Experion Parameter Reference - Infi 90 Infi90 Documentation... · 2018-10-24 · 4.3 SM chassis IO...

Safety Management Systems

Safety Manager R152 - issue 1.0

Experion Parameter Reference

EP-SM.MAN.6843

October 2014

EP-SM.MAN.6843 2 www.honeywellprocess.com

© Honeywell Safety Management Systems 2014. All Rights Reserved.

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FrameMaker-based publications for Safety Manager also contain below statement (referring to the patented ‘Series C design’): Specific products described in this document are covered by U.S. Patent Nos. D514075, D518003, D508469, D516047, D519470, D518450, D518452, D519087 and any foreign patent equivalents.

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Symbol definitions

The following table lists the symbols used in this document to denote certain conditions.

Symbol Definition

NOTICE is used to address practices not related to physical injury.

CAUTION indicates a hazardous situation that, if not avoided, could result in minor or moderate injury.

CAUTION symbol on the equipment refers the user to the product manual for additional information. The symbol appears next to required information in the manual.

WARNING indicates a hazardous situation that, if not avoided, could result in death or serious injury.

WARNING symbol on the equipment refers the user to the product manual for additional information. The symbol appears next to required information in the manual.

DANGER indicates a hazardous situation that, if not avoided, will result in death or serious injury.



Table of contents

About this guide ....................................................................................................................................................................................... 7

C hapter 1 Introduction .................................................................................................................................................................. 9

C hapter 2 Definitions .................................................................................................................................................................. 11

2.1 Types ........................................................................................................................................................................... 11

2.2 Enumerations .............................................................................................................................................................. 17

C hapter 3 Control Processor hardware .................................................................................................................................... 22

C hapter 4 SM chassis IO ............................................................................................................................................................ 27

4.1 SM chassis IO - IO busses and IO chassis .................................................................................................................. 28

4.2 SM chassis IO - system-hardware for IO modules ...................................................................................................... 31

4.3 SM chassis IO - Digital Input (DI) ................................................................................................................................ 33

4.4 SM chassis IO - Line-monitored Digital Input (DI-LM) ................................................................................................. 35

4.5 SM chassis IO - Analog Input (AI) ............................................................................................................................... 37

4.6 SM chassis IO - Digital Output (DO) ............................................................................................................................ 40

4.7 SM chassis IO - Safety Digital Output (SDO) .............................................................................................................. 41

4.8 SM chassis IO - Line-monitored Safety Digital Output (SDO-LM) ............................................................................... 42

4.9 SM chassis IO - Safety Analog Output (SAO) ............................................................................................................. 43

C hapter 5 SM Universal Safety IO .............................................................................................................................................. 44

5.1 SM Universal Safety IO - network ................................................................................................................................ 45

5.2 SM Universal Safety IO - RUSIO module .................................................................................................................... 47

5.3 SM Universal Safety IO - RUSLS module .................................................................................................................... 49

5.4 SM Universal Safety IO - spare channels .................................................................................................................... 51

5.5 SM Universal Safety IO - DI channels ......................................................................................................................... 52

5.6 SM Universal Safety IO - DO channels ....................................................................................................................... 54

5.7 SM Universal Safety IO - AI channels ......................................................................................................................... 57

5.8 SM Universal Safety IO - AO channels ........................................................................................................................ 59

5.9 SM Universal Safety IO - ESD channels...................................................................................................................... 61



C hapter 6 FLDs............................................................................................................................................................................ 62

6.1 FLDs - EE block ........................................................................................................................................................... 63

6.2 FLDs - FLD block ......................................................................................................................................................... 64

6.3 FLDs - DI ..................................................................................................................................................................... 65

6.4 FLDs - DO ................................................................................................................................................................... 68

6.5 FLDs - AI ..................................................................................................................................................................... 71

6.6 FLDs - AO .................................................................................................................................................................... 73

6.7 FLDs – Multiple Inputs ................................................................................................................................................. 74

6.8 FLDs – Multiple Outputs .............................................................................................................................................. 76

C hapter 7 Standard Display ....................................................................................................................................................... 78



About this guide

The Experion Parameter Reference is a reference guide that provides detailed information about the relations between software identifiers in Safety Manager and Control Builder of Experion.

A reference guide is a Safety Manager related guide and does not describe tasks in terms of how to perform the task and/or steps to follow. A reference guide can provide input to support decisions required to achieve a certain objective.

Revision history Revision Date Description

Issue 1.0 October 2014 Initial release of the document for Safety Manager software release R152.

Intended audience

The guide is for Experion application engineers who have to build control strategies and/or operate Control Builder. Use this guide when detailed information about (function block) parameters relating to Safety Manager is required.

How to use this guide

This guide provides information about (function block) parameters in Control Builder and what their relation is with software identifiers in Safety Manager. Chapters 1 and 2 are of a general nature. Chapters 3 thru 6 provide information about specified parts of the Safety Manager system. Chapter 7 provides details about relevant Standard Display file names.

The information is organized as described below:

• Chapter 1 Introduction • Chapter 2 Definitions • Chapter 3 Control Processor hardware • Chapter 4 SM chassis IO • Chapter 5 SM Universal Safety IO • Chapter 6 FLDs • Chapter 7 Standard Display

Special terms

The information about relevant software identifiers and their relations is presented as so called ‘Parameter Definitions’. Specific system related formats are used for this purpose; these are called ‘parameter attributes’. A list of attributes is included in Table 1 Parameter Attribute Definitions; this list also has short descriptions for each parameter attribute that is used for Safety Manager.



Related documents

The following list identifies publications that may contain information relevant to the information in this document.

Document name Document number

Safety Manager – Overview Guide EP-SM.MAN.6275

Safety Manager – Safety Manual EP-SM.MAN.6283

Safety Manager – Software Reference EP-SM.MAN.6285

Experion PKS - Control Builder Parameter Reference EPDOC-XX18-en-430A



C hapter 1 Introduction

Abstract

This guide provides information about the user-visible parameters in Control Builder of Experion and their relations to software identifiers in Safety Manager.

Use this guide as you build control strategies and during operation, when detailed information about (function block) parameters is required.

Parameter Definition Format

In this guide, the parameter definitions are grouped per specified part of the Safety Manager system. For all parameter definitions in this guide the Residence is Safety Manager.

The information is presented in table format. These tables are included:

• Table 1 Parameter Attribute Definitions; this table provides short descriptions for each parameter attribute that is used for Safety Manager.

Attribute Description

Attributes used in 2.1 Types

Block Type Defines the name of the block type

Definition A short description of the block type.

Block / Basic Block Defines whether the block is a Tagged block or a Basic block.

Remarks Includes additional information that is important to the understanding, use, and operation of the parameter.

Attributes used in paragraph 2.2 Enumerations

EnumSet Name Defines the name of the enumeration set.

ENUM ID Defines the ID of the enumeration set.

Enum Name Defines the name of an element in the enumeration set.

Ordinal Defines the value of an element in the enumeration set.


Attributes used in Chapter 3 up to and including Chapter 6

Parameter Name Defines the name of the parameter.

Parameter Description A short description of the block type.



Attribute Description

Load Dest Determines whether the parameter value is stored in the Controller, SR or server (SCAN).

Data Type Defines how the parameter data is viewed by the system.


Attributes used in Chapter 7

Block Type Defines the block type which the parameter applies to.

SCANPNTDTL parameter value Defines the name of Server Detail Display.

SCANGRPDTL parameter value Defines the name of Server Group Display.

SCANASSOCDSP parameter value Defines the name of Server Associated Display.

Table 1 Parameter Attribute Definitions



C hapter 2 Definitions

This section provides information about the parameter definitions that are used with respect to Safety Manager.

