Siemens PLC-Driver Siemens SIMATIC S5
Contents
1. TSAP ASC gt HER EMF ET CH TSAP CHER gt pH 46 45 54 43 48 eee 45 4D 46 45 54 43 48 TSAP length TSAP length 3 AL AaAG W e l HELP OK SELECT DELETE Fig 1 4 Create an RFC1006 connection job type Fetch Choose Fetch as job type Enter a unique TSAP under Transport addresses for the local and remote site TSAP Transport Service Access Point Installation 1 5 HU Ae CERIT Transport Connection TCPA RFGCI1HBHB6 Source C TCZQ6HADR IMI COFFLINE gt SMR offset AHR Job type HEHEGEIUE Active passive MEA rad P Head urite N gt Hd TCP Keep Alive N gt Humber of jobs per TSAP 1 of iu Transport addresses Loc parameters Rem parameters Hostname IP address eS ee ee ECE V F RN TSAP ASC gt Se eee 52 45 43 45 49 56 45 TSAP CHER TSAP length j TSAP length 3 SS NE 2ZPB2 a gy W HELP 1 4 IHPUT DELETE SELECT Fig 1 5 Create an RFC1006 transport connection job type Receive Create another RFC1006 connection with job type Receive Enter unique TSAPs here too 1 3 2 2 Create a TCP connection To create a TCP connection choose Connections Transport Conn TCP in menu Edit eee CESSIT Transport Connection tTGP gt Source C iTCZQ6HADR INI COFFLIHE SSHR offset AHR Job type FETCH Active passive CA P gt Read urite ND gt TCP Keep Alive C ND gt D Humber of jobs2. PLC Driver Siemens SIMATIC S5 Industrial Ethernet TCP IP www autem de Driver Addendum PLC ANALYZER pro 5 The logic analyzer for programmable logic controls Driver Addendum Siemens SIMATIC S5 Industrial Ethernet TCP IP Copyright 1995 2009 AUTEM GmbH All rights reserved No part of this user manual including excerpts may be reproduced photocopied or electronically stored without the expressive written permission of AUTEM The software described in this manual is subject of a software license agreement and may only be used according to the terms of this agreement AUTEM GmbH Dithmarscher Stra e 29 D 26723 Emden Germany Telephone 49 0 4921 9610 0 Telefax 49 0 4921 9610 96 Email info autem de Web www autem de AUTEM does not give any warranty for this manual as well as no express or tacit warranties on commercial quality and suitability for a particular use AUTEM does not take over adhesion for errors contained in it or for damages that may occur as a result of using or applying this material The soft and hardware designations mentioned in this book are in most cases also registered trade marks and are subject to the legal regulations as such For references suggestions and improvement suggestions we are always grateful Please send these to AUTEM 1 Edition 2007 SIMATIC SINUMERIK SIMOTION S5 S7 C7 M7 STEPS STEP7 S7 200 87 300 S7 400 and S7 PLCSIM are registered trademarks of Sie
3. er scan interval may be chosen for non critical time signals e g temperature The signal files thus created become smaller Under Symbolism you can assign a symbol file to the loaded driver This makes the use of a symbolic identifier for the address definition possible s user manual PLC ANALYZER pro 5 chapter 4 1 Address selection Besides the absolute addresses the symbolic identifier and the comments will be shown and stored in a signal or project file Installation 1 3 Properties x lt Select the used transport connection TEES Use Settings to specify the parameter for TadP Fetch the selected connection Use exactly the ASCI HEX same parameter which were used for the Local LOCFETCH parameterized transport connections of I Mc the CPI430 s 3 Configuring of CP for data acquisition TS4P Receive ASCII HEX Local LRECEIVE 4C 52 45 43 45 40 56 45 Remote RRECEIE 32 a2 45 43 45 49 56 45 Fig 1 2 Properties of transport connections 1 3 Configuring of CP for data acquisition The SIMATIC S5 PLC has to be equipped with a communication processor CP for data acqui sition with PLC ANALYZER via TCP IP Siemens CP1430 TCP VIPA CP143 and INAT S5 TCP IP are supported The configuration of Siemens CP1430 TCP is exemplary described be low The configuration of the other CPs is similiar Refer to the user manual of the CP for fur ther information 1 3 1 Initialization of Siemens CP1430 TCP The CP1430 is paramete
