Plant Data Interface for the Food & Beverage Industry in SIMATIC PCS 7. Interface description based on Weihenstephan Standards

Transcription

1 Application example 05/2016 Plant Data Interface for the Food & Beverage Industry in SIMATIC PCS 7 Interface description based on Weihenstephan Standards

2 Warranty and liability Warranty and liability Note The Application Examples are not binding and do not claim to be complete regarding the circuits shown, equipping and any eventuality. The Application Examples do not represent customer-specific solutions. They are only intended to provide support for typical applications. You are responsible for ensuring that the described products are used correctly. These Application Examples do not relieve you of the responsibility to use safe practices in application, installation, operation and maintenance. When using these Application Examples, you recognize that we cannot be made liable for any damage/claims beyond the liability clause described. We reserve the right to make changes to these Application Examples at any time without prior notice. If there are any deviations between the recommendations provided in these Application Examples and other Siemens publications e.g. Catalogs the contents of the other documents have priority. We do not accept any liability for the information contained in this document. Any claims against us based on whatever legal reason resulting from the use of the examples, information, programs, engineering and performance data etc., described in this Application Example shall be excluded. Such an exclusion shall not apply in the case of mandatory liability, e.g. under the German Product Liability Act ( Produkthaftungsgesetz ), in case of intent, gross negligence, or injury of life, body or health, guarantee for the quality of a product, fraudulent concealment of a deficiency or breach of a condition which goes to the root of the contract ( wesentliche Vertragspflichten ). The damages for a breach of a substantial contractual obligation are, however, limited to the foreseeable damage, typical for the type of contract, except in the event of intent or gross negligence or injury to life, body or health. The above provisions do not imply a change of the burden of proof to your detriment. Any form of duplication or distribution of these Application Examples or excerpts hereof is prohibited without the expressed consent of the Siemens AG. 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 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 Entry-ID: , V1.0, 05/2016 2

3 Table of contents Table of contents Warranty and liability Overview of a plant wide automation concept Overview of a plant wide concept for the food & beverage industry Basics PWA Basics APL PDI WS Basic Description of PDI WS Basic PDI WS Basic - Modes PDI WS Basic - Functions PDI WS Basic - Error Handling PDI WS Basic - Messaging PDI WS Basic - I/O PDI WS Basic - Block Diagram Operator control and monitoring Block Icon for PDI WS Basic PDI WS Basic - Standard View PDI WS Basic - Alarm View PDI WS Basic - Trend View PDI WS Basic - Memo View PDI WS Basic - OS configuring PDI WS Para Description of PDI WS Para PDI WS Para Modes PDI WS Para Functions PDI WS Para Error handling PDI WS Para Messaging PDI WS Para I/O PDI WS Para Block diagram Operator control and monitoring PDI WS Para Standard view PDI WS Para Trend View PDI WS Para Memo View PDI WS Para - OS configuring Related literature History Entry-ID: , V1.0, 05/2016 3

4 1 Overview of a plant wide automation concept 1 Overview of a plant wide automation concept 1.1 Overview of a plant wide concept for the food & beverage industry In the Food & Beverage Industry there is substantial room for improvement, to increase the efficiency and effectiveness of existing and new production lines. An essential component to increased efficiency is the integration of production lines and machines, from inbound raw material, through production, packaging and outbound logistics. This integration allows for the recording of essential production parameters, such as quantity produced, machine up-time, etc., which can then be analyzed on upper-level systems, in order to identify measures for improvement. Today, this task comes with significant effort, as the data is collected from the machines and components of disparate manufacturers, who all provide various levels of data, through a number of different forms. The plant wide automation concept for line integration from Siemens helps by offering standard data interfaces which help give direction to end customers, machine builders and integrators looking to integrated lines. These interfaces provide a coherent collection of data that can be provided to upper level line monitoring, Line HMI and enterprise level systems. The definition of one such interface, for the Weihenstephan Standard, is described herein. 1.2 Basics PWA For the basics and details for PWA for the Food & Beverage Industry please refer to: Line Integration at the Food & Beverage Industry Plant Data Interface Line HMI Library for TIA in the Food & Beverage Industry 1.3 Basics APL For basics and details for the APL library please refer to: SIMATIC PCS 7 APL V8.1 SIMATIC PCS 7 APL Style Guide Entry-ID: , V1.0, 05/2016 4

