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VersaMax PROFIBUS-DP Network Slave Modules User`s Manual

1. pe H efi 3 e _ H z Q gt H oO o llo EHo lo o ol SS g pe A anal En I O O H 4 p L E a 88 DO0SDODEHSDHHSBO Se MP SPSQSPSP SOEDOVONSDO a Auxiliary I O Terminal Strip WMSPSVSDSPDSNSDVNSBVS TN Beesssesssyenssspe o i OL fo pe00000809900998900 DYEPSVSPSDSVNSDVVOSDES J y Chapter 1 Introduction 1 11 1 12 Available I O Carriers and Terminal Strips The following types of I O Carriers terminals and cables are available Terminal Style I O Carriers Barrier Style Terminal I O Carrier IC200CHS001 Box Style Terminal I O Carrier IC200CHS002 Spring Style Terminal I O Carrier IC200CHS005 Compact Terminal St
2. ERM Gola The programmer must be communicating with the NIU The configuration software has a set of communications parameters that need to be correctly set for communicating with the PROFIBUS NIU To check these parameters in the Tools menu select Communications Setup If the communications parameters shown are not correct you can change them Choose DEFAULT on the Devices tab to select COM1 as the serial port and lt NULL gt as the SNP ID You can make additional changes by selecting Edit or by going to the Ports tab Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 11 4 12 Storing a Configuration to the PROFIBUS NIU After completing a configuration in the programmer the configuration must be stored to the PROFIBUS NIU In the Tools menu select Load Store Verify and click on Store When a configuration is stored the NIU automatically drops off the bus until the store is complete The NIU then comes back on the bus Storing a configuration disables autoconfiguration so the NIU will not overwrite a software configuration with an autoconfiguration during subsequent startups If a store operation is aborted autoconfiguration may occur The NIU also autoconfigures if the programmer cable is disconnected or power is cycled on the NIU before the store completes If there are any mismatched missing or extra modules the store operation conti
3. Multiple PROFIBUS DP Network Slave Modules may be used in the same VersaMax PLC Chapter 1 Introduction Power Supplies An AC or DC Power Supply module installs directly on the NIU The Power Supply provides 5V and 3 3V power to the modules in the station Additional power supplies can be installed on special booster carriers if needed for systems where the number of modules creates the need for a booster No booster supply is needed to power conventional I O modules GE a u VersaMax N a 24 VDC 11 W POWER SUPPLY f a I WARNING I H EXPLOSION HAZARD WHEN IN HAZARDOUS Denes LOCATIONS TURN OFF fe TI POWER BEFORE REPLACING OR WIRING a BI MODULES m IND CONT EQ FOR HAZ LOC i CLASS I DIV 2 i GROUPS ABCD IL 71 Temp Code T4A p Tt Ambient 60C f a Ss oo T E I u MADE IN USA i IC200PWRO01 or USED Available Power Supplies and Carrier The following VersaMax power supplies and carrier are available 24VDC Power Supply IC200PWRO01 24VDC Expanded 3 3V Power Supply IC200PWRO02 120 240VAC Power Supply IC200PWR101 120 240VAC Expanded 3 3V Power Supply IC200PWR102 12VDC Power Supply IC200PWR201 12VDC Expanded 3 3V Power Supply IC200PWR202 Power Supply Booster Carrier IC200PWB001 Power supplies are described in the VersaMax Modules Power Supplie
4. The main rack is rack 0 Additional racks are numbered 1 to 7 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C In an I O Station that has one expansion rack attached to the expansion bus by a non isolated Expansion Receiver Module IC200ERM002 the expansion rack must be configured as rack 1 VersaMax I O Station Main Rack Sh ee il PS l TE NIU VersaMax Expansion Rack j TE ERM In an I O Station with an Expansion Transmitter Module IC200BTMO01 and up to seven expansion racks each with an Expansion Receiver Module IC200ERMO001 or IC200ERMO02 the additional racks are configured as rack 1 through rack 7 VersaMax I O Station Main Rack 0 ETm ps g bc Niu TEA LAT EA 4 fs a PS 15M with any IC200ERM002 ERMs I N 750M with all IC200ERM001 ERMs ia ERM Saale nal VersaMax ExpansionRack 7 PS Sl 3 09 Terminator Plug J ERM Slo m sun man mm mm m
5. GFK 1534C Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 7 Software Configuration of the PROFIBUS NIU and I O Station Software configuration provides greater flexibility than autoconfiguration in setting up an I O Station Software configuration is done using the Remote I O Manager configuration software The software is available with a programmer cable as catalog number IC641CFG110 or without a programmer cable as catalog number IC641CFG100 The Remote I O Manager software can be used to configure I O Stations with different types of NIU for example an Ethernet Genius or PROFIBUS NIU It can also be use for CPU configuration Details of installing and working with the configuration software are given in the Remote I O Manager Software User s Guide GFK 1847 The Remote I O Manager software runs on a computer equipped with Windows 95 98 NT 4 0 or Windows 2000 Note that VersaPro 1 1 and the NIU Configuration software cannot be installed on the same machine If VersaPro 1 1 is present you will be prompted to un install it Notes on Using the Configuration Software 1 The same Remote I O Manager software can configure different types of VersaMax NIUs and all supported IO modules 2 Empty slots are allowed in an NIU configuration unlike an autoconfiguration 3 The I O Station cannot include the following communication modules IC200BEMO02 and IC200BEM103 4 The reference addresses assigned to
6. Autoconfiguration starts at slot 1 of rack 0 the main rack and continues in the same order the modules occupy in the I O Station Autoconfiguration stops at the first empty slot or faulted module For example if there are modules in slots 1 2 3 5 and 6 but slot 4 is empty the modules in slots 5 and 6 are not autoconfigured The NIU reports Extra I O Module faults For the autoconfiguration process to work as expected any additional power supplies in the I O Station must be powered up at exactly the same time or before the main power supply Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 13 Autoconfiguration Assigns Reference Addresses The NIU stores data internally as discrete input bits discrete output bits analog input words and analog output words NIU Data Memories discrete input bits Al analog input words Q discrete output bits AQ analog output words During autoconfiguration the NIU automatically looks at the modules installed in the I O Station and assigns them to addresses in this internal I O map Reference addresses are assigned in ascending order For modules that have multiple data types for example mixed I O modules each data type is assigned reference addresses individually Modules that have software configurable features use their default settings when autoconfigured These features are described in the VersaMax Modules Power Supplies and Carriers M
7. The Network Interface Unit installs on a 35mm x 7 5mm conductive DIN rail A VersaMax power supply module mounts directly on the right side of the NIU LEDs on the left side indicate the presence of power and show the operating mode and status of the NIU Three rotary dials beneath a clear protective door are used to configure the NIU s address on the PROFIBUS network The 9 pin D shell connector is used to connect the bus cable 3 2 NIU Specifications Number of modules 64 I O modules per NIU Up to 8 Racks with a maximum of 8 I O modules per rack I O data 375 bytes maximum Up to 244 bytes of inputs or 244 bytes of outputs Configuration data 64 bytes maximum Slave diagnostic data 5 bytes maximum PROFIBUS network address 1 to 125 PROFIBUS network data rate 9 6Kbaud to 12Mbaud Indicators 5 Power LED to indicate power OK LED to indicate health of the NIU Fault LED to indicate presence of faults Network LED to indicate health of the PROFIBUS network Force LED not used Power Consumption 5V at 250mA 3 3V at 10mA VersaMax PROFIBUS Network Modules User s Manual March 2012 GFK 1534C Network Interface Unit Operation Before input and output data can be exchanged with the network master the master sends the NIU a message containing the configuration the master has for the NIU The NIU verifies this configuration with its own configuration If the two configurations match exactly the master may begin to
8. nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnen 5 1 NSM Specifications aniei aeia eaa iaeia eiaa 5 2 The Communications Carrier c ccccccceceeeeeeeecceeeeeeeeeseenaeeeeeeeeeeeesnaeees 5 3 Network Slave Module Configuration ssseeeeeeeeieseeereeeeerreserrsserresrernssenn 5 4 Network Slave Module Operation 44242444440400n nenne ennnnnnenennnnn nn 5 7 Network Slave Module Status Data 44440400snnn ne ennennnennnnnnnen 5 8 Syni Freeze Operation raarrit nad 5 9 PROFIBUS Communications uuuruununnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnannnn 6 1 PROFIBUS Operaties naa a a aa aaa Daa DSi 6 2 Communications States cccccceceecceceeeeeeeceeceeeeeeeeeeseceaeaeeeeeeesesensnaeeeeees 6 5 Reading NIU NSM Diagnostics Read_DP_Slave_Diagnostic_Information 6 7 Setting NIU NSM Communications Parameters Send_Parameter_Data 6 10 Checking the NIU NSM Configuration Check_Configuration_Data 6 12 I O Data Exchange Transfer_Input_and_Output_Data 6 15 Synchronizing I O Data Global_Comntrol ceeccceeeeeeeeeeeenteeeeeenteeeeeenaes 6 16 Additional Messages for Programming Devices Class 2 Masters 6 18 VersaMax PROFIBUS DP Network Slave Modules March 2012 GFK 1534C Chapter 1 GFK 1534C Introduction This manual describes installation and operation of the VersaMax Profibus DP slave modules Chapter
9. Chapter 6 PROFIBUS Communications 6 3 6 4 The formats of these messages are described on the following pages A class 2 master can use the following commands to obtain information about the NIU or NSM m Read_Input_Data and Read_Output_Data messages provide information about input and output data m Read_Configuration_Data can be used to read configuration information Note that the Change_Station_Address function is not supported by the PROFIBUS NIU or NSM VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Ls Communications States A VersaMax NIU or NSM cannot communicate on the PROFIBUS network until the master provides it with appropriate communications parameters After successful powerup the NIU NSM waits for a Send_Parameter_Data message from the master After receiving the parameter data the NIU NSM checks its validity and sends an acknowledgment to the master If the data was valid the NIU or NSM next waits for a Check_Configuration_Data message from the master When the NIU NSM receives this message it checks its own configuration to be sure it matches what is expected by the master The NIU or NSM sends a positive or negative acknowledgment to the master depending on the validity of the configuration message If the configuration sent by the master does not match that of the NIU or NSM the NIU NSM goes back to the Wait_Parameter state If the NIU or NSM has accepted both the
10. The Network Slave Module acts as an interface between the PROFIBUS DP network and the VersaMax CPU It receives data from a PROFIBUS DP master on the network then sends the data as inputs to the CPU over the VersaMax backplane The CPU sends the NSM output data over the backplane The NSM then provides the data to a PROFIBUS master via the network The overall data total input plus output data for the NSM is 384 bytes Input Data Sent by the Master to the NSM The master sends the Network Slave Module a message containing up to 244 bytes of data The NSM stores this data into the PLC reference tables as configured First byte Last byte lt a Data from Master to Network Slave Module To E p gt NSM nn Data Length 244 bytes Output Data Sent by the NSM to the Master The Network Slave Module receives up to 244 bytes of output data from the VersaMax CPU This data is taken out ofthe PLC reference tables as configured First byte Last byte lt a Data from Network Slave Module to Master To Master Maximum Data Length 244 bytes on GFK 1534C Chapter 5 The PROFIBUS Network Slave Module 5 7 5 8 Network Slave Module Status Data The PROFIBU S Network Slave Module does not log faults in the PLC fault tables Any status information is available in the NSM Status Area An indication of valid input data is provided by the Data Exchange Active bit If the NSM loses communication with the PROFIBU
11. 7 6 5 4 3 2 1I0 Bit 0 3 Length of Manufacturer Specific Data not used in Profibus NIU always 0 Bit 4 5 Always 0 Indicates Special Identifier Format Bits 6 7 Input or Output or Both 00 reserved 01 One Length Byte follows with length of input only 10 One Length Byte follows with length of output only 11 Two Length Bytes follow first byte is length of output second byte is length of input Length Byte 7 6 5 4 3 2 1I0 Bit 0 5 Length of inputs or outputs or both equal length 0 1 unit units defined by Bit 6 1 2 units 63 64 units Bit 6 Byte or Word 0 byte 1 word Bit 7 Consistency Over 0 byte or word 1 whole length not used in Profibus NIU 6 14 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Ls I O Data Exchange Transfer_Input_and_Output_Data GFK 1534B After the master receives a positive acknowledgment to its Check_Configuration_Data message it enters the Data Exchange state and continually sends output data and retrieves input data from each slave device in a round robin manner The master uses the Transfer_Input_and_Output_Data message for this purpose The master first sends the output data for the slave device and for the VersaMax NIU or NSM this data message is the Output Data message described in Chapters 3 and 4 The
12. Chapter 2 Installation 2 9 2 10 Bus Termination Termination resistors are needed as defined in DIN 19245 Part 1 section 3 1 2 5 Master Slave Slave Slave Slave Slave Termination Required Segment 1 One terminator must be applied at each end of a network segment Master Slave Slave Slave Slave Slave Termination Required Segment 2 Termination Required Segment 1 Generally termination is provided in commercially available PROFIBUS standard network connectors Some connector vendors provide termination capability in the connector and a switch on the connector to enable disable termination Some connector vendors provide both terminated and unterminated connectors Important For proper network termination it is essential that the terminating devices maintain power Power is provided by the device on Pin 6 and Ground on Pin 5 If power is lost to either terminating device the network may not operate correctly Generally the lone network master device is one of the terminating devices Therefore a loss of power to the network master renders the network inoperable anyway The other terminating device may be a critical slave device which must maintain power or a separately powered stand alone terminator These stand alone devices are commercially available VP 6 Ru 390 Ohms RxD
