-
Level and Pressure Operating Instructions VEGACOM 558 Ethernet PC Ethernet 1 2 3 on 558 in out
-
Contents Contents Safety information ........................................................................ 2 Note Ex area ................................................................................ 2 1 Product description 1.1 Function ................................................................................. 4 1.2 Configuration ........................................................................ 4 1.3 Technical data .......................................................................
-
Contents 6 VEGACOM 558 as Modbus / TCP server 6.1 Storage of measured values when connected to DISBUS ........................................................ 23 6.2 Storage of contact inputs/outputs when connected to DISBUS ........................................................ 26 6.3 Storage of measured values when connected to LOGBUS ...................................................... 28 6.4 Storage of the contact outputs when connected to LOGBUS ....................................................
-
Product description 1 Product description 1.1 Function VEGAMET 500/600 VEGALOG CPU PC The VEGACOM 558 interface converter is used for conversion of VEGA-specific protocols of the DISBUS and LOGBUS into the TCP/IP protocol. It enables the connection of VEGA signal conditioning instruments VEGAMET series 500 and 600 and the VEGALOG 571 processing system, and through this, the connection of VEGA transmitters to an Ethernet network.
-
Product description 1.3 Technical data Power supply Operating voltage Power consumption Fuse Unom = 24 V AC (20 … 53 V), 50/60 Hz or = 24 V DC (20 … 72 V) approx. 4 VA 1 A, slow-blow Electrical connection Component Module in carrier BGT 596 or BGT LOG571 Housing type 505 multiple plug acc. to DIN 41 612, series F 48-pole (d, b, z) with coding holes suitable multipoint connector acc. to DIN 41 612 with connection via standard technologies via screw terminals max. 1 x 1.
-
Product description Ethernet interface on the front plate (mode 10BaseT) Interface standard Line impedance Cable type Wire cross-section No. of wires Max. transmission rate Coding Topology Max. segment length Plug version Frame-Format Ethernet (IEEE802.3) 100 Ohm +/– 15 % Ethernet-Patch cable category 5 (STP) 0.
-
Product description CE conformity VEGACOM 558 meet the protective regulations of EMC taking the following standard into consideration: Emission EN 61 326: 1997/A1: 1998 (class A) Susceptibility EN 61 326: 1997/A1: 1998 The protective regulations of the low voltage directive are fulfilled acc.
-
Mounting 2 Mounting Coding z b d a c o1o A mechanical coding system avoids later interchanging of various module cards in the carrier or in the housing type 505. o3o o5o o7o The coding system consists of: - two coded pins in the multipoint connector - two holes in the multiple plug of VEGACOM. o9o o11o c11 o13o o15o The coded pins are attached to the module (multipoint connector). The multipoint connector is equipped with the coded pins by the user according to the following illustrations.
-
Electrical connection 3 Electrical connection 3.1 Connection instruction 3.2 Wiring plan Safety information – Qualified personnel Instruments which are not operated with protective low voltage or DC voltage must only be connected by qualified personnel. This also applies to the configuration of measuring systems planned for Ex environment. As a rule, do all connecting work in the complete absence of line voltage. Always switch off the power supply before you carry out connecting work.
-
Communication with VEGACOM 4 Communication with VEGACOM 4.
-
Communication with VEGACOM Ethernet Ethernet (HTTP, FTP, Telnet, VVO, VV) PC Ethernet card Ethernet-Patch cable category 5 (STP) Ethernet 1 2 3 on on 558 571 CPU 571 EV VEGACOM 4.2 Adjustment software There are two ways to adjust VEGACOM 558 with the adjustment software VVO, either via the RS232 interface or via the Ethernet interface. In both cases, VVO version 2.80 or higher is necessary. For settings on VEGACOM 558 relating to certain internet services (e.g. web server, Mail-Client, etc.
-
Configuration of VEGACOM 558 5 Configuration of VEGACOM 558 The configuration of the instrument is done with the adjustment software VVO (VEGA Visual Operating), version 2.8 or higher, and can be realised via the standard serial interface or Ethernet connection. Connect VEGACOM 558 to the PC (as described in chapter "4.1 Ways to connect"). Start VVO and choose Planning. Enter in each of the following fields (name and password) vega and then choose mode Direct cable connection.