5 2 PDI WS Basic 2 PDI WS Basic 2.1 Description of PDI WS Basic Type Number Name Family FB 1502 PDIWSBasicPCS7 PWA Area of application for PDI WS Basic The block is used for monitoring of basic values from PWA. Configuration Use the CFC editor to install the block in a cyclic interrupt OB (OB30 OB38). Startup characteristics No startup characteristic required. Status word allocation for Status1 parameter No status word required. 2.2 PDI WS Basic - Modes Operating modes No modes for this block required. 2.3 PDI WS Basic - Functions Message suppressing Signal Status Unit of measure This block provides the standard function for suppressing messages using the MsgLock parameter. This block provides the standard function for forming and outputting the signal status for technological blocks. The worst signal status ST_Worst for the block is formed. This block provides the standard function for selecting a unit of measure. Instance specific messages This block provides the standard function for generating instance-specific messages. Entry-ID: , V1.0, 05/2016 5

6 2 PDI WS Basic Additional faceplates This block provides the standard function for opening additional faceplates. 2.4 PDI WS Basic - Error Handling No error handling required. 2.5 PDI WS Basic - Messaging Messaging The following messages can be generated for this block: Process control fault Process messages Instance specific messages Process Messages Instance Identifier Class Event MsgEvId1 SIG 1 Alarm - high Safety related fault SIG 2 Alarm - high Operator action SIG 3 Alarm high Product related fault SIG 4 Alarm high Equipment fault SIG 5 Alarm high Machine internal reason SIG 6 Alarm high Upstream reason SIG 7 Alarm high Downstream reason SIG 8 Alarm high Out of service MsgEvId2 SIG 1 Alarm high Other external reasons SIG 2 Alarm high SIG 3 Alarm high SIG 4 Alarm high SIG 5 Alarm high SIG 6 Alarm high SIG 7 Alarm high SIG 8 Alarm - high Entry-ID: , V1.0, 05/2016 6

7 2 PDI WS Basic 2.6 PDI WS Basic - I/O Inputs Name Data Type Initial Value Comment SampleTime 1,00e+06 Sample Time (s) OMAC_WS FALSE 0 = OMAC; 1 = Weihenstephan ProdFILeRi FALSE 0 = Left to right; 1 = Right to left Internal Parameter Ver_BASIC_In String[10] PDI V2.0.0 PDI version info PDI V2.0.0 fix for this version Ver_Proj_BASIC_In String[10] Project specific version Cur_Prog_In Cur_State_In Set_Mach_Spd_In Cur_Mach_Spd_In DWord DWord DW#16#0 DW#16#0 0.00e e+0 SpeedUnit_In Int 0 Unit of speed Mach_Cum_Time_In Program indicates the current program code = Unit mode Operating state related to the machines state model Set machine speed in primary units/minute Current machine speed in primary units/minute Machine cumulative time powered up in hours MaCuTiUnit_In Int 0 Unit of machine cumulative time powered up in hours Cons_Electricity_In 0.00e+0 Consumed electrical energy in kwh CoElUnit_In Int 0 Unit of consumed electrical energy in kwh NoF_Group_In NoF_Code_In Prod_Ratio_In DWord DWord DW#16#0 DW#16#0 Message group as according to OMAC simplify reason code definition OEM specific notice of failure code Package ratio in primary pieces PrRaUnit_In Int 0 Unit of package ratio in primary pieces ProRatType_In Light_Stack_In DWord FALSE DW#16#0 Machine type: 0=packer (default); 1=depacker Represents the machine light stack with different color levels Entry-ID: , V1.0, 05/2016 7