13. Power supply installation 2 4 2 8 PROFIBUS network 1 4 Profibus Protocol Specification DIN 19245 6 15 Profibus Trade Organization 4 16 R Read_Configuration_Data 6 4 6 18 Read_DP_Slave_Diagnostic_Information 3 8 6 3 6 7 6 15 Read_Input_Data 6 4 6 18 Read_Output_Data 6 4 6 18 Reference address assignment 4 14 Remote I O Manager User s Manual 1 2 Rotary switches 2 5 Screws 2 2 Send_Parameter_Data 6 3 6 5 6 10 Slots 4 1 4 2 4 13 Special Identifier Byte 6 14 Specifications 3 2 5 2 Specifications 1 15 Status data 3 5 5 8 Surge protection 2 18 Sync operation 3 9 5 9 Index 2 VersaMax PROFIBUS DP Network Slave Modules March 2012 Synchronization mode 6 10 Synchronize the I O data of multiple NIUs 6 16 T Technical Support See page iii Token passing 6 2 Transfer_Input_and_Output_Data 6 3 6 15 6 16 Transmission time 6 3 V VersaMax PLC User s Manual 1 2 Vibration resistance 2 2 W Wait_Parameter 6 5 6 12 Watchdog time 6 10 GFK 1534C
14. configuration software Configuration limits Configuring racks and slots Even though a VersaMax I O Station does not have a module rack both autoconfiguration and software configuration use the traditional convention of racks and slots to identify module locations Software configuration of the PROFIBUS NIU and I O Station Software configuration provides greater flexibility than autoconfiguration in setting up an I O Station Software configuration is done using the Remote I O Manager configuration software Autoconfiguration of the PROFIBUS NIU and I O Station Autoconfiguration provides a default configuration for the NIU and I O Station and does not require the use of a programmer I O modules that have software configurable features always use their default settings when autoconfigured PROFIBUS network configuration The PROFIBUS NIU must also be configured as a slave on the PROFIBUS Network Before a controller can communicate with the NIU it must send the NIU a configuration message Note PROFIBUS network configuration of a PROFIBUS Network Slave module is discussed in chapter 5 4 1 Using Autoconfiguration or Programmer Configuration The PROFIBUS NIU and I O Station can be either autoconfigured or configured from a programmer using the Remote I O Manager configuration software The choice of which configuration method to use depends on the nature of the system Autoconfiguration Autocon
15. control operations So the total maximum length of the output message from the nn is 244 bytes First Fr Output Data Message Last aa z conoi Discrete and Discrete and Analog Module Output Data Module Output Data 2 bytes gt lt Maximum Output Data Length 242 bytes gt Maximum Total Length 244 bytes gt Ni GFK 1534C Chapter 3 The PROFIBUS Network Interface Unit 3 3 3 4 Output Defaults On powerup when the bus is broken or when communications errors occur all outputs go to their configured default state when the PROFIBUS watchdog timer expires This timer is set by the Send_Parameter_Data message from the PROFIBUS master device see appendix A Outputs remain at the Output Default State until the module receives output data from the master Discrete output data defaults to 0 while analog output data holds its last state Network Interface Unit Status Control Data Formats The master application is able to access fault information from the NIU s internal fault table which can store up to 32 faults The internal fault table operates as a First In First Out stack When fault 33 occurs fault 1 is dropped from the table These faults can include both faults provided by the I O modules and diagnostic information provided by the NIU itself Faults are reported to the master application automatically in the NIU s normal input data sent to the master as previously explained In additi
16. Power Supplies and Carriers Manual GFK 1504 Mounting instructions Installing a PROFIBUS NIU Installing additional modules Installing a PROFIBUS NSM Installing the PROFIBUS cable Observing the module LEDs Installing an Expansion Transmitter module Installing an Expansion Receiver module CE Mark installation requirements 2 1 2 2 Mounting Instructions All VersaMax modules and carriers in the same PLC rack must be installed on the same section of 7 5mm x 35mm DIN rail which must be electrically grounded to provide EMC protection The rail must have a conductive unpainted corrosion resistant finish DIN rails compliant with DIN EN50032 are preferred For vibration resistance the DIN rail should be installed on a panel using screws spaced approximately 5 24cm 6 inches apart DIN rail clamps available as part number IC200ACC313 can also be installed at both ends of the station to lock the modules in position Panel Mounting For maximum resistance to mechanical vibration and shock the DIN rail mounted module must also be installed on a panel Using the module as a template mark the location of the module s panel mount hole on the panel Drill the hole in the panel Install the module using an M3 5 6 screw in the panel mount hole Note 1 Tolerances on all dimensions are 0 13mm 0 005in non cumulative Note 2 1 1 1 4Nm 10 12 in Ibs of torque should
17. Station system Expansion racks can be located up to 750 meters from the main VersaMax PLC or VersaMax I O Station rack Expansion racks can include any VersaMax I O option or communications module VersaMax provides automatic addressing that can eliminate traditional configuration and the need for hand held devices Multiple field wiring termination options provide support for two three and four wire devices For faster equipment repair and shorter Mean Time To Repair the hot insertion feature enables addition and replacement of I O modules while a machine or process is running and without affecting field wiring Chapter 1 Introduction 1 4 PROFIBUS DP PROFIBUS is a serial fieldbus that is used to exchange control and I O information The VersaMax PROFIBUS Network Interface Unit supports PROFIBUS DP protocol which is used for high speed data transfer at the I O level including sensors and actuators PROFIBUS serves both master and slave devices m Master devices are able to control the bus When it has the right to access the bus a master may transfer messages as it desires m Slave devices are simple peripheral devices such as sensors actuators transmitters or a modular I O unit such as the VersaMax PROFIBUS Network Interface Unit Slaves have no bus access rights they may only acknowledge received messages or at the request of a master transmit messages to that master The protocol architecture of PROFIBUS is base
18. be applied to M3 5 6 32 steel screw threaded into material containing internal threads and having a minimum thickness of 2 4mm 0 093in SEE NOTE 2 4 3mm M3 5 6 SCREW D 1701n SPLIT LOCK 2 j FLAT WASHER 4 3mm j 0 170in 15 9mm 0 62in REF 5 1mm N 0 200in A TAPPED HOLE IN PANEL VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Installing a PROFIBUS Network Interface Unit If the I O Station will have more than one expansion rack or one expansion rack that uses an Isolated Expansion Receiver Module IC200ERM001 as its interface to the expansion bus an Expansion Transmitter Module must be installed to the left of the NIU The Expansion Transmitter Module must be installed on the same section of DIN rail as the rest of the modules in the main rack rack 0 See the instructions for installing expansion equipment at the end of this chapter Clearance Required for the NIU Maintain a clearance of 2 inches 5 1cm above and below the equipment and 1 inch 2 54cm to the left Additional clearance requirements are shown below a I D 133 4mm 5 25in ae 1 85 9mm z 3 38in BEN 1 Allow sufficient finger clearance for opening NIU door 2 Allow adequate clearance for communications cables 3 Allow adequate space for power wiring GFK 1534C Chapter 2 Install
19. cable from the expansion port on the Expansion Transmitter to the Expansion Receivers as shown below If all the Expansion Receivers are the Isolated type IC200ERMOO1 the maximum overall cable length is 750 meters If the expansion bus includes any non isolated Expansion Receivers IC200ERMOO2 the maximum overall cable length is 15 meters VersaMax PLC or I O Station Main Rack 0 ETM PS g f aS _ Al cCPUNU Olololololiol a VersaMax ExpansionRack 1 _ PS 15M with any C 1 C IC200ERM002 ERMs U Ho 750M with alt IC200ERM001 ERMs SERM Salon VersaMax ExpansionRack 7 iS D Cy Terminator Plug ERM oala aaaea Install the Terminator Plug Supplied with the Expansion Transmitter module into the lower port on the last Expansion Receiver Spare Terminator Plugs can be purchased separately as part number IC200ACC201 Qty 2 RS 485 Differential Inter Rack Connection IC200CBL601 602 615 PIN PIN 2 FRAME N N 2 FRAME 3 FRAME 3 FRAME i 5 RIRO 5 RIRQ z Expansion 6 RIRG 6 RIRQ Expansion Transmitter or 8 RUN 8 RUN Transmitter Expansion o
20. exchange input and output data Input Data Sent by the NIU to the Master The NIU sends one input message containing the data from all discrete input 1 and analog input Al areas configured in the NIU s network I O map The data is sent in the same sequence the modules occupy in the I O Station If a module provides both discrete and analog input data its discrete data is placed before its analog data The maximum overall length of input data is 242 bytes An additional 2 bytes at the start of the message are used by the NIU for status data to the master application So the total maximum ee of the input message from the NIU is 244 bytes First al Input Data Message Last aa Discrete and Discrete and Analog Module input Data Module Input Data 2 bytes gt nn Input Data Length 242 bytes e 4 Maximum Total Length 244 bytes gt He Output Data Sent by the Master to the NIU The master sends the NIU one output message containing all of the output data for the configured discrete output Q and analog output AQ areas configured in the NIU s network I O map The data is received in the same sequence the modules occupy in the I O Station If a single module receives both discrete and analog output data its discrete data is located before its analog data The maximum overall length of this output data is 242 bytes An additional 2 bytes at the start of the message are used by the master for
21. is not operational SM has detected a data rate on the PROFIBUS network The actual data rate is provided in Bits 4 7 valid only if bit 3 1 2Mbaud 5 187 5 Kbaud 1 6Mbaud 6 93 75 Kbaud 2 3 Mbaud 7 45 5 Kbaud 3 1 5 Mbaud 8 19 2 Kbaud 4 500 Kbaud 9 9 6 Kbaud Byte 2 7 le J5 l4 lhs l2 l lo VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Sync Freeze Operation The NSM supports the PROFIBUS standard Sync and Freeze operations A master device capable of the Sync and Freeze operations may periodically issue Sync and or Freeze commands to the NSM Sync Command The Sync command is used by the master device to simultaneously drive the output values of a group of slave devices The Sync command is a multicast command and is received by all of the slave devices belonging to the same group The group that a slave belongs to is identified in the Send Parameter step of the PROFIBUS configuration process See chapter 6 for information about PROFIBUS operation When a slave device receives the Sync command it immediately applies the last output values received from the master and ignores any subsequent output values Each time the master sends a Sync command the slave will repeat this procedure In this way a master device can drive a group of slave devices in a synchronized manner When the master sends the Unsync command the slave devices no longer ignore subsequent
22. match its own Extended The NIU NSM sets this bit to 1 if new diagnostic information is available A new diagnostic ult or the clearing of faults may cause this bit to be set to 1 Not sup ported The NIU NSM sets this bit to 1 if it receives a request for a function that it does not support wo gt nvalid response The master sets this bit to 1 if it receives an inconsistent response from the U NSM The NIU NSM sets this bit to 0 Parameter fault The NIU NSM sets this bi the last parameter frame was faulty wrong length ID or parameters 7 Master lock The master sets this bit to 1 if the address in byte 4 is not its own address indicating the NIU NSM has been parameterized by another master The U NSM sets this bit to 0 Parameters The NIU NSM sets this bit to 1 if it needs to be reparameterized and required reconfigured The bit stays set until parameterization is finished Static diagnostics T Station Status Byte 2 EE 1 he NIU NSM sets this bit to 1 if it wants the master to request diagnostics For example the NIU NSM would set this bit if it is not able to provide valid user data The master should continue to request diagnostic data until the NIU NSM resets this bit to 0 Set to 1 by the NIU NSM Watchdog on If the NIU NSM sets this bit to 1 it indicates that the Watchdog Control in the NIU NSM has been activated 4 Freeze mode The NIU NSM sets this bit to 1 when it receives the Freeze comma
23. output values Output values from the network are applied as usual Freeze command The Freeze command is used by the master device to take a snapshot of the input data from a group of slave devices at the same moment in time The Freeze command is a multicast command and is received simultaneously by all of the slave devices belonging to the same group The group that a slave belongs to is identified in the Send Parameter step of the PROFIBUS configuration process See chapter 6 for information about PROFIBUS operation When a slave device receives the Freeze command it immediately updates its input data values to the network and freezes them i e the input values are no longer updated to the network Each time the master sends a Freeze command the slave will repeat this procedure In this way a master device can read inputs that all occurred at the same moment from a group of slave devices i e not in the usual polling sequential manner When the master sends the Unfreeze command the slave devices no longer freeze the input values Input values are updated to the network as usual GFK 1534C Chapter 5 The PROFIBUS Network Slave Module 5 9 Chapter 6 GFK 1534C PROFIBUS Communications This section describes communications that are controlled by the master through the application program PROFIBUS operation NIU NSM Communications States Reading NIU NSM Diagnostics Read_DP_Slave_Diagnostic_Information Setting NIU NS
24. per Point 6 Point Module Mixed 16 Point Grouped Input 24VDC Pos Neg Logic 8 Pt Relay IC200MDD845 Output 2 0A per Pt Isolated Form A Mixed 240VAC In Isolated 4 Point Output Relay 2 0A Isolated 8 IC200MDD850 Point Module Analog Mixed Module Input Current 4 Channels Output Current 2 IC200ALG430 Channels Analog Mixed Module 0 to 10VDC Input 4 Channels Output 0 to IC200ALG431 10VDC 2 Channels Analog Mixed Module 12 Bit 10 to 10VDC Input 4 Channels IC200ALG432 Output 10 to 10VDC 2 Channels 6 Bytes per Module Mixed 24VDC Positive Logic Input 20 Point Output 12 Point 4 IC200MDD841 High Speed Counter PWM or Pulse Train Configurable Points Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 5 4 6 Configuring Racks and Slots Even though a VersaMax I O Station does not have a module rack both autoconfiguration and software configuration use the traditional convention of racks and slots to identify module locations Each logical rack consists of the NIU or an Expansion Receiver module plus up to eight additional I O and option modules mounted on the same DIN rail Each I O or option module occupies a slot The module next to the NIU or Expansion Receiver module is in slot 1 Booster power supplies do not count as occupying slots Booster Power Main Rack rack 0 Supply w
