Table Of Contents - Siemens 6RA70 Series Instructions Manual

Table of Contents

Converter Software Version2
Contents2
Table Of Contents3
Safety Information6
Definitions6
Siemens Energy & Automation6
Special Note7
Danger Warning7
Caution: Electro-Statically Sensitive Devices8
Base Drive Panel Description10
General Information10
Rated Dc Current11
Card Rack Assembly11
Parts And Service12
Base Drive Panel Catalog Numbers12
Service13
Technical Assistance13
Option Part Numbers14
Spare Parts15
Printed Circuit Boards15
Cables15
Fans/Blowers16
Thyristors & Diodes16
Armature Converter Thyristor Modules, (For 1-Quad Drives)16
Armature Converter Thyristor Modules, (For 4-Quad Drives)17
Field Converter Thyristor Modules17
Field Converter Diode Modules17
Power Fuses18
Armature Converter Ac Line Fuses, (1Pfu - 3 Pfu)18
Armature Converter Dc Fuses, 4-Quad Only, (4Pfu)18
Field Converter Ac Line Fuses (1 & 2Fsfu)19
Control Transformer Primary Fuses (1Cfu, 2Cfu)19
Control Transformer Secondary Fuse (3Cfu)19
Control Transformer (1Ctr, 2Ctr, 3Ctr)20
Main Contactor (M)20
Contactor Coil Suppressor (1Sp, Ensp)20
Auxiliary Relay, (En), And Rectifier Bridge, (Mrec)20
Receiving, Unpacking24
Procedure For Shipping Damage24
Technical Data26
15Adc To 100Adc Base Drive Panels, 3Ac 460V, 1 & 4Q26
140Adc To 850Adc Base Drive Panels, 3Ac 460V, 1 & 4Q Data27
1180Adc, 1660Adc & 1680Adc Base Drive Panels, 3Ac 460V, 1 & 4Q Data28
Load Values, (Dc Current)29
Requirements To Achieve Control Stability30
Details Of Overload Capability30
Applicable Standards30
Installation And Dimensions32
Installation Information32
Base Drive Panel Outlines33
15 - 30 Amp Base Drive Panels Diagram33
60 Amp Base Drive Panels Diagram34
100 Amp Base Drive Panels Diagram35
140 Amp Base Drive Panels Diagram36
210 Amp Base Drive Panel Diagram37
255 Amp Base Drive Panel Diagram38
430 Amp Base Drive Panel Diagram39
510 Amp Base Drive Panel Diagram40
850 Amp Base Drive Panel Diagram41
1180 Amp Base Drive Panel Diagram42
1660 Amp Base Drive Panel Diagram43
1680 Amp Base Drive Panel Diagram44
Base Drive Panel Connections46
Base Drive Panel Schematics47
Base Drive Panel, 15 Amps, 1 & 4 Quad Schematics47
Base Drive Panel, 30 Amps, 1 & 4 Quad Schematics48
Base Drive Panel, 60 Amps, 1 & 4 Quad Schematics49
Base Drive Panel, 100 Amps, 1 & 4 Quad Schematics50
Base Drive Panel, 140 Amps, 1 & 4 Quad Schematics51
Base Drive Panel, 210 Amps, 1 & 4 Quad Schematics52
Base Drive Panel, 255 Amps, 1 & 4 Quad Schematics53
Base Drive Panel, 430 Amps, 1 & 4 Quad Schematics54
Base Drive Panel, 510 Amps, 1 & 4 Quad Schematics55
Base Drive Panel, 850 Amps, 1 & 4 Quad Schematics56
Base Drive Panel, 1180 Amps, 1 & 4 Quad Schematics57
Base Drive Panel, 1660 Amps, 1 & 4 Quad Schematics58
Base Drive Panel, 1680 Amps, 1 & 4 Quad Schematics59
Control Connections Cud161
Terminal Locations Cud162
Control Connections Cud263
Optional Cud2 Control Connections63
Terminal Locations Cud264
Description Of Power/Control Terminals65
Base Drive Panel Power Connections 15 To 100 Amp65
Base Drive Panel Power Connections 140 To 255 Amp65
Base Drive Panel Power Connections 430 To 1680 Amp66
Base Drive Panel Control Connections, (Ctb), 15 To 1680 Amp66
Motor Armature Circuit67
Motor Field Circuit67
Electronics Power Supply, Main Contactor, Fans (If Used) 15 To 850 Amp67
Current Requirement For Terminals 87, 89 If Supplied From A Separate Source67
