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Siemens 6MD662 Manual Download Page 17

Redundant PROFIBUS DP interface

17

SIPROTEC PROFIBUS DP - Bus mapping 6MD662/3/4
C53000-L1840-B011-03

BACKUP

In the BACKUP subsystem, the master device behaves passive in process direction.

Only read access of process data is possible for the BACKUP master.
All data in the output messages are rejected by the BACKUP slave interface.

A Master-Master communication

1

 servers for comparison of the process images in the 

master devices and for mutual supervision.
In case of a failure of components in the current PRIMARY subsystem, the BACKUP 
system can take process control and become PRIMARY for its part (redundancy 
switchover).

Redundant slave

A redundant PROFIBUS DP slave (e.g. 6MD663 or 6MD664) which can be connected 
to the system-redundant communication as shown in Figure 1-2 has the following 
characteristics:

•

The redundant slave consists of two independent PROFIBUS communication inter-
faces (which are redundant with respect to the protocol firmware and the hardware 
interface).

•

It exists an internal communication channel (independent from PROFIBUS) 
between the two PROFIBUS communication interfaces of the redundant slave.
This communication channel is described as RedCom subsequently and serves for 
exchanging of status information as well as for mutual supervision.

•

Both slave interfaces have identical PROFIBUS addresses.

•

One of the both slave interfaces works as PRIMARY, the other as BACKUP.
Output data of the master device are only evaluated in PRIMARY state.

The decision if a slave interface can become PRIMARY depends on various factors:

•

Communication status with the master device (“in data exchange” or “not con-
nected”).

•

PRIMARY/BACKUP state of the master device.
The master device must inform the slave about its state via PROFIBUS communi-
cation. In the implementation of the redundant slave of the SIPROTEC devices a 
byte in the data area of the cyclic data exchange message is used for that (ref. to 
chap. 1.4.1.4).

•

Operating status of the partner module (partner interface) in the redundant slave.
This contains both the current redundancy state (PRIMARY/BACKUP) and the 
hardware state (“operational” or “error”).
RedCom communication is used to determine the state of the partner module. 

The behavior of the redundant slave of the SIPROTEC devices in case of redundancy 
start-up and redundancy switchover is described in chap. 1.6.

1. An arbitrary communication connection between the master devices.

Also a superordinated control system can do this task.

Summary of Contents for 6MD662

Page 1: ... 01 SIPROTEC Bay control unit 6MD662 3 4 Communication module PROFIBUS DP Bus mapping Preface Table of contents Redundant PROFIBUS DP interface 1 Data of the PROFIBUS DP messages 2 Standard mappings 3 1 and 3 3 3 Standard mapping 3 2 4 Standard mapping 3 4 5 Index ...

Page 2: ...cal improvements without notice Document version V02 10 01 Copyright Copyright Siemens AG 2010 All rights reserved Dissemination or reproduction of this document or evaluation and commu nication of its contents is not authorized except where expressly permitted Violations are liable for damages All rights reserved particularly for the purposes of patent application or trademark registration Regist...

Page 3: ...file documentation The following additional manual informs you about the data types bus specific param eters DIGSI parameterization and hardware inteface of the PROFIBUS DP slave modul of the SIPROTEC devices You can download this manual from Internet http www siprotec com or please contact your Siemens representative PROFIBUS DP specification The PROFIBUS DP specification and the structure of the...

Page 4: ...ge 3 DIGSI 4 30 or higher DIGSI 4 40 or higher at use of Transformer tap change commands ref to chap 4 1 2 and Transformer tap position indications ref to chap 4 2 4 DIGSI 4 71 or higher at use of the PROFIBUS DP redundancy function ref to chap 1 PROFIBUS DP standard mappings 3 1 to 3 n n device type dependent number of standard mappings Additional Support For questions regarding SIPROTEC4 devices...

Page 5: ...onally shown in italic style This also applies to selection items for selection menus Indications or identifiers for information produced by the device or required by other devices or from the switchgear is shown in mono script same point size and placed into quotation marks For diagrams in which the identifier type results from the representation itself text con ventions may differ from the above...

Page 6: ...Preview 6 SIPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 ...

Page 7: ...cation 1 00 First edition Doc No C53000 L1840 B011 03 Sept 27th 2002 Chap 1 2 00 new chapter Redundant PROFIBUS DP interface the following chapter numbers moved up new Standard mapping 3 3 for the redundancy function March 15th 2006 general Chap 5 2 10 Standard mappings 3 1 and 3 2 also valid for 6MD662 new Standard mapping 3 4 for redundancy function with 6MD663 and 6MD664 July 27th 2010 ...

