User Manual Vollmer Steady Control PLC/HMI
Contents
1. 5 2 1 8Reset Operated by administrators Notice Hardware reset of the axis Version 18964 9 31 VOIIMER Steady Control PLC HMI 5 2 2 Select Axes Enables movements with or without horizontal or vertical axis 5 2 3 State Displays the status of an axis as a short message Detailed information can be found in the Status sreen 5 2 4 Setpoint setting Can be operated when the preset data set is currently being used Enables the nominal size preset in one 1 percent steps Nominal size changes are directly taken over 5 2 5 Navigation setpoint setting By clicking the nominal size display the operating keys move to the Nominal Size Presets and to their respective axis 5 2 6 Selection roll set and actual roll set Operated in the manual mode In the automatic mode the customer interface makes the selection The selection of the roll set is done via the selection field Roll Set The taking over is completed by activating Roll Change The new roll set is then displayed as Current 5 2 7 Roll set name The roll set name is displayed in the Name field 5 2 8 Hand forward Operated in service mode Starts the movements forward of a single axis Version 18964 10 31 all Steady Control PLC HMI 5 3 Steady program EI SIMATIC WinCC flexible Runtime E ll x SIEMENS SIMATIC PANEL steady program Ge common ly progi 2 08 18 PM S roll set no v roll set na2. 5 2 2006 2 10 54 PM Connection Type DB Nr Offset Bit Data Type Format Status Value Control EE a Danger IN This screen is the same as the STEP 7 function Variable observe control Operation only via qualified personnel Further information is to be found in the corresponding Siemens System user manuals Version 18964 21 31 VOIIMER Steady Control PLC HMI 6 Customer Interface 6 1 Statesignals Vollmer gt Customer Adresse Datentyp Signal A 6 0 BOOL L nette 1 horiz hintere Endlage steady 1 horizontal rear limitposition A 6 1 BOOL L nette 1 horiz in Position steady 1 horizontal in position A 6 2 BOOL L nette 1 vertik hintere Endlage steady 1 vertical rear limitposition A 6 3 BOOL L nette 1 vertik in Position steady 1 vertical in position A 6 4 BOOL L nette 2 horiz hintere Endlage steady 2 horizontal rear limitposition A 6 5 BOOL L nette 2 horiz in Position steady 2 horizontal in position A 6 6 BOOL L nette 2 vertik hintere Endlage steady 2 vertical rear limitposition A 6 7 BOOL L nette 2 vertik in Position steady 2 vertical in position A 7 0 BOOL L nette 3 horiz hintere Endlage steady 3 horizontal rear limitposition A 7 1 BOOL L nette 3 horiz in Position steady 3 horizontal in position A 7 2 BOOL L nette 3 vertik hintere Endlage steady 3 vertical rear limitposition A 7 3 BOOL L nette 3 vertik in Position steady 3 vertica
3. Version 18964 17 31 VOIIMER Steady Control PLC HMI 5 7 5 Status Variable Operated by administrators Selection window Status Variable 5 7 6 Operating System Operated by administrators This function enables to switch to the operating system A detailed description can be found in the WinCC documentation Warning A If the HMI is changed to the operating system it is not possible to operate the HMI The control must be in a safe state before starting the calibration 5 7 7 Transfer Operated by administrators The transfer function switches the system to the transfer mode A detailed description can be found in the WinCC documentation Warning A If the HMI is in the transfer mode it is not possible to operate the HMI The control must be in a safe state before starting the calibration 5 7 8 Synchronize Time Operated by administrators The system time of the HMI and the PLC are hereby synchronized The PLC is presetted with the system time of the HMI 5 7 9 User Management Operated by administrators Selection screen User Management 5 7 10 Log On Off User It is possible to log on off users with the system This is required due to the fact that it is necessary to generate higher level operating rights The operator and password entry is to be acknowledged with the return key Logging on and off is done by pressing the corresponding button 5 7 11 Date Time In the navigation it is possible to ch
