Siemens SIMOCODE pro, SIMOCODE pro PCS 7 Programming And Operating Manual

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Programming and Operating Manual

Industrial Controls

Function Block Library SIMOCODE pro for SIMATIC PCS 7

SIMOCODE pro PCS 7 Library V9.0

Edition

06/2017

siemens.com

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___________________

Industrial Controls

SIMOCODE pro SIMOCODE pro PCS 7 Library V9.0

Programming and Operating Manual

06/2017

A5E40899442002A/RS

Introduction

Templates

Block icons and faceplate views

Description of the blocks

Maintenance Station

Parameter

Technical Data

Abbreviations

-AA/001

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Siemens AG Division Digital Factory Postfach 48 48 90026 NÜRNBERG GERMANY

A5E40899442002A/RS-AA/001

Ⓟ

Legal information

Warning notice system

DANGER

indicates that death or severe personal injury will result if proper precautions are not taken.

WARNING

indicates that death or severe personal injury may result if proper precautions are not taken.

CAUTION

indicates that minor personal injury can result if proper precautions are not taken.

NOTICE

indicates that property damage can result if proper precautions are not taken.

Qualified Personnel

personnel qualified

Proper use of Siemens products

WARNING

Siemens products may only be used for the applications described in the catalog and in the relevant technical

ambient conditions must be complied with. The information in the relevant documentation must be observed.

Trademarks

Disclaimer of Liability

This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are graded according to the degree of danger.

If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage.

The product/system described in this documentation may be operated only by task in accordance with the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems.

Note the following:

for the specific

documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems. The permissible

All names identified by ® are registered trademarks of Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner.

We have reviewed the contents of this publication to ensure consistency with the hardware and software described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions.

06/2017 Subject to change

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1 Introduction .............................................................................................................................................. 10

2 Templates ................................................................................................................................................ 38

1.1 Security information ............................................................................................................... 10

1.2 Product specific security information ..................................................................................... 10

1.3 Components of the software package ................................................................................... 11

1.4 Supported control functions ................................................................................................... 12

1.5 Configuration Steps ............................................................................................................... 14

1.5.1 Configuring in HW Config ...................................................................................................... 14

1.5.2 Configuring in CFC ................................................................................................................ 16

1.6 Driver generator ..................................................................................................................... 17

1.6.1 Driver generator ..................................................................................................................... 17

1.6.2 Requirements for generating the module drivers ................................................................... 19

1.6.3 Driver blocks .......................................................................................................................... 20

1.6.4 Object lists and action lists ..................................................................................................... 20

1.7 Example configurations .......................................................................................................... 21

1.7.1 SIMOCODE pro PROFIBUS and PROFINET Configuration ................................................. 21

1.7.2 SIMOCODE pro PROFIBUS configuration ............................................................................ 21

1.7.3 SIMOCODE pro PROFINET configuration ............................................................................ 24

1.8 Parameterization softwares ................................................................................................... 32

1.8.1 Parameterization Softwares ................................................................................................... 32

1.8.2 Configuring in SIMOCODE ES .............................................................................................. 32

1.8.2.1 Parameter settings ................................................................................................................. 34

1.8.3 Configuration with SIMATIC PDM .......................................................................................... 35

1.8.4 Device type selection in HW Config ....................................................................................... 35

1.9 Configuring of the fail-safe, digital PROFIsafe module .......................................................... 36

1.10 Update an existing PCS 7 project .......................................................................................... 37

1.11 Further documentation ........................................................................................................... 37

2.1 Overview of the templates, control functions and blocks ....................................................... 38

2.2 Using templates ..................................................................................................................... 39

2.3 Template OvlRly..................................................................................................................... 42

2.4 Template Direct ...................................................................................................................... 43

2.5 Template Reverse .................................................................................................................. 44

2.6 Template MCCB..................................................................................................................... 45

2.7 Template StarDel ................................................................................................................... 46

2.8 Template RevStarDel ............................................................................................................. 47

2.9 Template Dahland .................................................................................................................. 48

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3 Block icons and faceplate views .............................................................................................................. 56

4 Description of the blocks .......................................................................................................................... 72

2.10 Template RevDahl .................................................................................................................. 49

2.11 Template PoleChng ................................................................................................................ 50

2.12 Template RevPoleCh .............................................................................................................. 51

2.13 Template SolValve .................................................................................................................. 52

2.14 Template Positner ................................................................................................................... 53

2.15 Template SoftStr ..................................................................................................................... 54

2.16 Template RevSoftStr............................................................................................................... 55

2.17 Sample Project ........................................................................................................................ 55

3.1 Block icons .............................................................................................................................. 56

3.2 Faceplates .............................................................................................................................. 58

3.2.1 Faceplates - Structure............................................................................................................. 58

3.2.2 Navigation between SIMOCODE pro faceplates .................................................................... 61

3.2.3 Views ...................................................................................................................................... 62

3.2.3.1 Batch view ............................................................................................................................... 62

3.2.3.2 Trend view .............................................................................................................................. 62

3.2.3.3 Alarm view .............................................................................................................................. 64

3.2.3.4 Memo view .............................................................................................................................. 66

3.2.3.5 Preview view ........................................................................................................................... 67

3.2.4 Scalable faceplates ................................................................................................................. 67

3.3 Central color management ..................................................................................................... 69

3.4 Web Navigator ........................................................................................................................ 70

3.5 APL Operator Trend Control (AOTC) for Digital Values ......................................................... 71

4.1 Functions for all blocks ........................................................................................................... 72

4.1.1 Calling OBs ............................................................................................................................. 72

4.1.2 Called blocks ........................................................................................................................... 73

4.1.3 Worst signal status .................................................................................................................. 74

4.1.4 Quality code ............................................................................................................................ 75

4.1.5 Error numbers ......................................................................................................................... 77

4.1.6 Reading and writing data records ........................................................................................... 78

4.1.7 Read Record error status ....................................................................................................... 79

4.1.8 Write Record error status ........................................................................................................ 79

4.1.9 Overview of the measuring point browser window ................................................................. 79

4.1.10 Configurable response using the Feature I/O ......................................................................... 80

4.1.10.1 Start-up characteristics ........................................................................................................... 80

4.1.10.2 Response for Out of service mode ......................................................................................... 81

4.1.10.3 Resets the commands for switching between modes ............................................................ 81

4.1.10.4 Enabling resetting of commands for the control settings ........................................................ 82

4.1.10.5 Setting switch or button mode ................................................................................................ 82

4.1.10.6 Set switching mode ................................................................................................................. 83

4.1.10.7 Enabling direct changeover between forward and reverse .................................................... 83

4.1.10.8 Resetting via input signals in the event of interlocking (Protection) or errors......................... 84

4.1.10.9 Exit local mode ........................................................................................................................ 84

4.1.10.10 Enable runtime for feedback signals ....................................................................................... 84

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4.1.10.11 Separate monitoring time for stopping the motor ................................................................... 85

4.1.10.12 Enabling rapid stop via faceplate ........................................................................................... 85

4.1.10.13 Activate bumpless changeover to automatic mode ............................................................... 85

4.1.10.14 Activate fault status for external control system fault ............................................................. 86

4.1.10.15 Reset even in locked state ..................................................................................................... 86

4.1.10.16 Disable Feedback Tracking LocalSetting 2 & 4 ..................................................................... 86

4.1.10.17 Bumpless switchover to automatic mode .............................................................................. 87

4.1.10.18 Update acknowledgement and error status of the alarm ....................................................... 87

4.1.10.19 Activate local operator permission ......................................................................................... 87

4.1.10.20 Suppression of all messages ................................................................................................. 88

4.1.10.21 Interlock display with LocalSetting 2 or 4 ............................................................................... 88

4.1.10.22 Define reset as a function of the mode .................................................................................. 88

4.1.10.23 Enable reset of interlocks in manual mode ............................................................................ 90

4.1.10.24 Suppression of single alarm message ................................................................................... 91

4.1.10.25 Resetting control in case of invalid command ....................................................................... 91

4.1.10.26 Setting switch or button mode for local commands ............................................................... 91

4.1.10.27 Evaluation of the signal status of the interlock signals .......................................................... 92

4.1.10.28 Forcing operating modes in the "Local" mode ....................................................................... 93

4.1.10.29 Considering bad quality of automatic commands or external values .................................... 93

4.1.10.30 Separate interlock for each direction or position .................................................................... 93

4.2 Diagnostics block MMDiag ..................................................................................................... 94

4.2.1 Description of MMDiag ........................................................................................................... 94

4.2.2 Acyclic reading of data record 92 ........................................................................................... 95

4.2.3 Message characteristics ........................................................................................................ 95

4.2.4 Driver generator ..................................................................................................................... 96

4.2.5 Start-up characteristics .......................................................................................................... 97

4.2.6 Module error ........................................................................................................................... 97

4.2.7 IO station failure (PROFIBUS DP or PROFINET IO) ............................................................. 98

4.2.8 Failure of a PROFIBUS DP station ........................................................................................ 99

4.2.9 Malfunction when loading the OB .......................................................................................... 99

4.3 MMOprtn block ..................................................................................................................... 100

4.3.1 Description of MMOprtn ....................................................................................................... 100

4.3.2 Parameterizable functions via the Feature connection MMOprtn ........................................ 101

4.3.3 Operating modes ................................................................................................................. 102

4.3.4 Motor current ........................................................................................................................ 103

4.3.5 Device functions ................................................................................................................... 103

4.3.6 Current limits ........................................................................................................................ 106

4.3.7 Hysteresis ............................................................................................................................ 107

4.3.8 Emergency start ................................................................................................................... 107

4.3.9 Self-test ................................................................................................................................ 108

4.3.10 Trip reset .............................................................................................................................. 109

4.3.11 Group fault ........................................................................................................................... 109

4.3.12 Fault handling ....................................................................................................................... 110

4.3.13 Invalid input signals .............................................................................................................. 110

4.3.14 Message characteristics ...................................................................................................... 110

4.3.15 Messages via Event16Ts message block ............................................................................ 111

4.3.16 System text libraries for warning and trip ............................................................................. 113

4.3.17 Process images for the MMOprtn block ...............................................................................

116

4.3.18 Enabled operations .............................................................................................................. 130

4.3.19 Status information ................................................................................................................ 131

4.3.20 SIMOCODE pro slave diagnostics ....................................................................................... 132

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4.3.21

3.22 Assignment of the diagnostics information ........................................................................... 140

Diagnostics information ........................................................................................................ 133

4.3.23 Faceplate views .................................................................................................................... 148

4.3.23.1 MMOprtn - Standard ............................................................................................................. 148

4.3.23.2 MMOprtn - Limits .................................................................................................................. 150

4.3.23.3 MMOprtn - Diagnostics ......................................................................................................... 152

4.3.23.4 MMOprtn - Process image .................................................................................................... 153

4.4 Block for MMMeas measured value function ........................................................................ 154

4.4.1 Description of MMMeas ........................................................................................................ 154

4.4.2 Parameterizable functions via the Feature connection MMMeas ......................................... 155

4.4.3 Operating modes .................................................................................................................. 155

4.4.4 Measured values ................................................................................................................... 156

4.4.4.1 Read measured values ......................................................................................................... 158

4.4.4.2 Assignment of the cyclic process image ............................................................................... 159

4.4.4.3 Write analog output ............................................................................................................... 160

4.4.4.4 Acyclic reading ...................................................................................................................... 160

4.4.5 Message characteristics ....................................................................................................... 161

4.4.6 Start-up characteristics ......................................................................................................... 162

4.4.7 Status information ................................................................................................................. 163

4.4.8 Enabled operations ............................................................................................................... 164

4.4.9 Faceplate views .................................................................................................................... 165

4.4.9.1 MMMeas Standard ................................................................................................................ 165

.4.9.2 MMMeas - Standard 1 .......................................................................................................... 166

4.4.9.3 MMMeas - Standard 2 .......................................................................................................... 167

4.4.9.4 MMMeas - Standard 3 .......................................................................................................... 169

4.4.9.5 MMMeas - Standard 4 .......................................................................................................... 170

4.5 Block for statistical function MMStat ..................................................................................... 172

4.5.1 Description of MMStat........................................................................................................... 172

4.5.2 Parameterizable functions via the Feature connection MMStat ........................................... 173

4.5.3 Operating modes .................................................................................................................. 173

4.5.4 Statistical values ................................................................................................................... 173

4.5.5 Message characteristics ....................................................................................................... 175

4.5.6 Start-up characteristics ......................................................................................................... 176

4.5.7 Status information ................................................................................................................. 177

4.5.8 Enabled operations ............................................................................................................... 178

4.5.9 Faceplate views .................................................................................................................... 179

4.5.9.1 MMStat - Standard 1 ............................................................................................................. 179

4.5.9.2 MMStat - Standard 2 ............................................................................................................. 181

4.6 Block for timestamping MMLog ............................................................................................ 183

4.6.1 Description MMLog ............................................................................................................... 183

4.6.2 Parameterizable functions via the Feature connection MMLog ........................................... 184

4.6.3 Operating modes .................................................................................................................. 184

4.6.4 Logbook function ................................................................................................................... 185

4.6.5 Messages .............................................................................................................................. 188

4.6.6 Signaling response ...............................................................................................................

