Siemens SINAMICS DCM - List Manual

TM150 Operating Display / TM150 Op_Display30

TM15DI/DO Operating Display / TM15D Op_Display30

TM31 Operating Display / TM31 Op_Display30

BOP Access Level / BOP Acc_Level31

BOP Operating Display Mode / BOP Op_ Disp Mode33

BOP Operating Display Selection / BOP Op_Disp Sel33

BOP Background Lighting / BOP Lighting34

BOP Drive Object after Booting / BOP DO after Boot34

Device Commissioning Parameter Filter / Dev Comm Par_Filt34

Drive Commissioning Parameter Filter / Drv Comm. Par_Filt35

TM150 Commissioning Parameter Filter / TM150 Com Par_Filt35

BOP Password Entry (P0013) / BOP Passw Ent P1336

TM15DI/DO Commissioning the Parameterizing Filter / TM15D Com Par_Filt36

TM31 Commissioning Parameter Filter / TM31 Comm Par_Filt36

BOP Password Acknowledgement (P0013) / BOP Passw Ackn P1337

BOP User-Defined List / BOP List37

Macro Drive Unit / Macro Drv Unit37

Activate BOP User-Defined List / BOP User List Act38

Control Unit Basic Firmware Version / CU Basic FW Vers38

Macro Drive Object / Macro DO38

CO/BO: Control Word BOP / STW BOP39

CO: Actual Speed Smoothed / N_Act Smooth39

Speed Actual Value Rpm Smoothed / N_Act Rpm Smooth39

Speed Setpoint Smoothed / N_Set Smth39

Actual Torque Smoothed / M_Act Smooth40

CO: Absolute Actual Current Smoothed / I_Act Abs Val Smth40

CO: Active Power Actual Value Smoothed / P_Actv_Act Smth40

CO/BO: Missing Enable Sig / Missing Enable Sig41

CO: Motor Temperature / Mot Temp41

Display Values Smoothing Time Constant / Disp_Val T_Smooth41

CO/BO: Command Data Set CDS Effective / CDS Effective42

CO/BO: Drive Data Set DDS Effective / DDS Effective42

Encoder Data Set Effective / EDS Effective42

CO/BO: Status Word, Closed-Loop Control / ZSW Cl-Loop Ctrl43

CO: Actual Speed Unsmoothed / N_Act Unsmoothed43

CO: Speed Actual Value / N_Act43

CO: Speed Setpoint before the Setpoint Filter / N_Set before Filt.43

CO: Absolute Current Actual Value / I_Act Abs Val44

CO: Active Power Actual Value / P_Act44

CO: Torque Actual Value / M_Act44

Select Drive Object Type / Select DO Type44

Actual Device Topology / Device_Act Topo45

Device Target Topology / Device_Target Topo45

Application-Specific View / Appl_Spec View46

Drive Object Numbers / DO Numbers46

Number of Drive Objects / DO Count46

Activate/De-Activate Drive Object / DO Act/Deact47

Drive Object Active/Inactive / DO Act/Inact49

Drive Object Type / DO Type49

Drive Objects Function Module / DO Fct_Mod51

Basic Sampling Time Selection / T_Basis Sel53

Sampling Time for Supplementary Functions / T_Samp Suppl_Fct53

Sampling Times for Internal Control Loops / T_Sample Int Ctrl53

Sampling Times Pre-Setting P0115 / T_Sample for P011553

Drive Object Clock Cycle Recommended / Do_Clock Recom54

Activate/De-Activate Power Unit Components / Pu_Comp Act/Deact55

Main Component Detection Using LED / M_Comp Detect LED55

Power Unit Component Number / PU Comp_No55

Encoder Interface (Sensor Module) Component Number56

Number of Encoder Data Sets (EDS) / EDS Count56

Sensor Module Detection Via LED / SM Detection LED56

Activate/De-Activate Encoder Interface / Enc_Intf Act/Deact57

Encoder Interface Active/Inactive / Enc_Intf Act/Inact57

Sensor Module EEPROM Data Version / SM EEPROM Version57

Sensor Module Firmware Version / SM FW Version58

Terminal Module Component Number / TM Comp_No58

Terminal Module Detection Via LED / TM Detection LED58

Terminal Module EEPROM Data Version / TM EEPROM Version58

Encoder 1 Encoder Data Set Number / Enc 1 EDS Number59

Number of Command Data Sets (CDS) / CDS Count59

Number of Drive Data Sets (DDS) / DDS Count59

Terminal Module Firmware Version / TM FW Version59

Encoder 2 Encoder Data Set Number / Enc 2 EDS Number60

Topology Component Status / Top Comp Stat60

BIOS/EEPROM Data Version / BIOS/EEPROM Vers61

Bootloader Version / Bootloader Vers61

Drive Object Name / DO Name61

Automatic Calculation Motor/Control Parameters / Calc Auto Par62

Firmware Package Name / FW Pkg Name62

Power Unit Code Number / PU Code no62

Power Unit Code Number Actual / PU Code No. Act62

Encoder Type OEM Selection / Enc Type OEM Sel63

Encoder Type Selection / Enc_Typ Sel63

Encoder Configuration Effective / Enc_Config Eff64

Gearbox Type Selection / Gearbox Type Sel64

Square-Wave Encoder Track A/B / Sq-Wave Enc A/B65

Encoder Inversion Actual Value / Enc Inv Act Value66

Linear Encoder Grid Division / Enc Grid DIV66

Rotary Encoder Pulse Number / Rot Enc Pulse No.66

Measuring Gear Absolute Encoder Rotary Revolutions Virtual67

Measuring Gear Configuration / Meas Gear Config67

Gx_Xist1 Coarse Position Safe most Significant Bit (Identified)68

Measuring Gear Position Tracking Tolerance Window / Pos Track Window68

Non Safety-Relevant Meas. Steps Position Value POS1 (Detected)68

Redundant Coarse Position Value Relevant Bits (Identified)68

Encoder Connection / Enc_Connection69

Encoder Safety Comparison Algorithm (Detected) / Safety Comp_Algo69

Fine Resolution Absolute Value Gx_Xist2 (in Bits) / Enc Fine Gx_Xist269

Fine Resolution Gx_Xist1 (in Bits) / Enc Fine Gx_Xist169

Absolute Encoder Linear Measuring Step Resolution / Enc Abs Meas Step70

Absolute Encoder Rotary Multiturn Resolution / Enc Abs Multiturn70

Absolute Encoder Rotary Singleturn Resolution / Enc Abs Singleturn70

Encoder Linear Zero Mark Distance / Enc Lin Zm_Dist70

Encoder Rotary Zero Mark Distance / Enc Rot Dist ZM71

Encoder SSI Baud Rate / Enc SSI Baud Rate71

Encoder SSI Monoflop Time / Enc SSI T_Monoflop71

Encoder Zero Mark Differential Distance / Enc ZM Dif_Dist71

Encoder SSI Configuration / Enc SSI Config72

Sensor Module Configuration / SM Config72

Angular Commutation Offset / Ang_Com Offset73

Gearbox Factor Encoder Revolutions / Grbx_Fact Enc_Rev73

Encoder SSI Error Bit / Enc SSI Error Bit74

Gearbox Factor Motor/Load Revolutions / Grbx_Fact Mot_Rev74

Encoder SSI Parity Bit / Enc SSI Parity Bit75

Sensor Module Configuration Extended / SM Config Ext75

Squarewave Encoder Filter Time / Enc T_Filt76

Copy Encoder Serial Number / Copy Enc Ser_No77

Encoder Commissioning Serial Number Part 1 / Enc Comm Ser_No 177

Encoder Ramp-Up Time / Enc Ramp-Up Time77

Encoder Commissioning Serial Number Part 2 / Enc Comm Ser_No 278

Encoder Commissioning Serial Number Part 3 / Enc Comm Ser_No 378

Encoder Commissioning Serial Number Part 4 / Enc Comm Ser_No 478

Encoder Commissioning Serial Number Part 5 / Enc Comm Ser_No 578

Encoder Configuration Recognized / Enc Config Act79

Pulse Encoder Evaluation Zero Speed Measuring Time / Enc_Ev N_0 T_Meas79

Squarewave Encoder Filter Time Display / Enc T_Filt Displ79

Encoder Configuration Supported / Enc_Config Supp80

Sensor Module Properties / SM Properties80

Encoder Serial Number Part 1 / Enc Ser_No 182

Sensor Module Properties Extended / SM Prop Ext82

Encoder Serial Number Part 2 / Enc Ser_No 283

Encoder Serial Number Part 3 / Enc Ser_No 383

Encoder Serial Number Part 4 / Enc Ser_No 483

Encoder Serial Number Part 5 / Enc Ser_No 583

Absolute Encoder Linear Measuring Step / Enc Lin Meas Step84

Encoder 1 Identification Number/Serial Number / Enc1 Id_No/Ser_No84

Encoder 2 Identification Number/Serial Number / Enc2 Id_No/Ser_No84

Non Safety-Relevant Measuring Steps Position Value Pos1 / Nsrpos185

Redundant Coarse Position Value Fine Resolution Bits / Fine Bit85

Redundant Coarse Position Value Relevant Bits / Relevant Bits85

Redundant Coarse Position Value Valid Bits / Valid Bits85

CO: Diagnostics Encoder Position Actual Value Gn_Xist1 / Diag Gn_Xist186

CO: Measuring Gear Position Difference / Meas Gear Pos Diff86

Gx_Xist1 Coarse Position Safe most Significant Bit / Gx_Xist1 Safe MSB86

Redundant Coarse Position Value Configuration / Red Pos Config86

CI: Encoder Control Word Gn_Stw Signal Source / Enc Gn_Stw S_Src87

CO: Encoder Status Word Gn_Zsw / Enc Gn_Zsw87

CO: Encoder Actual Position Value Gn_Xist1 / Enc Gn_Xist188

CO: Encoder Actual Position Value Gn_Xist2 / Enc Gn_Xist288

CO: Measuring Gear Encoder Raw Value Incremental / Enc Raw Val Incr89

CO: Redundant Coarse Encoder Position + CRC / Enc Red Pos+Crc89

CO: Measuring Gear Encoder Raw Value Absolute / Enc Raw Val Abs90

Diagnostic Encoder Control Word Gn_Stw / Enc Gn_Stw90

Motor Encoder Fault Response ENCODER / Fault Resp ENCODER90

Encoder Diagnostic Signal Selection / Enc Diag Select91

Square-Wave Encoder Maximum Speed Difference Per Sampling Cycle91

CO: Encoder Diagnostic Signal Double Word / Enc Diag DW93

CO: Encoder Diagnostic Signal High Word / Enc Diag High Word93

CO: Encoder Diagnostic Signal Low Word / Enc Diag Low Word93

Technological Unit Reference Quantity / Tech Unit Ref Qty94

Technological Unit Selection / Tech Unit Select94

Macro Binector Input (BI) / Macro BI95

Macro Binector Input (BI) for Tms / Macro BI TM95

Motor Temperature Sensor Type / Mot_Temp_Sens Type95

Data Transfer Start / Data Transf Start96

Data Transfer: Device Memory as Source/Target / Dev_Mem Src/Targ96

Data Transfer: Memory Card as Source/Target / Mem_Card Src/Targ96

BI: Inhibit Master Control / Pcctrl Inhibit97

BI: Command Data Set Selection CDS Bit 0 / CDS Select., Bit 098

BO: Master Control Active / Pcctrl Active98

Copy Command Data Set CDS / Copy CDS98

BI: Drive Data Set Selection DDS Bit 0 / DDS Select., Bit 099

BI: Drive Data Set Selection DDS Bit 1 / DDS Select., Bit 199

CO/BO: Data Set Changeover Status Word / DDS_ZSW99

Copy Drive Data Set DDS / Copy DDS99

Bi: on / off (Off1) / on / off (Off1)100

CO/BO: Command Data Set CDS Selected / CDS Selected100

CO/BO: Drive Data Set DDS Selected / DDS Selected100

BI: no Coast-Down / Coast-Down (OFF2) Signal Source 1 / OFF2 S_Src 1101