4. 2 2006 main menu 3 15 13 PM fault message The main menu enables navigation and to quit indicated fault messages Version 18964 7 31 all Steady Control PLC HMI 5 2 Steady common Kreta WinCC flexible Runtime BE iol x SIEMENS SIMATIC PANEL 5 2 2006 wal EL steady common mainmenu state program Logo 2 07 21 PM overview roll set be active 9 name j steady 1 horizontal e d i manual setpoint BA i forward vertical setpoint BB o fo Fault Fault Fault a eed ad This screen shows a system with 6 axes Systems with various number of axes according to this screen Version 18964 8 31 VOIIMER Steady Control PLC HMI 5 2 1 Operating conditions The operation of the system works in conjunction with the status of the settings i e automatic or manual mode The following chart shows the coherence whereby all conditions have to be fulfilled Adjust Axes Roll set off Service Start Stop back change Store Reset Hand 1 1 1 x 1 1 1 x Service 0 x 0 x x x x 1 Release Steadys x x 1 x x x x x Forward O off 1 on x irrrelevant 5 2 1 1Adjust off On Off 5 2 1 2Service On Off 5 2 1 3Start Starts the movement of the axis 5 2 1 4Stop Stops all axis 5 2 1 5Axes back Starts the movement back 5 2 1 6Roll set change Initializes a roll change 5 2 1 7Store Saves all the current data permanently to the selected data set
5. horizontal back forward in position setpoint vertical hack forward in position setpoint pre final position fault oo cee cee oo cee cee oo cee cee fault message Status provides an overview of the current system status A fault message is displayed in the status window as a blinking button Fault Message in the lower right corner of the screen The fault can be viewed or exited by selecting the Fault Message screen Version 18964 13 31 all Steady Control PLC HMI 5 5 VSS i sIMATIC WinCC flexible Runtime E 10 x SIEMENS SIMATIC PANEL 5 2 2006 3 mainmenu function control state operating mode TP270 Customer customer measuring off calibrate off fault message 5 5 1 Operating mode As command source for operating the TP270 HMI or the customer interface can be selected The selection is shown by the statedisplay 5 5 2 Measuring Operated by HMI mode The measuring can be switched on or off The state is shown in the display Enable the measuring also possible if the measuring device is not calibrated 5 5 3 Calibrate Operated by HMI mode Starts the calibration mode the state is shown in display If the check time is exceed and the check back signal is not recieved a fault message is displayed Version 18964 14 31 Steady Control PLC HMI 5 6 Faultmessage C SIMATIC WinCC flexible Runtime SIEMENS M Ino
6. your personal safety are highlighted in the manual by a safety alert symbol notices referring to property damage only have no safety alert symbol Danger IN indicates an imminently hazardous situation which if not avoided will result in death or serious injury Warning indicates a potentially hazardous situation which if not avoided could A result in death or serious injury Caution used with the safety alert symbol indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury Caution used without safety alert symbol indicates a potentially hazardous situation which if not avoided may result in property damage Notice used without the safety alert symbol indicates a potential situation which if not avoided may result in an undesirable result or state When several danger levels apply the notices of the highest level lower number are always displayed If a notice refers to personal damages with the safety alert symbol then another notice may be added warning of property damage 3 3 Qualified Personnel The device system may only be set up and operated in conjunction with this documentation Only qualified personnel should be allowed to install and work on the equipment Qualified persons are defined as persons who are authorized to operate the machine for whom this device is made for in accordance with established safety practices and standards Version 18964 4 31 AUS Ste
7. CT Version 18964 26 31 lp Steady Control PLC HMI Name Typ Anfangswert Kommentar Datensatz10 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 E END_STRUCT Datensatz11 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 5 Bemerkung STRING 80 i END_STRUCT Datensatz12 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H
8. Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 Bemerkung STRING 80 K END_STRUCT Version 18964 Steady Control PLC HMI TP 270 10 Version 18964 29 31 all Steady Control PLC HMI 8 Notes Version 18964 30 31 S teady Control PLC HMI Version 18964 31 31
9. Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 7 Bemerkung STRING 80 N END_STRUCT Version 18964 lp Steady Control PLC HMI Name Typ Anfangswert Kommentar Datensatz13 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 i END_STRUCT Datensatz14 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2_H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 Bemerkung STRING 80 END_STRUCT Datensatz15 STRUCT Sollwert 1 H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V
