Siemens 3WN6, Communications Manual

Page 1: ...1 General mode of operation of 3WN6 circuit breaker communication via PROFIBUS DP 26 3 1 2 Hardware and software requirements 26 3 2 Bus connection functionality 28 3 3 Procedure for connection to communication system 31 3 4 Displaying the data in the 3WN6 circuit breaker 37 3 4 1 Addressing the 3WN6 functions on PROFIBUS DP 37 3 4 2 List of acyclic 3WN6 messages on PROFIBUS DP 39 3 4 3 List of cy...

Page 2: ...onnection to communication system 82 4 4 Special cases 89 4 5 DP 3WN1 3WS1 and DP 3WN6 interface modules 89 4 5 1 Device description 89 4 5 1 1 Display operating elements and interfaces 89 4 5 2 Installation guidelines 90 4 5 2 1 Installing the interface module 90 4 5 2 2 Wiring 92 4 5 2 3 Wiring arrangements screening and measures to counteract interference voltage 96 4 5 3 Operation 101 4 5 3 1 ...

Page 3: ...y are completely identical The information contained in this document is however reviewed regularly and any necessary changes will be included in the next edition We welcome suggestions for improvement Copyright by Siemens AG A D CD SE 1998 All rights reserved The reproduction transmission or use of this document or its contents is not permitted without express written authority Offenders will be ...

Page 4: ... for intervention in automation processes The installation of a bus system allows for a simple data exchange between field devices e g 3WN6 circuit breakers and PLCs e g SIMATIC S5 S7 PLCs Whereas conventional wiring technology requires many multicore control cables connected in parallel to perform this communication task a bus system generally only requires a single 2 core cable This means that s...

Page 5: ... m without slaves 9 6 1200 3300 19 2 1200 2800 93 75 1200 2000 187 5 1000 1600 500 400 1200 1500 200 400 12000 100 Table 1 Ranges of PROFIBUS network segments 2 core cable In addition to standard linear bus networks it is also possible to utilize fiber optic technology together with optical link modules OLM to form redundant ring structures There are at present two forms of PROFIBUS PROFIBUS DP De...

Page 6: ...tion of the products available from the Siemens world of communications is shown below in Figure 1 Needless to say PROFIBUS compatible non Siemens devices which are in conformance with the PROFIBUS standard can also form part of this system PROFIBUS DP PROCESS FIELD BUS S5 95U DP AS i AS i AS i ET200 U 3WN6 AS i DP AS i Link TELEPERM M S IMATIC S5 und S IMATIC S7 Master Drive M 3 M 3 Micro Master ...

Page 7: ...erating mechanism and internal accessories such as alarm and auxiliary switches must be taken into consideration when ordering the circuit breakers See section entitled Selection and ordering data SIMOCODE DP 3UF5 acts as a control and measuring unit in conjunction with the 3VF circuit breaker The overload and short circuit protection functions are not affected by the connection to SIMOCODE DP or ...

Page 8: ...kers Copyright Siemens AG 1998 All rights reserved Version1 0 05 98 8 2 1 2 Data exchange ON OFF status Phase currentin of Ie warnings trips overload ON OFF command Control functions PLC CPU monitoring PLC DPmaster SIMOCODE DP Circuit breaker 3VF ...

Page 9: ...m data transfer times the large volume of SIMOCODE DP input and output data is divided into two transfer modes on PROFIBUS DP cyclic and acyclic transfer modes 1 Cyclic data traffic cyclic data e g actual maximum phase current ILmax in the highest loaded phase correspond to basic information which is transferred at regular intervals Important information is automatically transferred from the circu...

Page 10: ...Parameterization set device specific parameters 2 PROFIBUS DP MASTER e g IM308C for SIMATIC S5 3 PC or notebook for SIMOCODE DP parameterization and for operation and monitoring Win SIMOCODE DP software is required see software 4 Handheld operator panel order no 3WX3647 6JA00 for parameterization operation and monitoring of SIMOCODE DP functionality includes baud rate setting slave address base ty...

Page 11: ...ROFIBUS DP Win SIMOCODE DP software order no 3RK1803 2FA02 0DA0 price DM 399 Special parameter file which is transferred to the SIMOCODE DP basic unit with Win SIMOCODE DP This parameter file defines the base type slave address baud rate the control and message bytes and the inputs and outputs in accordance with the standard circuit diagram This file is included in the Win SIMOCODE DP software fro...

Page 12: ...7 Connecting cable for parameterization using a PC or notebook Diskette with type or GSD file supplied with SIMOCODE DP manual Parameter file included in Win SIMOCODE DP from 6 98 Win SIMOCODE DP software or 3WX36 handheld operator panel COM PROFIBUS software only required for parameterization via PROFIBUS DP 2 Check the system requirements The second step involves checking the following requireme...

Page 13: ...masters the appropriate devices and or supplier specific tools must be used The SIMOCODE DP identification can be read into the bus master in the form of type or GSD files The following list specifies which file is required for each master File allocation list 4 si8031_d 200 Type file German for Siemens master only e g IM308C si8031gd 200 Type file German for Siemens master only S5 95 siem8031 GSD...

Page 14: ... 3VF3 3VF6 to SIMOCODE DP M 111 112 113 114 N M1 F1 A2 A1 AS 18 15 11 12 14 HS A1 A2 1 2 3 4 5 F2 6 7 8 9 10 11 EIN Motor AUS Motor PROFIBUS DP Gen Fault Bus Ready PE L1 L2 L3 115 AUS 116 EIN T1 T2 NC NC 3VF AUS 3VF EIN TRIP 24V 3UF 3VF Verbraucher 12 13 NC NC EIN ON Verbraucher load AUS OFF HS auxiliary switch NC Not Connected AS alarm switch PE potential earth ...

Page 15: ... breaker 3VF7 to SIMOCODE DP M 5 6 7 8 1 N M1 F1 A2 A1 AS 18 15 11 12 14 HS A1 A2 1 2 3 4 5 F2 6 7 8 9 10 11 EIN Motor AUS Motor PROFIBUS DP Gen Fault Bus Ready PE L1 L2 L3 3 AUS 2 EIN T1 T2 NC NC 3VF AUS 3VF EIN TRIP 24V 3UF 3VF Verbraucher 12 13 NC NC EIN ON Verbraucher load AUS OFF HS auxiliary switch NC Not Connected AS alarm switch PE potential earth ...

