2500-RBC Profibus Remote Base Controller
Contents
1. 4 2 3 Unpacking the 2 m 4 2 4 Configuring the 2 0 42222 40 0 5 Setting the Module Option Switches 5 Setting the Output State on Communications Loss 9 Setting Software Parameters in WorkShop or Com Profibus 10 Configuring the Remote Base in WorkShop or Com Profibus 10 Exporting a Binary Configuration File from Com Profibus 10 Merging the Configuration File into the Profibus Master 10 2 o9 PHYSICA Ala 10 2 6 Connecting the Profibus Cable 2 4 44000 000 11 UAC E tence wer UPIELU CUPIS EP SE Pres c AS DUE Uc IN CN Usu IUS INCDUS 12 2 8 Base Mismatch Handling in the 2500 12 2 9 Differences Between the 2500 RBC and the 505 6870 13 ZEN DANOS OS ENTM 13 Status Words 13 Diagnostic Bytes from the 2500 RBC 14 CHAPTER 3 SETTING UP THE 2500 RBC USING WORKSHOP OR COM PROFIBUS ra 17 VN al DE T uu IE m 17 3 2 Startup Com Profibus 17 3 3 Import the 2500R gsd file into Com Profibus sues 18 3 4 Set Bus 19 3 5 Ad2. 2531 3200 Form Relay CTI 2532 1600 Form Re 7x555 2534 8D0 Form C Rel x 2550 84 Iso Analog In 2551 8 Iso T C In 2552 8 Iso RTD In 2554 CH Hi Speed Counter 2500 RBC Profibus RBC Ga 200 Ga 1 0 anc Next press OK to exit the Configure screen and to exit the Slave Properties screen 3 8 Save the Profibus Configuration and Export the Binary File Make sure the Master is highlighted as show below by clicking on it then use File Save to save your project Then use Export Binary File to export a binary file for merging into the PLC Save the file in a place where you can access it later with Workshop or TISOFT CTI 2500 RBC Installation and Operation Guide V1 2 25 PROFIBUS COMPro1 Sar SIMATIC 545 1104 TET Daster Kial CTI 2577 Profibus Slav ET200B 200 ET200L ET 200M 2005 j 2000 200 lt 2500 RBC Profibus RBC 3 9 Merge the Binary File in Workshop Next start Workshop and go online with your PLC 505 WorkShop 505Program1 File Edit View Program Diagnostics PLC Utilities Options Window Help al Bees E v miele 0 0 Ed Special L 8 Processor Information 21 SIMATIC 555 Total System Memory Kbytes Ladder Kb Configured Memory K
3. 2500 PROFIBUS REMOTE BASE CONTROLLER INSTALLATION AND OPERATION GUIDE Version 1 2 CTI Part 062 00364 012 2500RBCIOG 080309 Copyright 02005 Control Technology Inc All rights reserved This manual is published by Control Technology Inc 5734 Middlebrook Pike Knoxville TN 37921 This manual contains references to brand and product names which are tradenames trademarks and or registered trademarks of Control Technology Inc Siemens and Simatic are registered trademarks of Siemens AG Other references to brand and product names are tradenames trademarks and or registered trademarks of their respective holders DOCUMENT DISCLAIMER STATEMENT Every effort has been made to ensure the accuracy of this document however errors do occasionally occur CTI provides this document on an is basis and assumes no responsibility for direct or consequential damages resulting from the use of this document This document is provided without express or implied warranty of any kind including but not limited to the warranties of merchantability or fitness for a particular purpose This document and the products it references are subject to change without notice If you have a comment or discover an error please call us toll free at 1 800 537 8398 or email us at sales controltechnology com V1 0 V1 1 V1 2 V1 21 08 03 09 Corrected Profibus cable impedance typo on p 30 from 135 to 35
4. 505 SIMATIC 545 1104 505 SIMATIC 555 1103 505 SIMATIC 555 1104 505 SIMATIC 575 2104 505 ASx88 TM 5412 42 CP 5613 CP 5614 CP 5x11 Default Master 308 C 180 Master 180 V3 Master 55 950 DP Master SIMADYN D 5552 pP Slave S 5 FMS Master FMS FMS Station Then click Properties to set properties for this master CTI 2500 RBC Installation and Operation Guide V1 2 21 5412 CP 5513 CP 5x11 Default IM 308 C IM180 IM180 V 55 950 DP Slave Fri FMS Master FMS FMS Station 545 1104 Now enter the Profibus address for this master and a station name Press OK when finished Next add the 2500 RBC to the system Go to the DP Slave I O CTT list and find the 2500 RBC a COM PROFIBUS COMPro1 OF DP Slave Control Drives 280 Encoder 28 Gateways General yj ET200L ET200M 2005 ET200U 200 22 SIMATIC 545 1104 CTI 2500 RBC Installation and Operation Guide V1 2 3 6 Add the 2500 RBC to the System Click on the 2500 RBC and drag it into the graphics window DP Master A Control Drives Encoder Gateways 1 SIMATIC 545 1104 200 200 ET200L ET200M 2005 i 2000 2500 RBC Profibus RBC ET200x 3 7 Con
5. NOTE The 2500 RBC ships with the FREEZE jumper in the OFF setting NOTE If the jumper JP1 is missing from the board the 2500 HBC defaults to the OFF setting For discrete output modules the state of the outputs is determined solely by the position of the Off Freeze jumper JP1 on the 2500 RBC For analog word output modules the state of the outputs is influenced not only by the position of the Off Freeze jumper but by the output module s Zero Hold Last Value selection if the module has that option See the table below Selection Zero Hold Selection State see the user manual of your analog word output module for details Notice that the Freeze option on the RBC overrides the Zero selection on the analog word output module likewise when Hold Last Value is selected on the analog word output module that selection overrides the option on the RBC jumper CTI 2500 RBC Installation and Operation Guide V1 2 9 Setting Software Parameters WorkShop or Com Profibus The 2500 RBC has parameters that are specified using the Com Profibus configuration utility software Refer to the Chapter 3 for information about using Com Profibus The paragraphs below describe the parameters used to set up the 2500 RBC The Discrete I O Interval parameter defines the rate in milliseconds at which the 2500 RBC updates I O modules This parameter specifies the minimum time between updates of the discrete I O modules Valid values are 1
6. This Installation and Operation Guide provides reference information for the CTI 2500 RBC Profibus Remote Base Controller The information in this manual is directed to individuals who will be installing the module and configuring it for use with a Profibus Master We assume you are familiar with the installation and operation of 1 CTI 2500 Series and Simatic 505 programmable controllers 2 PLC WorkShop for Siemens 505 or Com Profibus Configuration Software Please refer to the appropriate user documentation for specific information on your programmable controllers and I O modules CTI 2500 RBC Installation and Operation Guide V1 2 USAGE CONVENTIONS NOTE Notes alert the user to special features or procedures CAUTION Cautions alert the user to procedures that could damage equipment WARNING Warnings alert the user to procedures that could damage equipment and endanger the user TABLE 5 CHAPTER 1 nona uan 1 LN le 15 RE Tm 1 CHAPTER 2 INSTALLATION nnns 3 2 1 Installation PANNING FRETI NON 3 Choosing Profibus Media 3 Wiring the Profibus Connector 3 Selecting a Profibus Address 3 Selecting a Profibus Speed 4 Selecting Slave Parameters 4 Setting Module Hardware Options 4 2 2 Power
