Table Of Contents - Siemens SINAMICS S 1PH7 Configuration Manual

Table of Contents

Contents3
Warning Notice System4
Qualified Personnel4
Proper Use Of Siemens Products4
Target Group5
Standard Scope5
Preface5
Technical Support6
Danger And Warning Information7
Information Regarding Third-Party Products10
Environmental Compatibility10
Residual Risks Of Power Drive Systems11
Table Of Contents13
Motor Description17
Properties17
Benefits17
Area Of Application18
Torque Overview18
Technical Features19
Options21
Codes And Option Description21
Selection And Ordering Data22
Rating Plate Data36
Schematic Layout Of Rating Plate36
Elements On The Rating Plate37
Configuration39
Configuring Software39
Sizer Engineering Tool39
Minimum System Requirements40
Order Number For Sizer40
Starter Drive/Commissioning Software41
Sinucom Commissioning Tool41
Sinamics Procedure When Engineering42
Motion Control42
General Configuring Procedure42
Configuring Procedure42
Connection System42
Selecting And Dimensioning Induction Motors43
Clarification Of The Type Of Drive43
Defining The Supplementary Conditions And Integration Into An Automation System43
Selecting Induction Motors44
Motor Operates Continuously44
Motor Operates With A Periodic Duty Cycle45
Periodic Duty Cycle (Example)45
Motor Selection46
Selection Of Motor Modules46
A High Field Weakening Range Is Required46
Motor Selection Based On Power-Speed And Torque-Speed Diagrams47
Mechanical Properties Of The Motors49
Cooling49
Ambient/Cooling Medium Temperature49
Factors For Reducing The Torque/Power Acc. To En 60034-649
Fan Mounting50
Minimum Clearances50
Air Flow Rate, Air Flow Direction And Air Discharge50
Cleaning The Cooling Air Passages51
Motors With Pipe Connection51
Degree Of Protection Acc. To En 60034-552
Degree Of Protection Designation52
Bearing Version53
Drive Output Types And Bearing Versions53
Drive Output Type With The Appropriate Bearing Design53
Output Type, Bearing Version And Maximum Speed54
Bearing Lifetime55
Lifetime Lubrication (Without Re-Lubricating)55
Bearing Change Interval55
Recommended Bearing Change Intervals (Standard Bearing Design)56
Regreasing Intervals57
Radial And Axial Forces59
Radial Force (Cantilever Force)59
Explanation Of The Formula Abbreviations60
Radial Force Diagrams61
Sh 100, Permissible Radial Forces For A Standard Bearing Design61
Sh 100, Permissible Radial Forces For Increased Max. Speed62
Sh 132, Permissible Radial Forces For A Standard Bearing Design63
Sh 132, Permissible Radial Forces For Increased Max. Speed64
Sh 160, Permissible Radial Forces For A Standard Bearing Design65
Sh 160, Permissible Radial Forces For Increased Max. Speed66
Sh 180, Permissible Radial Forces For A Coupling Output67
Sh 180, Permissible Radial Forces For Belt Couplings68
Sh 180, Permissible Increased Radial Forces For Belt Couplings69
Sh 225, Permissible Radial Forces For A Coupling Output70
Sh 225, Permissible Radial Forces For Belt Couplings71
Sh 225, Permissible Increased Radial Forces For Belt Couplings72
Axial Force73
Calculating The Permissible Axial Force73
Axial Force Diagrams74
Sh 100, Permissible Axial Force75
Sh 132, Permissible Axial Force75
Axial Force Diagram, Sh 10075
Axial Force Diagram, Sh 13275
Sh 160, Permissible Axial Force76
Sh 100, Permissible Axial Force For The Option, Increased Max. Speed77
Sh 132, Permissible Axial Force For The Option, Increased Max. Speed77
Sh 160, Permissible Axial Force For The Option, Increased Max. Speed78
Cantilever Force Diagram, Sh 160 (Increased Max. Speed)78
Shaft End And Balancing79
Radial Eccentricity, Concentricity And Axial Eccentricity80
Balancing Process81
Checking The Concentricity And Axial Eccentricity81
Special Requirements82
Vibration Severity Level83
Vibration Severity Limit Values For Induction Motors Sh 100 To 13283
Paint Finish84
Vibration Severity Limit Values For Induction Motors Sh 160 To 22584
Technical Data And Characteristics85
Mode Of Operation And Characteristics85
Power Characteristics, Limits And Curves; Torque-Speed Diagram85
Power Rating Data For Duty Types S1 And S686
Output Voltages86