.6.7 Driver generator ....................................................................................................................

.6.8 Start-up characteristics ......................................................................................................... 192

190 192

4.6.9 Status information ................................................................................................................. 192

4.6.10 Enabled operations ............................................................................................................... 194

4.6.11 Faceplate views .................................................................................................................... 194

4.6.11.1 MMLog - Standard ................................................................................................................ 194

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5 Maintenance Station .............................................................................................................................. 230

A Parameter .............................................................................................................................................. 234

4.6.11.2 MMLog - Logbook ................................................................................................................ 195

4.7 MMRevDhl motor block ........................................................................................................ 197

4.7.1 Application ............................................................................................................................ 197

4.7.1.1 Description of MMRevDhl .................................................................................................... 197

4.7.1.2 Operating modes ................................................................................................................. 198

4.7.1.3 Mode changeover error ........................................................................................................ 200

4.7.1.4 Forcing operating modes ..................................................................................................... 201

4.7.1.5 Control functions for directions ............................................................................................ 202

4.7.2 Parameterizable functions via the Feature connection MMRevDhl ..................................... 203

4.7.3 Output signal for ready to start ............................................................................................. 204

4.7.4 Resetting of the block .......................................................................................................... 204

4.7.5 Limit value monitoring with hysteresis ................................................................................. 205

4.7.6 Rapid stop ............................................................................................................................ 205

4.7.7 Specify warning times for controls ....................................................................................... 205

4.7.8 Issuing maintenance release ............................................................................................... 206

4.7.9 Suppressing messages using the MsgLock parameter ....................................................... 206

4.7.10 Simulation ............................................................................................................................ 206

4.7.11 Monitoring functions ............................................................................................................. 207

4.7.12 Motor Protection ................................................................................................................... 209

4.7.13 Interlocking ........................................................................................................................... 209

4.7.14 Disabling interlocks .............................................................................................................. 212

4.7.15 Group fault ........................................................................................................................... 212

4.7.16 User-defined auxiliary values and user-defined status ........................................................ 213

7.17 Message characteristics ...................................................................................................... 213

4.7.18 Fault handling ....................................................................................................................... 216

4.7.19 Invalid input signals .............................................................................................................. 216

4.7.20 Enable for measurement and statistics ................................................................................ 216

4.7.21 Enabled operations .............................................................................................................. 216

4.7.22

7.23 Restart lock after changing direction of rotation or switching off the motor using idle

Status information ................................................................................................................ 218

time ...................................................................................................................................... 221

4.7.24 Selecting a unit of measure ................................................................................................. 222

4.7.25 Faceplate views ................................................................................................................... 223

4.7.25.1 MMRevDhl - Standard ......................................................................................................... 223

4.7.25.2 MMRevDhl - Maintenance ................................................................................................... 225

4.7.25.3 MMRevDhl - Preview ........................................................................................................... 227

5.1 Maintenance Station ............................................................................................................ 230

A.1 MMDiag block parameter ..................................................................................................... 234

A.2 Structure of UDTs for MMDiag ............................................................................................. 237

A.3 Block parameter MMOprtn ................................................................................................... 244

A.4 Block parameter MMMeas ................................................................................................... 252

A.5 Block parameter MMStat ..................................................................................................... 260

A.6 Block parameter MMLog ...................................................................................................... 267

A.7 Block parameter MMRevDhl ................................................................................................ 273

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B Technical Data ....................................................................................................................................... 283

C Abbreviations ......................................................................................................................................... 285

B.1 Header information ............................................................................................................... 284

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1.1

Security information

1.2

Product specific security information

Siemens provides products and solutions with industrial security functions that support the secure operation of plants, systems, machines, and networks.

In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement – and continuously maintain – a holistic, state-of-the-art industrial security concept. Siemens’ products and solutions only form one element of such a concept.

Customer is responsible to prevent unauthorized access to its plants, systems, machines and networks. Systems, machines and components should only be connected to the enterprise network or the internet if and to the extent necessary and with appropriate security measures (e.g. use of firewalls and network segmentation) in place.

Additionally, Siemens’ guidance on appropriate security measures should be taken into account. For more information about industrial security, please visit: http://www.siemens.com/industrialsecurity.

Siemens’ products and solutions undergo continuous development to make them more secure. Siemens strongly recommends to apply product updates as soon as available and to always use the latest product versions. Use of product versions that are no longer supported, and failure to apply latest updates may increase customer’s exposure to cyber threats.

To stay informed about product updates, subscribe to the Siemens Industrial Security RSS Feed under http://www.siemens.com/industrialsecurity.

This library is designed to run under the PCS 7 environment. Therefore, it is recommended to follow the security principles for PCS 7 to support a secure operation, such as:

● User rights

● Password protection of

– WinCC

– SIRIUS devices

For more information, click here (https://support.industry.siemens.com/cs/document/60119725

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Introduction

1.3

Components of the software package

No.

Supported Hardware

Functions

Name

Diagnostics function

MMDiag

FB1300

Measured value function

MMMeas

FB1302

Statistics function

MMStat

FB1303

Time stamping, logbook function

MMLog

FB1304

High Feature reversing starters

Reference

1.3 Components of the software package

The SIMOCODE pro PCS 7 Library V9.0 integrates SIMOCODE pro C / S / V devices into the PCS 7 environment via blocks.

The SIMOCODE pro PCS 7 Library V9.0 contains the following components:

SIMOCODE pro DPV1 and SIMOCODE pro

2 Driver block for operating

PROFINET

SIMOCODE pro C / S / V devices

MMOprtn FB1301

6 SIMOCODE pro Motor block – control functions for

● List Manual

● Online help with context-sensitive help

● Installation program

● Readme file for installation

Description of MMDiag (Page 94)

Description of MMOprtn (Page 100)

Description of MMMeas (Page 154)

Description of MMStat (Page 172)

Description of MMLog (Page 183)

Description of MMRevDhl (Page 197)

MMRevDhl FB1305

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Introduction

1.4

Supported control functions

The SIMOCODE pro library V9.0 supports the following control functions:

Control function

SIMOCODE

pro C

SIMOCODE

pro S

SIMOCODE

pro V

Overload relay

X X X

Reversing starter

X X X

Circuit breaker

X X X

Star-delta starter

– X X

Star-delta reversing starter

– – X

Dahlander – –

Dahlander reversing starter

– – X

Pole-changing starter

– – X

Pole-changing reversing starter

– – X

Valve – –

Positioners 1–5

– – X

Soft starter – X

Soft reversing starter

– – X

1.4 Supported control functions

The library supports all SIMOCODE pro control functions. Motor blocks of the Advanced Process Library (APL) are used for this. For control functions that are not supported by the APL motor blocks (two directions of rotation, two speeds), the library contains the block MMRevDhl.

For communication with the SIMOCODE pro device, the channel block FbSwtMMS from the APL is used.

Device-specific functions that do not belong to the standard of the APL motor blocks are provided by the other blocks of the SIMOCODE pro Library.

Table 1- 1 Supported control functions

Direct starter X X X

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Introduction

Control functions and blocks

Control functions

APL blocks

Blocks from the SIMOCODE pro Library

Overload relay1

–

Soft reversing starter

Pole-changing starter

Valve

VlvL

Positioners 1–5

VlvMotL

MMLog

MMOprtn can be used for the overload relay control function without APL motor blocks.

1.4 Supported control functions

The table shows the control functions and the corresponding blocks with which the APL is linked into the SIMOCODE pro PCS 7 Library V9.0.

Table 1- 2 Control functions and blocks

MMOprtn Direct starter Soft starter Circuit breaker Star-delta starter Reversing starter Star-delta reversing starter

MotL

MotRevL

MMDiag

MMMeas

MMStat

MMLog

Dahlander

Dahlander reversing starter Pole-changing reversing starter

MotSpdL

– MMRevDhl

MMOprtn

MMDiag

MMMeas

MMStat

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Introduction

1.5

Configuration Steps

1.5.1

Configuring in HW Config

1.5 Configuration Steps

The two bytes of the process image inputs (PII) are transferred from the SIMOCODE device based on the logical address configured for the module. This is a manual configuration that a user has to configure for both the inputs and outputs.

● Drag and drop the desired SIMOCODE pro object (OM, PDM or GSD) out of the HW Catalog into the "Station" window of HW Config and connect it to the desired fieldbus (PROFIBUS or PROFINET).

● HW Config assigns the logical address to the object which will be used for setting up of the CFC template.

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Introduction

Symbolic name in HW Config

1.5 Configuration Steps

The PZDIn01 input parameter of the block is interconnected with the corresponding input of the logical address of the device (

The logical word address can be assigned to a symbolic name (*).

LAddr).

Figure 1-1 Symbolic Name

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Introduction

1.5.2

Configuring in CFC

Procedure

Reference

1.5 Configuration Steps

Configuring with HW Config:

1. Configure the SIMOCODE pro device at HW config.

2. Open CFC-Editor.

3. If not yet done, instantiate an appropriate template and open it.

4. Refer to the input address of the SIMOCODE pro device at HW Config and assign this address to the textual interconnection "Input WORD address of SIMOCODE pro Module (IW x)".

Compile the CFC chart using the "Generate Module Driver" function.

Additional information is available in the "Process Control System PCS 7 Compendium Part A - Configuration Guidelines" Operating Manual on the Internet (https://support.industry.siemens.com/cs/document/63187279

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Introduction

1.6

Driver generator

1.6.1

Driver generator

Purpose of the driver generator

Supported modules and configurations

1.6 Driver generator

The "Generate Module Drivers" function is available for signal processing in PCS 7. Once the hardware has been configured in HW Config and the technological functions have been configured in the CFC, this function automatically generates, interconnects, and parameterizes the required module driver blocks, to the extent possible. These module driver blocks are responsible for diagnosing and reporting errors during signal processing.

The Setup program installs XML files for connecting SIMOCODE pro C / S / V with the driver generator.

A template is inserted for each SIMOCODE pro device. The connection to the hardware is established using symbolic addressing.

The "Generate Module Driver" option inserts the additionally required blocks, and then connects and assigns the corresponding parameters.

The driver concept for SIMOCODE pro C / S / V modules takes into account the operation of various SIMOCODE control functions:

● As a DP slave direct on the DP master system (connection via GSD, PDM object or S7

module via OM SIMOCODE pro)

● As a DP slave behind a Y-Link (connection via GSD or PDM object)

● As a PROFINET IO Device direct on the PN-IO Controller (with or without system

redundancy, connection via GSD or S7 module via OM SIMOCODE pro PN or via EDD).

● As a shared PN IO Device in conjunction with a PROFIsafe configuration with DM-F

PROFIsafe fail-safe digital module on two different IO Controllers (connection via GSD or S7 module via OM SIMOCODE pro PN or via EDD) for a GSD-file-based configuration.

● As a DP slave behind IE-PB-Link (connection via GSD, PDM object or S7 module via OM

SIMOCODE pro).

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Introduction

Reference

Note

The SIMOCODE Premium configuring software. To install, select the appropriate "SIMOCODE pro Integration in STEP 7" option when executing the Setup program for SIMOCODE pro.