Electronics Power Supply, Main Contactor, And Fans 1180 To 1680 Amps68
Remote Relay Enable Terminals: 430 Amp To 1680 Amp Base Drive Panels68
Start-Up70
General Safety Information For Start-Up70
Operator Control Panels71
Simple Operator Control Panel (PMU "Parameterization Unit")71
Led Displays72
User-Friendly Operator Control Panel (Op1S)72
Parameterization Procedure73
Parameter Types73
Parameterization On Simple Operator Control Panel73
Alarm Messages73
Typical Connection Diagrams75
Configured With Analog Speed Setpoint And Start/Stop Control By Contacts75
Configured With Analog Speed Setpoint And Push-Button Start/Stop Control76
Reset To Factory Default Values And Adjust Offsets77
Start-Up Procedure78
Access Authorization79
Adjustment Of Converter Rated Currents79
Adjustment To Actual Converter Supply Voltage79
Input Of Motor Data, Actual Speed Sensing Data79
Operation With Pulse Encoder80
Number Of Pulses Of Pulse Encoder (In Pulses/Revolution)80
Matching To Pulse Encoder Signal Voltage80
Setting The Maximum Operating Speed For Pulse Encoder Operation (In Revolutions/Minute)80
Field Data81
Selection Of Basic Technological Functions81
Current Limits81
Ramp-Function Generator81
Execution Of Optimization Runs82
P051 = 25 - Optimization Run For Precontrol And Current Controller For Armature And Field82
P051 = 26 - Speed Controller Optimization Run83
P051 = 27 - Optimization Run For Field Weakening83
P051 = 28 - Optimization Run For Compensation Of Friction Moment And Moment Of Inertia84
Checking And Possible Fine Adjustment Of Maximum Speed85
Setting Application Functions85
Starting The Drive85
Speed Setpoint Selection86
Jog (Inching) Configuration87
Documentation Of Setting Values88
Faults And Alarms90
Fault Messages90
General Information About Faults90
Fault Message Display90
List Of Fault Messages91
Supply Faults91
F001 - Failure Of Electronics Power Supply (Active In All Operating States)91
F004 - Phase Failure In Armature Supply (Active In Operating States Of ≤ O4)92
F005 - Fault In The Field Circuit (Active In Operating States Of ≤ O5)92
F006 - Undervoltage (Active In Operating States Of ≤ O4)93
F007 - Overvoltage (Active In Operating States Of ≤ O4)93
Interface Error94
F008 Line Frequency Less Than The Minimum Line Frequency Acc. To Parameter P363 (Active In Operating States Of ≤ 05)94
F009 Line Frequency Greater Than The Maximum Line Frequency Acc. To Parameter P364 (Active In Operating States Of ≤ 05)94
F011 Telegram Failure At Gsst194
F012 Telegram Failure At Gsst295
F013 Telegram Failure At Gsst395
F014 Telegram Failure At Paralleling Interface (Active When U800 = 1 Or 2 From The First Receipt Of A Valid Protocol In All Operating States)95
External Faults96
Fault Messages From Motor Sensors97
F024 Fault Message From Free Function Block Fb3 (Active In All Operating States)97
F025 Brush Length Too Short (Active In Operating States Of ≤ 03)97
F028 Motor Overtemperature (Active In Operating States Of ≤ O6)97
Drive Faults98
F030 Commutation Failure Or Overcurrent Has Occurred (Active In Operating States Of – –, I, Ii)98
F033 Fault Message From Free Function Block Fb4 (Active In All Operating States)98
F029 Motor Overtemperature (Active In All Operating States)98
F034 Fault Message From Free Function Block Fb5 (Active In All Operating States)99
F035 Drive Is Blocked (Active In Operating States Of – –, I, Ii)99