BI: no Coast-Down / Coast-Down (OFF2) Signal Source 2 / OFF2 S_Src 2101

BI: Enable Operation/Inhibit Operation / Operation Enable102

BI: no Quick Stop / Quick Stop (OFF3) Signal Source 1 / OFF3 S_Src 1102

BI: no Quick Stop / Quick Stop (OFF3) Signal Source 2 / OFF3 S_Src 2102

BI: Control by Plc/No Control by PLC / Master Ctrl by PLC103

BI: Speed Controller Enable / N_Ctrl Enable103

BI: Unconditionally Release Holding Brake / Uncond Open Brake103

BI: Unconditionally Close Holding Brake / Uncond Close Brake104

CO/BO: Control Word Sequence Control / STW Seq_Ctrl104

IF1 Profidrive PZD Telegram Selection / IF1 PZD Telegr105

PROFIBUS Address / PB Address105

CO: Counter for Fault Buffer Changes / Fault Buff Change106

Fault Code / Fault Code106

ZSW Bit Pulses Enabled / ZSW Pulse Enab106

Fault Code List / Fault Code List107

Fault Number / Fault Number108

Fault Time Received in Milliseconds / T_Fault Recv Ms108

Fault Cases Counter / Fault Cases Qty109

Device Identification / Device Ident110

PROFIBUS Baud Rate / PB Baud Rate110

Profidrive Profile Number / PD Profile Number110

System Runtime Relative / T_System Relative111

TM150 Reset Parameters / TM150 Par Reset111

TM15DI/DO Reset Parameter / TM15D Par Reset111

Save Drive Object Parameters / Drv_Obj Par Save112

TM31 Reset Parameters / TM31 Par Reset112

Drive Unit Reset / Drv_Unit Reset113

Drive Object Identification / DO Identification114

Reset and Load All Parameters / Reset Load All Par115

Save All Parameters / Save All Par115

List of Drive Objects / List of the DO116

Profidrive Encoder Format / PD Encoder Format116

List of Existing Parameters 1 / List Avail Par 1117

List of Existing Parameters 10 / List Avail Par 10117

List of Existing Parameters 2 / List Avail Par 2117

List of Modified Parameters 1 / List Chang Par 1118

List of Modified Parameters 10 / List Chang Par 10118

List of Modified Parameters 2 / List Chang Par 2118

BI: Motorized Potentiometer Lower Setpoint / Mop Lower119

BI: Motorized Potentiometer Setpoint Raise / Mop Raise119

Macro Connector Inputs (CI) for Speed Setpoints / Macro CI N_Set119

BI: Jog Bit 0 / Jog Bit 0120

BI: Jog Bit 1 / Jog Bit 1120

BI: Setpoint Inversion / Setp Inv120

CI: Main Setpoint / Main Setpoint120

BI: Enable Setpoint/Inhibit Setpoint / Setpoint Enable121

Actual Speed Smoothing Time / N_Act T_Smooth122

CO/BO: Status Word Speed Controller / ZSW N_Ctrl122

Macro Connector Inputs (CI) for Torque Setpoints / Macro CI M_Set122

Dir of Rot / dir of Rot123

Reference Speed / N_Ref123

Reference Voltage / Reference Voltage123

Reference Angle / Reference Angle124

Reference Current / I_Ref124

Reference Power / P_Ref124

Reference Torque / M_Ref124

Comm if Address / Comm Add125

Reference Acceleration / A_Ref125

Reference Temp / Ref Temp125

Comm if Error Statistics / Comm Err126

Field Bus Interface Address / Field Bus Address126

Field Bus Interface Baud Rate / Field Bus Baud126

Field Bus Int Error Statistics / Field Bus Error127

Field Bus Int Protocol Selection / Field Bus Protocol127

Field Bus Int USS PKW No. / Field Bus USS PKW127

Field Bus Int USS PZD No. / Field Bus USS PZD127

Fieldbus Interface USS PIV Drive Object Number / Fieldbus USS Do_No128

IF1 Profidrive STW1.10 = 0 Mode / IF1 PD STW1.10=0128

Master Control Control Word Effective / Pcctrl STW Eff128

Fieldbus Interface Monitoring Time / Fieldbus T_Monit129

IF1 Profidrive STW/ZSW Interface Mode / PD STW/ZSW if Mode129

PROFIBUS Ident Number / PB Ident No.129

Select Debug Monitor Interface / Debug Monit Select129

BO: IF1 Profidrive PZD State / IF1 PD PZD State130

IF1 Profidrive Fault Delay / IF1 PD Fault Delay130

IF1 Profidrive PZD Sampling Time / IF1 PZD T_Sample130

PROFIBUS Additional Monitoring Time / PB Suppl T_Monit130

CO: IF1 Profidrive PZD Receive Word / IF1 PZD Recv Word131

CI: IF1 Profidrive PZD Send Word / IF1 PZD Send Word133

IF1 Profidrive Diagnostics PZD Send Word / IF1 Diag Send Word135

CO: IF1 Profidrive PZD Receive Double Word / IF1 PZD Recv DW138

PROFIBUS Diagnostics Standard / PB Diag Standard138

PROFIBUS Status / PB Status138

CI: IF1 Profidrive PZD Send Double Word / IF1 PZD Send DW140

IF1 Profidrive Diagnostics PZD Send Double Word / IF1 Diag Send DW141

IF1 PZD Maximum Interconnected / IF1 Pzdmaxintercon143

PB/PN Controller Sign of Life Diagnostics / PB/PN Ctr Sol Diag143

PB/PN Diagnostics Clock Cycle Synchronism / PB/PN Diag Clock143

Response Receive Value after PZD Failure / Resp Aft PZD Fail143

IF1 Profidrive Diagnostics Bus Address PZD Receive / If1Diag Addr Recv144

BI: Binector-Connector Converter Status Word 1 / Bin/Con ZSW1151

IF1 Profidrive PZD Telegram Selection Extended / IF1 PZD Telegr Ext151

BI: Binector-Connector Converter Status Word 2 / Bin/Con ZSW2152

BI: Binector-Connector Converter Status Word 3 / Bin/Con ZSW3152

BI: Binector-Connector Converter Status Word 4 / Bin/Con ZSW4153

BI: Binector-Connector Converter Status Word 5 / Bin/Con ZSW5153

CO: Send Binector-Connector Converter Status Word / Bin/Con ZSW Send154

Invert Binector-Connector Converter Status Word / Bin/Con ZSW Inv154

BO: IF1 PROFIBUS PZD1 Receive Bit-Serial / IF1 PZD1 Recv Bitw155

BO: IF1 Profidrive PZD2 Receive Bit-Serial / IF1 PZD2 Recv Bitw156

BO: IF1 Profidrive PZD3 Receive Bit-Serial / IF1 PZD3 Recv Bitw157

BO: IF1 Profidrive PZD4 Receive Bit-Serial / IF1 PZD4 Recv Bitw158

BO: Connector-Binector Converter Binector Output / Con/Bin Outp159

CI: Connector-Binector Converter Signal Source / Con/Bin S_Src162

Change Fault Response Fault Number / Chng Resp F_No163

Change Fault Response Response / Chng Resp Resp163

BI: 1. Acknowledge Faults / 1. Acknowledge165

BI: 2. Acknowledge Faults / 2. Acknowledge165

BI: 3. Acknowledge Faults / 3. Acknowledge165

BI: External Fault 1 / External Fault 1166

BI: External Fault 3 / External Fault 3167

Alarm Counter / Alarm Counter168

Alarm Number / Alarm Number168

Fault Time Removed in Milliseconds / T_Flt Resolved Ms168

BI: External Alarm 1 / External Alarm 1169

BI: External Alarm 2 / External Alarm 2169

System Runtime Total / Sys Runtime Tot169

Change Message Type Type / Change Type Type171

Alarm Code / Alarm Code172

CO: Counter Alarm Buffer Changes / Alrm Buff Changed172

Alarm Time Received in Milliseconds / T_Alarm Recv Ms173

Alarm Time Removed in Milliseconds / T_Alarm Res Ms174

Change Acknowledge Mode Mode / Chng Ackn Mode175

Faults/Alarms Trigger Selection / F/A Trigger Sel176

CO: Actual Alarm Code / Actual Alarm Code177

CO: Actual Fault Code / Act Fault Code177

Fault Time Received in Days / T_Fault Recv Days177

Fault Value for Float Values / Fault Val Float177

Alarm Value for Float Values / Alarm Value Float178

CO/BO: Status Word Faults/Alarms 2 / ZSW Fault/Alarm 2178

Fault Time Removed in Days / T_Flt Resolv Days178

CO/BO: Control Word Faults/Alarms / STW Fault/Alarm179

CO/BO: Status Word Faults/Alarms 1 / ZSW Fault/Alarm 1179

Alarm Time Received in Days / T_Alarm Recv Days180

Alarm Time Removed in Days / T_Alarm Res Days181

CO/BO: Status Word Monitoring 1 / ZSW Monitor 1181

CO/BO: Status Word Monitoring 3 / ZSW Monitor 3181

Delete Fault Buffer of All Drive Objects / del Fault Buffer181

BI: Technology Controller Enable / Tec_Ctrl Enable182

CI: Technology Controller Setpoint 1 / Tec_Ctrl Setp 1182

Technology Controller Configuration / Tec_Ctrl Config182

CI: Technology Controller Setpoint 2 / Tec_Ctrl Setp 2183

Technology Controller Ramp-Up Time / Tec_Ctrl T_Ramp-Up183

Technology Controller Setpoint 1 Scaling / Tec_Ctrl Set1 Scal183

Technology Controller Setpoint 2 Scaling / Tec_Ctrl Set2 Scal183

CI: Technology Controller Actual Value / Tec_Ctrl Act Val184

CO: Technology Controller Setpoint after Filter / Tec_Ctr Set Aftflt184

Technology Controller Setpoint Filter Time Constant / Tec_Ctrl Set T184

Technology Controller Type / Tec_Ctrl Type184

Technology Controller Lower Limit Actual Value / Tec_Ctrl L_Lim Act185

Technology Controller Upper Limit Actual Value / Tec_Ctrl U_Lim Act185

CO: Technology Controller Actual Value Scaled / Tech_Ctrl Act Scal186

Technology Controller Actual Value Function / Tec_Ctr Actval Fct186

CO: Technology Controller Error / Tec_Ctrl Error187

Technology Controller Integral Time / Tec_Ctrl Tn187

Technology Controller Proportional Gain / Tec_Ctrl Kp187

CI: Technology Controller Pre-Control Signal / Tec_Ctr Prectr_Sig188

CO: Technology Controller Maximum Limiting / Tec_Ctrl Max_Lim188

CO: Technology Controller Minimum Limiting / Tec_Ctrl Min_Lim188

Technology Controller Ramp-Up/Ramp-Down Time / Tec_Ctr T_Ru/Rd188

CI: Technology Controller Minimum Limit Signal Source189

CI: Technology Controller Output Scaling / Tec_Ctrl Outp Scal189

CO: Technology Controller Output Scaling / Tec_Ctrl Outp Scal189

CO: Technology Controller Output Signal / Tec_Ctrl Outp_Sig189

CI: Technology Controller Limit Offset / Tech_Ctrl Lim Offs190

CO/BO: Technology Controller Status Word / Tec_Ctrl Status190

Technology Controller Fault Signal Inversion / Tec_Ctrl Fault Inv190

Energy-Saving Mode / En_Save Mode191

LR Motor/Load Load Revolutions / Mot/Load Load Rev191

LR Motor/Load Motor Revolutions / Mot/Load Motor Rev191

CO: Reference Current / Reference Current192

CO: Reference Speed / N_Ref192

CO: Reference Voltage / Reference Voltage192

CO: Reference Angle / Reference Angle193

CO: Reference Power / Reference Power193

CO: Reference Torque / Reference Torque193

CO: Reference Temp / Reference Temp194

Load Gear Configuration / Load Gear Config195

Load Gear Position Tracking Tolerance Window / Pos Track Tol195

