:RG2:Q4:ResistanceC        / L1:RG2:Q4:ResistanceC L1:RG2:Q4:SetDacCurrentC     / L1:RG2:Q4:SetDacCurrentC L1:RG2:Q4:VoltageM           / L1:RG2:Q4:VoltageM L1:RG2:SC1:HZ:CurrentAI      / L1:RG2:SC1:HZ:CurrentAI L1:RG2:SC1:HZ:CurrentAO      / L1:RG2:SC1:HZ:CurrentAO L1:RG2:SC1:HZ:ResistanceCC   / L1:RG2:SC1:HZ:ResistanceCC L1:RG2:SC1:HZ:VoltageAI      / L1:RG2:SC1:HZ:VoltageAI L1:RG2:V1:MeasCurrentM       / L1:RG2:V1:MeasCurrentM L1:RG2:V1:ResistanceC        / L1:RG2:V1:ResistanceC L1:RG2:V1:SetDacCurrentC     / L1:RG2:V1:SetDacCurrentC L1:RG2:V1:VoltageM           / L1:RG2:V1:VoltageM L1:RG2:V2:MeasCurrentM       / L1:RG2:V2:MeasCurrentM L1:RG2:V2:ResistanceC        / L1:RG2:V2:ResistanceC L1:RG2:V2:SetDacCurrentC     / L1:RG2:V2:SetDacCurrentC L1:RG2:V2:VoltageM           / L1:RG2:V2:VoltageM L1:RG2:V3:MeasCurrentM       / L1:RG2:V3:MeasCurrentM L1:RG2:V3:ResistanceC        / L1:RG2:V3:ResistanceC L1:RG2:V3:SetDacCurrentC     / L1:RG2:V3:SetDacCurrentC L1:RG2:V3:VoltageM           / L1:RG2:V3:VoltageM L1:V1:MeasCurrentM           / L1:V1:MeasCurrentM L1:V1:ResistanceC            / L1:V1:ResistanceC L1:V1:SetDacCurrentC         / L1:V1:SetDacCurrentC L1:V1:VoltageM               / L1:V1:VoltageM L1:V2:MeasCurrentM           / L1:V2:MeasCurrentM L1:V2:ResistanceC            / L1:V2:ResistanceC L1:V2:SetDacCurrentC         / L1:V2:SetDacCurrentC L1:V2:VoltageM               / L1:V2:VoltageM L1:V3:MeasCurrentM           / L1:V3:MeasCurrentM L1:V3:ResistanceC            / L1:V3:ResistanceC L1:V3:SetDacCurrentC         / L1:V3:SetDacCurrentC L1:V3:VoltageM               / L1:V3:VoltageM L1:V4:MeasCurrentM           / L1:V4:MeasCurrentM L1:V4:ResistanceC            / L1:V4:ResistanceC L1:V4:SetDacCurrentC         / L1:V4:SetDacCurrentC L1:V4:VoltageM               / L1:V4:VoltageM L2:QM:RAW:CurrentAI          / L2:QM:RAW:CurrentAI L2:QM:RAW:CurrentAO          / L2:QM:RAW:CurrentAO L2:QM:RAW:ResistanceCC       / L2:QM:RAW:ResistanceCC L2:QM:RAW:VoltageAI          / L2:QM:RAW:VoltageAI L2:QM1:CurrentAI             / L2:QM1:CurrentAI L2:QM1:CurrentAO             / L2:QM1:CurrentAO L2:QM1:OutVoltageAI          / L2:QM1:OutVoltageAI L2:QM2:CurrentAI             / L2:QM2:CurrentAI L2:QM2:CurrentAO             / L2:QM2:CurrentAO L2:QM2:OutVoltageAI          / L2:QM2:OutVoltageAI L2:QM3:CurrentAI             / L2:QM3:CurrentAI L2:QM3:CurrentAO             / L2:QM3:CurrentAO