F036 No Armature Current Is Flowing (Active In Operating States Of – –, I, Ii)99
F038 Overspeed (Active In Operating States Of – –, I, Ii)99
F039 2 T Power Section Monitor Has Responded (Active In Operating States Of – –, I, Ii)100
F040 Electronics Supply Disconnected In Active Fault Status (Active In All Operating States)100
F041 Ambiguous Selection Of Parameter Set Or Ramp-Function Generator (Active In All Operating States)100
F042 Tachometer Fault101
F043 Emf Too High For Braking Operation102
F044 A Slave Connected To The Paralleling Interface Is Not Operating102
F046 Analog Select Input For Main Setpoint (Terminals 4 And 5) Faulty102
F047 Analog Select Input 1 (Terminals 6 And 7) Is Faulty102
Start-Up Faults103
F050 Optimization Run Not Possible103
F048 Fault In Measuring Channel For Digital Speed Sensing Using Pulse Encoder103
F051 No Optimization Run When Permanent Memory Is Disabled108
F052 Optimization Run Aborted As A Result Of External Cause108
F053 Fault Message From Free Function Block Fb288108
F054 Fault Message From Free Function Block Fb289108
F055 No Field Characteristic Recorded109
F056 Important Parameter Is Not Set109
F058 Parameter Settings Are Not Consistent109
F059 Technology Option S00 Is Disabled/Will Be Disabled Soon109
Hardware Faults111
F061 Fault Message From Thyristor Check Function111
Internal Faults112
F062 Fault In Parameter Memory112
F063 Errors In Compensation Data Of Analog Inputs And Outputs113
F064 Watchdog Timer Has Initiated A Reset113
F065 Illegal Microprocessor Status113
F067 Converter Cooling Faulty113
Communication Errors With Supplementary Boards114
F068 Analog Measuring Channel Faulty (Main Setpoint, Main Actual Value Or Analog Select Input)114
F069 Mlfb Data Are Faulty114
F070 Scb1: Serious Initialization Error114
F078 Scb1: Current Below 4Ma Minimum Value At Analog Input3 Of Slave 2115
F079 Scb1: Telegram Failure115
F080 Error In Initialization Of A Cb/Tb Board115
F082 Cb/Tb Message Timeout Or Error In Data Exchange115
Fault Messages From Supplementary Boards116
Alarm Message Display117
A015 Simolink Start117
A024 Alarm Message From Free Function Block Fb7117
A025 Brush Length Too Short118
A026 Poor Bearing Condition118
A027 Air Flow Monitoring118
A031 Speed Controller Monitoring118
A033 Alarm Message From Free Function Block Fb8119
A034 Alarm Message From Free Function Block Fb9119
A043 Automatic Field Current Reduction If Emf Is Too High In Operation119
A047 Analog Select Input 1 (Terminals 6 And 7) Faulty119
A049 Scb1: No Sci Slave Connected120
A050 Scb1: Not All Required Sci Slaves Are Available120
A067 Converter Cooling Faulty120
A097 - A128 Tb Alarms120
Parameter List122
Range Of Parameter Numbers Function122
Overview122
Overview Of Abbreviations124
Operating Status Display126
General Visualization Parameters128
Connector And Binector Displays131
Access Authorization Levels132
P051 Key Parameters132
P052 Selection Of Display Parameters132
P050 Language132
P053 Control Word For The Permanent Memory133
P054 Op1S – Background Lighting133
P055 Copy Function Data Set133
P057 Copy Bico Data Set133
Definition Of Simoreg Dc Master Converter134
R061 Creation Date Of Software134
R062 Checksum134
R063 Board Code134
R064 Board Compatibility135
R065 Software Identifiers135
P067 Load Class135
R068 Options According To Rating Plate135