Load Gear Rotary Absolute Encoder Revolutions Virtual / Abs Rot Rev195

BI: and Logic Operation Inputs / and Inputs196

CO/BO: and Logic Operation Result / and Result196

CO: Load Gear Absolute Value / Load Gear Abs_Val196

CO: Load Gear Position Difference / Load Gear Pos Diff196

BI: or Logic Operation Inputs / or Inputs197

CO/BO: or Logic Operation Result / or Result197

CO: Fixed Value 1 [%] / Fixed Value 1 [%]197

CO: Fixed Value 2 [%] / Fixed Value 2 [%]197

RTC Time Stamp Mode / RTC T_Stamp Mode198

BI: RTC Real Time Synchronization PING / RTC PING199

RTC Set UTC Time / RTC Set UTC199

RTC Synchronization Source / RTC Sync_Source199

External Fault 3 Power-Up Delay / Ext Fault 3 T_On200

RTC Last Synchronization Deviation / RTC Sync_Dev200

RTC Real Time Synchronization Tolerance Window / RTC Sync Tol200

RTC Synchronizing Time / RTC T_Sync200

BI: External Fault 3 Enable / Ext Fault 3 Enab201

BI: External Fault 3 Enable Negated / Ext Flt 3 Enab Neg201

CO/BO: NAMUR Message Bit Bar / NAMUR Bit Bar202

CO/BO: Messages Status Word Global / Msg ZSW Global203

Fault Drive Object Initiating / F DO Initiating203

BI: Acknowledgement Automatically Suppressed / Ackn Suppress204

Component Alarm / Comp Alarm204

Component Fault / Comp Fault204

Diagnostic Attribute Fault / Diag_Attr Fault204

Diagnostic Attribute Alarm / Diag_Attr Alarm205

CO: Actual Component Number / Comp_No Act206

CO: Actual Fault Value / Act Fault Val206

CO: Load Speed / N_Load207

CO: Load Speed Smoothed / N_Load Smooth207

Completion of Quick Commissioning / Compl Quick_Comm207

Suppress Active Fault / Supp Act Flt207

BICO Counter Topology / BICO Counter Topo208

BICO Counterdevice / BICO Counterdevice208

Service Parameter / Serv Par208

BICO Counter Drive Object / BICO Counter DO209

Faults Acknowledge Drive Object / Faults Ackn DO209

Master Control Mode Selection / Pcctrl Mode Select209

Parameter Count / Parameter No.209

Boot State / Boot_State210

Parameter Write Inhibit Status / Par_Write Inhib St211

TM15DI/DO Digital Inputs Terminal Actual Value / TM15D DI Act Val211

CO/BO: TM15DI/DO Digital Inputs Status / TM15D DI Status212

TM31 Digital Inputs Terminal Actual Value / TM31 DI Act Value212

CO/BO: TM15DI/DO Digital Inputs Status Inverted / TM15D DI Stat Inv213

CO/BO: TM31 Digital Inputs Status / TM31 DI Status213

CO/BO: TM31 Digital Inputs Status Inverted / TM31 DI Status Inv214

CO: TM15DI/DO Digital Inputs 16 ... 23 Status / TM15D DI 16-23 St214

TM15DI/DO Set Input or Output / TM15D DI or DO215

BI: TM15DI/DO Signal Source for Terminal DI/DO 0 / TM15D S_Srcdi/Do 0216

BI: TM15DI/DO Signal Source for Terminal DI/DO 1 / TM15D S_Src DI/DO1216

BI: TM31 Signal Source for Terminal DO 0 / TM31 S S DO 0216

TM31 Set Input or Output / TM31 DI or DO216

BI: TM15DI/DO Signal Source for Terminal DI/DO 2 / TM15D S_Src DI/DO2217

BI: TM15DI/DO Signal Source for Terminal DI/DO 3 / TM15D S_Src DI/DO3217

BI: TM15DI/DO Signal Source for Terminal DI/DO 4 / TM15D S_Src DI/DO4217

BI: TM31 Signal Source for Terminal DO 1 / TM31 S S DO 1217

BI: TM15DI/DO Signal Source for Terminal DI/DO 5 / TM15D S_Src DI/DO5218

BI: TM15DI/DO Signal Source for Terminal DI/DO 6 / TM15D S_Src DI/DO6218

BI: TM15DI/DO Signal Source for Terminal DI/DO 8 / TM15D S_Src DI/DO8218

BI: TM15DI/DO Signal Source for Terminal DI/DO 9 / TM15D S_Src DI/DO9219

BI: TM31 Signal Source for Terminal DI/DO 8 / TM31 S_Src DI/DO8219

BI: TM31 Signal Source for Terminal DI/DO 9 / TM31 S_Src DI/DO9219

BI: TM15DI/DO Signal Source for Terminal DI/DO 12 / TM15D S_Srcdi/Do12220

BI: TM31 Signal Source for Terminal DI/DO 10 / TM31 S_Src DI/DO10220

BI: TM31 Signal Source for Terminal DI/DO 11 / TM31 S_Src DI/DO11220

BI: TM15DI/DO Signal Source for Terminal DI/DO 13 / TM15D S_Srcdi/Do13221

BI: TM15DI/DO Signal Source for Terminal DI/DO 14 / TM15D S_Srcdi/Do14221

TM31 Digital Outputs Limit Current / TM31 DO Limit Curr221

TM15DI/DO Digital Outputs Status / TM15D DO Status222

TM31 Digital Outputs Status / TM31 DO Status222

TM15DI/DO Invert Digital Outputs / TM15D DO Inv223

TM31 Invert Digital Outputs / TM31 DO Inv223

CO: TM31 Analog Inputs Actual Value in Percent / TM31 AI Value in %224

CO: TM31 Analog Inputs Current Input Voltage/Current / TM31 AI U/I_Inp224

TM31 Analog Inputs Smoothing Time Constant / TM31 AI T_Smooth224

TM31 Analog Inputs Type / TM31 AI Type224

TM31 Analog Inputs Characteristic Value X1 / TM31 AI Char X1225

TM31 Analog Inputs Characteristic Value Y1 / TM31 AI Char Y1225

TM31 Analog Inputs Characteristic Value X2 / TM31 AI Char X2226

TM31 Analog Inputs Characteristic Value Y2 / TM31 AI Char Y2226

TM31 Analog Inputs Wire Breakage Monitoring Response Threshold226

BI: TM31 Analog Inputs Invert Signal Source / TM31 AI Inv S S227

TM31 Analog Inputs Activate Absolute Value Generation227

TM31 Analog Inputs Offset / TM31 AI Offset227

TM31 Analog Inputs Wire Breakage Monitoring Delay Time227

BI: TM31 Analog Inputs Signal Source for Enable / TM31 AI Enable228

CI: TM31 Analog Outputs Signal Source / TM31 AO S S228

TM31 Analog Inputs Window to Suppress Noise / TM31 AI Window228

TM31 Analog Outputs Current Output Voltage/Current / TM31 AO U/I_Outp229

TM31 Analog Outputs Smoothing Time Constant / TM31 AO T_Smooth229

TM31 Analog Outputs Type / TM31 AO Type229

TM31 Analog Outputs Characteristic Value X1 / TM31 AO Char X1230

TM31 Analog Outputs Characteristic Value X2 / TM31 AO Char X2230

TM31 Analog Outputs Characteristic Value Y1 / TM31 AO Char Y1230

BI: TM31 Analog Outputs Invert Signal Source / TM31 AO Inv S S231

TM31 Analog Outputs Characteristic Value Y2 / TM31 AO Char Y2231

TM31 Analog Outputs Offset / TM31 AO Offset231

BI: TM15DI/DO Signal Source for Terminal DI/DO 16232

BI: TM15DI/DO Signal Source for Terminal DI/DO 17 / TM15D S_Srcdi/Do17232

BI: TM15DI/DO Signal Source for Terminal DI/DO 18 / TM15D S_Srcdi/Do18232

BI: TM15DI/DO Signal Source for Terminal DI/DO 19 / TM15D S_Srcdi/Do19232

BI: TM15DI/DO Signal Source for Terminal DI/DO 20 / TM15D S_Srcdi/Do20233

BI: TM15DI/DO Signal Source for Terminal DI/DO 21 / TM15D S_Srcdi/Do21233

BI: TM15DI/DO Signal Source for Terminal DI/DO 22 / TM15D S_Srcdi/Do22233

BI: TM15DI/DO Signal Source for Terminal DI/DO 23 / TM15D S_Srcdi/Do23233

BO: TM15 Digital Inputs Status Inverted Raw Data Internal234

TM15DI/DO Digital Inputs Simulation Mode / TM15D DI Sim_Mode234

TM31 Digital Inputs Simulation Mode / TM31 DI Sim_Mode235

TM15DI/DO Digital Inputs Simulation Mode, Setpoint / TM15D DI Sim Setp236

TM31 Digital Inputs Simulation Mode Setpoint / TM31 DI Sim Setp236

TM15DI/DO Inputs/Outputs Sampling Time / TM15D I/O T_Sampl237

TM31 Analog Inputs Simulation Mode / TM31 AI Sim_Mode237

TM31 Analog Inputs Simulation Mode Setpoint / TM31 AI Sim Setp237

TM150 Sensor Type / TM150 Sensor Type238

TM31 Inputs/Outputs Sampling Time / TM31 I/O T_Sample238

TM150 Sensor Resistance / TM150 R_Sensor239

TM31 Sensor Type / TM31 Sensor Type239

TM150 Fault Threshold/Alarm Threshold / TM150 F/A_Thresh240

TM31 Sensor Resistance / TM31 R_Sensor240

TM150 Delay Time / TM150 T_Delay241

TM31 Fault Threshold/Alarm Threshold / TM31 F/A_Thresh241

BO: TM150 Temperature Evaluation Status / TM150 Temp Status242

TM31 Temperature Evaluation Delay Time / TM31 Temp T_Delay242

BO: TM31 Temperature Evaluation Status / TM31 Temp Status243

CO: TM150 Temperature Actual Value / TM150 Temp_Act Val243

CO: TM31 Temperature Actual Value / TM31 Temp_Act Val244

TM150 Terminal Block Measuring Method / TM150 Meas Method244

TM150 Wire Resistance Measurement / TM150 R_Wire Meas245

TM150 Group Channel Assignment / TM150 Grp Channel246

TM150 Wire Resistance Value / TM150 R_Wire Value246

CO: TM150 Group Temperature Average Actual Value / TM150 Grp Temp Av248

TM150 Fault Threshold/Alarm Threshold Hysteresis / TM150 Thresh Hyst248

TM150 Group Sensor Error Effect / TM150 Error Effect248

TM150 Activate/Deactivate Smoothing / TM150 Smooth Act249

Encoder Diagnostics State Machine / Enc Diag Stat_Ma250

Encoder Functional Reserve Component Number / Enc Fct_Res Num250

OEM Encoder Diagnostic Signal Selection / OEM Enc Diag Sel250

TM150 Filter Rated Line Frequency / TM150 Filt F_Line250

CO: XIST1_ERW Actual Value / XIST1_ERW Actval251

XIST1_ERW Reset Mode / XIST1_ERW Res Mode251

BI: XIST1_ERW Reset Signal Source / XIST1_ERW Ress_Src252

CO/BO: XIST1_ERW Status / XIST1_ERW Stat252

Sensor Module Filter Bandwidth / SM Filt_Bandw252

Analog Sensor LVDT Phase / An_Sens LVDT Ph253

Analog Sensor LVDT Ratio / An_Sens LVDT Ratio253

Sensor Module Filter Bandwidth Display / SM Filt_Bandw Disp253

Zero Mark Monitoring Tolerance Permissible / Zm_Monit Tol Perm253

Zero Mark Monitoring Tolerance Window Alarm Threshold Negative254

Zero Mark Monitoring Tolerance Window Alarm Threshold Positive254

Zero Mark Monitoring Tolerance Window Limit 1 Negative254

CO: Squarewave Encoder Diagnostics / Sq-Wave Enc Diag255

CO: Zero Mark Monitoring Differential Pulse Count / ZM Diff_Pulse Qty255

Speed Actual Value Mean Value Generation / N_Act Mean Val255

Zero Mark Minimum Length / ZM Min Length255

Measuring Function Control / Meas Fct Ctrl256

Trace Control / Trace Control256

Trace Options / Trace Options256

Trace Status / Trace Status256

Measurement Function Configuration / Meas Fct Config257

Measuring Function Status / Meas Fct Status257

Trace Memory Space Required / Trace Mem Required257

Trace Memory Space Required for Measuring Functions258

Trace Trigger Condition / Trace Trig_Cond258

Trace Trigger Signal / Trace Trig_Signal258

Trace Bit Mask Trigger, Bit Mask / Trace Trig Mask259

Trace Tolerance Band Trigger Threshold 1 / Trace Trig Thr 1259

