Serial Connection of SIMATIC RFID Readers via ET 200 Systems

Transcription

1 Application Description 09/2016 Serial Connection of SIMATIC RFID Readers via ET 200 Systems SIMATIC ET 200SP, SIMATIC RF300, STEP 7 V13

2 Warranty and Liability Warranty and Liability Note The Application Examples are not binding and do not claim to be complete with regard to configuration, equipment or any contingencies. The Application Examples do not represent customer-specific solutions. They are only intended to provide support for typical applications. You are solely responsible for the correct operation of the described products. These Application _Examples do not relieve you of the responsibility of safely and professionally using, installing, operating and servicing equipment. 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 and without prior notice. If there are any deviations between the recommendations provided in this application example 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 will be excluded. Such an exclusion will 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 in the burden of proof to your disadvantage. Any form of duplication or distribution of these application examples or excerpts hereof is prohibited without the expressed consent of Siemens Industry Sector. Security information Siemens provides products and solutions with industrial security functions that support the secure operation of plants, solutions, machines, equipment and/or networks. They are important components in a holistic industrial security concept. With this in mind, Siemens products and solutions undergo continuous development. Siemens recommends strongly that you regularly check for product updates. For the secure operation of Siemens products and solutions, it is necessary to take suitable preventive action (e.g. cell protection concept) and integrate each component into a holistic, state-of-the-art industrial security concept. Third-party products that may be in use should also be considered. For more information about industrial security, visit To stay informed about product updates as they occur, sign up for a productspecific newsletter. For more information, visit Entry ID: , V1.3, 09/2016 2

3 Table of Contents Table of Contents Warranty and Liability Task Overview Solution Overview Sequence of the core functionality Hardware and software components Validity Components used Mode of Operation Program overview Reader Reset ( INIT_RUN ) Antennae ( ANT ) Station 1: INCOMING_GOODS Station 2: PROCESSING Station 3: OUTGOING_GOODS Library blocks Configuration and Settings SIMATIC PLC SIMATIC ET 200 systems Configuration of the CM PtP communication modules Changes to the STEP 7 user program Installation and Commissioning Installing the hardware Installing the software Installation of the STEP 7 V13 project Commissioning Operation of the Application Menu navigation Incoming goods Processing Outgoing goods Reader options Related Literature History Entry ID: , V1.3, 09/2016 3

4 1 Task 1.1 Overview 1 Task 1.1 Overview Introduction In many plants, especially for warehouses and conveyor systems, RFID (Radio Frequency Identification) is used for tracking and identifying goods. Since the topologies are becoming more and more decentralized, the connection of RFID readers must meet this development. SIMATIC ET 200 systems are the common decentralized periphery systems. In the course of this application, block libraries ( Identification_ET200 ) are provided which enable operating SIMATIC RFID readers in a simple, user-friendly and cost-efficient way via SIMATIC ET 200. The readers are connected to the SIMATIC ET 200 via serial communication modules and controlled by a SIMATIC PLC via the blocks of the library. Overview of the automation task The figure below provides an overview of the automation task. Figure 1-1 SIMATIC S SIMATIC ET 200 RFID reader Goods (TAGs) Outgoing goods Verification Processing Writing Incoming goods Initialization Description of the automation task SIMATIC RFID readers shall be operated via ET 200 systems for automatic identification of goods in a warehouse. Three stations specify this warehouse simulation: Incoming goods, Processing and Outgoing goods. Entry ID: , V1.3, 09/2016 4

5 1 Task 1.1 Overview Requirements of the automation task Table 1-1 Requirements Incoming goods: RFID reader 1 Processing: RFID reader 2 Outgoing goods: RFID reader 3 Reader reset and antennae On/Off Operation/visualization via an HMI Explanations In Incoming goods, TAGs are initialized via the RFID reader with a certain byte pattern. In Processing, TAGs are read and checked for the bit pattern of the initialization. If the initialization has been performed correctly, a time stamp is written to the TAGs in order to simulate successful processing. In Outgoing goods, TAGs are checked for the correct processing time stamp. If successful, the goods have passed through the warehouse without errors. In addition to the tasks of the warehouse, the readers can also be reset manually and the antennas be switched on and off. For each station in the warehouse there is a picture on the HMI. The state and status of the reader jobs/ warehouse station are visualized in the pictures. The user can reset the readers of the three stations and switch the antenna fields on and off via a separate HMI screen. Application requirements This warehouse simulation example shall illustrate how SIMATIC RFID readers can be connected to SIMATIC PLCs via ET 200 systems, how the blocks of the Identification_ET200 library can be used. Entry ID: , V1.3, 09/2016 5