7. 255 and the default value is 1 The Word Update Factor controls how often the word I O modules are updated The Word I O Factor is the number of discrete I O updates performed per word update for example if the factor is 2 the word I O modules are updated on every second discrete I O update Valid values are 1 255 and the default value is 2 The 50X Ignore Mismatch Mode parameter allows you to select the way I O configuration mismatches are handled With the default setting Disable the 2500 RBC handles I O configuration mismatches according to DP Standard mode meaning that the configuration sent by the CPU to the RBC must match the actual base configuration exactly or else no I O updates are performed If you enable 50X Ignore Mismatch Mode the RBC performs updates with all modules whose configuration matches omitting only those modules whose configuration does not match This mode of operation does not conform to the DP Standard For detailed information about how mismatches are indicated and handled see Section 2 9 Configuring the Remote Base in WorkShop or Com Profibus The remote base must be configured in WorkShop or Com Profibus to describe to the Profibus Master which I O modules are installed In Com Profibus this configuration 15 done using the Properties Configure Module dialog For each slot in the base simply select the installed CTI or Siemens I O module from the list For more information or if you
8. Maximum number of stations participating in the exchange of user data DP 126 addresses from 0 125 FMS 127 addresses from O 126 Maximum number of stations per segment including repeaters Available data transfer rates in kbit s Max number of segments in series 9 6 19 2 45 45 93 75 187 5 500 1500 3000 6000 According to EN 50170 a maximum of 4 repeaters are allowed between any two stations Dependent on the repeater type and manufacturer more than 4 repeaters are allowed in some cases Refer to the manufacturer s technical specification for details Cable Type The bus cable is specified in EN 50170 part 8 2 as Cable Type A and should comply with the parameters in the following table Cable Type B which is also described in EN 50170 is outdated and should no longer be used Parameter Cable type A Characteristic impedance 35 165 ohms at a frequency of 3 20 MHz Operating capacity pF m 30 Loop resistance W km lt 2110 Core diameter mm gt 0 64 Core cross section gt 0 34 Cable Lengths 30 2500 RBC Installation and Operation Guide V1 2 Data transfer rate9 6 19 2 45 45 93 75 187 5 500 1500 3000 6000 12 in kbit s 000 Max segment 20 length in meters 1200 1200 1200 1000 400 200 100 100 100 Important In PROFIBUS DP FMS installation you must choose data transfer rate which 15 supported by all devices connect
9. contain this feature Mismatch handling When 50X Ignore Mismatch is disabled and a module is inserted into an empty slot the 2500 RBC ignores the inserted module and continues normal operation The 505 6870 considers this situation a mismatch and takes the base offline When 50X Ignore Mismatch is disabled and the wrong module is inserted into a configured slot the 2500 RBC displays an takes the base offline and sets outputs based on the freeze jumper setting The 505 6870 displays a 2 and takes the base offline When 50X Ignore Mismatch is enabled and a module is inserted into an empty slot the 2500 RBC ignores the inserted module and continues normal operation The 505 6870 displays a 2 ignores the inserted module and continues normal operation When Profibus is stopped from the PLC the 2500 RBC displays a 3 sets outputs based on the freeze jumper setting and turns inputs off The 505 6870 displays 3 sets outputs based on the freeze jumper setting and leaves inputs at their last state 2 10 Diagnostics The 2500 RBC provides diagnostic information in the PLC available in status words and through execution of the RSD instruction in the ladder logic PLC Status Words NOTE For more information on STW diagnostics see the Simatic 545 555 575 Programming Reference Appendix G STWIAT This PLC status word records the number of times since the most recent start that the Profibus DP
10. re using WorkShop see Chapter 3 Exporting a Binary Configuration File from Com Profibus Once the RBC has been parameterized and configured in Com Profibus a binary file is exported which contains the configuration information This file is used for setup of the Profibus Master For more information see Chapter 3 This export step is not required when using WorkShop Merging the Configuration File into the Profibus Master The exported binary file must be merged with the Profibus Master to bring in the I O configuration of the remote base For more information about Merging the configuration file in Workshop when using the 2500 RBC with CTI 2500 Series or Simatic 505 PLC s see Chapter 3 This merge step is not required when using WorkShop 2 5 Physical Installation To insert the module into the I O base hold the top and bottom of the bezel and slide the module carefully into the slot pushing it all the way into the base If you have inserted the module correctly 10 CTI 2500 RBC Installation and Operation Guide V1 2 you will feel slight increase in resistance as the module mates with the base backplane connector Once the module 15 fully seated in the slot tighten the captive screws at the top and bottom to hold the module in place To remove the module from the I O base loosen the captive screws then move the module Take care not to damage the connector at the back of the module when inserting or removing the module
11. screen functional ground PROFIBUS cables and cables for must be laid Bus signals e g PROFIBUS in the same cable loom or cable duct e Data signals for PC s programming devices printers etc e Screened analog inputs Unscreened DC voltages lt 60V e Screened process signals lt 25 V Unscreened AC voltages lt 25V e Coaxial cables for monitors DC voltages from 60 V 400 V in separate cable looms or cable ducts without unscreened minimum spacing requirements AC voltages from 25V 400 V unscreened DCand AC voltages gt 400 V unscreened in separate cable looms or cable ducts without Telephone cables minimum spacing requirements e For areas with explosion hazard Laying cables outside of control cabinets All cable ducts should be constructed of electrically conducting material and connected to functional ground at regular intervals Bus cables should not be subject to mechanical loads which exceed the manufacturer s specifications If this cannot be avoided additional protective measures should be taken e g by laying the cables in a steel pipe or rugged metal duct The pipe or duct should then be grounded at regular intervals and protected against corrosion 2500 RBC Installation and Operation Guide V1 2 35 SPECIFICATIONS General Module Size Double Wide CTI 2500 Series or Simatic 505 I O Backplane Power Consumption 2 5 watts Compati