Trace Tolerance Band Trigger Threshold 2 / Trace Trig Thr 2259

Trace Trigger Threshold / Trace Trig_Thresh259

Trace Bit Mask Trigger Trigger Condition / Trace Trig_Cond260

Trace Recording Cycle / Trace Record_Cyc260

Trace Recording Time / Trace Record_Time260

Trace Trigger Index / Trace Trig_Index260

Trace Average in the Time Range / Trace Average261

Trace Data Type 1 Traced / Trace Rec Type 1261

Trace Time Slice Cycle / Trace Cycle261

Trace Trigger Delay / Trace Trig_Delay261

Trace Data Type 2 Traced / Trace Rec Type 2262

Trace Data Type 3 Traced / Trace Rec Type 3262

Trace Data Type 4 Traced / Trace Rec Type 4262

Trace Number of Recorded Values / Trace Rec Values262

Trace Record Signal 1 / Trace Record Sig 1263

Trace Record Signal 2 / Trace Record Sig 2263

Trace Record Signal 3 / Trace Record Sig 3263

Trace Record Signal 4 / Trace Record Sig 4264

Trace Record Signal 5 / Trace Record Sig 5264

Trace Record Signal 6 / Trace Record Sig 6264

Trace Record Signal 7 / Trace Record Sig 7264

Trace 0 Trace Buffer Signal 0 Floating Point / Trace 0 Tr Sig 0265

Trace 0 Trace Buffer Signal 1 Floating Point / Trace 0 Tr Sig 1265

Trace 0 Trace Buffer Signal 2 Floating Point / Trace 0 Tr Sig 2265

Trace 0 Trace Buffer Signal 3 Floating Point / Trace 0 Tr Sig 3265

Trace 0 Trace Buffer Signal 4 Floating Point / Trace 0 Tr Sig 4266

Trace 0 Trace Buffer Signal 5 Floating Point / Trace 0 Tr Sig 5266

Trace 0 Trace Buffer Signal 6 Floating Point / Trace 0 Tr Sig 6266

Trace 0 Trace Buffer Signal 7 Floating Point / Trace 0 Tr Sig 7266

Trace 1 Trace Buffer Signal 1 Floating Point / Trace 1 Tr Sig 1267

Trace 1 Trace Buffer Signal 2 Floating Point / Trace 1 Tr Sig 2267

Trace 1 Trace Buffer Signal 4 Floating Point / Trace 1 Tr Sig 4267

Trace 1 Trace Buffer Signal 5 Floating Point / Trace 1 Tr Sig 5267

Trace 0 Trace Buffer Signal 0 / Trace 0 Tr Sig 0268

Trace 0 Trace Buffer Signal 1 / Trace 0 Tr Sig 1268

Trace 1 Trace Buffer Signal 6 Floating Point / Trace 1 Tr Sig 6268

Trace 1 Trace Buffer Signal 7 Floating Point / Trace 1 Tr Sig 7268

Trace 0 Trace Buffer Signal 2 / Trace 0 Tr Sig 2269

Trace 0 Trace Buffer Signal 3 / Trace 0 Tr Sig 3269

Trace 0 Trace Buffer Signal 4 / Trace 0 Tr Sig 4269

Trace 0 Trace Buffer Signal 5 / Trace 0 Tr Sig 5269

Trace 0 Trace Buffer Signal 7 / Trace 0 Tr Sig 7270

Trace 1 Trace Buffer Signal 0 / Trace 1 Trace Sig0270

Trace 1 Trace Buffer Signal 1 / Trace 1 Tr Sig 1270

Trace 1 Trace Buffer Signal 2 / Trace 1 Tr Sig 2270

Trace 1 Trace Buffer Signal 4 / Trace 1 Tr Sig 4271

Trace 1 Trace Buffer Signal 5 / Trace 1 Tr Sig 5271

Trace 1 Trace Buffer Signal 6 / Trace 1 Tr Sig 6271

Trace 1 Trace Buffer Signal 7 / Trace 1 Tr Sig 7271

Trace Physical Address Signal 1 / Trace Phyaddr Sig1272

Trace Physical Address Signal 2 / Trace Phyaddr Sig2272

Trace Physical Address Signal 3 / Trace Phyaddr Sig3272

Trace Physical Address Signal 4 / Trace Phyaddr Sig4272

Trace Physical Address Signal 5 / Trace Phyaddr Sig5273

Trace Physical Address Signal 6 / Trace Phyaddr Sig6273

Trace Physical Address Signal 7 / Trace Phyaddr Sig7273

Trace Physical Address Trigger Signal / Trace Phyaddr Trig273

Trace Data Type 5 Traced / Trace Rec Type 5274

Trace Data Type 6 Traced / Trace Rec Type 6274

Trace Data Type 7 Traced / Trace Rec Type 7274

Trace Data Type 8 Traced / Trace Rec Type 8274

Trace 0 Trigger Instant / Trace 0 T_Trigger275

Trace 1 Trigger Instant / Trace 1 T_Trigger275

Trace Memory Location Free / Trace Mem Free275

BO: Function Generator Status Signal / FG Status Signal276

Function Generator Control / FG Control276

Function Generator Mode / FG Operating Mode276

Function Generator Status / FG Status276

CO: Function Generator Output Signal Integer Number277

Function Generator Output Signal Integer Number Scaling277

Function Generator Physical Address / FG Phys Address277

Function Generator Physical Address Reference Value / FG Phys Addr Ref277

BI: Function Generator Control / FG Control278

CO: Function Generator Output Signal / FG Outp_Sig278

Function Generator Period / FG Period Duration278

Function Generator Signal Shape / FG Signal Shape278

Function Generator 2Nd Amplitude / FG 2Nd Amplitude279

Function Generator Amplitude / FG Amplitude279

Function Generator Bandwidth / FG Bandwidth279

Function Generator Pulse Width / FG Pulse Width279

Function Generator Lower Limit / FG Lower Limit280

Function Generator Offset / FG Offset280

Function Generator Ramp-Up Time to Offset / FG Ramp-Up Offset280

Function Generator Upper Limit / FG Upper Limit280

Function Generator Amplitude Scaling / FG Amplitude Scal281

Function Generator Offset Scaling / FG Offset Scal281

Function Generator Free Measurement Function Scaling282

Mtrace Cycle Actual Display / Cycle Act Display282

Mtrace Cycle Number Setting / Cycle Number282

Mtrace Ring Buffer Files Number / Ring Buff File Qty282

OA DO-Specific GUID Total Length / OA DO GUID Length283

OA DO-Specific Identifier / OA DO Ident283

OA DO-Specific Identifier Total Length / OA DO ID Tot_Lgth283

OA DO-Specific Number / OA DO Qty283

OA DO-Specific Activation / OA DO Act284

OA DO-Specific Interface Version / OA DO Interf_Vers284

OA DO-Specific Version / OA DO Version284

OA DO-Specific GUID / OA DO GUID285

OA DO-Specific GUID Drive Object / OA DO GUID DO285

OA DO-Specific Logbook Module Selection / OA DO Log Module285

OA Invalid Number / OA Inv No.285

OA Invalid Error Code / OA Inv Error Code286

OA Invalid Identifier / OA Inv ID286

OA Invalid Identifier Total Length / OA Inv ID Tot_Lgth286

OA GUID Total Length / OA GUID Tot_Length287

OA Identifier / OA ID287

OA Identifier Total Length / OA ID Tot_Length287

OA Number / OA no287

OA Interface Version / OA Interf_Vers288

OA Version / OA Version288

OA Activation Status / OA Act Stat289

Oa Guid es / Oa Guid es289

OA Properties / OA Property289

KHP Control Unit Reference Serial Number / KHP CU Ref Ser_No290

KHP Control Unit Serial Number / KHP CU Ser_No290

Write Protection/Know-How Protection Status / Wr_Prot/Khp Stat290

KHP OEM Exception List Number of Indices for P7764 / KHP OEM Qty P7764291

Write Protection / Write Protection291

Write Protection Multi-Master Fieldbus System Access Behavior291

KHP Configuration / KHP Config292

KHP OEM Exception List / KHP OEM Excep List292

KHP Password Input / KHP Passw Input293

KHP Password New / KHP Passw New293

KHP Memory Card Reference Serial Number / KHP Mem Ref Ser_No294

KHP Password Confirmation / KHP Passw Confirm294

NVRAM Action / NVRAM Action294

DRIVE-Cliq Component Component Number / DQ Compo_No295

DRIVE-Cliq Component Parameter Number / DQ Para_No295

NVRAM Data Backup/Import/Delete / NVRAM Backup295

DRIVE-Cliq Component Parameter Index / DQ Para_Index296

DRIVE-Cliq Component Read Parameter Value / Read DQ Value296

DRIVE-Cliq Component Versions / DQ Comp Version296

Firmware Update Automatic / FW Update Auto296

Activate Firmware Download / FW Download Act297

Firmware Download Component Number / FW Downl Comp_No297

Firmware Update Progress Display / FW Update Progress297

Telegram Diagnostics Selection / Telegr Diag Sel298

Telegram Diagnostics Signals / Telegr Diag Sig298

Telegram Diagnostics Numerical Format / Telegr Diag Format300

Telegram Diagnostics Unsigned / Telegr Diag Unsign300

Telegram Diagnostics Real / Telegr Diag Real301

Telegram Diagnostics Signed / Telegr Diag Sign301

Telegram Diagnostics Unit / Telegr Diag Unit301

Memory Card Serial Number / Mem_Card Ser.no303

Device Memory Firmware Version / Dev_Mem FW304

Drive Object Operational/Not Operational / DO Ready for Oper304

Number of Indices for R7853 / Qty Indices R7853304

Component Available/Not Available / Comp Present305

Component Number Global / Comp_No Global305

Sub-Boot Mode / Sub-Boot Mode305

Configuration Changes Drive Object Reference / Config_Chng DO Ref306

Status/Configuration Changes Global / Changes Global306

Configuration Changes Global / Config_Chng Global307

Status Changes Drive Object Reference / Status_Chng DO Ref307

Configuration Changes Drive Object / Config_Chng DO308

Drive Object Status Changes / DO Stat_Chng310

Hardware Sampling Times Still Assignable / HW T_Samp Free311

Sampling Times / T_Sample311

Identification and Maintenance 1 / I&M 1313

Identification and Maintenance 4 Configuration / I&M 4 Config313

Macro Execution Actual / Macro Executed313

Identification and Maintenance 2 / I&M 2314

Identification and Maintenance 3 / I&M 3314

Identification and Maintenance 4 / I&M 4314

SINAMICS Link Project Selection / SINAMICS Link Proj315

SINAMICS Link Settings / SINAMICS Link Cl C315

CBE20 Firmware Selection / CBE20 FW Sel316

Cbe2X Remote Controller Number / Cbe2X Rem Ctrl Num316

SINAMICS Link Address / SINAMICS Link Add316

COMM BOARD Monitoring Time / CB T_Monit317

IF2 STW1.10 = 0 Mode / IF2 STW1.10=0317

PZD Interface Hardware Assignment / PZD if HW Assign317

Activate COMM BOARD Send Configuration / CB S Config Act318

BO: IF2 PZD State / IF2 PZD State318

COMM BOARD Send Configuration Data / CB S Config_Dat318

IF2 Fault Delay / IF2 F Delay318

CO: IF2 PZD Receive Word / IF2 PZD Recv Word319

COMM BOARD Receive Configuration Data / CB R Config_Dat319

IF2 PZD Sampling Time / IF2 PZD T_Sample319

CI: IF2 PZD Send Word / IF2 PZD Send Word321

IF2 Diagnostics PZD Send / IF2 Diag PZD Send322

COMM BOARD Read Diagnostics Channel / CB Diag_Chan Read324

COMM BOARD State / CB State324

COMM BOARD Identification Data / CB Ident Data325

CI: IF2 PZD Send Double Word / IF2 PZD Send DW327

IF2 PZD Maximum Interconnected / IF2 Pzdmaxintercon330

