GIS to TCS Interface

Requested by:

LSST

Doc. Code / Version nº:

7186_GIS_0008 / 2.0

Editor:

F. Javier López

Approved by:

Ismael Ruiz de Argandoña

Date:

2019/06/06

DOCUMENT HISTORY

Version Date Author Comments
1.0 2019/06/06

F. Javier López

Initial Version
2.0 2022/08/30

F. Javier López

After review by Empresarios Agrupados
Acronyms Definition

AFE / AcFiEa

ETPB

CPU

Access Fire Earthquake

Emergency trip pushbutton

Control Programmable Unit
GIS Global Interlock System
HMI Human Machine Interface

IS

LAS

Interlock System

LASER

LSST

UI

Large Synoptic Survey Telescope

User Interface

Introduction

The GIS provides a Modbus/TCP interface to transmit the status of all signals to the TCS. This communication has only one direction, because it is not contemplated to receive any type of order or command from the TCS.

The installation and programming of this gateway is beyond the scope of this project, however, the Modbus memory map used is provided for integration into the gateway.

Reference documents

Nº

Document

Code

Version

1

GLOBAL INTERLOCK SYSTEM (GIS) ANALYSIS

092-308-E-Z-00004

4

2

Electrical schemes - 7186 LSST Global Safety Interlock System Design

7186_GIS_0001

1.0

3

4

5

List of variables

The divisions are going to be carried out by subsystems and within each one of them there is a difference between the physical and the state variables.

Another group will be those corresponding to the security matrix.

Finally, there will be an additional group that can not be classified in the previous ones.

In total 35 words of communication from 4x0000 up to 4x0034 are foreseen, where it has been tried to group by functionalities and remaining free bits for possible extensions.

pic

In principle, PC-Linux is configured as a server and with the indicated addresses, but can be changed depending on the requirements.

