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Commit cf3bf274 authored by Arkadiusz Gorzawski's avatar Arkadiusz Gorzawski
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Merge branch 'master' into 'master' 

FBIS channels updated

See merge request alarm-server/alarm-server-config!111
parents 889f5e45 5115be60
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alarm-01.tn.esss.lu.se/FBIS.xml
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<?xml version='1.0' encoding='UTF-8'?> <?xml version='1.0' encoding='UTF-8'?>
<!-- <!--Alarm configuration generated by xmlalarmcfg.py
Alarm configuration generated by AlarmFactory using the following arguments (please remove the spaces between the hyphens): git repo: https://gitlab.esss.lu.se/ics-protection/fbis/fbis_epics/alarm-configuration.git
- -alarm-tree fbis.alarm-tree fbis.alarms input xls file: alarm-pv-fbis_expert.xlsx-->
<config name="FBIS-Expert">
Repository: https://gitlab.esss.lu.se/icshwi/plcfactory.git <component name="MPSoS">
Branch: master <pv name="FBIS::beam_mode">
Commit: 37f5e4123d47c114a4bcf769e269ce94b5cd313f <description>FBIS Beam Mode Error</description>
Date: 2022.04.01. 14:04:31 <latching>true</latching>
--> <annunciating>false</annunciating>
<config name="FBIS">
<component name="fbis">
<pv name="FBIS::PSS_BI_ok">
<description>PSS Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::BCM_1A_BI_ok">
<description>BCM Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::IS_PLC_BI_ok">
<description>Ion Source Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSMAG_BI_ok">
<description>MPSMag Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSVAC_BI_ok">
<description>MPSVac Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSID_BI_ok">
<description>MPSID Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MEBT_Chop_PLC_BI_ok">
<description>MEBT Chopper Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::PSS_RBI_ok">
<description>PSS Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::BCM_1A_RBI_ok">
<description>BCM Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::IS_PLC_RBI_ok">
<description>Ion Source PLC Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSMAG_RBI_ok">
<description>MPSMag Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSVAC_RBI_ok">
<description>MPSVac Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MPSID_RBI_ok">
<description>MPSID Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::MEBT_Chop_PLC_RBI_ok">
<description>MEBT Chopper Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-DLN01::status">
<description>DLN 01 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::RF_BI_ok">
<description>RF Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::RF_RBI_ok">
<description>RF Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-DLN02::status">
<description>DLN 02 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-SCU01::status">
<description>SCU 01 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-SCU02::status">
<description>SCU 02 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-SCU03::status">
<description>SCU 03 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS-SCU04::status">
<description>SCU 04 hardware status Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::feedbacks_dlv_ok">
<description>Feedback signals Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::lebt_chopper_ok">
<description>LEBT Feedback Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::mebt_chopper_ok">
<description>MEBT Feedback Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::rf_fb_ok">
<description>RF Feedback Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::mag_ps_ok">
<description>Magnetron Feedback Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::beam_absence_ok">
<description>Beam Absence Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::latched">
<description>FBIS latched</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::beam_permit_ok">
<description>Global Beam Permit Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::BI_ok">
<description>FBIS Inhibit</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::RBI_ok">
<description>FBIS Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv>
<pv name="FBIS::EBI_ok">
<description>FBIS Emergency Beam Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv> </pv>
<pv name="FBIS::configuration_ok"> <pv name="FBIS::beam_destination">
<description>FBIS Beam Mode Beam Destination Not OK</description> <description>FBIS Beam Destination Error</description>
<latching>true</latching> <latching>true</latching>
<annunciating>true</annunciating> <annunciating>false</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv> </pv>
<pv name="FBIS::beam_state_ok"> <pv name="FBIS::beam_state_ok">
<description>FBIS Beam State Not OK</description> <description>FBIS Beam State Not OK</description>
<latching>true</latching> <latching>true</latching>
<annunciating>true</annunciating> <annunciating>false</annunciating>
<guidance> </pv>
<title>[guidance in case of alarm]</title> <pv name="FBIS::configuration_ok">
<details>Contact MPS team</details> <description>FBIS Beam Mode Beam Destination Not OK</description>
</guidance> <latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Redundant_Signals">
<pv name="FBIS::redundancy_ok">
<description>FBIS redundancy between channels Not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSID_red_ok_A">
<description>MPSID redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSID_red_ok_B">
<description>MPSID redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSMag_red_ok_A">
<description>MPSMag redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSMag_red_ok_B">
<description>MPSMag redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSVac_red_ok_A">
<description>MPSVac redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MPSVac_red_ok_B">
<description>MPSVac redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BCM01_red_ok_A">
<description>BCM 01 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BCM01_red_ok_B">
<description>BCM 01 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BCM02_red_ok_A">
<description>BCM 02 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BCM02_red_ok_B">
<description>BCM 02 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BPM01_red_ok_A">
<description>BPM 01 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BPM01_red_ok_B">
<description>BPM 01 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BPM02_red_ok_A">