Page 16: ...tput not connected 12 SIMOCODE DP input for connecting the screen of the 2 wire cable earth 13 SIMOCODE DP input for direct connection of a PROFIBUS DP 2 wire cable 111 112 113 Jumper b 5 6 7 8 Jumpers fitted at the factory for motorized operating mechanism for 3VF7 114 N conductor terminal for motorized operating mechanism for 3VF3 to 6 b 1 Motorized operating mechanism for 3VF7 115 Input for OFF...

Page 17: ...111 1BQ41 0AN1 3VF9 323 1ME10 3UF5021 3BN00 1 50 200 A 3VF3 311 1BX41 0AN1 3VF9 323 1ME10 3UF5031 3BN00 1 125 250 A 3VF4 211 1BM41 0AN1 3VF9 423 1ME10 3UF5041 3BN00 1 125 400 A 3VF5 211 1BM41 0AN1 3VF9 523 1ME10 3UF5041 3BN00 1 125 500 A 3VF6 211 1BK44 0AN1 3VF9 623 1ME10 3UF5041 3BN00 1 200 630 A 3VF6 211 1BM44 0AN1 3VF9 623 1ME10 3UF5051 3BN00 1 200 800 A 3VF7 111 1BK60 0AN1 3VF9 723 1NE30 3UF50...

Page 18: ...itching the circuit breaker ON OFF using the motorized operating mechanism via PROFIBUS DP only If the ON and OFF commands are issued simultaneously only the OFF command is switched through Note The 3VF circuit breaker trips in the event of an overload or short circuit and must be RESET by issuing the OFF command Only then can the circuit breaker be switched on again Display of the actual phase cu...

Page 19: ...ocking threshold 500 Recovery time 00 00 0 Idle time 00 00 0 Set current Ie1 A Rated or setting current for 3VF to be defined by customer Set current Ie2 0 00 A Upper current limit DS 130 Par 38 Value 120 Default setting can be changed by customer Response Warn Lower current limit DS 130 Par 39 Value 80 Default setting can be changed by customer Response Warn Sensors None Sensor type No sensor Sho...

Page 20: ...ction OFF Group control station off Control function ON 2 Group control station on 2 Changeover switch S1 Not connected Changeover switch S2 Not connected Operator Enabling Changeover switch S1 Not connected Changeover switch S2 Not connected Mode 1 S1 0 S 0 LOS On free LOS Off free DP On Disabled DP Off Disabled CaO On Disabled CaO Off Disabled OP On Disabled OP Off Disabled Mode 2 S1 0 S2 1 LOS ...

Page 21: ...age off Not connected Grading time 00 00 0 T UVO Undervoltage off time 00 00 0 Basic Unit Relay output 1 Timer 1 3VF motorized op mech ON Relay output 2 Timer 2 3VF motorized op mech OFF Relay output 3 Not connected Relay output 4 Not connected Expansion Module Not parameterized Relay output 1 Not connected Relay output 2 Not connected Relay output 3 Not connected Relay output 4 Not connected Oper...

Page 22: ... 011 0 I1 I2 I3 101 0 I1 I2 I3 001 0 I1 I2 I3 110 0 I1 I2 I3 010 0 I1 I2 I3 100 1 I1 I2 I3 000 0 Input I1 DP bit 0 2 Input I2 DP bit 0 1 Input I3 Constant 0 Truth Table 3 3I1O I1 I2 I3 111 1 I1 I2 I3 011 1 I1 I2 I3 101 1 I1 I2 I3 001 0 I1 I2 I3 110 0 I1 I2 I3 010 0 I1 I2 I3 100 0 I1 I2 I3 000 0 Input I1 Basic unit input 3 Input I2 Basic unit input 4 Input I3 DP bit 0 1 Truth Table 4 5I2O Not conne...

Page 23: ...ype Falling edge Input Timer 1 Reset Signal matching 3 Signal Matching 4 Type Falling edge Input Timer 2 Reset Signal matching 4 Elements non resetting on voltage failure Type Rising edge Input Not connected Reset Not connected Type Rising edge Input Not connected Reset Not connected Fault Recovery PLC failure bit DP bit 0 7 Response in event of 3UF50 CPU failure Off Response in event of control v...

Page 24: ...c unit input 4 AS 3VF Tripped DS 130 Par 27 Bit 3 Not connected Bit 4 Not connected Bit 5 Not connected Bit 6 Not connected Bit 7 Not connected Byte 1 Bit 0 Not connected Bit 1 Not connected Bit 2 Not connected Bit 3 Not connected Bit 4 Not connected Bit 5 Ext check back signal 1 DS 130 Par 27 Bit 6 Ext check back signal 2 DS 130 Par 28 Bit 7 Ext check back signal 3 DS 130 Par 29 Hard wired Byte 2...

Page 25: ... 5 A b For motorized operating mechanisms of 3VF circuit breakers Motorized op mech for 3VF3 3VF4 3VF5 Power consumption W 200 200 200 Rated control AC 50 60 Hz V 42 110 127 voltage Us V DC 24 48 60 110 Back up fuse or A 10 6 6 6 miniature circuit breaker Minimum command duration at Us s 1 1 1 Motorized op mech for 3VF6 3VF7 Power consumption W 300 1000 Rated control AC 50 60 Hz V 220 240 110 127 ...

Page 26: ... PROFIBUS protocol The interface similarly translates all the control and parameter signals which are sent from the bus master to 3WN6 via PROFIBUS from the PROFIBUS protocol to the 3WN6 specific protocol Following the initial connection of 3WN6 to PROFIBUS DP see section 3 3 page 31 the user has no further tasks to perform i e communication is automatic 3 1 2 Hardware and software requirements Th...

Page 27: ...ame are ordered separately 2 order numbers are required In the case of a draw out circuit breaker without a guide frame the sixth position of the order number is 7 Circuit breaker order number 3WN6 7 7 Z with Z F01 or F05 Frame order number 3WX3683 A 0 Z with Z R39 Note 2 The position signaling switches cannot be ordered separately with communication capable draw out circuit breakers They are incl...

Page 28: ...r type size overcurrent release version Operational states e g switching state Tripped signals processor status Operational data e g actual phase current IL1 9 Protection parameters e g setting current Ir for overload release and input data can be written to the circuit breaker Execute switching action switch circuit breaker ON or OFF Set protection parameters e g setting current Ir for overload r...

