spk_050cdl_cryo_plc_010.archive

############################################################
## Spk-050CDL:Cryo-PLC-010
# The module version
Spk-050CDL:Cryo-PLC-010:ModVersionR
# Modbus connection state
Spk-050CDL:Cryo-PLC-010:ModbusConnectedR
# S7 connection state
Spk-050CDL:Cryo-PLC-010:S7ConnectedR
# Address of the PLC
Spk-050CDL:Cryo-PLC-010:PLCAddr-RB
# Global connection state
Spk-050CDL:Cryo-PLC-010:ConnectedR
# Hash correctness state
Spk-050CDL:Cryo-PLC-010:PLCHashCorrectR
# PLC liveliness
Spk-050CDL:Cryo-PLC-010:AliveR
# IOC Hash
Spk-050CDL:Cryo-PLC-010:CommsHashToPLC
# PLC Hash
Spk-050CDL:Cryo-PLC-010:CommsHashFromPLCR
# Configured payload size
Spk-050CDL:Cryo-PLC-010:PayloadSizeR
# Payload size configured on the PLC
Spk-050CDL:Cryo-PLC-010:PayloadSizeFromPLCR
# Payload size configuration correctness state
Spk-050CDL:Cryo-PLC-010:PayloadSizeCorrectR
############################################################
## Spk-050CDL:Cryo-PLC-010
# All parameters Zero
Spk-050CDL:Cryo-PLC-010:ParametersFrozen
# CMD: Acknowledge Alarm
Spk-050CDL:Cryo-PLC-010:Cmd_AckAlarm
# CMD: Unlock Parameter Freeze
Spk-050CDL:Cryo-PLC-010:Cmd_ParamFreeze_OFF
############################################################
## Spk-050CDL:SC-FSM-400
# Value of VGC1000
Spk-050CDL:SC-FSM-400:CavityVac1 1Hz
# Value of VGC2000
Spk-050CDL:SC-FSM-400:CavityVac2 1Hz
# Value of VGC3000
Spk-050CDL:SC-FSM-400:CavityVac3 1Hz
# Value of VGC4000
Spk-050CDL:SC-FSM-400:CavityVac4 1Hz
# Value of VGC01100
Spk-050CDL:SC-FSM-400:CMGaugeIsoVac1 1Hz
# Value of VGP01100
Spk-050CDL:SC-FSM-400:CMGaugeIsoVac2 1Hz
############################################################
## Spk-050Crm:
# VacumOK
Spk-050Crm::VacOK1
# VacumOK
Spk-050Crm::VacOK2
# Interlock in CTL Cryo Ready
Spk-050Crm::CDS_Cryo_Ready
# Interlock in CTL Cryo OK
Spk-050Crm::CDS_Cryo_OK
# Start Interlock
Spk-050Crm::StartInterlock
# Stop Interlock
Spk-050Crm::StopInterlock
Spk-050Crm::ReadDI_Others_001
Spk-050Crm::ReadDI_Others_002
Spk-050Crm::ReadDI_Others_003
Spk-050Crm::ReadDI_Others_004
Spk-050Crm::ReadDI_Others_005
Spk-050Crm::ReadDI_Others_006
Spk-050Crm::ReadDI_Others_007
Spk-050Crm::ReadDI_Others_008
Spk-050Crm::ReadDI_Others_009
Spk-050Crm::ReadDI_Others_010
# WF Flush ON
Spk-050Crm::Flushing_ON
# WF Flush OFF
Spk-050Crm::Flushing_OFF
# WF Flush Mode Auto
Spk-050Crm::WF_OpMode_Auto
# WF Flush  Mode Manual
Spk-050Crm::WF_OpMode_Manual
# WF Flush  Mode Forced
Spk-050Crm::WF_OpMode_Forced
# WF Conditions reached
Spk-050Crm::WF_FlushCond_01
# WF Conditions reached
Spk-050Crm::WF_FlushCond_02
# WF Conditions reached
Spk-050Crm::WF_FlushCond_03
# WF Conditions reached
Spk-050Crm::WF_FlushCond_04
# WF Circuit 1 Blowed
Spk-050Crm::WF_Blowed_01
# WF Circuit 2 Blowed
Spk-050Crm::WF_Blowed_02
# WF Circuit 3 Blowed
Spk-050Crm::WF_Blowed_03
# WF Circuit 4 Blowed
Spk-050Crm::WF_Blowed_04
# CMD: Auto Mode
Spk-050Crm::Cmd_WF_Auto 1Hz
# CMD: Manual Mode
Spk-050Crm::Cmd_WF_Manual 1Hz
# CMD: Force Mode
Spk-050Crm::Cmd_WF_Force 1Hz
# CMD: Manual Open
Spk-050Crm::Cmd_WF_ManuOpen 1Hz
# CMD: Manual Close
Spk-050Crm::Cmd_WF_ManuClose 1Hz
# CMD: Force Open
Spk-050Crm::Cmd_WF_ForceOpen 1Hz
# CMD: Force Close
Spk-050Crm::Cmd_WF_ForceClose 1Hz
# CMD: Acknowledge All Alarms
Spk-050Crm::Cmd_WF_AckAlarm 1Hz
# VacumOK1_FromEndbox
Spk-050Crm::VacOK1_EB 1Hz
# VacumOK2_FromEndbox
Spk-050Crm::VacOK2_EB 1Hz
# VacumOK1_FromEndbox
Spk-050Crm::P_retentivemode 1Hz
############################################################
## Spk-050Crm:SC-FSM-105
# VacuumNotOkay
Spk-050Crm:SC-FSM-105:VacNotOK 1Hz
# CryoOK
Spk-050Crm:SC-FSM-105:CryoOK 1Hz
# CryoReady
Spk-050Crm:SC-FSM-105:CryoReady 1Hz
# ACCPStarted
Spk-050Crm:SC-FSM-105:ACCPStarted 1Hz
# PurgeDone
Spk-050Crm:SC-FSM-105:PurgeDone 1Hz
# ActivateOM1
Spk-050Crm:SC-FSM-105:ActivateOM1 1Hz
# ActivateOM2
Spk-050Crm:SC-FSM-105:ActivateOM2 1Hz
# ActivateOM3
Spk-050Crm:SC-FSM-105:ActivateOM3 1Hz
# ActivateOM4
Spk-050Crm:SC-FSM-105:ActivateOM4 1Hz
# ActivateOM5
Spk-050Crm:SC-FSM-105:ActivateOM5 1Hz
# ActivateOM6
Spk-050Crm:SC-FSM-105:ActivateOM6 1Hz
# ActivateOM7
Spk-050Crm:SC-FSM-105:ActivateOM7 1Hz
# ActivateOM8
Spk-050Crm:SC-FSM-105:ActivateOM8 1Hz
# ActivateOM9
Spk-050Crm:SC-FSM-105:ActivateOM9 1Hz
# ActivateOM10
Spk-050Crm:SC-FSM-105:ActivateOM10 1Hz
# ActivateSOM3
Spk-050Crm:SC-FSM-105:ActivateSOM3 1Hz
# ActivateSOM5
Spk-050Crm:SC-FSM-105:ActivateSOM5 1Hz
# ActivateSOM8
Spk-050Crm:SC-FSM-105:ActivateSOM8 1Hz
# ActivateSOM9
Spk-050Crm:SC-FSM-105:ActivateSOM9 1Hz
# ACCP:Pumpdown started
Spk-050Crm:SC-FSM-105:Pumpdown_started 1Hz
# ACCP:4K WU started
Spk-050Crm:SC-FSM-105:WU_4K_started 1Hz
# ACCP:300K WU started
Spk-050Crm:SC-FSM-105:WU_300K_started 1Hz
# Permisive: lvl dec
Spk-050Crm:SC-FSM-105:WU_4K_lvl_dec 1Hz
# Permisive: lvl dec
Spk-050Crm:SC-FSM-105:WU_300K_lvl_dec 1Hz
# ACCPTrip
Spk-050Crm:SC-FSM-105:ACCPTrip 1Hz
# ACCPStop
Spk-050Crm:SC-FSM-105:ACCPStop 1Hz
# LossACCP2K
Spk-050Crm:SC-FSM-105:LossACCP2K 1Hz
# LossACCP_SP2K
Spk-050Crm:SC-FSM-105:LossACCP_SP2K 1Hz
# LossIsoVacCDS
Spk-050Crm:SC-FSM-105:LossIsoVacCDS 1Hz
# LossIAR
Spk-050Crm:SC-FSM-105:LossIAR 1Hz
# Master active state
Spk-050Crm:SC-FSM-105:MM_ACTIVE_NO 1Hz
# Master PLC Heartbeat
Spk-050Crm:SC-FSM-105:CMDS_Heartbeat 1Hz
# S_ACTIVE_NO
Spk-050Crm:SC-FSM-105:S_ACTIVE_NO 1Hz
# S_SEL_NO
Spk-050Crm:SC-FSM-105:S_SEL_NO 1Hz
# OM_SEL_NO
Spk-050Crm:SC-FSM-105:OM_SEL_NO 1Hz
# ACTIVE
Spk-050Crm:SC-FSM-105:ACTIVE 1Hz
# AUTO_ON
Spk-050Crm:SC-FSM-105:AUTO_ON 1Hz
# MAN_ON
Spk-050Crm:SC-FSM-105:MAN_ON 1Hz
# ERR_FLT
Spk-050Crm:SC-FSM-105:ERR_FLT 1Hz
# Interlock
Spk-050Crm:SC-FSM-105:Interlock 1Hz
# Supervision
Spk-050Crm:SC-FSM-105:Supervision 1Hz
# S_Time
Spk-050Crm:SC-FSM-105:S_Time 1Hz
# S_Delay
Spk-050Crm:SC-FSM-105:S_Delay 1Hz
# S_Timeout
Spk-050Crm:SC-FSM-105:S_Timeout 1Hz
# S_Delay-S
Spk-050Crm:SC-FSM-105:S_Delay-S 1Hz
# S_Timeout-S
Spk-050Crm:SC-FSM-105:S_Timeout-S 1Hz
# Tran cond OK
Spk-050Crm:SC-FSM-105:Trans_Satisfied 1Hz
# Error supervision
Spk-050Crm:SC-FSM-105:Error_Supervis 1Hz
# Error timeout
Spk-050Crm:SC-FSM-105:Error_Timeout 1Hz
# CRYOMODULE_READY
Spk-050Crm:SC-FSM-105:CRYOMODULE_READY 1Hz
# MOTOR_OK
Spk-050Crm:SC-FSM-105:MOTOR_OK 1Hz
# BEAMVAC_OK
Spk-050Crm:SC-FSM-105:BEAMVAC_OK 1Hz
# ISOA/C_OK
Spk-050Crm:SC-FSM-105:ISOVAC_OK 1Hz
# VACUUM_OK
Spk-050Crm:SC-FSM-105:VACUUM_OK 1Hz
# Devices_In_Auto
Spk-050Crm:SC-FSM-105:Devices_In_Auto 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:All_At_Zero 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:Unctrl_Devices_OK 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:Devices_NoAlarm 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:Purge_done_OK 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:Combined_CD 1Hz
# Singled CM ctrl
Spk-050Crm:SC-FSM-105:Single_Crm 1Hz
# Multiple CMs ctrl
Spk-050Crm:SC-FSM-105:Multi_Crm 1Hz
# CM rdy for pumpdown
Spk-050Crm:SC-FSM-105:Rdy_for_pumpdown 1Hz
# CM rdy for 4K WU
Spk-050Crm:SC-FSM-105:Rdy_for_4K_WU 1Hz
# CM rdy for 300K WU
Spk-050Crm:SC-FSM-105:Rdy_for_300K_WU 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:LossIsoVac 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:LossBeamVac 1Hz
# All_At_Zero
Spk-050Crm:SC-FSM-105:CavQuen 1Hz
# Device Heartbeat
Spk-050Crm:SC-FSM-105:Heartbeat 1Hz
# CMD: Reset receiving operation
Spk-050Crm:SC-FSM-105:Cmd_Rst_Rcv_com 1Hz
# CMD: Reset Sending operation
Spk-050Crm:SC-FSM-105:Cmd_Rst_Snd_com 1Hz
############################################################
## Spk-050Crm:SC-FSM-020
# WF Flush ON
Spk-050Crm:SC-FSM-020:Flushing_ON
# WF Flush OFF
Spk-050Crm:SC-FSM-020:Flushing_OFF
# WF Flush Mode Auto
Spk-050Crm:SC-FSM-020:WF_OpMode_Auto
# WF Flush  Mode Manual
Spk-050Crm:SC-FSM-020:WF_OpMode_Manual
# WF Flush  Mode Forced
Spk-050Crm:SC-FSM-020:WF_OpMode_Forced
# WF Conditions reached
Spk-050Crm:SC-FSM-020:WF_FlushCond_01
# WF Conditions reached
Spk-050Crm:SC-FSM-020:WF_FlushCond_02
# WF Conditions reached
Spk-050Crm:SC-FSM-020:WF_FlushCond_03
# WF Conditions reached
Spk-050Crm:SC-FSM-020:WF_FlushCond_04
# WF Circuit 1 Blowed
Spk-050Crm:SC-FSM-020:WF_Blowed_01
# WF Circuit 2 Blowed
Spk-050Crm:SC-FSM-020:WF_Blowed_02
# WF Circuit 3 Blowed
Spk-050Crm:SC-FSM-020:WF_Blowed_03
# WF Circuit 4 Blowed
Spk-050Crm:SC-FSM-020:WF_Blowed_04
# CMD: Auto Mode
Spk-050Crm:SC-FSM-020:Cmd_WF_Auto 1Hz
# CMD: Manual Mode
Spk-050Crm:SC-FSM-020:Cmd_WF_Manual 1Hz
# CMD: Force Mode
Spk-050Crm:SC-FSM-020:Cmd_WF_Force 1Hz
# CMD: Manual Open
Spk-050Crm:SC-FSM-020:Cmd_WF_ManuOpen 1Hz
# CMD: Manual Close
Spk-050Crm:SC-FSM-020:Cmd_WF_ManuClose 1Hz
# CMD: Force Open
Spk-050Crm:SC-FSM-020:Cmd_WF_ForceOpen 1Hz
# CMD: Force Close
Spk-050Crm:SC-FSM-020:Cmd_WF_ForceClose 1Hz
# CMD: Acknowledge All Alarms
Spk-050Crm:SC-FSM-020:Cmd_WF_AckAlarm 1Hz
############################################################
## Spk-050Crm:SC-FSM-090
# Operation Mode Auto
Spk-050Crm:SC-FSM-090:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-090:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-090:Opened
# Closed
Spk-050Crm:SC-FSM-090:Closed
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_1000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_1000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_2000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_2000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_3000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_3000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_4000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-090:VGP_4000_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-090:IsoVacOK_lvl_VGP_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-090:IsoVacOK_lvl_VGP_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-090:IsoVacOK_lvl_VGC_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-090:IsoVacOK_lvl_VGC_LO
# Cryo system OK 2K
Spk-050Crm:SC-FSM-090:CDS_Cryo_OK
# Cryo system OK 2K
Spk-050Crm:SC-FSM-090:Ext_Reserve_01
# Cryo system OK 2K
Spk-050Crm:SC-FSM-090:Ext_Reserve_02
# Cryo system OK 2K
Spk-050Crm:SC-FSM-090:Ext_Reserve_03
############################################################
## Spk-050Crm:SC-FSM-700
# Operation Mode Auto
Spk-050Crm:SC-FSM-700:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-700:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-700:Opened
# Closed
Spk-050Crm:SC-FSM-700:Closed
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_1000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_1000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_2000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_2000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_3000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_3000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_4000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-700:VGP_4000_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-700:IsoVacOK_lvl_VGP_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-700:IsoVacOK_lvl_VGP_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-700:IsoVacOK_lvl_VGC_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-700:IsoVacOK_lvl_VGC_LO
# Cryo system OK 2K
Spk-050Crm:SC-FSM-700:CDS_Cryo_OK
# Cryo system OK 2K
Spk-050Crm:SC-FSM-700:Ext_Reserve_01
# Cryo system OK 2K
Spk-050Crm:SC-FSM-700:Ext_Reserve_02
# Cryo system OK 2K
Spk-050Crm:SC-FSM-700:Ext_Reserve_03
############################################################
## Spk-050Crm:SC-FSM-701
# Operation Mode Auto
Spk-050Crm:SC-FSM-701:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-701:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-701:Opened
# Closed
Spk-050Crm:SC-FSM-701:Closed
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_1000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_1000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_2000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_2000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_3000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_3000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_4000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-701:VGP_4000_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-701:IsoVacOK_lvl_VGP_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-701:IsoVacOK_lvl_VGP_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-701:IsoVacOK_lvl_VGC_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-701:IsoVacOK_lvl_VGC_LO
# Cryo system OK 2K
Spk-050Crm:SC-FSM-701:CDS_Cryo_OK
# Cryo system OK 2K
Spk-050Crm:SC-FSM-701:Ext_Reserve_01
# Cryo system OK 2K
Spk-050Crm:SC-FSM-701:Ext_Reserve_02
# Cryo system OK 2K
Spk-050Crm:SC-FSM-701:Ext_Reserve_03
############################################################
## Spk-050Crm:SC-FSM-702
# Operation Mode Auto
Spk-050Crm:SC-FSM-702:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-702:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-702:Opened
# Closed
Spk-050Crm:SC-FSM-702:Closed
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_1000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_1000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_2000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_2000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_3000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_3000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_4000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-702:VGP_4000_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-702:IsoVacOK_lvl_VGP_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-702:IsoVacOK_lvl_VGP_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-702:IsoVacOK_lvl_VGC_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-702:IsoVacOK_lvl_VGC_LO
# Cryo system OK 2K
Spk-050Crm:SC-FSM-702:CDS_Cryo_OK
# Cryo system OK 2K
Spk-050Crm:SC-FSM-702:Ext_Reserve_01
# Cryo system OK 2K
Spk-050Crm:SC-FSM-702:Ext_Reserve_02
# Cryo system OK 2K
Spk-050Crm:SC-FSM-702:Ext_Reserve_03
############################################################
## Spk-050Crm:SC-FSM-703
# Operation Mode Auto
Spk-050Crm:SC-FSM-703:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-703:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-703:Opened
# Closed
Spk-050Crm:SC-FSM-703:Closed
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_1000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_1000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_2000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_2000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_3000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_3000_LO
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_4000_HI
# Compare level of cavity vacuum
Spk-050Crm:SC-FSM-703:VGP_4000_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-703:IsoVacOK_lvl_VGP_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-703:IsoVacOK_lvl_VGP_LO
# Compare level of Isovacuum high
Spk-050Crm:SC-FSM-703:IsoVacOK_lvl_VGC_HI
# Compare level of Isovacuum low
Spk-050Crm:SC-FSM-703:IsoVacOK_lvl_VGC_LO
# Cryo system OK 2K
Spk-050Crm:SC-FSM-703:CDS_Cryo_OK
# Cryo system OK 2K
Spk-050Crm:SC-FSM-703:Ext_Reserve_01
# Cryo system OK 2K
Spk-050Crm:SC-FSM-703:Ext_Reserve_02
# Cryo system OK 2K
Spk-050Crm:SC-FSM-703:Ext_Reserve_03
############################################################
## Spk-050Crm:WtrC-FS-013
# Operation Mode FreeRun
Spk-050Crm:WtrC-FS-013:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-FS-013:OpMode_Forced
# Flow above RF limit
Spk-050Crm:WtrC-FS-013:Flow_OK_RF
# Flow above WF limit
Spk-050Crm:WtrC-FS-013:Flow_OK_WF
############################################################
## Spk-050Crm:WtrC-FS-014
# Operation Mode FreeRun
Spk-050Crm:WtrC-FS-014:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-FS-014:OpMode_Forced
# Flow above RF limit
Spk-050Crm:WtrC-FS-014:Flow_OK_RF
# Flow above WF limit
Spk-050Crm:WtrC-FS-014:Flow_OK_WF
############################################################
## Spk-050Crm:WtrC-FS-023
# Operation Mode FreeRun
Spk-050Crm:WtrC-FS-023:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-FS-023:OpMode_Forced
# Flow above RF limit
Spk-050Crm:WtrC-FS-023:Flow_OK_RF
# Flow above WF limit
Spk-050Crm:WtrC-FS-023:Flow_OK_WF