6 2 Solution 2.1 Overview 2 Solution 2.1 Overview Schematic overview The figure below gives a schematic overview of the most important components of the solution: Figure 2-1 S Programming device/ HMI Runtime PROFINET / IE ET 200SP with CM PtP RF300R TAGs Outgoing goods Processing Incoming goods Warehouse logistics chain Advantages The solution presented here offers you the following advantages: cost-efficient solution of the automation task flexible expandability and scalability simple and quick integration into your PLC projects Topics not covered This application does not contain a description of: handling STEP 7 TIA Portal programming in SCL and FBD SIMATIC RFID Reader Industrial Ethernet serial communication Basic knowledge of these topics is assumed. Entry ID: , V1.3, 09/2016 6

7 2 Solution 2.2 Sequence of the core functionality 2.2 Sequence of the core functionality Functional sequence of the application Figure Reader reset Hold TAG at Reader 1 2 Initializing the TAGs Change to HMI screen of Station 1 Station 1: Incoming goods Hold TAG at Reader 2 Status display 3 4 Reading the TAG; verification for INIT Change to HMI screen of Station 2 Station 2: Processing 5 Writing the TAGs with time stamp Status display Hold TAG at Reader 3 6 Reading the TAG; verification for time stamp Change to HMI screen of Station 3 Station 3: Outgoing goods Status display Table 2-1 Description 1. Automatic reset of the readers at the three stations when starting up the CPU. 2. The TAG is initialized with a byte pattern. 3. The DONE, BUSY and ERROR states are signaled by the status displays via alarm displays on the HMI. Furthermore, the job status is output in form of continuous text. 4. The TAG is read and checked for the byte pattern of the initialization. 5. If step 4 is successful, a time stamp of the CPU is written to the TAG. 6. In Outgoing goods, the TAG is read and checked for the time stamp in step 5. Note The HMI screens automatically change to each respective station when a transponder is positioned within their field. Entry ID: , V1.3, 09/2016 7

8 2 Solution 2.3 Hardware and software components HMI screen The example application is operated and monitored via HMI Runtime. A detailed explanation of the user interface is given later in chapter 6.1. Figure Hardware and software components Validity This application is valid for: STEP 7 TIA Portal from V13 SIMATIC S SIMATIC ET 200MP/200SP Serial communication modules CM PtPs SIMATIC RFID Reader RF200/RF300/RF600 Entry ID: , V1.3, 09/2016 8

9 2 Solution 2.3 Hardware and software components Components used The application was created with the following components: Hardware components Table 2-2 Component Article number Note SIMATIC S PN/DP V PS 60W 120/230V AC SIMATIC ET 200SP IM155-6PN ST V CM PtP V ES7516-3AN00-0AB0 Alternatively, a different SIMATIC S can also be used. 1 6ES7507-0RA00-0AB0 Alternatively, a different voltage supply can also be used. 1 6EP1332-4BA00 Alternatively, a SIMATIC ET 200MP can also be used. 3 6ES7137-6AA00-0BA0 Serial communication module for ET 200MP: 6ES7540-1AB00-0AA0 6ES7541-1AB00-0AB0 Server module 1 6ES7193-6PA00-0AA0 Not applicable for ET 200MP SIMATIC RFID Reader RF310R SIMATIC RFID Transponder RF340T Reader cable MOBY D connecting cable 3 6GT2801-1AB10 1-n 6GT2800-4BB00 Alternatively, other SIMATIC RFID transponders of the RF300 series can also be used 3 6GT2891-4EH50 Alternatively, MOBY D connecting cables of different lengths can also be used Software components Table 2-3 Sample files and projects Component Article number Note STEP 7 TIA Portal V13 1 6ES7822-1AA02-0YA5 The following list includes all files and projects that are used in this example. Table 2-4 Component _Identification_ET200_CODE _V13.zip _Identification_ET200_DOKU _V13_EN.pdf _Identification_ET200_TIA_Li brary_v13_en.pdf Note This zip file contains the STEP 7 project (including the necessary library blocks). This document Library documentation (\2\) Entry ID: , V1.3, 09/2016 9