4. mens AG Table of contents Table of Contents w N 2 1 2 2 23 2 4 INSTALLATION Installation of PLC driver 1 1 1 Installing additional hardware 1 1 2 Installing additional software Configuration of PLC driver Configuring of CP for data acquisition 1 3 1 Initialization of Siemens CP1430 TCP 1 3 2 Create a transport connection 1 3 2 1 Create an RFC1006 connection 1 3 2 2 Create a TCP connection DATA ACQUISITION Supported PLC models and CPUs Recordable PLC addresses Number of simultaneously recordable addresses Time behavior and particularities Table of Figures Fig Fig Fig Fig Fig Fig sj 23 4 5 7 Driver settings SIMATIC S5 Initialization of CP1430 reate an RFC1006 connection job type Fetch reate an RFC1006 transport connection job type Receive reate a TCP connection job type Fetch reate a TCP connection job type Receive C e C e List of Tables Table 2 1 Address syntax SIMATIC S5 Table 2 2 Scan times on SIMATIC 5 135U 5 I vnl N l ee ee ee ee ee I I I I I I I I I I OAKRWWN NA NO BN h2 N N Os C Qi d amp d amp ND 2 2 2 3 Installation 1 1 1 Installation This driver addendum describes the particularities of the following PLC driver and gives you hints on the usage e Siemens SIMATIC S5 Industrial Ethernet TCP IP The listed driver makes the acquisition of PLC signals through Industrial Ethe
5. or CP Siemens CP1430 TCP VIPA CP143 TCP IP and INAT S5 TCP IP are supported 1 1 2 Installing additional software In addition to the PLC ANALYZER pro basic module and the PLC driver no other software is necessary 1 2 Installation 1 2 Configuration of PLC driver After installing the driver you can change important parameters under Properties If you have loaded several drivers you can set the properties for each driver individually Properties Name Siemens SIMATIC 55 Connection Time performance IPaddress 140 140 200 1 Time stamp Jonke when signal changes Used transport connection 150 an TCP RFC O06 settings TCP IP scan interval continuously de minimal symbolism CAPLCXProjectsXMave rts SEQ Cancel Fig 1 1 Driver settings SIMATIC S5 Choose a Name for the driver first than specify under Connection the P Address of PLC The IP Address must be identical to the IP Address used for initialization of the communication processor Siemens CP1430 TCP VIPA CP143 TCP IP or INAT S5 TCP IP Use Time stamp to specify if the time stamps should be entered into the signal file continually at every scan point or only for signal changes For a continuous time stamp the exact scan points are documented even for a signal which does not change The signal files are therefore larger Under Scan interval enter the length of time between read out of data from the PLC A long
6. per TCP Port JE NE Transport addresses Loc parameters Rem parameters Hostname m IP address Port Cdec gt 19 3 Port amp dec Soe gS HELP 7 DELETE SELECT Fig 1 6 Create a TCP connection job type Fetch Choose Fetch as job type Enter an unambiguous port number for the local site 1 6 Installation Transport Connection tTC P gt Source C TCZAQHADR INI OFFLINE gt SSHR offset ANR Job type RECEIVE Active passive CA P gt Read write N gt TGP Keep Alive N gt Humber of jobs per TCP Port of i Transport addresses Loc parameters Rem parameters Hostname IP address AHA AHA 468 Bae Port dec gt nE Port dec gt i EE ietn HELI INPUT DELETE OK Fig 1 7 Create a TCP connection job type Receive Create another TCP connection with job type Receive Enter an unambiguous port number here too Data acquisition 2 Data acquisition 2 1 Supported PLC models and CPUs 2 1 The following models of SIMATIC S5 family are supported by this PLC driver driver Siemens SIMATIC S5 115U Siemens SIMATIC S5 135U Siemens SIMATIC S5 155U A communication processor CP is required to record data through a TCP IP network The fol lowing CPs are supported by this PLC driver Siemens CP1430 TCP VIPA CP143 TCP IP INAT S5 TCP IP 2 2 Recordable PLC addresses The following table shows the recordable addresses and the corre
7. rized with Siemens STEP 5 configuration software COM1430 TCP IP Go to COM1430 TCP IP in STEP 5 if you want to configure CP1430 TCP or de termine the settings 1 4 Installation TCP IP initialization Source C TCZHHRHDR IMNI COFFLINE gt Host Name ASCII gt H5 GE IP Address Cdec gt ei 168 288 1235 IP Address Chex gt CHASCS7B Default Gateway CASCII gt IP Address dec gt ei 168 288 1235 Hetmask Cdec gt Fig 1 3 Initialization of CP1430 Choose CP Init in menu Edit to determine the IP address of the CP You can select an IP ad dress here if you did not already configure the CP All settings must be transferred to the CP by choosing FD gt CP in menu Transfer 1 3 2 Create a transport connection Two transport connections with job type Fetch and Receive are necessary for data connec tion between PC and CP1430 These connections can be either of type RFC1006 ISO on TCP or TCP 1 3 2 1 Create an RFC1006 connection To create an RFC1006 connection choose Connections Transport Conn RFC1006 in menu Edit iake icih a n CERIT Transport Connection TGP RFC1LAB gt Source G TCZHBRDR IMNI COFFLINE gt SSNR offset AHR X i Job type JEFETCH Active passive ES Pa D H Head write V H TCP Keep Alive lt Y N gt 4 Humber of jobs per TSAP of i Transport addresses Loc parameters Rem parameters Hostname l IB MGE EREHE HAB m mn TSAP R86