12. slaves have failed to respond to a request from the CPU Each time communication 15 lost to the CTI 2500 RBC Installation and Operation Guide V1 2 13 2500 STW147 increments by 1 When there is a base mismatch detected by the 2500 RBC STW 147 increments continuously STW03 STW09 These 7 status words give the status for Profibus DP slaves Each bit corresponds to a particular Profibus address with STWO3 Bit 16 being address 1 and STWO9 Bit 1 being address 112 Each bit 0 if the address is present and operating The bit 1 if the address is not present or failed When the 2500 RBC loses communication or goes offline due to a mismatch the corresponding bit for that address 16 set 1 STW211 STW217 These 7 status words contains the enable status of each Profibus address If the slave 1s enabled the bit 1 If the slave 1s disabled the bit STW231 bits 1 2 and 16 indicate the OPERATE CLEAR and CONFIGURED state of the Profibus DP I O system STW232 STW238 indicate the Profibus DP slave that have signaled a diagnostic that has not been read by RSD instruction The slave s bit is a 1 if a diagnostic has been signaled and not yet read Diagnostic Bytes from the 2500 RBC When an RSD instruction is executed the 2500 RBC returns 15 bytes of information which is stored according to the settings in the RSD instruction In each byte bit 7 is the MSB and bit 0 is the LSB Byte 1 Station_Status_1 Bit 7 RBC param
13. to app 90 mA if you need to be able to supply other types of devices on the bus such as bus terminals and optical fiber cable drivers Due to the capacitive load of the station and the resulting cable reflections bus connectors should be provided with built in series inductors as shown below Due to the built in series inductors in the bus connectors all bus connectors the network should be attached to fieldbus devices to ensure that the necessary capacitive load is provided by the device input capacitance 32 CTI 2500 RBC Installation and Operation Guide V1 2 Bus connector schematic Conductive case 9 pin male Sub D connector Pin Nr 5 3 B Cable laying guidelines Laying of copper cable Data transfer in PROFIBUS systems is based on an interference immune symmetrical bus system to the RS 485 specification using shielded twisted pair cable With correct system installation small external sources of interference are led to ground through the cable shield without causing interference in the data lines Interference of this type can largely be avoided with appropriate EMC measures such as EMC compliant system installation EMC compliant cable laying and measures that avoid large ground potential differences Electromagnetic interference from sources such as switching processes rectifiers and circuit breakers can cause equipment faults to occur In addition overvoltage and lightning strikes can destroy electronic compo
14. 2 31 1 Shield Shield functional ground 2 M24 Ground for 24 V output voltage 3 RxD TxD P Receive Transmit data plus B wire 4 CNTR P Repeater control signal direction control RTS signal 5 DGND Data ground reference potential for VP 6 VP Supply voltage plus P5V 7 P24 Output voltage 24 V 8 RxD TxD N Receive Transmit data minus A wire 9 CNTR N Repeater control signal direction control Make sure that the connector type used is suitable for the selected baud rate To prevent EMC interference from entering the device the cable shield should be connected to the functional ground of the device generally the electrically conductive case This is done by connecting the cable shield to the metal case of the Sub D connector and the functional ground over a large area The bus connector must have a low impedance connection to the cable shield The data transfer technology of the serial bus system which uses a shielded twisted pair data cable is described in the specification of the interference immune RS 485 interface standard To allow correct bus termination each station must connect the signals DGND and VP 5 V to pins 5 and 6 of the connector respectively The 5 V supply for the terminating resistors VP should have a minimum current rating of 10 mA the current load can increase to 12 mA if a NULL signal 16 sent through the bus The current rating should be increased
15. 2 6 Connecting the Profibus Cable The Profibus port is used to connect the 2500 RBC to a Profibus DP network The Simatic 545 555 575 System Manual describes how to connect a 12 Mbaud RS 485 cable to the PROFIBUS DP port The figure below shows the required pinout for the DB9 Profibus port NOTE NOTE Pins 2 and 7 are No Connect for the For some PROFIBUS products these pins are used to provide 24 VDC for powering a programming or configuration tool Such tools are not powered by the RBC however it is acceptable for an externally powered PROFIBUS programming or configuration tool to drive pins 2 and 7 to 24 VDC D shell CHASSIS GND Female 9 Pin D Connector Signal CHASSIS GND NO CONNECT TX RX RTS BIAS SUPPLY GND BIAS SUPPLY 5V NO CONNECT TX RX BIAS SUPPLY GND BIAS SUPPLY GND TX RX TX RX for Pin 3 Terminal B on Siemens connector BIAS SUPPLY 5 for Pin 8 Terminal A on Siemens connector CAUTION Pin 5 BIAS SUPPLY 5V and Pin 6 BIAS SUPPLY GND on the Profibus DP connector are designed to support termination of the Profibus DP cable only These pins have a limited output power capability of approximately 0 45W Overloading these pins by using the voltage 2500 RBC Installation and Operation Guide V1 2 11 to drive other than the normal terminating resistors can cause internal component damage to the 2500 RBC 2 7 Diagnostics The standard for PROFI