-
Configuration of VEGACOM 558 If necessary, confirm the following message (if VEGALOG or VEGAMET was already previously connected to VVO, another message appears) and wait until data transmission is finished. VVO now shows the connected instrument, in this case a VEGALOG with a VEGACOM 558 which is connected via the standard serial interface to the PC. Click to Configuration and to Measuring system.
-
Configuration of VEGACOM 558 Click in the following window to VEGACOM 558 and then the button Configuration (VEGACOM can, however, be located in other positions than shown here). The following image shows the configuration window of VEGACOM 558. By clicking different registers, all parameters of VEGACOM 558 can be reached.
-
Configuration of VEGACOM 558 5.1 Adjust communication mode with VVO During installation, VVO is set to "serial communication" (standard). For access via Ethernet to VEGACOM, VVO must be switched over. Click in the VVO main window to Configuration > Program > Communication. Choose in the window "Communication" TCP/IP. VVO searches the network for existing VEGACOMs and enters the result (IP addresses) in the list box. Then the requested VEGACOM can be selected out of the list.
-
Configuration of VEGACOM 558 5.2 IP address If the instrument is to be connected to the network, it must have an IP address for identification on the net. As default, VEGACOM 558 has IP address 192.168.200.200. Generally, the system administrator assigns a unique IP address for each network participant. To assign this address on VEGACOM 558, move to the configuration window of VEGACOM (here it doesn’t matter if a serial or a network connection exists). There you click the register Ethernet Port.
-
Configuration of VEGACOM 558 5.3 Connection via modem If VEGACOM 558 is to be adjusted via modem, you have to adjust the mode Modem (as shown in the following three images).
-
Configuration of VEGACOM 558 For modem operation, also note the settings in the configuration window of VEGACOM. As default, the modem initialisation is switched on and the baud rate is set to 9600. These settings relate to the local modem. For detailed information on modem operation, see operating instructions "Remote parameter adjustment".
-
Configuration of VEGACOM 558 5.4 VEGACOM 558 on DISBUS If VEGACOM 558 is operated in conjunction with VEGA signal conditioning instruments (e.g. VEGAMET 515, VEGAMET 614), it is a participant on the DISBUS. Max. 15 VEGAMETs can be connected to the DISBUS, in addition, two participants can be a VEGACOM 558.
-
Configuration of VEGACOM 558 5.5 Real time clock Since VEGACOM 558 can send time-controlled emails, the current time must be available. In the CPU card of VEGALOG 571 there is a batterybuffered real time clock which is used by VEGACOM. In the illustrated configuration window, you can set time and date manually or they can be transferred with the button PC system time from the PC to the RAM memory of the CPU card. With Save, the time is permanently saved and and remains even in case of mains failure.
-
Configuration of VEGACOM 558 5.6 Activate password protection To avoid unauthorised access to VEGACOM 558 and the connected processing systems VEGALOG or VEGAMET, they can be protected by a password. Especially when VEGACOM is adjusted via network and is therefore accessible to each network participant, it can be important to preclude unauthorised adjustment. Click to Configuration > Measuring system, in the window "Configuration Measuring system" you click to the VEGACOM 558 and then to Access protection.
-
Configuration of VEGACOM 558 In the following window, you have to choose Activated and enter a password for access with VVO as well as with VV (adjustment software Visual VEGA). Then Save the setting. However, the access protection is not yet activated, and only with the next VVO start (and with switch-over of the communication mode from standard to network and vice versa) will you be asked to enter the password.
-
Data image in VEGACOM 558 6 VEGACOM 558 as Modbus / TCP server VEGACOM 558 collects measured values of the VEGAMET 513, 514, 515 and 614 signal conditioning instruments (via DISBUS) or VEGALOG 571 (via LOGBUS) and stores them temporarily for collection via MODBUS / TCP. The way the measured values are stored in the temporary storage of VEGACOM 558 for the higher-priority processing system depends on the selected configuration. It depends on whether VEGACOM 558 is connected to DISBUS or LOGBUS.