Subsystem -I/O decentralized-

CPU

GIS CPU OUTPUT %Q* Input CPU

4xRead 4x0000

0

4x0000.0

sdiCPUetw1A

E0.0

Wireless Emergency pushbutton 1 channel1

1

4x0000.1

sdiCPUetw1B

E0.1

Wireless Emergency pushbutton 1 channel2

2

4x0000.2

sdiCPUetw2A

E0.2

Wireless Emergency pushbutton 2 channel1

3

4x0000.3

sdiCPUetw2B

E0.3

Wireless Emergency pushbutton 2 channel2

4

4x0000.4

sdiCPUfree1

E1.0

Reserve 1

5

4x0000.5

sdiCPUfree2

E1.1

Reserve 2

6

4x0000.6

sdiCPUfree3

E1.2

Reserve 3

7

4x0000.7

sdiCPUfree4

E1.3

Reserve 4

8

4x0000.8

sdiCPUfree5

E2.0

Reserve 5

9

4x0000.9

sdiCPUfree6

E2.1

Reserve 6

10

4x0000.10

sdiCPUfree7

E2.2

Reserve 7

11

4x0000.11

sdiCPUfree8

E2.3

Reserve 8

12

4x0000.12

sdiCPUfree9

E2.4

Reserve 9

13

4x0000.13

sdiCPUfree10

E2.5

Reserve 10

14

4x0000.14

sdiCPUpsr

E2.6

Power supply redundancy OK

15

4x0000.15

sdiCPUpsb

E2.7

Power supply balancing OK

GIS CPU OUTPUT %Q* Output CPU

4xRead 4x0001

0

4x0001.0

sdoCPUetw1rst

A0.0

Wireless emergency pushbutton 1 reset

1

4x0001.1

sdoCPUetw2rst

A0.1

Wireless emergency pushbutton 2 reset

2

4x0001.2

sdoCPUfireA

A1.0

GIS Fire indication channel 1

3

4x0001.3

sdoCPUetw2rst

A1.1

GIS Fire indication channel 1

4

4x0001.4

sdoCPUfree1

A2.0

Reserve 1

5

4x0001.5

sdoCPUfree2

A2.1

Reserve 2

6

4x0001.6

7

4x0001.7

8

4x0001.8

9

4x0001.9

10

4x0001.10

11

4x0001.11

12

4x0001.12

13

4x0001.13

14

4x0001.14

15

4x0001.15

GIS CPU OUTPUT %Q* Status CPU

4xRead 4x0002

0

4x0002.0

1

4x0002.1

2

4x0002.2

3

4x0002.3

4

4x0002.4

5

4x0002.5

6

4x0002.6

7

4x0002.7

8

4x0002.8

9

4x0002.9

10

4x0002.10

11

4x0002.11

12

4x0002.12

13

4x0002.13

14

4x0002.14

15

4x0002.15

AFE

GIS CPU OUTPUT %Q* Input AFE

4xRead 4x0003

0

4x0003.0

sdiAFEetacA

E100.0

Emergency channel 1 from acces control

1

4x0003.1

sdiAFEetacB

E100.1

Emergency channel 2 from acces control

2

4x0003.2

sdiAFEetsfA

E100.2

Emergency channel 1 from summit fire control

3

4x0003.3

sdiAFEetsfB

E100.3

Emergency channel 2 from summit fire control

4

4x0003.4

sdiAFEeteaA

E101.0

Emergency channel 1 from earthquake control

5

4x0003.5

sdiAFEeteaB

E101.1

Emergency channel 2 from earthquake control

6

4x0003.6

sdiAFEupieraA

E101.2

Unauthorized Pier Access channel1

7

4x0003.7

sdiAFEupieraB

E101.3

Unauthorized Pier Access channel2

8

4x0003.8

sdiAFEudomeaA

E102.0

Unauthorized Dome Access channel1

9

4x0003.9

sdiAFEudomeaB

E102.1

Unauthorized Dome Access channel2

10

4x0003.10

sdiAFEfireA

E102.2

Fire interlock channel1

11

4x0003.11

sdiAFEfireB

E102.3

Fire interlock channel2

12

4x0003.12

sdiAFEfree1

E103.0

Reserve 1

13

4x0003.13

sdiAFEfree2

E103.1

Reserve 2

14

4x0003.14

sdiAFEpsr

E103.2

Power supply redundancy OK

15

4x0003.15

sdiAFEpsb

E103.3

Power supply balancing OK