############################################################
## Spk-050Crm:WtrC-FS-024
# Operation Mode FreeRun
Spk-050Crm:WtrC-FS-024:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-FS-024:OpMode_Forced
# Flow above RF limit
Spk-050Crm:WtrC-FS-024:Flow_OK_RF
# Flow above WF limit
Spk-050Crm:WtrC-FS-024:Flow_OK_WF
############################################################
## Spk-050Crm:Cryo-FCV-11
# Valve Position AI
Spk-050Crm:Cryo-FCV-11:ValvePosition
# Valve Setpoint
Spk-050Crm:Cryo-FCV-11:ValveSP
# Valve Control AO
Spk-050Crm:Cryo-FCV-11:ValveMV
# Move Interlock
Spk-050Crm:Cryo-FCV-11:MoveInterlock
############################################################
## Spk-050Crm:Cryo-FCV-21
# Valve Position AI
Spk-050Crm:Cryo-FCV-21:ValvePosition
# Valve Setpoint
Spk-050Crm:Cryo-FCV-21:ValveSP
# Valve Control AO
Spk-050Crm:Cryo-FCV-21:ValveMV
# Move Interlock
Spk-050Crm:Cryo-FCV-21:MoveInterlock
############################################################
## Spk-050CDL:Cryo-CV-01
# Operation Mode Auto
Spk-050CDL:Cryo-CV-01:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-01:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-01:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-01:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-01:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-01:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-01:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-01:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-01:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-01:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-01:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-02
# Operation Mode Auto
Spk-050CDL:Cryo-CV-02:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-02:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-02:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-02:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-02:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-02:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-02:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-02:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-02:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-02:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-02:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-03
# Operation Mode Auto
Spk-050CDL:Cryo-CV-03:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-03:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-03:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-03:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-03:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-03:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-03:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-03:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-03:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-03:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-03:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-04
# Operation Mode Auto
Spk-050CDL:Cryo-CV-04:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-04:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-04:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-04:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-04:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-04:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-04:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-04:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-04:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-04:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-04:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-05
# Operation Mode Auto
Spk-050CDL:Cryo-CV-05:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-05:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-05:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-05:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-05:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-05:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-05:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-05:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-05:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-05:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-05:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-06
# Operation Mode Auto
Spk-050CDL:Cryo-CV-06:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-06:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-06:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-06:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-06:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-06:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-06:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-06:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-06:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-06:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-06:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-60
# Operation Mode Auto
Spk-050CDL:Cryo-CV-60:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-60:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-60:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-60:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-60:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-60:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-60:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-60:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-60:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-60:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-60:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-61
# Operation Mode Auto
Spk-050CDL:Cryo-CV-61:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-61:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-61:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-61:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-61:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-61:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-61:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-61:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-61:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-61:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-61:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-62
# Operation Mode Auto
Spk-050CDL:Cryo-CV-62:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-62:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-62:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-62:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-62:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-62:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-62:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-62:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-62:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-62:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-62:FB_Setpoint
############################################################
## Spk-050CDL:Cryo-CV-63
# Operation Mode Auto
Spk-050CDL:Cryo-CV-63:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-CV-63:OpMode_Manual
# Operation Mode Forced
Spk-050CDL:Cryo-CV-63:OpMode_Forced
# Valve Position AI
Spk-050CDL:Cryo-CV-63:ValvePosition
# Valve Setpoint
Spk-050CDL:Cryo-CV-63:ValveSP
# Valve Control AO
Spk-050CDL:Cryo-CV-63:ValveMV
# Move Interlock
Spk-050CDL:Cryo-CV-63:MoveInterlock
# Position Discrepancy
Spk-050CDL:Cryo-CV-63:Position_Discrep
# HW IO Error
Spk-050CDL:Cryo-CV-63:IO_Error
# HW Output Module Error
Spk-050CDL:Cryo-CV-63:Module_Error
# FB Setpoint from HMI (SP)
Spk-050CDL:Cryo-CV-63:FB_Setpoint
############################################################
## Spk-050Crm:Cryo-CV-011
# Operation Mode Auto
Spk-050Crm:Cryo-CV-011:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:Cryo-CV-011:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:Cryo-CV-011:OpMode_Forced
# Valve Position AI
Spk-050Crm:Cryo-CV-011:ValvePosition
# Valve Setpoint
Spk-050Crm:Cryo-CV-011:ValveSP
# Valve Control AO
Spk-050Crm:Cryo-CV-011:ValveMV
# Move Interlock
Spk-050Crm:Cryo-CV-011:MoveInterlock
# Position Discrepancy
Spk-050Crm:Cryo-CV-011:Position_Discrep
# HW IO Error
Spk-050Crm:Cryo-CV-011:IO_Error
# HW Output Module Error
Spk-050Crm:Cryo-CV-011:Module_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-CV-011:FB_Setpoint
############################################################
## Spk-050Crm:Cryo-CV-021
# Operation Mode Auto
Spk-050Crm:Cryo-CV-021:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:Cryo-CV-021:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:Cryo-CV-021:OpMode_Forced
# Valve Position AI
Spk-050Crm:Cryo-CV-021:ValvePosition
# Valve Setpoint
Spk-050Crm:Cryo-CV-021:ValveSP
# Valve Control AO
Spk-050Crm:Cryo-CV-021:ValveMV
# Move Interlock
Spk-050Crm:Cryo-CV-021:MoveInterlock
# Position Discrepancy
Spk-050Crm:Cryo-CV-021:Position_Discrep
# HW IO Error
Spk-050Crm:Cryo-CV-021:IO_Error
# HW Output Module Error
Spk-050Crm:Cryo-CV-021:Module_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-CV-021:FB_Setpoint
############################################################
## Spk-050Crm:SC-FSM-005
# Measured Value
Spk-050Crm:SC-FSM-005:MeasuredValue
# PV Name of the Process Value
Spk-050Crm:SC-FSM-005:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-FSM-005:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-FSM-005:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-FSM-005:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-FSM-005:Meas3_Name
############################################################
## Spk-050Crm:SC-FSM-010
# Measured Value
Spk-050Crm:SC-FSM-010:MeasuredValue
# PV Name of the Process Value
Spk-050Crm:SC-FSM-010:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-FSM-010:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-FSM-010:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-FSM-010:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-FSM-010:Meas3_Name
############################################################
## Spk-050CDL:Cryo-GS-60
# Operation Mode Auto
Spk-050CDL:Cryo-GS-60:OpMode_Auto
# Operation Mode Manual
Spk-050CDL:Cryo-GS-60:OpMode_Manual
# Opened
Spk-050CDL:Cryo-GS-60:Opened
# Closed
Spk-050CDL:Cryo-GS-60:Closed
############################################################
## Spk-050Crm:Cryo-EH-001
# Heater Resistance
Spk-050Crm:Cryo-EH-001:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-001:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-001:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-001:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-001:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-001:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-001:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-001:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-001:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-001:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-001:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-001:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-001:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-001:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-001:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-001:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-001:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-001:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-001:Ramping
# during operation
Spk-050Crm:Cryo-EH-001:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-001:Connected
# Heater operating
Spk-050Crm:Cryo-EH-001:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-001:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-001:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-001:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-001:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-001:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-001:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-001:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-001:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-001:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-001:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-001:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-001:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-001:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-001:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-001:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-001:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-001:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-001:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-001:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-001:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-001:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-001:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-001:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-001:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-001:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-001:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-001:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-001:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-001:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-001:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-001:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-001:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-001:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-001:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-001:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-001:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-001:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-001:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-001:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-001:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-001:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-EH-002
# Heater Resistance
Spk-050Crm:Cryo-EH-002:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-002:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-002:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-002:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-002:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-002:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-002:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-002:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-002:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-002:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-002:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-002:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-002:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-002:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-002:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-002:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-002:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-002:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-002:Ramping
# during operation
Spk-050Crm:Cryo-EH-002:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-002:Connected