Page 8: ...Revision index 8 SIPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 ...

Page 9: ...S DP master 21 1 4 Data areas and Diagnosis 22 1 4 1 Cyclic input and output data 22 1 4 1 1 Control_I byte 22 1 4 1 2 Control_I_1 byte 23 1 4 1 3 Control_O byte 24 1 4 1 4 Control_O_1 byte 24 1 4 2 Extended Slave_Diag diagnosis data 26 1 5 Module specific information at the device display 28 1 5 1 Block 5 Status of the event list via PROFIBUS DP 28 1 5 2 Block 5 Redundancy status and Toggle bit t...

Page 10: ...mmands and taggings 55 3 1 4 Control mode 57 3 2 Message in input direction 58 3 2 1 Indications 58 3 2 1 1 Double point indications 58 3 2 1 2 Single point indications and taggings 59 3 2 1 3 Device 60 3 2 1 4 Control Authority 61 3 2 2 Measured values 61 3 2 3 Metered measurands 61 3 2 4 Event list 62 4 Standard mapping 3 2 63 4 1 Message in output direction 64 4 1 1 Double commands 64 4 1 2 Tra...

Page 11: ...irection 74 5 1 1 Event list 74 5 1 2 Single commands and taggings 74 5 1 3 Control mode 77 5 2 Message in input direction 78 5 2 1 Indications 78 5 2 1 1 Single point indications and taggings 78 5 2 1 2 Device 80 5 2 1 3 Control Authority 81 5 2 2 Measured values 81 5 2 3 Metered measurands 81 5 2 4 Event list 82 Glossary 83 Index 85 ...

Page 12: ...Table of contents 12 SIPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 ...

Page 13: ...are required for the redundancy function 1 1 Hardware requirements Order options and Firmware compatibility 14 1 2 Redundancy concept 16 1 3 Parameterization 18 1 4 Data areas and Diagnosis 22 1 5 Module specific information at the device display 28 1 6 Redundancy behavior 33 Note The description of the redundant PROFIBUS DP interface requires knowledge of the SIPROTEC devices standard PROFIBUS DP...

Page 14: ...dundant PROFIBUS DP interface only is possible with PROFIBUS communication modules from HW revision 4 If devices with an already built in PROFIBUS communication module HW revision 2 shall be retrofitted with a redundant PROFIBUS DP interface then this existing module also has to be replaced by a HW revision 4 module Additional information about the hardware releases of the communication modules yo...

Page 15: ...V4 70 PROFIBUS DP communication firmware version from 04 50 02 Communication 11th MLFB position MLFB extension PROFIBUS DP Standard PROFIBUS DP Slave RS485 PROFIBUS Module on Port B 9 L0A PROFIBUS DP Slave LWL 820 nm PROFIBUS Module on Port B 9 L0B PROFIBUS DP Redundancy PROFIBUS DP Slave redundant RS485 PROFIBUS Module on Port B and Port D 9 L1A PROFIBUS DP Slave redundant LWL 820 nm PROFIBUS Mod...

Page 16: ...ems shown in Figure 1 2 Master A Field bus A Slave interface A or Master B Field bus B Slave interface B is in state PRIMARY or process controlling whereas the other subsystem has the state BACKUP or standby PRIMARY The PRIMARY subsystem is the active one and has full access to the process Beside reading access the PRIMARY master also can send output data to the bay unit as well as to the process ...

Page 17: ... This communication channel is described as RedCom subsequently and serves for exchanging of status information as well as for mutual supervision Both slave interfaces have identical PROFIBUS addresses One of the both slave interfaces works as PRIMARY the other as BACKUP Output data of the master device are only evaluated in PRIMARY state The decision if a slave interface can become PRIMARY depend...

Page 18: ...differ from the steps which must be executed for a non redundant PROFIBUS DP system interface This includes the mapping file selection and the allocation of data objects as Source system interface and Destination system interface Please ref to the manual SIPROTEC Communication module PROFIBUS DP Communication profile chap PROFIBUS DP Parameterization in DIGSI regard ing information about the mappi...

Page 19: ...e ref to the manual SIPROTEC Communication module PROFIBUS DP Communication profile chap Scaling of measured values for general information about the conversion and scaling of measured values Table 1 2 Parameter DP_CountersWithStatus The default value is 1 Toggle bit timer reload value GlobalSection DP_Ttoggle Reload value in 100 ms for the supervision timer of the Toggle bit mechanism ref to chap...

