Siemens HF 35M 562 B Specifications Page 27
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Description
SIMATIC - ET 200pro motor starters
GWA 4NEB 950 5661-02 DS 06
1-9
1.4 PROFIenergy
What is PROFIenergy
PROFIenergy is a manufacturer-independent profile on PROFINET. The profile
supports the shutdown in idle times (energy-saving function), measurement of
the energy flow (measurement function) and the status function that is used
to export the current status conditions and other information on PROFIenergy.
PROFIenergy uses field-tested PROFINET mechanisms ensuring rapid and
simple implementation
Origination
Both standards and regulations are increasingly focussing on environmental
protection and energy management as well as the desire to save energy costs
in a production plant and thus secure a sustainable competitive advantage.
As a result, the aim of industry is to save energy and to actively reduce CO2
emissions. The careful use of valuable resources means that the manufacturer-
nonspecific PROFIenergy profile defined on PROFINET makes an active contri-
bution to environmental protection.
PROFIenergy (Version1.0) in ET200pro motor starter
PROFIenergy allows consumption data from the equipment to be read in
a standardized format. This data is recorded during operation and displayed
on control device, for example, or transferred to higher level energy manage-
ment software packages. This ensures that these measurements, as currently
present in motor starters, are available to the user for onward processing in
a standardized, manufacturer-nonspecific defined format and structure.
These PROFIenergy functions therefore form the basis for an active load and
energy management system in ongoing operations.
The system and device manufacturers provide the user with function blocks
for PROFIenergy and implement the relevant commands and status functions
in the field devices. The plant and machinery engineer and the plant operator
coordinate the switch-on and switch-off sequences as before, as well as the
enabling signals for the process. The control stores which components are
switched off with which pause type. The system operator does not need to
get involved with the technology in detail.
- Release 07/2011 1
- Safety guidelines 2
- Qualified personnel 2
- Correct usage 2
- Preface 3
- Certification 4
- Disclaimer of liability 4
- Table of contents 7
- GWA 4NEB 950 5661-02 DS 06 10
- Ta b l e s 15
- Description 1 19
- 1.1.2 Special modules 20
- 1.1.3 Motor starters 21
- 1.1.4 Accessories 22
- ET 200pro with motor starters 24
- Parts list 25
- 1.4 PROFIenergy 27
- Brief instructions 2 31
- 2.2 ET 200pro components 32
- 2.3 Requirements 33
- 2.4 Installation 33
- Mounting order 34
- Brief instructions 35
- 2.5 Cabling and fitting 36
- 2.6 Configuration 37
- 2.8 Activation 39
- Checking the wiring 40
- 2.9 Diagnostic options 41
- 2.10 Help 43
- Installation 3 45
- Installation position 46
- Please note: 46
- Installation 47
- 3.3 Derating 48
- Features 50
- Requirements 50
- 4.1 Commissioning 57
- 4.2 Configuration 59
- Software update 60
- 4.3 Diagnostics 61
- Commissioning and diagnostics 62
- 4.4 LED indicators 63
- 4.5 Process image 67
- Input signals 68
- Output signals 69
- Log book entries 70
- Measurements (DS 94) 70
- Statistics data (DS 95) 71
- Slave pointer (DS 96) 71
- Device diagnostics 73
- Application 74
- Order Numbers 74
- °C to +70°C 75
- Rear wall bus modules 6 77
- Rear wall bus modules 78
- Special modules 7 79
- Special modules 80
- 7.2.1 Features 80
- 7.2.3 Circuit diagram 81
- 7.3.2 Description 83
- 7.3.4 Circuit diagram 85
- 7.3.5 Connection technology 85
- Configuration 86
- 7.4.1 Features 88
- 7.4.2 Description 88
- 7.4.4 Circuit diagram 89
- 7. 5 P o w e r b u s 91
- 7.6.1 Parameters 92
- Motor starters 8 95
- 8.1.2 Electronic starters 96
- 8.2 Motor starter properties 97
- 8.2.6 Connection technology 100
- Auxiliary circuits 101
- Motor starters 102
- 8.2.7 Parameters 104
- 8.3.1 Physical principles 111
- Starting current 111
- Star delta starter 112
- Reducing the starting current 112
- 8.3.2 Application and use 115
- Applications 115
- 8.3.3 Features 116
- Current limiting value 118
- Cyclic duration factor CD 118
- Switching frequency 118
- 8.3.4 Notes on configuration 126
- Starting torque 126
- Criteria for selection 127
- Starting time 128
- Site altitude 128
- Connection 9 129
- 9.1 Rules for wiring 130
- 9.2 Energy cable preparation 131
- Other Station 132
- Connector set 133
- 9-pin (pin) 133
- MS MS MS MS 133
- Motor connection cable 133
- Connection 134
- 9.3 Energy jumper plug 137
- Device functions 10 139
- 10.2 Basic parameters 140
- Actual motor current 141
- Load type 141
- 10.2.2 Parameter – settings 142
- 10.3 Thermal motor model 143
- Device functions 144
- Messages and actions 147
- 10.4 Current limits 149
- Range: 1 second to 5 seconds 150
- Motor continues to operate 151
- Motor is shut down 151
- 10.4.3 Messages and actions 152
- 10.4.4 Temperature sensor 153
- Temperature sensor 153
- Temperature sensor monitoring 154
- 10.5 Asymmetry 156
- 10.6 Trip reset 157
- Input n level 159
- Input n action 159
- Quick stop 162
- Cold run 164
- 10.7.3 Messages and actions 166
- Description 167
- 10.9 Field bus interface 170
- Replacement value 171
- L1 L2 L3 172
- 10.10.1 Device parameters 173
- Priorities regulation 173
- 10.10.2 Parameters – settings 174
- 10.10.3 Message 174
- 10.11 Self-test 175
- Self-test fault 176
- 10.11.1 Messages 176
- 10.12 Emergency start 177
- 10.13 Factory setting 178
- 10.14 Maintenance 179
- 10.15.1 Device parameters 180
- 10.15.2 Parameters – settings 180
- 10.15.3 Messages 180
- Electronic switch technology 181
- 10.16.1 Messages and actions 181
- 10.17 Local device interface 182
- 10.18 Communication 183
- Operating modes 184
- Connection monitoring 185
- 10.18.2 Commands 186
- Commands and their meaning 186
- 10.18.4 Output of messages 187
- 10.19 PROFIenergy 189
- 10.20 Log book 193
- Log book - trips 194
- Log book - events 194
- Log book - device faults 194
- Order numbers A 195
- Adjustment range Order number 196
- Dimensioned drawings B 199
- B.3 400 V shutdown module 201
- Applications C 205
- C.1 Standard applications 206
- C.1.2 No repair switch module 208
- C.1.3 For hot swapping 210
- C.2 SAFETY applications 212
- D.1 Data formats 219
- Data formats and data records 220
- D.2 Fault codes 221
- Fault codes 222
- D.3 Data records 223
- D.5.6 DS93 – Write command 236
- D.6 DS95 - Read statistics 239
- D.6.1 DS96 – Slave pointer 240
- D.7 Device parameters 244
- D.7.2 DS134 – Maintenance 252
- D.8 I&M data 253
- Glossary 255
- Motor starters; High feature 256
- Motor starters; standard 256
- MS (motor starter) 256
- Reversing starters 256
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