SINAMICS Link Receive Telegram Word PZD / Recv Link Word330

SINAMICS Link Send Telegram Word PZD / Send Link Word331

IF2 Diagnostics Bus Address PZD Receive / IF2 Diag Addr Recv332

SINAMICS Link Address Receive PZD / Link Addr Recv332

IF2 Diagnostics Telegram Offset PZD Receive / if Diag Offs Recv334

IF2 Diagnostics Telegram Offset PZD Send / IF2 Diag Offs Send335

BI: IF2 Binector-Connector Converter Status Word 3 / Bin/Con ZSW3338

BI: IF2 Binector-Connector Converter Status Word 4 / Bin/Con ZSW4338

BI: IF2 Binector-Connector Converter Status Word 5 / Bin/Con ZSW5339

IF2 Invert Binector-Connector Converter Status Word / Bin/Con ZSW Inv339

BO: IF2 PZD1 Receive Bit-Serial / IF2 PZD1 Recv Bitw340

CO: IF2 Send Binector-Connector Converter Status Word340

BO: IF2 PZD2 Receive Bit-Serial / IF2 PZD2 Recv Bitw341

BO: IF2 PZD3 Receive Bit-Serial / IF2 PZD3 Recv Bitw341

BO: IF2 Connector-Binector Converter Binector Output / Con/Bin Outp342

BO: IF2 PZD4 Receive Bit-Serial / IF2 PZD4 Recv Bitw342

BO: IF2 Connector-Binector Converter Binector Output343

IF2 Invert Connector-Binector Converter Binector Output343

Cbe2X Name of Station / Cbe2X Name Stat344

CI: IF2 Connector-Binector Converter Signal Source / Con/Bin S_Src344

PN Device ID / PN Device ID344

Cbe2X Default Gateway of Station / Cbe2X Def Gateway345

Cbe2X DHCP Mode / Cbe2X DHCP Mode345

Cbe2X IP Address of Station / Cbe2X IP of Stat345

Cbe2X Subnet Mask of Station / Cbe2X Subnet Mask345

Cbe2X Interface Configuration / Cbe2X Int Config346

Cbe2X IP Address of Station Active / Cbe2X IP Act346

Cbe2X Name of Station Active / Cbe2X Name Act346

Cbe2X Default Gateway of Station Active / Cbe2X Def GW Act347

Cbe2X DHCP Mode Active / Cbe2X DHCP Act347

Cbe2X MAC Address of Station / Cbe2X MAC Addr347

Cbe2X Subnet Mask of Station Active / Cbe2X Sub Mask Act347

Cbe2X IP Address Remote Controller 1 / Cbe2X IP Rem Ctrl1348

Cbe2X Subslot Controller Assignment / Cbe2X Subslot348

PN Subslot Controller Assignment / PN Subslot Assign348

Cbe2X IP Address Remote Controller 2 / Cbe2X IP Rem Ctrl2349

Topology Direct Access / Topo Access349

Flash Function / Flash Fct.350

Flashing Component Number / Flash Comp_No350

Topology Direct Access Integer Value / Topo Access Int350

Topology Direct Access String / Topo Access String350

Statistic Components ID / Statistic Compid351

Statistic Drive-Cliq Acyclic Communication / Statistic351

Statistic Number of Entries / Statistic Size351

Safely Remove Memory Card / Mem_Card Rem352

Safely Remove Memory Card Status / Mem_Card Rem Stat352

PS File Fault Code Parameter Not Transferred / PS Fault Code353

PS File Parameter Index Parameter Not Transferred353

PS File Parameter Number Parameter Not Transferred353

Number of BICO Interconnections / BICO Count354

Number of Parameters to be Saved / Qty Par to Save354

Reference Value Change Parameter with Unsuccessful Calculation354

Units Changeover Adapted Parameters / Unit_Chngov Par354

BICO Interconnections BI/CI Parameters / BICO BI/CI Par355

BICO Interconnections BO/CO Parameters / BICO BO/CO Par355

BICO Interconnections Search Signal Source / BICO S_Src Srch355

BICO Interconnections Signal Source Search Count / BICO S_Src Srchqty355

BI/CI of BICO Interconnections to Other Drives / BI/CI to Drive356

BICO Interconnections Signal Source Search First Index356

BO/CO of BICO Interconnections to Other Drives / BO/CO to Drive356

Number of BICO Interconnections to Other Drives / Qty BICO to Drive356

BICO Behavior for De-Activated Drive Objects / Behav for Deact DO357

BICO Behavior When Activating Drive Objects / Behav When Act DO357

Reset BICO Interconnections to Other Drives / Reset BICO to Drv357

Actual Topology Number of Indices / Act Topo Indices358

BICO BI/CI Parameters to De-Activated Drive Objects358

BICO BO/CO Parameters to De-Activated Drive Objects358

Actual Topology / Act Topo359

Target Topology Number of Indices / Targettopo Indices359

Target Topology / Target Topo360

Topology Comparison Acknowledge Differences / Topo_Compare Ackn360

Device Specialization / Specialization361

Topology Comparison Comparison Stage of All Components361

Topology Comparison Comparison Stage of a Component362

Topology Comparison Comparison Stage of the Component Number362

Topology Comparison Component Replacement / Topo_Cmpr Replace362

DRIVE-Cliq Data Transfer Error Shutdown Threshold Master363

DRIVE-Cliq Data Transfer Error Shutdown Threshold Slave363

Licensing Enter License Key / Enter License Key363

Target Topology Accept Additional Components / Add Comp Accept363

Firmware File Incorrect / FW File Incorr364

Licensing Activate License Key / Act License Key364

Firmware Check Status / FW Check Status365

Save System Logbook EEPROM / SYSLOG EEPROM Save365

System Logbook Activation / SYSLOG Activation365

System Logbook Module Selection / SYSLOG Mod Select.365

BO: POWER on Delay Signal / POWER on T_Delay366

DRIVE-Cliq Diagnostic Configuration / DQ Diag Config366

DRIVE-Cliq Diagnostic Error Counter Connection / Dqdiag Err Counter366

DRIVE-Cliq Detailed Diagnostics Configuration / DQ Diag Config367

DRIVE-Cliq Detailed Diagnostics Time Interval / DQ Detail T_Interv367

Target Topology Feature Delete All Components / Feature Delete367

DRIVE-Cliq Detailed Diagnostics Select Individual Connection368

System Utilization Measured / Sys Util Meas368

Sampling Time with Largest Total Utilization / T_Sampl Lg Total369

Sampling Times Utilization Calculated / T_Sampl Util Calc369

System Utilization / Sys Util369

Sampling Times Utilization Measured / T_Sampl Util Meas372

Data Memory Utilization / Mem_Util Dat_Mem375

Data Memory Utilization OA / Mem_Ut Dat_Mem OA375

Measured Data Memory Utilization (Actual Load) / Mem_Ut Dat_Mem Ms375

DO Memory Usage Actual Value Determination Selection376

DRIVE-Cliq Bandwidth Load / DQ Bandw Load376

DRIVE-Cliq DPRAM Load / DQ DPRAM Load376

DRIVE-Cliq System Load / DQ System Load376

Memory Usage Drive Object Actual Value / Mem_Use DO Actval377

Memory Usage Drive Object Reference Value / Mem_Use DO Ref Val377

Memory Usage OA Application / Mem_Use OA377

Software Error Internal Supplementary Diagnostics / Sw_Err Int Diag377

Operating Display / Op_Display378

Motor Temperature / Mot Temp379

Temperature Rises Calculated / Temp Rise Calc379

Temperature Sensor/Module / Temp Sensor/Mod379

Armature Circuit Rms Value of Phase-To-Phase Line Voltage380

Armature Current Actual Value / Arm I_Act380

Armature Firing Angle / Arm Fir Angle380

Field Circuit Line Voltage Rms Value / F Cct V_Line Rms380

Closed-Loop Armature Current Control Motor Current Set Abs Value381

Speed Controller Actual Value Selection / Act Sel381

Torque Limiting Torque Setpoint after Limiting / Tqe Set after Lim381

Torque Limiting Torque Setpoint before Limiting / Tqe Set Bef Lim381

Device Fan Speed / Dev Fan N382

Field Firing Angle / Field Fir Angle382

Field Voltage Actual Value / Uf Act Val382

Speed Setpoint AOP30 Display / N_Set AOP30 Disp382

Armature Voltage Actual Value / Ua Act383

EMF Actual Value / EMF Act383

Field Current Controller Actual Value / I_Field Ctr Act383

Field Current Controller Setpoint / I_Field Ctr Set383

Faults Additional Information / Fault Add Info384

Optimization Run Selection / Opt Run Sel384

Optimization Run Status / Opt Run Status385

CUD Information / CUD Info386

Software Version / SW Version386

Load Class / Load Class387

Power Unit I2T Monitoring Derating Factor K1 Limit Value387

Power Unit Nameplate Options / PU Options387

Device Rated Direct Current Armature / Device Ia Rated388

Device Rated Line-Side Voltage Armature / Device Ua_Rated388

Power Unit Order Number / PU Order No.388

Power Unit Serial Number / PU Ser No.388

Device Rated Direct Current Field / Device If_Rated389

Device Rated Line-Side Voltage Field / V_Rated Field389

Power Unit I2T Monitoring Response / PU I2T Mon Resp389

Device Rated Direct Current Reduction / Device I_Rated Red390

Power Unit I2T Monitoring Derating Factor / PU I2T Mon Derat390

Supply Voltage Rated Value / V_Supp Rated Val390

Armature Gating Unit Short Pulses/Long Pulses / Arm Sh/Lg Pulse391

Brake Control Braking Mode / Brake Ctr Mode391

Field Weakening Activation / Field Weak Act391

Field Power Unit Operating Mode / Field PU Op Mode392

Closed-Loop Speed Control/Closed-Loop Current/Torque Control Sel393

Sequence Control Withdraw Jog Wait Time / S Ctr Jog T393

Speed Controller Actual Value Selection / N_Ctr Act Sel393

Brake Control Brake Closing Time / Br Ctr T Close394

Brake Control Brake Opening Time / Br Ctr T Open394

Sequence Control Line Voltage Failure Duration Permissible394

Sequence Control Voltage at Power Unit Wait Time / S Ctr V at PU T394

Line Voltage Stabilization Time / V_Line T_Stabil395

Sequence Control Setpoint Threshold / S Ctr Set Thresh395

Field Reversal Wait Times / Field Rev T_Wait396

Sequence Control Line Contactor on Delay / Line Cont T_On396

Device Fan Run-On Time / Dev Fan T_Run-On397

Field Current Response to Faults / I_Field Resp to F397

Sequence Control Auxiliaries off Delay / Aux T_Off397

Sequence Control DC Circuit Contactor Wait Time / DC Cont T_Wait397

Communication Monitoring Delay Time / Com Mon T_Del398

Motor Rated Armature Current / Mot Rated I_Armat398

Sequence Control Contactor in DC Circuit / Cont in DC Cct398

Minimum Motor Excitation Current / Mot I_Exc Min399

Motor Rated Armature Voltage / Mot Rated V_Armat399

Motor Rated Excitation Current / Mot Rated I_Exc399

Speed-Dependent Current Limitation Speed N1 / I_Lim N_Dep N1399

Speed-Dependent Current Limitation Armature Current I1400