25. 00MDD845 Relay Output 2 0A per Pt Isolated Form A Mixed 120VAC Input 8 Point Output Relay 2 0A per Point 8 IC200MDD846 Point Module Mixed 240VAC Input 8 Point Output Relay 2 0A per Point 8 IC200MDD847 Point Module Mixed 120VAC Input 8 Point Output 120VAC 0 5A per Point IC200MDD848 Isolated 8 Point Module Mixed 120VAC In Isolated 8 Point Output Relay 2 0A Isolated IC200MDD849 8 Point Module Mixed 240VAC In Isolated 4 Point Output Relay 2 0A Isolated IC200MDD850 8 Point Module Output Relay 2 0A per Point Isolated Form A 16 Point Module IC200MDL940 Analog Input Modules Analog Input Module 12 Bit Voltage Current 4 Channels IC200ALG230 Analog Input Module 16 Bit Voltage Current 1500VAC IC200ALG240 Isolation 8 Channels Analog Input Module 12 Bit Voltage Current 8 Channels IC200ALG260 Analog Input Module 16 Bit RTD 4 Channels IC200ALG620 Analog Input Module 16 Bit Thermocouple 7 Channels IC200ALG630 Analog Output Modules Analog Output Module 12 Bit Current 4 Channels IC200ALG320 Analog Output Module 12 Bit Voltage 4 Channels 0 to IC200ALG321 10VDC Range Analog Output Module 12 Bit Voltage 4 Channels 10 to IC200ALG322 10VDC Range Analog Output Module 16 Bit Voltage Current 1500VAC IC200ALG331 Isolation 4 Channels Chapter 1 Introduction 1 9 Analog Mixed I O Modules Analog Mixed Module Input Current 4 Channels Output IC200ALG430 Current 2 Channels Analog Mixed Module 0 to 10VDC I
26. 1 Introduction provides an overview of VersaMax products Chapter 2 Installation provides power requirements cable specifications grounding and module installation Chapter 3 PROFIBUS DP Network Interface Unit provides specifications and operating details for the IC200PBI1001 NIU Chapter 4 Configuration describes the configuration procedures for a PROFIBUS NIU and I O Station Chapter 5 PROFIBUS DP Network Slave Module NSM specifications configuration and operating details for the IC200BEM002 NSM Chapter 6 PROFIBUS communications and diagnostics 1 1 Other VersaMax Manuals VersaMax Modules Power Supplies and Describes VersaMax I O and option modules Carriers User s Manual GFK 1504 power supplies and carriers This manual also provides detailed system installation instructions VersaMax PLC User s Manual GFK 1503 Describes the installation and operation of the VersaMax CPUs VersaMax Ethernet Network Interface Unit Describes the installation and operation of the User s Manual GFK 1860 Ethernet Network Interface Unit module Remote I O Manager User s Guide Gives step by step instructions for using the GFK 1847 Remote I O Manager configuration software VersaMax DeviceNet Communications Describes the installation and operation of the Modules User s Manual GFK 1533 DeviceNet NIU VersaMax Genius NIU User s Manual Describes the installation and operation of the GFK 1535 Genius NIU VersaMax PROFI
27. 9 RUN 9 RUN o or i 020 080 f Receiver 222 12 RERR 12 RER gt 808 Expansion 0280 S 13 RERR 13 RER I o2o h Module 299 16 10DT 46 10DT 26 Receiver Transmitting 080 r ena u Kor je 2 e Module AHE d Yo o ivi pon a 22 21 RSEL 21 RSEL 208 Receiving _ 24 1OCLK 24 iocLk Port 25 lOCLk 25 1OCLK 7 ov 7 ov 23 ov 23 ov 1 SHIELD x x 1 SHIELD VARIABLE SEE 26 PIN 26 PIN FED 26 PIN 26 PIN FEMALE MALE MALE FEMALE GFK 1534C Chapter 2 Installation 2 15 Building a Custom Expansion Cable Custom expansion cables can be built using Connector Kit IC200ACC202 Crimper AMP 90800 1 and Belden 8138 Manhattan CDT M2483 Alpha 3498C or equivalent AWG 28 0 089mm cable Connecting the Expansion Cable Single ended For a system with one non isolated expansion rack IC200ERMO002 and NO Expansion Transmitter connect the expansion cable from the serial port on the VersaMax NIU to the Expansion Receiver as shown below The maximum cable length is one meter Cables cannot be fabricated for this type of installation cable IC200CBL600 must be ordered separately VersaMax PLC or NIU I O Station Main Rack al s ee CPUJ NIUJ l PS E _ No Terminator Plug is needed in a single ended installation however it will not impede system operation if installed Si
28. BUS Master Module Describes the installation configuration and User s Manual GFK 2740 operation of the C200BEM003 VersaMax PROFIBUS Master module Additional Information about PROFIBUS DP For detailed information about PROFIBUS please contact PROFIBUS International organization at http www profibus com 1 2 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C The VersaMax Family of Products GFK 1534C The VersaMax family of products provides universally distributed I O that spans PLC and PC based architectures Designed for industrial and commercial automation VersaMax I O provides a common flexible I O structure for local and remote control applications The VersaMax PLC provides big PLC power with a full range of I O and option modules VersaMax I O Stations with Network Interface Modules make it possible to add the flexibility of VersaMax I O to other types of networks VersaMax meets UL CUL CE Class1 Zone 2 and Class Division 2 requirements As a scaleable automation solution VersaMax I O combines compactness and modularity for greater ease of use The 70 mm depth and small footprint of VersaMax I O enables easy convenient mounting as well as space saving benefits Modules can accommodate up to 32 points of I O each The compact modular VersaMax products feature DIN rail mounting with up to eight I O and option modules per rack and up to 8 racks per VersaMax PLC or VersaMax I O
29. Data unless a new fault is detected or an existing fault condition persists and the fault is relogged 3 8 VersaMax PROFIBUS Network Modules User s Manual March 2012 GFK 1534C Sync Freeze Operation GFK 1534C The NIU supports the PROFIBUS standard Sync and Freeze operations A master device capable of the Sync and Freeze operations may periodically issue Sync and or Freeze commands to the NIU Sync Command The Sync command is used by the master device to simultaneously drive the output values of a group of slave devices The Sync command is a multicast command and is received by all of the slave devices belonging to the same group The group that a slave belongs to is identified in the Send Parameter step of the PROFIBUS configuration process See chapter 6 for information about PROFIBUS operation When a slave device receives the Sync command it immediately applies the last output values received from the master and ignores any subsequent output values Each time the master sends a Sync command the slave will repeat this procedure In this way a master device can drive a group of slave devices in a synchronized manner When the master sends the Unsync command the slave devices no longer ignore subsequent output values Output values from the network are applied as usual Freeze command The Freeze command is used by the master device to take a snapshot of the input data from a group of slave devices at the same moment in ti
30. GE Intelligent Platforms Programmable Control Products VersaMax PROFIBUS DP Network Slave Modules User s Manual GFK 1534C March 2012 GFL 002 Warnings Cautions and Notes as Used in this Publication Warning notices are used in this publication to emphasize that hazardous voltages currents temperatures or other conditions that could cause personal injury exist in this equipment or may be associated with its use In situations where inattention could cause either personal injury or damage to equipment a Warning notice is used Caution notices are used where equipment might be damaged if care is not taken Note Notes merely call attention to information that is especially significant to understanding and operating the equipment This document is based on information available at the time of its publication While efforts have been made to be accurate the information contained herein does not purport to cover all details or variations in hardware or software nor to provide for every possible contingency in connection with installation operation or maintenance Features may be described herein which are not present in all hardware and software systems GE Intelligent Platforms assumes no obligation of notice to holders of this document with respect to changes subsequently made GE Intelligent Platforms makes no representation or warranty expressed implied or statutory with respect to and assumes no responsibility
31. Guide GFK 1847 GFK 1534C Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 9 4 10 Configuring NIU Parameters NIU configuration establishes the basic operating characteristics of the Network Interface Unit When a programmer is first connected the NIU communicates using the default communications parameters 19 200 baud odd parity one start bit one stop bit and eight data bits If these parameters are re configured the new configuration for the serial port is not actually installed until the programmer is removed Once these new settings take effect they will be used at powerup instead Data Rate Data transmission rate in bits per 19200 4800 9600 19200 bps second Parity Determines whether parity is added to words Odd Even None Stop Bits Number of stop bits used in transmission 1 1 2 Most serial devices use one stop bit slower devices use two Expansion In an expansion system with one or more Extended Extended Normal Bus Speed Isolated Expansion Receiver Modules Distance IC200ERMO001 the default bus speed is 250kHz Extended Distance If the bus is less than 250 meters this parameter can be changed to Normal 1MHz If no Isolated Receiver Module is present the bus speed defaults to Normal 3Mhz Configuring I O References As I O modules are added to the configuration the configuration software keeps a running total of input output memory If the modules added cons
32. M Communications Parameters Send_Parameter_Data Checking the NIU NSM Configuration Check_Configuration_Data l O Data Exchange Transfer_Input_and_Output_Data Synchronizing I O Data Global_Control Additional Messages for Programming Devices Class 2 Masters O Reading the NIU NSM configuration Read_Configuration_Data O Reading the NIU NSM I O buffers Read_Input_Data and Read_Output_Data 6 1 s PROFIBUS Operation The PROFIBUS protocol utilizes both token passing and master slave communications for optimal efficiency Logical Token Ring Among Master Devices Fd Zee gt NENNEN Slaves m Token passing regulates which master device is currently controlling the bus When a master controls the bus it may communicate with other master devices or with slave devices such as a PROFIBUS NIU or NSM The token circulates from one master to another in the order of ascending addresses m Slave devices can never receive a token Their communications are completely controlled by the master that currently holds the token The slave device receives data or responds to a specific request for data from that master For a certain time after a master receives a token it is allowed to exercise the master function on the bus It can communicate with all slave stations in a master slave relationship and with all master stations in a master master relationship The protocol recognizes the addition or removal of masters It als
33. Make sure rack power is off Attach the Expansion Transmitter to DIN rail to the left of the NIU position Install the NIU as instructed Connect the modules and press them together until the connectors are mated After completing any additional system installation steps apply power and observe the module LEDs On indicates presence of 5VDC power Off indicates no 5VDC power PWR C EXP TX C U Blinking or On indicates active communications on expansion bus Off indicates no communications Removing an Expansion Transmitter Module 1 2 3 2 12 Make sure rack power is off Slide module on DIN rail away from the NIU in the main rack Using a small screwdriver pull down on the tab on the bottom of the module and lift the module off the DIN rail VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Installing an Expansion Receiver Module An Expansion Receiver Module IC200ERM001 or 002 must be installed in the leftmost slot of each VersaMax expansion rack GFK 1534C 1 Insert the label inside the access door at the upper left corner of the module Attach the module to the DIN rail at the left end of the expansion rack Select the expansion rack ID 1 to 7 using the rotary switch under the access door at upper left corner of the module ach KOE 654 Install the Power Supply module on top of the Expansion Receiver Attach
34. PROFIBUS Master device to communicate to the NSM always be careful to do the following 1 2 Provide the correct GSD file GEF_0869 GSD for the NSM Match the network address to that assigned on the Settings screen of the VersaMax PLC Configuration First enter each of the NSM input data areas To correctly configure the master to communicate to the NSM it is necessary to first enter each and every input data area as they appeared on the NSM Input Data Area configuration screen Note that an NSM Input Data Area represents an output from the network master For example if an Input Data Area specified 2 bytes of input data the master must be configured for 2 bytes of output data or the 2 Byte OUTPUTS option must be selected if using a network configuration tool that provides full support Empty input data areas can be ignored Second enter each of the NSM output data areas Enter each and every output data area as they appear on the NSM Output Data Area configuration screen Note that an NSM Output Data Area represents an input to the network master For example if an Output Data Area specified 2 bytes of output data the master must be configured for 2 bytes of input data or the 2 Byte INPUTS option must be selected if using a properly equipped network configuration tool Empty output data areas can be ignored VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Network Slave Module Operation
35. Pos Logic 0 5A 16 Point Module Mixed 120VAC Input 8 Point Output Relay 2 0A per Point 8 Point IC200MDD846 Module Mixed 240VAC Input 8 Point Output Relay 2 0A per Point 8 Point IC200MDD847 Module Mixed 120VAC Input 8 Point Output 120VAC 0 5A per Point IC200MDD848 Isolated 8 Point Module Mixed 120VAC In Isolated 8 Point Output Relay 2 0A Isolated 8 IC200MDD849 Point Module Output Relay 2 0A per Point Isolated Form A 16 Point Module IC200MDL940 Analog Input Module 12 Bit Voltage Current 4 Channels IC200ALG230 Analog Input Module 16 Bit Voltage Current 1500VAC Isolation 8 IC200ALG240 Channels Analog Input Module 12 Bit Voltage Current 8 Channels IC200ALG260 Analog Input Module 16 Bit RTD 4 Channels IC200ALG620 Analog Input Module 16 Bit Thermocouple 7 Channels IC200ALG630 Analog Output Module 12 Bit Current 4 Channels IC200ALG320 Analog Output Module 12 Bit Voltage 4 Channels 0 to 10VDC IC200ALG321 Range Analog Output Module 12 Bit Voltage 4 Channels 10 to 10VDC IC200ALG322 Range Analog Output Module 16 Bit Voltage Current 1500VAC Isolation IC200ALG331 4 Channels VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C GFK 1534C 3 Bytes per Module Mixed 24VDC Positive Logic Input Grouped 20 Point Output IC200MDD840 Relay 2 0A per Point Grouped 12 Point Module Mixed 24VDC Positive Logic Input Grouped 10 Point Output IC200MDD843 Relay 2 0A