10 3 Mode of Operation 3.1 Program overview 3 Mode of Operation 3.1 Program overview Figure 3-1 INIT_RUN ET200MP- SP_RESET_ RF300 Multi instance Global data block Startup [OB 100] ANT ET200MP- SP_SET_ ANT_300 Main [OB 1] INCOMING _GOODS ET200MP- SP_INIT HMI_ INTERFACE PROCESS- ING ET200MP- SP_WRITE OUTGONG _GOODS ET200MP- SP_READ User program Library block Identification_ET200 Global data blocks The entire user program is called up in cyclic OB 1(Main) of the SIMATIC CPU. OB100 (Startup) is only executed when starting the CPU. The parameter interfaces of the function blocks of the user program are assigned with and controlled by tags from the HMI_INTERFACE data block. Entry ID: , V1.3, 09/

11 3 Mode of Operation 3.2 Reader Reset ( INIT_RUN ) The table below briefly explains the tasks of the individual blocks. Table 3-1 Type Block name Task OB Main Cyclic OB: executes the user program. OB Startup Startup OB: run through when starting the CPU, and in this application example, it triggers the initial reset of the readers. FB INIT_RUN Executes the Reset blocks of the block library. FB ANT Executes the SET_ANT blocks of the block library. FB INCOMING_GOODS Processes jobs of station 1: Incoming goods. FB PROCESSING Processes jobs of station 2: Processing. FB OUTGONG_GOODS Processes jobs of station 3: Outgoing goods. FB FB FB ET200MP- SP_RESET_RF300 ET200MP- SP_SET_ANT_300 ET200MP- SP_WRITE Library block: responsible for the reset of the RF300 reader. Library block: responsible for on/off of antenna fields of the RF300 readers. Library block: responsible for reading from the RFID transponder. FB ET200MP-SP_READ Library block: responsible for writing to the RFID transponder. DB HMI_INTERFACE This data block forms the interface between the user program and the HMI. The tags contained here control the application example. 3.2 Reader Reset ( INIT_RUN ) Function description In the INIT_RUN function block, the ET200MP-SP_RESET_RF300 library block is called up in the project once for each reader in order to reset the readers of the warehouse. The reader resets are triggered via the startup OB (OB 100) when starting the SIMATIC CPU. From the HMI, the user can execute additional resets on demand. Entry ID: , V1.3, 09/

12 3 Mode of Operation 3.2 Reader Reset ( INIT_RUN ) Block diagram Figure 3-2 Parameter interfaces Table 3-2 Inputs Parameter Data type Explanation INIT_HW_ID_1 BOOL Hardware identifier of the first CM PtP INIT_HW_ID_2 BOOL Hardware identifier of the second CM PtP INIT_HW_ID_3 BOOL Hardware identifier of the third CM PtP EXECUTE_RESET_1 BOOL Starts the reset job for Reader 1 EXECUTE_RESET_2 BOOL Starts the reset job for Reader 2 EXECUTE_RESET_3 BOOL Starts the reset job for Reader 3 Table 3-3 Outputs Parameter Data type Explanation RESET_x_Done BOOL Shows the successful reset job of the respective reader RESET_x_Error BOOL Shows the failed reset job of the respective reader RESET_x_Status DWORD Gives the status for the reset job of the respective reader Explanations on the sequence If one of the EXECUTE_RESET_x parameter interfaces is set, the respective reader reset is triggered. The tags are automatically reset after the job has been Entry ID: , V1.3, 09/

13 3 Mode of Operation 3.3 Antennae ( ANT ) completed. The output parameters show the status of the jobs ( Done, Busy, Error, Status ). Within the block there are three networks, one each for every reader in the project. The ET200MP-SP_RESET_RF300 library block is called once per network in order to execute and evaluate the reset jobs for one respective reader. 3.3 Antennae ( ANT ) Function description Block diagram In function block ANT, the ET200MP-SP_SET_ANT_RF300 library block is called three times. The antennae of the SIMATIC RFID reader are switched on and off via these blocks. These operations are controlled via tags in the HMI Interface data block which are linked with the HMI. Figure 3-3 Entry ID: , V1.3, 09/