-
Data image in VEGACOM 558 If the entry "DCS 1 from MET 1-15, …" is activated, the measured values will be grouped acc. to DCS indices or channels. all DCS outputs with index =1 Addressing of measured values when connected to DISBUS With grouping acc.
-
Data image in VEGACOM 558 Grouping acc.
-
Data image in VEGACOM 558 6.2 Storage of contact inputs/outputs when connected to DISBUS Beside the previously described measured values, it is also possible to transmit switching conditions of the VEGAMET 513, 514 and 515 signal conditioning instruments via VEGACOM 558. This particularly includes: - status of the contact inputs (key switch position, etc.
-
Data image in VEGACOM 558 Addressing of the switching conditions when connected to DISBUS Register address in Modicon Temporary memory in VEGACOM 558 1 BIT 10001 Input contact 2 10002 Input contact 1 10003 reserved 10004 reserved 10005 reserved 10006 reserved 10007 reserved Status of inputs Status: Inputs 10009 Relay contact 1 10010 Relay contact 2 10011 Fail safe relay 10012 reserved 10013 reserved 10014 reserved 10015 reserved 10016 Status: Outputs 10017 Input contact
-
Data image in VEGACOM 558 6.3 Storage of measured values when connected to LOGBUS The addressing of measured values for Modbus systems is "word-oriented". In VEGACOM 558, a measured value is represented by two words, whereby the first word includes the real measured value, the next higher word the associated status information. In the standard, the term "register word” is also used instead of the term "word”. The addressing is done via existing library calls of a PLC (e.g. Modicon).
-
Data image in VEGACOM 558 Addressing of measured values when connected to LOGBUS The measured value image when connected to LOGBUS is always sorted acc. to the DCS outputs, the following illustration shows the addressing of the temporary memory via Modbus.
-
Data image in VEGACOM 558 6.4 Storage of the contact outputs when connected to LOGBUS Beside the previously described measured values, it is also possible to transfer switching conditions of the VEGALOG 571 processing system via VEGACOM 558.
-
Data image in VEGACOM 558 Addressing of the output status when connected to LOGBUS The image of the output status when connecting to VEGALOG is always sorted acc. to the module numbers of the output cards, the following illustration shows the addressing of the temporary memory via Modbus.
-
Format for transfer of measured values 6.5 Format for transfer of measured values Measured values and DCS values The measured values of the VEGA processing systems (VEGAMET or VEGALOG) connected to VEGACOM 558 are imaged on the input registers of Modicon 584 as described in chapter 6.1 and 6.3. In VEGACOM 558, they are available for collection as so-called DCS values. One DCS value covers two register addresses, this means that it consists of two double words, i.e. 4 bytes.
-
VEGACOM 558 as web server 7 VEGACOM 558 as web server 7.1 VEGACOM in the Internet In this document, the function of VEGACOM 558 as web server within the company network is described. If the Internet can be accessed from the company network, VEGACOM can also function as web server in the "World Wide Web". The necessary steps are not part of this document and will be generally done by the system administrator. 7.
-
VEGACOM 558 as web server The html file is configured such that all existing measurement loops, sorted according to measurement loop names, are automatically displayed (splitting in several pages, switching over via the navigation board below the measured value tables). By clicking the link Measured values (No.) the measurement loops will be sorted according to the number of the DCS output. The html file, however, is not accessible and cannot be modified.
-
VEGACOM 558 as web server 7.3 Network settings Like with the adjustment software VVO, the IP address, sub net mask, host name1) and Name-Server addresses of VEGACOM 558 can be also modified with the Internet browser. An IP address must be assigned beforehand to VEGACOM so that it can be identified on the network (IP address set as default: 192.168.200.200). 1) Approved are alphanumierc characters and stroke. Do not use special characters.
-
VEGACOM 558 as web server Subnets with VEGACOM 558 For the use of subnet masks with VEGACOM 558, the same rules as for any Ethernet host apply. A host only processes telegrams whose destination addresses have full compliance with their own subnet. A specific subnet is determined by its own IP address and the subnet mask. By AND linking of IP address and subnet mask, you will get the appropriate subnet. In other words, all bit positions of the subnet mask set at "1", determine the NetID, i.e. the subnet.