Page 20: ...s executed with the TsprimMax default value 1 3 2 Module status indications 1 3 2 1 Error system interface If PROFIBUS DP is selected as system interface then the tagging SysIntErr Error System interface is available in the device parameter set to signal a communication error to the PROFIBUS DP master The reaction of the SIPROTEC device to a communication interruption using the tag ging SysIntErr ...

Page 21: ...in the manual SIPROTEC Communication module PROFIBUS DP Communication profile chap Signalling of line breaks in a redun dant fibre optical ring 1 3 3 PROFIBUS DP master The following GSD file has to be used for the parameterization of the SIPROTEC devices with redundant PROFIBUS DP slave in the PROFIBUS DP master GSD file siem8138 gsd PNO identification number 0x8138 Model name SIPROTEC4 DP Redund...

Page 22: ...ction are summarized again in this chapter 1 4 1 1 Control_I byte Handshake byte for the event list Reference Standard mappings 3 1 and 3 3 ref to chap 3 2 4 Standard mapping 3 4 ref to chap 5 2 4 Bit assignment Figure 1 4 Handshake byte Control_I input direction Message block number With each transmission of the message blocks entries from the event list max 3 entries per telegram the message blo...

Page 23: ...n inconsistency between the event lists of the two PROFIBUS DP modules in the device Also during the device start up it may happen that one of the modules is updated and operational before the other one and just at this time an indication change is transmit ted to the modules But this indication change then only is entered in the event list of the already operational module Such an inconsistency o...

Page 24: ...ping 3 1 and 3 3 ref to chap 3 1 1 Standard mapping 3 4 ref to chap 5 1 1 Bit assignment Figure 1 6 Handshake byte Control_O output direction Message block number Acknowledgement of reception and evaluation of the message blocks After evaluation of the message blocks the PROFIBUS DP master copies the mes sage block number from the handshake byte Control_I of the input telegram to the handshake byt...

Page 25: ...eriod by the PROFIBUS DP master or the program in the PLC If an invalid bit combination 11 or 00 is received in the Toggle bits then this is treated as not toggled The slave mirrors the Toggle bits which were received in Control_O_1 byte from the PROFIBUS DP master back to the master in the Control_I_1 byte The time period within which the Toggle bits have to be changed can be set up during config...

Page 26: ... including the Headerbyte 8 bytes Octet 8 Status_Type Bits 7 indicates with a 1 that it is a Status Model Diagnosis The value 1Fhex in the bits 6 to 0 defines a Red_State diagnosis Octet 9 to 11 Slot_Number Specifier and Function These three bytes are not used in the implementation of the redundant slave for SIPROTEC devices and always set to 00hex Octets 12 and 13 Red_State_1 and Red_State_2 Red_...

Page 27: ...value 1 will never be sent for the two bits at the same time HW Defect If an error in the RedCom communication between the both PROFIBUS DP mod ules in the SIPROTEC device is recognized then this bit is set in the Red_State_2 byte This also includes a failure of the partner module itself When this bit is set then all other bits in Red_State_2 are irrelevant Data_Exchange A set bit indicates that t...

Page 28: ... Block 5 Status of the event list via PROFIBUS DP EvEntr In addition to the number of event list entries the status Message lost ref to chap 1 4 1 1 is shown in this line e g EvEntr 12 3 ELost 1 5 2 Block 5 Redundancy status and Toggle bit timer In addition to the module information blocks 1 to 5 a new block 6 is available for each module in a device with redundant PROFIBUS DP to show redundancy s...

Page 29: ...PRIMARY The PROFIBUS DP slave module is in data exchange with the master and receives the PRIMARY state from the master device All data in the output telegram from the master are evaluated and passed on to the SIPROTEC device PB_Switchov State during redundancy switchover from PRIMARY to BACKUP The module shall change to BACKUP but the state PRIMARY is still received from the master e g if both ma...

Page 30: ... 3 0 and bit 2 0 or bit 3 1 and bit 2 1 PRIMARY PROFIBUS DP master is PRIMARY bit 3 1 and bit 2 0 in Control_O_1 If the Toggle bit mechanism was activated in the parameterization then also the first changeover from a valid Toggle bit combination to the other valid Toggle bit combination was recognized and the Toggle bit timer is running BACKUP PROFIBUS DP master is BACKUP bit 3 0 and bit 2 1 in Co...

Page 31: ...eriod within which a slave interface keeps the S_PRIMARY state ref to chap 1 6 1 Tsprimary starts at 2 s and will be increased by 2 s after each state change until the configured maximum value TsprimMax TsprimMax can be selected during set up of bus specific parameters in DIGSI ref to chap 1 3 1 2 Red sta Red State Changed One or more status information which are part of the extended Red_State dia...