8 2 PDI WS Basic Name Data Type Initial Value Comment S_Tot_Packages_In Word W#16#0 Resettable counter of total number of packages processed by the production machine S_TotUnit_In Int 0 Unit for resettable counter of total number of packages processed by the production machine W_Tot_Packages_In Word W#16#0 Accumulated counter of total packages processed by the production machine W_TotUnit_In Int 0 Unit for accumulated counter of total number of packages processed by the production machine S_Bad_Packages_In Word W#16#0 Resettable counter of bad packages rejected by the production machine S_BadUnit_In Int 0 Unit for Resettable counter of bad packages rejected by the production machine W_Bad_Packages_In Word W#16#0 Accumulated counter of bad packages rejected by the production machine W_BadUnit_In Int 0 Unit for accumulated counter of bad packages rejected by the production Mach_Design_Spd_In 0.00e+0 Machine design in primary units/minute MaDeSpdUnit_In Int 0 Machine design in primary units/minute in the installed environment based on currently processed product MsgLock FALSE Message lock Msg_EvID1 DWord DW#16#0 Message event ID ExtVal01 Any External 1 External value 1 ExtVal02 Any External 1 External value 2 ExtVal03 Any External 1 External value 3 ExtVal04 Any External 1 External value 4 ExtVal05 Any External 1 External value 5 ExtVal06 Any External 1 External value 6 ExtVal07 Any External 1 External value 7 ExtVal08 Any External 1 External value 8 ExtVal09 Any External 1 External value 9 ExtVal10 Any External 1 External value 10 Msg_EvID2 DWord DW#16#0 Message event ID ExtVa201 Any External 2 External value 1 ExtVa202 Any External 2 External value 2 ExtVa203 Any External 2 External value 3 ExtVa204 Any External 2 External value 4 ExtVa205 Any External 2 External value 5 Entry-ID: , V1.0, 05/2016 8

9 2 PDI WS Basic Name Data Type Initial Value Comment ExtVa206 Any External 2 External value 6 ExtVa207 Any External 2 External value 7 ExtVa208 Any External 2 External value 8 ExtVa209 Any External 2 External value 9 ExtVa210 Any External 2 External value 10 Feature.Bit0.Bit1.Bit2.Bit31 OS_Perm.Bit0.Bit1.Bit2.Bit31 FALSE FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE Status of various features 1 = Startup response switch Operator permission SelFp1 Any Select Faceplate 1 SelFp2 Any Select Faceplate 2 Outputs Name Data Type Initial Val. Comment WSAct FALSE 1 = Weihenstephan active OMACAct FALSE 1 = OMAC active LeRiAct FALSE 1 = Left to right active RiLeAct FALSE 1 = Right to left active Cur_Prog Cur_State DWord DWord DW#16#0 DW#16#0 Program indicates the current program code = Unit mode Operating state related to the machines state model Set_Mach_Spd Cur_Mach_Spd CurMaSpdPr 0.00e e e+0 Set machine speed in primary units/minute Current machine speed in primary units/minute Value of the current maximum machine speed in percent SpeedUnit Int 0 Unit of speed output Mach_Cum:Time Machine Cumulative Time powered up in hours MaCuTiUnit Int 0 Unit of Machine Cumulative Time powered up - in hours Entry-ID: , V1.0, 05/2016 9

10 2 PDI WS Basic Name Data Type Initial Val. Comment Cons_Electricity 0.00e+0 Consumed electrical energy in kwh CoEIUnit Int 0 Unit of Consumed electrical energy in kwh NoF_Group NoF_Code Prod_Ratio DWord DWord DW#16#0 DW#16#0 Message group as according to OMAC simplify Reason Code definition Notice of failure Code (OEM specific) Packages Ratio in primary pieces PrRaUnit Int 0 Unit for Product Ratio in primary pieces ProRatType Light_Stack S_Tot_Packages DWord DWord FALSE DW#16#0 DW#16#0 Machine type: 0=Packer (default), 1=depacker Represents the machine light stack with different color levels Resettable counter of total number of packages processed by the production machine S_TotUnit Int 0 Unit for Resettable counter of total number of packages processed by the production machine W_Tot_Packages DWord DW#16#0 Accumulated counter of total packages processed by the production machine W_TotUnit Int 0 Unit for accumulated counter of total packages processed by the production machine S_Bad_Packages DWord DW#16#0 Resettable counter of bad packages rejected by the production machine S_BadUnit Int 0 Unit for resettable counter of bad packages rejected by the production machine W_Bad_Packages DWord DW#16#0 Accumulated counter of bad packages rejected by the production machine W_BadUnit Int 0 Unit for accumulated counter of bad packages rejected by the production Mach_Design_Spd 0.00e+0 Machine design speed in primary units/minute in the installed environment based on currently processed product MaDeSpdUnit Int 0 Unit for Max value of machine speed in primary units/minute in the installed environment based on currently processed product MsgSupAct FALSE Message suppression active Entry-ID: , V1.0, 05/