Speed-Dependent Current Limitation Armature Current I2400

Speed-Dependent Current Limitation Speed N2 / I_Lim N_Dep N2400

Armature Circuit Inductance / la401

Armature Circuit Resistance / Ra401

Speed-Dependent Current Limitation Activation / I_Lim N_Dep Act401

Speed-Dependent Current Limitation Maximum Operating Speed N3401

Field Circuit Resistance / R_Field Circuit402

Motor I2T Monitoring Continuous Current Factor / Mot I2T I_Cont402

Motor Thermal Time Constant / Mot T Therm402

Speed Controller EMF at Maximum Speed / EMF at N_Max402

EMF Rated Value / EMF Rated403

Field Characteristic Status / Field Char Stat403

Rated Speed / N_Rated403

Field Current for Motor Flux 0 % / I_Field Flux 0%404

Field Current for Motor Flux 10 % / I_Field Flux 10%404

Field Current for Motor Flux 15 % / I_Field Flux 15%404

Field Current for Motor Flux 5 % / I_Field Flux 5%404

Field Current for Motor Flux 20 % / I_Field Flux 20%405

Field Current for Motor Flux 25 % / I_Field Flux 25%405

Field Current for Motor Flux 30 % / I_Field Flux 30%405

Field Current for Motor Flux 35 % / I_Field Flux 35%405

Field Current for Motor Flux 40 % / I_Field Flux 40%406

Field Current for Motor Flux 45 % / I_Field Flux 45%406

Field Current for Motor Flux 50 % / I_Field Flux 50%406

Field Current for Motor Flux 55 % / I_Field Flux 55%406

Field Current for Motor Flux 60 % / I_Field Flux 60%407

Field Current for Motor Flux 65 % / I_Field Flux 65%407

Field Current for Motor Flux 70 % / I_Field Flux 70%407

Field Current for Motor Flux 75 % / I_Field Flux 75%407

Field Current for Motor Flux 80 % / I_Field Flux 80%408

Field Current for Motor Flux 85 % / I_Field Flux 85%408

Field Current for Motor Flux 90 % / I_Field Flux 90%408

Field Current for Motor Flux 95% / I_Field Flux 95%408

Armature Converter Alpha G Limit / Arm Alpha G Lim409

Armature Converter Alpha W Limit (Single-Phase Operation)409

Armature Converter Correction Angle Alpha W Limit / Arm Corr Alpha W409

Motor I2T Monitoring Starting Behavior / Mot I2T Strt Behav409

Armature Average Number of Line Periods / Arm Line Per No.410

Armature Converter Alpha W Limit / Arm Alpha W Lim410

Closed-Loop Armature Current Control Integral Comp Activation410

Control Word for Armature Pre-Control / a Prec STW410

Closed-Loop Armature Current Control Integral Time / Ia Ctr Tn411

Closed-Loop Armature Current Control P Gain / Ia Ctr Kp411

Current Limitation Setpoint Integrator Selection / I_Set Integ Sel411

Auto-Reversing Stage Additional Torque-Free Interval412

Auto-Reversing Stage Alpha W Pulses Second Pulse Inhibited412

Auto-Reversing Stage Changeover Threshold / Auto-Rev Thresh412

Current Limitation Setpoint Integrator Ramp-Up Time412

Closed-Loop Armature Current Ctr Proportional Comp Activation413

EMF Selection / EMF Sel413

EMF Smoothing Selection / EMF Smoothing Sel413

Thyristor Blocking Voltage Calculation Activation / Thy_Block_Calc Act414

Torque Limiting Selection Torque Limiting/Current Limitation414

Current Limitation Armature Current Limit Torque dir I Factor415

Current Limitation Armature Current Limit Torque dir II Factor415

Selection of Control Type for Closed-Loop Current/Torque Control415

BI: Signal Source for Closed-Loop Current/Torque Control Ctr Type416

CI: Signal Source for Closed-Loop Armature Current Control P Gain416

Torque Limiting for OFF1 & OFF3 / T_Lim OFF1 & OFF3416

Auto-Reversing Stage Alpha W Pluses Second Pulse Enabled417

BI: Sig Source for the "Fire All Thyristors Simultaneously" Command417

BI: Signal Source for the "No Immediate Pulse Inhibit" Command417

CI: Signal Source for Closed-Loop Armature Current Ctr Integr Time417

Torque Limiting Torque Limit 1 Negative / T Lim 1 Neg418

Torque Limiting Torque Limit 1 Positive / T Lim 1 Pos418

Torque Limiting Torque Limit 2 Negative / T Lim 2 Neg418

Torque Limiting Torque Limit 2 Positive / T Lim 2 Pos418

Armature Alpha W Limit Control Word / a Alpha W Lim STW419

Cl-Loop Arm Current Ctr Curr Controller Setp Sm Time Constant419

Cl-Loop Arm Current Ctr Prectr Setpoint Smoothing Time Constant419

Torque Limiting Changeover Speed / T Lim N_Chng419

Band-Stop 1 Quality / Band-St 1 Quality420

Band-Stop 1 Resonant Frequency / Band-St 1 F_N420

CI: Emf/Ua External Signal Source / Emf/Ua Ext Sig S420

Speed Controller Speed Actual Value Smoothing Time Constant420

Band-Stop 2 Quality / Band-St 2 Quality421

CI: Lead/Lag Element Signal Source / Lead/Lag Elem S_S421

Derivative-Action Element Derivative-Action Time / D-Act el T_D-Act421

Derivative-Action Element Smoothing Time / Der-Act el T_Dae421

Lead/Lag Element Filter Time / Lead/Lag T_Filter422

Lead/Lag Element Rate Time / Lead/Lag T_Rate422

Speed Controller Droop Effective / N_Ctr Droop Eff422

Speed Controller Integral Time Effective / N_Ctr Tn Eff422

Speed Controller Changeover PI/P Hysteresis / PI/P Hyst423

Speed Controller Changeover PI/P Speed Actual Value Threshold423

Speed Controller Changeover PI/P Speed Setpoint Threshold423

Speed Controller Pre-Control Enable / N_Ctr Prec Ena423

Speed Controller Adaptation Droop y Coordinate 2 / Adapt Droop Y2424

Speed Controller Adaptation Kp y Coordinate 2 / Adapt Kp Y2424

Speed Controller Adaptation Tn y Coordinate 2 / Adapt Tn Y2424

Speed Controller Integral Component Configuration / N_Ctr I Comp Conf424

Mast/Sl Drive Ctr Speed Controller Tracking I Component425

Set Speed Controller Integral Component Duration / Set I_Comp Dur425

Speed Controller Speed Setpoint Smoothing Time Constant425

Speed Controller Optimization Speed Controller Dynamic Response426

Speed Controller Proportional Component Enable / N_Ctr P_Comp Ena426

Speed Controller Reference Model Natural Frequency / N_Ctrl Ref_M Fn426

CI: Speed Controller Reference Model Signal Source427

Speed Controller Reference Model Activation / N_Ctrl Ref_M Act427

Speed Controller Reference Model Damping / N_Ctrl Ref_M D427

Speed Controller Reference Model Dead Time / N_Ctr Ref_M T_Dead427

Field Average Number of Line Periods / Field Line Per No.428

Field Converter Alpha G Limit / Field Alpha G Lim428

Field Converter Alpha W Limit / Field Alpha W Lim428

Field Pre-Control Activation / Field Prec Act428

Closed-Loop Field Current Control Standstill Field / If_Ctr Stst_Field429

Field Current Controller Integral Component Activation429

Field Current Controller Integral Time / I_Field Ctr Tn429

Field Current Controller P Gain / I_Field Ctr Kp429

Cl-Loop Field Current Control Field Current Reduction Delay Time430

Field Current Controller Setpoint Smoothing Time Constant430

Field Current Pre-Control Setpoint Smoothing Time Constant430

Selection of Motor Flux Input Variable / Mot Fl Input Sel430

BI: Signal Source for Field Current Monitoring / I_Field Mon Sig S431

CI: Field Current Controller Kp Factor Signal Source431

CI: Field Current Controller Tn Factor Signal Source431

Field Current Controller Proportional Component Activation431

EMF Controller Integral Component Activation / EMF Ctr I Comp Act432

EMF Controller Pre-Control Activation / EMF Ctr Prec Act432

Field Current Reduction Activation / I_Field_Red Act432

Freeze Field Current Setpoint Operating Mode / if Freeze Op_Mode432

EMF Controller Droop / EMF Ctr Droop433

EMF Controller Integral Time / EMF Ctr Tn433

EMF Controller P Gain / EMF Ctr Kp433

EMF Controller Pre-Control Setpoint Smoothing Time Constant433

EMF Controller Actual Value Smoothing Time Constant434

EMF Controller Pre-Control Actual Value Smoothing Time Constant434

EMF Controller Proportional Component Activation434

EMF Controller Setpoint Smoothing Time Constant / EMF Ctr Set T434

EMF Setpoint Reduction Evaluation Factor / EMF Set Eval_Fact435

EMF Setpoint Reduction Line Voltage Lower Limit435

EMF Setpoint Reduction Line Voltage Smoothing Time435

EMF Setpoint Reduction Line Voltage Upper Limit435

RFG Quick Stop (OFF3) Final Rounding / RFG OFF3 Fin Rndg436

RFG Quick Stop (OFF3) Initial Rounding / RFG OFF3 Init Rndg436

RFG Quick Stop (OFF3) Ramp-Down Time / RFG OFF3 T_Ramp-Dn436

Transition Rounding Operating Mode / RFG Rounding Mode436

RFG Negative Setpoint Limit after Ramp-Function Generator437

RFG Positive Setpoint Limit after Ramp-Function Generator437

RFG Ramp-Up Integrator Operating Mode / RFG Integ Op Mode437

RFG Ramp-Up Time 1 / RFG T_Ramp-Up 1437

RFG Final Rounding 1 / RFG Fin Rndg 1438

RFG Initial Rounding 1 / RFG Init Rndg 1438

RFG Ramp-Down Time 1 / RFG T_Ramp-Dn 1438

RFG Final Rounding 2 / RFG Fin Rndg 2439

RFG Initial Rounding 2 / RFG Init Rndg 2439

RFG Ramp-Down Time 2 / RFG Ramp-Dn Time 2439

RFG Ramp-Up Time 2 / RFG T_Ramp-Up 2439

RFG Effective Times / RFG T Effective440

RFG Final Rounding 3 / RFG Fin Rndg 3440

RFG Initial Rounding 3 / RFG Init Rndg 3440

RFG Ramp-Down Time 3 / RFG T_Ramp-Dn 3440

RFG Setpoint Enable Delay Time / RFG Set_Ena I_Del441

RFG Setting Value Selection / RFG Set Val Sel441

RFG Tracking Enable / RFG Track Ena441

CI: Setpoint Processing Signal Source for Additional Setpoint Factor442

CI: Setpoint Processing Signal Source for Main Setpoint Factor442

Setpoint Processing Additional Setpoint Factor / Add_Set_Factor442

Setpoint Processing Main Setpoint Factor / M_Set_Factor442

Braking Distance Encoder Data Set Selection / Br Dist EDS Sel443

Line Overvoltage Threshold / Line V_Over Thresh443

Line Undervoltage Threshold / Line V_Und Thresh443

BI: Stall Protection Activation Signal Source / Stall Pr Act Sig S444

Line Monitoring Phase Failure Threshold / Ph_Fail Thresh444

Stall Protection Monitoring Time / Stall T_Mon444

Stall Protection Threshold / Stall Prot Thresh444