Page 32: ...ove the expiring counter in the RedTsp line should be incre mented cyclically This shows that the next action e g switchover to S_BACKUP or sending of a Check req telegram is executed Ttoggl Supervision time of the Toggle bit mechanism Every changeover of the Toggle bits in the output telegram to a valid bit combination re triggers the Toggle bit timer This module information line shows the curren...

Page 33: ...timer and a further redundancy state switchover will be executed after Tsprimary expires Tsprimary starts at 2 s and is increased by 2 s after each state change until the con figured maximum value TsprimMax TsprimMax can be selected during set up of bus specific parameters in DIGSI ref to chap 1 3 1 2 It is the aim of this procedure to make the decision which module becomes PRIMARY first Only if t...

Page 34: ...toring timer or the Toggle bit timer Toggle bits ref to chap 1 4 1 4 3 Error in the PRIMARY slave interface An internal error in the PROFIBUS DP module which currently is PRIMARY This situation is recognized by the PROFIBUS DP master as a communication interruption and leads depending on the master to a redundancy switchover request PROFIBUS DP module on port B PROFIBUS DP module on port D SIPROTE...

Page 35: ...ancy states of the PROFIBUS DP modules on port B and port D are shown in the module specific information at the device display ref to chap 1 5 All possible redundancy states are described in Table 1 5 Figure 1 12 shows a simplified state diagram of the redundancy switchover Figure 1 12 Redundancy switchover state diagram simplified Master state BACKUP PRIMARY Master state PRIMARY PB_Partner_Ack Wa...

Page 36: ...list entries were sent After that it evaluates the entries and acknowledges the reading by copy ing the sequence number in the Control_O byte of the output telegram ref to chap 1 4 1 3 Note The PRIMARY state from the master can only be received by the slave if PROFI BUS DP master and slave are in data exchange because the master state is trans mitted in the cyclic data messages byte Control_O_1 re...

Page 37: ...dules do not contain any entries 1 An indication change is transferred to both PROFIBUS DP modules by the SIPROTEC device Every indication gets an unique internal identification number before transmis sion which also is transmitted to the modules 2 The PROFIBUS DP modules enter the indication change into the event list buffer copy it in the associated area of the input telegram and increment the s...

Page 38: ...event list which are contained in the RedCom telegram from the PRIMARY module then the bit Message lost in the Control_I byte of the input telegram is set Possible reasons for this and conditions to reset the bit are explained in chap 1 4 1 4 Note If a BACKUP slave module becomes PRIMARY because of a redundancy switchover and it has not got an receipt via RedCom to the event list entries which cur...

Page 39: ...well as notes for evaluation of selected SIPROTEC objects and for the configura tion of the standard mapping in the PROFIBUS DP master 2 1 Explanations 40 2 2 Messages in output direction PROFIBUS DP master to the SIPROTEC device 42 2 3 Messages in input direction SIPROTEC device to the PROFIBUS DP master 43 2 4 Configuration data of the standard mappings 47 2 5 Notes to SIPROTEC objects 51 ...

Page 40: ...and data byte 11 least significant byte of the measured value in the PROFIBUS DP message Bit variables SP SC DP DC The offset indicates the byte which contains the bit value and the position of bit 0 of the bit variable e g input message The checkback signal from the circuit breaker as double point indication is located in data byte 0 bit position 20 bit 0 and 21 bit 1 The single point indication ...

Page 41: ...the manual SIPROTEC Communication module PROFIBUS DP Communication profile ref to page 3 you find Definition of the data types single point indication double point indication mea sured value etc Description of the event list via PROFIBUS DP handshake bytes message blocks etc Notes for parameterization in DIGSI ...

Page 42: ... allow command outputs through the output relays of the SIPROTEC devices external commands manipulation of taggings internal commands Note The allocation of the output relays to the switching devices and to the output chan nels is defined during parameterization of the SIPROTEC devices Depending on the device composition there may be less than indicated output relays and corresponding PROFIBUS DP ...

Page 43: ...na tion system interface for a description of the routing and allocation to the system interface refer to SIPROTEC Communication module PROFIBUS DP Communi cation profile Measured values are transmitted via PROFIBUS DP as 16 bit integer values range 32767 The selection of Type determines whether the measured value is transmitted as primary secondary or percentage value via PROFIBUS DP When transmi...

Page 44: ...no consequence for the transmission via PROFIBUS DP A selection of the Scaling factor see below determines the number of decimal places significant for transfer via PROFIBUS DP Measured value dimensions are not transmitted via PROFIBUS DP The selected dimension in this case kV must be indicated to the PROFIBUS DP master for each measured value When allocating the measured value as Destination syst...