GIS CPU OUTPUT Output AFE

4xRead 4x0004

0

4x0004.0

sdoAFEetacA

A100.0

Emergency channel1 to acces control

1

4x0004.1

sdoAFEetacB

A100.1

Emergency channel2 to acces control

2

4x0004.2

sdoAFEetsfA

A101.0

Emergency channel1 to summit fire control

3

4x0004.3

sdoAFEetsfB

A101.1

Emergency channel2 to summit fire control

4

4x0004.4

sdoAFEfree1

A102.0

Reserve1

5

4x0004.5

sdoAFEfree2

A102.1

Reserve2

6

4x0004.6

sdoAFEetacrst

A103.0

Reset emergency to acces control

7

4x0004.7

sdoAFEetsfrst

A103.1

Reset emergency to summit fire control

8

4x0004.8

9

4x0004.9

10

4x0004.10

11

4x0004.11

12

4x0004.12

13

4x0004.13

14

4x0004.14

15

4x0004.15

GIS CPU OUTPUT %Q* Status AFE

4xRead 4x0005

0

4x0005.0

1

4x0005.1

2

4x0005.2

3

4x0005.3

4

4x0005.4

5

4x0005.5

6

4x0005.6

7

4x0005.7

8

4x0005.8

9

4x0005.9

10

4x0005.10

11

4x0005.11

12

4x0005.12

13

4x0005.13

14

4x0005.14

15

4x0005.15

LAS

GIS CPU OUTPUT %Q* Input LAS

4xRead 4x0006

0

4x0006.0

sdiLASetA

E200.0

Emergency channel 1 from laser control

1

4x0006.1

sdiLASetB

E200.1

Emergency channel 2 from laser control

2

4x0006.2

sdiLASfree1

E200.2

Reserve 1

3

4x0006.3

sdiLASfree2

E200.3

Reserve 2

4

4x0006.4

sdiLASfree3

E201.0

Reserve 3

5

4x0006.5

sdiLASfree4

E201.1

Reserve 4

6

4x0006.6

sdiLASpsr

E201.2

Power supply redundancy OK

7

4x0006.7

sdiLASpsb

E201.3

Power supply balancing OK

8

4x0006.8

9

4x0006.9

10

4x0006.10

11

4x0006.11

12

4x0006.12

13

4x0006.13

14

4x0006.14

15

4x0006.15

GIS CPU OUTPUT %Q* Output LAS

4xRead 4x0007

0

4x0007.0

sdoLASetA

A200.0

Emergency channel1 to laser control

1

4x0007.1

sdoLASetB

A200.1

Emergency channel2 to laser control

2

4x0007.2

sdoLASfree1

A201.0

Reserve1

3

4x0007.3

sdoLASfree2

A201.1

Reserve2

4

4x0007.4

sdoLASetrst

A202.0

Reset emergency to laser control

5

4x0007.5

sdoLASfree3

A202.1

Reserve3

6

4x0007.6

7

4x0007.7

8

4x0007.8

9

4x0007.9

10

4x0007.10

11

4x0007.11

12

4x0007.12

13

4x0007.13

14

4x0007.14

15

4x0007.15

GIS CPU OUTPUT %Q* Status LAS

4xRead 4x0008

0

4x0008.0

1

4x0008.1

2

4x0008.2

3

4x0008.3

4

4x0008.4

5

4x0008.5

6

4x0008.6

7

4x0008.7

8

4x0008.8

9

4x0008.9

10

4x0008.10

11

4x0008.11

12

4x0008.12

13

4x0008.13

14

4x0008.14

15

4x0008.15

M2C

GIS CPU OUTPUT %Q* Input M2C

4xRead 4x0009

0

4x0009.0

sdiM2Cetm2aA

E400.0

Emergency channel 1 from M2 actuators control

1

4x0009.1

sdiM2Cetm2aB

E400.1

Emergency channel 2 from M2 actuators control

2

4x0009.2

sdiM2Cetm2hA

E400.2

Emergency channel 1 from M2 hexapod control

3

4x0009.3

sdiM2Cetm2hB

E400.3

Emergency channel 2 from M2 hexapod control

4

4x0009.4

sdiM2CetcrA

E401.0

Emergency channel 1 from camera rotator control

5

4x0009.5

sdiM2CetcrB

E401.1

Emergency channel 2 from camera rotator control