# Heater operating
Spk-050Crm:Cryo-EH-002:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-002:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-002:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-002:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-002:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-002:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-002:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-002:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-002:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-002:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-002:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-002:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-002:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-002:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-002:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-002:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-002:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-002:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-002:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-002:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-002:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-002:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-002:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-002:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-002:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-002:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-002:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-002:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-002:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-002:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-002:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-002:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-002:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-002:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-002:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-002:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-002:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-002:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-002:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-002:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-002:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-002:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-EH-010
# Heater Resistance
Spk-050Crm:Cryo-EH-010:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-010:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-010:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-010:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-010:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-010:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-010:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-010:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-010:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-010:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-010:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-010:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-010:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-010:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-010:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-010:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-010:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-010:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-010:Ramping
# during operation
Spk-050Crm:Cryo-EH-010:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-010:Connected
# Heater operating
Spk-050Crm:Cryo-EH-010:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-010:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-010:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-010:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-010:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-010:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-010:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-010:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-010:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-010:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-010:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-010:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-010:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-010:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-010:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-010:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-010:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-010:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-010:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-010:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-010:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-010:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-010:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-010:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-010:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-010:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-010:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-010:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-010:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-010:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-010:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-010:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-010:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-010:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-010:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-010:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-010:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-010:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-010:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-010:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-010:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-010:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-EH-012
# Heater Resistance
Spk-050Crm:Cryo-EH-012:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-012:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-012:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-012:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-012:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-012:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-012:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-012:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-012:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-012:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-012:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-012:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-012:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-012:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-012:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-012:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-012:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-012:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-012:Ramping
# during operation
Spk-050Crm:Cryo-EH-012:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-012:Connected
# Heater operating
Spk-050Crm:Cryo-EH-012:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-012:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-012:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-012:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-012:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-012:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-012:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-012:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-012:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-012:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-012:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-012:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-012:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-012:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-012:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-012:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-012:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-012:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-012:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-012:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-012:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-012:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-012:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-012:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-012:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-012:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-012:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-012:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-012:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-012:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-012:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-012:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-012:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-012:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-012:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-012:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-012:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-012:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-012:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-012:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-012:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-012:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-EH-020
# Heater Resistance
Spk-050Crm:Cryo-EH-020:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-020:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-020:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-020:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-020:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-020:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-020:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-020:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-020:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-020:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-020:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-020:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-020:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-020:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-020:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-020:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-020:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-020:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-020:Ramping
# during operation
Spk-050Crm:Cryo-EH-020:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-020:Connected
# Heater operating
Spk-050Crm:Cryo-EH-020:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-020:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-020:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-020:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-020:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-020:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-020:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-020:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-020:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-020:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-020:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-020:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-020:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-020:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-020:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-020:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-020:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-020:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-020:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-020:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-020:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-020:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-020:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-020:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-020:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-020:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-020:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-020:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-020:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-020:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-020:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-020:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-020:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-020:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-020:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-020:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-020:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-020:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-020:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-020:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-020:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-020:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-EH-022
# Heater Resistance
Spk-050Crm:Cryo-EH-022:HeaterResistance
# Heater Current AI
Spk-050Crm:Cryo-EH-022:HeaterCurrent
# Heater Voltage AI
Spk-050Crm:Cryo-EH-022:HeaterVoltage
# Heater Power
Spk-050Crm:Cryo-EH-022:HeaterPower
# Heater Setpoint
Spk-050Crm:Cryo-EH-022:HeaterSP
# Heater Control
Spk-050Crm:Cryo-EH-022:HeaterMV
# Heater Current AI
Spk-050Crm:Cryo-EH-022:PSU_Current
# Heater Voltage AI
Spk-050Crm:Cryo-EH-022:PSU_Voltage
# Heater Power
Spk-050Crm:Cryo-EH-022:PSU_Power
# Heater Setpoint
Spk-050Crm:Cryo-EH-022:PSU_SP
# Manipulated Value
Spk-050Crm:Cryo-EH-022:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-EH-022:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-EH-022:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-EH-022:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-EH-022:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-EH-022:PV
# PID Setpoint Value
Spk-050Crm:Cryo-EH-022:MAN_SP
# Heat Interlock
Spk-050Crm:Cryo-EH-022:HeatInterlock
# Ramping Indicator
Spk-050Crm:Cryo-EH-022:Ramping
# during operation
Spk-050Crm:Cryo-EH-022:In_Scanning
# Connected
Spk-050Crm:Cryo-EH-022:Connected
# Heater operating
Spk-050Crm:Cryo-EH-022:PSU_Status
# Heater Control AO
Spk-050Crm:Cryo-EH-022:PSU_MV
# Double load configuration
Spk-050Crm:Cryo-EH-022:FB_DoubleLoad
# Double load configuration
Spk-050Crm:Cryo-EH-022:FB_SingleLoad
# relay 1 in use
Spk-050Crm:Cryo-EH-022:FB_Relay1
# relay 2 in use
Spk-050Crm:Cryo-EH-022:FB_Relay2
# Default load mode
Spk-050Crm:Cryo-EH-022:FB_DefaultMode
# Heater resistance  1
Spk-050Crm:Cryo-EH-022:EHResistanceScan1
# MB device Unit ID
Spk-050Crm:Cryo-EH-022:UnitID
# Heater Voltage
Spk-050Crm:Cryo-EH-022:PSU_MAX_SP
# Heater Current
Spk-050Crm:Cryo-EH-022:PSU_MAX_CURR
# Heater Voltage
Spk-050Crm:Cryo-EH-022:PSU_MAX_VOLT
# check if in remote mode
Spk-050Crm:Cryo-EH-022:Remote
# Treshold_ON
Spk-050Crm:Cryo-EH-022:Threshold_ON
# Status ReadBack
Spk-050Crm:Cryo-EH-022:ReadBack_Status
# Status write cmd on
Spk-050Crm:Cryo-EH-022:PowerCmd_Status
# Status write cmd parameters
Spk-050Crm:Cryo-EH-022:ParameterCmd_Status
# Error Status ReadBack
Spk-050Crm:Cryo-EH-022:ReadBackErr_Status
# Error Status write cmd on
Spk-050Crm:Cryo-EH-022:PowerCmdErr_Status
# Error Status write cmd parameters
Spk-050Crm:Cryo-EH-022:ParamCmdErr_Status
# Heater Power Discrepancy
Spk-050Crm:Cryo-EH-022:Power_Discrep
# HW IO Error
Spk-050Crm:Cryo-EH-022:IO_Error
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-EH-022:FB_Setpoint
# Cmd Force conncet
Spk-050Crm:Cryo-EH-022:Cmd_Connected
# clearing MB client faults
Spk-050Crm:Cryo-EH-022:Cmd_Clear_faults
# get diagnostics button
Spk-050Crm:Cryo-EH-022:Cmd_Diag
# Turn Ramping ON
Spk-050Crm:Cryo-EH-022:Cmd_RampON
# Turn Ramping OFF
Spk-050Crm:Cryo-EH-022:Cmd_RampOFF
# CMD: ON Mode
Spk-050Crm:Cryo-EH-022:Cmd_ON
# CMD: OFF Mode
Spk-050Crm:Cryo-EH-022:Cmd_OFF
# Cmd Double load
Spk-050Crm:Cryo-EH-022:Cmd_DoubleLoad
# Cmd single load
Spk-050Crm:Cryo-EH-022:Cmd_SingleLoad
# relay 1 ON/OFF
Spk-050Crm:Cryo-EH-022:Cmd_Relay1
# relay 2 ON/OFF
Spk-050Crm:Cryo-EH-022:Cmd_Relay2
# command treshold ON
Spk-050Crm:Cryo-EH-022:Cmd_Threshold_ON
# command treshold OFF
Spk-050Crm:Cryo-EH-022:Cmd_Threshold_OFF
# Scan loads
Spk-050Crm:Cryo-EH-022:Cmd_Scan
# High inductance
Spk-050Crm:Cryo-EH-022:P_Manual_Interlock
# Ramping UP Time
Spk-050Crm:Cryo-EH-022:P_RampUPTIME
# Ramping UP Range
Spk-050Crm:Cryo-EH-022:P_RampUPRANGE
# Ramping DOWN Time
Spk-050Crm:Cryo-EH-022:P_RampDNTIME