16. BUS DP I O DIN 19245 Part 3 stipulates the format that each DP slave shall use to report specific diagnostics to the DP master The diagnostics used by the PROFIBUS DP RBC are described below NOTE Byte 1 through Byte 15 as described in this text correspond to Octet 1 through Octet 15 in the PROFIBUS standard For PROFIBUS DP I O Bit 7 15 the most significant bit MSB 0 is the least significant bit LSB This may or may not correspond to the bit numbering scheme used in your master system For example CTI 2500 Series and Simatic 505 500 controllers identify the MSB of a byte as Bit 1 and the LSB of a byte as Bit 8 A DP diagnostic consists of two parts The first part Bytes 1 through 6 is standardized for all DP slaves The second or extended part Bytes 7 through 15 in the case of the RBC is slave specific In the description that follows it is assumed that the diagnostic has been successfully read from an RBC that has been configured and activated that 15 that Bytes 5 and 6 equal OxBC and OxD9O respectively 2 8 Base Mismatch Handling in the 2500 RBC The 2500 RBC automatically detects mismatches between the Profibus configuration expected by the Profibus Master and the actual remote base configuration Depending on the type of mismatch and the configuration settings the 2500 RBC can operate normally or go offline and indicate a mismatch The table below shows the response of the 2500 RBC under various conditions 2500 RBC Mi
17. Online to master Diagnostic Failure Module Mismatch No Communications Diagnostic failure Diagnostic failure 50X Ignore Mismatch is enabled Module Mismatch wrong module Serious malfunction Place system in safe state and consult CTI technical support modules installed do not match the expected configuration in the master There is no communication with the master Place the system ina safe state Check cabling and connection to the master The wrong module is inserted into a configured slot with Simatic 505 mismatch mode disabled Serious malfunction Place system in safe state and consult CTI technical support Serious malfunction Place system in safe state and consult CTI technical support The Character is turned on in conjunction with the other displayed number when the 50 Ignore Mismatch parameter is enabled SWI2 Reserved This switch position is reserved for future use CTI 2500 RBC Installation and Operation Guide V1 2 The Option switches are read only at module startup If you change the switch position after startup you must reset the module before the setting will take effect Setting the Output State on Communications Loss When I O channel communication to a remote base is lost the state of the discrete outputs is determined by the selection made on the 2500 RBC jumper JP1 Off Freeze Figure 2 shows the location of the jumper on the 2500 RBC
18. PRODUCT 0 nnn 38 31 31 33 34 35 7 DESCHIPTION 1 1 Introduction The CTI 2500 RBC Profibus Remote Base Controller 15 a member of Control Technology s family of I O modules compatible with the programmable controllers The 2500 RBC Profibus Remote Base Controller RBC allows CTI 2500 Series or Simatic 505 I O base to function as a slave node on a Profibus DP I O channel that complies with the PROFIBUS standard DIN 19245 Part 3 The 2500 RBC is intended to be a replacement for the Siemens 505 6870 RBC It provides the following functions Compatible with CTI 2500 Series Simatic 505 Siemens S5 and 57 masters Can be used in currently available CTI and Siemens 4 8 and 16 slot bases Supports communication speeds from 9 6 Kbaud maximum cable distance per segment 1200 m up to 12 Mbaud maximum cable distance per segment 100 m Includes an LED display which shows error codes or current station address Configurability using the Siemens 505 6870 file or the new CTI 2500 RBC gsd file which can be downloaded from our web site The 2500 RBC resides CTI 2500 Series or Simatic 505 base It installs in the second slot from the left adjacent to the power supply module Figure 1 2500 RBC Front Panel CTI 2500 RBC Installation and Operation Guide V1 2 2 INSTALLATION The inst
19. allation of the Model 2500 RBC Profibus Remote Base Controller consists of the following steps 1 Planning the installation 2 Verifying power requirements 3 Unpacking and configuring the module 4 Physical installation 5 Connecting cables 6 Checking the module operation 2 1 Installation Planning Choosing Profibus Media The 2500 RBC attaches directly to the Profibus DP RS485 cable using a DB9 connector The Profibus organization recommends using bus cable as specified in EN 50170 part 8 2 and Cable Type A and should comply with the parameters below An example cable of this type would be Belden 3079A Cable Specification Profibus DP Capactance feo For more information Profibus installation guidelines see Appendix A Wiring the Profibus Connector The Profibus connector should be wired as shown in Section 2 6 For more information refer to Appendix A Selecting a Profibus Address Before proceeding you must determine what Profibus address you will assign to the module Profibus addresses range from 0 to 127 In CTI 2500 Series and Simatic 505 systems address 0 and addresses 113 127 are not valid Therefore any address between 1 and 112 is valid for the RBC when installed in these systems Note that each slave node and the master must have a unique address on the bus CTI 2500 RBC Installation and Operation Guide V1 2 3 Selecting Profibus Speed Before proceeding you must determine y
20. an authorized CTI Industrial Distributor This CTI Industrial Product will be newly manufactured from new and or serviceable used parts which are equal to new in the Product Should this CTI Industrial Product fail to be free from defects in material and workmanship at any time during this 1 year warranty period CTI will repair or replace at its option parts or Products found to be defective and shipped prepaid by the customer to a designated CTI service location along with proof of purchase date and associated serial number Repair parts and replacement Product furnished under this warranty will be on an exchange basis and will be either reconditioned or new exchanged parts or Products become the property of CTI Should any Product or part returned to CTI hereunder be found by CTI to be without defect CTI will return such Product or part to the customer This warranty does not include repair of damage to a part or Product resulting from failure to provide a suitable environment as specified in applicable Product specifications or damage caused by an accident disaster acts of God neglect abuse misuse transportation alterations attachments accessories supplies parts non CTI repairs or activities or to any damage whose proximate cause was utilities or utility like services or faulty installation or maintenance done by someone other than CTI Control Technology Inc reserves the right to make changes to the Product i