Requirements for generating the module drivers

Article number

SIMOCODE pro

Compatible modules

3UF7000-1A*00-0

SIMOCODE pro C (PROFIBUS DP)

yes

basic unit 1, 2 and 3 (PROFINET)

basic unit 1 and 2

1.6 Driver generator

The following SIMOCODE pro modules are permitted for the PCS 7 Library V9.0:

3UF7010-1A*00-0 SIMOCODE pro V

basic unit 1 and 2 (PROFIBUS DP)

3UF7011-1A*00-0 SIMOCODE pro V PN

3UF7020-1A*01-0 SIMOCODE pro S

yes

The desired template is inserted into the CFC from the SIMOCODE library.

Assign the input address of the SIMOCODE pro device to the textual interconnection "Input WORD address of SIMOCODE pro Module (IW x)" for linking the parameters PZDIn01 (SIMOCODE blocks) / PZDIn1(FbSwtMMS) with the logical address of the starter. Reproduce the above steps for the other SIMOCODE pro function blocks at the CFC chart, if you are planning to use any or all of the additional blocks (MMStat, MMMeas and/or MMLog) shipped with this library.

PZDOut1(FbSwtMMS) also has to be connected to Output address (or), Input address and Output address should be maintained same while configuring.

The CFC chart is compiled using the "Generate module driver" function.

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Introduction

1.6.3

Driver blocks

Generating the driver blocks

1.6.4

Object lists and action lists

Description

1.6 Driver generator

Module driver generation for the signal blocks will insert driver blocks depending on the HW Configuration.

The action includes the following steps:

● Determining and assigning the diagnostics address of the SIMOCODE pro device.

● Assigning the primary subnet address and module rack number for the SIMOCODE pro

device.

● Instantiating the OB_DIAG1 / OB_DIAG1_PN driver block for the SIMOCODE pro device.

● Instantiating the MMDiag driver block for reading the diagnostics information of the

SIMOCODE pro device.

● Setting the address of the device at the OB_DIAG1 / OB_DIAG1_PN, MMDiag and MOD_SWT blocks.

● Creating interconnections between the OB_DIAG1 / OB_DIAG1_PN, MMDiag and MOD_SWT blocks.

● Assigning the diagnostic address in the

● Making interconnections between the MMOprtn, MMMeas, MMStat and MMLog blocks

and the MMDiag and MOD_SWT blocks.

DAddr parameter.

Hardware modules, among other things, are configured in HW Config.

The object lists and the action lists are used to generate the module drivers for these hardware modules.

The object list contains a unique object identification number for each of these hardware modules. Each object list is assigned to a particular hardware configuration.

The action list contains a list of actions. These actions must be executed for the object identification numbers that appear in the object list. Examples of such actions include:

● Assigning the device address

● Interconnecting the input and output parameters of the driver block

The "Generate Module Driver" function generates the module drivers when the CFC is compiled.

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Introduction

1.7

Example configurations

1.7.1

SIMOCODE pro PROFIBUS and PROFINET Configuration

SIMOCODE pro PROFIBUS and PROFINET configurations

Note

SIMOCODE pro is used in DP mode DPV1 with a

1.7.2

SIMOCODE pro PROFIBUS configuration

SIMOCODE pro C on DP master system

1.7 Example configurations

ctivated diagnostics and process interrupt.

The SIMOCODE pro PROFIBUS and PROFINET devices along with their associated components are inserted and configured in HW Config.

The following graphics show example configurations of SIMOCODE pro at HW Config in the Netpro View.

Figure 1-2 SIMOCODE pro C on DP master system

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Introduction

SIMOCODE pro S on DP master system

SIMOCODE pro V on DP master system

1.7 Example configurations

Figure 1-3 SIMOCODE pro S on DP master system

Figure 1-4 SIMOCODE pro V on DP master system

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Introduction

SIMOCODE pro S on PROFIBUS DP behind a Y-link

SIMOCODE pro V on PROFIBUS DP behind a Y-link

1.7 Example configurations

Figure 1-5 SIMOCODE pro S on PROFIBUS behind a Y-link

Figure 1-6 SIMOCODE pro V on PROFIBUS behind a Y-link

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Introduction

SIMOCODE pro C / S / V behind IE-PB-Link (OM / GSD)

1.7.3

SIMOCODE pro PROFINET configuration

SIMOCODE pro V PN Configurations

Standalone Configurations (With Internal CPU/External PROFINET card interface)

In CPU

1.7 Example configurations

Figure 1-7 SIMOCODE pro C / S / V behind IE-PB-Link (OM / GSD)

PROFINET port monitoring settings are made mandatory. When multiple devices are connected to the CPU/CP card interface, used and unused PROFINET port settings are required to distinguish between actual Rack failure and Device Failure.

When multiple devices are connected to the PROFINET interface, then the following settings needs to be done.

1. In Port 1 of the PROFINET interface, "Transmission medium" should be automatic and

2. In Port 2 of the PROFINET card, "Transmission medium" and the "Monitor" checkbox

the "Monitor" checkbox needs to activated as shown in figure.

needs to be disabled as shown in figure.

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Introduction

In Device

Note

By default when you add a device “Transmission medium” is set to Automatic and Monitor” checkbo

1.7 Example configurations

Similarly "Transmission medium" should be automatic and "Monitor" checkbox needs to be activated for Port1 and Port 2 of all the SIMOCODE pro V PN devices (see figure) except for the last device in the network loop where Port 2 should be disabled as shown in figure.

These settings are applicable in both internal PROFINET interface of the PLC and external PROFINET interface of CP Card.

Figure 1-8 Standalone configurations

x is disabled.

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Introduction

MRP Redundancy (With Internal CPU/External PROFINET card interface)

System Redundancy (S2) configuration with Redundant PLC

At the Master CPU:

At the Standby CPU:

1.7 Example configurations

When multiple devices are connected in MRP configuration, then the topology below with the required port settings needs to be done as given below

● In Port 1 and Port 2 of the CPU PROFINET interface and the Simocode pro V PN devices, “Transmission medium” should be automatic and the “Monitor” checkbox needs to be activated.

Figure 1-9 MRP configuration

In a redundant CPU configuration,”S2 Redundancy” can be achieved with SIMOCODE pro V PN devices by connecting with the internal PROFINET interface of the CPU as shown with the required port settings needs to be done as given below.

1. In Port 1 of the PROFINET interface, “Transmission medium” should be automatic and the “Monitor” checkbox needs to activated as shown in figure.

2. In Port 2 of the PROFINET card, “Transmission medium” and the “Monitor” checkbox needs to be disabled as shown in figure.

1. In Port 1 of the PROFINET interface, "Transmission medium" should be automatic and the "Monitor" checkbox needs to activated as shown in figure.

2. In Port 2 of the PROFINET card, "Transmission medium" and the "Monitor" checkbox needs to be disabled as shown in figure.

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Introduction

At SIMOCODE pro V PN Device:

1.7 Example configurations

Similarly “Transmission medium” should be automatic and “Monitor” checkbox needs to activated for Port1 and Port 2 of all the SIMOCODE pro V PN devices connected in redundant configuration.

Figure 1-10 System Redundancy (S2) configuration

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1.7 Example configurations

Figure 1-11 Enabling Port1 of the CPU Interface

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1.7 Example configurations

Figure 1-12 Disabling Port2 of the CPU Interface

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1.7 Example configurations

Figure 1-13 Enabling Port1 of the Device Interface

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1.7 Example configurations

Figure 1-14 Disabling Port2 of the Device Interface

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Introduction

1.8

Parameterization softwares

1.8.1

Parameterization Softwares

1.8.2

Configuring in SIMOCODE ES

Purpose of the SIMOCODE ES software

Note

Transmission of modified device parameters is possible under the following conditions:

•

not

•

Note

Some device parameters can be modified independently of the conditions named above. You can recognize these parameters by the blue motor symbol in front of the parameter.

1.8 Parameterization softwares

For parametrizing the device following softwares are availible:

- SIMOCODE ES (with OM intergration)

- SIMATIC PDM (with EDD)

- GSD

SIMOCODE ES is used to configure SIMOCODE pro devices.

The device is No ON control command is active. No motor current is flowing.

in the SIMOCODE pro "remote" mode.

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Introduction

Parameter settings

General settings (valid for all control functions)

Device parameters → Bus parameters

Diagnosis triggered by device fault

Active

—

Diagnosis triggered by process warnings

Active

—

sages

SIMATIC PDM

Standard functions → Test/reset

Test 1

Cyclic receive bit 0.3

—

Reset 1

Cyclic receive bit 0.6

—

Emergency start

Cyclic receive bit 0.4

—

1.8 Parameterization softwares

SIMOCODE pro requires that some parameters have specific settings to ensure correct operation of the signal blocks:

● Parameters that define the assignment of the cyclic I/O interface. These parameters are

italics

shown in

● Parameters that are already preset in the templates for application selection in

SIMOCODE ES for the control function (*).

in the following overview.

Diagnosis triggered by process faults

* Diagnosis triggered by process mes-

Startup parameter block

The settings are a suggestion. They depend on the actual wiring of the SIMOCODE pro inputs and outputs.

Settings for other parameters are required, for example, for motor protection. These are not described here.

Active

—

Not active —

Active

Configuration with SIMOCODE ES or

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Introduction

1.8.2.1

Parameter settings

Control function

Template

APL block

Parameters in SIMOCODE ES

Nonmaintained command

Saving changeover command

Feedback time

Execution time

Interlocking time

Changeover pause Overload relay

OvlRly

MMOprtn

– – – – –

–

①

ing starter

① ② ①

③

ing starter

starter

①

③

reversing starter

①

① ②

①

starter

① ②

① ② ③

– not applicable

1.8 Parameterization softwares

The following list shows the settings for the parameters in SIMOCODE ES.

Table 1- 3 Parameter settings in SIMOCODE ES

Direct starter Direct MotL Default –

Reversing starter Reverse MotRevL Default Default

Circuit breaker MCCB MotL Default –

Star-delta starter StarDel MotL Default –

Star-delta revers-

Dahlander Dahland MotSpdL Default Default

Dahlander revers-

RevStarDel MotRevL Default Default

DevDahl MMRevDhl Default Default

– –

–

– –

–

① ② ③

Pole-changing

Solenoid valve SolValve VlvL Default – –

Positioner 1 Positner VlvMotL Default –

Positioner 2 Positner VlvMotL Default Default

Positioner 3 Positner VlvMotL Default –

Positioner 4 Positner VlvMotL Default –

Positioner 5 Positner VlvMotL Default –

Soft starter SoftStr MotL Default –

Soft reversing

< Dynamic monitoring time, MonTiDynamic ≥ MonTiStatic, MonTiDyStop < Pause time, IdleTime < Change-over time, SwOverTi

PoleChng MotSpdL Default Default

RevPoleCh MMRevDhl Default Default

RevSoftStr MotRevL Default Default

–

① ② ③

– –

–

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Note

For Star device should be added along with Feedback/Execution time for Star parameterized in ( < Dynamic monitoring time, MonTiDynamic = MonTiStatic).

1.8.3

Configuration with SIMATIC PDM

Note

Transmission of modified device parameters is possible under the following conditions:

•

not

•

1.8.4

Device type selection in HW Config

Note SIMOCODE pro V PN

PCS 7 V8.1 and above support integration of SIMOCODE PDM.

1.8 Parameterization softwares

-Delta starter and Star-Delta reverse starter, Change over pause time configured in

-Delta and

You can use the SIMATIC PDM software to configure the SIMOCODE pro C / S / V devices. The devices are accessed via the PROFIBUS and PROFINET interface.

You can find information on configuration using the SIMATIC PDM software in the documentation for SIMATIC PDM and SIMOCODE pro EDD.

The device is

in the SIMOCODE pro "remote" mode.

No ON control command is active. No motor current is flowing.

You can select the device type in the HW Config as follows:

1. Start the SIMATIC Manager.

2. Open the "Settings" menu via "Options → SIMATIC PDM → Settings".

The dialog box opens.

3. Enable "Select type when device is inserted in HW Config".

4. Confirm by clicking OK and close the dialog box.

5. Close SIMATIC Manager and integrate EDD using the SIMATIC PDM "Device Integration

Manager".

pro V PN devices using SIMATIC

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1.9

Configuring of the fail-safe, digital PROFIsafe module

Address assignment

Byte in FCPU

Bit 7

Bit 6

Bit 5

Bit 4

Bit 3

Bit 2

Bit 1

Bit 0 x+0 — — — — — — — Output

Note

You are only allowed to access the address reserved for user data (output byte Other address ranges assigned by DM safety according to PROFIsafe.