L2:QM3:OutVoltageAI          / L2:QM3:OutVoltageAI L2:QM4:CurrentAI             / L2:QM4:CurrentAI L2:QM4:CurrentAO             / L2:QM4:CurrentAO L2:QM4:OutVoltageAI          / L2:QM4:OutVoltageAI L2:QM5:CurrentAI             / L2:QM5:CurrentAI L2:QM5:CurrentAO             / L2:QM5:CurrentAO L2:QM5:OutVoltageAI          / L2:QM5:OutVoltageAI L2:QM6:CurrentAI             / L2:QM6:CurrentAI L2:QM6:CurrentAO             / L2:QM6:CurrentAO L2:QM6:OutVoltageAI          / L2:QM6:OutVoltageAI L2:QM7:CurrentAI             / L2:QM7:CurrentAI L2:QM7:CurrentAO             / L2:QM7:CurrentAO L2:QM7:OutVoltageAI          / L2:QM7:OutVoltageAI L2:QM8:CurrentAI             / L2:QM8:CurrentAI L2:QM8:CurrentAO             / L2:QM8:CurrentAO L2:QM8:OutVoltageAI          / L2:QM8:OutVoltageAI L2:SC1:HZ:PS:ResistanceCC    / L2:SC1:HZ:PS:ResistanceCC L2:SC1:HZ:PS:measCurrentAI   / L2:SC1:HZ:PS:measCurrentAI L2:SC1:HZ:PS:measVoltageAI   / L2:SC1:HZ:PS:measVoltageAI L2:SC1:HZ:PS:setCurrentAO    / L2:SC1:HZ:PS:setCurrentAO L2:SC1:VL:PS:ResistanceCC    / L2:SC1:VL:PS:ResistanceCC L2:SC1:VL:PS:measCurrentAI   / L2:SC1:VL:PS:measCurrentAI L2:SC1:VL:PS:measVoltageAI   / L2:SC1:VL:PS:measVoltageAI L2:SC1:VL:PS:setCurrentAO    / L2:SC1:VL:PS:setCurrentAO L2:SC2:HZ:PS:ResistanceCC    / L2:SC2:HZ:PS:ResistanceCC L2:SC2:HZ:PS:measCurrentAI   / L2:SC2:HZ:PS:measCurrentAI L2:SC2:HZ:PS:measVoltageAI   / L2:SC2:HZ:PS:measVoltageAI L2:SC2:HZ:PS:setCurrentAO    / L2:SC2:HZ:PS:setCurrentAO L2:SC2:VL:PS:ResistanceCC    / L2:SC2:VL:PS:ResistanceCC L2:SC2:VL:PS:measCurrentAI   / L2:SC2:VL:PS:measCurrentAI L2:SC2:VL:PS:measVoltageAI   / L2:SC2:VL:PS:measVoltageAI L2:SC2:VL:PS:setCurrentAO    / L2:SC2:VL:PS:setCurrentAO L2:SC3:HZ:PS:ResistanceCC    / L2:SC3:HZ:PS:ResistanceCC L2:SC3:HZ:PS:measCurrentAI   / L2:SC3:HZ:PS:measCurrentAI L2:SC3:HZ:PS:measVoltageAI   / L2:SC3:HZ:PS:measVoltageAI L2:SC3:HZ:PS:setCurrentAO    / L2:SC3:HZ:PS:setCurrentAO L2:SC3:VL:PS:ResistanceCC    / L2:SC3:VL:PS:ResistanceCC L2:SC3:VL:PS:measCurrentAI   / L2:SC3:VL:PS:measCurrentAI L2:SC3:VL:PS:measVoltageAI   / L2:SC3:VL:PS:measVoltageAI L2:SC3:VL:PS:setCurrentAO    / L2:SC3:VL:PS:setCurrentAO L2:SC4:HZ:PS:ResistanceCC    / L2:SC4:HZ:PS:ResistanceCC L2:SC4:HZ:PS:measCurrentAI   / L2:SC4:HZ:PS:measCurrentAI L2:SC4:HZ:PS:measVoltageAI   / L2:SC4:HZ:PS:measVoltageAI L2:SC4:HZ:PS:setCurrentAO    / L2:SC4:HZ:PS:setCurrentAO