21. ary file in Workshop Write the configuration to the bases 0 Set synchronous asynchronous mode Start Profibus 3 2 Startup Com Profibus To begin configuration of the 2500 RBC start the Com Profibus application The window should look like this CTI 2500 RBC Installation and Operation Guide V1 2 17 PROFIBUS COMPro1 Te File Edi View Configure Service Documentation Options window Y amp 2 sf gf H E E ES FMS Master H EFI FMS Station Press F1 to open the help system OFFLINE 2 3 3 Import the 2500R gsd file into Com Profibus The next step is to copy the 2500R gsd file into the Com Profibus directory This file must be placed in the gsd subfolder where Com Profibus is installed on your hard drive You can obtain the file from the CTI web site at ftp ftp controltechnology com public Download tools Once the file 15 copied into the gsd subfolder use File Read in GSD Files to update Com Profibus with the new GSD file 18 CTI 2500 RBC Installation and Operation Guide V1 2 COM PROFIBUS COMPro1 Beate T3519 3 4 Set Bus Parameters Next set the Profibus speed for this installation using Configure Set Bus Parameters gt COM PROFIBUS COMPro1 TAI BS LETS DP Mast sonaue Slave DP Slave is FHS FMS Mase SORNIGUTE Tdv Stat ree FMS FMS Station CTI 2500 RBC Installat
22. at the same core color is connected to the same terminal A or B for all stations throughout the entire system across all stations and bus segments If the data transfer cable has data wires with red and green insulation then the following assignment should be used Data cable wire A green Data cable wire B red This rule applies to both the incoming and the outgoing data lines Laying cables within control cabinets If a repeater or fieldbus device is installed within a control cabinet the cable shield of the incoming bus cable should be electrically connected to a grounding rail as close as possible to the cable leadthrough using a shield grounding clamp or similar see Figure 3 1 The cable shield should continue within the cabinet to the fieldbus device and be connected there in accordance with the manufacturer s instructions The following installation guidelines should be observed Ensure that the case of the device and also the control cabinet in which the fieldbus device is mounted have the same ground potential by providing a large area metallic contact to ground use e g galvanized steel to ensure a good connection Grounding rails should not be attached to painted surfaces If the above measures are observed electromagnetic interference is diverted through the cable s shield 34 CTI 2500 RBC Installation and Operation Guide V1 2 grounding rail close to cable lead Ihraugh screen grounding clamp N E cable
23. bility CTI 2500 Series Simatic 505 Siemens S5 S7 masters Compatibility all currently available and Siemens 4 8 and 16 slot bases Display shows errors codes and Profibus address Output State Selection Determines state of outputs when channel communication is lost off all outputs are turned off freeze all outputs hold their last value Dipswitch Options Serial port baud rate future use HBC station address otatus display mode Software Set Parameters Discrete interval Word I O update factor Ignore mismatch mode RS232 port enable disable Diagnostic Data Station status 3 bytes Master address 1 byte Ident number 1 byte Extended diagnostics 9 bytes Ports Profibus 9 pin female pins 2 7 no connect Communication Speeds Supported 9600 19 2K 93 75K 187 5K 1 5M 3 0M 6 0M 12M RS232C 9 pin male future use Profibus Port Isolation 1500VDC Environmental Operating Temperature 0 to 60 C 32 to 185 F 36 CTI 2500 RBC Installation and Operation Guide V1 2 Storage Temperature 40 to 85 C 40 to 185 F Humidity 5 to 9596 non condensing Agency Approvals Pending UL ULC CE Shipping Weight 1 5 lb 0 68 Kg CTI 2500 RBC Installation and Operation Guide V1 2 37 LIMITED PRODUCT WARRANTY CTI warrants that this CTI Industrial Product shall be free from defects in material and workmanship for a period of one 1 year after purchase from CTI or from
24. bytes Variable Remaining Memory Kbytes Constant Scan Time Special Kb Comp Spec KB zx 3 lt Ce 2 E 5 E User Sub Kb 1 0 Configuration Global 505 1 0 Profibus 1 0 Find 1 0 TEK Drums PLC Date Time Shift Reg Thurs Apr 23 04 14 49 51 Table K Set One Shots Controls gt Miscellaneous 1 0 K Watchdog Timer ms 500 Faults Accept Cancel Close co T TERT For Help press F1 E WII security Disabled Path IP212 Mode Online Run 4 Use PLC Utilities PLC Configuration to get to the configuration menu Press the Profibus I O button to configure Profibus 26 CTI 2500 RBC Installation and Operation Guide V1 2 i 505 WorkShop 505Program1 File Edit View Program Diagnostics PLC Utilities Options Window Help a fa fo g a u i Pral h PLC Configuration Special Processor Information gt r Memory Configuration PLC Type SIMATIC 555 User System Total System Memory Kbytes Ladder Configured Memory Kbytes Variable Kb Remaining Memory Kbytes Constant 170 Status Scan Time 42 VO Configuration DP 1 0 State Operate Globa Enable Slave s 505 1 0 Profibus 1 0 Find 1 0 Slave Status Slave Enabled Assigned Online Status Disable Slsvels PLC Date T I Delete All Th
25. d a Master to the System and Set the Profibus Address 20 3 6 Add the 2500 RBC to the 23 3 7 Configure the 2500 02 2 40440204 0 nnns nnns 23 3 8 Save the Profibus Configuration and Export the Binary File 25 3 9 Merge the Binary File in 4 000000 26 3 10 Write the Configuration to the 28 3 11 Select Synchronous or Asynchronous and Start Profibus 28 APPENDIX A PROFIBUS INSTALLATION GUIDELINES 30 General Installation Information eeeeeeeeeeeeeeeeeee nennen 30 Maximum number of stations 30 Cable Type 30 Cable Lengths 30 CTI 2500 RBC Installation and Operation Guide V1 2 EA Bus termination Bus connectors and PROFIBUS DP FMS interface GUISES ETT ETUR 33 Laying of copper cable Laying cables within control cabinets Laying cables outside of control cabinets SPECIFICATION S 25 e etaU neut rue eo esc Ua cas Eo Eco Eae ea oo 36 TD 36 NE RM EM Me 36 eden corn 36 LIMITED
26. diting the repair process The RMA number that is issued and your Purchase Order number should be referenced on the returning equipment s shipping documentation Additionally if the product is under warranty proof of purchase date and serial number must accompany the returned equipment The current repair and or exchange rates can be obtained by contacting CTI s main office at 1 800 537 8398 When returning any module to CTI follow proper static control precautions Keep the module away from polyethylene products polystyrene products and all other static producing materials Packing the module in its original conductive bag is the preferred way to control static problems during shipment Failure to observe static control precautions may void the warranty For additional information on static control precautions contact CTI at 1 800 537 8398 CTI 2500 RBC Installation and Operation Guide V1 2 39