R069 Serial Number Of Simoreg Dc Master Converter136
R072 Converter Rated Dc Current (Armature)136
R073 Converter Rated Dc Current (Field)136
P075 Control Word For Power Section136
P076 Reduction Of Converter Rated Dc Current137
P077 Total Thermal Reduction Factor137
P078 Reduction Of Converter Rated Supply Voltage137
P079 Short Pulses / Long Pulses, Armature Gating Unit137
Setting Values For Converter Control138
P080 Control Word For Brake Control138
P081 Emf-Dependent Field Weakening138
P082 Operating Mode For Field139
P083 Selection Of Actual Speed Value140
P084 Selection Of Closed-Loop Speed / Current Or Torque Control140
P085 Wait Period After Cancellation Of Inching Command140
P087 Brake Release Time140
P088 Brake Closing Time141
P089 Maximum Wait Time For Voltage To Appear At Power Section141
P090 Stabilization Time For Line Voltage141
P091 Setpoint Threshold141
P092 Delay Times For Field Reversal142
P093 Pick-Up Delay For Line Contactor142
P094 Switch-Off Delay For Auxiliaries142
P096 After-Running Time For The Device Fan142
Definition Of Motor143
P098 Contactor In Dc Circuit143
P100 Rated Motor Armature Current (Acc. To Motor Rating Plate)143
P107 Armaure Current I2 (Acc. To Motor Rating Plate)143
P108 Maximum Operating Speed N3144
P115 Emf At Maximum Speed In Operation Without Tachometer144
P117 Control Word For Field Characteristic144
P118 Rated Emf Value144
Magnetization Characteristic (Field Characteristic)145
Example Of A Field Characteristic147
Definition Of Pulse Encoder, Speed Sensing Using Pulse Encoder148
P140 Selection Of Pulse Encoder Type149
P141 Number Of Pulses Of Pulse Encoder149
P142 Matching To Pulse Encoder Signal Voltage149
P143 Setting The Maximum Speed For Pulse Encoder Operation150
P144 Multiple Evaluation Of Encoder Signals150
P145 Automatic Measuring Range Switchover For Measurement Of Low Speeds - Switchover Of Multiple Evaluation150
P146 Automatic Measuring Range Switchover For Measurement Of Low Speeds - Switchover Of Measuring Time150
Closed-Loop Armature Current Control,Auto-Reversing Stage,Armature Gating Unit151
P150 Alpha G Limit (Armature)151
P151 Alpha W Limit (Armature)151
P153 Control Word For The Armature Precontrol151
P154 Set Armature Current Controller I Component To Zero152
P156 Armature Current Controller Reset Time152
P159 Switchover Threshold For Auto-Reversing Stage (Armature)152
P162 Emf Calculation Method For Armature Precontrol152
Current Limitation, Torque Limitation153
P169 Select Closed-Loop Torque / Current Control153
P170 Select Closed-Loop Torque / Current Control153
P173 Source For "Torque Control / Current Control" Switchover153
P176 Source For Variable Integration Time154
P177 Source For The Command "No Immediate Pulse Disable"154
P180 Positive Torque Limit 1154
P181 Negative Torque Limit 1154
Auto-Reversing Stage, Armature Gating Unit155
Speed Controller155
P200 Filter Time For Actual Speed Controller Value155
P201 Band-Stop 1: Resonant Frequency155
P221 Speed Controller: Hysteresis For Speed-Dependent Pi/P Controller Switchover156
Setting Values For Speed Controller156
Speed Controller Droop156
P228 Filter Time For Speed Setpoint156
Closed-Loop Field Current Control, Field Gating Unit157
P250 Alpha G Limit (Field)157
P251 Alpha W Limit (Field)157
P252 Filtering Of Line Frequency Correction (Field)157
P256 Field Current Controller Reset Time158
P257 Standstill Field158