6

4x0009.6

sdiM2CetchA

E401.2

Emergency channel 1 from camera hexapod control

7

4x0009.7

sdiM2CetchB

E401.3

Emergency channel 2 from camera hexapod control

8

4x0009.8

sdiM2Cpinins

E402.0

Camera rotator pin inserted

9

4x0009.9

sdiM2Cfree1

E402.1

Reserve1

10

4x0009.10

sdiM2Cpsr

E402.2

Power supply redundancy OK

11

4x0009.11

sdiM2Cpsb

E402.3

Power supply balancing OK

12

4x0009.12

13

4x0009.13

14

4x0009.14

15

4x0009.15

GIS CPU OUTPUT %Q* Output M2C

4xRead 4x0010

0

4x0010.0

sdoM2Cetm2aA

A400.0

Emergency channel1 to M2 actuators control

1

4x0010.1

sdoM2Cetm2aB

A400.1

Emergency channel2 to M2 actuators control

2

4x0010.2

sdoM2Cetm2hA

A401.0

Emergency channel1 to M2 hexapod control

3

4x0010.3

sdoM2Cetm2hB

A401.1

Emergency channel2 to M2 hexapod control

4

4x0010.4

sdoM2CetcrA

A402.0

Emergency channel1 to camera rotator control

5

4x0010.5

sdoM2CetcrB

A402.1

Emergency channel2 to camera rotator control

6

4x0010.6

sdoM2CetchA

A403.0

Emergency channel1 to camera hexapod control

7

4x0010.7

sdoM2CetchB

A403.1

Emergency channel2 to camera hexapod control

8

4x0010.8

sdoM2Cfree1

A404.0

Reserve1

9

4x0010.9

sdoM2Cfree2

A404.1

Reserve2

10

4x0010.10

sdoM2Cetm2arst

A405.0

Reset emergency to M2 actuators control

11

4x0010.11

sdoM2Cetm2hst

A405.1

Reset emergency to M2 hexapod control

12

4x0010.12

sdoM2Cetcrrst

A406.0

Reset emergency to camera rotator control

13

4x0010.13

sdoM2Cetchrst

A406.1

Reset emergency to camera hexapod control

14

4x0010.14

15

4x0010.15

GIS CPU OUTPUT %Q* Status M2C

4xRead 4x0011

0

4x0011.0

1

4x0011.1

2

4x0011.2

3

4x0011.3

4

4x0011.4

5

4x0011.5

6

4x0011.6

7

4x0011.7

8

4x0011.8

9

4x0011.9

10

4x0011.10

11

4x0011.11

12

4x0011.12

13

4x0011.13

14

4x0011.14

15

4x0011.15

PFL

GIS CPU OUTPUT %Q* Input PFL

4xRead 4x0012

0

4x0012.0

sdiPFLetA

E500.0

Emergency channel 1 from Pflow&Auxiliary control

1

4x0012.1

sdiPFLetB

E500.1

Emergency channel 2 from Pflow&Auxiliary control

2

4x0012.2

sdiPFLmlnotpark

E500.2

Man Lift not parked

3

4x0012.3

sdiPFLpllowlevel

E500.3

Platform Lift above enclosure Lower Level

4

4x0012.4

sdiPFLplnotpark

E501.0

Platform Lift Not parked at the Telescope Level

5

4x0012.5

sdiPFLfree1

E501.1

Reserve1

6

4x0012.6

sdiPFLpsr

E501.2

Power supply redundancy OK

7

4x0012.7

sdiPFLpsb

E501.3

Power supply balancing OK

8

4x0012.8

9

4x0012.9

10

4x0012.10

11

4x0012.11

12

4x0012.12

13

4x0012.13

14

4x0012.14

15

4x0012.15

GIS CPU OUTPUT %Q* Output PFL

4xRead 4x0013

0

4x0013.0

sdoPFLetpflowA

A500.0

Emergency channel1 to Pflow control

1

4x0013.1

sdoPFLetpflowB

A500.1

Emergency channel2 to Pflow control

2

4x0013.2

sdoPFLetauxcA

A501.0

Emergency channel1 to Aux control

3

4x0013.3

sdoPFLetauxcB