Page 29: ...given certain conditions include for example the position state of the circuit breaker e g test or connected for draw out circuit breaker In order to determine the cause of a group signal for example see above the actual cause is determined by means of an acyclic message In the case of a group fault for example it is possible to determine whether the cause is due to a g release earth fault a z rel...

Page 30: ...ues and protection parameters X X C Acquisition of measured values and parameterization of setting values for energy management 10 X Overcurrent release version Without earth fault protection D H N Enter in o o of order number With earth fault protection E J P 3WN6 1 7 o o 51 1BA1 Z with Z F01 Order number 3WN6 1 7 o o 51 1BA1 Z with Z F05 Table 3 Order numbers for standard versions 10 These value...

Page 31: ...to circuit breaker supplied with DP 3WN6 Connector 6ES7 including terminating resistor for connecting interface module to PROFIBUS DP 24 V DC voltage supply DIN 19240 Diskette with type or GSD file supplied with DP 3WN6 Software with standard software block Programming device PG for SIMATIC S5 S7 or other appropriate hardware COM PROFIBUS software for SIMATIC S5 or other appropriate software Step ...

Page 32: ... m it Kom m u n ikations b z w k o m m f ä h i g e n M e ß m o d u l Schalteran wesenheits Meldeschalter M S8 Fig 5 Conversion of switching commands ON OFF for 24 V DC control voltage PROFIBUS DP A n s c h a l t u n g 3 R K 1 Ü b e r s t r o m a u s lö s e r m it Kom m u n ikations b z w k o m m f ä h i g e n M e ß m o d u l DC 24V 0V AC DC K1 K2 K1 K2 N Y1 F2 Y1 S p e icherabruf m a g n e t zum E...

Page 33: ...o PROFIBUS DP 12 Now you can wire connector 6ES7 up to 12 Mbaud to the PROFIBUS DP cable cf connector user guide Then plug the wired connector into the PROFIBUS DP socket on the interface module Step 4 Connect DP 3WN6 interface module to 3WN6 circuit breaker Connection of 3WN6 DP 3WN6 connecting cable This cable is supplied with the interface and is plugged into the 3WN6 DP 3WN6 adapter 9 pin SUB ...

Page 34: ...0 Type file German COM PROFIBUS tool Extended standard scope for Siemens master S5 IM308C and S7 siem8032 gsd GSD file device data Standard scope for standard DP master Step 7 Set bus address on DP 3WN6 interface module The bus address defined for 3WN6 in Step 6 can be set on the front panel of the DP 3WN6 interface module by means of 2 rotary switches range 00 99 The rotary switch on the left x10...

Page 35: ...C S5 S7 software block The example given for SIMATIC S5 S7 can also be used as the basis for the programming other PROFIBUS DP bus masters The data in the master are now available for use by the customer Some form of visualization with a user friendly interface is generally implemented The following standard programs are available to the customer for this purpose The Win3WN615 software provides th...

Page 36: ... and economical for the user Customer specific expansions of this standard visualization can be implemented at any time using WinCC standard software SICAM LCC is used for small to medium sized systems Software features Capable of running under Windows 95 or Windows NT 4 0 Configurations SIMATIC S5 S7 or PROFIBUS DP compatible PC as master Simply structured system overview see diagram Detailed dev...

Page 37: ... of the PLC I O area These message requests initiate execution of the various functions of the 3WN6 circuit breaker The structure of acyclic messages is illustrated in Fig 8 on page 37 Byte octet 1 and 2 3 4 5 OS1 6 OS2 7 OS3 8 OS4 Parameter identifier Parameter subindex Parameter value integer data value Fig 8 Acyclic message requests The bytes octets relevant for the unique identification of the...

Page 38: ...yclic output data 3WN6 cyclic input data 9 High order byte of status word Various signals High order byte of main control word Direct control commands 10 Low order byte of status word Low order byte of main control word 11 High order byte of main actual value Current in max loaded phase High order byte of main setpoint Setting current Ir 12 Low order byte of main actual value Low order byte of mai...

Page 39: ...s hardware software 16 Communication module version 502 6 0 0 0 11 91 20 11 20 11 20 17 Revision level of release unit 502 7 0 0 0 2 bytes hardware software 2 bytes hardware software 2 bytes hardware software 21 Communication address 503 1 0 0 0 21 21 21 17 The message addresses are shown as decimal numbers in the following input must be in binary format 18 The value ranges shown here and on the f...

Page 40: ...2 22 3 Warning signals 743 22 Read only on 1 off 0 5 Processor status 745 22 8 Fault signals 748 22 11 51 Operational data 762 773 22 Read values only 61 108 Setting values Protection parameters 782 792 22 Read and write set values write depending on version of release unit 111 112 Additional functions 1 and 2 812 820 22 Read and write on 1 off 0 write depending on version Note When using releases...

Page 41: ... OFF 23 OS1 1 X X X Circuit breaker ON 24 OS1 0 X X X OS2 7 OS2 6 OS2 5 OS2 4 OS2 3 OS2 2 OS2 1 OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 OS4 1 OS4 0 Legend OSx stands for the contents of the octet string OS where x 1 2 3 or 4 23 Function only available if circuit breaker is fitted with shunt release F1 or F2 24 Function only available if 3WN6 circui...

Page 42: ... S5 OS1 5 X X X Circuit breaker ON S5 OS1 4 X X X OS1 3 OS1 2 OS1 1 OS1 0 Test position S15 26 OS2 7 X X X Connected position S16 26 OS2 6 X X X OS2 5 OS2 4 OS2 3 Circuit breaker ready to close S6 OS2 2 X X X OS2 1 Electrical closing lockout S13 27 OS2 0 X X X OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 OS4 1 Load input 28 OS4 0 25 Function only available if 3WN6 circuit breaker is fitted with undervoltag...

Page 43: ... release OS1 6 X X X OS 1 6 for releases E F J K and P only Delayed short circuit release z release OS1 5 X X X Overload release a release OS1 4 X X X OS1 3 OS1 2 OS1 1 OS1 0 OS2 7 OS2 6 OS2 5 OS2 4 OS2 3 OS2 2 OS2 1 OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 Overload release in N conductor N release OS4 1 X X X Instantaneous short circuit release n r...