P264 Set Field Current Controller P Component To Zero158
P265 Source For Selection Of External Field Current Monitoring Signal158
P272 Operating Mode Of Closed-Loop Emf Control159
P273 Control Word For Emf Controller Precontrol159
P283 Filter Time For Actual Value For Emf Controller Precontrol159
Closed Loop Emf Control159
Ramp-Function Generator Table160
Ramp-Function Generator Parameter Set 1 (See Also Parameter P330)161
Ramp-Function Generator Parameter Set 2 (See Also Parameter P330)161
Ramp-Function Generator Parameter Set 3 (See Also Parameter P330)161
P302 Select Ramp-Function Generator / Ramp-Up Integrator Mode161
Setpoint Processing162
P317 Ramp-Function Generator Tracking162
P318 Set Ramp-Function Generator Output162
P319 Delay Time For Enabling Ramp-Function Generator162
Setting Values For Monitoring Functions And Limits163
P351 Threshold For Undervoltage Trip163
P357 Threshold For Tachometer Interruption Monitoring163
P330 Factor For Ramp-Function Generator Times163
Setting Values For Limit-Value Monitors164
P360 Response Delay For External Faults And Alarms164
P362 Delay Time For The Overvoltage Monitoring164
P363 Threshold For The Minimum Line Frequency164
Setpoint/Actual Value Deviation 2165
Overspeed165
Setpoint/Actual Value Deviation 1165
I F < I F Min Signal165
Settable Fixed Values166
P398 Field Current Threshold I F X166
P399 Hysteresis For I F < I F X Signal166
I F < I F X Signal166
Fixed Control Bits167
Digital Setpoint Input (Fixed Setpoint, Inching And Crawling Setpoints)167
P430 Source For Fixed-Setpoint Injection167
Inching Setpoint168
Crawling Setpoint168
P435 Source For Injection Of Inching Setpoint168
P438 Source For Standard Setpoint168
Position Sensing With Pulse Encoder169
P450 Resetting Of Position Counter169
P451 Position Counter Hysteresis169
P452 Source For "Reset Position Counter" Command169
Motorized Potentiometer170
Connector Selector Switches170
P455 Source For Inputs Of Connector Selector Switch 1170
P460 Control Word For Motorized Potentiometer Ramp-Function Generator170
P464 Time Difference For Dy/Dt171
P465 Factor Of Expansion For Motorized Potentiometer171
P472 Source For Set Motorized Potentiometer171
P473 Storage Of Output Value171
Oscillation172
Definition Of "Motor Interface"172
P490 Selection Of Temperature Sensor For Analog Monitoring Of Motor Temperature172
P491 Analog Monitoring Of Motor Temperature: Alarm Temperature172
P492 Analog Monitoring Of Motor Temperature: Trip Temperature173
P495 Brush Length Sensing: Tripping Of Alarm Or Fault Message173
P496 Bearing Condition: Tripping Of Alarm Or Fault Message173
P497 Air Flow: Tripping Of Alarm Or Fault Message173
Configuring Of Torque Shell Input174
Speed Limiting Controller174
P509 Source For Input Quantity (N-Act) Of Speed Limiting Controller174
P515 P Gain Of Speed Limiting Controller174
Friction Compensation175
P519 Source For Input Signal Of The Friction Compensation [Sw 2.0 And Later]175
P520 Friction At 0% Speed175
P530 Friction At 100% Speed And Higher175
Compensation Of Moment Of Inertia (Dv/Dt Injection)176
P540 Acceleration Time176
P542 Time Difference For Dy/Dt Of Ramp-Function Generator176
P543 Threshold For Sad-Dependent Acceleration176
Speed Controller Table177
P550 P Gain In The Adaptation Range177
P551 Integration Time In The Adaptation Range177
P554 Source For The Influencing Quantity Of The Tn-Adaptation177