10. Steady Control PLC HMI User Manual Vollmer Steady Control PLC HMI Version 18964 1 31 VOIIMER Steady Control PLC HMI 1 Index tie ee a EE ee ee a EITHER PER 2 2 System Description eeeeesceeeeeseeeseeeenesececeneesneesseeenessaeeeeeesaeecaeecarecseesenesaeseaeeearesaneceesneeeeneeeaeees 3 2 1 Scope Of SUPPIY n na annehmen weve cds neh Eed ehdE deed egen 3 e E A 3 1 contents of the manual and limits 02 2 eceececeeecceeeeceeeceeeeeeeeeeeeeeeeaeeeeaeeecaeeeeseeeeseeeeseaeeeteneessaes 4 3 2 Safety Guidelines ceccccceeccceeecceeececeeeeeeeaceeseaeeeeaaeeseaceceaaeeseaeeeeeaeeecaeeesaeeeeeneeeseeeeseaeeeeeneeesass 4 3 3 Qualified Eeroonpnek use een hie 4 3 4 Intended US wissen eea ALi AEN aes 5 4 Ge MING Started EE 6 4 1 SYSTEM Start eee eee eeese eee eeaeeeaeeeeeeseeesaeeseaesaeeeaeesaeesaeesaaesaaeeeaeseaeeeseseeeseeseaeseaeeeneseneeeaees 6 4 2 Navigation and Operaton nennen aa 6 4 3 E Ee EE EE 6 TE EE H 5 Main EE 7 5 2 Steady COMMON EEN 8 5 2 1 Operating conditioNS us isanimega dae nae ne bei ace EE 9 5 2 2 Select AXCS ives seis eee Reet tts beach teaces urate rea deascdevateet teens aon SC 10 523 EE 10 5 2 4 Setpoint sefling 2 2 Ae hee NAR RA 10 5 2 5 Navigation Setpoint setting nennen nnnen nennen nn nn 10 5 2 6 Selection roll set and actual roll eet 10 52 7 ROMS name ease egene Dec 10 528 Hand tele le EE 10 5 8 Ee giele 11 5 3 1 Select Dat Set 2 22 enne
11. Steady Control PLC HMI 2 System Description The Vollmer PLC VISU steady control controlls the connected steadys and coordinate the data exchange to a higher level controller The visualization HMI enables the operation and displays the systems status Various data sets can be managed The nominal value data transfer with the steadys is done automatically The system consists manual and automatic mode In manual mode the steadys are operated by the HMI In automatic mode the steadys are operated by the higher level control Customer Interface The scope of supply is customised 2 1 Scope of supply Achsen Axes 6 Customerinterface Basic I O x Advanced UO Profibus Datens tze Dataset 15 Sprachen Languages German X Englisch X Italy French Optionen VSS Version 18964 3 31 VOIIMER Steady Control PLC HMI 3 General 3 1 contents ofthe manual and limits This manual describe the operating of an HMI visualization TP270 related to an Vollmer steady control Danger A Additional to this manual attention should by paid to the producer manual of company Siemens This is delivered by Vollmer with the documentation It is also possible to order the manual at Company Siemens 3 2 Safety Guidelines This manual contains notices which you should observe to ensure your own personal safety as well as to avoid property damage The notices referring to
12. ady Control PLC HMI 3 4 Intended Use Please note the following Warning IN This device and its components may only be used for the applications described in this technical description This product can only function correctly and safely if it is transported stored set up and installed correctly and operated and maintained as recommended Version 18964 5 31 VOIIMER Steady Control PLC HMI 4 Getting started 4 1 System Start After switch on the HMI TP270 starts automatically The runtime software is started and a connection to the PLC is generated The HMI displays the start up screen 4 2 Navigation and Operation The display is separated in three ranges The header as described in the navigation displays left side next to the Vollmer logo date and time system time of the TP270 Please also view the description of time settings and synchronize with the PLC The display name is shown in the middle of the header On the right side there are three function keys for navigation The footer as described in the navigation consists of eight function keys which enables certain functions depending on the range that is currently being used The middle of the screen is predominantly for the in and output elements 4 3 Arrangement See screen help Version 18964 6 31 VOIIMER Steady Control PLC HMI 5 Sreens 5 1 Main menu EH SIMATIC WinCC flexible Runtime RS 10 x SIEMENS SIMATIC PANEL wale 5