Additional information

1.9 Configuring of the fail-safe, digital PROFIsafe module

From product version E06 onwards, SIMOCODE pro V supports the DM-F PROFIsafe failsafe module, with which safety-related tripping of the motor is possible from an F-CPU via PROFIBUS / PROFIsafe.

From the perspective of the fail-safe section of the controller that transfers fail-safe signals via PROFIBUS / PROFIsafe, the DM-F PROFIsafe module represents a digital output with which the two relay enabling circuits of the DM-F PROFIsafe module can be switched on simultaneously or tripped in a fail-safe manner.

To enable fail-safe tripping via the DM-F PROFIsafe by the F-CPU, the PROFIsafe module must be configured in addition to the module for basic type 1 or 2 when integrating via GSD or PDM. When integrating via OM SIMOCODE pro, configuring must be carried out with PROFIsafe.

Of the DM-F PROFIsafe module's assigned addresses, user data is assigned to the following output address in the F-CPU:

Detailed information on accessing the F I/O can be found in the S7 F / FH Systems, Configuring and Programming (https://support.industry.siemens.com/cs/document/2201072 manual.

x, bit 0).

-F PROFIsafe, are, among other things, reserved for

-related communication between the DM-F PROFIsafe module and the F-CPU

)

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Introduction

Assignment of the PROFIsafe address

Additional information

1.10

Update an existing PCS 7 project

Performing a project update

1.11

Further documentation

Overview

1.10 Update an existing PCS 7 project

Each DM-F PROFIsafe fail-safe digital module has its own PROFIsafe address. You must set the PROFIsafe address on the module prior to commissioning.

The PROFIsafe addresses ( configure the DM-F PROFIsafe module in STEP 7.

You can find the PROFIsafe address that must be set on the DM-F PROFIsafe module in the HW Config under the object properties for the PROFIsafe module; it is shown in decimal and hexadecimal notation in the and set it via the DIP address switch on the DM-F PROFIsafe module.

Enter an icon for the fail-safe output in HW Config. In conjunction with F systems, this icon is then connected in CFC with the fail-safe channel driver (output VALUE). When integrating SIMOCODE pro V with GSD file via the Object Manager (OM), the F_CH_BO block is used as the channel driver.

Refer to the system manual "SIMOCODE pro Safety - fail-safe digital modules (https://support.industry.siemens.com/cs/document/50564852 using the fail-safe digital modules.

F_Source_Add, F_Dest_Add) are automatically assigned when you

F_Dest_Add parameter. Convert this address to binary notation

)" for more information on

Refer "ReadMe" provided with the library.

More information

● Online help for PCS 7 Advanced Process Library

● Online help for SIMATIC PCS 7 Process Control System

● Function manuals for SIMATIC PCS 7 Process Control System on the Internet

(https://support.industry.siemens.com/cs/ww/en/view/109482346

● System Manual SIMOCODE pro PROFINET on the Internet

(https://support.industry.siemens.com/cs/document/61896631

● Getting Started on the Internet

(https://support.industry.siemens.com/cs/ww/en/view/109482390

)

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2.1

Overview of the templates, control functions and blocks

Templates for the control functions

No.

Control function

Template

APL blocks

SIMOCODE blocks

Overload relay

OvlRly (Page 42)

FbSwtMMS

MMLog

The templates from the SIMOCODE pro PCS 7 Library V9.0 are templates that you can adopt unchanged to implement control functions in your project. The templates thus simplify the engineering for configuring the blocks and they support their problem-free functioning.

You can also modify the templates or create completely new ones. The interconnections that must then be created manually can be found in the available templates.

The table below assigns the possible control functions to the associated template:

Table 2- 1 Templates for the control functions

2 Direct starter Direct (Page 43) MotL1

Event16Ts

3 Reversing starter Reverse (Page 44) MotRevL1

Event16Ts

4 Circuit breaker MCCB (Page 45) MotL1

Event16Ts

5 Star-delta starter StarDel (Page 46) MotL1

Event16Ts

6 Star-delta reversing starter RevStarDel (Page 47) MotRevL1

Event16Ts

7 Dahlander Dahland (Page 48) MotSpdL1

Event16Ts

8 Dahlander reversing starter RevDahl (Page 49) Event16Ts

FbSwtMMS

9 Pole-changing starter PoleChng (Page 50) MotSpdL1

Event16Ts FbSwtMMS

MMOprtn1 MMMeas MMStat MMLog

MMRevDhl1 MMOprtn1 MMMeas MMStat MMLog

MMOprtn1 MMMeas MMStat

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Templates

No.

Control function

Template

APL blocks

SIMOCODE blocks

MMLog

FbSwtMMS

Block icon available

Reference

2.2 Using templates

10 Pole-changing reversing

starter

11 Valve SolValve (Page 52) VlvL1

12 Positioners 1–5 Positner (Page 53) VlvMotL1

13 Soft starter SoftStr (Page 54) MotL1

14 Soft reversing starter RevSoftStr (Page 55) MotRevL1

RevPoleCh (Page 51) Event16Ts

FbSwtMMS

Event16Ts

MMRevDhl1 MMOprtn1 MMMeas MMStat

MMOprtn1 MMMeas MMStat MMLog

For more information about the APL blocks, refer to the Function Manual "Process Control System PCS7, PCS7 Advanced Process Library V9.0" on the Internet (Page 42).

Diagnostics block MMDiag (Page 94)

MMOprtn block (Page 100)

Block for MMMeas measured value function (Page 154)

Block for statistical function MMStat (Page 172)

Block for timestamping MMLog (Page 183)

MMRevDhl motor block (Page 197)

PCS7 Process Control System, PCS7 Advanced Process Library V9.0 (https://support.industry.siemens.com/cs/ww/en/view/109482346

)

The templates for the control functions are located in the SIMOCODE pro Library under: SMCPro PCS7 LibV90> Blocks+Templates\Templates >

Select a template, e.g. chart. Alternatively, you can also copy the template direct to the chart container or to the required location in the technological hierarchy view.

Reverse

for a reversing starter, and drag and drop it to the CFC

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Templates

Manual interconnections

Automatic interconnections

CFC Sheet 1

CFC Sheet 2

2.2 Using templates

To edit the template, right-click on the template and select "Open" from the shortcut menu. The template is opened as a CFC chart.

In the CFC chart, connect "Input Word Address of SIMOCODE base Module" in the left-hand sheet bar with the logical address of the basic unit.

There are two ways of doing this:

● Via the already created symbolic name

● Via direct input of the calculated address

If additional blocks/functionalities available at the template in sheet 2 of the CFC are not required, they can be deleted as well.

Refer to the section "Remove unused blocks" below for further information.

If the option "Generate Block Driver“ is activated in the "Compile Program" dialog, interconnections that are not yet available but that are necessary will be automatically executed.

Table 2- 2 Automatic interconnections

Inputs

Outputs

• Diagnostic Address of SIMOCODE pro Module

• Logical Address of SIMOCODE pro Module

• ModFAct from MMDiag

• Slv_Typ from MMDiag

• RdEn from MMDiag

• RackFAct from MMDiag

• OMODE_00 of MOD_SWT

• Output word of the basic module

–

In addition to the interconnections, the driver generator automatically generates the following charts and connects them with the template:

● SUBNET/SUBNET_P

● OB_DIAG1 / OB_DIAG1_PN

● MMDiag

● MOD_SWT

The textual interconnections supplied in the template can be deleted individually and entirely. The driver generator replaces the textual interconnections automatically.

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You can delete the textual interconnections using the menu command Options → Delete Textual Interconnections.

Page 41

Templates

Remove unused blocks

Note

Once the OS compilation is al template. The block icon will be that of the respective APL block. However, if the user desires to have a block icon for the MMOprtn block, it can be enabled manually by the user before OS compila

2.2 Using templates

The following blocks (CFC Sheet 2) are not absolutely necessary for operating SIMOCODE:

● MMMeas

● MMStat

● MMLog

They provide further functions such as measured values (e.g. temperature), statistical data, and time stamping.

These blocks can be deleted (right mouse key → delete or select block → Del). After renewed

compiling and downloading to the PLC, these functionalities are no longer available for the user program.

so done, there will be only one block icon created for each

tion. Refer to the screenshot below.

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Templates

2.3

Template OvlRly

Overload relay

•

Interconnections

Reference

2.3 Template OvlRly

This template supports the control function

It contains one instance each of the following blocks:

MMMeas MMStat MMLog MMOprtn

1. Instantiate the template from the SIMOCODE pro Library and create the necessary links to the respective blocks.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection "Input WORD address of SIMOCODE pro Module (IW x)" for linking the parameters PZDIn01 (SIMOCODE blocks) / PZDIn1 (FbSwtMMS) with the logical address of the starter. Input address and Output address should be maintained same while configuring.

Description of Blocks (Page 72)

Parameter (Page 234)

FbSwtMMS

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Templates

2.4

Template Direct

Direct starter

•

Interconnections

Reference

2.4 Template Direct

This template supports the control function

It contains one instance each of the following blocks:

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

"Input WORD address of SIMOCODE pro Module (IW x)" for linking the parameters PZDIn01 (SIMOCODE blocks) / PZDIn1 (FbSwtMMS) with the logical address of the starter. Input address and Output address should be maintained same while configuring.

Description of Blocks (Page 72)

Parameter (Page 234)

MotL FbSwtMMS Event16Ts

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Templates

2.5

Template Reverse

Reversing starter

•

Interconnections

Reference

2.5 Template Reverse

This template supports the control function

It contains one instance each of the following blocks:

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

MotRevL FbSwtMMS Event16Ts

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Templates

2.6

Template MCCB

Circuit breaker

•

Interconnections

Reference

2.6 Template MCCB

This template supports the control function

It contains one instance each of the following blocks:

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

MotL FbSwtMMS Event16Ts

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Templates

2.7

Template StarDel

Star-delta starter

•

Interconnections

Reference

2.7 Template StarDel

This template supports the control function

It contains one instance each of the following blocks:

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

MotL FbSwtMMS Event16Ts

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Templates

2.8

Template RevStarDel

Star-delta reversing starter

•

Interconnections

Reference

2.8 Template RevStarDel

This template supports the control function

It contains one instance each of the following blocks:

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

MotRevL FbSwtMMS Event16Ts

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Templates

2.9

Template Dahland

Dahlander

•

Interconnections

Reference

2.9 Template Dahland

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

MotSpdL FbSwtMMS Event16Ts

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Templates

2.10

Template RevDahl

Dahlander reversing starter

•

Interconnections

Reference

2.10 Template RevDahl

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

MMRevDhl FbSwtMMS Event16Ts

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Templates

2.11

Template PoleChng

Pole-changing starter

•

Interconnections

Reference

2.11 Template PoleChng

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

MotSpdL FbSwtMMS Event16Ts

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Templates

2.12

Template RevPoleCh

Pole-changing reversing starter

•

Interconnections

Reference

2.12 Template RevPoleCh

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

MMRevDhl FbSwtMMS Event16Ts

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Templates

2.13

Template SolValve

Solenoid valve

•

Interconnections

Reference

2.13 Template SolValve

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

VlvL FbSwtMMS Event16Ts

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Templates

2.14

Template Positner

Positioner

•

Interconnections

Reference

2.14 Template Positner

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

VlvMotL FbSwtMMS Event16Ts

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Templates

2.15

Template SoftStr

Soft starter

•

Interconnections

Reference

2.15 Template SoftStr

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

Description of Blocks (Page 72)

Parameter (Page 234)

MotL FbSwtMMS Event16Ts

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Templates

2.16

Template RevSoftStr

Soft reversing starter

•

Interconnections

Reference

2.17

Sample Project

Note

The Direct template, when used from the templates of the Library will not have the blocks MonDi08 and W_BO and the

2.16 Template RevSoftStr

This template supports the control function

MMOprtn MMMeas MMStat MMLog

1. Instantiate the template from the SIMOCODE pro Library.

2. Assign the input address of the SIMOCODE pro device to the textual interconnection

Description of Blocks (Page 72)

Parameter (Page 234)

MotRevL FbSwtMMS Event16Ts

A sample project with SIMOCODE pro PCS7 Library V9.0 is provided along with the installation at the path - \Siemens\Step7\Examples\Simo_Prj.