A501.1

Emergency channel2 to Aux control

4

4x0013.4

sdoPFLmlSTOA

A502.0

STO Man Lift channel 1

5

4x0013.5

sdoPFLmlSTOB

A502.1

STO Man Lift channel 2

6

4x0013.6

sdoPFLetpflowrst

A503.0

Reset emergency to Pflow control

7

4x0013.7

sdoPFLetauxcrst

A503.1

Reset emergency to Aux control

8

4x0013.8

sdoPFLmlrst

A504.0

Reset emergency to Man Lift control

9

4x0013.9

sdoPFLfree1

A504.1

Reserve1

10

4x0013.10

11

4x0013.11

12

4x0013.12

13

4x0013.13

14

4x0013.14

15

4x0013.15

GIS CPU OUTPUT %Q* Status PFL

4xRead 4x0014

0

4x0014.0

1

4x0014.1

2

4x0014.2

3

4x0014.3

4

4x0014.4

5

4x0014.5

6

4x0014.6

7

4x0014.7

8

4x0014.8

9

4x0014.9

10

4x0014.10

11

4x0014.11

12

4x0014.12

13

4x0014.13

14

4x0014.14

15

4x0014.15

Subsystems -CPUs-

AUX

GIS CPU OUTPUT %Q* Input AUX

4xRead 4x0015

0

4x0015.0

gnetAUX.siplatliftabo

Platform Lift above enclosure Lower Level

1

4x0015.1

gnetAUX.siplatliftpark

Platform Lift Not Parked

2

4x0015.2

gnetAUX.simanliftpark

Man Lift Not Parked

3

4x0015.3

4

4x0015.4

5

4x0015.5

6

4x0015.6

7

4x0015.7

8

4x0015.8

9

4x0015.9

10

4x0015.10

11

4x0015.11

12

4x0015.12

13

4x0015.13

14

4x0015.14

15

4x0015.15

GIS CPU OUTPUT %Q* Output AUX

4xRead 4x0016

0

4x0016.0

gnetAUX.soplatlitfsto

Pflow Platform Lift Disable

1

4x0016.1

gnetAUX.soplatlifttop

Pflow Platform Lift at/to top floor Disable

2

4x0016.2

3

4x0016.3

4

4x0016.4

5

4x0016.5

6

4x0016.6

7

4x0016.7

8

4x0016.8

9

4x0016.9

10

4x0016.10

11

4x0016.11

12

4x0016.12

13

4x0016.13

14

4x0016.14

15

4x0016.15

DOME

GIS CPU OUTPUT %Q* Input DOME

4xRead 4x0017

0

4x0017.0

gnetDOME.silockingpin

Dome Locking pin retracted or door louvers not closed

1

4x0017.1

gnetDOME.sireardoor

Dome rear door Not Closed

2

4x0017.2

gnetDOME.sietpb

Dome ETPB’s

3

4x0017.3

gnetDOME.sicraneparked

Dome crane Not Parked

4

4x0017.4

5

4x0017.5

6

4x0017.6

7

4x0017.7

8

4x0017.8

9

4x0017.9

10

4x0017.10

11

4x0017.11

12

4x0017.12

13

4x0017.13

14

4x0017.14

15

4x0017.15

GIS CPU OUTPUT %Q* Output DOME

4xRead 4x0018

0

4x0018.0

gnetDOME.sowindscreensto

Dome doors and windscreen drives Disable

1

4x0018.1

gnetDOME.socranesto

Dome crane Disable

2

4x0018.2

gnetDOME.solockingpinsto

Dome louvers and locking pin Disable

3

4x0018.3

gnetDOME.soreardoorsto

Dome rear doors drives Disable

4

4x0018.4

gnetDOME.soazdrivesto

Dome Azimuth drives Disable

5

4x0018.5

6

4x0018.6

7

4x0018.7

8

4x0018.8

9

4x0018.9

10

4x0018.10

11

4x0018.11

12

4x0018.12

13

4x0018.13

14

4x0018.14

15

4x0018.15

M1M3

GIS CPU OUTPUT %Q* Input M1M3

4xRead 4x0019

0

4x0019.0

gnetM1M3.siinterlock

M1M3 interlock

1

4x0019.1

gnetM1M3.siheartbeat

M1M3 heartbeat input

2

4x0019.2

3

4x0019.3

4

4x0019.4

5

4x0019.5

6

4x0019.6

7

4x0019.7

8

4x0019.8