# Ramping DOWN Range
Spk-050Crm:Cryo-EH-022:P_RampDNRANGE
############################################################
## Spk-050Crm:Cryo-FS-013
# End switch for no flow
Spk-050Crm:Cryo-FS-013:SwitchNoFlow
# End switch for flow on
Spk-050Crm:Cryo-FS-013:SwitchFlowON
# Measured Flow Flow EGU
Spk-050Crm:Cryo-FS-013:FlowMeasValue
# Measured Flow Flow AI
Spk-050Crm:Cryo-FS-013:FlowRAW
############################################################
## Spk-050Crm:Cryo-FS-014
# End switch for no flow
Spk-050Crm:Cryo-FS-014:SwitchNoFlow
# End switch for flow on
Spk-050Crm:Cryo-FS-014:SwitchFlowON
# Measured Flow Flow EGU
Spk-050Crm:Cryo-FS-014:FlowMeasValue
# Measured Flow Flow AI
Spk-050Crm:Cryo-FS-014:FlowRAW
############################################################
## Spk-050Crm:Cryo-FS-023
# End switch for no flow
Spk-050Crm:Cryo-FS-023:SwitchNoFlow
# End switch for flow on
Spk-050Crm:Cryo-FS-023:SwitchFlowON
# Measured Flow Flow EGU
Spk-050Crm:Cryo-FS-023:FlowMeasValue
# Measured Flow Flow AI
Spk-050Crm:Cryo-FS-023:FlowRAW
############################################################
## Spk-050Crm:Cryo-FS-024
# End switch for no flow
Spk-050Crm:Cryo-FS-024:SwitchNoFlow
# End switch for flow on
Spk-050Crm:Cryo-FS-024:SwitchFlowON
# Measured Flow Flow EGU
Spk-050Crm:Cryo-FS-024:FlowMeasValue
# Measured Flow Flow AI
Spk-050Crm:Cryo-FS-024:FlowRAW
############################################################
## Spk-050Crm:Cryo-FS-011
# End switch for flow on
Spk-050Crm:Cryo-FS-011:SwitchFlowON 1Hz
############################################################
## Spk-050Crm:Cryo-FS-021
# End switch for flow on
Spk-050Crm:Cryo-FS-021:SwitchFlowON 1Hz
############################################################
## Spk-050Crm:Cryo-FT-011
# Flow Value
Spk-050Crm:Cryo-FT-011:MeasValue
# Diff Pressure Value
Spk-050Crm:Cryo-FT-011:DiffPressure
############################################################
## Spk-050Crm:Cryo-FT-021
# Flow Value
Spk-050Crm:Cryo-FT-021:MeasValue
# Diff Pressure Value
Spk-050Crm:Cryo-FT-021:DiffPressure
############################################################
## Spk-050CDL:Cryo-HV-01
# Valve Opened
Spk-050CDL:Cryo-HV-01:Opened
# Valve Closed
Spk-050CDL:Cryo-HV-01:Closed
############################################################
## Spk-050CDL:Cryo-HV-60
# Valve Opened
Spk-050CDL:Cryo-HV-60:Opened
# Valve Closed
Spk-050CDL:Cryo-HV-60:Closed
############################################################
## Spk-050CDL:Cryo-HV-61
# Valve Opened
Spk-050CDL:Cryo-HV-61:Opened
# Valve Closed
Spk-050CDL:Cryo-HV-61:Closed
############################################################
## Spk-050CDL:Cryo-HV-73
# Valve Opened
Spk-050CDL:Cryo-HV-73:Opened
# Valve Closed
Spk-050CDL:Cryo-HV-73:Closed
############################################################
## Spk-050Crm:Cryo-HV-002
# Valve Opened
Spk-050Crm:Cryo-HV-002:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-002:Closed
############################################################
## Spk-050Crm:Cryo-HV-003
# Valve Opened
Spk-050Crm:Cryo-HV-003:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-003:Closed
############################################################
## Spk-050Crm:Cryo-HV-013
# Valve Opened
Spk-050Crm:Cryo-HV-013:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-013:Closed
############################################################
## Spk-050Crm:Cryo-HV-014
# Valve Opened
Spk-050Crm:Cryo-HV-014:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-014:Closed
############################################################
## Spk-050Crm:Cryo-HV-023
# Valve Opened
Spk-050Crm:Cryo-HV-023:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-023:Closed
############################################################
## Spk-050Crm:Cryo-HV-024
# Valve Opened
Spk-050Crm:Cryo-HV-024:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-024:Closed
############################################################
## Spk-050Crm:Cryo-HV-070
# Valve Opened
Spk-050Crm:Cryo-HV-070:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-070:Closed
############################################################
## Spk-050Crm:Cryo-HV-071
# Valve Opened
Spk-050Crm:Cryo-HV-071:Opened
# Valve Closed
Spk-050Crm:Cryo-HV-071:Closed
############################################################
## Spk-050CDL:Cryo-TT-01
# Temperature Value
Spk-050CDL:Cryo-TT-01:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-01:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-01:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-01:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-01:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-01:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-01:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-02
# Temperature Value
Spk-050CDL:Cryo-TT-02:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-02:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-02:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-02:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-02:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-02:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-02:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-03
# Temperature Value
Spk-050CDL:Cryo-TT-03:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-03:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-03:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-03:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-03:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-03:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-03:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-60
# Temperature Value
Spk-050CDL:Cryo-TT-60:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-60:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-60:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-60:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-60:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-60:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-60:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-61
# Temperature Value
Spk-050CDL:Cryo-TT-61:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-61:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-61:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-61:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-61:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-61:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-61:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-91
# Temperature Value
Spk-050CDL:Cryo-TT-91:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-91:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-91:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-91:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-91:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-91:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-91:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-92
# Temperature Value
Spk-050CDL:Cryo-TT-92:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-92:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-92:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-92:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-92:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-92:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-92:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-93
# Temperature Value
Spk-050CDL:Cryo-TT-93:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-93:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-93:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-93:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-93:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-93:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-93:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-94
# Temperature Value
Spk-050CDL:Cryo-TT-94:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-94:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-94:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-94:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-94:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-94:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-94:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-95
# Temperature Value
Spk-050CDL:Cryo-TT-95:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-95:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-95:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-95:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-95:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-95:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-95:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-96
# Temperature Value
Spk-050CDL:Cryo-TT-96:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-96:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-96:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-96:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-96:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-96:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-96:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-97
# Temperature Value
Spk-050CDL:Cryo-TT-97:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-97:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-97:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-97:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-97:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-97:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-97:PN_Module_Error
############################################################
## Spk-050CDL:Cryo-TT-98
# Temperature Value
Spk-050CDL:Cryo-TT-98:MeasValue 1Hz
# Temperature Underrange
Spk-050CDL:Cryo-TT-98:Underrange
# Temperature Overrange
Spk-050CDL:Cryo-TT-98:Overrange
# Temperature HIHI
Spk-050CDL:Cryo-TT-98:HIHI
# Temperature LOLO
Spk-050CDL:Cryo-TT-98:LOLO
# Parameter_Error
Spk-050CDL:Cryo-TT-98:Param_Error
# LakeShore Profibus Error
Spk-050CDL:Cryo-TT-98:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-004
# Temperature Value
Spk-050Crm:Cryo-TT-004:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-004:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-004:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-004:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-004:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-004:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-004:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-005
# Temperature Value
Spk-050Crm:Cryo-TT-005:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-005:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-005:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-005:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-005:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-005:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-005:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-006
# Temperature Value
Spk-050Crm:Cryo-TT-006:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-006:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-006:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-006:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-006:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-006:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-006:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-007
# Temperature Value
Spk-050Crm:Cryo-TT-007:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-007:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-007:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-007:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-007:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-007:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-007:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-008
# Temperature Value
Spk-050Crm:Cryo-TT-008:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-008:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-008:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-008:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-008:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-008:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-008:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-009
# Temperature Value
Spk-050Crm:Cryo-TT-009:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-009:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-009:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-009:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-009:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-009:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-009:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-010
# Temperature Value
Spk-050Crm:Cryo-TT-010:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-010:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-010:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-010:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-010:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-010:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-010:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-011
# Temperature Value
Spk-050Crm:Cryo-TT-011:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-011:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-011:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-011:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-011:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-011:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-011:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-012
# Temperature Value
Spk-050Crm:Cryo-TT-012:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-012:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-012:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-012:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-012:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-012:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-012:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-020
# Temperature Value
Spk-050Crm:Cryo-TT-020:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-020:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-020:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-020:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-020:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-020:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-020:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-021
# Temperature Value
Spk-050Crm:Cryo-TT-021:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-021:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-021:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-021:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-021:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-021:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-021:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-022
# Temperature Value
Spk-050Crm:Cryo-TT-022:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-022:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-022:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-022:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-022:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-022:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-022:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-120
# Temperature Value
Spk-050Crm:Cryo-TT-120:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-120:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-120:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-120:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-120:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-120:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-120:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-TT-220
# Temperature Value
Spk-050Crm:Cryo-TT-220:MeasValue 1Hz
# Temperature Underrange
Spk-050Crm:Cryo-TT-220:Underrange
# Temperature Overrange
Spk-050Crm:Cryo-TT-220:Overrange
# Temperature HIHI
Spk-050Crm:Cryo-TT-220:HIHI