-
VEGACOM 558 as web server DNS by means of VEGACOM 558 If an application on a host (with VEGACOM 558 e.g. the Mail Client or PING in TELNET window) tries to call another network participant with its host name, the enquiring computer first has to know the IP address of the destination computer. The following steps are carried out: Step 1: The enquiring computer (VEGACOM 558) first asks via an ARP enquiry for the MAC address of the entered DomainNameServers in the network.
-
VEGACOM 558 as web server Determine standard gateway for VEGACOM 558 From Rev. 1.10, VEGACOM 558 supports gateways or routers, whereby these must be accessible within the subnet with regard to their IP address. This means: If a gateway address is entered in VEGACOM 558 which does not fit the network address and the subnet, VEGACOM 558 will deactivate the gateway support. Function: If a gateway address unequal 0 is entered in VEGACOM 558, the gateway functionality will be activated.
-
VEGACOM 558 as web server 7.4 Web server settings Here you can adjust the updating intervals of the html page. The empty field can be used for a file created by yourself (see chapter "8 Your own html documents"). The field list then always extends itself by one new position by pushing the button "Save list". If you open a file entered into the list via an Internet browser, the browser will call up this page cyclically acc. to the set updating period. 7.
-
VEGACOM 558 as web server You must then define the mail recipients1) (in the field "email address”). Any weekday or exact daily time can be entered as transmission time. Instead of the entered documents val_name.htm , your own file can also be sent, e.g. layouts/val_name.htm (see chapter "8 Your own html documents"). If you want to send text files instead of the html file by email, you can enter as attachment document var/pls.csv.
-
VEGACOM 558 as web server - rel.csv: Includes the switching status of all relay outputs or contact inputs (only with VEGAMET) of the measurement loop including all card numbers for VEGALOG or DISBUS addresses for VEGAMET configured in the VEGA processing system connected to VEGACOM 558. Example plot on VEGALOG: #VERSION: 1.0 #FROM: COM558_Mast #DATE: 05.07.
-
VEGACOM 558 as web server In the following window, you can enter and then send immediately the email address, a text and an attached file. 7.6 Language of VEGACOM 558 With the selection of the language (German or English), not only the language of the screen user interface is modified. An important consequence of changing the language is the calling up of a different html page. With the language English, VEGACOM displays the file http:// xxx.xx.x.xxx/Index_uk.
-
VEGACOM 558 as web server 7.7 Real time clock Since VEGACOM 558 can send time-controlled emails, the current time must be available. There is a battery-buffered real time clock in the CPU of VEGALOG 571 which is used by VEGACOM. In the illustrated configuration window, time and date can be adjusted manually and transferred to the RAM memory of the CPU card. With Save, the time will be permanently implemented and remains even in case of mains failure.
-
VEGACOM 558 as web server 7.8 User Management The web server of VEGACOM 558 enables the user to read out all measured values of the level measuring system, or to spy on them, so to speak to. In addition, fundamental configurations such as authentication, mailing lists etc. can be modified. To avoid inadvertent or deliberate manipulation of the data bank of VEGACOM 558, the web service must be protected against unauthorised access.
-
VEGACOM 558 as web server 7.8.1 Factory setting VEGACOM 558 is factory set to user management = Off. If the user management is activated for the first time (see chapter "7.8.2 User management On/Off"), two users are preconfigured (delivery status). User Password Group ADMIN VEGA ADMIN VEGA ADMINISTRATOR PROJEKTIERER 7.8.2 User management On/Off As a standard feature, VEGACOM 558 is delivered with status "User management = INACTIVE".
-
VEGACOM 558 as web server 7.8.3 Assignment of users to user groups When the page "User management" is called, VEGACOM 558 automatically generates a complete list of currently defined users. Beside the existing users, the assigned user groups will also be listed automatically.