Speed Limit86
Offset Of The Voltage Limit Characteristic87
Calculating The New Voltage Limiting Characteristic87
An Example Of The Offset In The Voltage Limiting Characteristic88
P/N And M/N Characteristics89
Explanation Of The Abbreviations Used89
Dimension Drawings172
Cad Creator172
How Up-To-Date Are The Dimension Drawings173
Dimension Drawings Im B3174
1Ph7, Type Of Construction Im B3, Forced Ventilation174
Dimension Drawings Im B5180
Dimension Drawings Im B35183
1Ph7 Motors With Drive-Cliq, Deviating And Additional Dimensions188
Motor Components (Options)189
Thermal Motor Protection189
Encoder (Option)190
Encoder Types For Motors Without Drive-Cliq190
Encoder Types For Motors With Drive-Cliq190
Incremental Encoder Sin/Cos 1Vpp191
Properties And Technical Data191
Signal Sequence And Assignment For A Positive Direction Of Rotation191
Absolute Encoder (Endat)192
Radial Sealing Ring193
Degree Of Protection193
Gearbox194
Overview194
Gearbox Properties195
Motor Without Selector Gearbox195
Vibration Levels196
Information Regarding Spindle Applications196
Gearbox Design197
Belt Pulley197
Gearbox Design For 1Ph7, Sh 100 To 160197
Technical Data198
Technical Data For Gearbox198
Electrical Connection199
Electrical Connection With Solenoid199
Electrical Connection For The Motorized Selector Unit200
Explanation Of The Connections200
Gearbox Stage Selection201
Function Sequence When Changing The Gearbox Stage201
Control Sequence When Selecting The Gearbox Stage202
Lubrication202
Splash Lubrication202
Circulating Oil Lubrication202
Flange Dimensions203
Flange Dimensions For Motors203
Connections, Circulating Oil Lubrication, Frame Size 100204
Selector Gearbox With Selector Unit For Frame Size 100204
Connections, Circulating Oil Lubrication, Frame Sizes 132 And 160205
Gearbox Dimensions206
Motor And Gearbox Dimensions206
Two-Stage Selector Gearbox207
Permissible Dimension Deviations209
Sinamics Drive I/O211
Power Connection212
Terminal Box Connection212
Power Cable212
Assignment, Terminal Boxes And Max. Cross-Sections213
Current-Carrying Capacity For Power And Signal Cables214
Cable Cross Section And Current-Carrying Capacity214
Derating Factors For Power And Signal Cables214
Cable Outlet At Nde (Integrated Terminal Box)215
Cable Outlet Up To Sh 225215
Connecting-Up Information216
Internal Potential Bonding216
Motor And Connecting Cables216
After Connecting-Up, The Following Points Should Be Checked/Tested217
Connecting The Ground Conductor217
Screw-In Depth And Tightening Torque217
Supply Data For Separately-Driven Fans218
Recommended Connection218
Signal Connection219
Encoder Connection On Motors With Drive-Cliq219
Cables On Motors With Drive-Cliq220
Encoder Connection For Motors Without Drive-Cliq220
Cables For Motors Without Drive-Cliq221
Pre-Fabricated Cable For Incremental Encoder221
Pre-Fabricated Cable For Absolute Encoder221
Information For Using The Motors223
Transportation/Storage Before Use223
Ambient Conditions223
Factors To Reduce The Torque/Power (De-Rating)223
Routing Cables In A Damp Environment224
Principle Of Cable Routing In A Wet/Moist Environment224
Mounting Position/Types Of Construction225
Designation Of Types Of Construction (Acc. To Iec 60034-7)225
Mounting226
Flange Mounting227
Flange Mounting With Threaded Studs And Nuts227
Mounting And Mounting Instructions228
Limiting The Maximum Speed228
Natural Frequency When Mounted230
Vibration Stressing231
Vibration Values For Sh 100 To 160231
Vibration Values For Sh 180 To 225231
Max. Permissible Radial And Axial Vibration Values231
Misalignment232
Flywheels232
Insulated Bearings (Nde) (Option L27)233
Relevant, Additional Bearing Currents233
Factors That Influence Bearing Currents233
Application For Option L27233
Motor Grounding234
Bearing Current Due To Grounding Situation (= Rotor Ground Current)234
Drive End235
A.1 Description Of Terms235
Modes236
Nde236
Rated Frequency236
Rated Power236
S1 Duty (Continuous Operation)237
S6 Duty (Intermittent Operation)237
Overview Of Publications Of Planning Manuals238
A.2 References238
A.3 Suggestions/Corrections239
Index241