This sample project serves as an example for how to use the blocks of the Library. The template Direct is used in the CFC Charts of the sample project as an example for configuration.

The template is modified in the CFC Charts to access the Byte1 information of the Process Image input of the configured Simocode device. This is realized by interconnecting the Process image input value to the input signals of the MonDi08 (Block for the measurement monitoring of 8 Binary signals) of APL, via a converter block, W_BO.

respective interconnections.

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3.1

Block icons

Creating block icons in CFC

The MMRevDhl and MMOprtn blocks can each be displayed via various block icons.

To change/switch a block icon, enter the number for the appropriate block icon in the object properties of the block (Input field underneath check box "Create block icon").

Refer to the following tables to retrieve the block icon number.

Clicking on the block icon opens the corresponding faceplate and the block icon remains highlighted as long as this faceplate is opened.

Figure 3-1 Creating block icon

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Block icons and faceplate views

MMRevDhl block icons

Number

Icon

MMOprtn block icons

SIMOCODE pro control function

Icon

soft starter

soft reversing starter

Star-delta starter

Star-delta reversing starter

pole-changing starter

Pole-changing reversing starter

Solenoid valve

3.1 Block icons

The MMRevDhl block provides 2 block icons.

Table 3- 1 MMRevDhl block icons

The MMOprtn block provides the following block icons:

Table 3- 2 MMOprtn block icons

Overload relay

Direct starter /

Reversing starter /

Dahlander /

Dahlander reversing starter /

PROFIBUS

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Positioners 1-5

PROFINET

The status display at the block icon depends upon the final status of the drive, but not on the feedback received from the drive.

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Block icons and faceplate views

3.2

Faceplates

3.2.1

Faceplates - Structure

Note

WinCC tools can be used to make necessary modif

Structure of a faceplate

①

Comments, e.g., name of starter

②

You can use this button to secure the faceplate when switching the range.

③

You can use this button to return to the original process picture.

④

Right clicking on an icon opens the selected view in a separate window.

⑤

Overview window

⑥

Help button

Icons

①

Standard

⑤

Maintenance

⑨

Memo

②

Alarm

⑥

Preview

⑩

Batch

③

Limits

⑦

Diagnostics

⑪

Logbook

④

Trend

⑧

Process image

3.2 Faceplates

A faceplate displays all the elements of a block graphically. The faceplate is displayed in a separate window on the Operator Station (OS). You can call the faceplate:

● Using picture selection keys

● From the process tag list

● By clicking the specific block icon

ications to the faceplates.

"Pin faceplate" button:

"Back to Process" button:

Toolbar for selecting the availible views for the relevant block.

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Block icons and faceplate views

Overview window

①

Indicates whether unacknowledged alarms and warnings are pending.

②

LOCK status for messages, authorization level 5 and higher

③

Message suppression

④

Message acknowledgement, authorization level 5 and higher

⑤

This function indicates whether the block instance of SIMATIC BATCH is assigned.

⑥

Signal status of the block

⑦

Reserved

Expanded command area

3.2 Faceplates

The overview window shows the overall status of the block:

Group display:

Occupied - Batch:

For inputs in the dialog window that require confirmation by the operator, the command area is expanded in the faceplate. The corresponding options are then available, depending on the selection.

Figure 3-2 Example of expanded command area

The expanded command area can be programmed with a 2- or 3-level access concept for the operator. The access can be changed in the WinCC Explorer using the internal @APLCommandExecutionSteps variable. Level 2: The operator only needs to press the command to execute. Level 3: The operator must also press the OK button to execute the command.

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Block icons and faceplate views

Authorization levels

Reference

3.2 Faceplates

Some commands are subject to permission with authorization levels via WinCC. The authorization levels are updated when a view is opened. The user can only execute the commands that are enabled for him.

The authorization levels are created for the project by means of a user ID.

Figure 3-3 Assigning authorization levels in WinCC

The configuration of faceplates and icons follow the standards of the Advanced Process Library.

For more information about this and authorization levels, refer to Function Manual "Process Control System PCS7, PCS7 Advanced Process Library V9" on the Internet (https://support.industry.siemens.com/cs/ww/en/view/109482346

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Block icons and faceplate views

3.2.2

Navigation between SIMOCODE pro faceplates

3.2 Faceplates

Figure 3-4 PCS7 APL

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Block icons and faceplate views

3.2 Faceplates

3.2.3 Views

3.2.3.1 Batch view

The "Batch" view is available in the MMRevDhl, MMOprtn, MMStat, MMMeas and MMLog blocks.

Batch view

This area shows a display of the batch that is currently running (Batchview).

You can use the internal tag "@APLBatchEnable" to enable/disable the "Batch" button in the toolbar.

Value of @APLBatchEnable Operating the "Batch" button in the

toolbar

0 Disabled

Icon of the "Batch" button in the toolbar

1* Enabled

*Batch ID has to be greater than 0 for Batch to be enabled.

① Enabled

(BatchEn)

② Allocated

(Occupied)

③ Batch name

(BatchName)

④ Batch ID

(BatchID)

⑤ Batch step

(StepNo)

This area shows you if the block is enabled for operation via SIMATIC BATCH (Status1.Bit1)

This area shows if the block is currently in use by SIMATIC BATCH (Status1.Bit0)

This area shows the name of the batch that is currently running

This area shows the identification number of the batch that is currently running

(BatchID).

The batch view is disabled if

This area shows the step number of the batch that is currently running.

BatchID = 16#00000000.

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Block icons and faceplate views

3.2 Faceplates

3.2.3.2 Trend view

The "Trend" view is available in the MMRevDhl, MMOprtn and MMMeas blocks.

Trend view

Configuring the view

The block parameters that are evaluated for the trend are configured in the block icon of the block. To configure the view, use the TrendPictureName, TrendConfiguration and Trend colour properties. Up to 10 parameters can be used for the view.

1. The file name TrendPictureName for MMOprtn and MMMeas is: "@PG_APL_Trend.PDL",

2. TrendConfiguration is entered in the following format:

3. Trend colour determines the color of the curve.

for MMRevDhl "@PG_APL_Trendbin.PDL".

<ParameterName>;<TrendControl>;<Reserved>;<Name of the Curve> e.g. MotCurr#Value;_TrendCtrl1_;Reserved;MotorCurrent

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Block icons and faceplate views

3.2 Faceplates

Object properties TrendConfiguration

Trends Trend curves configuration for the MMOprtn block

Trends_SelFp1 Trend curves configuration for the block connected via the parameter Trends_SelFp1 (e.g.

MMMeas).

Trends_SelFp2 Trend curves configuration for the block connected via the parameter Trends_SelFp2.

Figure 3-5 Object properties TrendConfiguration

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Block icons and faceplate views

3.2 Faceplates

3.2.3.3 Alarm view

The "Alarm" view is available in the MMRevDhl, MMOprtn, MMMeas, MMStat and MMLog blocks.

Alarm view

Figure 3-6 Alarm view – example of MMRevDhl block

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Block icons and faceplate views

3.2 Faceplates

3.2.3.4 Memo view

In the "Memo" view, you can leave temporary messages for other OS operators. You enter them in the input field and store them by selecting the "Active memo checkbox."

The "Memo" view is available in the MMRevDhl block.

Memo view

The next time the faceplate is opened and the process display is changed, the user will be informed in the status line of the block icon and the faceplate that a new message exists.

Deselecting the checkbox clears the displays on the status lines.

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Block icons and faceplate views

3.2 Faceplates

3.2.3.5 Preview view

The preview view shows the operator permissions for each signal block.

The commands for which the operator permissions are shown depend on the block.

The operator may execute the command.

The operator may e process in the block.

The operator is not permitted to ex

Figure 3-7 Preview view – example of MMMeas

3.2.4 Scalable faceplates

xecute the command. The command is currently blocked by a

ecute the command.

The faceplates will be scaled from 50% to 200%. The value to scale will be given in the internal variable "@APLFaceplateScaleFactor". Default value is 100. The faceplates will be scaled up from 101% to 200%, by providing a value in a range of 101-200 in internal variable. Similarly the faceplates will be scaled down from 50% to 99% , by providing a value in the range 50-99. The reference for calculation is default size of the faceplates which is 100(%). It means if the value given is 150, the faceplates will be scaled up by 50% of the default size.

Note

Faceplate must be reopened after changing the scale value. Already opened faceplate cannot be scaled up if the scale value is changed.

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Block icons and faceplate views

3.2 Faceplates

Example: The screenshot below shows the faceplates scaled up by providing the value of 200, scaled down by providing the value of 50 for the internal variable.

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Block icons and faceplate views

3.3

Central color management

3.3 Central color management

The central color palette from the APL Library underlies the "SIMOCODE pro PCS 7 Library V9.0".

The colors in the faceplates and block icons can be changed via this central color palette in WinCC. The color palette is located on the "User interface and design" tab of the project properties.

For more information about the parameterizable functions, refer to the Function Manual "Process Control System PCS 7, PCS 7 Advanced Process Library V9.0" on the Internet (https://support.industry.siemens.com/cs/ww/en/view/109482346

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Block icons and faceplate views

3.4

Web Navigator

3.4 Web Navigator

The SIMOCODE pro PCS 7 Library V9.0 supports the Web Navigator functions.

You will find further information on configuring the Web Navigator functions in the manual "PCS 7 - OS Web Option" under C:\Program Files\SIEMENS\Documentation\Manuals\English.

Figure 3-8 Web Navigator

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Block icons and faceplate views

3.5

APL Operator Trend Control (AOTC) for Digital Values

3.5 APL Operator Trend Control (AOTC) for Digital Values

Opening the AOTC window

Press and hold the Ctrl key and left-click the value on the block icon to open the AOTC window. Status of parameters (FbkFFwdOut, FbkFwdOut, FbkFRevOut and FbkRevOut) are added to the Trend Control and the detailed information is displayed in the each row of the overview area

Figure 3-9 AOTC window

For more information on Operator Trend Control (AOTC)

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4.1

Functions for all blocks

4.1.1

Calling OBs

Description

MMDiag

MMMeas

MMStat

MMLog

MMRevDh l

MMOprtn OB1

Cyclic program

X – – – –

–

OB30...OB381

Cyclic alarms

X X X X X

OB82

Diagnostics alarm

X – – – –

–

OB85

Program execution error

X – – – –

–

OB86

Rack fault

X – – – –

–

OB100

Restart (warm restart)

X X X X X

"X" = The OB calls the block, "–" = The OB does not call the block.

Reference

Table 4- 1 Organization blocks

The "Generate module driver" function automatically inserts a SIMOCODE pro block into the following organization blocks within the run sequence of the CFC:

OB40 Process alarm X – – X – –

OB83 Insert/remove interrupt X – – – – –

Insert the block in OB32, if read/write access is slow.

You can obtain further information on the organization blocks in the "Process Control System PCS 7 System Functions" manual and in the system and standard functions reference manual for S7-300/400 on the internet (https://support.industry.siemens.com/cs/document/44240604

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Description of the blocks

4.1.2

Called blocks

Block

Description

MMDiag

MMMeas

MMStat

MMLog

MMRevD hl

MMOprtn 8 signals

SFB53

WRREC

Writes a data record

– – X – –

SFB54

RALRM

Receives alarm

X – – X –

mation

of the DP slave

SFC20

BLKMOV

Copying of tags

– X X X X

list or the sublist

SFC64

TIME_TCK

Reads the system time

X X – – –

signal status

"X" = The SIMOCODE pro block calls this block, "–" = the SIMOCODE pro block does not call this block.