L2:SC4:VL:PS:ResistanceCC    / L2:SC4:VL:PS:ResistanceCC L2:SC4:VL:PS:measCurrentAI   / L2:SC4:VL:PS:measCurrentAI L2:SC4:VL:PS:measVoltageAI   / L2:SC4:VL:PS:measVoltageAI L2:SC4:VL:PS:setCurrentAO    / L2:SC4:VL:PS:setCurrentAO L3:AM1:CurrentAI             / L3:AM1:CurrentAI L3:AM1:CurrentAO             / L3:AM1:CurrentAO L3:AM1:OutVoltageAI          / L3:AM1:OutVoltageAI L3:AM1T:CurrentAI            / L3:AM1T:CurrentAI L3:AM1T:CurrentAO            / L3:AM1T:CurrentAO L3:AM1T:OutVoltageAI         / L3:AM1T:OutVoltageAI L3:BM:DS:CurrentAI           / L3:BM:DS:CurrentAI L3:BM:DS:CurrentAO           / L3:BM:DS:CurrentAO L3:BM:DS:OutVoltageAI        / L3:BM:DS:OutVoltageAI L3:BM:US:CurrentAI           / L3:BM:US:CurrentAI L3:BM:US:CurrentAO           / L3:BM:US:CurrentAO L3:BM:US:OutVoltageAI        / L3:BM:US:OutVoltageAI L3:BM2T:CurrentAI            / L3:BM2T:CurrentAI L3:BM2T:CurrentAO            / L3:BM2T:CurrentAO L3:BM2T:OutVoltageAI         / L3:BM2T:OutVoltageAI L3:BM4T:CurrentAI            / L3:BM4T:CurrentAI L3:BM4T:CurrentAO            / L3:BM4T:CurrentAO L3:BM4T:OutVoltageAI         / L3:BM4T:OutVoltageAI L3:QM1:CurrentAI             / L3:QM1:CurrentAI L3:QM1:CurrentAO             / L3:QM1:CurrentAO L3:QM1:OutVoltageAI          / L3:QM1:OutVoltageAI L3:QM2:CurrentAI             / L3:QM2:CurrentAI L3:QM2:CurrentAO             / L3:QM2:CurrentAO L3:QM2:OutVoltageAI          / L3:QM2:OutVoltageAI L3:QM3:CurrentAI             / L3:QM3:CurrentAI L3:QM3:CurrentAO             / L3:QM3:CurrentAO L3:QM3:OutVoltageAI          / L3:QM3:OutVoltageAI L3:QM4:CurrentAI             / L3:QM4:CurrentAI L3:QM4:CurrentAO             / L3:QM4:CurrentAO L3:QM4:OutVoltageAI          / L3:QM4:OutVoltageAI L3:QM5:CurrentAI             / L3:QM5:CurrentAI L3:QM5:CurrentAO             / L3:QM5:CurrentAO L3:QM5:OutVoltageAI          / L3:QM5:OutVoltageAI L3:QM6:CurrentAI             / L3:QM6:CurrentAI L3:QM6:CurrentAO             / L3:QM6:CurrentAO L3:QM6:OutVoltageAI          / L3:QM6:OutVoltageAI L3:Raw:OutVoltagePAI         / L3:Raw:OutVoltagePAI L3:SC1:HZ:PS:measCurrentAI   / L3:SC1:HZ:PS:measCurrentAI L3:SC1:HZ:PS:measVoltageAI   / L3:SC1:HZ:PS:measVoltageAI L3:SC1:HZ:PS:setCurrentAO    / L3:SC1:HZ:PS:setCurrentAO L3:SC1:VL:PS:measCurrentAI   / L3:SC1:VL:PS:measCurrentAI L3:SC1:VL:PS:measVoltageAI   / L3:SC1:VL:PS:measVoltageAI L3:SC1:VL:PS:setCurrentAO    / L3:SC1:VL:PS:setCurrentAO