<description>BPM 02 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::BPM02_red_ok_B">
<description>BPM 02 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::IS_PLC_red_ok_A">
<description>Ion Source PLC redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::IS_PLC_red_ok_B">
<description>Ion Source PLC redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT_Ch_PLC_red_ok_A">
<description>MEBT Chopper PLC redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT_Ch_PLC_red_ok_B">
<description>MEBT Chopper PLC redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::RFQ-RFLPS1_red_ok_A">
<description>RFQ RF LPS 1 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::RFQ-RFLPS1_red_ok_B">
<description>RFQ RF LPS 2 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT-RFLPS1_red_ok_A">
<description>MEBT RF LPS 1 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT-RFLPS1_red_ok_B">
<description>MEBT RF LPS 1 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv> </pv>
<pv name="FBIS::MEBT-RFLPS2_red_ok_A">
<description>MEBT RF LPS 2 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT-RFLPS2_red_ok_B">
<description>MEBT RF LPS 2 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT-RFLPS3_red_ok_A">
<description>MEBT RF LPS 3 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::MEBT-RFLPS3_red_ok_B">
<description>MEBT RF LPS 3 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS1_red_ok_A">
<description>DTL RF LPS 1 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS1_red_ok_B">
<description>DTL RF LPS 1 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS2_red_ok_A">
<description>DTL RF LPS 2 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS2_red_ok_B">
<description>DTL RF LPS 2 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS3_red_ok_A">
<description>DTL RF LPS 3 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS3_red_ok_B">
<description>DTL RF LPS 3 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS4_red_ok_A">
<description>DTL RF LPS 4 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::DTL-RFLPS4_red_ok_B">
<description>DTL RF LPS 4 redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::PSS_red_ok_A">
<description>PSS redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS::PSS_red_ok_B">
<description>PSS redundant signals not OK</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="SCU01">
<component name="MC1">
<pv name="FBIS-SCU01:Ctrl-MC-01:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:Red_BP_I_A">
<description>Input current of the redundant BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-01:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC2">
<pv name="FBIS-SCU01:Ctrl-MC-02:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-02:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC3">
<pv name="FBIS-SCU01:Ctrl-MC-03:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:Red_BP_I_A">
<description>Input current of the redundant BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:Red_Rdy_I_A">
<description>Input current of the redundant Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-03:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC5">
<pv name="FBIS-SCU01:Ctrl-MC-05:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-05:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC7">
<pv name="FBIS-SCU01:Ctrl-MC-07:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:Red_BP_I_A">
<description>Input current of the redundant BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:Red_Rdy_I_A">
<description>Input current of the redundant Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-07:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC8">
<pv name="FBIS-SCU01:Ctrl-MC-08:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-08:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC9">
<pv name="FBIS-SCU01:Ctrl-MC-09:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:Red_BP_I_A">
<description>Input current of the redundant BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:Red_Rdy_I_A">
<description>Input current of the redundant Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-09:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC10">
<pv name="FBIS-SCU01:Ctrl-MC-10:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-10:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC11">
<pv name="FBIS-SCU01:Ctrl-MC-11:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:BP_I_A">
<description>Input current of the BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:Red_BP_I_A">
<description>Input current of the redundant BP signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:Red_Rdy_I_A">
<description>Input current of the redundant Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-MC-11:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Fan Unit">
<pv name="FBIS-SCU01:Ctrl-CU-01:Temp_001_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-CU-01:Temp_003_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-CU-01:speed_001_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-CU-01:speed_003_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Serializer">
<pv name="FBIS-SCU01:Ctrl-Ser-01:Temp_A">
<description>Temperature measured below heat sink next to Zynq chip </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:supplyI_A">
<description>Current of the MAIN Supply before the power supply controller.</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:StndbyV_A">
<description>Voltage of the STANDBY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:pwr_good_A">
<description>Main Power Supply, Power Good</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:pwr_not_alert_A">
<description>Main Power Supply, Not Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:temp_alert_A">
<description>Temperature Sensor Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:temp_hum_interrupt_A">
<description>Humidity and Temp. Sensor Interrupt</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:humidity_A">
<description>Relative humidity</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU01:Ctrl-Ser-01:temp_hum_sens_A">
<description>Temperature measured with humidity sensor </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
</component>
<component name="SCU02">
<component name="MC1">
<pv name="FBIS-SCU02:Ctrl-MC-01:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-01:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC2">