# Temperature LOLO
Spk-050Crm:Cryo-TT-220:LOLO
# Parameter_Error
Spk-050Crm:Cryo-TT-220:Param_Error
# LakeShore Profibus Error
Spk-050Crm:Cryo-TT-220:PN_Module_Error
############################################################
## Spk-050Crm:Cryo-LT-001
# Level Value
Spk-050Crm:Cryo-LT-001:MeasValue 1Hz
# RAW integer scaled
Spk-050Crm:Cryo-LT-001:RAWValue 1Hz
# Offset Value
Spk-050Crm:Cryo-LT-001:OffsetValue
# Alarm Status Relay
Spk-050Crm:Cryo-LT-001:AlarmRelay
# Level Underrange
Spk-050Crm:Cryo-LT-001:Underrange
# Level Overrange
Spk-050Crm:Cryo-LT-001:Overrange
# Level HIHI
Spk-050Crm:Cryo-LT-001:HIHI
# Level LOLO
Spk-050Crm:Cryo-LT-001:LOLO
# Module_Error
Spk-050Crm:Cryo-LT-001:Module_Error
# Parameter_Error
Spk-050Crm:Cryo-LT-001:Param_Error
# Warm_Sensor
Spk-050Crm:Cryo-LT-001:Warm_Sensor
############################################################
## Spk-050Crm:Cryo-LT-002
# Level Value
Spk-050Crm:Cryo-LT-002:MeasValue 1Hz
# RAW integer scaled
Spk-050Crm:Cryo-LT-002:RAWValue 1Hz
# Offset Value
Spk-050Crm:Cryo-LT-002:OffsetValue
# Alarm Status Relay
Spk-050Crm:Cryo-LT-002:AlarmRelay
# Level Underrange
Spk-050Crm:Cryo-LT-002:Underrange
# Level Overrange
Spk-050Crm:Cryo-LT-002:Overrange
# Level HIHI
Spk-050Crm:Cryo-LT-002:HIHI
# Level LOLO
Spk-050Crm:Cryo-LT-002:LOLO
# Module_Error
Spk-050Crm:Cryo-LT-002:Module_Error
# Parameter_Error
Spk-050Crm:Cryo-LT-002:Param_Error
# Warm_Sensor
Spk-050Crm:Cryo-LT-002:Warm_Sensor
############################################################
## Spk-050Crm:SC-FSM-001
# Operation Mode Auto
Spk-050Crm:SC-FSM-001:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-001:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-001:Opened
# Closed
Spk-050Crm:SC-FSM-001:Closed
############################################################
## Spk-050CDL:SC-PID-01
# Selected Measurement
Spk-050CDL:SC-PID-01:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-01:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-01:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-01:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-01:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-01:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-01:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-01:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-01:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-01:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-01:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-01:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-01:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-01:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-01:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-01:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-01:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-01:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-01:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-01:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-01:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-01:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-01:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-01:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-01:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-01:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-01:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-01:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-01:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-01:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-01:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-01:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-01:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-01:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-02
# Selected Measurement
Spk-050CDL:SC-PID-02:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-02:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-02:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-02:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-02:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-02:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-02:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-02:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-02:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-02:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-02:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-02:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-02:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-02:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-02:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-02:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-02:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-02:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-02:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-02:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-02:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-02:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-02:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-02:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-02:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-02:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-02:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-02:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-02:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-02:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-02:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-02:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-02:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-02:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-03
# Selected Measurement
Spk-050CDL:SC-PID-03:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-03:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-03:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-03:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-03:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-03:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-03:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-03:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-03:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-03:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-03:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-03:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-03:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-03:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-03:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-03:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-03:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-03:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-03:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-03:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-03:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-03:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-03:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-03:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-03:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-03:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-03:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-03:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-03:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-03:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-03:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-03:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-03:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-03:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-04
# Selected Measurement
Spk-050CDL:SC-PID-04:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-04:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-04:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-04:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-04:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-04:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-04:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-04:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-04:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-04:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-04:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-04:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-04:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-04:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-04:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-04:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-04:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-04:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-04:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-04:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-04:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-04:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-04:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-04:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-04:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-04:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-04:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-04:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-04:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-04:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-04:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-04:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-04:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-04:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-05
# Selected Measurement
Spk-050CDL:SC-PID-05:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-05:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-05:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-05:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-05:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-05:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-05:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-05:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-05:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-05:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-05:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-05:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-05:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-05:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-05:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-05:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-05:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-05:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-05:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-05:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-05:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-05:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-05:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-05:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-05:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-05:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-05:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-05:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-05:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-05:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-05:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-05:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-05:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-05:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-06
# Selected Measurement
Spk-050CDL:SC-PID-06:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-06:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-06:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-06:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-06:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-06:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-06:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-06:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-06:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-06:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-06:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-06:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-06:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-06:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-06:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-06:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-06:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-06:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-06:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-06:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-06:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-06:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-06:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-06:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-06:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-06:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-06:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-06:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-06:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-06:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-06:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-06:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-06:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-06:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-60
# Selected Measurement
Spk-050CDL:SC-PID-60:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-60:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-60:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-60:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-60:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-60:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-60:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-60:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-60:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-60:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-60:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-60:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-60:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-60:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-60:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-60:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-60:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-60:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-60:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-60:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-60:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-60:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-60:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-60:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-60:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-60:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-60:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-60:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-60:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-60:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-60:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-60:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-60:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-60:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-61