Page 45: ... counts based on the above mentioned scaling A conversion factor must be indicated to the PROFIBUS DP master with which the number of pulse counts are converted to energy values e g MWh This conversion factor which is set during the configuration of the metered values in DIGSI is used for displaying the metered values in the 6MD662 3 4 and must also be used for the conversion in the PROFIBUS DP ma...

Page 46: ...ntered in DIGSI in the Measured value description as Conversion factor and to be used for the conversion of the metered measurand in the PROFIBUS DP master If the PROFIBUS DP master receives e g the value 43768 then this corresponds to 43768 imp 0 06351 MWh imp 2779 6 MWh Restore trigger mode The Restore trigger mode cyclic with or without erasing and Time interval must be set for the counters wit...

Page 47: ... mapping 3 1 The standard mapping 3 1 contains Output direction Handshake byte for event list via PROFIBUS DP 11 Double commands 37 Single commands Input direction 11 Double point indications 58 Single point indications 10 Measured values integer 4 Metered measurands counters unsigned long Handshake byte and three message blocks for event list via PROFIBUS DP Standard mapping 3 2 The standard mapp...

Page 48: ...le commands Input direction 11 Double point indications 58 Single point indications 10 Measured values integer 4 Metered measurands counters unsigned long Handshake byte and three message blocks for event list via PROFIBUS DP Control byte for the redundancy function Standard mapping 3 4 Standard mapping 3 4 is used together with the redundant PROFIBUS DP interface of the devices 6MD663 or 6MD664 r...

Page 49: ...ng 3 2 1FH 1FH 1FH 19H 29H 58 bytes input 10 bytes output direction Standard mapping 3 3 1FH 1FH 1DH DFH 2DH 78 bytes input 14 bytes output direction Standard mapping 3 4 1FH 1FH 1DH DFH 2DH 78 bytes input 14 bytes output direction Module Order number Input address Output address 0 Input 16 Bytes Adr_Ix 1 Input 16 Bytes Adr_Ix 16 2 Input 14 Bytes Adr_Ix 32 3 Input 16 Words consistent Adr_Ix 46 4 O...

Page 50: ...identical with offset 0 of the PROFIBUS DP message data of the SIPROTEC device in input direction ref to chap 3 2 4 2 and 5 2 Addr_Ox base address of the outputs is identical with offset 0 of the PROFIBUS DP message data of the SIPROTEC device in output direction ref to chap 3 1 4 1 and 5 1 Module Order number Input address Output address 0 Input 16 Bytes Adr_Ix 1 Input 16 Bytes Adr_Ix 16 2 Input ...

Page 51: ... the Control mode REMOTE is automatically reset to LOCKED If the Control mode REMOTE was automatically reset to LOCKED by the SIPRO TEC device then this status can be recognized by the corresponding bit in the PROFIBUS DP input message In this case the status of Control mode REMOTE in output direction has to be updated by the PROFIBUS DP master References Standard mapping 3 1 ref to chap 3 1 4 Sta...

Page 52: ...If Stop data transmission is active nevertheless data via PROFIBUS DP will be transmitted furthermore The indication DataStop signals the activation of Stop data transmission however and can be evaluated correspondingly in the PROFIBUS DP master References Standard mapping 3 1 ref to chap 3 2 1 3 Standard mapping 3 2 ref to chap 4 2 1 3 Standard mapping 3 3 ref to chap 3 2 1 3 Standard mapping 3 4...

Page 53: ...if standard mapping 3 1 or 3 3 is selected Standard mapping 3 3 has to be used together with the redundant PROFIBUS DP interface of the devices 6MD663 or 6MD664 ref to chap 1 It contains the same data size as standard mapping 3 1 The additional control bytes for the redundancy function are arranged on byte offsets which are reserved in standard mapping 3 1 3 1 Message in output direction 54 3 2 Me...

Page 54: ...ents Internal object no 0 Control_O Handshake byte for event list via PROFIBUS DP 1 SPARE Control_O_1 Standardmapping 3 1 reserved for future use the value at this position is ignored Standard mapping 3 3 Control byte for redundancy function Offset Designation of the SIPROTEC objects Comments Internal object no 2 0 user defined OFF not pre allocated 2 1 user defined ON 2 2 user defined OFF not pre...