These topics are included:

• Types • Enumerations

2.1 Types

This section provides information about how the SM data is represented in Experion Control Builder for use in control applications including operator displays.


• Table 2 Safety Manager hardware block types • Table 3 Safety Manager process block types • Table 4 Experion block Tag names

Block Type Block /

Basic Block

Definition Remarks

SMController Block Safety Manager Controller 1 instance per controller

SMControlProcessor Block Control processor (CP) 1 for a non redundant system

2 for a redundant system

SMQPP QPP module Name = QPP

SMCOM Communication module Name = COM1 and COM2

SMBKM Block Battery and key switch module

SMEE Block Represents the EE to host the process points.

SMIOBUS_NR Block Non redundant I/O bus

SMIOChassis_NR Non redundant I/O chassis 1 instance per chassis:

Name = CHASSIS_xx (xx=Chassis nr

SMIOBUS_R Block Redundant I/O bus

SMIOChassis_R Redundant I/O chassis 1 instance per chassis:

Name = CHASSIS_xx (xx=Chassis nr



Block Type Block / Basic Block

Definition Remarks

SMIOBUS_ART Block I/O bus with A.R.T.

SMIOChassisART_NR

SMIOChassisART_R

Non redundant I/O chassis ART

Redundant I/O chassis ART

1 instance per chassis (based on type):

Name = CHASSIS_xx (xx=Chassis nr)

SDI_1624NR SDI_1648NR

Block DI module, type SDI_1624, non redundant

DI module, type SDI_1648, non redundant

SDI_NR_Chan DI channel, non redundant 1 instance per channel:

Name = CHANxx (xx= channel nr)

SDI_1624R SDI_1648R

Block DI module, type SDI_1624, redundant

DI module, type SDI_1648, redundant

SDI_R_Chan DI channel, redundant 1 instance per channel:


SDIL_1608NR Block DI module, type SDIL_1608, non redundant

SDIL_NR_CHAN

SDIL_NR_EFM

Basic Block

DI channel with line monitoring, non red.

DI EFM channel, non redundant

1 instance per channel:


SDIL_1608R Block DI module, type SDIL_1608, non redundant

SDIL_R_CHAN

SDIL_R_EFM

Basic Block

DI channel with line monitoring, redundant

DI EFM channel, redundant



SAI_0410NR Block AI module, type SAI_0410, non redundant

SAI_NR_Chan Basic Block

AI channel, non redundant 1 instance per channel:


SAI_0410R Block AI module, type SAI_0410, redundant

SAI_R_Chan Basic Block

AI channel, redundant 1 instance per channel:


SAI_1620NR Block AI module, type SAI_1620, non redundant

SAI_NR_Chan

SAI_NR_VM

Basic Block

AI channel, non redundant

AI voltage monitoring channel, non redundant



SAI_1620R Block AI module, type SAI_1620, redundant




Definition Remarks

SAI_R_Chan

SAI_R_VM

Basic Block

AI channel, redundant

AI voltage monitoring channel, redundant



DO_1224NR DO_1624NR RO_1024NR SDO_0824NR SDO_0424NR SDO_0448NR SDO_04110NR

Block DO module, type DO_1224, non redundant

DO module, type DO_1624, non redundant

DO module, type RO_1024, non redundant

DO module, type SDO_0824, non redundant




DO_NR_Chan Basic Block

DO channel, non redundant 1 instance per channel:


DO_1224R DO_1624R RO_1024R SDO_0824R SDO_0424R SDO_0448R SDO_04110R

Block DO module, type DO_1224, redundant

DO module, type DO_1624, redundant

DO module, type RO_1024, redundant

DO module, type SDO_0824, redundant




DO_R_Chan Basic Block

DO channel, redundant 1 instance per channel:


SDOL_0424NR SDOL_0448NR

Block DO module, type SDOL_0424, non redundant

DO module, type SDOL_0448, non redundant

SDOL_NR_CHAN Basic Block

DO channel with line monitoring, non red. 1 instance per channel:


SDOL_0424R SDOL_0448R

Block DO module, type SDOL_0424, redundant

DO module, type SDOL_0448, redundant

SDOL_R_CHAN Basic Block

DO channel with line monitoring, redundant 1 instance per channel:


SAO_0220NR Block AO module, type SAO_0220, non redundant

SAO_NR_Chan Basic Block

AO channel, non redundant 1 instance per channel:





Definition Remarks

SAO_0220R Block AO module, type SAO_0220, redundant

SAO_R_Chan Basic Block

AO channel, redundant 1 instance per channel:


SMRemoteNetwork SMRemoteNetworkART

Block Remote network

Remote network with ART

SMRemoteNode_NR

SMRemoteNode_R

Basic Block

Node on remote network, non-redundant

Node on remote network, redundant

1 instance per IOTA on the network

Name = Nodexx (xx = node nr)

NRUSIO-3224 NRUSLS-3224

Block Non redundant Universal IO module

Non redundant Universal Logic Solver module

SMRIOModule

SMRLSModule

Basic Block

Universal IO module

Universal Logic solver module

1 instance (based on module type):

Name = Module1

REMOTE_SPARE_NR_CHAN

REMOTE_SDI_NR_CHAN

REMOTE_SDIL_NR_CHAN

REMOTE_SDO_NR_CHAN

REMOTE_SDOL_NR_CHAN

REMOTE_NR_AI_CHAN

REMOTE_NR_AO_CHAN

REMOTE_NR_ESD_CHAN

Basic Block

Spare Channel, non redundant

DI channel, non redundant

DI channel with line monitoring, non red.

DO channel, non redundant

DO channel with line monitoring, non red.

AI channel, non redundant

AO channel, non redundant

ESD channel, non redundant

1 instance per channel, based on the channel type:


RUSIO-3224 RUSLS-3224

Block Redundant Universal IO module

Redundant Universal Logic solver module

SMRIOModule

SMRLSModule

Basic Block

Universal IO module slot

Universal Logic solver module slot

2 instances (based on module type):

Name = Module1 and Module2

REMOTE_SPARE_R_CHAN

REMOTE_SDI_R_CHAN

REMOTE_SDIL_R_CHAN

REMOTE_SDO_R_CHAN

REMOTE_SDOL_R_CHAN

REMOTE_R_AI_CHAN

REMOTE_R_AO_CHAN

REMOTE_R_ESD_CHAN

Basic Block

Spare Channel, redundant

DI channel, redundant

DI channel with line monitoring, redundant

DO channel, redundant

DO channel with line monitoring, redundant

AI channel, redundant

AO channel, redundant

ESD channel, redundant

1 instance per channel, based on the channel type:


Table 2 Safety Manager hardware block types



Block Type Block /

Basic Block

Definition Remarks

SMFLD Block Functional Logic Diagram One block instance for each FLD

SM_DI Basic block

Digital input channel point Name = BlockName property of point

SM_DI_LM Basic block

Digital input channel point with line monitoring Name = BlockName property of point

SM_DICOM Basic block

Digital input communication point RO Name = BlockName property of point

SM_COMFLAG Basic block

Digital input point writable from Experion. Name = BlockName property of point

SM_AI Basic block

Analog input channel point Name = BlockName property of point

SM_DO Basic block

Digital output not tested channel point Name = BlockName property of point

SM_SDO Basic block

Digital output tested channel point Name = BlockName property of point

SM_SDOL Basic block

Digital output tested channel point with line monitoring

Name = BlockName property of point

SM_DOCOM Basic block

Digital output communication point Name = BlockName property of point

SM_AO Basic block

Analog output channel point Name = BlockName property of point

SM_BI Basic block

Multiple DI channel point register Name = BlockName property of point

SM_BICOM Basic block

Numerical input communication point RO Name = BlockName property of point

SM_COMNUMERUC Basic block

Numerical input point writable from Experion Name = BlockName property of point

SM_BO Basic block

Multiple DO channel point Name = BlockName property of point

SM_BOCOM Basic block

Numerical output communication point Name = BlockName property of point

Table 3 Safety Manager process block types



Block Type Tag name 1) Remarks

SMController Controller name. eg: SM1

SMControlProcessor <Controller name> + ‘_’ + ‘CP1’