13. an ame anna een 12 5 3 2 Edit and Savis siinsesse oireina ta leroda aa aa aaa iso me 12 5 3 3 Delete E E E E E E A E EE 12 E RE 12 5 4 Steady state oo eee eiiiai EE eaa aaeei ieie eiae eoa a taai 13 pS OMS aces a che vtech tases FERN a A E 14 5 5 1 Operating ue 14 55 2 MGASUMING EE 14 55 3 ee 14 GE CN EE e EE 15 Meet ee id HL Re 16 5 7 1 Galibrate TOUCH sereen 2 u 2 uesen ae eaaa aia aae re ai aeaeaie a aaan 17 5 7 2 Clean touch 17 5 7 3 Change language 4 20 Has ALE es Ep 17 074 le 17 5 7 5 Status Vatable eee cceccececcceeecceeeeceececeeceaeeceeeeeaeeseeaeeecaceeseaeessaaeeseaeeeseaeeseaeeseeeeeseeeesas 18 5 7 6 Operating System ee eceesseeseeseeceeereneeeseeesneesaecnesaeeaeecaeecseesseersaeesaeeeaseeseesnessaeseareeas 18 57 1 WWANSTICR EE 18 57 8 Synehronize UE 18 5 7 9 User Management 18 5 7 10 Log OMO EE 18 57 11 Dated Time Niel ieee NAME UR eel eA selva 18 EEN EE 19 5 9 User administration ccccccccceccceecceeeeceeeeaeeceeececeeeeceneceaeeesneeseaeeesaeeseaeeeseaeeeeeeseseessaneeseas 20 a LEE 21 D Customer Interface sekunden nennen 22 6 1 Statesignals Vollmer zCustomer nennen nnet 22 6 2 Controlsignals Customer gt Vollmer 4 2244444404444004nnsnnnnnnnnnennnnnnnnnnnnnnnennnennnnenn 23 7 et een nennen energie nennen 24 fA Default Datasets ineine aaa LA Ea EEROR a 24 TE WEE 29 fi et deen eben Ee eege ee Ee Seege eege eng 30 Version 18964 2 31
14. ange the date and time Entries are to be acknowledged by pressing the return key If the format is not correctly inputted the old data is further used Version 18964 18 31 all Steady Control PLC HMI 5 8 Help E SIMATIC WinCC flexible Runtime E ll x SIEMENS SIMATIC PANEL 5 2 2006 i VOIMER 2 12 23 PM See Kaes push buttons input output display start switched off 123 active 123 output display rm input enabled input disabled log on user or log on user or on input disabled keep operating conditions keep operating conditions Self explanatory Version 18964 19 31 Steady Control PLC HMI 5 9 User administration Operated by administrators EH SIMATIC WinCC flexible Runtime SIEMENS OOK KKK OK 2K OK GE PLC User REKEN u Group 1 e teschner SOOO IOK Group 9 Fe ve Je Samen jo ne mm Tome s EEE Tr Seege ei peg The user management is a standard application of WinCC flexible With administrator rights it is possible to add additional users The general operation of the HMI is also possible without any rights Functions that require rights have been explained and marked in the user manual Further information of the user management can be found in the WinCC flexible manual Version 18964 20 31 lp 5 10State Operated by administrators Steady Control PLC HMI EILSIMATIC WinCC flexible Runtime BER SIEMENS SIMATIC PANEL
15. atum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 5 Bemerkung STRING 80 y END_STRUCT Datensatz2 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 H END_STRUCT Datensatz3 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 g Bemerkung STRING 80 a END_STRUCT Version 18964 24 31 lp Steady Control PLC HMI Name Typ Anfangswert Kommentar Datensatz4 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollw
16. een after the calibration process for the new calibration data to take effect 4 To discard the new calibration Wait 30 seconds until the counter reaches zero before rejecting the new calibration data If calibration is not performed correctly the new values are not accepted Warning A During calibration it is not possible to operate the HMI The control must be in a safe state before starting the calibration 5 7 2 Clean Touch The HMI can be cleaned when switched on and when operating normally if touchscreen input has been suppressed by means of an appropriately configured operating element Clean Screen After the Clean Screen function has been activated all input via the touchscreen operating elements is deactivated for a defined period of time The time remaining until the end of operating suppression is indicated by a progress bar Warning IN During cleaning it is not possible to operate the HMI The control must be in a safe state before starting the calibration Suppressing operating elements Only clean the screen during operation when Clean Screen is activated Note the end of operating suppression by the Clean Screen Otherwise incorrect operations may be initiated 5 7 3 Change language Various languages are stored within the system and can be selected by pressing the Change Language button After pressing the button numerous times the original language appears again 5 7 4 Help Selection of the help system
17. ert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 y Bemerkung STRING 80 i END_STRUCT Datensatz5 STRUCT Sollwert 1 H INT 0 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 i END_STRUCT Datensatz6 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 N END_STRUCT Version 18964 lp Steady Control PLC HMI Name Typ Anfangswert Kommentar Datensatz7 STRUCT Sol