27. e V1 2 Station Switch Number State Station Switch Number State mE Address z ONENAREN 1 1 0 0 104 O C 106 107 108 109 110 1 111 EN 1 EN 1111 ER EN ES 114 115 EN 1 1 1 ES 1111 1 1 1111 113 EN EX EN cx 117 119 1111 120 Ta 121 1 1 1 1 je pu EE E 124 1 1 1 1 1 0 0 15 jJ1 1 1 1 1 0 1 NOTE The adaress setting on the 2500 switches must match the address set for the base in WorkShop or Com Profibus for proper operation EXE 0 1 011 EN 1 EN EE 1 1 1111 EN EN nr EXE 0 1 1 EN NOTE When connecting the 2500 to a 545 555 575 CPU only addresses between 1 and 112 are valid SWII Display Mode Switch 11 controls the display mode of the LED status display to show either the station address or the module status CTI 2500 RBC Installation and Operation Guide V1 2 When switch 11 is set to 1 closed the station address of the RBC 15 displayed as a three digit number one digit at a time There is a short pause after each digit then a long pause after the last digit e When switch 11 is set to open the status of the RBC is displayed according to the status codes below Display Definition Communication Comment Action s to RBC Module Ready OK Fully Operational and
28. e should come online in the status screen The display on the base should show 0 28 CTI 2500 RBC Installation and Operation Guide V1 2 505 WorkShop 505Program1 File Edit View Program Diagnostics PLC Utilities Options Window Help a 2 EB ell PLC Configuration E Special Processor Information Memory Configuration PLC Type SIMATIC 555 User System Total System Memory Kbytes 384 Ladder Kb 32 96 Configured Memory Kbytes 202 Variable Kb 52 52 Remaining Memory Kbytes 182 Constant Kb 10 10 10 Status 5 Time Profibus DP 1 0 140 Configuration DP 1 0 State Operate 505 140 Profibus o Find 1 0 Slave Status Enable Slave s Slave Enabled Assigned Online Status Disable Slave s PLC Date Time 2 Ves Match Delete All Thurs Apr 29 04 15 01 42 Set Edit Slave Status Operate Profibus Ops Miscellaneous Watchdog Timer ms perate Stop Cancel E Write Slave s Help Synchronization Mode Status Asynchronous Synchronous Asynchronous For Help press F1 IT Security Disabled Path IP212 Made Online Run OVR A CTI 2500 RBC Installation and Operation Guide V1 2 APPENDIX A PHOFIBUS INSTALLATION GUIDELINES These Profibus Installation Guidelines are based on the PNO Profibus Guideline September 1998 General Installation Information Maximum number of stations
29. ed into the I O base CAUTION The components on the 2500 RBC module printed circuit card can be damaged by static electricity discharge To prevent this damage the module is shipped in a special anti static bag Static control precautions should be followed when removing the module from the bag and when handling the printed circuit card during configuration 4 2500 RBC Installation and Operation Guide V1 2 2 4 Configuring the Module There are six steps to configuring the module and getting it operational on a Profibus network 1 Setting the module option switches Setting the output state on communication loss freeze jumper 3 Setting software parameters in WorkShop or Com Profibus 4 Configuring the remote base in in WorkShop or Com Profibus 5 Exporting a binary configuration file Com Profibus only 6 Merging the configuration file into the Profibus master Com Profibus only For detailed information on using Com Profibus to configure a remote base with the 2500 RBC refer to Chapter 3 Setting the Module Option Switches Switches on the 2500 RBC are used to select the following e Serial Port Baud Rate e Profibus Address e Display mode option switches freeze jumper setting Nar CONTROL TECHNOLOGY INC 901A 2500 RBC E Figure 2 Switch Locations Figure 2 indicates the location of the option switches and freeze jumper remainder of this section describes the fu
30. ed to the bus The chosen data transfer rate then determines the maximum segment lengths as shown above The maximum admissible distance between two bus stations in each PROFIBUS network can be calculated as follows NO REP I Segment length NO REP The maximum number of repeaters connected in series depends on repeater type Bus termination In order to minimize cable reflections and ensure a defined noise level on the data lines the data transfer cable must be terminated at both ends with a terminating resistor combination as follows VP pin 6 390 Ohm B line pin 3 220 Ohm A line pin 8 390 Ohm pin 5 Bus connectors and PROFIBUS DP FMS interface A bus connector is used to connect the bus cable to the PROFIBUS device Bus connectors are available with a variety of protection classes and mechanical designs The choice of connector is mainly determined by the space available in the vicinity of the PROFIBUS device i e PC interface PLC or special fieldbus device EN 50170 Volume 2 recommends the use of a 9 pin Sub D connector Depending on the required protection class and the application of the fieldbus device other connector designs are also allowed The table below shows the pin assignment if a 9 pin Sub D connector is used Pin Signal Significance 2500 RBC Installation and Operation Guide V1
31. eserved Byte 11 Ext Diag Data Bit 7 Slot 8 1s mismatched type Bit 6 Slot 7 1s mismatched type Bit 5 Slot 6 is mismatched type Bit 4 Slot 5 is mismatched type Bit 3 Slot 4 15 mismatched type Bit 2 Slot 3 15 mismatched type Bit 1 Slot 215 mismatched type Bit Slot 1 1s mismatched type Byte 12 Ext_Diag_Data Bit 7 Slot 1615 mismatched type Bit 6 Slot 15 is mismatched type Bit 5 Slot 14 1s mismatched type Bit 4 Slot 13 1s mismatched type Bit 3 Slot 1215 mismatched type Bit 2 Slot 11 1s mismatched type 2500 RBC Installation and Operation Guide V1 2 15 Bit 1 Slot 1015 mismatched type Bit 0 Slot 9 1s mismatched type Byte 13 Ext_Diag_Data Identifier related diagnostic header value is 0x43 Byte 14 Ext_Diag_Data Bit 7 Slot 8 contains failed module or is mismatched type Bit 6 Slot 7 contains failed module or is mismatched type Bit 5 Slot 6 contains failed module or is mismatched type Bit 4 Slot 5 contains failed module or is mismatched type Bit 3 Slot 4 contains failed module or is mismatched type Bit 2 Slot 3 contains failed module or is mismatched type Bit 1 Slot 2 contains failed module or is mismatched type Bit Slot 1 contains failed module or is mismatched type Byte 15 Ext_Diag_Data Bit 7 Slot 16 contains failed module or is mismatched type Bit 6 Slot 15 contains failed module or is mismatched type Bit 5 Slot 14 contains failed module or is mismatched type Bi
32. estia addra5 2bf E test3 enable zbf E test7 93k 2bf i i i gt Status 5 Time MM Profibus DP 1 0 S E n File name pen 120 Configuration Oen Globa Files of type Binary files 2bf Cancel 5051 0 Profbus O Find Slave Status Binary fles 26 mj EE Wyr4 3 Slave Enabled Assigned Online Status Disable Slave s Thurs Apr 29 04 14 52 02 Set Edit Slave Profibus Ops Miscellaneous Watchdog Timer ms 500 _ Write All Write Slavels Help Faults For Help press F1 E Security Disabled Path IP212 Mode Online Run OVR 4 3 10 Write the Configuration to the Base s You should already have installed the base and connected it to the Profibus Next click the Write button to write the configuration out to the RBC on Profibus You may get a notification that the I O is not configured If so use the Edit Slave button to set the starting addresses of the slots in the base Once all the I O is addressed use the Write button again You may also need to Enable and Slaves that are showing Disabled in the status list 3 11 Select Synchronous or Asynchronous and Start Profibus Finally use the Profibus Ops button to start Profibus Operate and set Synchronous or Asynchronous mode as desired When Profibus is set to Operate the bas