-
VEGACOM 558 as web server 7.8.4 Directories/Areas When the page "User management" is called, VEGACOM 558 automatically generates a complete list of the current directories in the RAM disk of VEGACOM 558. Beside the existing directories, the assigned user groups will also be listed. Modify With the button "Modify Modify", available for each entry, the assignment of the user group, and therefore user authorisation, can be modified.
-
VEGACOM 558 as web server 7.8.5 Selectable user groups and their access authorisation To give the operator of a VEGA measuring system (in conjunction with VEGACOM 558) the ability to transmit selective information to certain subcontractors or company staff, there must be an option for user-dependent access control. The following user groups are preset in VEGACOM 558. The administrator can assign any user to hte first eight. All users assigned e.g.
-
VEGACOM 558 as web server The administrator must determine in the configuration which directories, if any, the user groups PLANNING to USER GROUP 5 will have access to (especially in the areas of customer-specific web pages. A possible version is shown in the illustration. Group "NO ACCESS" Users assigned to the group "NO ACCESS" have no access authorisation. This status corresponds to "Deactivation of a user".
-
VEGACOM 558 as web server The correlation between directory hierarchy and user groups is shown in the diagram on the left. Administrator Planning root vega Maintenance deutsch process config Maintenance english If the preset structures are used for "customized-Sites", the planning engineer can also control the user authorisation for the "customised area" by means of a hierarchical system. The authorisation a user group has is automatically passed on to hierarichally "lower" directories.
-
Your own html documents 8 Your own html documents To show the predefined web pages of VEGACOM with an Internet browser, the IP address of VEGACOM 558 must be stated in the browser: http://xxx.xx.x.xxx = IP address The browser then calls up the following html file (start page): http://xxx.xx.x.xxx/vega/deutsch/process/index.htm The directory VEGA with the html files is not visible and cannot be modified. In the configuration window of VEGACOM 558, there is an additional directory called Layouts.
-
Your own html documents 8.1 Transfer html files To reach the directory "Layouts", you have to go with VVO to the configuration window of VEGACOM 558. Click to Configuration, Measuring systems. Click in the following windows to VEGACOM 558, then the button Configuration.
-
Your own html documents In the following window, you click to Files, then double click the directory Layouts (left side of the window). The files in the layout directory appear. To transfer these files to the PC, you first have to select a destination directory (right side of the window). Then choose the files (left side). Finally click to the "arrow to the right".
-
Your own html documents You now find the directory with the copied files on your PC. These files can be processed according to your requirements and retransferred to VEGACOM. If you leave the names of the new files unchanged and define the directory "Layouts" as destination when retransferring to VEGACOM, the old VEGACOM files will be overwritten. It is a good idea to create a new destination directory in VEGACOM.
-
Your own html documents Transferring files from PC to VEGACOM works the same as vice versa. First of all, choose on the left side of the window the VEGACOM destination folder by double clicking, then on the right side of the window the html files and then click to the "arrow to the left". Note: After transfer, the files are only available in the operating memory of VEGACOM. After pushing the button Save the files are written in the hardware memory (flash-disk) of VEGACOM.
-
Your own html documents 8.2 Structure of html files - According to the MS-DOS convention, file names must consist of max. eight characters and three-digit extension. - If only a path name (without file name) is stated in the URL when calling up VEGACOM, start page INDEX.HTM must be stated. - It is also possible to integrate graphics. The formats gif and jpg are supported. The following example is a very simple html document (MESS_RUF.HTM), but it is sufficient as an example of general structure.
-
Your own html documents html file in source code
table of readings (arranged by name)
| measurement loop | no.
-
Your own html documents 8.3 Key words for output in html files To display the measured values via a web browser, VEGACOM knows a set of key words. Depending on whether the user wants to call up the measured values in the form of lists and tables or only individual measuring results on his page or within a context, two different categories of key words are available.
-
Your own html documents ?key_list_output(n-m)? Index (DCS output) ?key_list_value? Value (DCS output) ?key_list_dim? Unit (DCS output) 1) 2) ?key_list_output(n-m)? stands for listing of all indices of the DCS values within the limits "n" to "m". Examples: ?pls_output(115)? or ?pls_output(16-30)?: 1) 2) Measured value which should be transferred to a DCS system. ?key_list_value? adds the appropriate measured value to a previously defined tag or DCS output within a list or table.