18. l in position A 7 4 BOOL Freigabe ackknowlegde A 7 5 BOOL L netten in Service steadys in service A 7 6 BOOL VSS kalibrieren VSS calibrate A 7 7 BOOL VSS Messung ein VSS measuring on Version 18964 22 31 lp S teady Control PLC HMI 6 2 Controlsignals Customer gt Vollmer Adresse Signal E 5 0 Vor L netten 1 5 forward steady 1 5 E 5 1 Zur ck L netten 1 5 backward steady 1 5 E 5 2 Umkehrpunkt links turnaround left E 5 3 Umkehrpunkt rechts turnaround right E 5 4 Stop stop E 5 5 Daten g ltig data ok E 5 6 Automatik auto E 5 7 Datensatz Bit 0 select datarecord bit 0 E 6 0 Datensatz Bit 1 select datarecord bit 1 E 6 1 Datensatz Bit 2 select datarecord bit 2 E 6 2 Datensatz Bit 3 select datarecord bit 3 E 6 3 Reserve E 6 4 Reserve E 6 5 Reserve E 6 6 VSS Messen Ein Aus E 6 7 VSS Kalibrierwert setzen E 7 0 VSS Ist Kalibriert Version 18964 23 31 lp Steady Control PLC HMI 7 Appendix 7 1 Default Datasets Name Typ Anfangswert Kommentar Datensatz1 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V D
19. lwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 E END_STRUCT Datensatz8 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Speicherdatum DATE_AND_TIME DT 90 1 1 Speicherdatum 0 0 0 000 Walzentyp STRING 40 H Bemerkung STRING 80 i END_STRUCT Datensatz9 STRUCT Sollwert_L1_H INT 2 Sollwert_L1_H Sollwert_L1_V INT 2 Sollwert_L1_V Sollwert_L2 H INT 2 Sollwert_L2_H Sollwert_L2_V INT 2 Sollwert_L2_V Sollwert_L3_H INT 2 Sollwert_L3_H Sollwert_L3_V INT 2 Sollwert_L3_V Sollwert_L4_H INT 2 Sollwert_L4_H Sollwert_L4_V INT 2 Sollwert_L4_V Sollwert_L5_H INT 2 Sollwert_L5_H Sollwert_L5_V INT 2 Sollwert_L5_V Datum DATE D 1990 1 1 Datum Uhrzeit TIME_OF_DAY TOD 0 0 0 0 Uhrzeit Reserve INT 0 Walzentyp STRING 40 i Bemerkung STRING 80 END_STRU
20. me steady horizontal vertical comment record date 1 1 1999 12 00 00 PM fault message The program overview enables the viewing and editing of data sets It is to be noted that the settings are independent of the common screen as well as the current machine data If the data set is changed which is currently active in the common screen the changes are only valid after an explicit data set change In the appendix the default data sets are documented Version 18964 11 31 VOIIMER Steady Control PLC HMI 5 3 1 Select Data Set The selection can be done in the selection field Roll Set No or using the lt and gt keys 5 3 2 Edit and savings If a data set has to be changed it can be done by selecting Edit Nominal values can be selected in steps of one 1 percent In the field Roll set Name texts having a length of up to 40 characters and in the field Comments up to 80 characters can be made The data set is permanently stored when selecting Save 5 3 3 Delete Intialise the data set with the default value 0 5 3 4 Save Date With the command Save or Delete the current system time is used as the save date Version 18964 12 31 all Steady Control PLC HMI 5 4 Steady state ISIMATIC WinCC flexible Runtime E 15 x SIEMENS SIMATIC PANEL 5 2 2006 e program wal er steady state mainmenu common En Logo steady
21. time dte et boro Ee KSC Fault Message provides an overview of the current faults A current fault can be quit by pressing the Quit Fault button Version 18964 15 31 wal Steady Control PLC HMI 5 7 System Is designed for further operations of administrators Upon having administrator rights selections and buttons appear in the system window EH SIMATIC WinCC flexible Runtime j 15 x SIEMENS SIMATIC PANEL wales 5 2 2006 system mainmenu Loge 2 09 24 PM i i calibrate touch clean touch change language help TOUCH EE SIMATIC WinCC flexible Runtime 3 lol x SIEMENS SIMATIC PANEL was 5 2 2006 system mainmenu Loge 2 09 53 PM calibrate touch state clean touch operating system change language transfer help synchronise time user administration Version 18964 16 31 VOIIMER Steady Control PLC HMI 5 7 1 Calibrate Touch screen Depending on the installation position and viewing angle it is possible that a more or less strong parallax may occur when operating the touch panel screen In order to prevent resulting operating errors the screen can be calibrated during the start up phase and normal operation 1 Open the Calibrate Touch dialog 2 Five calibration crosses appear in succession on the screen Follow the instructions provided on the screen and touch the respective calibration cross 3 To apply the new calibration Touch any point on the scr
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