11 2 PDI WS Basic Name Data Type Initial Val. Comment ST_Worst Worst signal status for OS Msg_Err1 FALSE 1 = Message error 1 Msg_Stat1 Word W#16#0 Message status output 1 Msg_Ackn1 Word W#16#0 Acknowledge state output 1 Msg_Err2 FALSE 1 = Message error 2 Msg_Stat2 Word W#16#0 Message status output 2 Msg_Ackn2 Word W#16#0 Acknowledge state output 2 Status DWord DW#16#0 Status word OS_PermOut DWord DW#16# FFFFFFFF OS_PermLog DWord DW#16# FFFFFFFF Parameterized permissions Permissions with process conditions Entry-ID: , V1.0, 05/

12 2 PDI WS Basic 2.7 PDI WS Basic - Block Diagram A block diagram is not provided for this block. 2.8 Operator control and monitoring PDI WS Basic Block icon The block PDI WS Basic provides a block icon. PDI WS Basic - Views The block PDI WS Basic provides the following views: PDI WS Basic standard view Alarm view (APL standard) Trend view (APL standard) Memo view (APL standard) Block Icon for PDI WS Basic (1) Unit description (2) Energy consumption (3) Unit energy consumption (4) Total counter (5) Unit total counter (6) Total defect counter (7) Unit total defect counter (8) Blocked display (9) Mode display (10) State display (11) Lack/Starved display Entry-ID: , V1.0, 05/

13 2 PDI WS Basic PDI WS Basic - Standard View (1) Operating hours of the unit (2) Energy consumption (3) Standardized first fault (4) OEM first fault (5) Product ratio of the unit (6) Set point and maximum value of unit (7) Actual value of the current speed (8) A visual indication of the ratio of current and maximum speed (9) The unit object shows color code for mode and state, blocked and starved indication and total and scrap counter Entry-ID: , V1.0, 05/

14 2 PDI WS Basic PDI WS Basic - Alarm View The alarm view is a basic function from APL library. Details for function and syntax please refer the manual SIMATIC PCS 7 Advanced Process Library (V8.1) PDI WS Basic - Trend View The trend view is a basic function from APL library. Details for function and syntax please refer the manual SIMATIC PCS 7 Advanced Process Library (V8.1). Entry-ID: , V1.0, 05/

15 2 PDI WS Basic PDI WS Basic - Memo View The memo view is a basic function from APL library. Details for function and syntax please refer the manual SIMATIC PCS 7 Advanced Process Library (V8.1) PDI WS Basic - OS configuring Property System For the block icon following values are preconfigured for the property System and should not be changed. Entry-ID: , V1.0, 05/

16 2 PDI WS Basic Property Trends For the block icon the following values are preconfigured for the property Trends : Inside the property trends there are the connections to the online trend system. If it is required there is the possibility to change connections or unit of the single trends. For the configuring of the user defined trends please follow the instructions of the manual SIMATIC PCS 7 Advanced Process Library (V8.1) in the chapter Trend view or in the manual SIMATIC PCS 7 APL Style Guide in the chapter Trends property group. Entry-ID: , V1.0, 05/

17 2 PDI WS Basic Property Links For the block icon the following values are preconfigured for the property Links : Within the property Links are the tags for the indicated values. If it is required, there is the possibility to change preconfigured tags for single values or the displayed units. Change only the tag connection for this attributes: OV_Text OV_Ana_1 OV_Ana_2 OV_Ana_3 You can change static text of the belonging units on this attributes: OV_Text1 OV_Text2 OV_Text3 Entry-ID: , V1.0, 05/

18 3 PDI WS Para 3 PDI WS Para 3.1 Description of PDI WS Para Type Number Name Family FB 1505 PDIWSParaPCS7 PWA Area of application The block is used for monitoring of parameter values from PWA. Configuration Use the CFC editor to install the block in a cyclic interrupt OB (OB30 OB38). Startup characteristics No startup characteristic required. Status word allocation for Status1 parameter No status word required. 3.2 PDI WS Para Modes No operating modes for this block required. 3.3 PDI WS Para Functions Signal Status Unit of measure Additional faceplates This block provides the standard function for forming and outputting the signal status for technological blocks. The worst signal status ST_Worst for the block is formed. This block provides the standard function for selecting a unit of measure. This block provides the standard function for opening additional faceplates. 3.4 PDI WS Para Error handling No error handling for this block required. Entry-ID: , V1.0, 05/