<pv name="FBIS-SCU02:Ctrl-MC-02:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-02:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC3">
<pv name="FBIS-SCU02:Ctrl-MC-03:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-03:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC4">
<pv name="FBIS-SCU02:Ctrl-MC-04:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-04:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC5">
<pv name="FBIS-SCU02:Ctrl-MC-05:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:Rdy_I_A">
<description>Input current of the Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:Red_Rdy_I_A">
<description>Input current of the redundant Rdy signal as measured by the MC</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:Red_BP_Rdy_V_A">
<description>Voltage of the 24V Supply used to power the redundant BP and Rdy signals</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-05:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC6">
<pv name="FBIS-SCU02:Ctrl-MC-06:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-06:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC7">
<pv name="FBIS-SCU02:Ctrl-MC-07:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-07:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC10">
<pv name="FBIS-SCU02:Ctrl-MC-10:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-10:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC11">
<pv name="FBIS-SCU02:Ctrl-MC-11:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-MC-11:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Fan Unit">
<pv name="FBIS-SCU02:Ctrl-CU-01:Temp_001_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-CU-01:Temp_003_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-CU-01:speed_001_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-CU-01:speed_003_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Serializer">
<pv name="FBIS-SCU02:Ctrl-Ser-01:Temp_A">
<description>Temperature measured below heat sink next to Zynq chip </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:supplyI_A">
<description>Current of the MAIN Supply before the power supply controller.</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:StndbyV_A">
<description>Voltage of the STANDBY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:pwr_good_A">
<description>Main Power Supply, Power Good</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:pwr_not_alert_A">
<description>Main Power Supply, Not Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:temp_alert_A">
<description>Temperature Sensor Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:temp_hum_interrupt_A">
<description>Humidity and Temp. Sensor Interrupt</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:humidity_A">
<description>Relative humidity</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU02:Ctrl-Ser-01:temp_hum_sens_A">
<description>Temperature measured with humidity sensor </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
</component>
<component name="SCU03">
<component name="MC1">
<pv name="FBIS-SCU03:Ctrl-MC-01:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-01:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC2">
<pv name="FBIS-SCU03:Ctrl-MC-02:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-02:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC3">
<pv name="FBIS-SCU03:Ctrl-MC-03:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-03:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC4">
<pv name="FBIS-SCU03:Ctrl-MC-04:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-MC-04:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Fan Unit">
<pv name="FBIS-SCU03:Ctrl-CU-01:Temp_001_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-CU-01:Temp_003_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-CU-01:speed_001_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-CU-01:speed_003_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Serializer">
<pv name="FBIS-SCU03:Ctrl-Ser-01:Temp_A">
<description>Temperature measured below heat sink next to Zynq chip </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:supplyI_A">
<description>Current of the MAIN Supply before the power supply controller.</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:StndbyV_A">
<description>Voltage of the STANDBY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:pwr_good_A">
<description>Main Power Supply, Power Good</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:pwr_not_alert_A">
<description>Main Power Supply, Not Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:temp_alert_A">
<description>Temperature Sensor Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:temp_hum_interrupt_A">
<description>Humidity and Temp. Sensor Interrupt</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:humidity_A">
<description>Relative humidity</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU03:Ctrl-Ser-01:temp_hum_sens_A">
<description>Temperature measured with humidity sensor </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
</component>
<component name="SCU04">
<component name="MC1">
<pv name="FBIS-SCU04:Ctrl-MC-01:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-01:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC2">
<pv name="FBIS-SCU04:Ctrl-MC-02:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-02:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC3">
<pv name="FBIS-SCU04:Ctrl-MC-03:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-03:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC4">
<pv name="FBIS-SCU04:Ctrl-MC-04:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-04:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC5">
<pv name="FBIS-SCU04:Ctrl-MC-05:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-05:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC6">
<pv name="FBIS-SCU04:Ctrl-MC-06:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-06:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC7">
<pv name="FBIS-SCU04:Ctrl-MC-07:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-07:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC8">
<pv name="FBIS-SCU04:Ctrl-MC-08:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-08:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC9">
<pv name="FBIS-SCU04:Ctrl-MC-09:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-09:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC10">
<pv name="FBIS-SCU04:Ctrl-MC-10:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:V2V5_A">