Line Frequency Minimum Threshold / F_Line Min Thresh445

Line Monitoring Overvoltage Delay Time / Line V_Over T_Del445

Line Monitoring Undervoltage Delay Time / V_Under T_Del445

Tachometer Interruption Monitoring Threshold / Tacho_Mon Thresh445

CI: Current Limitation Signal Source for Speed and I2T Monitoring446

Line Frequency Maximum Threshold / F_Line Max Thresh446

Messages for Speed Less than Minimum Speed Hysteresis446

Messages for Speed Less than Minimum Speed Threshold446

Messages for Reference Speed Hysteresis / Ref_Speed Hyst447

Messages for Reference Speed Threshold / Ref_Speed Thresh447

Messages Speed Positive Hysteresis / Msg N > 0 Hyst447

Messages for Reference Speed off Delay / Ref_Speed T_Off448

Messages for Setpoint/Actual Value Deviation 2 Hysteresis448

Messages for Setpoint/Actual Value Deviation 2 off Delay448

Messages for Setpoint/Actual Value Deviation 2 Threshold448

Messages for Overspeed Threshold Negative Direction of Rotation449

Messages for Overspeed Threshold Positive Direction of Rotation449

Messages for Setpoint/Actual Value Deviation 1 Threshold449

Messages for Field Current Threshold Minimum Hysteresis450

Messages for Field Current Threshold Minimum Threshold450

Messages for Setpoint/Actual Value Deviation 1 Hysteresis450

Messages for Setpoint/Actual Value Deviation 1 off Delay450

Field Current Monitoring Fault Delay Time / If_Mon F T_Del451

Field Current Monitoring Setpoint Factor / If_Mon Set_Fact451

Messages for Field Current Actual Value Less than Setpoint Fact451

Messages for Field Current Actual Value Less than Setpoint Hyst451

Fixed Value 1 / Fix Val 1452

Fixed Value 2 / Fix Val 2452

Fixed Value 3 / Fix Val 3452

Fixed Value 4 / Fix Val 4452

Fixed Value 5 / Fix Val 5453

Fixed Value 6 / Fix Val 6453

Fixed Value 7 / Fix Val 7453

Fixed Value 8 / Fix Val 8453

Fixed Value 10 / Fix Val 10454

Fixed Value 11 / Fix Val 11454

Fixed Value 12 / Fix Val 12454

Fixed Value 9 / Fix Val 9454

Fixed Value 13 / Fix Val 13455

Fixed Value 14 / Fix Val 14455

Fixed Value 15 / Fix Val 15455

Fixed Value 16 / Fix Val 16455

Fixed Bit 0 / Fixed Bit 0456

Fixed Bit 1 / Fixed Bit 1456

Fixed Bit 2 / Fixed Bit 2456

Fixed Bit 3 / Fixed Bit 3456

Fixed Bit 4 / Fixed Bit 4457

Fixed Bit 5 / Fixed Bit 5457

Fixed Bit 6 / Fixed Bit 6457

Fixed Bit 7 / Fixed Bit 7457

BI: Fixed Setpoint Signal Source for Connector Selection458

CI: Signal Source for Default Setpoint / Def Set Sig S458

CI: Signal Source for Fixed Setpoint / Fix Set Sig S458

Fixed Setpoint Bypass Ramp-Function Generator / Fix Set Bypass RFG458

BI: Jog Setpoint Signal Source for Connector Selection459

CI: Jog Signal Source for Default Setpoint / Jog Def Set Sig S459

CI: Signal Source for Jog Setpoint / Jog Set Sig S459

Jog Setpoint Bypass Ramp-Function Generator459

BI: Creep Signal Source for Shutdown / Cr Shutdn Sig S460

CI: Creep Signal Source for Default Setpoint / Cr Def Set Sig S460

CI: Signal Source for Creep Setpoint / Cr Set Sig S460

Creep Setpoint Bypass Ramp-Function Generator / Cr Set Bypass RFG460

CI: Motorized Potentiometer Signal Source for Automatic Setpoint461

Motorized Potentiometer Activate Ramp-Function Generator461

Motorized Potentiometer Ramp-Down Time / Motp T_R-Dn461

Motorized Potentiometer Ramp-Up Time / Motp T_R-Up461

CI: Motor Potentiometer Setting Value Signal Source462

Motorized Potentiometer Expansion Factor / Motp Exp Fact462

Motorized Potentiometer Maximum Speed / Motp N_Max462

Motorized Potentiometer Starting Value / Motp Start Value462

BI: Motorized Potentiometer Accept Setting Value / Motp Acc Set Val463

BI: Motorized Potentiometer Signal Source for CW/CCW463

BI: Motorized Potentiometer Signal Source for Manual/Automatic463

Motorized Potentiometer Minimum Speed / Motp N_Min463

Motorized Potentiometer Save Output Value / Motp Save Outp Val464

Oscillation Setpoint 1 / Oscillation Set 1464

Oscillation Setpoint 1 Time / Oscill Set 1 T464

Oscillation Setpoint 2 / Oscillation Set 2464

BI: Motor Interface Signal Source for Brush Length / Mot Br L Sig S465

BI: Oscillation Selection of Signal Source / Oscill Sel Sig S465

CI: Oscillation Signal Source for Default Setpoint / Oscill Def Set465

Oscillation Setpoint 2 Time / Oscill Set 2 T465

BI: Motor Interface Signal Source for Bearing Condition466

BI: Motor Interface Signal Source for Motor Fan / Mot Mot Fan Sig S466

BI: Motor Interface Signal Source for Motor Temperature466

Motor Interface Temperature Sensor / Mot Temp Sensor466

Motor Interface Alarm Threshold for Temperature Monitoring467

Motor Interface Fault Threshold for Temperature Monitoring467

CI: Speed Controller Additional Setpoint Signal Source468

CI: Torque Limiting Signal Source for Torque Additional Setpoint468

CI: Torque Limiting Signal Source for T_Set in Slave Mode468

Torque Limiting T_Set Factor in Slave Mode / T_Set Fact Sl Mode468

CI: Speed Limiting Controller Signal Source for Neg Torque Limit469

CI: Speed Limiting Controller Signal Source for Pos Torque Limit469

Speed Limiting Controller Max Speed Neg Direction of Rotation469

Speed Limiting Controller Max Speed Pos Direction of Rotation469

CI: Input Signal for Friction Compensation / Fric Comp Inp Sig470

Friction Compensation 0 % Speed / Fric Comp N 0%470

Friction Compensation 10 % Speed / Fric Comp N 10%470

Friction Compensation 20 % Speed / Fric Comp N 20%470

Friction Compensation 30 % Speed / Fric Comp N 30%471

Friction Compensation 40 % Speed / Fric Comp N 40%471

Friction Compensation 50 % Speed / Fric Comp N 50%471

Friction Compensation 60 % Speed / Fric Comp N 60%471

Friction Compensation 100% Speed / Fric Comp N 100%472

Friction Compensation 80 % Speed / Fric Comp N 80%472

Friction Compensation 90 % Speed / Fric Comp N 90%472

Speed Controller Acceleration Time / N_Ctr T_Accel472

RFG Dy/Dt Time Difference / RFG Dy/Dt T_Dif473

Smoothing Time Constant for Inertia Compensation473

Speed Controller Adaptation Kp y Coordinate 1 / Adapt Kp Y1473

Speed Controller Setpoint/Actual Value Difference Threshold473

CI: Speed Controller Adaptation Kp Signal Source / Adapt Kp Sig S474

Speed Controller Adaptation Droop y Coordinate 1 / Adapt Droop Y1474

Speed Controller Adaptation Tn y Coordinate 1 / Adapt Tn Y1474

CI: Speed Controller Adaptation Droop Signal Source475

CI: Speed Controller Adaptation Tn Signal Source475

Speed Controller Adaptation Kp X Coordinate 1 / Adapt Kp X1475

Speed Controller Adaptation Tn X Coordinate 1 / Adapt Tn X1475

Speed Controller Adaptation Droop X Coordinate 1 / Adapt Droop X1476

Speed Controller Adaptation Kp X Coordinate 2 / Adapt Kp X2476

Speed Controller Adaptation Tn X Coordinate 2 / Adapt Tn X2476

Speed Controller Adaptation Droop X Coordinate 2 / Adapt Droop X2477

Speed Controller Droop Negative Limiting / Droop Neg Lim477

Speed Controller Droop Positive Limiting / Droop Pos Lim477

Speed Controller Optimization Frequency Response Plot Base Speed477

Adaptation Armature Current Controller Changeover Input478

Adaptation Armature Current Controller Non-Linear L Activation478

Speed Controller Optimization Frequency Response Plot Amplitude478

Speed Controller Optimization Frequency Response Plot Time478

Adapt Arm Curr Controller Intermittent Adapt Activation479

Adapt Arm Curr Controller Intermittent Adapt Kp Increase479

Adaptation Armature Current Controller Limiting / Adapt Ia_Ctrl Lim479

Adaptation Field Current Controller Changeover Input479

Adapt Field Curr Controller Non-Linear Gating Unit Activation480

Adaptation Field Current Controller Limiting / Adapt If_Ctrl Lim480

BI: Field Reversal Braking Signal Source / Field Rev Br Sig S480

BI: Field Reversal Direction of Rotation Signal Source480

CI: Field Reversal Speed Actual Value Signal Source481

CI: Messages for Ref Speed Signal Source for Speed Actual Value481

CI: Messages for Set/Act Val Dev 1 Signal Source for Speed Act Val481

CI: Messages for Set/Act Val Dev 1 Signal Source for Speed Setpoint481

CI: Messages for Set/Act Val Dev 2 Signal Source for Speed Setpoint482

CI: Messages for Speed Less than Min Speed Signal Source for Act Val482

CI: Messages Polarity Speed Setpoint Signal Source482

CI: Signal Source for Overspeed Messages482

CI: Messages Polarity Speed Actual Value Signal Source483

CI: Signal Source for Armature Gating Unit Input / a G Unit in Sig S483

CI: Signal Source for Speed Limiting Controller Setpoint483

CI: Cl-Loop Arm Current Control Sig Source for Arm Current Act Val484

CI: Current Limitation Current Limit Torque Direction I484

CI: Current Limitation Current Limit Torque Direction II484

CI: Auto-Reversing Stage Signal Source for Torque Direction Setpoint485

CI: Torque Limiting Signal Source for Master Drive T_Set485

CI: Torque Limiting Signal Source for Negative Torque Limit485

CI: Torque Limiting Signal Source for Positive Torque Limit485

CI: Cl-Loop Field Current Ctrl Sig Source for Field Current Act Val486

CI: Field Curr Setp Limiting Setpoint Sig Source / If_Lim Set Sig S486

CI: Signal Source for Field Gating Unit Input Value486

CI: Signal Source for Speed Controller Actual Value486

CI: EMF Controller Actual Value Signal Source487

CI: EMF Controller Setpoint Signal Source / EMF Ctr Set Sig S487

CI: Field Current Setpoint Limiting Sig Source for Var Lower Limit487

CI: Field Gating Unit Signal Source for Field Direction487

CI: Acceleration Value for Inertia Compensation / Comp Inert Acc Val488

CI: Speed Controller Setpoint 1 Signal Source / N_Ctr Set 1 Sig S488

CI: Speed Controller Setpoint 2 Signal Source / N_Ctr Set 2 Sig S488

CI: Speed Controller Setpoint/Actual Value Difference Signal Source488