<Controller name> + ‘_’ + ‘CP2’

eg: SM1_CP1

eg: SM1_CP2

SMBKM <Controller name> + ‘_’ + ‘BKM’ eg: SM1_BKM

SMEE <Controller name> + ‘_’ + ‘EE eg: SM1_EE

SMIOBUS_NR

SMIOBUS_R

SMIOBUS_ART

<Controller name> + ‘_’ + ‘IOBus’ + <IOBus number>

eg: SM1_IOBus_1

SDI_1624NR

SDI_1624R

SDI_1648NR

SDI_1648R

SDIL_1608NR

SDIL_1608R

SAI_0410NR

SAI_0410R

SAI_1620NR

SAI_1620R

DO_1224NR

DO_1224R

DO_1624NR

DO_1624R

RO_1024NR

RO_1024R

SDO_0824NR

SDO_0824R

SDO_0424NR

SDO_0424R

SDO_0448NR

SDO_0448R

SDO_04110NR SDO_04110R

<Controller name> + ‘_’ + <Module Type> + ‘_’ + <Chassis number> + ‘_’ + <Slot number>

Eg: SM1_ SDIL1624_1_3

Chassis number is only yy part of ChassisID xx.yy

SMRemoteNetwork <Controller name> + ‘_’ + ‘RemoteNetwork’ + ‘_’ + <Remote network number>

Eg: SM1_RemoteNetwork_1

System driven based on controller name



Block Type Tag name 1) Remarks

RUSIO-3224

NRUSIO-3224

RUSLS-3224

NRULS-3224

<Controller name> + ‘_’ + <Module type> ‘_’ + <IOTA Name>

System driven based on controller name

Eg: SM1_ FC_RUSIO_3224_IOTA1 Note: The IOTA name prefix will only consider the first 8 characters of the IOTA name in case it exceeds 8 characters.

SMFLD <FLD tag name> Default tag name = SM1_FLD0010

User configurable.

Table 4 Experion block Tag names

1) The Controller name prefix will only consider the first 14 characters of the controller name in case it exceeds 14 characters..

2.2 Enumerations

This section provides information about how the SM data is represented in Experion Control Builder for use in control applications including operator displays.


• Table 5 Enumeration definition

EnumSet Name ENUM ID Enum name Ordinal Remarks

SMCPStatus 1000 NOT PRESENT 1 See note1.

IDLE 2

RUNNING 3

SMTemperatureUnits 1003 Degrees Kelvin 1

Degrees Fahrenheit 2

Degrees Celsius 3

SMIoBusArchitecture 1013 Non Redundant 0

Redundant 1

Redundant ART 2

SMIOChassisType 1014 NOT PRESENT 0

Non Redundant 1

Redundant 2

Non Redundant ART 3

Redundant ART 4

SMModuleStatus 1001 HEALTHY 1




NOT HEALTHY 2

SMChannelStatus 1007 HEALTHY 1

FAULTY 2

SMForceEnable 1008 Force Enabled 1

Not Force Enabled 2

SMLoopStatus 1009 Loop Healthy 1

Loop Faulty 2

SMLoopOpenStatus 1010 Loop Healthy 1

Loop Open 2

SMLoopShortStatus

SMChannelEFMState

1011 Loop Healthy 1

Loop Short 2

Healthy 1

Earth Fault 2

SMAISignalType 1012 0-5V 1

1-5V 2

0-10V 3

2-10V 4

0-20mA 5

4-20mA 6

SMArchitecture 1004 NON REDUNDANT 1

REDUNDANT 2

ADVANCED REDUNDANCY TECHNIQUE

3

SMModuleArchitecture 1017 REDUNDANT 1

NONREDUNDANT 2

SMRepairTimerStatus 1005 NOT ACTIVE 1

ACTIVE 2

SMKeyPosition 1006 STOP 1

IDLE 2

RUN 3

SMIOTAType 1019 FC-IOTA-NR24 1




FC-IOTA-R24 2

SMOperatingMode 1002 Operation 1

Simulation 2

SMRIOCHANNELTYPE 1020 Unassigned 1

Unassigned 2

DI_R 3

DI_NR 4

DI_R_LM 5

DI_NR_LM 6

DO_R 7

DO_NR 8

DO_R_LM 9

DO_NR_LM 10

AI_R 11

AI_NR 12

AO_R 13

AO_NR 14

ESD_R 15

ESD_NR 16

SMCOMCHANNELSTATUS 1016 HEALTHY 1

NOTHEALTHY 2

SMREMOTENETWORKTYPE 1015 RemoteNetwork 1

RemoteNetworkART 2

SMRIOModuleLinkStatus 1018 HEALTHY 1

NOTHEALTHY 2




SMEventCondition 1021 UNDEFINED 0 Not used

FORCED 1 SOE message when point is forced

PVHIHI 2 SOE or Process alarm for AI when PV exceeds highhigh limit.

PVHIGH 3 Process alarm for AI when PV exceeds highhigh limit.

PVLOW 4 SOE or Process alarm for AI when PV exceeds low limit.

PVLOLO 5 SOE or Process alarm for AI when PV exceeds lowlow limit.

OPHIHI 6 SOE or Process alarm for AO when OP exceeds lowlow limit.

OPHIGH 7 Process alarm for AO when OP exceeds lowlow limit.

OPLOW 8 Process alarm for AO when OP exceeds lowlow limit.

OPLOLO 9 SOE or Process alarm for AO when OP exceeds lowlow limit.

OFFNORMAL 10 Process alarm for DI and DO when state is not the Normal state

CHANGEOFSTATE 11 SOE message for DI/DO when state changes

RCVBGN 12 Event at start of alarm recovery

RCVEND 13 Event at end alarm recovery

LOOPOPEN 14 Process alarm for DI, DO, AI and AO when loop open status OR indicates a fault.

LOOPSHORT 15 Process alarm for DI, DO, AI and AO when loop short status OR indicates a fault.

NORMAL 16 analog SOE messages when PV/OP returns between the Low and High limits

SMSYSEVENTCONDITION 1022 UNDEFINED 0 Not used

RCVBGN 12 Event at start of alarm recovery

RCVEND 13 Event at end alarm recovery

EC<xxx> 1024…1279 Error code of system diagnostic, where xxx is the errorcode 0..255

E.g: EC0 = 1024 and EC255 = 1279




SMSYSFAULTTEXT 1023 <Fault texts> 0..255

SMALARMPRIORITY 1024 UNDEFINED 0

NONE 1

JOURNAL 2

LOW 3

HIGH 4

URGENT 5

SMDISPLAYFORMAT 1025 UNDEFINED 0

D0 1 No Precision

D1 2 One Precision

D2 3 Two Precision

D3 4 Three Precision

Table 5 Enumeration definition



C hapter 3 Control Processor hardware

This section provides information about the block type definitions that are used with respect to Control Processor (CP) hardware of Safety Manager.


