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Accessing data via PROFINET  

Operating manual for PROFINET fieldbus | DOC01725815-0003 | 2016-12 | V2.04 EN 

35 

 

 

 

Continuation 

 

PROFINET

 

 

 

DGM parameter

 

 

 

 

Slot 

Index 

Parameter 

Number* 

Accepted 

Name in German 

Minimum 

Maximum 

Unit 

82 

82 

3.061 

2: Always 

PID inverted 

 

83 

83 

3.062 

2: Always 

PID fixed nominal 

value 1 

100 

127 

127 

3.063 

2: Always 

PID fixed nominal 

value 2 

100 

128 

128 

3.064 

2: Always 

PID fixed nominal 

value 3 

100 

129 

129 

3.065 

2: Always 

PID fixed nominal 

value 4 

100 

130 

130 

3.066 

2: Always 

PID fixed nominal 

value 5 

100 

131 

131 

3.067 

2: Always 

PID fixed nominal 

value 6 

100 

132 

132 

3.068 

2: Always 

PID fixed nominal 

value 7 

100 

133 

133 

3.069 

2: Always 

PID fixed nominal mod 

 

84 

84 

3.070 

2: Always 

PID standby time 

1000 

85 

85 

3.071 

2: Always 

PID standby hyst. 

50 

166 

166 

3.072 

2: Always 

PID dry. Time 

32767 

169 

169 

3.073 

2: Always 

PID target value min 

100 

170 

170 

3.074 

2: Always 

PID target value max 

100 

25 

25 

4.020 

2: Always 

AI1 input type 

 

26 

26 

4.021 

2: Always 

AI1 standard. Low 

100 

27 

27 

4.022 

2: Always 

AI1 standard. High 

100 

23 

23 

4.023 

2: Always 

AI1 dead time 

100 

22 

22 

4.024 

2: Always 

AI1 filter time 

0.02 

19 

19 

4.030 

2: Always 

AI1 function 

 

103 

103 

4.033 

2: Always 

AI1-phys unit 

10 

 

104 

104 

4.034 

2: Always 

AI1 phys min 

-10000 

10000 

105 

105 

4.035 

2: Always 

AI1 phys max 

-10000 

10000 

Continues next page 

Summary of Contents for Profinet DGM Series

Page 1: ...PROFINET fieldbus Operating manual...

Page 2: ...effort to reflect this in documentation Nevertheless for the sake of readability we are unable to use non gender specific terms throughout anduse the masculine form instead 2016 BONFIGLIOLI RIDUTTORI...

Page 3: ...valid until end of February 2016 12 2 3 2 Type code for PROFINET current 13 2 3 3 Features code 13 2 4 Hardware components 14 2 4 1 Interfaces on the drive controller 15 2 4 2 Pin assignment for inter...

Page 4: ...4 Operating manual for PROFINET fieldbus DOC01725815 0003 2016 12 V2 04 EN 5 Error detection and troubleshooting 42 5 1 Error word of application side 42 5 2 Error word of power side 43...

Page 5: ...ith fieldbus We assume no liability for any damage resulting from non observance of this manual This manual is an integral part of the product and applies exclusively to the DGM with PROFINET from BON...

Page 6: ...1 1 3 Warnings Thewarnings refertolife threateningdangers Seriousinjuries possiblyresultingindeathmay occur Each warning consists of the following elements Fig 1 Structure of warnings 1 Warning symbo...

Page 7: ...ignal words Signal words are used to identify the severity of the danger DANGER Indicates a direct hazard with a high level of risk which if not avoided will result in death or serious injury WARNING...

Page 8: ...hese must be followed at all times The information notes also point out that failure to observe may result in damage to property or financial damages IMPORTANT INFORMATION The drive controllermay only...

Page 9: ...ning 1 1 3 Consecutive steps in a handling instruction Effect of a handling instruction Result of a handling instruction List Fig 3 Symbols and icons used Abbreviations used Abbreviation Explanation T...