36. S master the NSM sets this bit to 0 and holds the input data in its last state The application program can monitor this bit and take appropriate action if the NSM loses communication with the PROFIBUS master for example override the last input states or drive outputs to 0 Status Data Format Indicates Data Rate Network Status present Exchange Active whether the NSM is actively exchanging data with the PROFIBUS master on the network 0 NSM is not actively exchanging data with the master If input data has never been received the data is set to 0 If input data has already been received it is held in its last state 1 The NSM is actively exchanging I O Data with the PROFIBUS master device The currei nt PROFIBUS network status of the NSM 0 The NSM is in the Wait for Parameter state The master device has not attempted to communicate with the NSM 1 The NSM is in the Wait for Check Configuration state The master device has correctly identified the NSM 2 The NSM is in the Wait for Data Transfer state The master device has correctly verified the configuration of the NSM 3 The NSM is ina PROFIBUS error state An unknown error has been detected on the network The NSM network 0 TheN 1 The N Data rate 0 1 has detected a master device communicating on the PROFIBUS SM has not detected a data rate on the PROFIBUS network The network is disconnected or the PROFIBUS master device
37. TxD P 3 e Rt 220 Ohms RxD TxD N 8 Rd 390 Ohms DGND 5 In addition to the termination shown above the following compensation should be added for 12 Mbit bus technology To from another DC OC OC node VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Observing the Module LEDs When power is applied to the module you can verify proper module status and communications status by checking the module LEDs PROFIBUS Network Interface Unit LEDs PWR OK FAULT NETWO RK FORCE Green when power is applied to the NIU Green when the NIU is operational Amber if the NIU has detected a fault with itself or an I O module Green when the NIU is successfully transferring I O on the network Amber if the NIU fails to be parameterized or rejects the configuration sent by the master device Blinks amber if the node address specified by the rotary switches is invalid OFF when the NIU senses no communication with the master device future indicates the presence of any forced I O value Always OFF PROFIBUS Network Slave Module LEDs GFK 1534C OK OK Y COM C COM Chapter 2 Installation Green when the NSM has completed powerup diagnostics and is successfully communicating over the backplane Blinks green if the NSM is in boot mode or its firmware is being updated Amber if the NSM has detected a fault is not communicating o
38. all the Expansion Receivers are the Isolated type IC200ERMO01 the maximum overall cable length is 750 meters If the expansion bus includes any non isolated Expansion Receivers IC200ERMOO2 the maximum overall cable length is 15 meters VersaMax PLC or I O Station Main Rack 0 ETM PS g D cPu NIU I E ES EI EA EI VersaMax ExpansionRack 1 PS 15M with any S IC200ERM002 ERMs U 750M with all IC200ERM001 ERMs if ERM ala IC200CBL601 Ti VersaMax ExpansionRack 7 602 615 PS j U bc Terminator Plug l ERM IL JC L J CI L 1 1 04 Single ended A PLC or NIU I O Station connected directly to one expansion rack with non isolated Expansion Receiver Module IC200ERMO02 Maximum cable length is 1 meter VersaMax PLC or NIU I O Station Main Rack i an ol PS D STi cPUNIU aa aa aaaea aAa 1M PA VersaMax Expansion Rack 1C200CBL600 PS 0 GFK 1534C Chapter 1 Introduction 1 13 VersaMax Modules for Expansion Racks All types of VersaMax I O and communications modules can be used in expansion racks Some VersaMax analog modules require specific module revisions as list
39. anual GFK 1504 Adding I O modules to an Autoconfigured I O Station If additional I O modules are added to an existing I O Station they do not become part of the autoconfiguration until the NIU is power cycled Clearing an Autoconfiguration To clear an existing autoconfiguration power down the NIU disconnect the NIU from the first I O module and power up the NIU The configuration in the NIU is then cleared An existing software configuration is cleared from the programmer as described previously in this chapter Hot Inserting I O Modules It is possible to hot insert I O modules in an I O Station If the module being replaced already exists in the configuration no other action is necessary to make the module operable 4 14 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Autoconfiguring an I O Station with Expansion Racks GFK 1534C The Expansion Receiver modules must have their rack ID selection dials set correctly Any available rack number can be used for a new expansion rack but they must all be unique no duplicate rack numbers It is best to assign expansion racks numbers from lowest 1 to highest 7 as they are installed If a new expansion rack is added in the future it should be assigned a rack number that is higher than the racks that are already installed If a new expansion rack with a lower rack number is added and the system is then auto configured the racks numbered hi
40. ation 2 3 Installing the NIU on the DIN Rail Removing the NIU from the DIN Rail 1 Turn off power to the power supply 2 If the NIU is attached to the panel with a screw remove the power supply module Remove the panel mount screw 3 Slide the NIU along the DIN rail away from the other modules until the connector disengages 4 With a small flathead screwdriver pull the DIN rail latch tab outward while tilting the other end of the module down to disengage it from the DIN rail Installing the Power Supply on the NIU The power supply module installs directly on top of the NIU The latch on the power supply must be in the unlocked position Align the connectors and the latch post and press the power supply module down firmly until the two tabs on the bottom of the power supply click into place Be sure the tabs are fully inserted in the holes in bottom edge of the NIU Turn the latch to the locked position to secure the power supply to the top of the NIU module 2 4 VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Removing the Power Supply from the NIU Exercise care when working around operating equipment Devices may become very hot and could cause injury Remove power Turn the latch to the unlocked position as illustrated Press the flexible panel on the lower edge of the power supply to disengage the tabs on the power supply from the holes in
41. ave on aPROFIBUS DP network automatically exchanging I O status control and diagnostic data with a master device The NIU interfaces VersaMax I O modules to a PROFIBUS network Together the NIU and its modules form an I O station capable of handling up to 375 bytes of I O data consisting of up to 244 bytes of discrete and analog input data and up to 244 bytes of discrete and analog output data The system host can be any device capable of operating as a bus master PB1001 IC200PBI001 Pa Profibus DP NIU Sf THIS DEVICE COMPLIES WITH PART 150F THE FCC RULES OPERATION IS SUBJECT TO THE FOLLOWING CONDITIONS L D 1 THIS DEVICE MAY NOT CAUSE u01 HARMFUL INTERFERENCE None a meer C INTERFERENCE RECEIVED INCLUDING X100 INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION 9 9 1 THIS DIGITAL APPARATUS DOES NOT gt EXCEED THE CLASSA LIMITS FOR RADIO OF x10 NOISE EMISSIONS FROM DIGITAL APPARATUS a SET OUT IN THE RADIO INTERFERENCE REGULATIONS OF THE CANADIAN DEPART 1 MENT OF COMMUNICATIONS FOR USE I a A CONTROLLED ENVIRONMENT REFER TO 7 J 3 X1 MANUALS FOR ENVIRONMENTAL 65 a CONDITIONS ENCAD DUTILISATION EN ATMOSPHERE CONTROLEE CONSULTER LA NOTICE TECHNIQUE IND CONT EQ FOR HAZ LOC CLASS DIV 2 GROUPS ABCD Ambient 60C CLASS ZONE 2 GROUP IIC Ex nA I 0C lt To lt 60C ExnVl am CE
42. ax PLC Configuration for the PROFIBUS NSM The NSM is configured as part of the overall VersaMax PLC system configuration The configuration software is used to specify the following module characteristics e A location The module can be placed in any module location slot 1 8 e Setings e Network Address 1 to 125 e Location for the 16 bit NSM Input Status Area in PLC memory Be aware that this Status Area does not appear on the PROFIBUS network It is only data passed from the NSM to the headend controller e Input Data Area The memory locations for the NSM s input data in the PLC s bit discrete type and or word analog type memories This is the data that is consumed from the PROFIBUS network The total input area may be 0 to 244 bytes The maximum total for input plus output data is 384 bytes e Output Data Area The memory locations for the NSM s output data in the PLC s bit discrete type and or word analog type memories This is the data that is produced to the PROFIBUS network The total output area may be 0 to 244 bytes The maximum total for input plus output data is 384 bytes The VersaMax PLC file stores all of the system setup information in a module initialization file The PLC sends the information to the PROFIBUS NSM when it is stored and each time the PLC is power cycled Autoconfiguration The NSM can be autoconfigured However because the NSM cannot determine the I O needs of the application or
43. ch of the I O modules attached to the NIU in the physical order that they appear in the NIU rack For example if a 16 point discrete input module is present the master must either be configured for 2 bytes of input data or the 16 pt in option must be selected if using a properly equipped network configuration tool Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 17 Chapter 5 The PROFIBUS Network Slave Module The IC200BEM002 PROFIBUS DP Network Slave Module NSM provides a basic interface to a PROFIBUS DP network It operates as a slave on the network automatically exchanging data with a master device The NSM has no bus access rights it may only acknowledge received messages or transmit messages to a master upon request The Network Slave Module can read up to 244 bytes of input data from the network and send up to 244 bytes of output data The total combined amount of inputs plus outputs for the NSM is 384 bytes IC200BEM002 ORS Profibus DP CONS NETWORK SLAVE eS a IND CONT EQ FOR HAZ LOC CLASS DIV 2 GROUPS ABCD C Ambient 60C m CLASS I ZONE 2 GROUP IIC Ex nA Il 00 lt Tos60C ExnVII Demko No 98Y 125014 I en 1 Ws LISTED C amas oe 157518 E niin a AEF EE EPS ES I 5 LEDs ind
44. d from the programmer again VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Autoconfiguration of the PROFIBUS NIU and I O Station Autoconfiguration is done by the NIU itself It provides a default configuration for the NIU and I O Station and does not require the use of a programmer I O modules that have software configurable features always use their default settings when autoconfigured When autoconfiguration is enabled and no previous autoconfiguration exists at powerup the NIU automatically reads the default configuration of the modules installed in the system Once this autoconfiguration is complete as described below the NIU retains this configuration until it is either cleared or powered up with I O modules added to the existing configuration If the NIU is autoconfigured and the modules in the I O Station create more than 64 bytes of configuration data as explained earlier in this chapter the Network LED will flash error code 41 It will be necessary to remove the extra modules and power cycle the NIU to autoconfigure the I O Station Autoconfiguration Sequence GFK 1534C Each module is considered to occupy a slot The position adjacent to the NIU is slot 1 Booster power supplies do not count as occupying slots Booster Power NIU Supply
45. d on the Open Systems Interconnection OSI reference model in accordance with the international standard ISO 7498 Network Topology Linear bus terminated at both ends Stubs are possible Medium Shielded twisted pair cable Shielding may be omitted depending on the environment Number of Stations 32 stations in every segment without repeaters With repeaters extendible up to 127 Transmission Speed 9 6 19 2 93 75 187 5 500 1500 Kbits 3 Mbits 6 Mbits 12 Mbits Bus Length The maximum bus length for shielded twisted pair cable is 7500 feet Some cable types are restricted to shorter bus lengths The maximum bus length depends on the data rate as shown in the following table o T EEE In turn the bus length determines which baud rate may be selected VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C VersaMax Modules for PROFIBUS DP Networks There are two different VersaMax modules for Profibus DP networks Both operate as slaves on the network PROFIBUS DP Network Interface Unit The PROFIBUS DP Network Interface Unit acts as controller for an I O Station of VersaMax modules Many types of modules can be combined to suit the needs of the application I O modules install on individual carrier modules Power for module operation is provided by a power supply that installs directly on the NIU Additional booster power supplies can be included in the system if needed for modul
46. dress 6 4 Check_Configuration_Data 6 3 6 5 6 12 6 15 Clear All Faults bit 3 8 Color code on modules 1 7 Communications 6 3 Communications states 6 5 Configuration clearing 4 14 Control data 3 7 D Data Exchange state 6 15 Description 3 1 DeviceNet NIU User s Manual 1 2 Diagnostics 3 4 Diagnostics data 3 8 DIN rail 2 2 mounting 2 2 type 2 2 Documentation 1 2 E ESD protection CE Mark requirements 2 18 Ethernet NIU User s Manual 1 2 Extra I O Module fault 4 13 GFK 1534C Index F Fault codes 3 5 5 8 Fault table 3 4 Faults clear 3 7 Extra I O Module 4 13 Field Power LED 1 7 Freeze mode 6 10 Freeze operation 3 9 5 9 FTB protection CE Mark requirements 2 18 G Genius NIU User s Manual 1 2 Global_Control 6 3 6 10 6 16 GSD file 4 16 5 5 H Hot inserting modules 4 14 Hot insertion 1 3 I O carriers 1 7 installation 2 2 I O data sizes 3 2 ID number of the NIU 6 10 Input data 3 3 5 7 Inserting modules 4 14 K Keying dials on carrier 1 7 L LEDs 2 11 3 2 M Manuals 1 2 Module color code 1 7 Module dimensions 1 7 Module keying 1 7 Module latch 1 7 Index 1 Index Module orientation on I O carriers 1 11 Modules per station 1 3 3 2 Mounting holes 2 2 N Network address 3 2 Network address setting 2 5 Normal Identifier Byte 6 12 O OK LED 1 7 Output data 3 3 5 7 Output defaults 3 4 P Panel mounting 2 2