33. eterized from another master see description of byte 4 Bit 6 Parameterization error Bit 5 Invalid response from RBC always set to 0 Bit 4 Unsupported function request from RBC Bit 3 Extended diagnostics bytes 7 15 present Bit 2 Configuration error Bit 1 RBC not ready Bit 0 RBC did not respond Byte 2 Station_Status_2 Bit 7 RBC is configured but not active RBC can only set this to 0 Bit 6 Reserved Bit 5 RBC is operating in SYNCHRONOUS mode Bit 4 RBC 15 operating in FREEZE mode Bit 3 Reserved Bit 2 Always set to 1 Bit 1 Always set to 0 Bit 0 RBC waiting for parameterization Byte 3 Station_Status_3 Bit 7 Always set to 0 14 CTI 2500 RBC Installation and Operation Guide V1 2 Bit 6 Reserved Bit 5 Reserved Bit 4 Reserved Bit 3 Reserved Bit 2 Reserved Bit 2 Reserved Bit 0 Reserved Byte 4 Diag Master Add Bits 7 0 contain the address of the master that has parameterized the RBC If none of the masters has parameterized the RBC then the RBC inserts the address 255 in this byte Bytes 5 6 Ident Number Manufacturer identifier for the RBC The 2500 RBC reports BCDO for this value Byte 7 Ext Diag Data Device related diagnostic header value is 0x06 Byte 8 Ext Diag Data Bit 7 Reserved Bit 6 Reserved Bit 5 Reserved Bit 4 Reserved Bit 3 Reserved Bit 2 Reserved Bit 1 Reserved Bit O Remote port request pending Bytes 9 10 Ext Diag Data R
34. figure the 2500 RBC Now configure the 2500 RBC Highlight the RBC and right click 7 COM PROFIBUS 1 Dp DP Master OP T DP Slave Control Drives Encoder Gateways General SIMATIC 545 1104 ET 2006 ET200C ET200L ET200M 2005 ET200U ET 200 CTI 2500 RBC Installation and Operation Guide V1 2 23 Then click on Properties to bring up the configuration dialog DP DP Master OP sy DP Slav Slave properties SYNG capable 2 prie ez eceinjz r zd Testen 1 505 CP5434 DP Master system lt 1 gt 9 P yz 2 Euu 2500 RBC Profibus RBC y nm vA My 9 2 7 a zx 144444 In the parameterize dialog box enter your desired settings for the parameters For more information see Setting Software Parameters in Com Profibus in Chapter 2 Press OK when finished Next press the Configure button to set up the I O slots For each slot select the installed CTI or Siemens module from the list For blank slots use the blank panel selection Note that some CTI 24 CTI 2500 RBC Installation and Operation Guide V1 2 discrete I O modules support multiple login configurations for 32 18 or 8 points Be sure that you select the desired configuration if you re using these modules Module selection for position 0 2501 1241 440 2501 2041 440 2505 Vibration Monitor 250 Une uui Cancri may
35. ion and Operation Guide V1 2 19 FMS Ma FMS a FMS Stal PROFIBUS The Bus Profile setting should be Profibus DP Set the baud rate to your desired value 3 5 Add a Master to the System and Set the Profibus Address Next add a master CTI 2500 Cxxx or 505 CP1434 DP to the system and set Profibus address Select the proper master from the list COM PROFIBUS COMPro1 m gt e 2 DP Master 505 CP5434 DP SIMATIC 545 1103 PP 505 CPE SIMATIC 545 1104 505 SIMATIC 555 1103 PP 505 CPE SIMATIC 555 1104 PP 505 CPE Kal SIMATIC 575 2104 PP 505 CPE ASx88 TM CP 5412 A2 CP 5613 CP 5614 CF 5x11 Default Master 308 C 180 Master IM180 V3 Master 55 950 DP Master SIMADYN D 5552 DP DP Slave FI FMS Master FMS FMS Station Click your selection and drag it over into the graphics window 20 CTI 2500 RBC Installation and Operation Guide V1 2 DP Master 505 CP5434 DP ow SIMATIC 545 1103 PP 505 CPE SIMATIC 555 1104 PPx 505 CP SIMATIC 575 2104 PPx 505 CPE ASx88 TM 5412 42 CP 5613 CP 5614 CP 5x11 Default Master 308 C IM180 Master 180 V3 Master 55 950 DP Master SIMADYN D 5552 DP Y DP Slave Fre FMS Master FMS FMS Station SIMATIC 545 1104 DP Master 9 505 CP5434 DP SIMATIC 545 1103
36. n order to improve reliability function or design in the pursuit of providing the best possible Product CTI assumes no responsibility for indirect or consequential damages resulting from the use or application of this equipment THE WARRANTY SET FORTH ABOVE IN THIS ARTICLE IS THE ONLY WARRANTY CTI GRANTS AND IT IS IN LIEU OF ANY OTHER IMPLIED OR EXPRESSED GUARANTY OR WARRANTY ON CTI PRODUCTS INCLUDING WITHOUT LIMITATION ANY WARRANTY OF MERCHANTABILITY OR OF FITNESS FOR A PARTICULAR PURPOSE AND IS IN LIEU OF ALL OBLIGATIONS OR LIABILITY OF CTI FOR DAMAGES IN CONNECTION WITH LOSS DELIVERY USE OR PERFORMANCE OF CTI PRODUCTS OR INTERRUPTION OF BUSINESS LOSS OF USE REVENUE OR PROFIT IN NO EVENT WILL CTI BE LIABLE FOR SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES SOME STATES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR CONSUMER PRODUCTS SO THE ABOVE LIMITATIONS OR EXCLUSIONS MAY NOT APPLY TO YOU THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS AND YOU MAY ALSO HAVE OTHER RIGHTS WHICH MAY VARY FROM STATE TO STATE 38 CTI 2500 RBC Installation and Operation Guide V1 2 REPAIR POLICY In the event that the Product should fail during or after the warranty period a Return Material Authorization RMA number can be requested orally or in writing from CTI main offices Whether this equipment is in or out of warranty a Purchase Order number provided to CTI when requesting the RMA number will aid in expe
37. nction of the individual switches SWI through SW3 Serial Port Baud Rate Switches 1 3 are used for setting the baud rate of the serial port Serial port operations are not currently implemented in the product Baud rate SW1 SW2 SW3 mais o h ho a jo h CTI 2500 RBC Installation and Operation Guide V1 2 SW4 through SWIO Profibus Address Switches 4 through 10 are used to assign a station address to the RBC for identification on the Profibus DP I O channel Each station in the Profibus network must be uniquely numbered The station address is assigned as a binary number with SW4 and the most significant bit MSB and SWIO as the least significant LSB The table below shows how to set the dipswitch to a station address between 0 and 125 Note that a switch in the open position 1 and a switch in the closed position 0 Table 1 Profibus Station Address Settings Switch Number State Station Switch Number State Station doo o MP 415 vo 20 o s Jolilolololo 1 1 8 L 3 0 0 0 0 0 1 o NEIN CO H N Ol i E 60 ee Table 1 Profibus Station Address Settings 6 CTI 2500 RBC Installation and Operation Guid