• Table 6 SMController • Table 7 SMControlProcessor • Table 8 SMQPP • Table 9 SMCOM • Table 10 SMBKM

Parameter Name Parameter Description Load Dest Data Type Remarks

SMARCHITECTURE Controller architecture SR ENUM SMArchitecture

SYSTEMNUMBER Controller node number SR UINT16

DTI Diagnostic test interval SR UNIT16

HIGHTEMPSHUTDOWN High temperature shut down in units expressed by TemperatureUnits

SR FLOAT32

HIGHTEMPALARM High temperature alarm in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPSHUTDOWN Low temperature shut down in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPALARM Low temperature alarm in units expressed by TemperatureUnits

SR FLOAT32

SMCYCLETIME Cycle time Controller UINT16

OPERATINGMODE Operating mode SR ENUM SMOperatingMode

SMTEMPERATURE Controller Temperature in units expressed by TemperatureUnits

Controller UINT8

TEMPERATUREUNITS Temperature units SR ENUM SMTemperatureUnits

UPTIME Up time in hours Controller UINT32

OPERATIONALTIME Operational Time in hours Controller UINT32

CONTROLLERTIME Controller Time Controller TIME




LASTFAULTRESET Last fault reset time Controller TIME

NUMBEROFFORCES Number of active forces Controller UINT16

HIGHTEMPALARMSTATUS High temperature alarm digital input

Controller BOOLEAN

LOWTEMPALARMSTATUS Low temperature alarm digital input

Controller BOOLEAN

EXTCOMFAULT1A External Communication Fault communication channel 1 digital input

Controller BOOLEAN

EXTCOMFAULT1B External Communication Fault communication channel 2 digital input

Controller BOOLEAN

EXTCOMFAULT1C External Communication Fault communication channel 3 digital input

Controller BOOLEAN

EXTCOMFAULT1D External Communication Fault communication channel 4 digital input

Controller BOOLEAN

EXTCOMFAULT2A External Communication Fault communication channel 5 digital input

Controller BOOLEAN

EXTCOMFAULT2B External Communication Fault communication channel 6 digital input

Controller BOOLEAN

EXTCOMFAULT2C External Communication Fault communication channel 7 digital input

Controller BOOLEAN

EXTCOMFAULT2D External Communication Fault communication channel 8 digital input

Controller BOOLEAN

CLOCKSRCFAULT1 Clock Source priority 1 fault digital input

Controller BOOLEAN


Controller BOOLEAN


Controller BOOLEAN

INPUTCHANNELFAULT Input channel fault digital input

Controller BOOLEAN

INPUTLOOPFAULT Input loop fault digital input Controller BOOLEAN




INPUTCOMPAREFAULT Input compare fault digital input

Controller BOOLEAN Applicable only when Controller architecture is redundant

OUTPUTCHANNELFAULT Output channel fault digital input

Controller BOOLEAN

OUTPUTLOOPFAULT Output loop fault digital input

Controller BOOLEAN

OUTPUTCOMPAREFAULT Output compare fault digital input

Controller BOOLEAN Applicable only when Controller architecture is redundant

CONTROLPROCESSORFAULT Control processor fault Controller BOOLEAN

DESC Description of the block STRING255 Server parameter

Desc = Controller name

CONDITION Event Conditions SR ENUM SMSYSEVENTCONDITION

CLOCKSOURCE1CONFIGURED Indicates True if Clock source 1 is configured

SR BOOLEAN For displays purpose





SCANGRPDTL Point group display file SCAN STRING String 255

SCANPNTDTL Point detail display file SCAN STRING String 255

FAULTTEXT Diagnostic fault text SR ENUM SMSYSFAULTTEXT

STATUS SYSTem status CONTROLLER INT32

Table 6 SMController


CPSTATUS Control processor status Controller ENUM SMCPStatus

REPAIRTIMERSTATUS Repair timerstatus Controller ENUM SMRepairTimerStatus

REPAIRTIMER Repair timer in hours Controller UINT16

MAXREPAIRTIMER Maximum repair timer in hours

SR INT32

KEYPOSITION Control processor key position.

Controller ENUM SMKeyPosition

COMSYSTEMSWVERSION COM system software version number

Controller STRING




SAFETYPROCESSORSW VERSION Safety processor software version number

Controller STRING

APPLICATIONSWVERSION Application software version number

Controller STRING

COMMODULESCOUNT Count of Communication modules

SR UINT8 Need this parameter to support displays development

DESC Description of the block STRING255 Server parameter

Desc = Control Processor <1/2>





STATUS System status Controller INT32

APPVERSION Published application version

SR INT32

Table 7 SMControlProcessor


MODULEID Module number SR ENUM

DESC Module type SR STRING

MODULESTATUS Module status Controller ENUM ModuleStatus

CHASSISID Chassis number SR UINT16 chassis id is xx.yy , xx is system number, yy is chassis number

Only yy is published.

SLOTNUMBER Slot number SR UINT16 Eg: 10

Table 8 SMQPP



DESC Module type SR STRING




MODULESTATUS Module status Controller ENUM SMModuleStatus



SLOTNUMBER Slot number SR UINT16 Eg: 10

Table 9 SMCOM



DESC Module type TO_SRSCAN STRING



SLOTNUMBER Slot number SR UNIT16 Eg: 10

MODULESTATUS Module status Controller ENUM SMModuleStatus





STATUS System status CONTROLLER INT32

Table 10 SMBKM



C hapter 4 SM chassis IO

This section provides information about the block type definitions that are used with respect to chassis based IO modules of Safety Manager.

These subjects are included:

• 4.1 - SM chassis IO - IO busses and IO chassis • 4.2 - SM chassis IO - system-hardware for IO modules • 4.3 - SM chassis IO - Digital Input (DI) • 4.4 - SM chassis IO - Line-monitored Digital Input (DI-LM) • 4.5 - SM chassis IO - Analog Input (AI) • 4.6 - SM chassis IO - Digital Output (DO) • 4.7 - SM chassis IO - Safety Digital Output (SDO) • 4.8 - SM chassis IO - Line-monitored Safety Digital Output (SDO-LM) • 4.9 - SM chassis IO - Safety Analog Output (SAO)



4.1 SM chassis IO - IO busses and IO chassis

This section provides information of block type definitions that are used with respect to IO busses and IO chassis of Safety Manager.


• Table 11 SMIOBUS_NR • Table 12 SMIOBUS_R • Table 13 SMIOBUS_ART • Table 14 SMIOChassis_NR • Table 15 SMIOChassis_R • Table 16 SMIOChassisART_NR • Table 17 SMIOChassisART_R


IOBUSID IO BUS Number SR UINT16

IOBUSARCH IO Bus architecture SR ENUM SMIoBusArchitecture

IOBUSSTATUS IO Bus status CONTROLLER ENUM SMModuleStatus

CONDITION Event conditions SR ENUM SMSYSEVENTCONDITION

DESC Description of the block SR STRING255 Server parameter

DESC = module description





Table 11 SMIOBUS_NR




IOBUSSTATUS1 IO Bus Status CP1 CONTROLLER ENUM SMModuleStatus












Table 12 SMIOBUS_R













Table 13 SMIOBUS_ART


CHASSISID Chassis Number SR UINT16 chassis id is xx.yy , xx is system number, yy is chassis number


CHASSISTYPE Chassis type SR ENUM SMIoChassisType

IOEXTSTATUS IO Extender Status CONTROLLER ENUM SMModuleStatus

Table 14 SMIOChassis_NR







IOEXTSTATUS1 IO Extender Status CP1 CONTROLLER ENUM SMModuleStatus

IOEXTSTATUS2 IO Extender Status CP2 CONTROLLER ENUM SMModuleStatus

Table 15 SMIOChassis_R





IOEXTSTATUS1 IO Extender Status Slot 20 CONTROLLER ENUM SMModuleStatus


HBUSSTATUS HBUS Status HBus CONTROLLER ENUM SMModuleStatus

Table 16 SMIOChassisART_NR




CHASSISTYPE Chassis type SR ENUM SMIOChassisType



HBUSSTATUS1 HBUS Status HBus 1 CONTROLLER ENUM SMModuleStatus

HBUSSTATUS2 HBUS Status HBus 2 CONTROLLER ENUM SMModuleStatus

Table 17 SMIOChassisART_R



4.2 SM chassis IO - system-hardware for IO modules

This section provides information of basic block parameter definitions that are used with respect to system-hardware that serves SM chassis IO modules of Safety Manager.