47. e master can read the entire fault table from the NIU Status Data Format 1 Byte 1 z le 5 J4 Ja 2 J1 lo Bits Value Meanings o O 0 1 Format identifier 0 Format 1 of NIU Status Data 1 Format 2 of NIU Status Data 2 3 Reserved le The faut code that identies alu A a 2 Unsupported Feature 14 Underrange 26 mantos Tef 115 shout 27 Modulein Boot Mode 14 I Config mismatch 16 Nonvolatie Store 28 LossofRak 15 Fuse Blown 47 Loss of Non VO Module 29 Addition of Rack 6 oss of Module 18 Addition of Non VO Module 30 Rack Not Configured 7 Addition of 110 Module 19 insufficient Config Memory 31 Loss of Exp Transmitter J e Extra Module 20 Module Not Configured _ 32 Addition of Exp Transmitter_ o floss oftUser Power 21 input Point Faut 33 Extra Exp Transmitter 10 pen Wire 22 Wiring Faut P 14 Honaam 23 Thermistor Faut 35 Loss Module unsupp feature Byte 2 z le ls 4 ls 2 J1 o Reserved always 0 Bits Value Meanings o Reserved always 0 0 7 Oor1 0 no fault data present The remaining fields in byte 1 and 2 may be ignored 1 a fault is present The remaining fields in byte 1 provide the fault code and format identifier Use the Fault fragment acknowledge command FRG bit in the NIU Control bytes to obtain the rack slot and point location of the fault GFK 1534C Chapter 3 The PROFIBUS Netwo
48. e IC200MDL643 Input 5 12VDC TTL Positive Negative Logic Grouped 32 Point IC200MDL644 Module Input 24VDC Positive Negative Logic 4 Groups of 8 32 Point IC200MDL650 Module Output 120VAC 0 5A per Point Isolated 8 Point Module IC200MDL329 Output 120VAC 0 5A per Point Isolated 16 Point Module IC200MDL330 Output 120VAC 0 5A per Point Isolated 8 Point Module IC200MDL331 Output 24VDC Positive Logic 2 0A per Point 1 Group of 8 IC200MDL730 w ESCP 8 Point Module Output 12 24VDC Positive Logic 0 5A per Point 1 Group of 16 IC200MDL740 16 Point Module Output 24VDC Positive Logic 2 0A per Point 1 Group of 16 IC200MDL741 w ESCP 16 Point Module Output 24VDC Positive Logic 0 5A per Point 2 Groups of 16 IC200MDL742 w ESCP 32 Point Module Output 5 12 24VDC Negative Logic 0 5A per Point 1 Group of 16 IC200MDL743 16 Point Module Output 5 12 24VDC Negative Logic 0 5A per Point 2 Groups of 16 IC200MDL744 32 Point Module Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 3 4 4 1 Byte per Module continued Output 12 24VDC Positive Logic 0 5A per Point 2 Groups of 16 IC200MDL750 32 Point Module Output Relay 2 0A per Point Isolated Form A 8 Point Module IC200MDL930 Mixed 16 Point Grouped Input 24VDC Pos Neg Logic 16 Pt IC200MDD842 Grouped Output 24VDC Pos Logic 0 5A w ESCP Mixed 24 VDC Pos Neg Logic Input Grouped 16 Point Output IC200MDD844 12 24VDC
49. e a slave device The GSD file is a text file of keywords and values that define specific characteristics features and limitations of the slave device For the NIU the GSD file also lists the PROFIBUS configuration identifiers for all currently supported I O modules The GSD file also includes the text strings to properly decode the diagnostic information provided by the NIU As new I O modules are released or new features are added the GSD file may be updated The latest GSD file is always available for download from the GSD Library located on the website of the PROFIBUS Trade Organization at www profibus com VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Configuring the PROFIBUS Master Device When using configuration tools to configure the PROFIBUS Master device to communicate to the NIU always be careful to do the following GFK 1534C 1 2 Provide the correct GSD file GEF_086A GSD for the NIU Match the network address set in the switches of the NIU with the network address assigned by the PROFIBUS configuration tool First configure the VersaMax PROFIBUS NIU module itself This module consists of the NIU Status and Control data It must be configured before configuring any of the I O modules in the NIU rack Either the NIU is configured as 2 bytes of I O or the VersaMax PROFIBUS NIU option must be selected if using a properly equipped network configuration tool Configure ea
50. e master with diagnostic information about its current status To obtain the information the master periodically sends the Read_DP_Slave_Diagnostic_Information message to the NIU or NSM The NSM always responds with the required 6 bytes of information The NIU on the other hand responds with 6 bytes if there are no faults and 11 bytes if there are faults At startup the master uses this message to check the NIU NSM status prior to sending the communications parameters or checking the NIU NSM configuration If a class 2 master such as a programmer takes control of the NIU NSM the NIU NSM temporarily stops exchanging data with its usual master the master that supplied its communications parameters By cyclically issuing a Read_DP_Slave_Diagnostic_Information message to the NIU NSM that master can determine when the class 2 master has released its control It can then resume normal I O data transfer Chapter 6 PROFIBUS Communications 6 7 sl Message Contents Read_DP_Slave_Diagnostic_Information Byte Description ea ___ __ ____Deserplen Station Status Station not Master cannot reach the NIU NSM If this bit is set to 1 the diagnostic bits Byte 1 present contain the state of the previous diagnostic message The NIU NSM sets this bit to 0 Station not ready The NIU NSM sets this bit to 1 if it is not ready for data transfer Configuration fault The NIU NSM sets this bit to 1 if the configuration sent by the master does not
51. ector Cover Install additional modules by mounting modules on their carriers and sliding them along the DIN rail to fully engage the connectors in the sides of the carriers 2 6 VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Installing a PROFIBUS Network Slave Module A PROFIBUS NSM installs in a VersaMax PLC Additional installation information is included in the VersaMax Modules Power Supplies and Carriers Manual GFK 1504 Clearance Required for the NSM Maintain a clearance of 2 inches 5 1cm above and below the equipment and 1 inch 2 54cm to the left The PROFIBUS Network Slave Module mounts on a yA Communications Carrier IC200CHS006 which is installed on the DIN rail 133 4mm 5 25in e 66 8mm 2 63in gt YAS i Installing the Communications Carrier on the DIN Rail The Communications Carrier snaps easily onto the DIN rail No tools are required for mounting or grounding to the rail Removing the Communications Carrier from the DIN Rail 1 Turn off power to the power supply 2 Ifthe Communications Carrier is attached to the panel with a screw remove the Network Slave Module module Remove the panel mount screw 3 Slide the carrier along the DIN rail away from the other modules until the connector disengages 4 With a small flathead screwdriver pull the DIN rail latch tab outward while tilti
52. ed below Module Module Revision IC200ALG320 B or later IC200ALG321 B or later IC200ALG322 B or later IC200ALG430 C or later IC200ALG431 C or later IC200ALG432 B or later Available Expansion Modules The following Expansion Modules and related products are available Expansion Modules Expansion Transmitter Module IC200ETMO01 Expansion Receiver Module Isolated IC200ERM001 Expansion Receiver Module Non isolated IC200ERM002 Cables Expansion Cable 1 meter IC200CBL601 Expansion Cable 2 meters IC200CBL602 Expansion Cable 15 meters IC200CBL615 Firmware Update Cable IC200CBL002 Terminator Plug included with ETM IC200ACC201 Connector Kit IC200ACC302 See the VersaMax Modules Power Supplies and Carriers User s Manual GFK 1504 for information about VersaMax Expansion modules 1 14 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C VersaMax General Product Specifications VersaMax products should be installed and used in conformance with product specific guidelines as well as the following specifications Environmental Vibration Shock Operating Temp Storage Temp Humidity Enclosure Protection EMC Emission Radiated Conducted EMC Immunity Electrostatic Discharge RF Susceptibility Fast Transient Burst Surge Withstand Conducted RF Isolation Dielectric Withstand Power Supply Inp
53. er Module uures4nssssnnnnnnssnnnnnn nn 2 13 Removing an Expansion Receiver Module eenneennnnnnenennnn 2 14 Expansion Rack Power SOUurCeS cececeeceeceeeeeeeeeeeaeaeeeeeeesessenieaeeeeeess 2 14 Connecting the Expansion Cable RS 485 Differential 2 15 General Installation Requirement 44 0 s444444444nnsn nennen 2 18 The PROFIBUS Network Interface Unit uuuusenunnnnnnnnnnnnnnnnnnnnnannnnnnnnnnnnnnnnnnnn 3 1 NIY Specificati ns nn el 3 2 Network Interface Unit Operation 44442444440snnen ern ennnnnnnennnnnnn nn 3 3 Network Interface Unit Status Control Data Formats 3 4 PROFIBUS Slave Diagnostic Data Format u 240sss nennen snnennnnne 3 8 synce Freeze Operation s ie cine eee Sil See inte 3 9 Configuring a PROFIBUS NIU and I O Station ursuussnnnnnnnnnnnnnenn 4 1 Using Autoconfiguration or Programmer Configuration e 4 2 Configuration Limits 2 0 ec cece E O 4 3 Configuring Racks and Slots ssrnneeeennnnnnnennnnnnnnnnnnnnn nennen 4 6 Software Configuration of the PROFIBUS NIU and I O Station 4 8 GFK 1534C iii Contents Autoconfiguration of the PROFIBUS NIU and I O Station 4 13 PROFIBUS Configuration for the PROFIBUS NIU and I O Station 4 16 The PROFIBUS Network Slave Module
54. es with high current requirements Profibus NIU Optional booster power supply power supply a f i T a s h lies g al i ERG URG m RY Bg RAST JE o ts IF wes 5 E For more information about modules and system installation instructions please see the VersaMax Modules Power Supplies and Carriers User s Manual GFK 1504 PROFIBUS DP Network Slave Module NSM GFK 1534C The PROFIBUS DP Network Slave Module is a communications module that exchanges PLC reference table data on the PROFIBUS network The VersaMax PLC CPU can read and write this data as though it were conventional bit and word type I O data The Network Slave Module is installed on a VersaMax Communications Carrier Power for the NSM comes from the power supply on the CPU or from a booster supply as shown below VersaMax PLC CPU Profibus Network power supply Slave Module Optional booster power supply
55. fast transient burst FTB protection must be met for applications that require CE Mark listing The VersaMax I O Station is considered to be open equipment and should therefore be installed in an enclosure IP54 This equipment is intended for use in typical industrial environments that utilize anti static materials such as concrete or wood flooring If the equipment is used in an environment that contains static material such as carpets personnel should discharge themselves by touching a safely grounded surface before accessing the equipment If the AC mains are used to provide power for I O these lines should be suppressed prior to distribution to the I O so that immunity levels for the I O are not exceeded Suppression for the AC I O power can be made using line rated MOVs that are connected line to line as well as line to ground A good high frequency ground connection must be made to the line to ground MOVs AC or DC power sources less than 50V are assumed to be derived locally from the AC mains The length of the wires between these power sources and the PLC should be less than a maximum of approximately 10 meters Installation must be indoors with primary facility surge protection on the incoming AC power lines 2 18 VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Chapter 5 GFK 1534C The PROFIBUS Network Interface Unit The PROFIBUS DP Network Interface Unit IC200PBI001 operates as a sl
56. figuration is done by the NIU itself It provides a default configuration for the NIU and I O Station and does not require the use of a programmer If a stored configuration is not present at powerup the NIU determines which modules are installed and automatically creates a configuration for the I O Station I O modules that have software configurable features can only use their default settings when the I O Station is autoconfigured Autoconfiguration is described later in this chapter Software Configuration Using the configuration software makes it possible to reassign I O table addresses and to configure many I O module features The configuration software runs on a computer that connects to the NIU via the NIU expansion port The configuration software can be used to Create a customized configuration Store write a configuration to the NIU Load read an existing configuration from an NIU Compare the configuration in an NIU with a configuration file stored in the programmer Clear an auto configuration that was previously stored to the NIU The NIU retains a software configuration across power cycles Storing a configuration disables autoconfiguration so the PLC will not overwrite the configuration during subsequent startups However actually clearing a configuration from the programmer does cause a new autoconfiguration to be generated In that case autoconfiguration is enabled until a configuration is stored fro
57. for the accuracy completeness sufficiency or usefulness of the information contained herein No warranties of merchantability or fitness for purpose shall apply indicates a trademark of GE Intelligent Platforms Inc and or its affiliates All other trademarks are the property of their respective owners Copyright 2000 2012 GE Intelligent Platforms Inc All Rights Reserved Contact Information If you purchased this product through an Authorized Channel Partner please contact the seller directly General Contact Information Online technical support and GlobalCare http www ge ip com support Additional information http www ge ip com Solution Provider solutionprovider ip ge com Technical Support If you have technical problems that cannot be resolved with the information in this guide please contact us by telephone or email or on the web at www ge ip com support Americas Europe the Middle East and Africa 800 1 433 2682 EMEA Direct Dial 352 26 722 780 if toll free 800 option is unavailable or if dialing from a mobile telephone s Primary languages of support English French German Italian Czech Spanish Asia Pacific Phone 86 400 820 8208 86 21 3217 4826 India Indonesia and Pakistan Technical Support Email support cn ip ge com China support jp ip ge com Japan support in ip ge com remaining Asia customers Customer Care Email customercare apo i e com custome
58. gher than the new rack number have their I O reference addresses shifted in the reference tables Any existing program logic using those references would need to be adjusted to use the new references When autoconfiguring an I O Station with expansion racks either all racks must be powered from the same source or the expansion racks must be powered up before the main rack To add another expansion rack to the I O Station the I O Station must be powered down After adding the expansion rack power up the I O Station It will then autoconfigure To force autoconfiguration for expansion racks first power down the NIU Remove the transmitter module from the NIU or remove the expansion cable at the transmitter Power up the NIU and let it autoconfigure Power the NIU down again reattach the transmitter or cable and power up the NIU again Chapter 4 Configuring a PROFIBUS NIU and I O Station 4 15 PROFIBUS Configuration for the PROFIBUS NIU and I O Station 4 16 The NIU operates as a slave on the PROFIBUS network All network transmissions must be initiated by a controller or programmer Before a controller can communicate with the NIU it must send the NIU a configuration message as explained in chapter 6 The GSD File Every PROFIBUS slave device certified by the PROFIBUS International organization is required to define a GSD file data sheet Most PROFIBUS network configuration tools provide the GSD file needed to correctly configur