38. nents in fieldbus devices Correct operation of the plant can then no longer be guaranteed Particularly for equipment containing frequency inverters variable speed drives the manufacturer s regulations for EMC compliance must be observed for the following components Filters Chokes and CTI 2500 RBC Installation and Operation Guide V1 2 33 Shielding In addition electronic starters should be used if fluorescent lamps are installed within control cabinets The following cable laying instructions apply to shielded twisted pair cables The cable shield is used to improve the immunity to electromagnetic interference PROFIBUS cables should be shielded with a combination of both conductive braid and conductive foil In the following shield refers to both types of shields braid and foil A foil shield should not be used on its own because it is very thin and can easily be damaged The cable shield must be connected to the functional ground at both ends of the cable by making a large area connection to a grounded conductive surface When laying the bus cables particular care should be taken to ensure that the cable shield braid shield and foil shield if available is connected to the shield grounding clamp over a large area The two PROFIBUS data lines are designated A and B There are no regulations on which cable core color should be connected to which of the two data terminals on each fieldbus device the sole requirement is to ensure th
39. our Profibus operating speed The 2500 RBC supports Profibus speed from 9 6K bits s to 12M bits s For more information on selecting Profibus speed see Appendix A Selecting Slave Parameters The 2500 RBC supports four parameterization options These options are set using WorkShop or using the properties screen for the remote base in Com Profibus For more information about these settings see Setting Software Parameters in Com Profibus in Section 2 4 Setting Module Hardware Options In addition to the Profibus address the module includes a hardware setting for selecting the state of the base discrete outputs in the event of a communications loss The module can be configured to set all outputs off or to leave outputs at their last values 2 2 Power Requirements The CTI 2500 RBC module consumes 2 5 watts of 5 VDC power from the backplane Before installing the RBC verify that your mounting base power budget can accommodate the required power A good tool for performing the verification is the CTI Replacement Guide and Power Calculator available from our website at ftp ftp controltechnology com public Download tools 2 3 Unpacking the Module Open the shipping carton and remove the special anti static bag that contains the module After discharging any static build up remove the module from the static bag Do not discard the static bag Always use this bag for protection against static damage when the module is not insert
40. smatch Handling 50X Ignore Mismatch Mode disabled Follow freeze jumper setting Add a module to an open Normal operation The inserted slot module is ignored Replace a module with a Follow freeze jumper setting different one 50X Ignore Mismatch Mode enabled Action Display Outputs Remove a module All other slots operate normally Remove a module All other slots operate normally Add a module to an open The inserted module is ignored all slot other slots operate normally Replace a module with a 2 The inserted module is ignored all different one other slots operate normally 12 CTI 2500 RBC Installation and Operation Guide V1 2 2 9 Differences Between the 2500 RBC and the 505 6870 There are minor differences between the 2500 RBC and the 505 6870 which may affect some user applications The differences are summarized below Display the 2500 RBC does not use the 4 5 6 8 and status codes on the display For diagnostic failures the 2500 RBC display codes The 2500 RBC also displays a new code to indicate the user has an incorrect module inserted in a configured slot when 50X Ignore Mismatch 15 disabled Reset switch the 2500 RBC does not include a reset switch RS232 port the 2500 RBC includes an RS232 port but communication with the PLC using this port is not presently implemented Future versions of the product may
41. t 4 Slot 13 contains failed module or is mismatched type Bit 3 Slot 12 contains failed module or is mismatched type Bit 2 Slot 11 contains failed module or is mismatched type Bit 1 Slot 10 contains failed module or is mismatched type Bit Slot 9 contains failed module or is mismatched type 2500 RBC Installation and Operation Guide V1 2 3 SETTING UP THE 2500 HBC USING WORKSHOP COM PROFIBUS 3 1 Overview Configuration of the Profibus network can be accomplished using either PLC WorkShop for Siemens 505 version 4 32 or above or the Com Profibus configuration utility If you re using PLC WorkShop for Siemens 5051 please refer to the PLC Memory and I O Configuration of the WorkShop user manual for a complete discussion of Profibus network configuration If you re using Com Profibus follow the procedure below The configuration utility Com Profibus is used to setup the 2500 RBC for operation with a CTI 2500 Series or Simatic 505 PLC or other Profibus master Steps for configuration include cd Rm eios Startup Com Profibus Import 2500 RBC file into Com Profibus Set bus parameters Add a master CTI 2500 Cxxx or 505 CP1434 DP to the system and set Profibus address Add a 2500 RBC to the system Configure the 2500 RBC a Set address b Set station name c Parameterize d Configure Slots Save the Profibus configuration and Export the binary file Merge the bin
42. urs Apr 29 04 14 50 22 Set Edit Slave Profibus Ops Miscellaneous Watchdog Timer ms 500 Cancel cec c JA Sco dm ec e Faults For Help press F1 E II Security Disabled Path IP212 Mode Online A The system used in this example already has one Profibus slave installed If you have no slaves installed yet your Slave Status area will be blank To merge in your binary file and add the base to your configuration click the button then select the 2bf file that your created with Com Profibus Export Binary File Press OK and Workshop will read your file from disk and merge it into the PLC configuration CTI 2500 RBC Installation and Operation Guide V1 2 27 Kil 505 WorkShop 505Program1 File Edit View Program Diagnostics PLC Utilities Options Window Help a 2 8151 a Look in ss r E testia addr111 2bf E test7 3m 2bF Processor Information Memory Configuration d test 1a addr112 2bf I test7 6m 2bf ese User 8 rbctest 2bf testia addrii3 2bf E test7 9k 2bF Total System Memory Kbytes 384 Ladder 32 testa 1 2bf test3b 2bf test7 12m 2bf Configured Memory Kbytes 202 Variable 52 E test 1a addr42 2bF gt test3 disable 2bF E test 7 19k 2bF Bering 182 0 t
Download Pdf Manuals
Related Search