• Table 18 Non redundant Chassis IO modules • Table 19 Redundant Chassis IO modules


MODULEID Module ID SR ENUM

DESC Module description TO_SRSCAN STRING

CHASSISID Chassis ID SR UNIT16 e.g. 1, 2, 23

SLOTNUMBER Slot ID SR UNIT16 1 .. 21

MODULESTATUS Digital input representing the overall state of the I/O module

CONTROLLER ENUM SMModuleStatus

CONDITION Event condition SR ENUM SMSYSEVENTCONDITION

SCANGRPDTL POINT GROUP DISPLAY FILE

SCAN STRING String 255

SCANPNTDTL POINT DETAIL DISPLAY FILE




Table 18 Non redundant Chassis IO modules



DESC Module description TO_SRSCAN STRING

CHASSISID Chassis ID SR UNIT16 e.g. 1, 2, 23

SLOTNUMBER Slot ID SR UNIT16 1 .. 21

MODULE1STATUS Digital input representing the overall state of the I/O module CP1


MODULE2STATUS Digital input representing the overall state of the I/O module CP2





CONDITION Event condition SR ENUM SMSYSEVENTCONDITION

SCANGRPDTL POINT GROUP DISPLAY FILE


SCANPNTDTL POINT DETAIL DISPLAY FILE




Table 19 Redundant Chassis IO modules



4.3 SM chassis IO - Digital Input (DI)

This section provides information of basic block parameter definitions that are used with respect to chassis-based DI modules of Safety Manager.


• Table 20 SDI_NR_CHAN • Table 21 SDI_R_CHAN


CHANNELNUMBER Channel Number SR UINT16

TAG Safety Manager Tagname SR STRING ‘UNASSIGNED’ when channel is not configured

PV DI application value CONTROLLER Boolean

BADPV Channel Status CONTROLLER ENUM SMChannelStatus

Channel diagnostics OR

CHANSTATUS Channel Status CONTROLLER ENUM SMChannelStatus

Status Available in Channel diagnostics OR

FORCED Force status CONTROLLER Boolean

Table 20 SDI_NR_CHAN







CHANSTATUS1 1) Channel Status CP1 CONTROLLER ENUM SMChannelStatus







1) ChannelStatusOR. Applies to all channel parameter definitions. This means that when either of the channels is faulty, this leads to both channels to be faulty.

Table 21 SDI_R_CHAN



4.4 SM chassis IO - Line-monitored Digital Input (DI-LM)

This section provides information of basic block parameter definitions that are used with respect to chassis-based DI-LM modules of Safety Manager.


• Table 22 SDIL_NR_CHAN • Table 23 SDIL_R_CHAN • Table 24 SDIL_NR_EFM • Table 25 SDIL_R_EFM





BADPV Channel diagnostics OR CONTROLLER ENUM SMChannelStatus



Status Available in Channel diagnostics OR buffer


Table 22 SDIL_NR_CHAN
















Table 23 SDIL_R_CHAN


Tag Safety Manager Tagname SR STRING

PV EFM application value Controller Boolean

BADPV Channel Status Controller ENUM SMChannelStatus


CHANSTATUS Channel Status Controller ENUM SMChannelStatus


Table 24 SDIL_NR_EFM


TAG Safety Manager Tagname SR STRING

PV EFM application value Controller Boolean



CHANSTATUS1 1) Channel Status CP1 Controller ENUM SMChannelStatus





Table 25 SDIL_R_EFM



4.5 SM chassis IO - Analog Input (AI)

This section provides information of basic block parameter definitions that are used with respect to chassis-based AI modules of Safety Manager.


• Table 26 SAI_NR_CHAN • Table 27 SAI_R_CHAN • Table 28 SAI_NR_VM • Table 29 SAI_R_VM




SIGNALTYPE Signal type SR ENUM SMAISignalType.

4-20mA when channel is not configured.

PVRAW AI RAW value CONTROLLER UNINT16 Raw counts

PV AI Scaled value 0 - 100% CONTROLLER FLOAT64 Scaled value 0 - 100%






Table 26 SAI_NR_CHAN




SIGNALTYPE Signal type SR ENUM SMAISignalType



PV

AI Scaled value 0 - 100% Controller FLOAT64 Scaled value 0 - 100%










FORCED Force status CONTROLLER BOOLEAN


Table 27 SAI_R_CHAN



PV VM application value Controller FLOAT



CHANSTATUS Channel Status Controller ENUM SMChannelStatus


Table 28 SAI_NR_VM


Tag Safety Manager Tagname SR STRING

PV VM application value Controller FLOAT Scaled value is what is expected as it is the voltage supplies to the transmitter










Table 29 SAI_R_VM



4.6 SM chassis IO - Digital Output (DO)

This section provides information of basic block parameter definitions that are used with respect to chassis-based DO modules of Safety Manager.


• Table 30 DO_NR_CHAN • Table 31 DO_R_CHAN




OP DO actual value CONTROLLER BOOLEAN




Table 30 DO_NR_CHAN











Table 31 DO_R_CHAN



4.7 SM chassis IO - Safety Digital Output (SDO)

This section provides information of basic block parameter definitions that are used with respect to chassis-based SDO modules of Safety Manager.


• Table 32 SDO_NR_CHAN • Table 33 SDO_R_CHAN








Table 32 SDO_NR_CHAN











Table 33 SDO_R_CHAN



4.8 SM chassis IO - Line-monitored Safety Digital Output (SDO-LM)

This section provides information of basic block parameter definitions that are used with respect to chassis-based SDO-LM modules of Safety Manager.


• Table 34 SDOL_NR_CHAN • Table 35 SDOL_R_CHAN








Table 34 SDOL_NR_CHAN











Table 35 SDOL_R_CHAN



4.9 SM chassis IO - Safety Analog Output (SAO)

This section provides information of basic block parameter definitions that are used with respect to chassis-based SAO modules of Safety Manager.


• Table 36 SAO_NR_CHAN • Table 37 SAO_R_CHAN




OP AO actual value CONTROLLER FLOAT 0 - 100% for signal type



FORCED Force status CONTROLLER ENUM SMForcedStatus



Table 36 SAO_NR_CHAN













Table 37 SAO_R_CHAN



C hapter 5 SM Universal Safety IO

This section provides information about the block type definitions that are used with respect to Universal Safety IO modules of Safety Manager.


• 5.1 - SM Universal Safety IO - network • 5.2 - SM Universal Safety IO - RUSIO module • 5.3 - SM Universal Safety IO - RUSLS module • 5.4 - SM Universal Safety IO - spare channels • 5.5 - SM Universal Safety IO - DI channels • 5.6 - SM Universal Safety IO - DO channels • 5.7 - SM Universal Safety IO - AI channels • 5.8 - SM Universal Safety IO - AO channels • 5.9 - SM Universal Safety IO - ESD channels



5.1 SM Universal Safety IO - network

This section provides information of block type definitions that are used with respect to SM Universal Safety IO network of Safety Manager.