Page 10: ...M 1 5 Responsibility You will find the Responsibility chapter in the operating manual for the DGM 1 6 Contacts for information More information is available from Website address Customers can find tec...

Page 11: ...ear in structure The maximum data transfer rate to an PROFINET bus may be up to 100 Mbit s The fieldbus cable is only connected via the two M12 connector sockets on the front of the device Ensure that...

Page 12: ...connections can be found on the DGM with PROFINET interface card Size A Fig 5 Size A PROFINET connections Size A PROFINET connections 1 PROFINET Out 2 PROFINET In 3 Blind plug 4 MMI 5 Potentiometer 6...

Page 13: ...T connections Sizes B C PROFINET connections 1 Blind plug STO install EMC screw connection supplied in the package 2 Control line 3 PROFINET Out 4 PROFINET In 5 MMI 6 Potentiometer 7 Blind plug STO in...

Page 14: ...ize D PROFINET connections Size D PROFINET connections 1 Cable screw connection with blind plug 2 Control line 3 PROFINET Out 4 PROFINET In 5 MMI 6 Potentiometer 7 Blind plug STO install EMC screw con...

Page 15: ...ector 4 pin M12 D coded for PROFINET fieldbus 2 2 3 Cable The following points should be observed when wiring Lay bus and power cables as far apart as possible min 30 cm If cables do cross an angle of...

Page 16: ......

Page 17: ...ication has been installed The user must choose the set of parameters appropriate to him 3 2 DGM bus address In order that an DGM equipped with a PROFINET communicationcard can be clearly recognized i...

Page 18: ...Process data Out The process data named below is sent from the drive controller to the PROFINET master The data is made up of 10 process variables IMPORTANT INFORMATION Thanks to a corresponding selec...

Page 19: ...puts with bit coding can be parameterized using Vplus Dec tool parameter 6 084 8 0x001C REAL Process data Out 8 Analogue input 1 V can be parameterized using Vplus Dec tool parameter 6 085 9 0x0020 DW...

Page 20: ...ff STW bit 1 set logic can be inverted with parameter 6 066 0 Electr stop active OFF 2 5 1 No OFF 3 On 3 off STW bit 2 set logic can be inverted with parameter 6 066 0 Rapid stop active OFF 3 6 1 Enga...

Page 21: ...As of software version 03 74 4 1 3 Process data Out which can be parameterized The remaining8process variables can beselected usingtheVplus Dec tool MMI orPROFINET master by configuring parameters 6 0...

Page 22: ...target value of target value source 20 REAL PID actual value Actual value of PID process controller 21 REAL PID target value Target value of PID process controller 22 REAL Analogue Out 1 V Analogue O...

Page 23: ...1 Parameter 4 190 25 Bit 3 Relay 2 Parameter 4 210 25 Bit 4 Virt Out 1 Parameter 4 230 25 42 DWORD Application error at present 1 Bit coded 44 DWORD Application error at present 1 Bit coded Tab 3 Pro...

Page 24: ...no Address Data type Designation Unit Description 1 0x0000 WORD Control word see 4 2 1 cannot be parameterized 2 0x0004 REAL Target value cannot be parameterized 3 0x0008 DWORD Process data In 3 Digi...

Page 25: ...et value is rejected Bit Value Meaning Descriptio n 0 1 ON 1 Engagement condition 1 0 OFF 1 Shut down via ramp 1 1 ON 2 Engagement condition 2 0 Electr stop OFF 2 Switch off PWM free shutdown 2 1 ON 3...

Page 26: ...Control from AG Management via interface control word valid 0 Control word is rejected 11 1 Device specific 0 12 1 Device specific 0 13 1 Device specific 0 14 1 Device specific 0 15 1 Device specific...

Page 27: ...ntrol of outputs Bit 0 Dig Out 1 Parameter 4 150 25 Bit 1 Dig Out 2 Parameter 4 170 25 Bit 2 Relay 1 Parameter 4 190 25 Bit 3 Relay 2 Parameter 4 210 25 Bit 4 Virt Out 1 Parameter 4 230 25 1 REAL 03 0...