Page 44: ...4 X X X OS1 3 OS1 2 OS1 1 OS1 0 OS2 7 OS2 6 OS2 5 OS2 4 Load shedding 31 OS2 3 X X X Release overtemperature OS2 2 X X X Current phase imbalance fixed value 50 OS2 1 X X X OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 g signal for earth fault earth fault alarm OS4 1 X X X OS 4 1 for releases E F J K and P only OS4 0 30 If one bit of the warning signals i...

Page 45: ...Message address 1 5 Processor status 745 1 0 The input of octet strings OS1 to OS4 is not required for the message address in this case OS1 7 OS1 6 OS1 5 OS1 4 OS1 3 OS1 2 OS1 1 OS1 0 OS2 7 OS2 6 OS2 5 OS2 4 OS2 3 OS2 2 OS2 1 OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 OS4 1 Processor fault protection OS4 0 X X X ...

Page 46: ...tage phase imbalance OS1 2 X Undervoltage OS1 1 X Current phase imbalance Fine settings 5 50 OS1 0 X OS2 7 OS2 6 OS2 5 OS2 4 OS2 3 OS2 2 OS2 1 OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 OS4 4 OS4 3 OS4 2 OS4 1 OS4 0 32 Fault signals can refer to fault Tripped signals OS1 2 of additional functions 1 message number 1 121 page 50 1 or fault warning signals OS1 2 of additi...

Page 47: ... 21 0 0 1000 V 32 Actual phase voltage UL2 L3 36 767 2 0 21 0 0 1000 V 33 Actual phase voltage UL3 L1 36 767 3 0 21 0 0 1000 V 41 Phase current IMAX within 15 min 773 1 0 22 0 0 65532 A 0 65532 A 0 65532 A 42 Phase current IMIN within 15 min 773 2 0 22 0 0 65532 A 0 65532 A 0 65532 A 44 Actual phase voltage UL MAX 773 4 0 21 0 0 1000 V 45 MAX phase voltage after 15 min 773 5 0 21 0 0 1000 V Messag...

Page 48: ...rrent transformer 785 4 0 22 0 315 3200 A Message 84 for P release only 85 Release time or alarm tx 41 785 5 0 4 130 0 1 15 s 0 1 15 s 0 1 15 s 93 Current phase imbalance 790 3 0 24 0 0 50 5 50 with Z F05 0 50 0 50 101 Voltage phase imbalance 792 1 0 24 0 0 5 50 102 Reversal of direction of power flow 792 2 0 9 3 0 2000 kW to 2000 kW 42 Messages 101 106 are only available for releases 103 Overfreq...

Page 49: ...lease delay tg Increment 1 81 N release setting current IN As for T Nr 1 61 82 n release setting current Ii As for T Nr 1 61 83 g N release type Ig N Increment 1 84 In ext External current transformer In acc with Table 4 85 Release time or alarm tx Increment 1 93 Current phase imbalance Increment 1 For N and P with Z F05 only 101 Voltage phase imbalance Increment 1 102 Reversal of direction of pow...

Page 50: ...3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 45 If bit OS1 2 is set optional trip the fault signals parameter identifier 748 1 0 is registered in group fault signal of the main status word and a trip is therefore generated for all fault signals If bit OS1 2 0 alarm fault signals do not generate a trip they are merely registered in the group warning signal of the main status word Fault signals can also be ind...

Page 51: ...S2 5 OS2 4 OS2 3 OS2 2 OS2 1 OS2 0 OS3 7 OS3 6 OS3 5 OS3 4 OS3 3 OS3 2 OS3 1 OS3 0 OS4 7 OS4 6 OS4 5 Current phase failure sensitivity ON OFF OS4 4 X X X 47 Thermal memory ON OFF OS4 3 X X X I2 tg characteristic ON OFF OS4 2 X X X OS 4 2 for releases E F J K and P only I2 td characteristic ON OFF OS4 1 X X X Short time grading control ON OFF OS4 0 X X X 47 The current phase failure sensitivity for...

Page 52: ...BIT 10 BIT 9 Acknowledge Tripped signals via bus 48 BIT 8 OCTET 10 BIT 7 BIT 6 BIT 5 BIT 4 BIT 3 BIT 2 Circuit breaker OFF 49 BIT 1 X X X Circuit breaker ON 50 BIT 0 X X X OCTETS 11 and 12 a release setting current Ir A 40 100 In X X X 48 Equivalent of Clear button on release unit 49 Function only available if circuit breaker is fitted with shunt release F1 or F2 50 Function only available if 3WN6...

Page 53: ... highest loaded phase X X X L1 L2 or L3 A 51 The group fault signal is set 1 of one bit of processor status message 1 5 page 45 is set Similarly the group warning signal is set 1 of one bit of warning signals message 1 3 Seite 44 is set and group fault signal is set if one bit of Tripped signals message 1 2 page 43 is set An additional option for releases N and P when used in conjunction with the ...

Page 54: ... binary code for 25000 the setting current i e 0110000111101000 must be written in bytes 7 and 8 Example 2 Message request Read a read write value Message address 782 5 0 22 0 is also used to read the z release setting current The same values as in example 1 are written in bytes 1 to 6 here with the exception of the request identifier Because this is a read request the request identifier 1 and bit...

Page 55: ...ding on their importance Time response of acyclic data traffic Message group 0 T Nr Designation Message address Time response of communication Duration of read write operations and update rate for values in 3WN6 0 x Circuit breaker key data x 1 Test unit delivery date 500 1 0 0 0 2 Identifier number 500 2 0 0 0 The data in messages 0 1 to 0 16 are read only 4 Rated current of circuit breaker 500 4...

Page 56: ...762 773 As with messages 1 1 to 1 5 61 93 107 108 Setting values Protection parameters Z F01 or Z F05 782 790 The data in messages 1 61 to 1 93 107 and 108 are configurable as read write It takes approx 530 ms to read these values and from approx 500 to a maximum of 1200 ms to write them After a write operation the written value can be called up after 200 ms i e max time for write check operations...

Page 57: ...lical opening closing of the circuit breaker Circuit breaker ON 54 BIT 0 takes a max of 500 ms Note Cyclical writing means writing in the cyclical area of the PLC I O area of 3WN6 cf page 37 OCTETS 11 and 12 a release setting current Ir A 40 100 In It takes from approx 210 ms to a maximum of 900 ms for the PLC to cyclically write the a release setting current Note Cyclical writing means writing in...