• Table 38 SMRemoteNetwork • Table 39 SMRemoteNetworkART • Table 40 SMRemoteNode_NR • Table 41 SMRemoteNode_R


REMOTENETWORKTYPE Remote network type SR ENUM SMREMOTENETWORKTYPE

NETWORKCHANNELNUMBER Channel number SR STRING Port number eg: 1A

CHANNELSTATUS Channel status CONTROLLER BOOLEAN




DESC Module description SR, SCAN STRING


Table 38 SMRemoteNetwork


REMOTENETWORKTYPE Remote network type SR ENUM SMREMOTENETWORKTYPE

NETWORKCHANNELNUMBER Channel number SR STRING Port number eg: 1A

CHANNELSTATUS1 Channel status CONTROLLER BOOLEAN

CHANNELSTATUS2 Channel status CONTROLLER BOOLEAN


DESC Module description SR, SCAN STRING


Table 39 SMRemoteNetworkART


NODENUMBER Node Number SR UNIT16 IOTA node number





ARCHITECTURE Architecture SR ENUM SMModuleArchitecture

MODULESTATUS Module status CONTROLLER ENUM SMModuleStatus

MODULELINKSTATUS Module link status CONTROLLER BOOLEAN

MODULENAME Remote module tagname SR STRING

Table 40 SMRemoteNode_NR


NODENUMBER Node Number SR UNIT16 IOTA node number



MODULE1STATUS Module 1 status CONTROLLER ENUM SMModuleStatus

MODULE2STATUS Module 2 status CONTROLLER ENUM SMModuleStatus

MODULE1LINKSTATUS Module link status CONTROLLER BOOLEAN

MODULE2LINKSTATUS Module link status CONTROLLER BOOLEAN

MODULENAME Remote module tagname SR STRING

Table 41 SMRemoteNode_R



5.2 SM Universal Safety IO - RUSIO module

This section provides information of block type definitions and basic block parameter definitions that are used with respect to RUSIO modules of Safety Manager.


• Table 42 RUSIO-3224 and NRUSIO-3224 • Table 43 SMRIOModule



DESC Module description SR, SCAN STRING String100


NETWORK Remote network SR STRING

CABINETNAME Cabinet name SR STRING

IOTANAME IOTA name SR STRING

IOTATYPE IOTA types SR ENUM SMIOTAType

IOTANODEADDRESS IOTA node address SR UNIT16

ESDCONFIG ESD configured SR BOOLEAN

HIGHTEMPSHUTDOWN High Temperature shutdown in units expressed by TemperatureUnits

SR FLOAT32

HIGHTEMPALARM High Temperature Alarm in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPALARM Low Temperature Alarm in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPSHUTDOWN Low Temperature shut down in units expressed by TemperatureUnits

SR FLOAT32

TEMPERATUREUNITS Temperature units SR ENUM SMTemperatureUnits


SR INT32

EMERGENCYSHUTDOWN RUSIO Emergency Shutdown status digital input

CONTROLLER BOOLEAN

HIGHTEMPSHUTDOWNSTATUS RUSIO module temperature high shutdown digital input

CONTROLLER BOOLEAN




HIGHTEMPALARMSTATUS RIO module temperature high alarm digital input

CONTROLLER BOOLEAN

LOWTEMPSHUTDOWNSTATUS RIO module temperature low alarm digital input

CONTROLLER BOOLEAN

LOWTEMPALARMSTATUS RIO module temperature low shutdown digital input

CONTROLLER BOOLEAN

SCANGRPDTL Point group display file SCAN STRING STRING 255

SCANPNTDTL Point detail display file SCAN STRING STRING 255



Table 42 RUSIO-3224 and NRUSIO-3224


MODULESTATUS Module status Controller Enum SMModuleStatus

TEMPERATURE Module Temperature in units expressed by TemperatureUnits

Controller FLOAT32

REPAIRTIMERSTARTED Repair timer started digital input

Controller BOOLEAN

REPAIRTIMER RUSIO Repair timer value register input

Controller INT32

Table 43 SMRIOModule



5.3 SM Universal Safety IO - RUSLS module

This section provides information of block type definitions and basic block parameter definitions that are used with respect to RUSLS modules of Safety Manager.


• Table 44 RUSLS-3224 and NRULS-3224 • Table 45 SMRLSModule



DESC Module description SR, SCAN STRING STRING100

ARCHITECTURE Architecture SR ENUM

NETWORK Remote network SR STRING

CABINETNAME Cabinet name SR STRING

IOTANAME IOTA name SR STRING

IOTATYPE IOTA types SR ENUM SMIOTAType

IOTANODEADDRESS IOTA node address SR UNIT16 IOTA Node number

ESDCONFIG ESD configured SR BOOLEAN

HIGHTEMPSHUTDOWN High Temperature shutdown in units expressed by TemperatureUnits

SR FLOAT32

HIGHTEMPALARM High Temperature Alarm in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPALARM Low Temperature Alarm in units expressed by TemperatureUnits

SR FLOAT32

LOWTEMPSHUTDOWN Low Temperature shut down in units expressed by TemperatureUnits

SR FLOAT32

TEMPERATUREUNITS Temperature Units SR ENUM SMTemperatureUnits

CYCLETIME Application cycle time CONTROLLER INT32 This parameter is NOT for SM R150.1


SR INT32

EMERGENCYSHUTDOWN Emergency Shutdown status digital input

CONTROLLER BOOLEAN




HIGHTEMPSHUTDOWNSTATUS Module temperature high shutdown digital input

CONTROLLER BOOLEAN

HIGHTEMPALARMSTATUS Module temperature high alarm digital input

CONTROLLER BOOLEAN

LOWTEMPSHUTDOWNSTATUS Module temperature low alarm digital input

CONTROLLER BOOLEAN

LOWTEMPALARMSTATUS Module temperature low shutdown digital input

CONTROLLER BOOLEAN



Table 44 RUSLS-3224 and NRULS-3224


ModuLeStatus Module status Controller Enum SMModuleStatus

TEMPERATURE Module Temperature in units expressed by TemperatureUnits

Controller FLOAT32

REPAIRTIMERSTARTED RIO Repair timer started digital input

Controller BOOLEAN

REPAIRTIMER RIO Repair timer value register input

Controller INT32

Table 45 SMRLSModule



5.4 SM Universal Safety IO - spare channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) spare channels of Safety Manager.


• Table 46 REMOTE_SPARE_NR_CHAN • Table 47 REMOTE_SPARE_R_CHAN



CHANNELTYPE Channel type SR ENUM SMRIOCHANNELTYPE

CHANSTATUS Channel diagnostics CONTROLLER ENUM SMChannelStatus

Channel diagnostics OR buffer

Table 46 REMOTE_SPARE_NR_CHAN




CHANSTATUS1 1) Channel diagnostics module 1

CONTROLLER ENUM SMChannelStatus






Table 47 REMOTE_SPARE_R_CHAN



5.5 SM Universal Safety IO - DI channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) DI channels of Safety Manager.The information is presented in table format. These tables are included:

• Table 48 Remote_SDI_NR_CHAN • Table 49 Remote_SDI_R_CHAN • Table 50 REMOTE_SDIL_NR_CHAN • Table 51 REMOTE_SDIL_R_CHAN





CHANSTATUS Channel diagnostics OR CONTROLLER ENUM SMChannelStatus

PV DI application value CONTROLLER BOOLEAN



Table 48 Remote_SDI_NR_CHAN





CHANSTATUS1 1) Channel diagnostics OR CONTROLLER ENUM SMChannelStatus


PV DI application value CONTROLLER BOOLEAN




Table 49 Remote_SDI_R_CHAN







CHANSTATUS Channel diagnostics OR Controller ENUM SMChannelStatus

PV DI application value Controller BOOLEAN

BADPV Channel diagnostics OR Controller ENUM SMChannelStatus

FORCED Force status Controller BOOLEAN

BADLOOPFL LOOPAND Controller ENUM SMLoopStatus

LOOPOPENAND Loop Open status Controller ENUM SMLoopOpenStatus

LOOPSHORTAND Loop Short status Controller ENUM SMLoopShortStatus

Table 50 REMOTE_SDIL_NR_CHAN





CHANSTATUS1 1) Channel diagnostics OR Controller ENUM SMChannelStatus

CHANSTATUS2 1) Channel diagnostics OR Controller ENUM SMChannelStatus

PV DI application value Controller BOOLEAN




LOOPOPENAND Loop open status AND Controller ENUM SMLoopOpenStatus

LOOPSHORTAND Loop short status AND Controller ENUM SMLoopShortStatus


Table 51 REMOTE_SDIL_R_CHAN



5.6 SM Universal Safety IO - DO channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) DO channels of Safety Manager.