14 3 Mode of Operation 3.3 Antennae ( ANT ) Parameter interfaces Table 3-4 Inputs Parameter Data type Explanation ANT_HW_ID_1 BOOL Hardware identifier of the first CM PtP ANT_HW_ID_2 BOOL Hardware identifier of the second CM PtP ANT_HW_ID_3 BOOL Hardware identifier of the third CM PtP ANT_1 BOOL Control parameters for antenna on-off at Reader 1 ANT_2 BOOL Control parameters for antenna on-off at Reader 2 ANT_3 BOOL Control parameters for antenna on-off at Reader 3 EXECUTE_ANT_1 BOOL Starts the antenna job for Reader 1 EXECUTE_ANT_2 BOOL Starts the antenna job for Reader 2 EXECUTE_ANT_3 BOOL Starts the antenna job for Reader 3 Table 3-5 Outputs Parameter Data type Explanation ANT_x_Done BOOL Shows the successful antenna job of the respective reader ANT_x_Error BOOL Shows the failed antenna job of the respective reader ANT_x_Status DWORD Gives the status for the antenna job of the respective reader ANT_x_Pres BOOL Shows the transponder presence at the respective reader Explanations on the sequence If one of the EXECUTE_ANT_x parameter interfaces is set, the antenna is switched on or off depending on the value of the respective HMI interface tag ANT_Ant_x (1 or 0). The output parameters show the status of the jobs ( Done, Busy, Error, Status ). Within the block there are three networks, one each for every reader in the project. The ET200MP-SP_SET_ANT_RF300 library block is called once per network in order to execute and evaluate the ANT jobs for one respective reader. Entry ID: , V1.3, 09/

15 3 Mode of Operation 3.4 Station 1: INCOMING_GOODS 3.4 Station 1: INCOMING_GOODS Function description Block diagram Function block INCOMING_GOODS processes the jobs of the first station of the warehouse (Incoming goods). In the function block, the ET200MP-SP_INIT library block is called. The reader initializes TAGs with a predefined byte pattern via this block. This means that the entire memory area of the TAG is written with the byte pattern. In this application 16#AF is used for this. Figure 3-4 Parameter interfaces Table 3-6 Inputs Parameter Data type Explanation IN_HW_ID UINT Hardware identifier of the CM PtP Table 3-7 Outputs Parameter Data type Explanation IN_Done BOOL Shows the successful processing of the incoming goods IN_Busy BOOL Shows the faulty processing of the incoming goods IN_Error BOOL Shows the faulty processing of the incoming goods IN_Status DWORD Outputs the status of the incoming goods Explanations on the sequence Within the INCOMING_GOODS function block, the ET200MP-SP_INIT library block is called. It is interconnected so it automatically triggers the INIT job when a transponder is present in the antenna field (PRESENCE). The entire user memory of the transponder is written with the AF (HEX) byte pattern here. The output parameters show the status of the jobs ( Done, Busy, Error, Status ). Entry ID: , V1.3, 09/

16 3 Mode of Operation 3.5 Station 2: PROCESSING 3.5 Station 2: PROCESSING Function description Block diagram Function block PROCESSING processes the jobs of the second station of the warehouse (Processing). The data of a TAG is read via the ET200MP-SP_READ library block called within the function block. In the function block, it is checked whether the byte pattern of the initialization exists. If this verification is successful, a time stamp (hh.mm.ss) is created and written to the TAG via the ET200MP- SP_WRITE library block. Figure 3-5 Parameter interfaces Table 3-8 Inputs Parameter Data type Explanation PROC_HW_ID UINT Hardware identifier of the CM PtP Table 3-9 Outputs Parameter Data type Explanation PROC_Done BOOL Shows the successful processing of the incoming goods PROC_Busy BOOL Shows the faulty processing of the incoming goods PROC_Error BOOL Shows the faulty processing of the incoming goods PROC_Status DWORD Outputs the status of the incoming goods Explanations on the sequence In function block PROCESSING, the ET200MP-SP_READ library block is called in the first network. It is interconnected so it automatically triggers the READ job when a transponder is present in the antenna field (PRESENCE). The first 100 bytes of the user memory of the transponder are read here. In network 2, it is then checked whether the initialization byte pattern ( AF ) exists in the receive buffer of the READ block. If the byte pattern does not exist, an error is output ( Error + Status ). If it exists, the current CPU time is read in network 3 and written to the write buffer of library block ET200MP-SP_WRITE, which is called in network 5 and automatically starts the WRITE job to write the time stamp to the transponder. Entry ID: , V1.3, 09/