4.1 Functions for all blocks

The SIMOCODE pro blocks call the following blocks:

Table 4- 2 Called blocks

SFB35 ALARM_8P Generates block-specific

messages with values for

SFB52 RDREC Reads a data record X X X X – X

SFC6 RD_SINFO Reading of OB start infor-

SFC13 DPNRM_DG Reads the diagnostic data

SFC51 RDSYSST Reads the system status

FC369 SelST16 Output of the best or worst

X X X X X X

– – – – – X

X – – – – –

X X X X X X

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Description of the blocks

4.1.3

Worst signal status

Block

Parameter

FbkFwdOut.ST

FRevChnST.ST

ModF_Act.ST

WrErr.ST

ModF_Act.ST

RdDataLi.ST

ModF_Act.ST

RdDataLi.ST

ModF_Act.ST

RdErr.ST

ModF_Act.ST

RdDataLi.ST

4.1 Functions for all blocks

Worst Signal Status ST_Worst is formed from the following parameters:

MMRevDhl

MMOprtn

FbkRevOut.ST FbkFFwdOut.ST FbkFRevOut.ST LocalLi.ST FFwdLocal.ST FwdLocal.ST StopLocal.ST RevLocal.ST FRevLocal.ST Trip.ST FwdAut.ST RevAut.ST StopAut.ST FFwdAut.ST FRevAut.ST FwdChnST.ST RevChnST.ST FFwdChnST.ST

RackF_Act.ST GenFlt.ST GenWarn.ST EmrgStOn.ST CstAut.ST TrpRstLi.ST RdDataLi.ST GrpErr.ST RdErr.ST

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MMMeas

MMStat

MMDiag

MMLog

RackF_Act.ST GrpErr.ST RdErr.ST

RackF_Act.ST GrpErr.ST Cst.ST Rack1Err.ST Rack2Err.ST

RackF_Act.ST RdErr.ST

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Description of the blocks

4.1.4

Quality code

Quality Code

Priority 1

Occurs when...

Meaning

MMDiag

MMMeas MMStat

MMLog

MMRevDhl

MMOprtn 16#80

No error

Good X X – X

SimOn

BusFlt

X X

blocks

specific

device-specific

demand

16#FF

–

Default setting

– – X – –

–

"X"= The Quality Code occurs in this block, "–" = The quality code does not occur in this block.

4.1 Functions for all blocks

The process values of the function blocks are generated and transferred along with a signal status as a structured variable. This contains a statement about the signal quality. The function blocks determine the appropriate signal status for their process outputs depending on the signal status of the process inputs. The signal status is formed from the input parameters according to the priority table below (highest priority is 0). This group status is displayed in the status bar of the faceplate and of the block icon. The signal status is displayed for each individual parameter in the faceplate next to the process values.

Table 4- 3 Quality Code

16#60 –

16#00

16#28 1

16#28 2 From preceding

16#68 3 General warning Uncertain,

16#A4 – Maintenance

highest priority is 0

• RackF_Act

1 X X X

ModF_Act

•

• Subnet error

• OB not load-

Rack1Err or Rack2Err

ed.

Simulated value

Bad, devicespecific, value not valid

Bad, devicespecific

Bad, process-

– – – X –

X – – – –

– X – X X

X – – X X

– – – X –

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Description of the blocks

Icons

Quality Code

Symbol

Meaning

status.

Reference

4.1 Functions for all blocks

The icons for the Quality Code are displayed in the block icon and in the overview window of the faceplates.

Table 4- 4 Icons for Quality Code display

16#80

16#60

16#00 1

16#28 1

16#68

16#A4

Active Quality Codes for the Trip, Intlock, Permit, and Protect parameters in the interlock

Good

Local function check / simulation

Bad, device-specific, value not valid

Bad, process-specific

Uncertain, device-specific

Maintenance demand

You can obtain further information on the Quality Code display, in the PCS 7 libraries APL Styleguide programming manual in the Internet (https://support.industry.siemens.com/cs/document/59062870

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Description of the blocks

4.1.5

Error numbers

Error code

Error type

Description

MMDiag

MMMeas

MMStat

MMRevDhl

MMOprtn cessed.

System error

Rack failure

X X X – X

System error

The module has been removed.

– – – – X

System error

The module does not respond.

X X X – X

System error

Subnet 1 or subnet 2 error

X – – – –

ule type

0 to 4.

LocalLi = 1

FwdForce = 1 and RevForce = 1

SimOn = 1

"X" = Error occurs in this block, "–" = Error does not occur in this block

Reference

4.1 Functions for all blocks

The SIMOCODE pro PCS 7 Library blocks have an output parameter ErrorNum that can be used to output internal error states of the block as error numbers. Each error number is assigned to a specific error. The routine always displays the error number of the error most recently detected in a block cycle.

Table 4- 5 Error numbers per block

-1 – Predefined value when inserting the block; the block is not pro-

0 – No error X X X X X

5 System error Module inserted, but invalid mod-

41 Program-

ming error

42 Program-

ming error

51 Program-

ming error

The value for LocalSetting I/O is not within the permissible limits of

LocalSetting = 0 or LocalSetting = 3 or LocalSetting = 4 and

Error number for invalid signal state

e.g. FwdLocal = 1 and StopLocal = 1 FwdAut = 1 and StopAut = 1 AutModLi = 1 and ManModLi = 1

X X X X X

– – – – X

– – – X –

– – – X X

52 Program-

ming error

LocalAct = 1 and LocalSetting = 2 or 4 and

IO station failure (PROFIBUS DP or PROFINET IO) (Page 98)

Fault handling (Page 110)

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– – – X –

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Description of the blocks

4.1.6

Reading and writing data records

Read parameter data record

Write function

Errors when reading/writing data record

Error code (W#16#...)

Description ple, due to a lack of resources).

80A4

Bus communication disrupted

DPV1 service <> DS-Read/ DS-Write

80C0

The module has the data record, however there are no read data yet.

80C2

The module currently processes the maximum possible jobs for a CPU.

80C3

The required operating resources (memory, etc.) are currently occupied.

electrical interference.

80C6

Data record transfer was canceled due to priority class cancellation.

80C7

Job cancelled due to restart (warm restart) or cold restart of DP master.

4.1 Functions for all blocks

The blocks use SFB 52 "RDREC" function to read and process values from data records, and the SFB 53 "WRREC" function to process and write values to data records of the SIMOCODE pro device.

The "Read Data" button in the faceplates is used to update the displayed values by calling the "RDREC" at the function block.

Reading can only be performed successfully if the function Write to data records "WRREC" is not executed at the same time.

Reading data records is performed irrespective of the current mode.

It is only possible to write data records if the block is in REMOTE mode to configure current limits for the SIMOCODE pro module configured with a current measuring module.

The following errors can occur when reading/writing the data record:

Table 4- 6 Errors when reading/writing data record

8085 Due to a problem in the system, information is not currently available (for exam-

80A2 DP protocol error at layer 2 80A3

80A9 Application – Feature/Function is not supported.

80C4 Internal temporary error. Job could not be carried out.

• PROFIBUS DP: DP protocol error with Direct-Data-Link-Mapper or user inter- face/user

• PROFINET IO: General CM error

Repeat the job. If this error occurs often, check your installation for sources of

If any of these errors is detected, the function call to read or write data record is executed again. The maximum count of these repetitive calls is set to 300 beyond which an error is reported as a read error or write error at the

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RdErr or WrErr output parameter respectively.

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Description of the blocks

4.1.7

Read Record error status

Displaying the error status in the "Alarm" view

4.1.8

Write Record error status

Displaying the error status in the "Alarm" view

4.1.9

Overview of the measuring point browser window

4.1 Functions for all blocks

The "Read Record" error status function is available for the MMDiag, MMOprtn, MMMeas, MMStat and MMLog blocks.

The "Read Record" error status is shown at the output parameter RdErrStat.

To display the error status as a message in the "Alarm" view, proceed as follows:

1. Interconnect the output parameter

ExtVaXXX).

(

2. Interconnect the output parameter

ExtMsgX).

(

3. Configure the message in the auxiliary value ALARM_8P accordingly.

4. Compile and download the CFCs.

5. Recompile the OS.

The "Write Record" error status function is available for the MMOprtn and MMStat blocks.

The "Write Record" error status is shown at the output parameter WrErrStat.

To display the error status as a message in the "Alarm" view, proceed as follows:

1. Connect the output parameter

ExtVaXXX).

(

2. Connect the output parameter

ExtMsgX).

(

RdErrStat with one of the pins of the external values

RdErr with one of the pins of the external messages

WrErrStat with one of the pins of the external values

WrErr with one of the pins of the external messages

3. Configure the message in the auxiliary value ALARM_8P accordingly.

4. Compile and download the CFCs.

5. Recompile the OS.

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Description of the blocks

4.1.10

Configurable response using the Feature I/O

4.1.10.1

Start-up characteristics

Set startup characteristics

Feature bit purpose

Note

The message classes Alarm, Warning and Tolerance are not valid for user message classes. Take into consideration the validity of terms for user classes.

Note

During 'Run through messages with time stamps and auxiliary values beginning with

occur for

blocks with the startup characteristic

RunUpCycle

counter in the following cases:

•

This causes an outgoing message when initializing Alarm_ message after expiration of the RunUpCycle

4.1 Functions for all blocks

The alarm messages are suppressed in the OB100 for the RunUpCyc number of times. During warm restart, the

When in the "Out of service mode", the block will continue to be in the same mode after a warm restart.

Number of the Feature bit: 0

Set the startup characteristics of the function blocks, for example, for:

● MMRevDhl

● MMOprtn

The default setting is 0.

RdyToReset will be reset to zero.

-Stop-Run' transition of the CPU,the internally pending messages, non-stuck-

Feature bit = 0 and after the expiration of the

Alarm, warning or tolerance messages from the operating points (motor, valve, dosing,

controller and analog monitoring blocks)

Feedback errors (motor and valve blocks)

counter on the cyclic interrupt level.

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-configured

-configured message

RunUpCycle

8P in OB100 and an incoming

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Description of the blocks

Set startup characteristics for motors

Bit = 0:

Bit = 1:

Note Special note following complete download to the CPU

F during the initial run as good (=1). When a motor protection signal is pending, this causes a non after the complete download and after expiration of the RunUpCycle

4.1.10.2

Response for Out of service mode

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.3

Resets the commands for switching between modes

Feature bit purpose

Bit = 0:

4.1 Functions for all blocks

Starting the block in manual mode and in neutral position. With controllers, the

setpoint is set to (SP_Int) internally.

Starting the block with the last stored values, in other words in the last operating

mode set (manual, automatic or local mode) and at the last valid position.

ollowing a complete download to the CPU, the motor protection signal Trip is evaluated

-struck-through message with time stamp and auxiliary values beginning with RunUpCycle

Number of the Feature bit: 1

Define the reaction of the technologic block based on the interconnectable input parameter

OosLi = 1.

counter.

The default setting is 0.

The symbol for the "In progress" status appears in the block icon and in the faceplate of the assigned technologic block. A 0-1 edge transition at the input parameter further influence on the reaction of the technological block; the previous status is retained. No switch to the "Out of service" mode is performed.

The mode switches to "Out of service" assuming that the block is "On" or "Manual" mode. If this is not the case, the mode does not change. The symbol for the "In progress" status also appears in the block icon and in the faceplate of the assigned technologic block regardless of the mode change. If no message display on the faceplate then this indicates whether the mode change has occured or not.

Number of the Feature bit: 2

Define how the block handles the incoming control commands AutModLi and ManModLi .

The default setting is 0.

commands for changing mode, the mode is not changed. In this case, the note text "Invalid command" is displayed in the faceplate.

The control commands are not reset by the block. If there are two pending control

OosLi has no

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Description of the blocks

Bit = 1:

4.1.10.4

Enabling resetting of commands for the control settings

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.5

Setting switch or button mode

Feature bit purpose

Bit = 0:

4.1 Functions for all blocks

control command is sent from the SFC, the command is reset automatically after a step is exited.

The control commands are reset by the block. This, for example, ensures that if a

Number of the Feature bit: 3

With this Feature bit, you select how the block handles commands for the control settings (for example motor on) via the interconnected input parameters.

The default setting is 0.

to the control settings at the same time, the status of the control settings is retained. In this case, the "Invalid signal" message is displayed in the standard view of the faceplate.

control command is sent from the SFC, the command is reset automatically after a step is exited.

The control commands are not reset by the block. If there are two commands relating

The control commands are reset by the block. This, for example, ensures that if a

Number of the Feature bit: 4

Determine whether a separate interconnectable 1-active control input has to be used for every automatic command of the block or two automatic commands are assigned to a control input (input signal as pulse signal or as static signal).