# Selected Measurement
Spk-050CDL:SC-PID-61:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-61:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-61:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-61:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-61:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-61:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-61:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-61:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-61:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-61:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-61:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-61:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-61:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-61:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-61:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-61:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-61:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-61:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-61:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-61:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-61:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-61:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-61:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-61:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-61:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-61:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-61:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-61:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-61:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-61:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-61:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-61:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-61:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-61:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-62
# Selected Measurement
Spk-050CDL:SC-PID-62:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-62:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-62:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-62:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-62:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-62:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-62:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-62:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-62:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-62:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-62:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-62:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-62:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-62:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-62:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-62:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-62:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-62:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-62:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-62:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-62:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-62:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-62:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-62:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-62:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-62:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-62:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-62:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-62:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-62:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-62:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-62:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-62:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-62:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:SC-PID-63
# Selected Measurement
Spk-050CDL:SC-PID-63:SelectedPV
# Manipulated Value
Spk-050CDL:SC-PID-63:LMN
# Manipulated Value P-Action
Spk-050CDL:SC-PID-63:LMN_P
# Manipulated Value I-Action
Spk-050CDL:SC-PID-63:LMN_I
# Manipulated Value D-Action
Spk-050CDL:SC-PID-63:LMN_D
# Actual PID Error/Difference
Spk-050CDL:SC-PID-63:PID_DIF
# PID Process Value
Spk-050CDL:SC-PID-63:PV
# PID Setpoint Value
Spk-050CDL:SC-PID-63:MAN_SP
# PV Name of the Process Value
Spk-050CDL:SC-PID-63:ProcValueName
# EGU of the Process Value
Spk-050CDL:SC-PID-63:ProcValueEGU
# 1st Select Measurement
Spk-050CDL:SC-PID-63:Meas1_Name
# 2nd Select Measurement
Spk-050CDL:SC-PID-63:Meas2_Name
# 3rd Select Measurement
Spk-050CDL:SC-PID-63:Meas3_Name
# Move Interlock
Spk-050CDL:SC-PID-63:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050CDL:SC-PID-63:FB_Setpoint
# FB Step value for Open/Close
Spk-050CDL:SC-PID-63:FB_Step
# Force Manipulated value (AO)
Spk-050CDL:SC-PID-63:FB_Manipulated
# FB Proportional gain
Spk-050CDL:SC-PID-63:FB_Gain 1Hz
# FB Integration time
Spk-050CDL:SC-PID-63:FB_TI 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-63:FB_TD 1Hz
# FB Deadband
Spk-050CDL:SC-PID-63:FB_DEADB 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-63:FB_Gain_1 1Hz
# FB Integration time
Spk-050CDL:SC-PID-63:FB_TI_1 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-63:FB_TD_1 1Hz
# FB Deadband
Spk-050CDL:SC-PID-63:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-63:FB_Gain_2 1Hz
# FB Integration time
Spk-050CDL:SC-PID-63:FB_TI_2 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-63:FB_TD_2 1Hz
# FB Deadband
Spk-050CDL:SC-PID-63:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050CDL:SC-PID-63:FB_Gain_3 1Hz
# FB Integration time
Spk-050CDL:SC-PID-63:FB_TI_3 1Hz
# FB Derivative action time
Spk-050CDL:SC-PID-63:FB_TD_3 1Hz
# FB Deadband
Spk-050CDL:SC-PID-63:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050CDL:SC-PID-63:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:Cryo-PID-011
# Selected Measurement
Spk-050Crm:Cryo-PID-011:SelectedPV
# Manipulated Value
Spk-050Crm:Cryo-PID-011:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-PID-011:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-PID-011:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-PID-011:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-PID-011:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-PID-011:PV
# PID Setpoint Value
Spk-050Crm:Cryo-PID-011:MAN_SP
# PV Name of the Process Value
Spk-050Crm:Cryo-PID-011:ProcValueName
# EGU of the Process Value
Spk-050Crm:Cryo-PID-011:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:Cryo-PID-011:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:Cryo-PID-011:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:Cryo-PID-011:Meas3_Name
# Move Interlock
Spk-050Crm:Cryo-PID-011:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-PID-011:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:Cryo-PID-011:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:Cryo-PID-011:FB_Manipulated
# FB Proportional gain
Spk-050Crm:Cryo-PID-011:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-011:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-011:FB_TD 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-011:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-011:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-011:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-011:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-011:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-011:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-011:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-011:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-011:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-011:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-011:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-011:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-011:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-011:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:Cryo-PID-021
# Selected Measurement
Spk-050Crm:Cryo-PID-021:SelectedPV
# Manipulated Value
Spk-050Crm:Cryo-PID-021:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-PID-021:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-PID-021:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-PID-021:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-PID-021:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-PID-021:PV
# PID Setpoint Value
Spk-050Crm:Cryo-PID-021:MAN_SP
# PV Name of the Process Value
Spk-050Crm:Cryo-PID-021:ProcValueName
# EGU of the Process Value
Spk-050Crm:Cryo-PID-021:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:Cryo-PID-021:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:Cryo-PID-021:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:Cryo-PID-021:Meas3_Name
# Move Interlock
Spk-050Crm:Cryo-PID-021:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-PID-021:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:Cryo-PID-021:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:Cryo-PID-021:FB_Manipulated
# FB Proportional gain
Spk-050Crm:Cryo-PID-021:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-021:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-021:FB_TD 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-021:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-021:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-021:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-021:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-021:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-021:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-021:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-021:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-021:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-021:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-021:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-021:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-021:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-021:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:Cryo-PID-090
# Selected Measurement
Spk-050Crm:Cryo-PID-090:SelectedPV
# Manipulated Value
Spk-050Crm:Cryo-PID-090:LMN
# Manipulated Value P-Action
Spk-050Crm:Cryo-PID-090:LMN_P
# Manipulated Value I-Action
Spk-050Crm:Cryo-PID-090:LMN_I
# Manipulated Value D-Action
Spk-050Crm:Cryo-PID-090:LMN_D
# Actual PID Error/Difference
Spk-050Crm:Cryo-PID-090:PID_DIF
# PID Process Value
Spk-050Crm:Cryo-PID-090:PV
# PID Setpoint Value
Spk-050Crm:Cryo-PID-090:MAN_SP
# PV Name of the Process Value
Spk-050Crm:Cryo-PID-090:ProcValueName
# EGU of the Process Value
Spk-050Crm:Cryo-PID-090:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:Cryo-PID-090:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:Cryo-PID-090:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:Cryo-PID-090:Meas3_Name
# Move Interlock
Spk-050Crm:Cryo-PID-090:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:Cryo-PID-090:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:Cryo-PID-090:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:Cryo-PID-090:FB_Manipulated
# FB Proportional gain
Spk-050Crm:Cryo-PID-090:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-090:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-090:FB_TD 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-090:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-090:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-090:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-090:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-090:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-090:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-090:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-090:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-090:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:Cryo-PID-090:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:Cryo-PID-090:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:Cryo-PID-090:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:Cryo-PID-090:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:Cryo-PID-090:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-001
# Selected Measurement
Spk-050Crm:SC-PID-001:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-001:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-001:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-001:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-001:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-001:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-001:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-001:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-001:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-001:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-001:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-001:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-001:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-001:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-001:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-001:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-001:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-001:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-001:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-001:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-001:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-001:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-001:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-001:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-001:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-001:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-001:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-001:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-001:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-001:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-001:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-001:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-001:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-001:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-002
# Selected Measurement
Spk-050Crm:SC-PID-002:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-002:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-002:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-002:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-002:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-002:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-002:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-002:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-002:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-002:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-002:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-002:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-002:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-002:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-002:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-002:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-002:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-002:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-002:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-002:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-002:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-002:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-002:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-002:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-002:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-002:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-002:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-002:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-002:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-002:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-002:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-002:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-002:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-002:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-010