17 3 Mode of Operation 3.6 Station 3: OUTGOING_GOODS The output parameters show the status of the jobs ( Done, Busy, Error, Status ). Figure 3-6 Hold TAG at reader of the station Reading the TAG (READ) Check receive buffer for INIT value ( AF ) Value exists? Yes No Generate time stamp Status display (Error + Status) Write time stamp on TAG (WRITE) Status display (Done) 3.6 Station 3: OUTGOING_GOODS Function description In function block OUTGOING_GOODS, the operations of the third station of the warehouse (outgoing goods) are processed. The data of the TAGs are read via library block ET200MP-SP_READ and checked for an existing time stamp from the second station of the warehouse. Entry ID: , V1.3, 09/

18 3 Mode of Operation 3.7 Library blocks Block diagram Figure 3-7 Parameter interfaces Table 3-10 Inputs Parameter Data type Explanation OUT_HW_ID UINT Hardware identifier of the CM PtP Table 3-11 Outputs Parameter Data type Explanation OUT_Done BOOL Shows the successful processing of the incoming goods OUT_Busy BOOL Shows the faulty processing of the incoming goods OUT_Error BOOL Shows the faulty processing of the incoming goods OUT_Status DWORD Outputs the status of the incoming goods Explanations on the sequence In function block OUTGONG_GOODS, the ET200MP-SP_READ library block is called in network 1. It is interconnected in so it automatically triggers the READ job when a transponder is present in the reader field (PRESENCE). In network 2 it is checked whether the time stamp of station 2 exists in the receive buffer of the READ block. If the time stamp does not exist, an error is output ( Error + Status ). If it exists, a successful job processing is output ( Done ). 3.7 Library blocks A precise description of the library blocks from the Identification_ET200 library is available on the download page of this entry (\2\). Entry ID: , V1.3, 09/

19 4 Configuration and Settings 4.1 SIMATIC PLC 4 Configuration and Settings Note The following settings need not be made in the application example any more; they are already contained in the project. However, when using alternative hardware, please follow the instructions in this chapter. 4.1 SIMATIC PLC Table 4-1 Action 1. In TIA Portal you go to Devices & Networks > Device view and select controller PLC_1. Right-click on the controller and select Change device. Entry ID: , V1.3, 09/

20 4 Configuration and Settings 4.1 SIMATIC PLC Action 2. In the dialog which appears you select the alternative CPU which you wish to use. Pay attention to the version. Then click OK to confirm. 3. Download the project into your CPU. Any settings from the previous CPU have been adopted automatically for the new CPU. Entry ID: , V1.3, 09/

21 4 Configuration and Settings 4.2 SIMATIC ET 200 systems 4.2 SIMATIC ET 200 systems Table 4-2 Action 1. In TIA Portal you go to the network view. Right-click on the ET 200 system and select Delete. Confirm with Yes. 2. Use drag&drop to move the alternative ET 200 system into the workspace, and connect the Ethernet port to the subnet of CPU and HMI. 3. Go to the settings of the ET 200 system and assign an IP address. Avoid doubleassignment for the IP addresses in your network. Entry ID: , V1.3, 09/

22 4 Configuration and Settings 4.2 SIMATIC ET 200 systems Action 4. Go to Online > Accessible Nodes. 5. Select your ET 200S system and confirm with Show. 6. In the project tree you double-click on Online & Diagnostics for your ET 200 system. Entry ID: , V1.3, 09/