• Table 52 REMOTE_SDO_NR_CHAN • Table 53 REMOTE_SDO_R_CHAN • Table 54 REMOTE_SDOL_NR_CHAN • Table 55 REMOTE_SDOL_R_CHAN





PV Application value CONTROLLER FLOAT




BADLOOPFL LOOPAND CONTROLLER ENUM SMLoopStatus

LOOPOPENAND Loop open status AND CONTROLLER ENUM SMLoopOpenStatus

LOOPSHORTAND Loop short status AND CONTROLLER ENUM SMLoopShortStatus




Table 52 REMOTE_SDO_NR_CHAN




















PVRAW AI RAW value Controller UNINT16 Raw counts




Table 53 REMOTE_SDO_R_CHAN












Table 54 REMOTE_SDOL_NR_CHAN

















Table 55 REMOTE_SDOL_R_CHAN



5.7 SM Universal Safety IO - AI channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) AI channels of Safety Manager.


• Table 56 REMOTE_NR_AI_CHAN • Table 57 REMOTE_R_AI_CHAN















Table 56 REMOTE_NR_AI_CHAN




















PVRAW AI RAW value Controller UNINT16 Raw counts




Table 57 REMOTE_R_AI_CHAN



5.8 SM Universal Safety IO - AO channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) AO channels of Safety Manager.


• Table 58 REMOTE_NR_AO_CHAN • Table 59 REMOTE_R_AO_CHAN












Table 58 REMOTE_NR_AO_CHAN

















Table 59 REMOTE_R_AO_CHAN



5.9 SM Universal Safety IO - ESD channels

This section provides information of basic block parameter definitions that are used with respect to (Universal Safety IO) ESD channels of Safety Manager.


• Table 60 REMOTE_NR_ESD_CHAN • Table 61 REMOTE_R_ESD_CHAN





CHANSTATUS CHANNEL DIAGNOSTICS CONTROLLER ENUM SMCHANNELSTATUS

ESDSTATUS ESD STATUS CONTROLLER BOOLEAN

Table 60 REMOTE_NR_ESD_CHAN





CHANSTATUS1 Channel diagnostics CONTROLLER ENUM SMChannelStatus

CHANSTATUS2 Channel diagnostics CONTROLLER ENUM SMChannelStatus

ESDSTATUS ESD Status CONTROLLER BOOLEAN


Table 61 REMOTE_R_ESD_CHAN



C hapter 6 FLDs

This section provides information about the block type definitions and basic block type definitions that are used with respect to FLDs (Process blocks) of Safety Manager.


• 6.1 - FLDs - EE block • 6.2 - FLDs - FLD block • 6.3 - FLDs - DI • 6.4 - FLDs - DO • 6.5 - FLDs - AI • 6.6 - FLDs - AO • 6.7 - FLDs – Multiple Inputs • 6.8 - FLDs – Multiple Outputs



6.1 FLDs - EE block

This section provides information about the block type definitions that are used with respect to EE blocks of Safety Manager.


• Table 62 EE





Table 62 EE



6.2 FLDs - FLD block

This section provides information about the block type definitions that are used with respect to FLD blocks (Process blocks) of Safety Manager.


• Table 63 FLD


FLDNumber FLD Number SR UINT32

DESC FLD Title TO_SRSCAN STRING String32

ITEMNAME FLD identification TO_SRSCAN STRING String40

PARENTASSET FLD belongs to this Asset name

TO_SRSCAN STRING String40

CONDITION Event conditions SR ENUM SMEventCondition

UNIT Unit SR STRING

SUBUNIT Sub unit SR STRING



SCANASSOCDSP Point associated display file SCAN STRING STRING 255

Table 63 FLD



6.3 FLDs - DI

This section provides information about the basic block type definitions that are used with respect to DI channels on FLDs (Process blocks) of Safety Manager.


• Table 64 SM_DI on FLDs Digital Inputs not line monitored • Table 65 SM_DI_LM on FLDs Digital Inputs line monitored • Table 66 SM_DICOM on FLDs Digital Input locations FSC, COM <> CDA based device • Table 67 SM_COMFLAG on FLDs Digital Input location COM = CDA based device


TAG Safety Manager Tagname SR STRING String32

NAME Block name SR STRING String40

DESC DESCRIPTION SR STRING String64

STATETEXT State descriptor SR STRING String16

STATETXT[0] =StateLow

STATETXT[1] =StateHigh

PVFL DI application value Controller BOOLEAN

PV DI application value Controller SDENUM Reference enum STATETEXT


Channel Status OR


CHANSTATUSAND Channel Status AND Controller ENUM SMChannelStatus

OFFNRMALMPR OFF Normal Alarm Priority SR ENUM SMALARMPRIORITY

NORMAL Normal state of Alarm SR SDENUM Reference enum STATETEXT

Table 64 SM_DI on FLDs
















CHANSTATUSAND Channel Status AND Controller ENUM SMChannelStatus



LOOPOPENOR Loop open status OR Controller ENUM SMLoopOpenStatus


LOOPSHORTOR Loop short status OR Controller ENUM SMLoopShortStatus



Table 65 SM_DI_LM on FLDs













Table 66 SM_DICOM on FLDs











PVFL PV Flag Controller BOOLEAN





Table 67 SM_COMFLAG on FLDs



6.4 FLDs - DO

This section provides information about the basic block type definitions that are used with respect to DO channels on FLDs (Process blocks) of Safety Manager.


• Table 68 SM_DO not tested Digital Outputs • Table 69 SM_SDO tested Digital Outputs not line monitored • Table 70 SM_SDOL Digital Outputs line monitored • Table 71 SM_DOCOM Digital Outputs location COM and FSC








OPFL DO Actual value Controller BOOLEAN

OP DO Actual value Controller SDENUM Reference enum STATETEXT


CHANSTATUSAND Channel diagnostics AND Controller ENUM SMChannelStatus

CHANSTATUSOR Channel diagnostics OR Controller ENUM SMChannelStatus



Table 68 SM_DO








OPFL DO Actual value Controller BOOLEAN

OP DO Actual value Controller SDENUM Reference enum STATETEXT












Table 69 SM_SDO








OPFL DO actual value Controller BOOLEAN

OP DO actual value Controller SDEUNM Reference enum STATETEXT











Table 70 SM_SDOL










PVFL DO marker value Controller BOOLEAN Located in Marker buffer

PV DO marker value Controller SDENUM Reference enum STATETEXT




Table 71 SM_DOCOM



6.5 FLDs - AI

This section provides information about the basic block type definitions that are used with respect to AI channels on FLDs (Process blocks) of Safety Manager.