L3:SC2:HZ:PS:CurrentAI       / L3:SC2:HZ:PS:CurrentAI L3:SC2:HZ:PS:CurrentAO       / L3:SC2:HZ:PS:CurrentAO L3:SC2:HZ:PS:OutVoltageAI    / L3:SC2:HZ:PS:OutVoltageAI L3:SC2:VL:PS:CurrentAI       / L3:SC2:VL:PS:CurrentAI L3:SC2:VL:PS:CurrentAO       / L3:SC2:VL:PS:CurrentAO L3:SC2:VL:PS:OutVoltageAI    / L3:SC2:VL:PS:OutVoltageAI L3:SM:SC1:HZ:PS:ResistanceCC / L3:SM:SC1:HZ:PS:ResistanceCC L3:SM:SC1:HZ:PS:measCurrAI   / L3:SM:SC1:HZ:PS:measCurrAI L3:SM:SC1:HZ:PS:measVoltAI   / L3:SM:SC1:HZ:PS:measVoltAI L3:SM:SC1:HZ:PS:setCurrentAO / L3:SM:SC1:HZ:PS:setCurrentAO L3:SM:SC1:VL:PS:ResistanceCC / L3:SM:SC1:VL:PS:ResistanceCC L3:SM:SC1:VL:PS:measCurrAI   / L3:SM:SC1:VL:PS:measCurrAI L3:SM:SC1:VL:PS:measVoltAI   / L3:SM:SC1:VL:PS:measVoltAI L3:SM:SC1:VL:PS:setCurrentAO / L3:SM:SC1:VL:PS:setCurrentAO L4:QM1:CurrentAI             / L4:QM1:CurrentAI L4:QM1:CurrentAO             / L4:QM1:CurrentAO L4:QM1:OutVoltageAI          / L4:QM1:OutVoltageAI L4:QM2:CurrentAI             / L4:QM2:CurrentAI L4:QM2:CurrentAO             / L4:QM2:CurrentAO L4:QM2:OutVoltageAI          / L4:QM2:OutVoltageAI L4:QM3:CurrentAI             / L4:QM3:CurrentAI L4:QM3:CurrentAO             / L4:QM3:CurrentAO L4:QM3:OutVoltageAI          / L4:QM3:OutVoltageAI L4:QM4:CurrentAI             / L4:QM4:CurrentAI L4:QM4:CurrentAO             / L4:QM4:CurrentAO L4:QM4:OutVoltageAI          / L4:QM4:OutVoltageAI L4:QM5:CurrentAI             / L4:QM5:CurrentAI L4:QM5:CurrentAO             / L4:QM5:CurrentAO L4:QM5:OutVoltageAI          / L4:QM5:OutVoltageAI L4:QM6:CurrentAI             / L4:QM6:CurrentAI L4:QM6:CurrentAO             / L4:QM6:CurrentAO L4:QM6:OutVoltageAI          / L4:QM6:OutVoltageAI L4:QM7:CurrentAI             / L4:QM7:CurrentAI L4:QM7:CurrentAO             / L4:QM7:CurrentAO L4:QM7:OutVoltageAI          / L4:QM7:OutVoltageAI L4:SC1:HZ:PS:ResistanceCC    / L4:SC1:HZ:PS:ResistanceCC L4:SC1:HZ:PS:measCurrentAI   / L4:SC1:HZ:PS:measCurrentAI L4:SC1:HZ:PS:measVoltageAI   / L4:SC1:HZ:PS:measVoltageAI L4:SC1:HZ:PS:setCurrentAO    / L4:SC1:HZ:PS:setCurrentAO L4:SC1:VL:PS:ResistanceCC    / L4:SC1:VL:PS:ResistanceCC L4:SC1:VL:PS:measCurrentAI   / L4:SC1:VL:PS:measCurrentAI L4:SC1:VL:PS:measVoltageAI   / L4:SC1:VL:PS:measVoltageAI L4:SC1:VL:PS:setCurrentAO    / L4:SC1:VL:PS:setCurrentAO L4:SC2:HZ:PS:ResistanceCC    / L4:SC2:HZ:PS:ResistanceCC L4:SC2:HZ:PS:measCurrentAI   / L4:SC2:HZ:PS:measCurrentAI