Page 58: ... signal not acknowledged BIT 6 as above Electrical closing lockout BIT 5 BIT 4 Storage spring charged BIT 3 BIT 2 Circuit breaker OFF BIT 1 Circuit breaker ON BIT 0 OCTETS 11 and 12 Current in highest loaded phase as above L1 L2 or L3 A 55 The group error signal is set 1 of one bit of processor status message 1 5 page 45 is set Similarly the group warning signal is set 1 of one bit of warning sign...

Page 59: ...ying data in PROFIBUS DP Any standard PROFIBUS DP master can exchange data with the interface module Even very simple master interfaces can be used thanks to the data structure 3 5 2 1 Parameterization The interface module does not support any user specific parameter data in the PROFIBUS DP parameter message 3 5 2 2 Configuration Two configurations can be used for operating the interface module bo...

Page 60: ... S5 CPU and the 3WN6 circuit breaker This program can be parameterized user specifically 3 5 2 4 1 Input data from 3WN6 to PROFIBUS see example below The 6 words of input data are divided into the following data areas Octet 1 Parameter identifier Octet 2 Profile control Octet 3 Parameter subindex for communication capable Octet 4 Reserved low voltage devices Octet 5 on PROFIBUS DP kNS DP Octet 6 P...

Page 61: ...version factor AW 6 KF 00000 Read value and then enter the request identifier to start the transfer of a value A 0 4 1 in AW 0 The following signals are available in the status word Octet 9 High order byte of status word Bit 15 Bit 14 Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 Group fault signal Group warning signal Group error signal Phase number for main actual value 0 1 phase 1 1 0 phase 2 1 1 pha...

Page 62: ...Ir Octet 12 Low order byte of main setpoint The following functions are available in the main control word Octet 9 High order byte of main control word Bit 15 Bit 14 Bit 13 Bit 12 Bit 11 Bit 10 Bit 9 Bit 8 0 0 0 0 0 0 0 COM_CLEAR bit Octet 10 Low order byte of main control word Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 0 0 0 0 0 0 Switch 3WN6 ON Switch 3WN6 OFF Not supported General example ...

Page 63: ...ions 3 5 3 2 Preparing to use the software block The user must load the required function blocks in line with the PROFIBUS DP master he is using e g FB192 for IM 308 C Attention CPU dependent block or the data handling blocks SYNC SEND RECEIVE and CONTROL for CP5431 Data integrity over the entire length must be guaranteed independently of the CPU and the DP master No special access technology is r...

Page 64: ...and the data to be received to from 3WN6 are also stored in data blocks in the example DB230 and DB220 Block call structure of example Contents and function of data blocks DB80 DB header assignment of parameter identifier for message group 0 DB81 DB header assignment of parameter identifier for message group 1 DB210 DBG0 Storage locations for read circuit breaker data DB220 DBG1 Storage locations ...

Page 65: ...uit breaker If several circuit breakers are in use FB10 must be called once for each circuit breaker and supplied with the correct call parameters The I O addresses DBs and timers must only ever be used once The following address space is available for I O addresses IM308C I O 128 to 255 CP5431 I O 0 to 255 in the I O area with linear addressing in each case It is necessary to keep within this are...

Page 66: ...ol for value to be processed acc to profile parameter identifier T Nr 0 Data word 1 Symbol as sub item for value to be processed parameter subindex T Nr 0 Data word 2 Symbol for value to be processed acc to profile parameter identifier T Nr 1 Data word 3 Symbol as sub item for value to be processed parameter subindex T Nr 1 Data word 4 Symbol for value to be processed acc to profile parameter iden...

Page 67: ...06 KM 00000000 00000000 T Nr 96 to 111 107 KM 00000000 00000000 T Nr 112 to 127 108 KM 11110100 10011110 Screen Assignment to priority 1 T Nr 0 to 15 109 KM 11000000 00000000 Read T Nr 16 to 31 110 KM 00000000 00000000 T Nr 32 to 47 111 KM 00000000 00000000 T Nr 48 to 63 112 KM 00000000 00000000 T Nr 64 to 79 113 KM 00000000 00000000 T Nr 80 to 95 114 KM 00000000 00000000 T Nr 96 to 111 115 KM 000...

Page 68: ... a considerable increase in performance 3 5 3 4 3 Circuit breaker parameterization writing parameters The data which the circuit breaker is currently using as parameters are stored in DB240 The data to be transferred to the 3WN6 are stored in DB230 FB10 now checks on every call whether the data in DB230 and DB240 are consistent If a discrepancy is detected a bit for writing requests is set The new...

Page 69: ...or an auxiliary storage location which is needed in blocks FB SEND and FB REC This auxiliary storage location contains the value 0 when the request has been processed the value 2 during processing and any other value the value 1 in the example in order to indicate a new request T NR An input byte to specify a message number to be processed reference to data word to be processed in T DB and Q DB Z ...

Page 70: ...ssage headers contain the parameter identifier and the parameter subindex Data blocks DBG1 DB220 and DBSZ DB230 are used as data storage locations for the read and write requests to the circuit breaker in the example The size and conversion index are stored here as is the value for a message number The offset is set to 0 The data read from 3WN6 are stored in DB220 and the write data are stored in ...

Page 71: ...5 000 12 KF 00000 0 06 13 KY 000 000 14 KF 00000 0 07 15 KY 000 000 16 KF 00000 0 08 17 KY 000 000 18 KF 00000 0 09 19 KY 000 000 20 KF 00000 0 10 21 KY 000 000 22 KF 00502 0 11 CIRCUIT BREAKER SIZE 23 KY 001 000 24 KF 00502 0 12 CIRCUIT BREAKER TYPE 25 KY 002 000 26 KF 00502 0 13 NO OF POLES 27 KY 003 000 28 KF 00502 0 14 VERSION OF RELEASE UNIT 29 KY 004 000 30 KF 00502 0 15 REVISION LEVEL OF CO...

Page 72: ...8 FAULT SIGNALS 17 KY 001 000 18 KF 00000 1 009 19 KY 000 000 20 KF 00000 1 010 21 KY 000 000 22 KF 00762 1 011 ACTUAL PHASE CURRENT L1 23 KY 001 022 24 KF 00762 1 012 ACTUAL PHASE CURRENT L2 25 KY 002 022 26 KF 00762 1 013 ACTUAL PHASE CURRENT L3 27 KY 003 022 28 KF 00762 1 014 MAX ACTUAL PHASE CURRENT 29 KY 004 022 30 KF 00000 1 015 31 KY 000 000 32 KF 00762 1 016 ACTUAL PHASE CURRENT N 33 KY 00...