• Table 72 SM_AI Analog Inputs






SCALING Scaling SR BOOLEAN

EUDESC Engineering Units SR STRING String16

PVEULO Bottom Scale SR FLOAT

PVEUHI Top Scale SR FLOAT

PV AI application value Controller Float Engineering units

PVRAW AI RAW value Controller UINT16









PVLLALMPR Low Low Alarm Priority SR ENUM SMALARMPRIORITY

PVLOALMPR Low Alarm Priority SR ENUM SMALARMPRIORITY

PVHIALMPR High Alarm Priority SR ENUM SMALARMPRIORITY

PVHHALMPR High High Alarm Priority SR ENUM SMALARMPRIORITY

PVLLALMTP Low Low Alarm Limit SR FLOAT64

PVLOALMTP Low Alarm Limit SR FLOAT64

PVHIALMTP High Alarm Limit SR FLOAT64

PVHHALMTP High High Alarm Limit SR FLOAT64




PVFORMAT Display Format For PV SR ENUM SMDISPLAYFORMAT

PVEXEULO Transmitter Low Value SR FLOAT64

PVEXEUHI Transmitter High Value SR FLOAT64

Table 72 SM_AI



6.6 FLDs - AO

This section provides information about the basic block type definitions that are used with respect to AO channels on FLDs (Process blocks) of Safety Manager.


• Table 73 SM_AO Analog Outputs






OP AO actual value (12 bit) Controller FLOAT 0 - 100% for signal type







OPLLALMPR Low Low Alarm Priority SR ENUM SMALARMPRIORITY

OPLOALMPR Low Alarm Priority SR ENUM SMALARMPRIORITY

OPHIALMPR High Alarm Priority SR ENUM SMALARMPRIORITY

OPHHALMPR High High Alarm Priority SR ENUM SMALARMPRIORITY

OPLLALMTP Low Low Alarm Limit SR FLOAT64

OPLOALMTP Low Alarm Limit SR FLOAT64

OPHIALMTP High Alarm Limit SR FLOAT64

OPHHALMTP High High Alarm Limit SR FLOAT64

OPFORMAT Display Format for OP SR ENUM SMDISPLAYFORMAT


OPEULO Bottom Scale SR FLOAT64

OPEUHI Top Scale SR FLOAT64

Table 73 SM_AO



6.7 FLDs – Multiple Inputs

This section provides information about the basic block type definitions that are used with respect to Multiple Inputs on FLDs (Process blocks) of Safety Manager.


• Table 74 SM_BI Multiple Inputs allocated to chassis based Digital Input modules • Table 75 SM_BICOM Multiple Inputs locations FSC, COM <> CDA based device • Table 76 SM_COMNUMERIC Multiple Inputs location COM = CDA based device


Tag Safety Manager Tagname SR STRING String16



PV BI application value Controller UINT32


PVFORMAT Display Format for PV SR ENUM SMDISPLAYFORMAT


PVEULO Bottom Scale SR FLOAT64

PVEUHI Top Scale SR FLOAT64

Table 74 SM_BI





PV BI application value Controller FLOAT

















Table 75 SM_BICOM





PV BI application value Controller FLOAT














Table 76 SM_COMNUMERIC



6.8 FLDs – Multiple Outputs

This section provides information about the basic block type definitions that are used with respect to Multiple Outputs on FLDs (Process blocks) of Safety Manager.


• Table 77 SM_BO Multiple Outputs allocated to chassis based Digital Output modules • Table 78 SM_BOCOM Multiple Outputs location COM





OP BO application value Controller UINT32


OPFORMAT Display Format for OP SR ENUM SMDISPLAYFORMAT


OPEULO Bottom Scale SR FLOAT64

OPEUHI Top Scale SR FLOAT64

Table 77 SM_BO





PV BO application value Controller FLOAT

















Table 78 SM_BOCOM



C hapter 7 Standard Display

This section provides information about SM standard displays represented in Experion Control Builder for use in control applications including operator displays.


• Table 79 Standard Display file names

The values for Point detail and group detail are to be user defined. The default values provided would contain only some generic FLD information. Block Type SCANPNTDTL parameter

value SCANGRPDTL parameter value

SCANASSOCDSP parameter value

SMCONTROLLER Sysdtlsmcontrollera Sysdtlsmcontrollera_fp

SMCONTROLPROCESSOR Sysdtlsmcpa Sysdtlsmcpa_fp

SMBKM Sysdtlsmbkma Sysdtlsmbkma_fp

SMFLD User defined

Default: Sysdtlsmflda

(FLD.PointDetailDisplay)

User defined

Default: Sysdtlsmflda_fp

(FLD.GroupDetailDisplay)

User defined

(FLD.AssociatedDisplay)

SMIOBUS_NR SysdtlSMIOBusA SysdtlSMIOBusA_fp

SMIOBUS_R SysdtlSMIOBusA SysdtlSMIOBusA_fp

SMIOBUS_ART SysdtlSMIOBusA SysdtlSMIOBusA_fp

SDI_1624NR Sysdtlsmdia Sysdtlsmdia_fp

SDI_1624R Sysdtlsmdia Sysdtlsmdia_fp





SDIL_NR_EFM Sysdtlsmdia Sysdtlsmdia_fp

SDIL_R_EFM Sysdtlsmdia Sysdtlsmdia_fp

SAI_0410NR Sysdtlsmaia Sysdtlsmaia_fp

SAI_0410R Sysdtlsmaia Sysdtlsmaia_fp

SAI_1620NR Sysdtlsmaia Sysdtlsmaia_fp



Block Type SCANPNTDTL parameter value

SCANGRPDTL parameter value

SCANASSOCDSP parameter value

SAI_1620R Sysdtlsmaia Sysdtlsmaia_fp

SAI_NR_VM Sysdtlsmaia Sysdtlsmaia_fp

SAI_R_VM Sysdtlsmaia Sysdtlsmaia_fp

DO_1224NR Sysdtlsmdoa Sysdtlsmdoa_fp

DO_1224R Sysdtlsmdoa Sysdtlsmdoa_fp

DO_1624NR Sysdtlsmdoa Sysdtlsmdoa_fp

DO_1624R Sysdtlsmdoa Sysdtlsmdoa_fp

RO_1024NR Sysdtlsmdoa Sysdtlsmdoa_fp

RO_1024R Sysdtlsmdoa Sysdtlsmdoa_fp

SDO_0824NR Sysdtlsmdoa Sysdtlsmdoa_fp

SDO_0824R Sysdtlsmdoa Sysdtlsmdoa_fp







SDOL_0424NR Sysdtlsmdoa Sysdtlsmdoa_fp

SDOL_0424R Sysdtlsmdoa Sysdtlsmdoa_fp

SDOL_0448NR Sysdtlsmdoa Sysdtlsmdoa_fp

SDOL_0448R Sysdtlsmdoa Sysdtlsmdoa_fp

SAO_0220NR Sysdtlsmaoa Sysdtlsmaoa_fp

SAO_0220R Sysdtlsmaoa Sysdtlsmaoa_fp

SMREMOTENETWORK Sysdtlsmriolinka Sysdtlsmriolinka_fp

RUSIO-3224 Sysdtlsmrioa Sysdtlsmrioa_fp

NRUSIO-3224 Sysdtlsmrioa Sysdtlsmrioa_fp

SMEE

Table 79 Standard Display file names




For more information To learn more about Honeywell’s products or solutions visit www.honeywellprocess.com or contact your Honeywell account manager. Process Solutions Honeywell 1250 West Sam Houston Parkway South Houston, TX 77042 Honeywell House, Skimped Hill Lane Bracknell, RG12 1EB Shanghai City Centre, 100 Junyi Road Shanghai, China 20051 www.honeywellprocess.com

EP-SM.MAN.6843 October 2014 © 2014 Honeywell Safety Management Systems

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