19 3 PDI WS Para 3.5 PDI WS Para Messaging No message handling for this block required. 3.6 PDI WS Para I/O Inputs Name Data Type Initial Value Comment SampleTime 1,00e+06 Sample Time (s) Ver_Para_In String[10] PDI V2.0.0 PDI version info PDI V2.0.0 fix for this version Ver_Proj_Para_In String[10] Project specific version PaUnsig0_In Parameter value 0 Unsig0Vi_In TRUE 1 = Parameter value 0 visible UnUnsig0_In Int 0 Unit of parameter value 0 PaUnsig1_In Parameter value 1 Unsig1Vi_In TRUE 1 = Parameter value 1 visible UnUnsig1_In Int 0 Unit of parameter value 1 PaUnsig2_In Parameter value 2 Unsig2Vi_In TRUE 1 = Parameter value 2 visible UnUnsig2_In Int 0 Unit of parameter value 2 PaUnsig3_In Parameter value 3 Unsig3Vi_In TRUE 1 = Parameter value 3 visible UnUnsig3_In Int 0 Unit of parameter value 3 PaUnsig4_In Parameter value 4 Unsig4Vi_In TRUE 1 = Parameter value 4 visible UnUnsig4_In Int 0 Unit of parameter value 4 PaUnsig5_In Parameter value 5 Unsig5Vi_In TRUE 1 = Parameter value 5 visible UnUnsig5_In Int 0 Unit of parameter value 5 Pa0_In 0.0E+000 Parameter value 0 0Vi_In TRUE 1 = Parameter value 0 visible Un0_In Int 0 Unit of parameter value 0 Entry-ID: , V1.0, 05/

20 3 PDI WS Para Name Data Type Initial Value Comment Pa1_In 0.0E+000 Parameter value 1 1Vi_In TRUE 1 = Parameter value 1 visible Un1_In Int 0 Unit of parameter value 1 Pa2_In 0.0E+000 Parameter value 2 2Vi_In TRUE 1 = Parameter value 2 visible Un2_In Int 0 Unit of parameter value 2 Pa3_In 0.0E+000 Parameter value 3 3Vi_In TRUE 1 = Parameter value 3 visible Un3_In Int 0 Unit of parameter value 3 Pa4_In 0.0E+000 Parameter value 4 4Vi_In TRUE 1 = Parameter value 4 visible Un4_In Int 0 Unit of parameter value 4 Pa5_In 0.0E+000 Parameter value 5 5Vi_In TRUE 1 = Parameter value 5 visible Un5_In Int 0 Unit of parameter value 5 PaStr0_In String[32] Parameter value String 0 Str0Vi_In TRUE Parameter value String 0 visible PaStr1_In String[32] Parameter value String 1 Str1Vi_In TRUE Parameter value String 1 visible MsgLock ST FALSE Message lock Msg_Evid DWord DW#16#0 Message event ID ExtVal01 Any External 1 External value 1 ExtVal02 Any External 1 External value 2 ExtVal03 Any External 1 External value 3 ExtVal04 Any External 1 External value 4 ExtVal05 Any External 1 External value 5 ExtVal06 Any External 1 External value 6 ExtVal07 Any External 1 External value 7 ExtVal08 Any External 1 External value 8 ExtVal09 Any External 1 External value 9 ExtVal10 Any External 1 External value 10 Entry-ID: , V1.0, 05/

21 3 PDI WS Para Feature.Bit0.Bit1.Bit2.Bit31 OS_Perm.Bit0.Bit1.Bit2.Bit31 Name Data Type Initial Value Comment FALSE FALSE FALSE FALSE FALSE TRUE TRUE TRUE TRUE TRUE Status of various features 1 = Startup response switch Operator permission SelFp1 Any Select Faceplate 1 SelFp2 Any Select Faceplate 2 Outputs Name Data Type Initial Val. Comment Ver_Para String[10] PDI V2.0.0 PDI version info Fix for this implementation Ver_Proj_Para String[10] Project specific version PaUnsig0 Output value 0 Unsig0Vi TRUE Output parameter 0 visible UnUnsig0 Int 0 Unit of value 0 PaUnsig1 Output value 1 Unsig1Vi TRUE Output parameter 1 visible UnUnsig1 Int 0 Unit of value 1 PaUnsig2 Output value 2 Unsig2Vi TRUE Output parameter 2 visible UnUnsig2 Int 0 Unit of value 2 PaUnsig3 Output value 3 Unsig3Vi TRUE Output parameter 3 visible UnUnsig3 Int 0 Unit of value 3 PaUnsig4 Output value 4 Unsig4Vi TRUE Output parameter 4 visible UnUnsig4 Int 0 Unit of value 4 PaUnsig5 Output value 5 Unsig5Vi TRUE Output parameter 5 visible Entry-ID: , V1.0, 05/