9

4x0019.9

10

4x0019.10

11

4x0019.11

12

4x0019.12

13

4x0019.13

14

4x0019.14

15

4x0019.15

GIS CPU OUTPUT %Q* Output M1M3

4xRead 4x0020

0

4x0020.0

gnetM1M3.soheartbeat

M1M3 heartbeat output

1

4x0020.1

gnetM1M3.soearthsto

M1M3 STO earthquake stop

2

4x0020.2

gnetM1M3.soemergsto

M1M3 STO emergency stop

3

4x0020.3

4

4x0020.4

5

4x0020.5

6

4x0020.6

7

4x0020.7

8

4x0020.8

9

4x0020.9

10

4x0020.10

11

4x0020.11

12

4x0020.12

13

4x0020.13

14

4x0020.14

15

4x0020.15

TMA

GIS CPU OUTPUT %Q* Input TMA

4xRead 4x0021

0

4x0021.0

gnetTMA.sibrakeoff

TMA brakes not engaged

1

4x0021.1

gnetTMA.sipullcord

TMA CCW safety device activated

2

4x0021.2

gnetTMA.sietpb

TMA ETPB’s

3

4x0021.3

gnetTMA.simcsfault

TMA Watchdog or loss communication

4

4x0021.4

5

4x0021.5

6

4x0021.6

7

4x0021.7

8

4x0021.8

9

4x0021.9

10

4x0021.10

11

4x0021.11

12

4x0021.12

13

4x0021.13

14

4x0021.14

15

4x0021.15

GIS CPU OUTPUT %Q* Output TMA

4xRead 4x0022

0

4x0022.0

gnetTMA.sodischargecap

TMA discharge capacitor banks

1

4x0022.1

gnetTMA.soothersto

TMA other equipments Disable

2

4x0022.2

gnetTMA.somainaxissto

TMA main drives and brakes Disable

3

4x0022.3

gnetTMA.soccwsto

TMA CCW drives Disable

4

4x0022.4

5

4x0022.5

6

4x0022.6

7

4x0022.7

8

4x0022.8

9

4x0022.9

10

4x0022.10

11

4x0022.11

12

4x0022.12

13

4x0022.13

14

4x0022.14

15

4x0022.15

Safety matrix

Causes

GIS CPU OUTPUT %Q* Causes/detection1

4xRead 4x0023

0

4x0023.0

gcauses.D_1

Gis Fire Interlock

1

4x0023.1

gcauses.D_2

Catastrophic Earthquake Interlock

2

4x0023.2

gcauses.D_3

Gis Internal Faillure

3

4x0023.3

gcauses.D_4

Gis ETPB’s

4

4x0023.4

gcauses.D_5

Unauthorized Pier Access

5

4x0023.5

gcauses.D_6

Unauthorized Dome Access

6

4x0023.6

gcauses.D_7

TMA Brakes Not engaged

7

4x0023.7

gcauses.D_8

Camera Cable Wrap Safety Device Actuated

8

4x0023.8

gcauses.D_9

TMA ETPB’s

9

4x0023.9

gcauses.D_10

Dome Locking Pin retracted or Dome Rear Door Louvers Not closed

10

4x0023.10

gcauses.D_11

Dome Rear doors are Not closed

11

4x0023.11

gcauses.D_12

Dome ETPB’s

12

4x0023.12

gcauses.D_13

Dome Crane not parked

13

4x0023.13

gcauses.D_14

Camera Rotator Pin Inserted

14

4x0023.14

gcauses.D_15

Platform Lift above Enclosure Lower Level

15

4x0023.15

gcauses.D_16

Platform Lift Not parked at the Telescope Level

GIS CPU OUTPUT %Q* Causes/detection2

4xRead 4x0024

0

4x0024.0

gcauses.D_17

Failed MCS Watchdog or MCS Loss communication

1

4x0024.1

gcauses.D_18

M1M3 interlock

2

4x0024.2

gcauses.D_19

Man Lift not parked

3

4x0024.3

4

4x0024.4

5

4x0024.5

6

4x0024.6

7

4x0024.7

8

4x0024.8

9

4x0024.9

10

4x0024.10

11

4x0024.11

12

4x0024.12

13

4x0024.13

14

4x0024.14

15

4x0024.15

Bypass

GIS CPU OUTPUT %Q* Causes/detection1 bypass (override)