# Selected Measurement
Spk-050Crm:SC-PID-010:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-010:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-010:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-010:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-010:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-010:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-010:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-010:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-010:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-010:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-010:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-010:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-010:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-010:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-010:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-010:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-010:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-010:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-010:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-010:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-010:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-010:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-010:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-010:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-010:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-010:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-010:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-010:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-010:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-010:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-010:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-010:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-010:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-010:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-012
# Selected Measurement
Spk-050Crm:SC-PID-012:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-012:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-012:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-012:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-012:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-012:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-012:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-012:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-012:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-012:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-012:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-012:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-012:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-012:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-012:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-012:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-012:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-012:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-012:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-012:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-012:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-012:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-012:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-012:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-012:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-012:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-012:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-012:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-012:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-012:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-012:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-012:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-012:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-012:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-020
# Selected Measurement
Spk-050Crm:SC-PID-020:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-020:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-020:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-020:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-020:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-020:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-020:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-020:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-020:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-020:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-020:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-020:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-020:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-020:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-020:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-020:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-020:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-020:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-020:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-020:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-020:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-020:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-020:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-020:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-020:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-020:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-020:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-020:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-020:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-020:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-020:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-020:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-020:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-020:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050Crm:SC-PID-022
# Selected Measurement
Spk-050Crm:SC-PID-022:SelectedPV
# Manipulated Value
Spk-050Crm:SC-PID-022:LMN
# Manipulated Value P-Action
Spk-050Crm:SC-PID-022:LMN_P
# Manipulated Value I-Action
Spk-050Crm:SC-PID-022:LMN_I
# Manipulated Value D-Action
Spk-050Crm:SC-PID-022:LMN_D
# Actual PID Error/Difference
Spk-050Crm:SC-PID-022:PID_DIF
# PID Process Value
Spk-050Crm:SC-PID-022:PV
# PID Setpoint Value
Spk-050Crm:SC-PID-022:MAN_SP
# PV Name of the Process Value
Spk-050Crm:SC-PID-022:ProcValueName
# EGU of the Process Value
Spk-050Crm:SC-PID-022:ProcValueEGU
# 1st Select Measurement
Spk-050Crm:SC-PID-022:Meas1_Name
# 2nd Select Measurement
Spk-050Crm:SC-PID-022:Meas2_Name
# 3rd Select Measurement
Spk-050Crm:SC-PID-022:Meas3_Name
# Move Interlock
Spk-050Crm:SC-PID-022:MoveInterlock
# FB Setpoint from HMI (SP)
Spk-050Crm:SC-PID-022:FB_Setpoint
# FB Step value for Open/Close
Spk-050Crm:SC-PID-022:FB_Step
# Force Manipulated value (AO)
Spk-050Crm:SC-PID-022:FB_Manipulated
# FB Proportional gain
Spk-050Crm:SC-PID-022:FB_Gain 1Hz
# FB Integration time
Spk-050Crm:SC-PID-022:FB_TI 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-022:FB_TD 1Hz
# FB Deadband
Spk-050Crm:SC-PID-022:FB_DEADB 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_HLIM 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_LLIM 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-022:FB_Gain_1 1Hz
# FB Integration time
Spk-050Crm:SC-PID-022:FB_TI_1 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-022:FB_TD_1 1Hz
# FB Deadband
Spk-050Crm:SC-PID-022:FB_DEADB_1 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_HLIM_1 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_LLIM_1 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-022:FB_Gain_2 1Hz
# FB Integration time
Spk-050Crm:SC-PID-022:FB_TI_2 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-022:FB_TD_2 1Hz
# FB Deadband
Spk-050Crm:SC-PID-022:FB_DEADB_2 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_HLIM_2 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_LLIM_2 1Hz
# FB Proportional gain
Spk-050Crm:SC-PID-022:FB_Gain_3 1Hz
# FB Integration time
Spk-050Crm:SC-PID-022:FB_TI_3 1Hz
# FB Derivative action time
Spk-050Crm:SC-PID-022:FB_TD_3 1Hz
# FB Deadband
Spk-050Crm:SC-PID-022:FB_DEADB_3 1Hz
# FB High limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_HLIM_3 1Hz
# FB Low limit for MV
Spk-050Crm:SC-PID-022:FB_LMN_LLIM_3 1Hz
############################################################
## Spk-050CDL:Cryo-PT-01
# Pressure Value
Spk-050CDL:Cryo-PT-01:MeasValue
# RAW integer scaled
Spk-050CDL:Cryo-PT-01:RAWValue
# Pressure Underrange
Spk-050CDL:Cryo-PT-01:Underrange
# Pressure Overrange
Spk-050CDL:Cryo-PT-01:Overrange
# Pressure HIHI
Spk-050CDL:Cryo-PT-01:HIHI
# Pressure HI
Spk-050CDL:Cryo-PT-01:HI
# Pressure LO
Spk-050CDL:Cryo-PT-01:LO
# Pressure LOLO
Spk-050CDL:Cryo-PT-01:LOLO
# Parameter_Error
Spk-050CDL:Cryo-PT-01:Param_Error
# Module_Error
Spk-050CDL:Cryo-PT-01:Module_Error
# Cable_Error
Spk-050CDL:Cryo-PT-01:Cable_Error
############################################################
## Spk-050CDL:Cryo-PT-60
# Pressure Value
Spk-050CDL:Cryo-PT-60:MeasValue
# RAW integer scaled
Spk-050CDL:Cryo-PT-60:RAWValue
# Pressure Underrange
Spk-050CDL:Cryo-PT-60:Underrange
# Pressure Overrange
Spk-050CDL:Cryo-PT-60:Overrange
# Pressure HIHI
Spk-050CDL:Cryo-PT-60:HIHI
# Pressure HI
Spk-050CDL:Cryo-PT-60:HI
# Pressure LO
Spk-050CDL:Cryo-PT-60:LO
# Pressure LOLO
Spk-050CDL:Cryo-PT-60:LOLO
# Parameter_Error
Spk-050CDL:Cryo-PT-60:Param_Error
# Module_Error
Spk-050CDL:Cryo-PT-60:Module_Error
# Cable_Error
Spk-050CDL:Cryo-PT-60:Cable_Error
############################################################
## Spk-050Crm:Cryo-PI-070
# Pressure Value
Spk-050Crm:Cryo-PI-070:MeasValue
# RAW integer scaled
Spk-050Crm:Cryo-PI-070:RAWValue
# Pressure Underrange
Spk-050Crm:Cryo-PI-070:Underrange
# Pressure Overrange
Spk-050Crm:Cryo-PI-070:Overrange
# Pressure HIHI
Spk-050Crm:Cryo-PI-070:HIHI
# Pressure HI
Spk-050Crm:Cryo-PI-070:HI
# Pressure LO
Spk-050Crm:Cryo-PI-070:LO
# Pressure LOLO
Spk-050Crm:Cryo-PI-070:LOLO
# Parameter_Error
Spk-050Crm:Cryo-PI-070:Param_Error
# Module_Error
Spk-050Crm:Cryo-PI-070:Module_Error
# Cable_Error
Spk-050Crm:Cryo-PI-070:Cable_Error
############################################################
## Spk-050Crm:Cryo-PT-002
# Pressure Value
Spk-050Crm:Cryo-PT-002:MeasValue
# RAW integer scaled
Spk-050Crm:Cryo-PT-002:RAWValue
# Pressure Underrange
Spk-050Crm:Cryo-PT-002:Underrange
# Pressure Overrange
Spk-050Crm:Cryo-PT-002:Overrange
# Pressure HIHI
Spk-050Crm:Cryo-PT-002:HIHI
# Pressure HI
Spk-050Crm:Cryo-PT-002:HI
# Pressure LO
Spk-050Crm:Cryo-PT-002:LO
# Pressure LOLO
Spk-050Crm:Cryo-PT-002:LOLO
# Parameter_Error
Spk-050Crm:Cryo-PT-002:Param_Error
# Module_Error
Spk-050Crm:Cryo-PT-002:Module_Error
# Cable_Error
Spk-050Crm:Cryo-PT-002:Cable_Error
############################################################
## Spk-050Crm:Cryo-PT-003
# Pressure Value
Spk-050Crm:Cryo-PT-003:MeasValue
# RAW integer scaled
Spk-050Crm:Cryo-PT-003:RAWValue
# Pressure Underrange
Spk-050Crm:Cryo-PT-003:Underrange
# Pressure Overrange
Spk-050Crm:Cryo-PT-003:Overrange
# Pressure HIHI
Spk-050Crm:Cryo-PT-003:HIHI
# Pressure HI
Spk-050Crm:Cryo-PT-003:HI
# Pressure LO
Spk-050Crm:Cryo-PT-003:LO
# Pressure LOLO
Spk-050Crm:Cryo-PT-003:LOLO
# Parameter_Error
Spk-050Crm:Cryo-PT-003:Param_Error
# Module_Error
Spk-050Crm:Cryo-PT-003:Module_Error
# Cable_Error
Spk-050Crm:Cryo-PT-003:Cable_Error
############################################################
## Spk-050Crm:WtrC-PT-002
# Pressure Value
Spk-050Crm:WtrC-PT-002:MeasValue
# RAW integer scaled
Spk-050Crm:WtrC-PT-002:RAWValue
# Pressure Underrange
Spk-050Crm:WtrC-PT-002:Underrange
# Pressure Overrange
Spk-050Crm:WtrC-PT-002:Overrange
# Pressure HIHI
Spk-050Crm:WtrC-PT-002:HIHI
# Pressure HI
Spk-050Crm:WtrC-PT-002:HI
# Pressure LO
Spk-050Crm:WtrC-PT-002:LO
# Pressure LOLO
Spk-050Crm:WtrC-PT-002:LOLO
# Parameter_Error
Spk-050Crm:WtrC-PT-002:Param_Error
# Module_Error
Spk-050Crm:WtrC-PT-002:Module_Error
# Cable_Error
Spk-050Crm:WtrC-PT-002:Cable_Error
############################################################
## Spk-050Crm:WtrC-PT-011
# Pressure Value
Spk-050Crm:WtrC-PT-011:MeasValue
# RAW integer scaled
Spk-050Crm:WtrC-PT-011:RAWValue
# Pressure Underrange
Spk-050Crm:WtrC-PT-011:Underrange
# Pressure Overrange
Spk-050Crm:WtrC-PT-011:Overrange
# Pressure HIHI
Spk-050Crm:WtrC-PT-011:HIHI
# Pressure HI
Spk-050Crm:WtrC-PT-011:HI
# Pressure LO
Spk-050Crm:WtrC-PT-011:LO
# Pressure LOLO
Spk-050Crm:WtrC-PT-011:LOLO
# Parameter_Error
Spk-050Crm:WtrC-PT-011:Param_Error
# Module_Error
Spk-050Crm:WtrC-PT-011:Module_Error
# Cable_Error
Spk-050Crm:WtrC-PT-011:Cable_Error
############################################################
## Spk-050Crm:WtrC-YSV-001
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-001:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-001:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-001:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-001:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-001:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-001:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-001:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-001:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-001:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-001:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-001:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-001:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-004
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-004:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-004:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-004:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-004:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-004:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-004:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-004:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-004:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-004:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-004:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-004:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-004:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-005
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-005:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-005:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-005:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-005:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-005:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-005:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-005:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-005:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-005:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-005:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-005:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-005:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-007
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-007:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-007:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-007:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-007:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-007:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-007:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-007:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-007:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-007:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-007:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-007:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-007:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-008
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-008:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-008:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-008:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-008:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-008:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-008:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-008:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-008:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-008:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-008:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-008:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-008:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-014