59. he NIU Present Always 1 GFK 1534B Chapter 6 PROFIBUS Communications 6 9 sl Setting NIU NSM Communications Parameters Send_Parameter_Data After successfully checking the diagnostics status of the NIU NSM the master begins communications It first uses a Send_Parameter_Data message to send communications parameters These parameters establish m The ID number of the NIU 086Ah The ID number for the NSM is 0869h m The watchdog time to be used by the NIU NSM and whether enabled or disabled m The minimum time that can elapse between frames A Group Identifier if the NIU NSM will be part of a group controlled using the Global_ Control message m Whether Freeze mode is enabled or disabled m Whether Synchronization mode is enabled or disabled m Whether access by other masters is unlocked or locked Access must be unlocked for an NIU NSM that is also part of a global control group See the next page The Send_Parameter_Data message may contain up to 32 bytes however for the PROFIBUS NIU NSM the message should only contain the 7 first bytes specified in the standard After receiving the Send_Parameter_Data message the NIU NSM sends back a positive acknowledgment if parameters are valid or a negative acknowledgment if they are not 6 10 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Message Contents Send_Parameter_Data Description Station Status see be
60. ic 0 5A per Point 1 Group IC200MDL740 of 16 16 Point Module Output 24VDC Positive Logic 2 0A per Point 1 Group of IC200MDL741 16 w ESCP 16 Point Module Output 24VDC Positive Logic 0 5A per Point 2 Groups of IC200MDL742 16 w ESCP 32 Point Module Output 5 12 24VDC Negative Logic 0 5A per Point 1 IC200MDL743 Group of 16 16 Point Module Output 5 12 24VDC Negative Logic 0 5A per Point 2 IC200MDL744 Groups of 16 32 Point Module Output 12 24VDC Positive Logic 0 5A per Point 2 IC200MDL750 Groups of 16 32 Point Module Output Relay 2 0A per Point Isolated Form A 8 Point IC200MDL930 Module VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C GFK 1534C Discrete Mixed I O Modules Mixed 24VDC Positive Logic Input Grouped 20 Point Output IC200MDD840 Relay 2 0A per Point Grouped 12 Point Module Mixed 24VDC Positive Logic Input 20 Point Output 12 Point IC200MDD841 4 High Speed Counter PWM or Pulse Train Configurable Points Mixed 16 Point Grouped Input 24VDC Pos Neg Logic 16 Pt IC200MDD842 Grouped Output 24VDC Pos Logic 0 5A w ESCP Mixed 24VDC Positive Logic Input Grouped 10 Point Output IC200MDD843 Relay 2 0A per Point 6 Point Module Mixed 24 VDC Pos Neg Logic Input Grouped 16 Point Output IC200MDD844 12 24VDC Pos Logic 0 5A 16 Point Module Mixed 16 Point Grouped Input 24VDC Pos Neg Logic 8 Pt IC2
61. icate the presence of power and show the network communications status of the Network Slave Module The 9 pin D shell connector is used to connect the bus cable GFK 1534C NSM Specifications I O data 384 bytes maximum Up to 244 bytes of inputs or 244 bytes of outputs PROFIBUS network address 1 to 125 Software configurable Number of NSMs Up to 125 on a network PROFIBUS network data rate 9 6Kbaud to 12Mbaud Autodetected Indicators 2 OK LED to indicate health of the NSM Com LED to indicate communications status Power Consumption 5V 350mA 5 2 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C The Communications Carrier The Network Slave Module installs on a mounting base called a Communications Carrier catalog number IC200CHS006 66 8mm gt 2 63in A 183 4mm 5 25in IC200CHS006 En COMMUNICATIONS nD CARRIER Ms CE LISTED ED E157515 Sut a v For applications requiring maximum resistance to mechanical vibration and shock the carrier must also be panel mounted See the VersaMax Modules Power Supplies and Carriers Manual GFK 1504 for installation instructions GFK 1534C Chapter 5 The PROFIBUS Network Slave Module 5 3 Network Slave Module Configuration The PROFIBUS Network Slave Module must receive matching configurations from both the VersaMax CPU and the PROFIBUS Network Master VersaM
62. isted pair cable PROFIBUS cable is available from Siemens parts distributors and sold as PROFIBUS Network Cable The twisted pair cable consists of a Green and a Red wire Below are some of the cable characteristics of PROFIBUS cable PROFIBUS Network Siemens part 6XV1 830 Cable PROFIBUS 9 pin Siemens part 6ES7972 Connector For data rates up to 500 kbits second follow the stub recommendations of PROFIBUS Part 1 At 1500 kbits second the overall drop capacity should be less than 0 2nF Maximum length of the stub at 1500 kbits second is 6 6 meters Cable shielding is recommended at higher baud rates Cable shields must be attached at each device via the connector shells Red B RxD TxD P 3 RxD TxD P 3 DGND 5 DGND 5 Green A VP 6 VP 6 RxD TxD N 8 RxD TXD N 8 Most PROFIBUS devices including the VersaMax Network Interface Unit and Network Slave Module provide the PROFIBUS standard female 9 pin D subminiature connectors Cable connectors are available from Siemens parts distributors as PROFIBUS 9 pin D connectors These connectors provide termination resistors and a switch on the connector to enable disable termination The connectors label the connections for the twisted pair as cable A and cable B The following table illustrates the proper assignment of wire to connector to pin to signal wire otor Connector in swa Rawe e bh Rom o J b bw e o Green wire ja je Romon o
63. low Watchdog Factor Range 1 to 255 The time can be between 10mS and 650 seconds 10ms x Factor 1 x Factor 2 TWD seconds Watchdog Factor 2 Range 1 to 255 Minimum Station Delay Responder The minimum time that can elapse between receiving the last bit in a frame and the first bit of the next frame Can be set if both bits 6 and 7 of byte 0 see below are set to 0 and the ID number is identical ID Number This must match the NIU NSM s own ID number or the NIU NSM will not accept the Send_Parameter_Data message Group Identifier This byte can be used to build groups for the function Global_Control Each bit represents a group If a bit in this byte is set to 1 it indicates the control group 1 8 to which the NIU NSM belongs bits 7 6 5 4 3 2 1 0 Group 8 Group 1 The Group Identifier is s accepted only if the Lock Access _ 0 is set to 1 Station Status Bits in Byte 0 The bits in byte 0 of the Send_Parameter_Data message indicate the status of watchdog control freeze mode synchronization mode and access by other masters If the NIU NSM is included in a global control group as indicated in byte 6 the Lock Access bit bit 7 of this byte must be set to 1 7 6 5 4 3 2 1 0 Reserved Watchdog control enabled 1 Freeze mode enabled enabled 1 Sync mode enabled enabled 1 Unlock access for other masters see below Lock access fo
64. m the programmer again Software configuration is summarized later in this chapter Instructions for installing and using the configuration software are in the Remote I O Manager Software User s Guide GFK 1847 4 2 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Configuration Limits The PROFIBUS NIU has a maximum of 64 bytes of configuration data This may limit the total number of modules that can be configured for the I O Station If the configuration data for the NIU exceeds 64 bytes the NIU s Network LED lights amber and the NIU will not be able to come on the GFK 1534C PROFIBUS The following table shows the amount of configuration data needed for each type of VersaMax I O module For information about modules not listed in the table refer to the NIU s GSD file 1 Byte per Module Input 120VAC 8 Point Grouped Module IC200MDL140 Input 240VAC 8 Point Grouped Module IC200MDL141 Input 120VAC 8 Point Isolated Module IC200MDL143 Input 240VAC 4 Point Isolated Module IC200MDL144 Input 120VAC 2 Groups of 8 16 Point Module IC200MDL240 Input 240VAC 2 Groups of 8 16 Point Module IC200MDL241 Input 120VAC 16 Point Isolated Module IC200MDL243 Input 240VAC 8 Point Isolated Module IC200MDL244 Input 24VDC Positive Negative Logic 2 Groups of 8 16 Point IC200MDL640 Module Input 5 12VDC TTL Positive Negative Logic 16 Point Modul
65. me The Freeze command is a multicast command and is received simultaneously by all of the slave devices belonging to the same group The group that a slave belongs to is identified in the Send Parameter step of the PROFIBUS configuration process See chapter 6 for information about PROFIBUS operation When a slave device receives the Freeze command it immediately updates its input data values to the network and freezes them i e the input values are no longer updated to the network Each time the master sends a Freeze command the slave will repeat this procedure In this way a master device can read inputs that all occurred at the same moment from a group of slave devices i e not in the usual polling sequential manner When the master sends the Unfreeze command the slave devices no longer freeze the input values Input values are updated to the network as usual Chapter 3 The PROFIBUS Network Interface Unit 3 9 Chapter 4 GFK 1534C Configuring a PROFIBUS NIU and I O Station This chapter explains how a PROFIBUS NIU and the modules in an I O Station can be configured Configuration determines certain characteristics of module operation and also establishes the program references that will used by each module in the system This chapter describes Using autoconfiguration or programmer configuration The PROFIBUS NIU and I O Station can be either autoconfigured or configured from a programmer using the Remote I O Manager
66. modules in the I O Station can be edited Addresses do not need to be consecutive 4 8 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Basic Steps of Software Configuration The Remote I O Manager software provides a simple default configuration that you edit to match the actual system modules The default configuration consists of a power supply PWRO01 and an NIU either a Genius NIU or the NIU that was saved last time the software was used Carriers and modules are then added in the same sequence as the hardware installation The basic configuration steps are listed below Configure the rack type non expanded single ended expanded or multi rack expanded This automatically adds the appropriate types of expansion modules to the racks Configure the power supply type and any booster power supplies and carriers Configure the NIU This includes changing the NIU type if necessary and assigning its parameters as described on the next page Configure the expansion modules if the system has expansion racks Add module carriers and define wiring assignments Place modules on carriers and select their parameters Configurable parameters of I O modules are described in the VersaMax Modules Power Supplies and Carriers User s Manual GFK 1504 Save the configuration file so that it can be stored to the NIU For step by step instructions please refer to the Remote I O Manager Software User s
67. nd Sync mode The NIU NSM sets this bit to 1 when it receives a Sync command e res T Deactivated The master sets this bit to 1 if the NIU NSM has been marked inactive by the Send Parameter command N 6 8 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Ls Message Contents Read_DP_Slave_Diagnostic_Information continued Status Byte 3 Diagnostic The NIU NSM sets this bit if it receives more module diagnostics data Overflow than it can accommodate Master Address The address of the master that parameterized the NIU NSM If no master has parameterized the device the NIU NSM sets this byte to FF hex 45 IDnumber For the PROFIBUS NIU this is 086A hex For the PROFIBUS NSM this is 0869 hex The following bytes apply to NIU only Start of Extended Diagnostic Data Area bytes 6 10 Bytes 6 10 contain the fault message Length of device related fault in bytes Always 5 bytes Message Identifies the type of fault See chapter 3 4 bytes Cafes Always 0 2 7 Fault location Specific point channel location of the fault The values 0 63 correspond to point point channel 1 64 0 3 location Specific slot location of the fault The values 0 8 correspond to slot 0 the NIU itself to slot 8 the last of 8 slots of the NIU location Specific rack location of the fault The values 0 7 correspond to rack 0 k the main rack ofthe NIU to rack 7 the last of 7 expansion racks of t
68. ng the other end of the module down to disengage it from the DIN rail GFK 1534C Chapter 2 Installation 2 7 Installing Power Supplies for an NIU Station The main power supply for an NIU station and any booster power supplies that are used should be installed so that they can be power cycled at the same time Installing the NSM on the Communications Carrier F 3 1 2 The latch on the Network Slave module must be in the unlocked position Align the connectors and the latch post and press the Network Slave module down firmly until the two tabs on the bottom of the NSM click into place Be sure the tabs are fully inserted in the holes in bottom edge of the Communications Carrier Turn the latch to the locked position to secure the Network Slave Module to the top of the carrier Removing the Network Slave Module from the Carrier Exercise care when working around operating equipment Devices may become very hot and could cause injury Be mim 4 ul 2 8 VersaMax Profibus Network Modules User s Manual March 2012 Remove power Turn the latch to the unlocked position as illustrated Press the flexible panel on the lower edge of the power supply to disengage the tabs on the module from the holes in the carrier Pull the module straight off GFK 1534C Installing the PROFIBUS Cable GFK 1534C The proper cable for a PROFIBUS network is a shielded tw
69. ngle Ended Inter Rack Connection IC200CBL600 PIN PIN VersaMax Expansion Rack N 4 SINGLE_ 7 ov Expansion VersaMax 2 Tock Se 14 T_RUN ay sro PB IC200ERMO02 erial FO 15 TRERR Ey ivi ti TRIR Receiving Port 10 T FRAME I 19 T_RSEL 23 OV i 1 SHIELD 16 PIN 16 PIN 26 PIN 26 PIN MALE FEMALE MALE FEMALE 2 16 VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C GFK 1534C Power Sources for Single Ended Expansion Rack Systems When operating the system in single ended mode the power supplies for the main rack and expansion rack must be fed from the same main power source The main rack and expansion racks cannot be switched ON and OFF separately either both must be ON or both must be OFF for proper operation Power for module operation comes from the Power Supply installed on the Expansion Receiver Module If the expansion rack includes any Power Supply Booster Carrier and additional rack Power Supply it must be tied to the same source as the Power Supply on the Expansion Receiver Module Chapter 2 Installation 2 17 General Installation Requirements The following requirements for surge electrostatic discharge ESD and