-
Your own html documents ?key_ ?key_tag[]? Measurement loop designation ?key_ ?key_tag[]? stands for the output of a short designation of the measurement loop specified by the DCS output. ?key_tag[x]? delivers the tag name belonging to DCS output x. ?key_tag[]? delivers the tag name belonging to the DCS output specified in one of the previous key words. ?key_ ?key_output[]? Measurement loop designation ?key_ ?key_output[]? stands for the output of a DCS output.
-
Diagnosis 9 Diagnosis LED (Ethernet) - flashes green, if there is a connection to Hub or another bus participant LED (1) - lights green, while data are written in the memory (Flash) of VEGACOM PC LED (2) - lights green during connection to LOGBUS LED (3) - lights green during connection to DISBUS Green LED (Ethernet): lights with bus activity Ethernet 1 2 3 Green LEDs: show LOGBUS/DISBUS connection Red LED: flashes or lights in case of failure on 558 VEGACOM 558 Ethernet LED (!) - LED flashes: no
-
Supplement A Supplement A Register word address VEGALOG in Modicon 62 Complete overview of the process image of measured values in VEGACOM 558: Sorting acc. to VEGAMET Sorting acc. to channels / DCS indices VEGAMET 513 514, 515, 614 VEGAMET 513 514, 515, 615 30.001 DCS 1 - - 30.003 DCS 2 - DCS1 MET1 30.005 DCS 3 - DCS1 MET2 30.007 DCS 4 - DCS1 MET3 30.009 DCS 5 - DCS1 MET4 30.011 DCS 6 - DCS1 MET5 30.013 DCS 7 - DCS1 MET6 30.015 DCS 8 MET1 DCS1 DCS1 MET7 30.
-
Supplement A Register word address VEGALOG in Modicon Sorting acc. to VEGAMET addresses Sorting acc. to channels / DCS indices VEGAMET 513 514, 515, 614 VEGAMET 513 514, 515, 614 DCS3 MET12 30.089 DCS 45 MET6 DCS3 30.091 DCS 46 MET6 DCS4 DCS3 MET13 30.093 DCS 47 MET6 DCS5 DCS3 MET14 30.095 DCS 48 MET6 DCS6 DCS3 MET15 30.097 DCS 49 MET6 DCS7 - 30.099 DCS 50 MET7 DCS1 DCS4 MET1 30.101 DCS 51 MET7 DCS2 DCS4 MET2 30.103 DCS 52 MET7 DCS3 DCS4 MET3 30.
-
Supplement A Register w ord address VEGALOG in Modicon 64 Sorting acc. to VEGAMET addresses Sorting acc. to channels / DCS indices VEGAMET 513, 514, 515, 614 VEGAMET 513 514, 515, 614 30.179 DCS 90 MET12 DCS6 DCS6 MET9 30.181 DCS 91 MET12 DCS7 DCS6 MET10 30.183 DCS 92 MET13 DCS1 DCS6 MET11 30.185 DCS 93 MET13 DCS2 DCS6 MET12 30.187 DCS 94 MET13 DCS3 DCS6 MET13 30.189 DCS 95 MET13 DCS4 DCS6 MET14 30.191 DCS 96 MET13 DCS5 DCS6 MET15 30.193 DCS 97 MET13 DCS6 - 30.
-
Supplement A Register w ord address VEGALOG in Modicon Sorting acc. to VEGAMET Sorting acc. to channels / DCS indices VEGAMET 513 514, 515, 614 VEGAMET 513 514, 515, 614 30.269 DCS 135 - - 30.271 DCS 136 - - 30.273 DCS 137 - - 30.275 DCS 138 - - 30.277 DCS 139 - - 30.279 DCS 140 - - 30.281 DCS 141 - - 30.283 DCS 142 - - 30.285 DCS 143 - - 30.287 DCS 144 - - 30.289 DCS 145 - - 30.291 DCS 146 - - 30.293 DCS 147 - - 30.295 DCS 148 - - 30.