Page 73: ...14 KY 000 000 0 07 15 KF 00000 16 KY 000 000 0 08 17 KF 00000 18 KY 000 000 0 09 19 KF 00000 20 KY 000 000 0 10 21 KF 00000 22 KY 000 000 0 11 CIRCUIT BREAKER SIZE 23 KF 00247 24 KY 000 000 0 12 CIRCUIT BREAKER TYPE 25 KF 02049 26 KY 000 000 0 13 NO OF POLES 27 KF 00248 28 KY 000 000 0 14 REVISION LEVEL OF RELEASE UNIT 29 KF 00068 30 KY 000 000 0 15 REVISION LEVEL OF COMMUNICATION 31 KF 05121 32 K...

Page 74: ... 000 000 1 008 17 KF 00000 18 KY 000 000 1 009 19 KF 00000 20 KY 000 000 1 010 21 KF 00000 22 KY 022 000 1 011 ACTUAL PHASE CURRENT L1 23 KF 00000 24 KY 022 000 1 012 ACTUAL PHASE CURRENT L2 25 KF 00000 26 KY 022 000 1 013 ACTUAL PHASE CURRENT L3 27 KF 00000 28 KY 022 000 1 014 MAX ACTUAL PHASE CURRENT 29 KF 00000 30 KY 000 000 1 015 31 KF 00000 32 KY 022 000 1 016 ACTUAL PHASE CURRENT N 33 KF 000...

Page 75: ... 000 1 010 21 KF 00000 22 KY 022 000 1 011 ACTUAL PHASE CURRENT L1 23 KF 00000 24 KY 022 000 1 012 ACTUAL PHASE CURRENT L2 25 KF 00000 26 KY 022 000 1 013 ACTUAL PHASE CURRENT L3 27 KF 00000 28 KY 022 000 1 014 MAX ACTUAL PHASE CURRENT 29 KF 00000 30 KY 000 000 1 015 31 KF 00000 32 KY 022 000 1 016 ACTUAL PHASE CURRENT N 33 KF 00000 34 KY 022 000 1 017 ACTUAL EARTH FAULT CURRENT I 35 KF 00001 36 K...

Page 76: ...0 00000000 T Nr 64 to 79 17 KM 00000000 00000000 T Nr 80 to 95 18 KM 00000000 00000000 T Nr 96 to 111 19 KM 00000000 00000000 T Nr 112 to 127 20 KH 0000 Reserved 21 KF 00000 Flag P 61 Write old value 22 KF 00000 23 KF 00000 24 KF 00000 P 64 25 KF 00000 P 65 26 KF 00000 P 66 27 KF 00000 28 KF 00000 29 KF 00000 30 KF 00000 31 KF 00000 P 71 32 KF 00000 P 72 33 KF 00000 34 KF 00000 35 KF 00000 36 KF 0...

Page 77: ...umber DB240 in the example TIM0 Two timers are used in the program TIM1 The timers can be specified externally so that the block can be used universally TIM2 See above 3 5 3 7 Procedure for creating your own project 1 The data blocks must contain exactly the same structure and contents as in the example provided We therefore recommend that you copy them out of this project Otherwise problems may o...

Page 78: ...or ON of octet 10 must be set for this purpose The bit is automatically reset If octet 10 cannot be reached directly for visualization these bits can also be set in DW98 of DBAT They are written out at the end of the cycle A value is to be parameterized in accordance with message 1 61 If the actual parameterized value is to appear in the box the corresponding bit must be set in DW103 of DBAT as wa...

Page 79: ... are used for displaying the circuit breaker only the actually displayed values need to be updated cyclically Otherwise the performance is compromised 3 5 4 STEP 7 program The kernel of the software block is the same as for S5 However some changes are required for S7 due to the conversion 1 The data words in the data blocks of S5 must be multiplied by 2 for S7 2 The initial I O addresses do not ne...

Page 80: ...and the circuit breaker information via the I O module The I O module can also be used to control the circuit breaker 4 1 2 Design of the communication capable 3WN1 3WS1 PROFIBUS system Fig 12 page 80 illustrates a general system design in which 3WN1 3WS1 circuit breakers are connected to PROFIBUS DP Fig 12 Example design PROFIBUS DP gateway ET 200 DP 3WN1 3WS1 base dig I O 3WN1 3WS1 parallel sign...

Page 81: ...connecting cable ET 200 U used in the example Power supply 6ES5 931 8MD11 ET 200 U 6ES5 318 8MB12 Bus module 6ES5 700 8MA11 Standard DIN rail 6ES5 710 8MA11 Digital inputs 6ES5 431 8MA11 Digital outputs 6ES5 450 8MD11 Software 3 5 diskette with type GSD file for the software connection of 3WN1 3WS1 to PROFIBUS DP bus configuration This diskette is supplied with the interface Software for configuri...

Page 82: ...s on 3RK1002 interface module Step 1 Check that all the system components are fitted Check that all the following system components are fitted before connecting 3WN1 3WS1 to PROFIBUS DP Communication capable 3WN1 3WS1 circuit breaker 3RK1002 interface module and connecting cable from 3RK1002 interface module to circuit breaker supplied with 3RK1002 Connector 6ES7xxx including terminating resistor ...

Page 83: ... module must be correctly installed and connected section 4 5 2 page 90 The compact housing of the 3RK1002 interface module is 70 mm wide and can simply be snapped onto a 35 mm DIN rail The devices can be mounted side by side Note Installation procedure The interface module must not be mounted directly above the arcing space of the circuit breaker unless suitable covers have been fitted The earth ...

Page 84: ... 450 8MD11 6ES5 431 8MA11 L1 N 230 V Profibus DP circuit breaker 3WN1 3WS1 3RK1002 Profibus DP 1 2 1 2 X3 1 Shunt release N L1 3 5 2 1 4 3 6 2 1 for OFF command Step 3 Connect the I O module 57 Wire the required input and output modules for the digital bus inputs and outputs The output signals of the modules must be configured in accordance with the levels of the circuit breaker actuators Fig 13 i...