70. nput 4 Channels Output O IC200ALG431 to 10VDC 2 Channels Analog Mixed Module 12 Bit 10 to 10VDC Input 4 Channels IC200ALG432 Output 10 to 10VDC 2 Channels 1 10 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Carriers GFK 1534C Carriers provide mounting backplane communications and field wiring connections for all types of VersaMax modules I O modules can be installed on carriers or removed without disturbing field wiring There are three basic I O Carrier types Terminal style I O carriers Modules mount parallel to the DIN rail Compact Terminal style I O Carriers Modules mount perpendicular to the DIN rail Connector style I O Carriers Modules mount perpendicular to the DIN rail These carriers are normally used with Interposing I O Terminals as illustrated below See the VersaMax Modules Power Supplies and Carriers User s Manual GFK 1504 for information about VersaMax I O Carriers Terminal style I O carriers have 36 individual terminals for direct connection of field wiring Auxiliary I O Terminal Strips are available for applications requiring additional wiring terminals Chapter 5 of this manual describes the VersaMax Interposing Terminals and Auxiliary I O Terminal Strips Terminal style I O Carrier Compact Terminal style Connector style I O VO Carrier Carrier and Interposing Terminals
71. nt of their input data in the NIU NSM memory and ignore the actual input data being supplied by the I O modules or headend Data remains frozen until commanded to freeze again or to unfreeze m Synchronize outputs across several devices by postponing the actual I O state change until a Synch command is issued to the devices simultaneously The Global_Control message controls only the synchronization of these commands to the group The actual transfer of I O data is handled in the usual way with the Transfer_Input_and_Output_Data message 6 16 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Ls Parameter Contents Global_Control GFK 1534B The Global_Control message sent by the master includes the control command shown below It must also specify for which global control group the message is intended zlelslals 2l Jlo Des Reserved must be set to 0 Clear I O data buffer to all zeros 1 clear Unfreeze input data in NIU 1 unfreeze Freeze input data from modules in NIU NIU will not update its input buffer until the next Freeze or Unfreeze command is received 1 freeze Unsynchronize 1 unsynchronize Synchronize output data from master is frozen at NIU and not updated until the next Sync or Unsync command is received 1 sync Reserved must be set to 0 zlelslalsj gt 2l Group 1 Gro
72. nues Modules that are mismatched extra or missing in the stored configuration will operate with their default configuration Their I O will be scanned normally Loading a Configuration from the NIU to the Programmer The programming software can load a previously stored configuration from the PROFIBUS NIU back to the programmer In the Tools menu select Load Store Verify and click on Load Note that the following modules share hardware module IDs IC200MDL650 loads as IC200MDL636 IC200MDL750 loads as IC200MDL742 IC200MDL331 loads as IC200MDL329 IC200MDD844 loads as IC200MDD842 IC200MDL141 loads as IC200MDL140 If an autoconfiguration containing these modules is loaded an incorrect catalog number and description may be displayed by the software Edit any incorrect modules using the programmer before storing the configuration back to the NIU Once this has been done you will be able to load the configuration properly Comparing Configurations in the Programmer and NIU Use the verify function to compare a configuration file in the programmer with a configuration that was previously stored to the PROFIBUS NIU In the Tools menu select Load Store Verify and click on Verify Deleting a Software Configuration from the NIU Use the clear function to remove a previously stored configuration from the NIU Clearing a configuration causes a new autoconfiguration to be generated Autoconfiguration remains enabled until a configuration is store
73. o detects transmission errors addressing errors and errors in token passing 6 2 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Ls Timing Transmission time depends on the number of stations and the transmission speed For example the time to transmit 512 bit I O data over 32 stations at 1 5 Mbits sec is approximately 6 mS see below As the diagram illustrates at 500 Kbits sec 1 3 the transmission speed the same amount of data would reach only 1 3 as many stations Actual time should be calculated by the system administrator Bus Cycle Time mS 500 Kbits second 1 5 Mbits second Number of Slaves Communications between the Master and a VersaMax NIU or NSM GFK 1534B An NIU or NSM operates as a slave device on the PROFIBUS network All transmissions of I O data and diagnostics must be initiated by a class 1 controller or class 2 programmer master To communicate with an NIU NSM or other slave a class 1 master must 1 Set the parameters of the slave using the Send_Parameter_Data message 2 Send the configuration to the slave using the Check_Configuration_Data message 3 Transfer data using Transfer_Input_and_Output_Data messages During operation a class 1 master can also m Read diagnostics from an NIU or NSM using the Read_DP_Slave_Diagnostic_Information message m Send data synchronization commands to groups of slaves using the Global_ Control function
74. on the master application may request each fault or clear all faults using the NIU s normal output data sent to the NIU The master or a class 2 master such as a programmer can also request diagnostic information about the NIU using PROFIBUS standard diagnostic commands as explained later in this chapter When this feature is supported by the master it is usually unnecessary to also access fault information through the NIU Status data Fault information is instead retrieved using the Read_DP_Slave_Diagnostic_Information service VersaMax PROFIBUS Network Modules User s Manual March 2012 GFK 1534C Network Interface Unit Status Data The first two bytes of the input data to the master are reserved for the NIU status data The NIU status data indicates the local status of the NIU and its associated I O modules The status is reported in the form of a fault message Each fault message requires 4 bytes to fully describe the fault Since there are only 2 bytes of NIU status in the input data to the master the NIU status defines two data formats Format 1 indicates the presence of a fault and a fault code that identifies the type of fault When the Format 1 fault is acknowledged by the master the NIU transmits Format 2 which indicates the specific location of that fault When the Format 2 fault is acknowledged by the master the NIU transmits Format 1 of the next fault in the NIU internal fault table By continuing to acknowledge each fault th
75. parameter setting and configuration check it enters Data Exchange mode It can then accept outputs from the master and provide inputs from the input modules in the I O Station In Data Exchange mode an NIU or NSM can also m Provide status and diagnostics to the master NIU only m Accept control commands from the master m Handle all the data management functions associated with the I O station If the PROFIBUS watchdog time is disabled by the master the NIU or NSM remains in Data Exchange mode even if the master stops sending I O data The NIU keeps scanning I O modules while the NSM continues to exchange I O data with its VersaMax head end The NIU or NSM does not default outputs in this situation GFK 1534B Chapter 6 PROFIBUS Communications 6 5 Profibus NIU States Send_ Parameter_Data Read_DP_Slave_Diagnostic Check_Configuration_Data Read_DP_Slave_Diagnostic Configuration Valid ali Transfer_Input_and_Output_Dataj Read_DP_Slave_ Diagnostics Data Exchange Signal diagnostic A gt Not Valid Check Parameters Wait Check Configuration Wait Parameters Global_Control ready to master Read_Input_Data Read_Output_Datal lt q Send_Parameter_Datal Check validity of messages 6 6 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Reading NIU NSM Diagnostics Read_DP_Slave_Diagnostic_Information GFK 1534B The NIU or NSM can provide th
76. r other masters Ber ets meann OOO Overwriting minimum Station Delay Time Responder and NIU NSM specific parameter is permitted All other parameters are unchanged o 4 The NIU NSM will be unlocked for other masters 1 The NIU NSM is locked for other masters All parameters are accepted except a minimum Station Delay Time Responder of 0 The NIU NSM is unlocked for other masters GFK 1534B Chapter 6 PROFIBUS Communications 6 11 s Checking the NIU NSM Configuration Check_Configuration_Data After the master receives a positive acknowledgment to its Send_Parameter_Data message it sends the NIU or NSM a Check_Configuration_Data message This message confirms that the data types and lengths expected by the master match exactly the data types and lengths already established by configuration of the NIU NSM The configuration check provided by the Check_Configuration_Data message assures that the master will correctly interpret inputs and provide outputs for the I O station If the NIU NSM determines that the I O types and lengths expected by the master match the NIU NSM s I O configuration it sends back a positive acknowledgment Otherwise it returns a negative acknowledgement and goes back to the Wait_Parameter state in which case the Set_Parm message has to be sent again Message Contents Check_Configuration_Data The Check_Configuration_Data message sent by the master contains one or more bytes of configuration da
77. rcare cn ip ge com China Contents MATE OG UC WON u ae tac edna vane aa aiana Ran eaaa 1 1 Other VersaMax Manuals 0c ceceeeeeeeeeeeeeeeeeeeeeeeeseeeaeeeseeeeeeseeaeeeseeeaeees 1 2 The VersaMax Family of Products cccccceeeeeeeeeseeeeeeeeeeeseeneeeseenieeeeeeaes 1 3 BROFIBUS DP arm se ee han 1 4 VersaMax Modules for PROFIBUS DP Networks sssennesnnnen 1 5 Power SUppliesn re sa en rk nel 1 6 MER a ort a E RR HH ean enh eas 1 7 Gamers oean raiione ae Eee ee ren eeerege el 1 11 Expansion Modules s242444444400nennnnnnnnnnnnannnnnnennnnnnnannnnnnn nn 1 13 VersaMax General Product Specifications 4e nen 1 15 Installation 22 22 reelle 2 1 Mounting Instructions 4ss44s440eeensnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn ann 2 2 Installing a PROFIBUS Network Interface Unit 244 een 2 3 Installing Additional Modules 2244444444440Rnnennnnnnennnnnnennnnnnennnen 2 6 Installing a PROFIBUS Network Slave Module 222444 ns nennen 2 7 Installing the PROFIBUS Cable 4444424440Rnnennnnnnnnnnnnnnennnnn nennen 2 9 Observing the Module LEDS 4440nnennnnnnnnnnnnnnnnnnnnnnnn nennen 2 11 Installing an Expansion Transmitter Module sss2s440een nennen 2 12 Removing an Expansion Transmitter Module nesnnneenennneneennn 2 12 Installing an Expansion Receiv
78. rete Modules indicates presence of power from external supply VersaMax I O modules are described in the VersaMax Modules Power Supplies and Carriers User s Manual GFK 1504 GFK 1534C Chapter 1 Introduction 1 7 1 8 Available I O Modules The following types of VersaMax I O Modules are available Discrete Input Modules Input 120VAC 8 Point Grouped Module IC200MDL140 Input 240VAC 8 Point Grouped Module IC200MDL141 Input 120VAC 8 Point Isolated Module IC200MDL143 Input 240VAC 4 Point Isolated Module IC200MDL144 Input 120VAC 2 Groups of 8 16 Point Module IC200MDL240 Input 240VAC 2 Groups of 8 16 Point Module IC200MDL241 Input 120VAC 16 Point Isolated Module IC200MDL243 Input 240VAC 8 Point Isolated Module IC200MDL244 Input 24VDC Positive Negative Logic 2 Groups of 8 16 IC200MDL640 Point Module Input 5 12VDC TTL Positive Negative Logic 16 Point IC200MDL643 Module Input 5 12VDC TTL Positive Negative Logic Grouped 32 IC200MDL644 Point Module Input 24VDC Positive Negative Logic 4 Groups of 8 32 IC200MDL650 Point Module Discrete Output Modules Output 120VAC 0 5A per Point Isolated 8 Point Module IC200MDL329 Output 120VAC 0 5A per Point Isolated 16 Point Module IC200MDL330 Output 120VAC 2A per Point Isolated 8 Point Module IC200MDL331 Output 24VDC Positive Logic 2 0A per Point 1 Group of IC200MDL730 8 w ESCP 8 Point Module Output 12 24VDC Positive Log
79. rk Interface Unit 3 5 Status Data Format 2 Byte 1 rear 2 J1 lo Bis Vale Mearing OO 0 1 Format identifier 0 Format 1 of NIU Status Data 1 Format 2 of NIU Status Data 2 3 Reserved 2 7 0 to 63 The physical point location of the fault 0 63 correspond to points 1 64 Byte 2 z e s l4 Js 2 Jo Bits Value Meaning o O o 3 o8 The slot location of the faulted module The value 0 indicates the NIU itself The physical rack location of the faulted I O module The value 0 refers to the NIU main rack 1 a fault is present The remaining fields in byte 1 and 2 provide the format identifier and rack slot and point location of the fault ee 0 no fault data present The remaining fields in byte 1 and 2 may be ignored 3 6 VersaMax PROFIBUS Network Modules User s Manual March 2012 GFK 1534C NIU Control The first two bytes of the output data from the master are reserved for the NIU control data The NIU control data defines several bits that can be used by the master application to send commands to the NIU The following table defines the bits and their meanings Byte 1 7 6 5 4 3 2 1 0 CLR Reserved always 0 FLT FRG Bit s Oor1 Fault fragment acknowledge command When this bit changes to 1 the NIU updates the NIU status data to contain either the Format 2 bytes of a fault or the Format 1 bytes of the next fault When the Format 2 bytes of the last faul
80. s and Carriers User s Manual GFK 1504 1 6 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C I O Modules VersaMax IO and option modules are approximately 110mm 4 3in by 66 8mm 2 63in in size Modules can be mounted either horizontally or vertically on several types of available I O Carriers Modules are 50mm 1 956 in in depth not including the height of the carrier or the mating connectors 110mm lt 4 4 33in gt TTT 1 1 ED A N A POT ao q peg z U L Jo Color code ze FLD Red AC Q PWR OS Blue DC v e oe e OCoO ee Gold Mixed 1 2 3 4 5 6 7 8 9 10 11 1213 14 15 16 IC200MDL750 Gray Analog other 66 8mm IND CONT EQ FOR HAZ LOC 2 63in CLASS DIV 2 GROUPS ABCD Wis Temp Code T4A Ambient 60C a OUTPUT 12 24VDC CLASS ZONE 2 GROUP IIC tone C POSGRP 5A 32PT Ex nA IIC T4 OC lt To lt 60C eiA Pena Ie Tt octe ON e7515 USED 17 18 19 20 21 22 23 24 25 26 2 2829 30 31 32 1234567 831 2 Module ov 2 Desciinton a ik anny PT Waning nen an E x OK LED indicates i 1 presence of power from y I f mu t J VersaMax power supply Individual Point LEDS Latch Be _ Field Power LED on Disc
81. select a unique network address the resulting configuration is impractical Only the 16 bit status area is autoconfigured No network operation is possible Network operation is only possible after a valid network I O configuration is stored to the PLC 5 4 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C GSD File GFK 1534C Every PROFIBUS DP Slave device is required to provide a GSD file that completely describes the device s capabilities and limitations and serves to aid the configuration of the PROFIBUS Master device The GSD file for the Network Slave Module includes module specifications such as available data rates PROFIBUS feature support and a unique identification code When configuring the Master device on a PROFIBUS Network most configuration tools provide the GSD file to specify each of the slave devices The GSD file provided with the NSM should be used for this purpose Unlike many typical PROFIBUS DP Slave devices the NSM is a Modular device That means its network configuration is not fixed and instead may take one of several forms The particular form is dependent on the configuration of the NSM input and output data areas After configuring the input and output data areas for the NSM the PROFIBUS network master can be configured Chapter 5 The PROFIBUS Network Slave Module 5 5 5 6 Configuring the PROFIBUS Network and the NSM When using configuration tools to configure the