23 4 Configuration and Settings 4.2 SIMATIC ET 200 systems Action 7. Go to Functions > Assign name and enter the PROFINET device name of your ET 200 systems there. Confirm with Assign name. 8. Download the project into your CPU. Entry ID: , V1.3, 09/

24 4 Configuration and Settings 4.3 Configuration of the CM PtP communication modules 4.3 Configuration of the CM PtP communication modules Table 4-3 Action 1. In TIA Portal you go to Devices & Networks > Device view and select the ET 200 system. Use drag&drop to move the serial communication module used by you from the hardware catalog to a slot of the ET 200 system. 2. Go to the settings of the communication module and select the parameters as shown in the pictures below: Entry ID: , V1.3, 09/

25 4 Configuration and Settings 4.3 Configuration of the CM PtP communication modules Action 3. Repeat this process twice (each of the three RFID readers of this application needs its own communication module). 4. Download the project into your CPU. Entry ID: , V1.3, 09/

26 4 Configuration and Settings 4.4 Changes to the STEP 7 user program 4.4 Changes to the STEP 7 user program Note The following changes need to be performed if you have configured the alternative ET 200 system. Table 4-4 Action 1. In the project tree you go to the Program blocks folder. 2. At the function blocks ANT, INIT_RUN, INCOMING_GOODS, PROCESSING and OUTGOING_GOODS the parameters HW_ID in Main. The correct values are available in the hardware configuration of your ET 200 system in the hardware identifier of the serial communication module (see 3). 3. In order to determine the hardware identifier, select your ET 200 system from Device view. Go to Properties > Hardware identifier. Entry ID: , V1.3, 09/

27 4 Configuration and Settings 4.4 Changes to the STEP 7 user program Action 4. Download the project into your CPU. Entry ID: , V1.3, 09/

28 5 Installation and Commissioning 5.1 Installing the hardware 5 Installation and Commissioning This chapter discusses the steps required to put the example into operation with the code from the download and the hardware list. 5.1 Installing the hardware The figure below shows the hardware setup. Figure 5-1 PM S Programming device/ HMI Runtime PROFINET / IE L+ (24 V) M (0 V) ET 200SP with CM PtPs Reader cable RFID Reader Note The setup guidelines for S (\3\), ET 200MP/SP (\4\) and RFID Reader (\5\) must be observed. Hardware installation of the S7 station Table 5-1 Action 1. Mount the individual modules to a suitable module rack. 2. Connect the voltage supply to the power grid (230V AC). 3. Connect the voltage supply to the S7-CPU and ensure the correct polarity. 4. Connect the PROFINET interface of the PG/PC to the PROFINET interface of the S7-CPU Entry ID: , V1.3, 09/

29 5 Installation and Commissioning 5.2 Installing the software Hardware setup of the ET 200 system Table 5-2 Action 1. Mount the individual modules to a suitable module rack. 2. Connect the voltage supply to the ET 200 system and ensure the correct polarity. 3. Connect the PROFINET interface of the ET 200 system to the PROFINET interface of the S7-CPU 4. Connect the serial communication modules. 5. For ET 200SP: connect a server module at the end. Connecting the RFID readers Table 5-3 Action 1. Connect the RFID readers to the serial communication module of the ET 200 system via the reader cables (see Figure 5-2). 2. Connect the voltage supply to the RFID readers (see Figure 5-2). Figure 5-2 Connection diagram CM PtP connection block L+ (Weiß) RFID Reader M (Grün) T(A)- (11) : E- (Pink) R(A)- (12) : S- (Braun) T(B)+ (13) : E+ (Grau) R(B)+ (14) : S+ (Gelb) Installing the software This chapter describes the steps necessary to install the required software. Table 5-4 Action Note 1. Install TIA V13 or higher Follow the instructions of the installation program. 2. Install WinCC Professional V13 (latest update) Follow the instructions of the installation program. Entry ID: , V1.3, 09/

30 5 Installation and Commissioning 5.3 Installation of the STEP 7 V13 project 5.3 Installation of the STEP 7 V13 project This chapter describes the steps necessary for the installation of the STEP 7 V13 project. Table 5-5 Action 1. The STEP 7 V13 project is available on the HTML page from where you have downloaded this document. Save project _Identification_TIA_CODE_V13.zip onto your hard drive. 2. Unzip the project. 3. In TIA Portal you open the STEP 7 V13 project in the TIA portal. Project > Open > Browse 4. Now the project is at your disposal. 5.4 Commissioning The following instruction shows how to commission the example project. Table 5-6 Action 1. When using alternative hardware, please perform the changes described in chapter Assign an IP from IP band to your programming device (subnet: ). 3. Download the project into your CPU. Entry ID: , V1.3, 09/