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-014:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-014:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-014:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-014:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-014:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-014:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-014:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-014:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-014:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-014:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-014:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-014:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-020
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-020:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-020:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-020:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-020:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-020:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-020:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-020:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-020:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-020:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-020:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-020:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-020:StaPnR
############################################################
## Spk-050Crm:WtrC-YSV-026
# Operation Mode Auto
Spk-050Crm:WtrC-YSV-026:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:WtrC-YSV-026:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:WtrC-YSV-026:OpMode_Forced
# Valve Opened
Spk-050Crm:WtrC-YSV-026:Opened
# Valve Closed
Spk-050Crm:WtrC-YSV-026:Closed
# Solenoid energized
Spk-050Crm:WtrC-YSV-026:Solenoid
# Start Interlock
Spk-050Crm:WtrC-YSV-026:StartInterlock
# Stop Interlock
Spk-050Crm:WtrC-YSV-026:StopInterlock
# Opening Time Out
Spk-050Crm:WtrC-YSV-026:Opening_TimeOut
# Closing Time Out
Spk-050Crm:WtrC-YSV-026:Closing_TimeOut
# IO Error
Spk-050Crm:WtrC-YSV-026:IO_Error
# Status power and ready
Spk-050Crm:WtrC-YSV-026:StaPnR
############################################################
## Spk-050Crm:Cryo-CV-090
# Operation Mode Auto
Spk-050Crm:Cryo-CV-090:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:Cryo-CV-090:OpMode_Manual
# Operation Mode Forced
Spk-050Crm:Cryo-CV-090:OpMode_Forced
# Valve Opened
Spk-050Crm:Cryo-CV-090:Opened
# Valve Closed
Spk-050Crm:Cryo-CV-090:Closed
# Solenoid energized
Spk-050Crm:Cryo-CV-090:Solenoid
# Safety open setpoint
Spk-050Crm:Cryo-CV-090:OpenSP 1Hz
# Setpoint Hysteresis
Spk-050Crm:Cryo-CV-090:CloseSP 1Hz
# Start Interlock
Spk-050Crm:Cryo-CV-090:StartInterlock
# Stop Interlock
Spk-050Crm:Cryo-CV-090:StopInterlock
# Opening Time Out
Spk-050Crm:Cryo-CV-090:Opening_TimeOut
# Closing Time Out
Spk-050Crm:Cryo-CV-090:Closing_TimeOut
# IO Error
Spk-050Crm:Cryo-CV-090:IO_Error
# Status power and ready
Spk-050Crm:Cryo-CV-090:StaPnR
# FB Safety open setpoint from HMI
Spk-050Crm:Cryo-CV-090:FB_OpenSP 1Hz
# FB Safety close setpoint from HMI
Spk-050Crm:Cryo-CV-090:FB_CloseSP 1Hz
# Safety open setpoint from OPI
Spk-050Crm:Cryo-CV-090:P_OpenSP 1Hz
# Safety close setpoint from OPI
Spk-050Crm:Cryo-CV-090:P_CloseSP 1Hz
############################################################
## Spk-050Crm:SC-FSM-003
# Operation Mode Auto
Spk-050Crm:SC-FSM-003:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-003:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-003:Opened
# Closed
Spk-050Crm:SC-FSM-003:Closed
# Solenoid energized
Spk-050Crm:SC-FSM-003:Solenoid
# Reserve
Spk-050Crm:SC-FSM-003:Relay_Reserve_01
# Reserve
Spk-050Crm:SC-FSM-003:Relay_Reserve_02
# Reserve
Spk-050Crm:SC-FSM-003:Relay_Reserve_03
# Cavity temperature OK
Spk-050Crm:SC-FSM-003:TT-004_Temp_OK
# Cavity temperature OK
Spk-050Crm:SC-FSM-003:TT-005_Temp_OK
# Cavity temperature OK
Spk-050Crm:SC-FSM-003:TT-006_Temp_OK
# Cavity temperature OK
Spk-050Crm:SC-FSM-003:TT-007_Temp_OK
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_Res_01_OK
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_Res_02_OK
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_Res_03_OK
# Motor_OK cavity temperature setpoint
Spk-050Crm:SC-FSM-003:Motor_OK_Tcav 1Hz
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_SP_Res_01 1Hz
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_SP_Res_02 1Hz
# Reserve
Spk-050Crm:SC-FSM-003:Motor_OK_SP_Res_03 1Hz
# Cryo system OK 2K
Spk-050Crm:SC-FSM-003:CDS_Cryo_OK 1Hz
# Cryo system OK 2K
Spk-050Crm:SC-FSM-003:Ext_Reserve_01 1Hz
# Cryo system OK 2K
Spk-050Crm:SC-FSM-003:Ext_Reserve_02 1Hz
# Cryo system OK 2K
Spk-050Crm:SC-FSM-003:Ext_Reserve_03 1Hz
############################################################
## Spk-050Crm:SC-FSM-002
# Protection turned on of EH-001
Spk-050Crm:SC-FSM-002:EH-001_Protection
# Protection turned on of EH-002
Spk-050Crm:SC-FSM-002:EH-002_Protection
# Protection turned on of EH-010
Spk-050Crm:SC-FSM-002:EH-010_Protection
# Protection turned on of EH-020
Spk-050Crm:SC-FSM-002:EH-020_Protection
# Protection turned on of EH-012
Spk-050Crm:SC-FSM-002:EH-012_Protection
# Protection turned on of EH-022
Spk-050Crm:SC-FSM-002:EH-022_Protection
# Protection turned on of CV01
Spk-050Crm:SC-FSM-002:CV01_Protection
# Protection turned on of CV02
Spk-050Crm:SC-FSM-002:CV02_Protection
# Protection turned on of CV03
Spk-050Crm:SC-FSM-002:CV03_Protection
# Protection turned on of CV04
Spk-050Crm:SC-FSM-002:CV04_Protection
# Protection turned on of CV05
Spk-050Crm:SC-FSM-002:CV05_Protection
# Protection turned on of CV06
Spk-050Crm:SC-FSM-002:CV06_Protection
# Protection turned on of CV60
Spk-050Crm:SC-FSM-002:CV60_Protection
# Protection turned on of CV61
Spk-050Crm:SC-FSM-002:CV61_Protection
# Protection turned on of CV62
Spk-050Crm:SC-FSM-002:CV62_Protection
# Protection turned on of CV63
Spk-050Crm:SC-FSM-002:CV63_Protection
############################################################
## Spk-050Crm:SC-FSM-004
# Operation Mode Auto
Spk-050Crm:SC-FSM-004:OpMode_Auto
# Operation Mode Manual
Spk-050Crm:SC-FSM-004:OpMode_Manual
# Opened
Spk-050Crm:SC-FSM-004:Opened
# Closed
Spk-050Crm:SC-FSM-004:Closed
# Solenoid energized
Spk-050Crm:SC-FSM-004:Solenoid
# Reserve
Spk-050Crm:SC-FSM-004:Relay_Reserve_01
# Reserve
Spk-050Crm:SC-FSM-004:Relay_Reserve_02
# Reserve
Spk-050Crm:SC-FSM-004:Relay_Reserve_03
# Operation Mode Warm Conditioning
Spk-050Crm:SC-FSM-004:WarmCond_ON
# Operation Mode Cold Conditioning
Spk-050Crm:SC-FSM-004:ColdCond_ON
# Operation Regular
Spk-050Crm:SC-FSM-004:RegularOper_ON
# Reserve
Spk-050Crm:SC-FSM-004:Cond_OFF
# Reserve
Spk-050Crm:SC-FSM-004:Condition_Reserve_01
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:WCC_FS_013_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:WCC_FS_014_Flow_OK
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:WCC_FS_023_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:WCC_FS_024_Flow_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_013_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_014_Temp_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_023_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_024_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_120_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:WCC_TT_220_Temp_OK
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_01_OK
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_02_OK
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_03_OK
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:CCC_FS_013_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:CCC_FS_014_Flow_OK
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:CCC_FS_023_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:CCC_FS_024_Flow_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_013_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_014_Temp_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_023_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_024_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_120_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:CCC_TT_220_Temp_OK
# Cavity tank temperature
Spk-050Crm:SC-FSM-004:CCC_TT_04_Temp_OK
# Cavity tank temperature
Spk-050Crm:SC-FSM-004:CCC_TT_05_Temp_OK
# Cavity tank temperature
Spk-050Crm:SC-FSM-004:CCC_TT_06_Temp_OK
# Cavity tank temperature
Spk-050Crm:SC-FSM-004:CCC_TT_07_Temp_OK
# VLP line pressure
Spk-050Crm:SC-FSM-004:CCC_PT_002_Pres_OK
# VLP line pressure
Spk-050Crm:SC-FSM-004:CCC_PT_003_Pres_OK
# Liquid level
Spk-050Crm:SC-FSM-004:CCC_LT_001_Lvl_OK
# Liquid level
Spk-050Crm:SC-FSM-004:CCC_LT_002_Lvl_OK
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_01_OK
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_02_OK
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_03_OK
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:RO_FS_013_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:RO_FS_014_Flow_OK
# Antenna water flow OK
Spk-050Crm:SC-FSM-004:RO_FS_023_Flow_OK
# Window water flow OK
Spk-050Crm:SC-FSM-004:RO_FS_024_Flow_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_013_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_014_Temp_OK
# Antenna water temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_023_Temp_OK
# Window water temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_024_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_120_Temp_OK
# Flange temperature OK
Spk-050Crm:SC-FSM-004:RO_TT_220_Temp_OK
# VLP line pressure
Spk-050Crm:SC-FSM-004:RO_PT_002_Pres_OK
# VLP line pressure
Spk-050Crm:SC-FSM-004:RO_PT_003_Pres_OK
# Liquid level
Spk-050Crm:SC-FSM-004:RO_LT_001_Lvl_OK
# Liquid level
Spk-050Crm:SC-FSM-004:RO_LT_002_Lvl_OK
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_01_OK
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_02_OK
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_03_OK
# WCC water temperature setpoint
Spk-050Crm:SC-FSM-004:WCC_Twater-RB 1Hz
# WCC flange temperature setpoint
Spk-050Crm:SC-FSM-004:WCC_Tfpc-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_01-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_02-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_03-RB 1Hz
# CCC water temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Twater-RB 1Hz
# CCC flange temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Tfpc-RB 1Hz
# CCC cavity tank temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Tcold-RB 1Hz
# CCC VLP line pressure setpoint
Spk-050Crm:SC-FSM-004:CCC_Pvlp-RB 1Hz
# CCC Liquid level setpoint
Spk-050Crm:SC-FSM-004:CCC_Lthr-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_01-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_02-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_03-RB 1Hz
# RO water temperature setpoint
Spk-050Crm:SC-FSM-004:RO_Twater-RB 1Hz
# RO flange temperature setpoint
Spk-050Crm:SC-FSM-004:RO_Tfpc-RB 1Hz
# RO VLP line pressure setpoint
Spk-050Crm:SC-FSM-004:RO_Pvlp-RB 1Hz
# RO Liquid level setpoint
Spk-050Crm:SC-FSM-004:RO_Lthr-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_01-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_02-RB 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_03-RB 1Hz
# WCC water temperature setpoint
Spk-050Crm:SC-FSM-004:WCC_Twater-SP 1Hz
# WCC flange temperature setpoint
Spk-050Crm:SC-FSM-004:WCC_Tfpc-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_01-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_02-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:WCC_Reserve_03-SP 1Hz
# CCC water temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Twater-SP 1Hz
# CCC flange temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Tfpc-SP 1Hz
# CCC cavity tank temperature setpoint
Spk-050Crm:SC-FSM-004:CCC_Tcold-SP 1Hz
# CCC VLP line pressure setpoint
Spk-050Crm:SC-FSM-004:CCC_Pvlp-SP 1Hz
# CCC Liquid level setpoint
Spk-050Crm:SC-FSM-004:CCC_Lthr-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_01-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_02-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:CCC_Reserve_03-SP 1Hz
# RO water temperature setpoint
Spk-050Crm:SC-FSM-004:RO_Twater-SP 1Hz
# RO flange temperature setpoint
Spk-050Crm:SC-FSM-004:RO_Tfpc-SP 1Hz
# RO VLP line pressure setpoint
Spk-050Crm:SC-FSM-004:RO_Pvlp-SP 1Hz
# RO Liquid level setpoint
Spk-050Crm:SC-FSM-004:RO_Lthr-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_01-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_02-SP 1Hz
# Reserve
Spk-050Crm:SC-FSM-004:RO_Reserve_03-SP 1Hz
############################################################
## Spk-050Crm:WtrC-TT-013
# Operation Mode FreeRun
Spk-050Crm:WtrC-TT-013:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-TT-013:OpMode_Forced
# Temperature Value
Spk-050Crm:WtrC-TT-013:MeasValue 1Hz
# Temperature in Current
Spk-050Crm:WtrC-TT-013:MeasCurrent 1Hz
# RAW integer scaled
Spk-050Crm:WtrC-TT-013:RAWValue 1Hz
# Temperature Underrange
Spk-050Crm:WtrC-TT-013:Underrange
# Temperature Overrange
Spk-050Crm:WtrC-TT-013:Overrange
# Temperature HIHI
Spk-050Crm:WtrC-TT-013:HIHI
# Temperature HI
Spk-050Crm:WtrC-TT-013:HI
# Temperature LO
Spk-050Crm:WtrC-TT-013:LO
# Temperature LOLO
Spk-050Crm:WtrC-TT-013:LOLO
# IO_Error
Spk-050Crm:WtrC-TT-013:IO_Error
# Module_Error
Spk-050Crm:WtrC-TT-013:Module_Error
# Parameter_Error
Spk-050Crm:WtrC-TT-013:Param_Error
############################################################
## Spk-050Crm:WtrC-TT-014
# Operation Mode FreeRun
Spk-050Crm:WtrC-TT-014:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-TT-014:OpMode_Forced
# Temperature Value
Spk-050Crm:WtrC-TT-014:MeasValue 1Hz
# Temperature in Current
Spk-050Crm:WtrC-TT-014:MeasCurrent 1Hz
# RAW integer scaled
Spk-050Crm:WtrC-TT-014:RAWValue 1Hz
# Temperature Underrange
Spk-050Crm:WtrC-TT-014:Underrange
# Temperature Overrange
Spk-050Crm:WtrC-TT-014:Overrange
# Temperature HIHI
Spk-050Crm:WtrC-TT-014:HIHI
# Temperature HI
Spk-050Crm:WtrC-TT-014:HI
# Temperature LO
Spk-050Crm:WtrC-TT-014:LO
# Temperature LOLO
Spk-050Crm:WtrC-TT-014:LOLO
# IO_Error
Spk-050Crm:WtrC-TT-014:IO_Error
# Module_Error
Spk-050Crm:WtrC-TT-014:Module_Error
# Parameter_Error
Spk-050Crm:WtrC-TT-014:Param_Error
############################################################
## Spk-050Crm:WtrC-TT-023
# Operation Mode FreeRun
Spk-050Crm:WtrC-TT-023:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-TT-023:OpMode_Forced
# Temperature Value
Spk-050Crm:WtrC-TT-023:MeasValue 1Hz
# Temperature in Current
Spk-050Crm:WtrC-TT-023:MeasCurrent 1Hz
# RAW integer scaled
Spk-050Crm:WtrC-TT-023:RAWValue 1Hz
# Temperature Underrange
Spk-050Crm:WtrC-TT-023:Underrange
# Temperature Overrange
Spk-050Crm:WtrC-TT-023:Overrange
# Temperature HIHI
Spk-050Crm:WtrC-TT-023:HIHI
# Temperature HI
Spk-050Crm:WtrC-TT-023:HI
# Temperature LO
Spk-050Crm:WtrC-TT-023:LO
# Temperature LOLO
Spk-050Crm:WtrC-TT-023:LOLO
# IO_Error
Spk-050Crm:WtrC-TT-023:IO_Error
# Module_Error
Spk-050Crm:WtrC-TT-023:Module_Error
# Parameter_Error
Spk-050Crm:WtrC-TT-023:Param_Error
############################################################
## Spk-050Crm:WtrC-TT-024
# Operation Mode FreeRun
Spk-050Crm:WtrC-TT-024:OpMode_FreeRun
# Operation Mode Forced
Spk-050Crm:WtrC-TT-024:OpMode_Forced
# Temperature Value
Spk-050Crm:WtrC-TT-024:MeasValue 1Hz
# Temperature in Current
Spk-050Crm:WtrC-TT-024:MeasCurrent 1Hz
# RAW integer scaled
Spk-050Crm:WtrC-TT-024:RAWValue 1Hz
# Temperature Underrange
Spk-050Crm:WtrC-TT-024:Underrange
# Temperature Overrange
Spk-050Crm:WtrC-TT-024:Overrange
# Temperature HIHI
Spk-050Crm:WtrC-TT-024:HIHI
# Temperature HI
Spk-050Crm:WtrC-TT-024:HI
# Temperature LO
Spk-050Crm:WtrC-TT-024:LO
# Temperature LOLO
Spk-050Crm:WtrC-TT-024:LOLO
# IO_Error
Spk-050Crm:WtrC-TT-024:IO_Error
# Module_Error
Spk-050Crm:WtrC-TT-024:Module_Error
# Parameter_Error
Spk-050Crm:WtrC-TT-024:Param_Error