Page 55: ...objects Comments Internal object no 4 6 user defined OFF not pre allocated 4 7 user defined ON 5 0 user defined OFF not pre allocated 5 1 user defined ON 5 2 user defined OFF not pre allocated 5 3 user defined ON 5 4 user defined OFF not pre allocated 5 5 user defined ON 5 6 user defined OFF not pre allocated 5 7 user defined ON 6 0 user defined OFF not pre allocated 6 1 user defined ON 6 2 user d...

Page 56: ...user defined ON 9 6 user defined OFF not pre allocated 9 7 user defined ON 10 0 user defined OFF not pre allocated 10 1 user defined ON 10 2 user defined OFF not pre allocated 10 3 user defined ON 10 4 user defined OFF not pre allocated 10 5 user defined ON 10 6 user defined OFF not pre allocated 10 7 user defined ON 11 0 user defined OFF not pre allocated 11 1 user defined ON 11 2 user defined OF...

Page 57: ...pre allocated 12 7 user defined ON 13 0 user defined OFF not pre allocated 13 1 user defined ON 13 2 user defined OFF not pre allocated 13 3 user defined ON 13 4 user defined OFF not pre allocated 13 5 user defined ON Offset Designation of the SIPROTEC objects Comments Internal object no Offset Designation of the SIPROTEC objects Comments Internal object no 13 6 ModeREMOTE LOCKED Control mode REMO...

Page 58: ...ed OFF not pre allocated 0 1 user defined ON 0 2 user defined OFF not pre allocated 0 3 user defined ON 0 4 user defined OFF not pre allocated 0 5 user defined ON 0 6 user defined OFF not pre allocated 0 7 user defined ON 1 0 user defined OFF not pre allocated 1 1 user defined ON 1 2 user defined OFF not pre allocated 1 3 user defined ON 1 4 user defined OFF not pre allocated 1 5 user defined ON 1...

Page 59: ... 7 user defined not pre allocated 4 0 user defined not pre allocated 4 1 user defined not pre allocated 4 2 user defined not pre allocated 4 3 user defined not pre allocated 4 4 user defined not pre allocated 4 5 user defined not pre allocated 4 6 user defined not pre allocated 4 7 user defined not pre allocated 5 0 user defined not pre allocated 5 1 user defined not pre allocated 5 2 user defined...

Page 60: ...1 user defined not pre allocated Offset Designation of the SIPROTEC objects Comments Internal object no Offset Designation of the SIPROTEC objects Comments Internal object no 8 2 user defined not pre allocated 8 3 user defined not pre allocated 8 4 user defined not pre allocated 8 5 user defined not pre allocated 8 6 user defined not pre allocated 8 7 user defined not pre allocated 9 0 user define...

Page 61: ... Phase to Earth Voltage V1 3276 7 Primary value 12 3P1_V2 3P1 Phase to Earth Voltage V2 3276 7 Primary value 14 3P1_V3 3P1 Phase to Earth Voltage V3 3276 7 Primary value 16 3P1_I1 3P1 Phase Current I1 3276 7 Primary value 18 3P1_I2 3P1 Phase Current I2 3276 7 Primary value 20 3P1_I3 3P1 Phase Current I3 3276 7 Primary value 22 3P1_P 3P1 Active Power Three Phase 3276 7 Primary value 24 3P1_Q 3P1 Re...

Page 62: ...es regarding the redundancy function control byte Offset Designation of the SIPROTEC objects Comments Internal object no 46 Control_I Handshake byte for event list via PROFIBUS DP 47 SPARE Control_I_1 Standardmapping 3 1 reserved for future use the value 0 is transferred at this position Standard mapping 3 3 Control byte for redundancy function 48 Message block 1 Identification 1 49 Value 1 50 57 ...

Page 63: ...B011 03 Standard mapping 3 2 4 This chapter describes the data in the PROFIBUS DP messages between the PROFIBUS DP master and the SIPROTEC device 6MD662 3 4 if standard mapping 3 2 is selected 4 1 Message in output direction 64 4 2 Message in input direction 67 ...

Page 64: ...us disconnector Q2 0 5 Q2 ON 0 6 Q8 OFF Earthing isolator Q8 0 7 Q8 ON 1 0 Q9 OFF Feeder disconnector Q9 1 1 Q9 ON 1 2 user defined OFF not pre allocated 1 3 user defined ON 1 4 user defined OFF not pre allocated 1 5 user defined ON 1 6 user defined OFF not pre allocated 1 7 user defined ON 2 0 user defined OFF not pre allocated 2 1 user defined ON 2 2 user defined OFF not pre allocated 2 3 user d...