4xRead 4x0025

0

4x0025.0

govr.D_1

Bypass Gis Fire Interlock

1

4x0025.1

govr.D_2

Bypass Catastrophic Earthquake Interlock

2

4x0025.2

govr.D_3

Bypass Gis Internal Faillure

3

4x0025.3

govr.D_4

Bypass Gis ETPB’s

4

4x0025.4

govr.D_5

Bypass Unauthorized Pier Access

5

4x0025.5

govr.D_6

Bypass Unauthorized Dome Access

6

4x0025.6

govr.D_7

Bypass TMA Brakes Not engaged

7

4x0025.7

govr.D_8

Bypass Camera Cable Wrap Safety Device Actuated

8

4x0025.8

govr.D_9

Bypass TMA ETPB’s

9

4x0025.9

govr.D_10

Bypass Dome Locking Pin retracted or Dome Rear Door Louvers Not closed

10

4x0025.10

govr.D_11

Bypass Dome Rear doors are Not closed

11

4x0025.11

govr.D_12

Bypass Dome ETPB’s

12

4x0025.12

govr.D_13

Bypass Dome Crane not parked

13

4x0025.13

govr.D_14

Bypass Camera Rotator Pin Inserted

14

4x0025.14

govr.D_15

Bypass Platform Lift above Enclosure Lower Level

15

4x0025.15

govr.D_16

Bypass Platform Lift Not parked at the Telescope Level

GIS CPU OUTPUT %Q* Causes/detection2 bypass (override)

4xRead 4x0026

0

4x0026.0

govr.D_17

Bypass Failed MCS Watchdog or MCS Loss communication

1

4x0026.1

govr.D_18

Bypass M1M3 interlock

2

4x0026.2

govr.D_19

Bypass Man Lift not parked

3

4x0026.3

4

4x0026.4

5

4x0026.5

6

4x0026.6

7

4x0026.7

8

4x0026.8

9

4x0026.9

10

4x0026.10

11

4x0026.11

12

4x0026.12

13

4x0026.13

14

4x0026.14

15

4x0026.15

Effects

GIS CPU OUTPUT %Q* Effects/actuation 1

4xRead 4x0027

0

4x0027.0

geffects.A_1

Gis Fire Indication

1

4x0027.1

geffects.A_2

Camera rotator pin inserted Indication

2

4x0027.2

geffects.A_3

TMA discharge Capacitors Bank

3

4x0027.3

geffects.A_4

TMA disable Other equipment

4

4x0027.4

geffects.A_5

TMA main drives -STO and engage the brakes

5

4x0027.5

geffects.A_6

Camera cable wrap drives STO

6

4x0027.6

geffects.A_7

Dome shutter doors and Windscreen drives Disable

7

4x0027.7

geffects.A_8

Dome crane Disable

8

4x0027.8

geffects.A_9

Dome Louvers and Dome Locking pin Disable

9

4x0027.9

geffects.A_10

Dome Rear Doors drives Disable

10

4x0027.10

geffects.A_11

Dome Azimuth drives Disable

11

4x0027.11

geffects.A_12

STO M2 hexapods

12

4x0027.12

geffects.A_13

STO M2 actuators

13

4x0027.13

geffects.A_14

STO camera rotator

14

4x0027.14

geffects.A_15

STO camera hexapod

15

4x0027.15

geffects.A_16

Pflow Platform Lift Disable

GIS CPU OUTPUT %Q* Effects/actuation 2

4xRead 4x0028

0

4x0028.0

geffects.A_17

Pflow Platform Lift at/to top floor Disable

1

4x0028.1

geffects.A_18

STO M1M3 actuators (Earthquake stop)

2

4x0028.2

geffects.A_19

STO M1M3 actuators (Emergency stop)