22 3 PDI WS Para Name Data Type Initial Val. Comment UnUnsig5 Int 0 Unit of value 5 Pa0 0.0E+000 Output value 0 0Vi TRUE Output parameter 0 visible Un0 Int 0 Unit of value 0 Pa1 0.0E+000 Output value 1 1Vi TRUE Output parameter 1 visible Un1 Int 0 Unit of value 1 Pa2 0.0E+000 Output value 2 2Vi TRUE Output parameter 2 visible Un2 Int 0 Unit of value 2 Pa3 0.0E+000 Output value 3 3Vi TRUE Output parameter 3 visible Un3 Int 0 Unit of value 3 Pa4 0.0E+000 Output value 4 4Vi TRUE Output parameter 4 visible Un4 Int 0 Unit of value 4 Pa5 0.0E+000 Output value 5 5Vi TRUE Output parameter 5 visible Un5 Int 0 Unit of value 5 PaStr0 String[32] Output value String 0 Str0Vi TRUE Output parameter String 0 visible PaStr1 String[32] Output value String 1 Str1Vi TRUE Output parameter String 1 visible MsgSupAct FALSE Message suppression active ST_Worst Worst signal status for OS Msg_Err FALSE 1 = Message error Msg_Stat Word W#16#0 Message status output Msg_Ackn Word W#16#0 Message acknowledge state output Status DWord DW#16#0 Status word OS_PermOut DWord DW#16# FFFFFFFF OS_PermLog DWord DW#16# FFFFFFFF Parameterized permissions Permissions with process conditions Entry-ID: , V1.0, 05/

23 3 PDI WS Para 3.7 PDI WS Para Block diagram A block diagram is not provided for this block. 3.8 Operator control and monitoring PDI WS Para Block icon The block PDI WS Para provides a block icon. PDI WS Para - Views The block PDI WS Para provides the following views: PDI WS Para standard view Trend view (APL standard) Memo view (APL standard) Entry-ID: , V1.0, 05/

24 3 PDI WS Para PDI WS Para Standard view (1) Parameter UNSIGNED (2) Parameter REAL (3) Parameter STRING Entry-ID: , V1.0, 05/

25 3 PDI WS Para PDI WS Para Trend View The trend view is a basic function from APL library. Details for function and syntax please refer the manual SIMATIC PCS 7 Advanced Process Library (V8.1) PDI WS Para Memo View The memo view is a basic function from APL library. Details for function and syntax please refer the manual SIMATIC PCS 7 Advanced Process Library (V8.1). Entry-ID: , V1.0, 05/

26 3 PDI WS Para PDI WS Para - OS configuring Property System For the block icon following values are preconfigured for the property System and should not be changed. Property Trends For the block icon the following values are preconfigured for the property Trends : Inside the property trends there are the connections to the online trend system. If it is required there is the possibility to change connections or unit of the single trends. For the configuring of the user defined trends please follow the instructions of the manual SIMATIC PCS 7 Advanced Process Library (V8.1) in the chapter Trend view or in the manual SIMATIC PCS 7 APL Style Guide in the chapter Trends property group. Entry-ID: , V1.0, 05/

27 3 PDI WS Para Property Links For the block icon the following values are preconfigured for the property Links and should not be changed: Entry-ID: , V1.0, 05/

28 4 Related literature 4 Related literature Topic \1\ Siemens Industry Online Support \2\ Download page of this entry \3\ Line Integration at the Food & Beverage Industry (Overview) \4\ Line Integration at the Food & Beverage Industry Plant Data Interface \5\ Line HMI Library for TIA in the Food & Beverage Industry \6\ SIMATIC PCS 7 Advanced Process Library (V8.1) \7\ SIMATIC PCS 7 APL Style Guide 5 History Version Date Modifications V1.0 05/2016 First version Entry-ID: , V1.0, 05/