31 5 Installation and Commissioning 5.4 Commissioning Action 4. Start HMI Runtime. 5. The application is operated via HMI Runtime. Entry ID: , V1.3, 09/

32 6 Operation of the Application 6.1 Menu navigation 6 Operation of the Application 6.1 Menu navigation Main menu Figure 6-1 Operator user interface of HMI Runtime Main menu Example application Industry Online Support Information Note In the user interface of the HMI you can change the display language of each picture from German to English and vice versa by clicking on the flag icon The example application can be started via the main menu and continuing information be called up via the Industry Online support. Entry ID: , V1.3, 09/

33 6 Operation of the Application 6.1 Menu navigation Example application Figure Table 6-1 Description 1. General menu navigation: Start screen, Settings, Back 2. Picture for station 1: Incoming goods 3. Picture for station 2: Processing 4. Picture for station 3: Outgoing goods 5. Picture for Reader options 6. Set language (German/English) 7. Status display of the stations Note When holding a TAG to the antenna field of an RFID reader, the HMI screen automatically changes to the respective station. Entry ID: , V1.3, 09/

34 6 Operation of the Application 6.2 Incoming goods 6.2 Incoming goods Figure 6-3 Table 6-2 Operation 1. Hold a TAG to the reader of station Status display Busy of station 1 lights up as long as the initialization continues. 3. After successful termination of the initialization, the status display Done lights up (until a new job is pending). Furthermore, a status description is output in plain text. 4. After faulty termination of the initialization, the status display Error lights up (until a new job is pending). Furthermore, a status description is output in plain text. 5. Incoming goods has now been run through. Entry ID: , V1.3, 09/

35 6 Operation of the Application 6.3 Processing 6.3 Processing Figure 6-4 Table 6-3 Operation 1. Hold the TAG to the reader of station Status display Busy of station 2 lights up as long as the verification for initialization and the description of the TAGs with the time stamp continues. 3. After successful termination of the jobs of station 2, the status display Done lights up (until a new job is pending). Furthermore, a status description is output in plain text. 4. After failed termination of the jobs of station 2, the status display Error lights up (until a new job is pending). Furthermore, a status description is output in plain text. 5. Processing has now been run through. Entry ID: , V1.3, 09/

36 6 Operation of the Application 6.4 Outgoing goods 6.4 Outgoing goods Figure 6-5 Table 6-4 Operation 1. Hold the TAG to the reader of station Status display Busy of station 3 lights up as long as the verification for the time stamp continues. 3. After verification of station 3 has been completed successfully, the status display Done lights up (until a new job is pending). Furthermore, a status description is output in plain text. 4. After the verification of station 3 has been terminated with an error, the status display Error lights up (until a new job is pending). Furthermore, a status description is output in plain text. 5. Outgoing goods has now been run through. Entry ID: , V1.3, 09/

37 6 Operation of the Application 6.5 Reader options 6.5 Reader options Figure The following actions are available to you: Table 6-5 Description 1. The antennas of the individual RFID readers can be switched on and off via these slide switches. The status descriptions on these reader jobs is given underneath the respective slide switches. 2. The RFID readers can be reset manually. This function can be used to restore the functioning of the reader after an error (red LED at the reader or editing fields at one of the three stations). The status descriptions on these reader jobs is given underneath the respective switches. Entry ID: , V1.3, 09/

38 7 Related Literature 7 Related Literature Table 7-1 Topic \1\ Siemens Industry Online Support \2\ Download page of the entry \3\ SIMATIC S Automation System \4\ SIMATIC ET 200SP Distributed I/O System \5\ SIMATIC Sensors RFID systems SIMATIC RF300 Title History Table 8-1 Version Date Modifications V1.0 05/2014 First version V1.3 09/2016 Adaption after bug fixing Entry ID: , V1.3, 09/