3

4x0028.3

geffects.A_20

Laser Cut-off

4

4x0028.4

geffects.A_21

Man Lift Disable

5

4x0028.5

6

4x0028.6

7

4x0028.7

8

4x0028.8

9

4x0028.9

10

4x0028.10

11

4x0028.11

12

4x0028.12

13

4x0028.13

14

4x0028.14

15

4x0028.15

Others

Acknowledge

GIS CPU OUTPUT %Q* Acknowledge

4xRead 4x0029

0

4x0029.0

gack.CPUetw1rst

CPU

Acknowledge CPU wireless 1 emergency pushbutton

1

4x0029.1

gack.CPUetw2rst

CPU

Acknowledge CPU wireless 2 emergency pushbutton

2

4x0029.2

gack.AFEetacrst

AFE

Acknowledge AFE emergency pushbutton to acces control

3

4x0029.3

gack.AFEetsfrst

AFE

Acknowledge AFE emergency pushbutton to summit fire control

4

4x0029.4

gack.LASetrst

LAS

Acknowledge LAS emergency pushbutton to laser control

5

4x0029.5

gack.M2Cetm2arst

M2C

Acknowledge M2C emergency pushbutton to M2 actuators control

6

4x0029.6

gack.M2Cetm2hrst

M2C

Acknowledge M2C emergency pushbutton to M2 hexapod control

7

4x0029.7

gack.M2Cetcrrst

M2C

Acknowledge M2C emergency pushbutton to camera rotator control

8

4x0029.8

gack.M2Cetchrst

M2C

Acknowledge M2C emergency pushbutton to camera hexapod control

9

4x0029.9

gack.PFLetflowrst

PFL

Acknowledge PFL emergency pushbutton to Pflow control

10

4x0029.10

gack.PFLetauxcrst

PFL

Acknowledge PFL emergency pushbutton to Aux control

11

4x0029.11

gack.PFLmlrst

PFL

Acknowledge PFL emergency pushbutton to Man Lift control

12

4x0029.12

13

4x0029.13

14

4x0029.14

15

4x0029.15

GIS CPU OUTPUT %Q*

4xRead 4x0030

0

4x0030.0

1

4x0030.1

2

4x0030.2

3

4x0030.3

4

4x0030.4

5

4x0030.5

6

4x0030.6

7

4x0030.7

8

4x0030.8

9

4x0030.9

10

4x0030.10

11

4x0030.11

12

4x0030.12

13

4x0030.13

14

4x0030.14

15

4x0030.15

GIS CPU OUTPUT %Q*

4xRead 4x0031

0

4x0031.0

1

4x0031.1

2

4x0031.2

3

4x0031.3

4

4x0031.4

5

4x0031.5

6

4x0031.6

7

4x0031.7

8

4x0031.8

9

4x0031.9

10

4x0031.10

11

4x0031.11

12

4x0031.12

13

4x0031.13

14

4x0031.14

15

4x0031.15

GIS CPU OUTPUT %Q*

4xRead 4x0032

0

4x0032.0

1

4x0032.1

2

4x0032.2

3

4x0032.3

4

4x0032.4

5

4x0032.5

6

4x0032.6

7

4x0032.7

8

4x0032.8

9

4x0032.9

10

4x0032.10

11

4x0032.11

12

4x0032.12

13

4x0032.13

14

4x0032.14

15

4x0032.15

GIS CPU OUTPUT %Q*

4xRead 4x0033

0

4x0033.0

1

4x0033.1

2

4x0033.2

3

4x0033.3

4

4x0033.4

5

4x0033.5

6

4x0033.6

7

4x0033.7

8

4x0033.8

9

4x0033.9

10

4x0033.10

11

4x0033.11

12

4x0033.12

13

4x0033.13

14

4x0033.14

15

4x0033.15

GIS CPU OUTPUT %Q*

4xRead 4x0034

0

4x0034.0

1

4x0034.1

2

4x0034.2

3

4x0034.3

4

4x0034.4

5

4x0034.5

6

4x0034.6

7

4x0034.7

8

4x0034.8

9

4x0034.9

10

4x0034.10

11

4x0034.11

12

4x0034.12

13

4x0034.13

14

4x0034.14

15

4x0034.15