<description>Voltage of the MC internal 2V5 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:V1V8_A">
<description>Voltage of the MC internal 1V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-10:V1V2_A">
<description>Voltage of the MC internal 1V2 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="MC12">
<pv name="FBIS-SCU04:Ctrl-MC-12:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:StndbyV_A">
<description>Voltage of the STANDVY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:V3V3_A">
<description>Voltage of the MC internal 3V3 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:V12V8_A">
<description>Voltage of the MC internal 12V8 supply</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:UpTemp_A">
<description>Temperature upper PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:LwTemp_A">
<description>Temperature lower PCB edge</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-MC-12:ExtI_A">
<description>Current of the MAIN Supply before the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Fan Unit">
<pv name="FBIS-SCU04:Ctrl-CU-01:Temp_001_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-CU-01:Temp_003_A">
<description>Temperature measured by fan controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-CU-01:speed_001_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-CU-01:speed_003_A">
<description>Speed of Fan A in rpm</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
<component name="Serializer">
<pv name="FBIS-SCU04:Ctrl-Ser-01:Temp_A">
<description>Temperature measured below heat sink next to Zynq chip </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:supplyI_A">
<description>Current of the MAIN Supply before the power supply controller.</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:IntV_A">
<description>Voltage of the MAIN Supply after the power supply controller</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:StndbyV_A">
<description>Voltage of the STANDBY Supply after the power switching</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:pwr_good_A">
<description>Main Power Supply, Power Good</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:pwr_not_alert_A">
<description>Main Power Supply, Not Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:temp_alert_A">
<description>Temperature Sensor Alert</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:temp_hum_interrupt_A">
<description>Humidity and Temp. Sensor Interrupt</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:humidity_A">
<description>Relative humidity</description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
<pv name="FBIS-SCU04:Ctrl-Ser-01:temp_hum_sens_A">
<description>Temperature measured with humidity sensor </description>
<latching>true</latching>
<annunciating>false</annunciating>
</pv>
</component>
</component> </component>
</config> </config>
alarm-01.tn.esss.lu.se/MCR.xml
+ 67
− 26
View file @ cf3bf274
...@@ -27,7 +27,6 @@ ...@@ -27,7 +27,6 @@
<annunciating>true</annunciating> <annunciating>true</annunciating>
</pv> </pv>
</component> </component>
<component name='LEBT'> <component name='LEBT'>
<pv name='LEBT-CS:PwrC-PSSol-01:Cur-R'> <pv name='LEBT-CS:PwrC-PSSol-01:Cur-R'>
<description>'LEBT Solenoid 1 current'</description> <description>'LEBT Solenoid 1 current'</description>
...@@ -40,8 +39,6 @@ ...@@ -40,8 +39,6 @@
<annunciating>true</annunciating> <annunciating>true</annunciating>
</pv> </pv>
</component> </component>
</component> </component>
<component name='Beam Production'> <component name='Beam Production'>
<component name='OLC'> <component name='OLC'>
...@@ -55,39 +52,83 @@ ...@@ -55,39 +52,83 @@
<component name="FBIS"> <component name="FBIS">
<pv name="FBIS::beam_permit_ok"> <pv name="FBIS::beam_permit_ok">
<description>Global Beam Permit Not OK</description> <description>Global Beam Permit Not OK</description>
<latching>false</latching> <latching>true</latching>
<annunciating>true</annunciating> <annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv> </pv>
<pv name="FBIS::BI_ok"> <pv name="FBIS::BI_ok">
<description>FBIS Inhibit</description> <description>FBIS Inhibit</description>
<latching>false</latching> <latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::RBI_ok">
<description>FBIS Interlock</description>
<latching>true</latching>
<annunciating>true</annunciating> <annunciating>true</annunciating>
<guidance>
<title>[guidance in case of alarm]</title>
<details>Contact MPS team</details>
</guidance>
</pv> </pv>
<!-- <pv name="FBIS::RBI_ok">-->
<!-- <description>FBIS Interlock</description>-->
<!-- <latching>true</latching>-->
<!-- <annunciating>true</annunciating>-->
<!-- <guidance>-->
<!-- <title>[guidance in case of alarm]</title>-->
<!-- <details>Contact MPS team</details>-->
<!-- </guidance>-->
<!-- </pv>-->
<pv name="FBIS::EBI_ok"> <pv name="FBIS::EBI_ok">
<description>FBIS Emergency Beam Interlock</description> <description>FBIS Emergency Beam Interlock</description>
<latching>true</latching> <latching>true</latching>
<annunciating>true</annunciating> <annunciating>true</annunciating>
<guidance> </pv>
<title>[guidance in case of alarm]</title> <pv name="FBIS::HW_ok">
<details>Contact MPS team</details> <description>FBIS Hardware Status Not OK</description>
</guidance> <latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::MPSID_ok">
<description>MPSID Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::MPSMag_ok">
<description>MPSMag Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::MPSVac_ok">
<description>MPSVac Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::SIS_ok">
<description>Software Interlock System Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::IS_PLC_ok">
<description>Ion Source PLC Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::RF_ok">
<description>Radio Frequency Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::PSS_ok">
<description>PSS Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::MEBT_Ch_PLC_ok">
<description>MEBT Chopper Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::LEBT_Ch_Fault_ok">
<description>LEBT Chopper Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::BCM_ok">
<description>BCM Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv>
<pv name="FBIS::BPM_ok">
<description>BPM Not OK</description>
<latching>true</latching>
<annunciating>true</annunciating>
</pv> </pv>
</component> </component>
<component name="Modulators"> <component name="Modulators">
......
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