Page 85: ...communication capable circuit breakers fixed mounted and all communication capable guide frames for draw out circuit breakers are fitted with a 3WN1 3WS1 3RK1002 adapter at the factory This 3WN1 3WS1 adapter can also be ordered as a spare part using the following order numbers Adapter 3WN1 3WS1 3RK1002 0 4 m for 3WN1 3WS1 fixed mounted circuit breakers comprising one SUB D socket and free cable en...

Page 86: ...n phase L1 1 input byte 0 1 Maximum phase current in phase L2 1 0 Maximum phase current in phase L3 1 2 0 0 0 0 Rated circuit breaker current Test 1 input byte 0 0 0 1 Rated circuit breaker current 315 A 0 0 1 0 Rated circuit breaker current 400 A 0 0 1 1 Rated circuit breaker current 500 A 0 1 0 0 Rated circuit breaker current 630 A 0 1 0 1 Rated circuit breaker current 800 A 0 1 1 0 Rated circui...

Page 87: ...ressed on display 1 input byte 0 0 0 0 0 0 1 0 a release 0 0 0 0 0 1 0 0 n z release 0 0 0 0 1 0 0 0 g release 0 0 0 1 0 0 0 0 Phase imbalance 0 0 1 0 0 0 0 0 Watchdog microprocessor fault 0 1 0 0 0 0 0 0 Overload 1 0 0 0 0 0 0 0 Temperature alarm 3 4 Phase 1 current 1 input word 5 5 6 Phase 2 current 1 input word 7 7 8 Phase 3 current 1 input word 9 ...

Page 88: ...10 sets the tens and the rotary switch on the right x1 sets the units for the address ð The baud rate cannot be set on the interface It is automatically adjusted in line with the baud rate of the bus master e g SIMATIC S5 61 High performance software is available for the visualization and evaluation of the data transferred from 3VF see page 35 ff for description SICAM LCC for the visualization of ...

Page 89: ...n installation guidelines operating instructions and technical data for the interface modules DP 3WN1 3WS1 for 3WN1 or 3WS1 circuit breakers and DP 3WN6 for 3WN6 circuit breakers Only the DP 3WN1 interface modules is illustrated however All the information also applies to the DP 3WN6 interface module with the exception of the device names and the order numbers Note the PROFIBUS DP and 3WN6 connect...

Page 90: ...interface module is designed for installation in a switchgear cubicle IP20 and can therefore only be mounted on a standard DIN rail deep rail in acc with EN50022 Installation Lower the module onto the DIN rail from above Then swivel it downwards until the slide mechanism on the module snaps onto the rail You may install other modules on the rail to the left and right of the interface module Cleara...

Page 91: ... Earth terminal Mounting Rail Interface module Slide mechanism Vertical installation The standard DIN rail can also be installed in the vertical position in which case the interface module must be rotated by 90 for installation The heat dissipation by convection is not as effective in this case so the maximum permissible temperature is restricted to a max of 40 C ...

Page 92: ... 0 8 Nm b Plug type terminals are a combination of standard screw terminals and plug in connections The plug in connection part is polarized and cannot be plugged in the wrong way c The 9 pin SUB D connectors are secured with 2 x 4 40 UNC threads We recommend that you use a 3 5 mm screwdriver for tightening the screws Tightening torque 0 2 0 4 Nm 4 5 2 2 2 3WN1 3WS1 communication interface This in...

Page 93: ...e is at the end or at the start of the PROFIBUS line slide the switch into the position labeled off Fig 17 PROFIBUS DP communication interface on off on off GND B Shield 5V DC A inverted signal non inverted signal Bus with fiber optic cables The PROFIBUS DP interface can also be used for connecting fiber optic conductors with the help of an OLP optical link plug i e the interface supplies the curr...

Page 94: ... The interface module is fitted with two contact points for screen bonding These are two electrically isolated screens in the device which must be connected to the equipotential bonding strip outside the module This precaution ensures a greater immunity to interference as the cable screen current which can be anything up to a few amperes due to differences of potential of two slaves is not dischar...

Page 95: ...e screens of the bus cables Fit an earth terminal order no 8WA1001 1PF00 for example on the DIN rail immediately next to the module The earth terminal automatically makes an electrical connection to the DIN rail Connect the screen bonding terminal with the earth terminal using a flexible wire as short as possible with a cross section of 1 5 mm 2 Connect the DIN rail with the equipotential bonding ...

Page 96: ...FIBUS cable on off Equipotential bonding strip wire cross section 10 mm2 Flexible wire wire cross section 1 5 mm Connecting cable to 3WN1 3WS1 4 5 2 3 Wiring arrangements screening and measures to counteract interference voltage This section describes the wiring arrangements for bus signal and power supply cables in order to ensure that your system is installed in compliance with EMC guidelines ...

Page 97: ...t be installed in separate bundles or cable ducts no minimum clearance ƒ Cables in cubicles must be installed in separate bundles or cable ducts Cables not in cubicles but inside buildings must be installed in separate cable raceways with a minimum clearance of 10 cm Cables must be installed in separate bundles or cable ducts with a minimum clearance of 50 cm b Outdoors Install cables which are no...

Page 98: ...ection between them and the protective earth conductor and protect the equipotential bonding conductors from corrosion The equipotential bonding conductor should be installed such that the areas enclosed between the equipotential bonding conductor and the signal cables are as small as possible 4 5 2 3 3 Cable screening Screening is a measure designed to reduce magnetic electrical or electromagneti...

Page 99: ... cubicle Run the screen through as far as the module but do not connect it again Fig 21 Possible cable screen connections Screened data cables and unscreened power supply cables 60 V DC are run through to the interface module and connected All the cable screens must be earthed at both ends in order to comply with EMC limits The PROFIBUS DP cable screen must be connected to the equipotential bondin...

Page 100: ...mp Flexible wire to eqipotential bonding strip of switchgear cubicle wire cross selection 10mm Earth terminal Position at entry to cubicle if possible and connect to earth PROFIBUS cable Connecting cable to 3WN 3WS1 Flexible wire wire cross section 1 5 mm A Phase Signal Reset X12 Test Ausgel Tripped Ausgel Tripped Ausgel Tripped 0 9 0 8 0 7 0 6 0 5 0 4 0 08 0 07 0 06 0 05 0 04 0 09 0 1 0 01 0 02 0...