Page 28: ...s for both reading and writing is possible IMPORTANT INFORMATION You will find detailed information about the parameters in the Parameters chapter of the DGM drive controller operating manual 4 3 1 No...

Page 29: ...The number of the parameter to be read or written is composed of the slot number and the transmitted index of the non cyclical access Slot no 1 addresses the parameters 0 255 through the index Slot no...

Page 30: ...DGM by the PROFINET master via slot 0 index 0 In the example presented above the value 320 was written into the address directory In the second step the PROFINET master reading writing accesses throu...

Page 31: ...DGM parameter Slot Index Parameter Number Accepted Name in German Minimum Maximum Unit 1 0 0 1 020 2 Always Minimum frequency 0 400 Hz 1 1 1 1 021 2 Always Maximum frequency 5 400 Hz 1 3 3 1 050 2 Al...

Page 32: ...0 10 2 052 2 Always Fixed frequency 2 400 400 Hz 1 11 11 2 053 2 Always Fixed frequency 3 400 400 Hz 1 12 12 2 054 2 Always Fixed frequency 4 400 400 Hz 1 13 13 2 055 2 Always Fixed frequency 5 400 40...

Page 33: ...100 1 132 132 3 068 2 Always PID fixed nominal value 7 0 100 1 133 133 3 069 2 Always PID fixed nominal mod 0 2 1 84 84 3 070 2 Always PID standby time 0 1000 s 1 85 85 3 071 2 Always PID standby hys...

Page 34: ...6 106 4 063 2 Always AI2 phys unit 0 10 1 107 107 4 064 2 Always AI2 phys min 10000 10000 1 108 108 4 065 2 Always AI2 phys max 10000 10000 1 168 168 4 066 2 Always AI2 wire break time 0 32767 s 1 42...

Page 35: ...767 1 67 67 4 212 2 Always Relay 2 off 32767 32767 1 96 96 4 213 2 Always Relay 2 on delay 0 10000 s 1 97 97 4 214 2 Always Relay 2 off delay 0 10000 s 1 160 160 4 230 2 Always VO function 0 60 1 161...

Page 36: ...aram 7 9999999 9999999 1 77 77 5 107 2 Always Techn param 8 9999999 9999999 1 78 78 5 108 2 Always Techn param 9 9999999 9999999 1 79 79 5 109 2 Always Techn param 10 9999999 9999999 1 144 144 5 110 2...

Page 37: ...080 2 Always Process data Out 3 0 49 1 113 113 6 081 2 Always Process data Out 4 0 49 1 114 114 6 082 2 Always Process data Out 5 0 49 1 115 115 6 083 2 Always Process data Out 6 0 49 1 116 116 6 084...

Page 38: ...catter inductivity 0 1 H 2 68 324 33 110 1 Ready Motor voltage 0 1500 V 2 72 328 33 111 1 Ready Motor cos phi 0 5 1 2 125 381 33 138 2 Always Holding current time 0 3600 s 2 116 372 33 200 1 Ready Sta...

Page 39: ...39 395 34 121 2 Always Flux adjustment 10 100 2 114 370 34 130 2 Always Control reserve voltage 0 3 2 137 393 34 225 1 Ready Field weaken PMSM 0 1 2 136 392 34 226 2 Always PMSM start up current 5 100...

Page 40: ...ns a list of possible error messages of the application Bit Error number Description 0 1 Undervoltage 24 V application 1 2 Overvoltage 24 V application 5 6 Customer PLC version error 7 8 Communication...

Page 41: ...ible power side error messages Bit Error number Description 0 32 Trip IGBT 1 33 Overvoltage of intermediate circuit 2 34 Undervoltage of intermediate circuit 3 35 Excess motor temperature 4 36 Power f...

Page 42: ...BPN EN Bonfiglioli Riduttori S p A Via Giovanni XXIII 7 A 40012 Lippo di Calderara di Reno Bologna Italy Tel 39 051 647 3111 Fax 39 051 647 3126 bonfiglioli bonfiglioli com www bonfiglioli com www Bon...

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