Page 65: ...d LOWER not pre allocated 3 7 user defined RAISE Offset Designation of the SIPROTEC objects Comments Internal object no 4 0 user defined OFF not pre allocated 4 1 user defined ON 4 2 user defined OFF not pre allocated 4 3 user defined ON 4 4 user defined OFF not pre allocated 4 5 user defined ON 4 6 user defined OFF not pre allocated 4 7 user defined ON 5 0 user defined OFF not pre allocated 5 1 u...

Page 66: ...ON 8 0 user defined OFF not pre allocated 8 1 user defined ON 8 2 user defined OFF not pre allocated 8 3 user defined ON 8 4 user defined OFF not pre allocated 8 5 user defined ON 8 6 user defined OFF not pre allocated 8 7 user defined ON 9 0 user defined OFF not pre allocated 9 1 user defined ON 9 2 user defined OFF not pre allocated 9 3 user defined ON 9 4 user defined OFF not pre allocated 9 5 ...

Page 67: ...ctor Q1 0 3 Q1 ON 0 4 Q2 OFF Bus disconnector Q2 0 5 Q2 ON 0 6 Q8 OFF Earthing isolator Q8 0 7 Q8 ON 1 0 Q9 OFF Feeder disconnector Q9 1 1 Q9 ON 1 2 user defined OFF not pre allocated 1 3 user defined ON 1 4 user defined OFF not pre allocated 1 5 user defined ON 1 6 user defined OFF not pre allocated 1 7 user defined ON 2 0 user defined OFF not pre allocated 2 1 user defined ON 2 2 user defined OF...

Page 68: ...er defined not pre allocated 4 6 user defined not pre allocated 4 7 user defined not pre allocated 5 0 user defined not pre allocated 5 1 user defined not pre allocated 5 2 user defined not pre allocated 5 3 user defined not pre allocated 5 4 user defined not pre allocated 5 5 user defined not pre allocated 5 6 user defined not pre allocated 5 7 user defined not pre allocated 6 0 user defined not ...

Page 69: ...user defined not pre allocated 9 6 user defined not pre allocated 9 7 user defined not pre allocated 10 0 user defined not pre allocated 10 1 user defined not pre allocated 10 2 user defined not pre allocated 10 3 user defined not pre allocated 10 4 user defined not pre allocated 10 5 user defined not pre allocated 10 6 user defined not pre allocated 10 7 user defined not pre allocated 11 0 user d...

Page 70: ...ply 147 12 5 Fail Battery 1 Failure Battery empty 177 12 6 user defined not pre allocated 12 7 user defined not pre allocated 13 0 user defined not pre allocated 13 1 user defined not pre allocated 13 2 DataStop 1 Stop data transmission is active 13 3 Test mode 1 Test mode is active 13 4 Data valid 1 Data in the PROFIBUS DP message are valid This indication is created by the PROFIBUS DP slave not ...

Page 71: ... Primary value 24 3P1_I3 3P1 Phase Current I3 3276 7 Primary value 26 3P1_P 3P1 Active Power Three Phase 3276 7 Primary value 28 3P1_Q 3P1 Reactive Power Three Phase 3276 7 Primary value 30 3P1_f 3P1 Frequency 3276 7 Primary value 32 3P1_cosPhi 3P1 Active Power Factor Three Phase 32 767 Primary value 34 3P1_V0 3P1 Zero Sequence Voltage 3276 7 Primary value 36 Td1 Transducer 1 0 20 mA 327 67 Second...

Page 72: ...Standard mapping 3 2 72 SIPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 ...

Page 73: ...the PROFIBUS DP messages between the PROFIBUS DP master and the SIPROTEC device 6MD662 3 4 if standard mapping 3 4 is selected Standard mapping 3 4 has to be used together with the redundant PROFIBUS DP interface of the devices 6MD663 or 6MD664 ref to chap 1 5 1 Message in output direction 74 5 2 Message in input direction 78 ...

Page 74: ...ion matrix Offset Designation Comments Internal object no 0 Control_O Handshake byte for event list via PROFIBUS DP 1 Control_O_1 Control byte for redundancy function Offset Designation of the SIPROTEC objects Comments Internal object no 2 0 user defined OFF not pre allocated 2 1 user defined ON 2 2 user defined OFF not pre allocated 2 3 user defined ON 2 4 user defined OFF not pre allocated 2 5 u...

Page 75: ...d 6 1 user defined ON 6 2 user defined OFF not pre allocated 6 3 user defined ON 6 4 user defined OFF not pre allocated 6 5 user defined ON 6 6 user defined OFF not pre allocated 6 7 user defined ON 7 0 user defined OFF not pre allocated 7 1 user defined ON 7 2 user defined OFF not pre allocated 7 3 user defined ON 7 4 user defined OFF not pre allocated 7 5 user defined ON 7 6 user defined OFF not...