Page 101: ...ments 4 5 3 1 1 Setting the address The two rotary switches on the front panel of the interface module are used to set the PROFIBUS address in the range 00 99 Use the rotary switch on the left labeled x10 to set the tens for the address Use the rotary switch on the right labeled x1 to set the units Fig 23 Setting the PROFIBUS DP address 0 1 2 3 5 4 6 7 8 9 0 1 2 3 5 4 6 7 8 9 SIEMENS DP 3WN1 3WS1 ...

Page 102: ...ck the LED labeled Interface for information about the status of the communication interfaces Device If the Device LED is then green the interface module is ready for operation off no supply voltage is present red the interface module is defective and the status indicated by the Interface LED is not valid Interface If the Interface LED is then green interfaces 1 and 2 are ready for operation yello...

Page 103: ...transport 795 hPa 1080 hPa 660 hPa 1080 hPa 11 Site altitude 2000 m 4000 m ð No restrictions ð Restrictions ambient temperature 40 C 12 Relative humidity 5 95 ð SN 31205 IEC 68 2 30 ð No condensation 13 Pollutant concentration ð SO2 0 5 ppm relative humidity 60 ð H2S 0 1 ppm relative humidity 60 ð SN 31205 IEC 68 2 60 utilization category 3C3 1C2 ð No condensation 14 Particles dirt ð Sand and dust...

Page 104: ...llutant concentration SO2 0 5 ppm rel humidity 60 H2S 0 1 ppm rel humidity 60 ð SN 31205 IEC 68 2 60 utilization category 3C3 1C2 ð No condensation 7 ESD 8 kV discharge in air 6 kV contact discharge IEC 1000 4 2 Severity 3 8 Electromagnetic fields 10 V m IEC 1000 4 3 Severity 3 9 Burst 2 kV 5 kHz supply voltage 2 kV 5 kHz data cables IEC 1000 4 4 Severity 3 10 Emitted interference Limit class A EN...

Page 105: ...ission mode Master slave Active passive 4 Number of slaves Transmitters Receivers 32 32 1 1 5 Cable length Maximum Dependent on baud rate 1200 m 93 75 Kbaud à 1200 m 187 5 Kbaud à 1000 m 500 Kbaud à 400 m 1 5 Mbaud à 200 m 1 5 Mbaud à 100 m 1000 m No 6 Bus topology Line Point to point 7 Data rate Maximum Standard values 12 Mbit s 9 6 Kbit s 19 2 Kbit s 93 75 Kbit s 187 5 Kbit s 500 Kbit s 1 5 Mbit...

Page 106: ... 8 9 1 2 3 4 5 6 7 8 9 Driver GND 20mA Driv 20mA Rec Receiver Receiv Driver Driver Receiv Driver Receiv 3WN1 3WS1 passive Interface module active Cable screen passive TTY Interface Standard connecting cable TTY Interface 9 pin SUB D socket 9 pin SUB D socket Circuit Breaker can only send data i e the lines Receiver and Receiver are not configured 2 x 9 pin SUB D plugs Screen 9 pole cable Core cros...

Page 107: ...ead of a low priority message The master recognizes this and requests the diagnostic data from the slave for the purposes of a more detailed analysis Note Type or GSD files All the data see Parameterization Configuration required by the interface module for normal operation are available in the form of a type or GSD file which you will find on the supplied diskette ð ð No further data need to be e...

Page 108: ...This bit disables start bit monitoring in the receiver Dis_Startbit 0 0 0 0 0 1 This bit disables stop bit monitoring in the receiver Dis_Stopbit 0 0 0 0 0 0 Time base for watchdog 10 ms WD_Base 0 0 0 0 0 1 Time base for watchdog 1 ms The time base for the watchdog time is specified as 10 ms in octets 2 and 3 Nothing lower than the digit 2 should ever be entered in one octet and nothing lower than...

Page 109: ...iguration message SD LE LEr SD DA SA FC DSA P SSA P DU FCS ED 68H x x x 8x 8x x 62 3 E 62 3 E x x 16H Octet Bit no Description Designation 7 6 5 4 3 2 1 0 1 x x x x Length of data Configuration byte 1 0 0 0 0 1 byte word to 1 1 1 1 16 bytes words x x Input output 0 0 Specific identifier format Fixed value 0 1 Input of 1 0 Output 12 H 1 1 Input output 0 Byte 1 Word 0 Integrity within byte word 1 In...

Page 110: ...the GSD file it report the configuration errors later when it receives a diagnostic request from the master It is not ready for user data traffic in this case 4 5 6 3 Diagnostics Diagnostic data are high priority data The DP 3WN1 3WS1 interface module generates external diagnostics if the connection to the external device 3WN1 3WS1 circuit breaker is faulted The diagnostic information of a DP slav...

Page 111: ... 1 Diagnostics deactivated set by master Diag deactivated 3 x x x x x x x Reserved 1 An external diagnostics overflow has occurred Diag ext_overflow 4 Master address after parameterization Diag master_add 1 1 1 1 1 1 1 1 without parameterization 5 ID number High byte Ident_1 6 ID number Low byte Ident_2 7 0 0 0 0 0 0 1 0 External diagnostics length of header 8 0 0 0 0 0 0 0 0 Interface to 3WN1 3WS...

Page 112: ... 1 1 0 Rated circuit breaker current 1000 A 0 1 1 1 Rated circuit breaker current 1250 A 1 0 0 0 Rated circuit breaker current 1600 A 1 0 0 1 Rated circuit breaker current 2000 A 1 0 1 0 Rated circuit breaker current 2500 A 1 0 1 1 Rated circuit breaker current 3150 A 1 1 0 0 Rated circuit breaker current 4000 A 1 1 0 1 Rated circuit breaker current 5000 A 1 1 1 0 Rated circuit breaker current 600...

Page 113: ...FIBUS installation guidelines Instruction Manual on Installation of PROFIBUS DP FMS For further information on the installation and proper use of PROFIBUS DP in general Instruction Manual on Installation of PROFIBUS DP please contact PROFIBUS Nutzerorganisation e V Haid und Neu Straße 7 76131 Karlsruhe Tel 721 9658 590 Fax 721 9658 589 ...

Page 114: ...s address of 3WN6 and the 3WN6 data area I O area in the bus master DP Decentralized Peripherals DP 3WN6 Name of the interface which translates the 3WN6 data profile to the PROFIBUS DP profile and vice versa The DP 3WN6 interface was previously also known as the DP RS485 or kNS DP interface Gateway A gateway is used to translate data formats of one system e g PROFIBUS protocol to data formats of a...