82. slave device then immediately responds with its input data For the VersaMax NIU NSM this data message is the Input Data message also described in Chapter 3 and 4 The master then continues the network polling operation with the next slave device This process continues indefinitely as long as the network and the devices remain operational When a fault condition is detected by the VersaMax NIU it indicates the existence of new fault information to the master device by setting a PROFIBUS standard bit reserved for this purpose in the Input Data message In addition the NIU notifies the master application program by setting the Fault Present indication in the NIU Status area described in Chapter 3 This PROFIBUS standard bit and its operation is defined in the PROFIBUS Protocol Specification DIN 19245 Part 3 A properly featured master device uses this indication to retrieve the diagnostic information with the Read_DP_Slave_Diagnostic_Information message Chapter 6 PROFIBUS Communications 6 15 sl Synchronizing I O Data Global_Control The master can synchronize the I O data of multiple NIU NSMs and other slave devices using the Global_ Control message Each NIU NSM can be included in a Global Control group with the other devices with which it should be synchronized Master eres A Global Control Group The master can command all of the devices in a group to Clear the states of all their I O data to 0 m Freeze the conte
83. t in the NIU has been acknowledged the NIU clears the NIU status data This bit is used when retrieving faults with the NIU Status service 1 Oor1 Fault acknowledge command When this bit changes to 1 the NIU updates the NIU status data to contain the Format 1 bytes of the next fault The Format 2 bytes of the fault are skipped This bit is used when retrieving faults with the Read_DP_Slave_Diagnostics_Information service see appendix A for more information If there is no next fault the NIU clears the NIU status data Reserved always 0 7 Oor1 Clear all faults command Setting this bit to 1 clears the NIU s internal fault table The NIU s FAULT LED goes OFF unless a new fault is immediately logged or an existing fault condition continues to exist This command can be sent at any time Byte 2 7 6 5 4 3 2 1 0 Reserved always 0 GFK 1534C Chapter 3 The PROFIBUS Network Interface Unit 3 7 PROFIBUS Slave Diagnostic Data Format Some master devices are able to read and display diagnostic information from the slave device The master retrieves this data using the PROFIBUS standard Read_DP_Slave_Diagnostic_Information command When the NIU first detects and logs an internal fault condition the NIU informs the master device of the availability of new diagnostic data This indication is performed using a special bit attached to the normal Input Data message to
84. ta for each I O module and the NIU The configuration data contains an identifier for each I O module An identifier may be either Normal or Special Most I O modules can be described with a single identifier byte using the format described as the Normal Identifier Byte 6 12 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C GFK 1534B Normal Identifier Byte 7 6 5 4 3 2 1 0 Bit 0 3 Bit 4 5 Bit 6 Bit 7 Length of data 00 1 byte or word see bit 6 through 15 16 bytes or words Input or output 00 Special Identifier format Use Special Identifier byte 01 input 10 output 11 input output Byte or word 0 byte format 1 word format Consistency Over 0 byte or word 1 whole length Chapter 6 PROFIBUS Communications 6 13 Special Identifier Byte Some I O modules cannot be fully described with the Normal Identifier Byte and must use the following Special Identifier Format which may contain 2 or 3 bytes I O modules required to use the Special Identifier Format are those that are larger than 16 bytes or 16 words or have unequal input and output lengths For example a mixed analog module that has 4 channels of input and 2 channels of output would require a 3 byte Special Identifier equal to OxCO 0x41 0x43 A 20 byte input module would require a 2 byte Special Identifier equal to 0x40 0x13
85. the cables If the system includes an Expansion Transmitter Module attach the terminator plug to the EXP2 port on the last Expansion Receiver Module After completing any additional system installation steps apply power and observe the module LEDs On indicates presence of 5VDC power Off indicates no 5VDC power PWR Green indicates CPU NIU is scanning scan lol I O in expansion racks EXP RX O Amber indicates not scanning Blinking or On indicates module is communicating on expansion bus Off indicates module not communicating Chapter 2 Installation 2 13 Removing an Expansion Receiver Module 1 Make sure rack power is off 2 Un install the Power Supply module from the Expansion Receiver Module 3 Slide the Expansion Receiver Module on DIN rail away from the other modules 4 Using a small screwdriver pull down on the tab on the bottom of the module and lift the module off the DIN rail Expansion Rack Power Sources Power for module operation comes from the Power Supply installed on the Expansion Receiver Module If the expansion rack includes any Power Supply Booster Carrier and additional rack Power Supply it must be tied to the same source as the Power Supply on the Expansion Receiver Module 2 14 VersaMax Profibus Network Modules User s Manual March 2012 GFK 1534C Connecting the Expansion Cable RS 485 Differential For a multiple rack expansion system connect the
86. the carrier Pull the power supply straight off Setting the Network Address Open the clear protective door by pulling upward at the indentation in the side of the NIU Use a 2 44mm 3 32in flat screwdriver to adjust the rotary switches Always cycle power after changing the switch settings These switches marked Node Address X100 X10 and X1 select the hundreds tens and units digits of the network address Select any valid address in the range 1 125 U Power up in bootloader mode i ula L T NODE AN ADDRESS i N X100 9 04 8 N 2 7238 x10 654 a 04 eo x 7 K Ne x1 4 L 65 la Powering Up in Boot Mode GFK 1534C To have the NIU power up in boot mode set the upper switch Node Address X100 to the U Update position and cycle power to the NIU In this mode the NIU expects a download of new firmware When the NIU is in boot mode its OK and FAULT LEDs blink simultaneously at second intervals Once the NIU is in boot mode the upper switch can be returned to its original position Chapter 2 Installation 2 5 Installing Additional Modules Before joining carriers to the NIU remove the connector cover on the right side of the NIU Do not discard this cover you will need to install it on the last carrier It protects the connector pins from damage and ESD during handling and use Do not remove the connector cover on the left side N Connector Cover Conn
87. the master device Reading the Diagnostic Data fault from the NIU Once the NIU has indicated the presence of new diagnostic information the master device sends the Read_DP_Slave_Diagnostic_Information The NIU responds to the request with information describing the oldest fault in the NIU s fault table The response contains 4 bytes that contain a full description of the fault The 4 bytes are composed of the Format 1 and Format 2 words of the NIU Status Data described earlier The decoding rules for the NIU Status Data are included in the GSD file Reading the Next Diagnostic Data fault from the NIU When a user application needs to advance to the next oldest fault in the NIU fault table it is necessary to set the Fault Acknowledge FLT bit in the NIU Control Data When the slave detects this bit changing from a 0 to a 1 the slave informs the master device to send again the Read_DP_Slave_Diagnostic_Information command The NIU responds with either the next fault in the NIU fault table or an indication that no further faults exist Continuing to reset and set the Fault Acknowledge bit will allow the user application to view each fault in the NIU fault table Clearing the Diagnostic Data from the NIU When desired the user application may clear all the faults in the table by setting the Clear All Faults CLR bit in the NIU Control Data When the slave detects this bit changing from a 0 to a 1 the slave normally clears the NIU Status
88. ume more than the maximum memory available the configuration software displays the reference address of the module that caused the error and an error message The I O Station including all expansion racks can include up to 375 total bytes of data There can be up to 244 bytes of inputs or 244 bytes of outputs You can change the I O references assigned to a module when configuring that module VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Software Configuration Load Store Verify Clear GFK 1534C To transfer and check the contents of a configuration use the Load Store Verify functions from the Tools menu A configuration file must be saved in the programmer before using the load store verify functions The computer connects to the expansion port on the side of the PROFIBUS NIU or the pass through serial port on an Expansion Transmitter Module Programmer lt 6t VersaMax I O Station No Expansion ya Sat Firmware Update CO df DC Serial Cable IC200CBL002 5 NIU VersaMax I O Station with Expansion Transmitter 0 olaaa Expansion Cable PS E Bo Terminator Plug
89. up 8 The assignment of the slave to a specific global control group is made by setting a bit in the Send_Parameter_Data message Failing to set the reserved bits to 0 or setting conflicting bits to 1 in this message causes the NIU or NSM to return to Wait_Parameter state and to send a Not Supported error message to the master Chapter 6 PROFIBUS Communications 6 17 s Additional Messages for Programming Devices Class 2 Masters Class 2 masters such as programming devices can additionally use the following two messages to read information from the NIU NSM m Read_Configuration_Data can be used to read the NIU NSM configuration m Read_Input_Data and Read_Output_Data can be used to read and write the NIU NSM I O buffers Message formats are shown in chapters 3 and 4 Read_Configuration_Data A class 2 master reads the configuration of the PROFIBUS Network Interface Unit by sending the NIU NSM a Read_Configuration_Data message The message content is the same as for Check_Configuration_Data See the previous section on Check_Configuration_Data for details 6 18 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C A Access by other masters 6 10 Add modules to autoconfiguration 4 14 Autoconfiguration 4 1 4 2 4 13 6 12 B Bootloader mode 2 5 Bus length 1 4 C Catalog number 5 1 Catalog numbers IC200PBI001 3 1 CE Mark installation requirements 2 18 Change_Station_Ad
90. ut Dips Variations GFK 1534C IEC68 2 6 IEC68 2 27 IEC529 CISPR 11 EN 55011 CISPR 22 EN 55022 FCC 47 CFR 15 EN 61000 4 2 EN 61000 4 3 ENV 50140 ENV 50204 EN 61000 4 4 ANSI IEEE C37 90a IEC255 4 EN 61000 4 5 EN 61000 4 6 UL508 UL840 IEC664 EN 61000 4 11 Chapter 1 Introduction 1G 57 150Hz 0 012in p p 10 57Hz 15G 11ms 0 deg C to 60 deg C ambient 40 deg C to 60 deg C ambient for I O carriers interposing I O terminals and auxiliary I O terminals 40 deg C to 85 deg C 5 to 95 noncondensing Steel cabinet per IP54 protection from dust amp splashing water Industrial Scientific amp Medical Equipment Group 1 Class A Information Technology Equipment Class A referred to as FCC part 15 Radio Devices Class A 8KV Air 4KV Contact 10V s M 80Mhz to 1000Mhz 80 AM 10Vims m 9OOMHz 5MHZ 100 AM with 200Hz square wave 2KV power supplies 1KV I O communication Damped Oscillatory Wave 2 5KV power supplies I O 12V 240V Damped Oscillatory Wave Class Il power supplies I O 12V 240V 2 kV cm P S 1 kV cm I O and communication modules 10V ns 0 15 to 80Mhz 80 AM 1 5KV for modules rated from 51V to 250V During Operation Dips to 30 and 100 Variation for AC 10 Variation for DC 20 Chapter l GFK 1534C Installation This section gives basic installation instructions For more information please refer to the VersaMax Modules
91. ver the backplane or has received an invalid configuration Blinks amber if the NSM has either detected a fault is not communicating over the backplane or has received an invalid configuration OFF when the NSM is not receiving power Green when the NSM is online and in network data transfer state Blinks green if the NSM is in network data transfer state but not exchanging communications with the CPU CPU is stopped Amber if the NSM is communicating on the PROFIBUS network but its configuration does not match the PROFIBUS master Blinks amber if the NSM has rejected the configuration from the CPU or the configuration contains no network I O specifications eg the default configuration OFF when the NSM is offline and has not yet received its configuration from the CPU Installing an Expansion Transmitter Module If the I O Station will have more than one expansion rack or one expansion rack that uses an Isolated Expansion Receiver Module IC200ERMO001 as its interface to the expansion bus an Expansion Transmitter Module must be installed to the left of the NIU The Expansion Transmitter Module must be installed on the same section of DIN rail as the rest of the modules in the main rack rack 0 Expansion Transmitter Module NIU and Power Supply ETM PS D CD Niu TE H EA EI VersaMax I O Station Main Rack 0
92. yle I O Carriers Compact Box Style I O Carrier IC200CHS022 Compact Spring Style I O Carrier IC200CHS025 Connector Style I O Carrier Connector Style I O Carrier IC200CHS003 Interposing Terminals for use with Connector Style Carrier Barrier Style Interposing I O Terminals IC200CHS011 Box Style Interposing I O Terminals IC200CHS012 Thermocouple Style Interposing I O Terminals IC200CHS014 Spring Style Interposing I O Terminals IC200CHS015 Cables for use with Connector Style I O Carriers 2 connectors 0 5m no shield IC200CBL105 2 connectors 1 0m no shield IC200CBL110 2 connectors 2 0m no shield IC200CBL120 1 connector 3 0m no shield IC200CBL230 Auxiliary I O Terminal Strips for use with Terminal style I O Carriers and Interposing Terminals Barrier Style Auxiliary VO Terminal Strip IC200TBM001 Box Style Auxiliary I O Terminal Strip IC200TBM002 Spring Style Auxiliary I O Terminal Strip IC200TBM005 VersaMax PROFIBUS DP Network Slave Modules User s Manual March 2012 GFK 1534C Expansion Modules Expansion modules can be used to extend the I O Station and add more modules There are two basic types of VersaMax I O expansion systems Multi Rack and Single ended Multi Rack A VersaMax PLC or NIU I O Station with an Expansion Transmitter Module IC200ETMO001 and one to seven expansion racks each with an Expansion Receiver Module IC200ERMO001 or IC200ERMO02 If

VersaMax PROFIBUS-DP Network Slave Modules User`s Manual

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