Page 76: ...ser defined ON 11 0 user defined OFF not pre allocated 11 1 user defined ON 11 2 user defined OFF not pre allocated 11 3 user defined ON 11 4 user defined OFF not pre allocated 11 5 user defined ON 11 6 user defined OFF not pre allocated 11 7 user defined ON 12 0 user defined OFF not pre allocated 12 1 user defined ON 12 2 user defined OFF not pre allocated 12 3 user defined ON 12 4 user defined O...

Page 77: ...53000 L1840 B011 03 5 1 3 Control mode Ref to chap 2 5 1 for notes regarding Control mode REMOTE Offset Designation of the SIPROTEC objects Comments Internal object no 13 6 ModeREMOTE LOCKED Control mode REMOTE LOCKED 13 7 ModeREMOTE UNLOCKED Control mode REMOTE UNLOCKED ...

Page 78: ... 0 6 user defined not pre allocated 0 7 user defined not pre allocated 1 0 user defined not pre allocated 1 1 user defined not pre allocated 1 2 user defined not pre allocated 1 3 user defined not pre allocated 1 4 user defined not pre allocated 1 5 user defined not pre allocated 1 6 user defined not pre allocated 1 7 user defined not pre allocated 2 0 user defined not pre allocated 2 1 user defin...

Page 79: ...ined not pre allocated 5 5 user defined not pre allocated 5 6 user defined not pre allocated 5 7 user defined not pre allocated 6 0 user defined not pre allocated 6 1 user defined not pre allocated 6 2 user defined not pre allocated 6 3 user defined not pre allocated 6 4 user defined not pre allocated 6 5 user defined not pre allocated 6 6 user defined not pre allocated 6 7 user defined not pre al...

Page 80: ...ser defined not pre allocated 8 4 user defined not pre allocated 8 5 user defined not pre allocated 8 6 user defined not pre allocated 8 7 user defined not pre allocated 9 0 user defined not pre allocated 9 1 user defined not pre allocated 9 2 DataStop 1 Stop data transmission is active 9 3 Test mode 1 Test mode is active 9 4 Data valid 1 Data in the PROFIBUS DP message are valid This indication i...

Page 81: ...se to Earth Voltage V1 3276 7 Primary value 12 3P1_V2 3P1 Phase to Earth Voltage V2 3276 7 Primary value 14 3P1_V3 3P1 Phase to Earth Voltage V3 3276 7 Primary value 16 3P1_I1 3P1 Phase Current I1 3276 7 Primary value 18 3P1_I2 3P1 Phase Current I2 3276 7 Primary value 20 3P1_I3 3P1 Phase Current I3 3276 7 Primary value 22 3P1_P 3P1 Active Power Three Phase 3276 7 Primary value 24 3P1_Q 3P1 Reacti...

Page 82: ... DP Communication profile Ref to chap 1 4 1 2 for notes regarding the redundancy function control byte Offset Designation of the SIPROTEC objects Comments Internal object no 46 Control_I Handshake byte for event list via PROFIBUS DP 47 Control_I_1 Control byte for redundancy function 48 Message block 1 Identification 1 49 Value 1 50 57 Time stamp 1 58 Message block 2 Identification 2 59 Value 2 60...

Page 83: ...oint indication Input data Input direction Data from the PROFIBUS DP slave to the PROFIBUS DP master MLFB Order number for SIPROTEC devices Octet One octet corresponds to 8 bits OLM Optical Link Module Output data Output direction Data from the PROFIBUS DP master to the PROFIBUS DP slave PLC Programmable Logic Controller PNO PROFIBUS Nutzerorganisation PROFIBUS International Organization PROFIBUS ...

Page 84: ...IPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 RedCom Internal communication channel between the two slave interface modules of a redun dant slave device SC Single command SP Single point indication ...

Page 85: ...ection 54 64 74 Q Qualified personnel definition 5 R Redundancy behavior Redundancy start up 33 Redundancy switchover 34 Redundancy concept BACKUP 17 35 PRIMARY 16 35 Redundancy function Red_State diagnosis 26 Control byte Input direction 22 62 82 Output direction 24 54 74 Parameterization 21 Start up time 20 Redundancy state 29 Redundant slave Characteristic 17 Firmware compatibility 15 Order opt...

Page 86: ...Index 86 SIPROTEC PROFIBUS DP Bus mapping 6MD662 3 4 C53000 L1840 B011 03 ...

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