The Feature bit affects the following control inputs:

● starting and stopping a motor

● opening and closing a valve

● switching modes (parameters

Setpoint specification internal and external is given in the form of a pulse (pushbutton operation) or a static signal (switching mode).

You can find the commands for controlling the block in the relevant section on block operating modes. These are the parameters that are always used for the automatic operation of a block.

latching reaction and is 1-active.

Button mode: Each automatic command is assigned to a control input. This has a

AutModLi and ManModLi)

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Description of the blocks

Example with a motor MMRevDhl:

Bit = 1:

Example with a motor MMRevDhl:

4.1.10.6

Set switching mode

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.7

Enabling direct changeover between forward and reverse

Feature bit purpose

Bit = 0:

4.1 Functions for all blocks

In this case, use the interconnectable input parameters.

● FwdAut = 1 for the command "Start forward"

●

RevAut = 1 for the command "Start backwards"

●

StopAut = 1 for the stop command and

●

AutModLi = 1 for setting "Automatic" operating mode

●

ManModLi = 1 for setting "Manual" operating mode

Switching mode: two static automatic commands are assigned to a control input.

In this case, use the interconnectable input parameters.

● FwdAut = 1 for the command "Start forward"

●

RevAut = 1 for the command "Start backwards" and

●

FwdAut = 0 and RevAut = 0 for the stop command

●

AutModLi = 1 for setting "Automatic" operating mode

●

AutModLi = 0 for setting "Manual" operating mode

The

StopAut and ManModLi control inputs are irrelevant in this case.

Number of the Feature bit: 5

Specify switching mode for the motor block.

The default setting is 0.

Switching mode "On over speed 1" with the SwOverTi > 0 parameter

Switching mode "Off over speed 1" with the SwOverTi > 0 parameter.

Number of the Feature bit: 7

Enable direct reversal of the direction of motors.

The default setting is 0.

You can only change the direction of the motor by first stopping and starting the motor again in the required direction. The motor can only be started again after the time set in the

IdleTime parameter has elapsed.

Direct reversal of the direction is disabled.

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Description of the blocks

Bit = 1:

4.1.10.8

Resetting via input signals in the event of interlocking (Protection) or errors

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.9

Exit local mode

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.10

Enable runtime for feedback signals

Feature bit purpose

Bit = 0:

4.1 Functions for all blocks

You can reverse the motor direction directly. The motor block reverses the direction automatically. The motor is stopped and is started in the other direction when the time set in the

Direct changeover is enabled.

IdleTime parameter has elapsed.

Number of the Feature bit: 9

Define how automatic control is to be re-enabled after an active interlock.

The default setting is 0.

only be restarted using a reset command. Reset is initiated either by operator input in the faceplate or via the interconnectable input parameter ( currently pending command takes effect in automatic mode.

mode.

After an interlock (only Protection: Input parameter Protect) or errors, the system can

It is also possible to reset with a 0-1 edge change in the control signal in automatic

RstLi = 1) in the block. Thereafter, the

Number of the Feature bit: 10

Define how "Local mode" is either exited or will be exited with LocalSetting = 1 or LocalSetting = 2 and if the mode is not specified by

The default setting is 0.

continuously adjusted).

prior to local mode (not bumpless).

Exiting local mode in manual mode (bumpless because the control signals are

When local mode is exited, the mode changes back to the last mode that was active

Number of the Feature bit: 11

To activate the runtime of feedback signals.

AutModLi or ManModLi.

The default setting is 0.

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Deactivated: Tracking of feedback for simulation immediately after the trigger signal.

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Description of the blocks

Bit = 1:

4.1.10.11

Separate monitoring time for stopping the motor

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.12

Enabling rapid stop via faceplate

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.13

Activate bumpless changeover to automatic mode

Feature bit purpose

Bit = 0:

Bit = 1:

4.1 Functions for all blocks

of the monitoring time ( the monitoring time.

Activated: Tracking of feedback for simulation after the trigger signal and expiration

Number of the Feature bit: 13

To activate a separate monitoring time for stopping the motor.

The default setting is 0.

A monitoring time for starting and stopping the motor.

Separate monitoring time for stopping the motor.

Number of the Feature bit: 14

MonTiDynamic). The feedback signals are generated after expiration of

Specify if the OS operator can use rapid stop for the block via the standard view of the faceplate.

The default setting is 0.

The "Rapid stop" button is not visible in the faceplate.

The OS operator can use the button for rapid stop.

Number of the Feature bit: 17

To enable the bumpless switchover from local/manual mode to automatic mode.

The default setting is 0.

automatic mode at any time.

switchover from local/manual mode to automatic mode is possible if the control settings of the local/manual mode and automatic modes match. If switchover occurs at a different point in any time, the "Switchover error" text is indicated on the faceplate.

Bumpless switchover is disabled. You can switch from local/manual mode to

Bumpless switchover from local/manual mode to automatic mode is enabled. A

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Description of the blocks

4.1.10.14

Activate fault status for external control system fault

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.15

Reset even in locked state

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.16

Disable Feedback Tracking LocalSetting 2 & 4

Feature bit purpose

Bit = 0:

Bit = 1:

4.1 Functions for all blocks

Number of the Feature bit: 18

Specify whether the block should switch to the error state at an external process control error CSF =1.

The default setting is 0.

Block does not go to error state with process control error CSF = 1.

Activated: Block goes to error state with process control error CSF = 1.

Number of the Feature bit: 19

You can specify if it is possible to perform a reset with an active "Protection" or "Motor protection" type interlock. This can be used, for example, to reset hardware interlocks.

The default setting is 0.

No reset is possible with a "Protection" type interlock or with active motor protection.

Reset is possible with a "Protection" type interlock or with active motor protection.

Number of the Feature bit: 20

To disable the tracking of feedback signals in the "Local" mode setting 2 and 4.

The default setting is 0.

Calculation of impulse controls in LocalSetting 2 and 4.

Disable calculation of impulse controls in LocalSetting 2 and 4.

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Description of the blocks

4.1.10.17

Bumpless switchover to automatic mode

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.18

Update acknowledgement and error status of the alarm

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.19

Activate local operator permission

Feature bit purpose

Bit = 0:

Bit = 1:

4.1 Functions for all blocks

Number of the Feature bit: 21

Specify whether bumpless switchover to automatic mode for valves, motors and dosing unit can be enabled only if switching via the faceplate is in effect, or whether switching using interconnectable inputs

The default setting is 0.

dosers" works when switching via the faceplate and switching using interconnectable inputs

AutModLi and ManModLi (ModLiOp = 1).

function only works for switching via the faceplate. Bumping switchover can be activated via the inputs

The function "Bumpless switchover to automatic mode for valves, motors and

The "Bumpless switchover in automatic mode for valves, motors and dosers"

AutModLi and ManModLi (ModLiOp = 1).

Number of the Feature bit: 22

AutModLi and ManModLi (ModLiOp =1) is also possible.

To determine if the acknowledgement and error status of the message call at the block output should be updated.

The default setting is 0.

updated. The block will run faster with this setting.

from the lower level message blocks. The lower level message blocks are called every other cycle as long as an acknowledgement is expected or error information is pending.

The MsgErr, MsgStat and MsgAckn block outputs are set to the default settings and not

The MsgErr, MsgStat and MsgAckn block outputs are updated based on the feedback

Number of the Feature bit: 24

To enable local permission for a technologic block.

The default setting is 0.

Disabled

Enabled.

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Description of the blocks

4.1.10.20

Suppression of all messages

Feature bit purpose

Bit = 0:

Bit = 1:

4.1.10.21

Interlock display with LocalSetting 2 or 4

Feature bit purpose

Bit = 0:

Bit = 1:

Note

A decreasing motor protection ( regardless of the

This feature bit is also applicable for the LocalSetting 5 in VlvS where LocalSetting 4 is not available.

4.1.10.22

Define reset as a function of the mode

Feature bit purpose

4.1 Functions for all blocks

Number of the Feature bit: 25

To determine whether all messages of the block are to be suppressed.

Messages are not suppressed.

Messages are suppressed.

Number of the Feature bit: 27

To specify the display of interlocks with LocalSetting 2 or 4 at the faceplate and at the faceplate output

The default setting is 0.

not set with interlock.

LocalSetting 2 and 4 crossed out locks are displayed in the standard view. LockAct is

LockAct .

interlock.

LocalSetting 2 and 4 locks are displayed in the standard view according to the

LockAct is set according to interlock. This setting is used for hardware interlock.

Feature bit setting.

Number of the Feature Bit: 30

When the "Protection" interlock, feedback error ("Status error", "Control error") or "Motor protection" signal is present again, this

Trip.Value=0) is displayed at the output parameter LockAct,

Feature bit is used to specify if a reset can be made

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Description of the blocks

Bit = 0:

Bit = 1:

Note

Rapid stop is unlocked for all operating modes using the "Reset" button in the faceplate (RstOp = 1

RstLi = 1

Note

The local operating mode does not depend on this mechanism.

Resetting the dosing mode depending on the operating mode (dosing blocks)

Bit = 0:

Bit = 1:

Note

The operating mode Local is independent of this feature bit. The dosing quantity can be reset by the operator at the input RstDQ_Op

RstDQ_Li

4.1 Functions for all blocks

depending on the mode, only by the operator in manual mode or by the automatic I/Os in automatic mode.

Resetting to manual mode is enabled with

Feature Bit 31 (Activating reset of protection /

error in manual mode). Also refer to the Resetting the block in case of interlocks or errors chapter.

The default setting is 0.

Reset does not depend on the operating mode

In manual mode, manual reset by the operator is only possible if Feature Bit 31 is set, otherwise no reset is required in manual mode.

In automatic mode, reset can only be made with automatic I/Os, regardless of Feature Bit 31. This is performed either with a 0-1 edge transition at the set, with a 0-1 edge transition at the automatic inputs, for example

RstLi input or, when Feature Bit 9 is

OpenAut, CloseAut.

); in CFC it is unlocked using the

input parameter.

Feature Bit and has a separate reset

This feature bit can also be used to set whether or not the reset of the dosing quantity is dependent on the operating mode.

The default setting is 0.

RstDQ_Op. In automatic mode, a reset is only possible by a 0-1 edge transition at the input RstDQ_Li.

Reset does not depend on the operating mode.

In manual mode, only a manual reset by the operator is possible at the input

or via a 0-1 edge transition at the input

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Description of the blocks

Set reset depending on the LiOp parameter (counter blocks)

Bit = 0:

Bit = 1:

4.1.10.23

Enable reset of interlocks in manual mode

Feature bit purpose

Bit = 0:

Bit = 1:

Note

Rapid sto (RstOp = 1

RstLi

Note

The local operating mode has a separate reset mechanism.

4.1 Functions for all blocks

This feature bit can also be used to determine whether the setting or resetting to a default value should be made dependent on the

The default setting is 0.

LiOp parameter.

LiOp = 0: Setting or resetting to a default value can only be made via the faceplate or at the

Setting or resetting to a default value does not depend on the LiOp parameter.

Setting or resetting to a default value depends on the LiOp parameter.

parameter for the faceplate.

LiOp = 1: Setting or resetting to a default value can only be made at the parameter for

interconnections.

Number of the Feature bit: 31

Specify whether a reset is necessary once the "Protection" interlock signal, feedback errors ("Runtime error", "Control deviation"), or "Motor protection" are present again. See also the following section, 'Resetting the block in case of interlocks or errors' (Page 84).

The default setting is 0.

(

No reset required in manual mode.

Reset required in manual mode. The reset is performed using the "Reset" button

RstOp = 1) or, in CFC, using the input parameter RstLi.

p is unlocked for all operating modes using the "Reset" button in the faceplate

); in CFC it is unlocked using the

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= 1 input parameter.

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Description of the blocks

4.1.10.24

Suppression of single alarm message

MMOprtn:

MMStat:

MMMeas:

Suppression of single alarm message

Feature bit purpose

Bit = 0: Bit = 1:

Note

Alarm messages can be suppressed completely or separately using different feature bits (Suppr

4.1.10.25

Resetting control in case of invalid command

Feature2 bit purpose

Bit = 0:

Bit = 1:

4.1.10.26

Setting switch or button mode for local commands

Feature2 bit purpose

4.1 Functions for all blocks

Feature Bit

To determine whether the alarm message described at the feature bit of the block is to be suppressed.