P555 Source For The Influencing Quantity Of The Droop Adaptation178
P556 Adaptation N Controller P Gain: Threshold 1178
P562 Positive Speed Droop Limitation178
Speed Controller Optimization For Drives With Oscillating Mechanical System178
Field Reversal179
Input Quantities For Signals179
P590 Source for Setpoint of "Nset = Nact Signal 1"179
P591 Source For Actual Value Of "N-Set = N-Act Signal 1"179
Configuring Of Closed-Loop Control180
P595 Source for Actual Value of "Overspeed Signal"180
P597 Source for Actual Value of "Nset = Nact Signal 2"180
P600 Source For Gating Unit Input (Armature)180
P601 Source For Armature Current Controller Setpoint181
P602 Source For Armature Current Controller Actual Value181
P603 Source For Variable Current Limit In Torque Direction I181
P604 Source For Variable Current Limit In Torque Direction Ii182
P605 Source For Variable Positive Torque Limit182
P606 Source For Variable Negative Torque Limit182
P607 Source For Torque Setpoint For Master Drive182
P609 Source For Actual Speed Controller Value183
Setting Values For Configuring Of Closed-Loop Field And Emf Control183
P610 Source For Gating Unit Input (Field)183
P614 Source For Variable Field Current Setpoint Lower Limit183
P615 Source For Emf Controller Setpoint184
P616 Source For Actual Emf Controller Value184
Configuring Of Injection Of Acceleration Value184
Speed Controller, Setpoint/Actual Value Deviation184
Setting Values For Configuring The Setpoint Processing Function And Ramp-Function Generator185
P632 Source For Variable Positive Limitation At Ramp-Function Generator Output185
P633 Source For Variable Negative Limitation At Ramp-Function Generator Output185
P631 Source For Setting Value For Speed Controller Integrator185
P634 Source For Limitation Input At Ramp-Function Generator Output186
P636 Source For Reduction Signal For Ramp-Function Generator Times186
P639 Source For The Ramp-Function Generator Setting Values186
P640 Source for Selection of "Set Ramp-Function Generator"186
P641 Source for Selection of "Bypass Ramp-Function Generator"187
P643 Source For Variable Negative Limitation Of Main Setpoint187
P646 Source For Enable Signal For Ramp-Up Integrator Switchover187
P647 Source For Enable Signal For Ramp-Function Generator Tracking187
Control Word, Status Word188
Display Of Control Words 1 And 2188
Display Of Status Words 1 And 2188
Control Word 1189
Control Word 2190
Further Configuring Measures191
P692 Source For Selection Of Injection Of Standstill Field191
P693 Source For Selection Of Enabling Command For Emf Controller191
P695 Source For Selection Of "Set Speed Controller I Component" Function191
Analog Inputs (Main Actual Value, Main Setpoint, Selectable Inputs)192
P700 Signal Type Of "Main Setpoint" Analog Input192
P701 Normalization Of "Main Setpoint" Analog Input192
P705 Filtering Time For "Main Setpoint" Analog Input192
P706 Source For Enabling Of "Main Setpoint" Analog Input193
P707 Resolution Of "Main Setpoint" Analog Input193
Analog Input Terminals 6 / 7 (Analog Selectable Input 1)193
P713 Mode Of Signal Injection At "Analog Selectable Input 1"193
P714 Source For Selection Of Sign Reversal At "Analog Selectable Input 1"194
P716 Source For Enabling Of "Analog Selectable Input 1"194
Analog Input Terminals 8 / 9 (Analog Selectable Input 2)194
P726 Source For Enabling Of "Analog Selectable Input 2"194