8. rnet TCP IP possible It is important that you read through the driver addendum first before you use a PLC driver Please pay attention to the WARNINGS that advise you on possible dangers when using PLC ANALYZER pro WARNING Errors that may occur in the automated facility endangering humans or causing large scale material damage must be prevented by additional external precautions These precautions e g independent limit monitors mechanical interlocks must guarantee a safe operation even in the case of dangerous errors 1 1 Installation of PLC driver The PLC driver can be installed while PLC ANALYZER pro is operating Select PLC driver in the menu Extras In the window PLC driver click the button Add If the desired driver 1s not on the list you have to install a new driver via the License key management s user manual PLC ANALYZER pro 5 chapter 2 2 Installation With PLC ANALYZER pro you can load the same or different PLC drivers more than once You can for example acquire simultaneously signal data from two SIMATIC 55 which are connected to two different COM ports of the PC 1 1 1 Installing additional hardware If you have already connected your programming unit or your PC with the automation device via Ethernet TCP IP network usually nothing else must be done For connecting you PC to a TCP IP Ethernet network a normal network card can be used The PLC must be equipped with a suitable communication process
9. sponding address syntax Syntax Qx z QBx QWx QDx Ix z IBx IWx IDx Fx z FBx FWx FDx PWx Tx Cx yDLx Address type Output byte x bit z Output byte x Output word x Output double word x Input byte x bit z Input byte x Input word x Input double word x Flag byte x bit z Flag byte x Flag word x Flag double word x I O word x only input Timer x Counter x Left data byte x from DB y Example Q32 4 QB9 Qwl4 QD98 117 0 IB127 IWI12 ID124 F3 7 FB250 FW24 FD134 PW214 T2 C5 20DL15 2 2 Data acquisition Syntax Address type Example yDRx Right data byte x from DB y 2 DR53 yDWx Data word x from data block y I2DW5 yDDx Data double word x from DB y 27DDO yDXx Data word x from DX module y 22DXI5 Table 2 1 Address syntax SIMATIC S5 NOTE 35 The automation devices of the SIMATIC 55 family allow only byte oriented data acquisition PLC ANALYZER pro automatically converts a given bit address to a byte address All bits are available for display 2 3 Number of simultaneously recordable addresses Up to 1000 addresses can be recorded simultaneously The term address means a byte address The recording of a word or double word address results in capturing of 2 or 4 bytes respectively So 500 word addresses or 250 double word addresses can be recorded 2 4 Time behavior and particularities NOTE 353 Acquiring data with PLC ANALYZER pro results in a small increase in cycle time in the au
10. tomation device to the same manner as it happens with STEPS in the operating mode STAT VAR The intervals between scan transfers from the SIMATIC PLC to the computer are depending on the following items e CPU type e cycle time of PLC e Number and combination of recorded addresses Blocks for transfer are created Every block requires additional time For the SIMATIC 55 135U CPU928 the scan interval for a byte is approximately 30 ms 1 e for a cycle time 30 ms there is one scan for each cycle For a longer PLC cycle time data transfer is synchronized with the PLC cycle Data acquisition 2 3 For a shorter cycle time the computer does not obtain a scan for each cycle resulting in a partial loss of information This loss can be compensated by repeated measurements of the interesting signals Every additional requested byte of the same type leads to an insignificant increase of scan time only s Table 2 2 Scan times on SIMATIC S5 135U Every new address type leads to an in crease of scan time of 30 ms The following table exemplarily shows some values of time behaviour during acquisition Requested data Scan time 1 flag byte 30 ms 50 flag words 32 ms 100 flag words 33 ms 1 flag byte 1 output byte 61 ms 50 flag byte 50 data words 64 ms 10 flag words 10 data words 10 inputs 10 outputs 127 ms Table 2 2 Scan times on SIMATIC S5 135U
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