Number of the Feature bit 0 to bit 14

Number of the Feature bit 10 to bit 17

Single alarm message is not suppressed. Single alarm message is suppressed.

ession of all messages/ Suppression of single alarm message).

Number of the Feature2 bit: 3

To define the control priority in the event of an invalid input command.

The default setting is 0.

position".

In the event of an invalid input command, the control output is retained.

In the event of an invalid input command, the control output switches to the "neutral

Number of the Feature2 bit: 4

To determine whether a separate interconnectable 1-active control input has to be used for every local command of the block or two local commands are assigned to a control input.

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Description of the blocks

Bit = 0

Example with a motor MotRevL:

Bit = 1

Example with a motor MotRevL:

Note

The StopLocal

4.1.10.27

Evaluation of the signal status of the interlock signals

Feature2 bit purpose

Bit = 0

Bit = 1

4.1 Functions for all blocks

The Feature2 bit affects the following control inputs for local mode in the form of a pulse (pushbutton operation) or a static signal (switching mode):

● Starting and stopping a motor

● Opening and closing a valve

: Button mode: Each local command is assigned to a control input. This has a latching

reaction and is 1-active.

FwdLocal= 1 for the command "Start forward"

RevLocal= 1 for the command "Start backward"

StopLocal= 1 for the stop command

: Switching mode: Two static local commands are assigned to a control input.

FwdLocal= 1 for the command "Start forward"

RevLocal= 1 for the command "Start backwards"

FwdLocal = 0 and RevLocal = 0 for the stop command

In this case, use the interconnectable input parameters.

control input is irrelevant in this case.

Number of the Feature2 bit: 5

You can use the Feature2.bit to specify if the signal status of the interlock inputs is to be checked for the values 16#00 or 16#28.

The signal status of the inputs itself remains unchanged here.

The default setting is 0.

: The signal status is determined, an input with ST = 16#00 or 16#28 is forwarded with

value = 0.

: No evaluation of the signal status for 16#00 or 16#28.

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Description of the blocks

4.1.10.28

Forcing operating modes in the "Local" mode

Feature2 bit purpose

Bit = 0

Bit = 1

4.1.10.29

Considering bad quality of automatic commands or external values

Feature2 bit purpose

Bit = 0

Bit = 1

4.1.10.30

Separate interlock for each direction or position

Feature2 bit purpose

Bit = 0:

Bit = 1:

4.1 Functions for all blocks

Number of the Feature2 bit: 8

Specify whether forcing operating modes is possible in the "Local" mode.

The default setting is 0.

: In the "Local" mode, forcing operating modes is not possible.

: In the "Local" mode, forcing operating modes is possible.

Number of the Feature2 bit: 10

Use this bit to consider the bad signal status (16#00 or 16#28) in the parameter for the automatic commands or external values to move the block into the neutral position.

The default setting is 0.

: The bad signal status will not be considered.

: The bad signal status (16#00 or 16#28) in the automatic commands or external values

will be considered from the block. The block goes to a defined neutral position.

Number of the Feature2 bit: 16

To enable the use of the "Separate interlock for each direction or position" function.

The default setting is 0.

One interlock for each direction or position.

Separate interlock for each direction or position.

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Description of the blocks

4.2

Diagnostics block MMDiag

4.2.1

Description of MMDiag

Purpose of the block

Views

References

4.2 Diagnostics block MMDiag

The MMDiag block is responsible for diagnosis of the SIMOCODE pro device.

● It evaluates the acyclic events:

– Start

– DP/IO station failure

– Module fault

– Process alarm

– Diagnosis alarm

● It generates the associated Quality Codes.

● It reads all diagnostic information for the MOD_SWT block.

● It transmits the status information to the signal processing block via the OMODE

parameter output.

The MMDiag block does not support views.

● Overview of the templates, control functions and blocks (Page 38)

● Functions for all blocks (Page 72)

● MMDiag block parameter (Page 234)

● Structure of UDTs for MMDiag (Page 237)

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Description of the blocks

4.2.2

Acyclic reading of data record 92

4.2.3

Message characteristics

Message block MsgEvId1

Message block

Message No.

Block parameters

Message text

Message class *

MsgEvId1

Rack1Err

$$BlockComment$$ Subnet1: @1%d@: Fault

Rack2Err

RackF_Act

@1%d@/@5%d@/@3%d@: Failure

ModF_Act

@1%d@/@5%d@/@3%d@: Module error

BusFlt

@1%d@/@5%d@/@3%d@: Not reachable

ExtMsg1 **

$$BlockComment$$ External Message 1

ExtMsg2 **

$$BlockComment$$ External Message 2

ExtMsg3 **

$$BlockComment$$ External Message 3

* S = AS, OS process control fault ** User-definable message

4.2 Diagnostics block MMDiag

An interconnection is provided between output parameter RdDataOut of the block MMOrptn and input parameter

RdData of the block MMDiag to enable the acyclic reading of DS92.

Data record 92 is read acyclically, i.e. it is only read when a at MMOprtn or when either a trip or a warning is triggered by the device.

MMDiag signals the following errors/faults:

● DP/IO station fault (

● Rack fault (

● Module fault (

● Connection fault (

An error generates a group error

The

Subn1_Id and Subn2_Id parameters of the SUBNET function block (FB106) are linked

with the the error information of the primary and redundant master system. This information is provided to output parameters

ReadData operation is triggered

Rack1Err, Rack2Err)

RackF_Act)

ModF_Act)

BusFlt)

GrpErr in output parameter Err_Act.

Subn1Id and Subn2Id parameters of the MMDiag block. These parameters forward

Rack1Err and Rack2Err of the MMDiag block.

Table 4- 7 Output messages MMDiag

2 3

$$BlockComment$$ Subnet2: @2%d@: Fault S $$BlockComment$$ Device

$$BlockComment$$ Device

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Description of the blocks

Auxiliary values

Message No.

Auxiliary value

Block parameters

Meaning 1

Subn1Id

ID of the primary subnet

Subn2Id

Rack_No

Rack number

Slot_No

Slot number

ExtVa105

Auxiliary value 5, user-definable

ExtVa106

Auxiliary value 6, user-definable

ExtVa107

Auxiliary value 7, user-definable

ExtVa108

Auxiliary value 8, user-definable

ExtVa109

Auxiliary value 9, user-definable

ExtVa110

Auxiliary value 10, user-definable

4.2.4

Driver generator

4.2 Diagnostics block MMDiag

Table 4- 8 Structure of the auxiliary values ALARM_8P

2 2

ID of the redundant subnet

The MsgStat1, MsgAckn1, and MsgErr1 parameters transfer the following information:

● Message status

● Message error

● Message acknowledgment status

The "Generate Module Driver" function automatically inserts the MMDiag block into the following organization blocks within the run sequence:

● OB1 (cyclic program)

● OB40 (process alarm)

● OB82 (diagnostics alarm)

● OB83 (pull/plug alarm)

● OB85 (program execution error)

● OB86 (rack fault)

● OB100 (warm restart)

The block is inserted behind the OB_DIAG1 / OB_DIAG1_PN block in the CFC chart.

The inputs are configured via the information from HW Config.

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Rack_No, Slot_No, SubSlot_No, SubAddr, DAddr, LAddr, Subn1Id, Subn2Id and SubN_Typ

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Description of the blocks

4.2.5

Start-up characteristics

4.2.6

Module error

Note

The "module rack fault

4.2 Diagnostics block MMDiag

In OB100, the identifier for "Start up" is entered in output OMODE (OMODE = 16#xx01xxxx).

The alarm messages are suppressed in the OB100 for the

Acknowledge the errors

GrpErr, RackF_Act, ModF_Act, Rack1Err, and Rack2Err.

RunUpCyc no. of times.

Following a restart and when AccId = TRUE , a check of the module addressed with LAddr is carried out. The system status list SSL ID xC91 is read out for this purpose. If the module addressed with fault" is entered for the

LAddr is missing, the ModF_Act output is set and the identifier for "higher-level

OMODE output (OMODE = 16#40xxxxxx).

The module fault is detected by the event number 16#61 for PROFIBUS and 16#51 for PROFINET for event class 16#39.

The module fault is detected while the SIMOCODE pro device is configured behind a Y-Link.

The logical address of the module ( the module, e.g. from

SubN1_Id, Rack_No, Slot_No, SubSlot_No, and SubAddr.

LAddr) is derived based on the geographical address of

" takes precedence over the module fault.

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Description of the blocks

4.2.7

IO station failure (PROFIBUS DP or PROFINET IO)

Fault

Event number

Event class

PROFIBUS DP

RackF_Act

PROFIBUS DP station return

16#C4

16#38

PROFIBUS DP station error

16#C5

16#39

Reset PROFIBUS DP station error

16#C5

16#38

the module parameters

PROFINET IO

PROFINET IO system failure

16#CA

16#39

PROFINET IO station failure

16#CB

16#39

Reset PROFINET IO station error

16#C5

16#38

Return of PROFINET IO station, but error

16#CC

16#38

not equal to actual configuration

of the module parameters

Reference

4.2 Diagnostics block MMDiag

The OB_DIAG1 / OB_DIAG1_PN block detects the failure of the station, and evaluates it based on the event class and event number (see table).

In the event of a fault, the identifier for "higher-level fault" (OMODE = 16#40xxxxxx) is entered for the OMODE output.

PROFIBUS DP station failure (

PROFIBUS DP station return, but error in assignment of

Return of PROFINET IO station, but target configuration

Return of PROFINET IO station, but error in assignment

) 16#C4 16#39

16#C6, 16#C7 16#38

16#CD 16#38

16#CE 16#38

If the "rack failure" error (RackF_Act = 1) occurs, the connection to the device is lost (BusFlt

= 1

Error numbers (Page 77)

You will find more information about the organization blocks in the reference manual System and Standard Functions for S7-300/400 in the Internet (https://support.industry.siemens.com/cs/document/44240604

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Description of the blocks

4.2.8

Failure of a PROFIBUS DP station

Byte 0

Meaning

Reason or remedy

4.2.9

Malfunction when loading the OB

Fault

Event number

Event class

loaded to the CPU.

16#A3

16#B1, 16#B2

16#39

4.2 Diagnostics block MMDiag

The PROFIBUS connection error is reported at the BusFlt output of the MMDiag block and as an alarm in WinCC.

Table 4- 9 Possible reasons for the connection error

Bit 0 1: DP slave cannot be

accessed by the DP master.

• DP slave cannot be accessed by the DP master.

• Is the station address of the DP slave set correctly?

• Is the bus connection plug connected?

• Is voltage applied to the DP slave?

• Is the RS 485 Repeater secured correctly?

• Has a reset been performed on the DP slave?

Interrupt OB 85 sets or resets the priority class error GrpErr (malfunction when loading OBs).

Table 4- 10 Events during which OB 85 GrpErr is reset

Error when creating a start event for an OB. This is not

Error when the operating system accesses a module.

GrpErr is only triggered once for one execution cycle of the block.

16#A1, 16#A2 or

16#B3 16#39 or 16#38

16#35

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Description of the blocks

4.3

MMOprtn block

4.3.1

Description of MMOprtn

Purpose of the block

Block icons and faceplates

Views

Reference

4.3 MMOprtn block

The MMOprtn block supports the control functions in the Advanced Process Library (APL) that are specific to SIMOCODE pro.

● Via the block, commands such as emergency start, test, trip reset are started because these functions are not supported by the APL themselves.

● The block reads the data records.

● SIMOCODE data records are configured via the block.

The MMOprtn block faceplates can be displayed via the "Operation" button on the standard view of the respectie APL block used in the template.

The block icon for the MMOprtn block can also be enabled at the CFC as described in section 2.2

The status of the programmed control functions is displayed via the faceplates, e.g. motor status, diagnostic information of the device.

The MMOprtn block supports the following views:

● Batch

● Trend

● Alarm

● Preview

● Standard (Page 148)

● Limits (Page 150)

● Diagnostics (Page 152)

● Process image (Page 153)

Block parameter MMOprtn (Page 244)

Functions for all blocks (Page 72)

Overview of the templates, control functions and blocks (Page 38)

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