L4:SC2:HZ:PS:measVoltageAI   / L4:SC2:HZ:PS:measVoltageAI L4:SC2:HZ:PS:setCurrentAO    / L4:SC2:HZ:PS:setCurrentAO L4:SC2:VL:PS:ResistanceCC    / L4:SC2:VL:PS:ResistanceCC L4:SC2:VL:PS:measCurrentAI   / L4:SC2:VL:PS:measCurrentAI L4:SC2:VL:PS:measVoltageAI   / L4:SC2:VL:PS:measVoltageAI L4:SC2:VL:PS:setCurrentAO    / L4:SC2:VL:PS:setCurrentAO L4:SC3:HZ:PS:ResistanceCC    / L4:SC3:HZ:PS:ResistanceCC L4:SC3:HZ:PS:measCurrentAI   / L4:SC3:HZ:PS:measCurrentAI L4:SC3:HZ:PS:measVoltageAI   / L4:SC3:HZ:PS:measVoltageAI L4:SC3:HZ:PS:setCurrentAO    / L4:SC3:HZ:PS:setCurrentAO L4:SC3:VL:PS:ResistanceCC    / L4:SC3:VL:PS:ResistanceCC L4:SC3:VL:PS:measCurrentAI   / L4:SC3:VL:PS:measCurrentAI L4:SC3:VL:PS:measVoltageAI   / L4:SC3:VL:PS:measVoltageAI L4:SC3:VL:PS:setCurrentAO    / L4:SC3:VL:PS:setCurrentAO L4:SC4:HZ:PS:ResistanceCC    / L4:SC4:HZ:PS:ResistanceCC L4:SC4:HZ:PS:measCurrentAI   / L4:SC4:HZ:PS:measCurrentAI L4:SC4:HZ:PS:measVoltageAI   / L4:SC4:HZ:PS:measVoltageAI L4:SC4:HZ:PS:setCurrentAO    / L4:SC4:HZ:PS:setCurrentAO L4:SC4:VL:PS:ResistanceCC    / L4:SC4:VL:PS:ResistanceCC L4:SC4:VL:PS:measCurrentAI   / L4:SC4:VL:PS:measCurrentAI L4:SC4:VL:PS:measVoltageAI   / L4:SC4:VL:PS:measVoltageAI L4:SC4:VL:PS:setCurrentAO    / L4:SC4:VL:PS:setCurrentAO L5:AM1:PS2:ResistanceCC      / L5:AM1:PS2:ResistanceCC L5:AM1:PS2:measCurrentCC     / L5:AM1:PS2:measCurrentCC L5:AM1:PS2:measVoltageAI     / L5:AM1:PS2:measVoltageAI L5:AM1:PS2:setCurrentAO      / L5:AM1:PS2:setCurrentAO L5:QM1:CurrentAI             / L5:QM1:CurrentAI L5:QM1:CurrentAO             / L5:QM1:CurrentAO L5:QM1:OutVoltageAI          / L5:QM1:OutVoltageAI L5:QM2:CurrentAI             / L5:QM2:CurrentAI L5:QM2:CurrentAO             / L5:QM2:CurrentAO L5:QM2:OutVoltageAI          / L5:QM2:OutVoltageAI L5:QM3:CurrentAI             / L5:QM3:CurrentAI L5:QM3:CurrentAO             / L5:QM3:CurrentAO L5:QM3:OutVoltageAI          / L5:QM3:OutVoltageAI L5:QM4:CurrentAI             / L5:QM4:CurrentAI L5:QM4:CurrentAO             / L5:QM4:CurrentAO L5:QM4:OutVoltageAI          / L5:QM4:OutVoltageAI L5:SC1:HZ:PS:ResistanceCC    / L5:SC1:HZ:PS:ResistanceCC L5:SC1:HZ:PS:measCurrentAI   / L5:SC1:HZ:PS:measCurrentAI L5:SC1:HZ:PS:measVoltageAI   / L5:SC1:HZ:PS:measVoltageAI L5:SC1:HZ:PS:setCurrentAO    / L5:SC1:HZ:PS:setCurrentAO L5:SC1:VL:PS:ResistanceCC    / L5:SC1:VL:PS:ResistanceCC L5:SC1:VL:PS:measCurrentAI   / L5:SC1:VL:PS:measCurrentAI L5:SC1:VL:PS:measVoltageAI   / L5:SC1:VL:PS:measVoltageAI L5:SC1:VL:PS:setCurrentAO    / L5:SC1:VL:PS:setCurrentAO L5:SC2:HZ:PS:ResistanceCC    / L5:SC2:HZ:PS:ResistanceCC L5:SC2:HZ:PS:measCurrentAI   / L5:SC2:HZ:PS:measCurrentAI L5:SC2:HZ:PS:measVoltageAI   / L5:SC2:HZ:PS:measVoltageAI L5:SC2:HZ:PS:setCurrentAO    / L5:SC2:HZ:PS:setCurrentAO L5:SC2:VL:PS:ResistanceCC    / L5:SC2:VL:PS:ResistanceCC L5:SC2:VL:PS:measCurrentAI   / L5:SC2:VL:PS:measCurrentAI L5:SC2:VL:PS:measVoltageAI   / L5:SC2:VL:PS:measVoltageAI L5:SC2:VL:PS:setCurrentAO    / L5:SC2:VL:PS:setCurrentAO L5:SC3:HZ:PS:ResistanceCC    / L5:SC3:HZ:PS:ResistanceCC L5:SC3:HZ:PS:measCurrentAI   / L5:SC3:HZ:PS:measCurrentAI L5:SC3:HZ:PS:measVoltageAI   / L5:SC3:HZ:PS:measVoltageAI L5:SC3:HZ:PS:setCurrentAO    / L5:SC3:HZ:PS:setCurrentAO L5:SC3:VL:PS:ResistanceCC    / L5:SC3:VL:PS:ResistanceCC L5:SC3:VL:PS:measCurrentAI   / L5:SC3:VL:PS:measCurrentAI L5:SC3:VL:PS:measVoltageAI   / L5:SC3:VL:PS:measVoltageAI L5:SC3:VL:PS:setCurrentAO    / L5:SC3:VL:PS:setCurrentAO L5:SC4:HZ:PS:ResistanceCC    / L5:SC4:HZ:PS:ResistanceCC L5:SC4:HZ:PS:measCurrentAI   / L5:SC4:HZ:PS:measCurrentAI L5:SC4:HZ:PS:measVoltageAI   / L5:SC4:HZ:PS:measVoltageAI L5:SC4:HZ:PS:setCurrentAO    / L5:SC4:HZ:PS:setCurrentAO L5:SC4:VL:PS:ResistanceCC    / L5:SC4:VL:PS:ResistanceCC L5:SC4:VL:PS:measCurrentAI   / L5:SC4:VL:PS:measCurrentAI L5:SC4:VL:PS:measVoltageAI   / L5:SC4:VL:PS:measVoltageAI L5:SC4:VL:PS:setCurrentAO    / L5:SC4:VL:PS:setCurrentAO

Date/Time Range of Interest
	Year	Month	Day	Hour
Starting date/time:	2024 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004 2003 2002 2001 2000	1 2 3 4 5 6 7 8 9 10 11 12	1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31	0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Ending date/time:	2024 2023 2022 2021 2020 2019 2018 2017 2016 2015 2014 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004 2003 2002 2001 2000	1 2 3 4 5 6 7 8 9 10 11 12	1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31	1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Plot Options
Size:	Normal PDA Size Tiny Small Medium Large
Background Color:	White Black
Layout:	1x1 1x2 2x1 2x2 3x3 4x4 5x5
Label size:	Normal +15% +30% +45% +60%
Sparsing:	None 2 4 8 16 32 64 128
Miscellaneous:	With Beam Current Same Y scales Y offset mode Separate Option override
Extra Options:

---