-
Supplement A Register w ord address VEGALOG in Modicon 66 Sorting acc. to VEGAMET addresses Sorting acc. to channels / DCS indices VEGAMET 513, 514, 515, 614 VEGAMET 513 514, 515, 614 30.359 DCS 180 - - 30.361 DCS 181 - - 30.363 DCS 182 - - 30.365 DCS 183 - - 30.367 DCS 184 - - 30.369 DCS 185 - - 30.371 DCS 186 - - 30.373 DCS 187 - - 30.375 DCS 188 - - 30.377 DCS 189 - - 30.379 DCS 190 - - 30.381 DCS 191 - - 30.383 DCS 192 - - 30.
-
Supplement A Register w ord address VEGALOG in Modicon Sorting acc. to VEGAMET addresses Sorting acc. to channels / DCS indices VEGAMET 513 514, 515, 614 VEGAMET 513 514, 515, 614 30.449 DCS 225 - - 30.451 DCS 226 - - 30.453 DCS 227 - - 30.455 DCS 228 - - 30.457 DCS 229 - - 30.459 DCS 230 - - 30.461 DCS 231 - - 30.463 DCS 232 - - 30.465 DCS 233 - - 30.467 DCS 234 - - 30.469 DCS 235 - - 30.471 DCS 236 - - 30.473 DCS 237 - - 30.475 DCS 238 - - 30.
-
Supplement A Supplement B Complete overview of the process image of switching status in VEGACOM 558: VEGALOG Register bit address in Modicon 68 Module no. VEGAMET 513, 514, 515, 614 No. of output DISBUS address Status / Sw itching status 10.001 #1 Output contact 9 VEGAMET #1 Input contact 2 10.002 #1 Output contact 10 VEGAMET #1 Input contact 1 10.003 #1 - VEGAMET #1 - 10.004 #1 - VEGAMET #1 - 10.005 #1 - VEGAMET #1 - 10.006 #1 - VEGAMET #1 - 10.
-
Supplement B VEGALOG Register w ord address VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.045 #3 Output contact 5 VEGAMET #3 - 10.046 #3 Output contact 6 VEGAMET #3 - 10.047 #3 Output contact 7 VEGAMET #3 - 10.048 #3 Output contact 8 VEGAMET #3 Status of outputs 10.049 #4 Output contact 9 VEGAMET #4 Input contact 2 10.050 #4 Output contact 10 VEGAMET #4 Input contact 1 10.051 #4 - VEGAMET #4 - 10.
-
Supplement B VEGALOG Register w ord address 70 VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.090 #6 Output contact 2 VEGAMET #6 Relay contact 2 10.091 #6 Output contact 3 VEGAMET #6 Fail safe relay 10.092 #6 Output contact 4 VEGAMET #6 - 10.093 #6 Output contact 5 VEGAMET #6 - 10.094 #6 Output contact 6 VEGAMET #6 - 10.095 #6 Output contact 7 VEGAMET #6 Status of outputs 10.
-
Supplement B VEGALOG Register w ord address in Modicon Module no. VEGAMET 513, 514, 515, 614 No. of output DISBUS address Status / Sw itching status 10.135 #9 - VEGAMET #9 - 10.136 #9 Status: Card VEGAMET #9 Status of inputs 10.137 #9 Output contact 1 VEGAMET #9 Relay contact 1 10.138 #9 Output contact 2 VEGAMET #9 Relay contact 2 10.139 #9 Output contact 3 VEGAMET #9 Fail safe relay 10.140 #9 Output contact 4 VEGAMET #9 - 10.141 #9 Output contact 5 VEGAMET #9 - 10.
-
Supplement B VEGALOG Register w ord address 72 VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.180 #12 - VEGAMET #12 - 10.181 #12 - VEGAMET #12 - 10.182 #12 - VEGAMET #12 - 10.183 #12 - VEGAMET #12 - 10.184 #12 Status: Card VEGAMET #12 Status of inputs 10.185 #12 Output contact 1 VEGAMET #12 Relay contact 1 10.186 #12 Output contact 2 VEGAMET #12 Relay contact 2 10.