Analog Input Terminals 10 / 11 (Analog Selectable Input 3)195
Analog Input Terminals 103 / 104 (Main Actual Value)195
P741 Normalization for "Main Actual Value"195
P744 Source For Selection Of Sign Reversal At "Main Actual Value" Analog Input195
Analog Output Terminals 12/13 (Actual Current Display)196
Analog Output Terminals 14/15196
Analog Output Terminals 16/17196
P757 Filtering Time For Analog Output 2196
Analog Output Terminals 18/19197
Analog Output Terminals 20/21197
P765 Source For Output Value At Analog Output 4197
P768 Normalization Of Analog Output 4197
Binary Outputs198
P770 Control Word For Binary Selectable Outputs198
P777 Delay For Output Value At Binary Output 3198
P778 Delay For Output Value At Binary Output 4198
Configuration Of Serial Interfaces On Basic Converter199
P780 Selection Of Protocol For G-Sst1 Basic Converter Interface199
P784 Source For Transmit Data For G-Sst1199
P785 Options For G-Sst1199
P786 Uss Bus Address For G-Sst1200
P787 Telegram Failure Time For G-Sst1200
P788 Source For Activation Of F011200
P790 Selection Of Protocol For G-Sst2 Basic Converter Interface200
P791 Number Of Process Data For G-Sst2201
P792 Length Of Parameter Jobs For G-Sst2201
P793 Baud Rate For G-Sst2201
P794 Source For Transmit Data For G-Sst2201
P795 Options For G-Sst2202
P796 Uss Bus Address For G-Sst2202
P797 Telegram Failure Time For G-Sst2202
P798 Source For Activation Of F012202
R799 Diagnostic Information For G-Sst2203
P800 Selection Of Protocol For G-Sst3 Basic Converter Interface203
P801 Number Of Process Data For G-Sst3203
P802 Length Of Parameter Jobs For G-Sst3203
P803 Baud Rate For G-Sst3204
P804 Source For Transmit Data For G-Sst3204
P805 Options For G-Sst3204
P806 Uss Bus Address For G-Sst3204
P807 Telegram Failure Time For G-Sst3205
P808 Source For Activation Of F013205
R809 Diagnostic Information For G-Sst3205
R810 Receive Data On G-Sst1206
R811 Transmit Data On G-Sst1206
R812 Receive Data On G-Sst2206
R813 Transmit Data On G-Sst2206
Peer-To-Peer Interfaces: Enable Transmission And Receipt Of Telegrams207
R814 Receive Data On G-Sst3207
R815 Transmit Data On G-Sst3207
Deactivation Of Monitoring Functions208
Compensation Values208
P825 Offset Compensation For Actual Field Current Channel208
P826 Correction Of Natural Commutation Timing208
Thyristor Diagnosis209
Parameters For Drivemonitor And Op1S209
Profile Parameters209
P927 Parameterization Enable209
Fault Memory210
R949 Fault Value210
R951 Fault Text210
P952 Number Of Faults210
Visualization Parameters: Alarms211
Device Identification212
Visualization Parameters: Control And Status Word212
Resetting And Storing Parameters, List Of Existing And Modified P And R Parameters212
P971 Eeprom Transfer213
R980 List Of Existing Parameter Numbers, Start213
R990 List Of Modified Parameter Numbers, Start213
Simplified Block Diagrams216
Basic Functions216
Sheet 1 Legend217
Sheet 2 Speed Setpoint System218
Sheet 3 Speed Controller And Current Limit219
Sheet 4 Armature Current Control220
Sheet 5 Emf And Field Current Control221
Sheet 6 Uss Interface 1 ( X300 )222
Sheet 7 Uss Interface 2 ( X172 )223
Sheet 8 Peer To Peer Interface ( X172 )224
Sheet 9 Data Exchange Cb / Tb To Base (Pzd)225
Sheet 10 Control Word 1226
Sheet 11 Control Word 2227
Sheet 12 Status Word 1228
Sheet 13 Status Word 2229
Sheet 14 Signals230
Sheet 15 Miscellaneous231