-
Supplement B VEGALOG Register w ord address in Modicon Module no. 10.225 10.226 VEGAMET 513, 514, 515, 614 No. of output DISBUS address Status / Sw itching status #15 Output contact 9 VEGAMET #15 Input contact 2 #15 Output contact 10 VEGAMET #15 Input contact 1 10.227 #15 - VEGAMET #15 - 10.228 #15 - VEGAMET #15 - 10.229 #15 - VEGAMET #15 - 10.230 #15 - VEGAMET #15 - 10.231 #15 - VEGAMET #15 - 10.232 #15 Status: Card VEGAMET #15 Status of inputs 10.
-
Supplement B VEGALOG Register w ord address 74 VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.270 #17 Output contact 6 - - 10.271 #17 Output contact 7 - - 10.272 #17 Output contact 8 - - 10.273 #18 Output contact 9 - - 10.274 #18 Output contact 10 - - 10.275 #18 - - - 10.276 #18 - - - 10.277 #18 - - - 10.278 #18 - - - 10.279 #18 - - - 10.280 #18 Status: Card - - 10.
-
Supplement B VEGALOG Register w ord address VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.315 #20 Output contact 3 - - 10.316 #20 Output contact 4 - - 10.317 #20 Output contact 5 - - 10.318 #20 Output contact 6 - - 10.319 #20 Output contact 7 - - 10.320 #20 Output contact 8 - - 10.321 #21 Output contact 9 - - 10.322 #21 Output contact 10 - - 10.323 #21 - - - 10.324 #21 - - - 10.
-
Supplement B VEGALOG Register w ord address 76 in Modicon Module no. 10.360 10.361 VEGAMET 513, 514, 515, 614 No. of output DISBUS address Status / Sw itching status #23 Status: Card - - #23 Output contact 1 - - 10.362 #23 Output contact 2 - - 10.363 #23 Output contact 3 - - 10.364 #23 Output contact 4 - - 10.365 #23 Output contact 5 - - 10.366 #23 Output contact 6 - - 10.367 #23 Output contact 7 - - 10.368 #23 Output contact 8 - - 10.
-
Supplement B VEGALOG Register w ord address VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.405 #26 - - - 10.406 #26 - - - 10.407 #26 - - - 10.408 #26 Status: Card - - 10.409 #26 Output contact 1 - - 10.410 #26 Output contact 2 - - 10.411 #26 Output contact 3 - - 10.412 #26 Output contact 4 - - 10.413 #26 Output contact 5 - - 10.414 #26 Output contact 6 - - 10.
-
Supplement B VEGALOG Register w ord address in Modicon 78 VEGAMET 513, 514, 515, 614 Module no. No. of output DISBUS address Status / Sw itching statu 10.450 #29 Output contact 10 - - 10.451 #29 - - - 10.452 #29 - - - 10.453 #29 - - - 10.454 #29 - - - 10.455 #29 - - - 10.456 #29 Status: Card - - 10.457 #29 Output contact 1 - - 10.458 #29 Output contact 2 - - 10.459 #29 Output contact 3 - - 10.460 #29 Output contact 4 - - 10.
-
Supplement B Register w ord address VEGALOG VEGAMET 513, 514, 515, 614 in Modicon Module no. No. of output DISBUS address Status / Sw itching status 10.495 #31 Output contact 7 - - 10.496 #31 Output contact 8 - - 10.497 #32 Output contact 9 - - 10.498 #32 Output contact 10 - - 10.499 #32 - - - 10.500 #32 - - - 10.501 #32 - - - 10.502 #32 - - - 10.503 #32 - - - 10.504 #32 Status: Card - - 10.505 #32 Output contact 1 - - 10.
-
VEGA Grieshaber KG Am Hohenstein 113 D-77761 Schiltach Phone (07836) 50-0 Fax (07836) 50-201 E-Mail info@de.vega.com www.vega.com ISO 9001 The statements concerning scope of delivery, application, practical use and operating conditions of the sensors and processing systems correspond to the latest information at the time of printing. Technical data subject to alterations 2.
|