CI: Derivative-Action Element Signal Source / D Elem Sig S489

CI: Signal Source for Speed Controller Actual Value 2489

CI: Signal Source for Speed Controller Actual Value Smoothing489

CI: Signal Source for Speed Controller Setpoint / N_Ctr Set Sig S489

CI: Band-Stop 1 Signal Source / Band-St 1 Sig S490

CI: Band-Stop 2 Signal Source / Band-St 2 Sig S490

CI: Speed Controller Droop Signal Source / Droop Sig S490

CI: Speed Controller Integral Component Setting Value Signal Source490

CI: RFG Input Signal for Limiting after RFG / RFG Lim Inp Sig491

CI: RFG Signal Source for Negative Limiting after RFG491

CI: RFG Signal Source for Valuation Factor 1 / RFG Val_F 1 Sig S491

CI: Setpoint Processing Signal Source for RFG Setpoint491

BI: RFG Parameter Set 2 Selection Signal Source / RFG Par S 2 Sig S492

BI: RFG Parameter Set 3 Selection Signal Source / RFG Par S 3 Sig S492

CI: RFG Signal Source for Setting Value / RFG Set Val Sig S492

BI: Bypass Ramp-Function Generator Signal Source / Bypass RFG Sig S493

BI: RFG Signal Source for Accepting Setting Value / RFG Accept Set V493

CI: Setpoint Processing Sig Source for Neg Limiting of Main Setpoint493

CI: Setpoint Processing Sig Source for Pos Limiting of Main Setpoint493

BI: RFG Signal Source for Ramp-Up Integrator Enable494

BI: RFG Tracking Activation Signal Source / RFG Trck Act Sig S494

CI: Setpoint Processing Signal Source for Additional Setpoint494

CI: Setpoint Processing Signal Source for Main Setpoint / M Set Sig S494

CI: RFG Signal Source for Setting Value with OFF1495

CI: RFG Tracking Signal Sources / RFG Track Sig S495

BI: Motorized Potentiometer Signal Source to Increase Setpoint496

BI: Motorized Potentiometer Signal Source to Lower Setpoint496

BI: Setpoint Processing Sig Source to Enable Neg dir of Rotation496

BI: Setpoint Processing Signal Source to Enable Pos dir of Rotation496

BI: Fixed Setpoint Signal Source for Connector Selection 0497

BI: Fixed Setpoint Signal Source for Connector Selection 1497

BI: Speed Controller Droop Enable / Droop Enable497

BI: Speed Controller Signal Source for Master/Slave Drive497

BI: Cl-Loop Field Curr Ctrl Sig Source for Inject of Standst Field498

BI: EMF Controller Enable Signal Source / EMF Ctr Ena Sig S498

BI: Sequence Control Line Contactor Feedback / Line Cont Feedb498

BI: Torque Limiting Signal Source to Enable Changeover498

BI: Enable for Inertia Compensation / Inert Comp Ena499

BI: Signal Source for Setting Speed Controller Integral Component499

BI: Signal Source for Speed Controller PI/P Controller Changeover499

BI: Signal Source for Stop Speed Controller Integral Component499

CUD Analog Input 0 Offset / CUD AI 0 Offs500

CUD Analog Input 0 Scaling / CUD AI 0 Scal500

CUD Analog Input 0 Signal Processing / CUD AI 0 Sig Proc500

CUD Analog Input 0 Type / CUD AI 0 Type500

BI: CUD Analog Input 0 Inversion / CUD AI 0 Inv501

BI: CUD Analog Input 0 Signal Source for Enable501

CUD Analog Input 0 Simulation Setpoint / CUD AI 0 Sim Setp501

CUD Analog Input 0 Smoothing Time Constant / CUD AI 0 T501

CUD Analog Input 0 Simulation Selection / CUD AI 0 Sim Sel502

CUD Analog Input 1 Scaling / CUD AI 1 Scal502

CUD Analog Input 1 Type / CUD AI 1 Type502

BI: CUD Analog Input 1 Inversion / CUD AI 1 Inv503

CUD Analog Input 1 Offset / CUD AI 1 Offs503

CUD Analog Input 1 Signal Processing / CUD AI 1 Sig Proc503

CUD Analog Input 1 Smoothing Time Constant / CUD AI 1 T503

BI: CUD Analog Input 1 Signal Source for Enable / CUD AI 1 Ena Sig S504

CUD Analog Input 1 Simulation Selection / CUD AI 1 Sim Sel504

CUD Analog Input 1 Simulation Setpoint / CUD AI 1 Sim Setp504

CUD Analog Input 2 Scaling / CUD AI 2 Scal504

BI: CUD Analog Input 2 Inversion / CUD AI 2 Inv505

CUD Analog Input 2 Offset / CUD AI 2 Offs505

CUD Analog Input 2 Signal Processing / CUD AI 2 Sig Proc505

CUD Analog Input 2 Smoothing Time Constant / CUD AI 2 T505

CUD Analog Input 2 Simulation Selection / CUD AI 2 Sim Sel506

CUD Analog Input 2 Simulation Setpoint / CUD AI 2 Sim Setp506

Fast Analog Inputs Scaling / Fast AI Scal506

BI: Fast Analog Inputs Inversion / Fast AI Inv507

Fast Analog Inputs Offset / Fast AI Offs507

Fast Analog Inputs Signal Processing / Fast AI Sig507

Fast Analog Inputs Smoothing Time Constant / Fast AI T507

BI: Signal Source to Enable Fast Analog Inputs / Fast AI Ena Sig S508

Fast Analog Inputs Setpoint Simulation / Fast AI Sim Setp508

Fast Analog Inputs Simulation Selection / Fast AI Sim Sel508

Analog Input Main Actual Value Offset / AI M Act Offs509

Analog Input Main Actual Value Scaling / AI M Act Scal509

Analog Input Main Actual Value Signal Processing / AI M Act Sig509

BI: Analog Input Main Actual Value Inversion / AI M Act Inv509

Analog Input Main Actual Value Simulation Selection510

Analog Input Main Actual Value Smoothing Time Constant / AI M Act T510

BI: Signal Source to Enable Analog Input Main Actual Value510

CI: CUD Analog Output 0 Signal Source / CUD AO 0 Sig S510

CUD Analog Output 0 Offset / CUD AO 0 Offs511

CUD Analog Output 0 Scaling / CUD AO 0 Scal511

CUD Analog Output 0 Signal Processing / CUD AO 0 Sig Proc511

CUD Analog Output 0 Smoothing Time Constant / CUD AO 0 T511

CI: CUD Analog Output 1 Signal Source / CUD AO 1 Sig S512

CUD Analog Output 1 Scaling / CUD AO 1 Scal512

CUD Analog Output 1 Signal Processing / CUD AO 1 Sig Proc512

CUD Analog Output 1 Smoothing Time Constant / CUD AO 1 T512

CUD Analog Output 1 Offset / CUD AO 1 Offs513

CUD Digital Inputs Simulation Selection / CUD DI Sim Sel513

CUD Digital Inputs Simulation Setpoint / CUD DI Simul Setp513

BI: CUD Digital Output 0 Signal Source / CUD DO 0 Sig S514

BI: CUD Digital Output 1 Signal Source / CUD DO 1 Sig S514

BI: CUD Digital Output 2 Signal Source / CUD DO 2 Sig S514

CUD Digital Outputs Inversion / CUD DO Inv514

CUD Digital Output 0 Delay Time / CUD DO 0 T_Del515

CUD Digital Output 1 Delay Time / CUD DO 1 T_Del515

CUD Digital Output 2 Delay Time / CUD DO 2 T_Del515

CUD Digital Output 3 Delay Time / CUD DO 3 T_Del515

BI: CUD Digital Input/Output 4 Signal Source / CUD DI/DO 4 Sig S516

BI: CUD Digital Input/Output 5 Signal Source / CUD DI/DO 5 Sig S516

BI: CUD Digital Input/Output 6 Signal Source / CUD DI/DO 6 Sig S516

BI: CUD Digital Input/Output 7 Signal Source / CUD DI/DO 7 Sig S516

CUD Digital Input/Output 4 Delay Time / CUD DI/DO 4 T_Del517

CUD Digital Input/Output 5 Delay Time / CUD DI/DO 5 T_Del517

CUD Digital Input/Output 6 Delay Time / CUD DI/DO 6 T_Del517

CUD Digital Input/Output 7 Delay Time / CUD DI/DO 7 T_Del517

CUD Digital Inputs/Outputs Type / CUD DI/DO Typ518

P2P if Baud Rate / P2P Baud Rate518

P2P if Number of Data Words / P2P Num Words518

P2P if Operating Mode / P2P Op Mode518

CI: P2P if Transmit Data Signal Source / P2P Tr Data Sig S519

P2P if Telegram Monitoring Time / P2P T_Telegr Mon519

P2P/CCP Bus Terminator / P2P/CCP Bus Term519

BI: P2P if Signal Source for Triggering F60012 / P2P F60012 Sig S520

P2P/CCP Diagnostics / P2P/CCP Diag520

BI: P2P if Receive Enable Signal Source / P2P Recv Ena Sig S521

BI: P2P if Transmit Enable Signal Source / P2P Tr Ena Sig S521

P2P if Transmit Data Display / P2P Tr Data Disp521

PPI/USS Bus Terminator / PPI/USS Bus Term521

Armature Power Unit Compensation Values / PU Arm Comp Val522

Electronic Power Supply Failure Duration / Electr Supp T_Fail522

Electronic Power Supply Voltage Display / Electr Supp V Disp522

Field Power Unit Compensation Values / PU Field Comp Val522

CUD Compensation Values / CUD Calib. Val523

Internal Diagnostics / Int Diag523

Thyristor Diagnostics Mode / Thyr_Diag Mode524

Device Fan Test / Dev Fan Test525

Diagnostics Memory Copy Recording File to Memory Card / Copy Diag File525

Diagnostics Memory Trace Control Word / Trace STW525

Diagnostics Memory Message Number / Diag_Mem Msg_No526

Gating Module Serial Number / Gate_Mod Ser_No.526

Reset Thyristor Load Data / Thyr_Load Reset526

Voltage Sensing Communication Error Counter / V_Sens Comm_Err526

Control Blocks Activation / Ctrl Blocks Act527

Field Module Part Number / Field Mod Part No.527

Field Module Serial Number / Field Mod Ser No.527

Gating Module Part Number / Gat_Mod Part No.527

Device Fan Operating Hours Display / Dev_Fan H Disp528

Device Fan Service Life / Dev_Fan Serv Life528

Behavior of the Fan Control / Behavior Fan Ctrl529

BI: Binector-Connector Converter Signal Source / Bin/Con Sig S529

Device Fan Reset Operating Hours / Dev_Fan Reset H529

CCP Serial Number / CCP Ser No.530

CCP Software Version / CCP SW Version530

Invert Binector-Connector Converter Signals / Bin/Con Sig Inv530

CCP Order Number / CCP Order No.531

CCP Rated Current / CCP I_Rated531

CCP Rated Supply Voltage / CCP V_Rated531

CO/BO: CCP State / CCP State531

CCP Chopper Voltage Setpoint Response Threshold Upper532

CCP Turn-Off Capacitors Pre-Charging Voltage Setpoint532

CO: CCP I2T Value Voltage Limiting Chopper 1532

CO: CCP I2T Value Voltage Limiting Chopper 2532

CCP Test Turn-Off Command / CCP Turn-Off Cmnd533

CO/BO: CCP Command / CCP Command533

Commutation Monitoring Control Word533

Armature Commutating Inductance / Arm Lk534

Armature Inductance Reduction Factor / L_Armat Red Fact534

Interphase Inductance in 12-Pulse Operation534

Interphase Inductance Reduction Factor / L_Intph Red Fact534

BI: Setpoint Processing Reduction Signal Source / Red Sig S535

Field Inductance Reduction Factor / L_Field Red Fact535

Interphase Resistance in 12-Pulse Operation / R_Intph 12-Pulse535

Short-Circuit Voltage Uk, Per Unit / V_Sh-Cct Uk P.u.535

BI: Signal Source for Switching on Line Contactor / Line Cont on Sig S536

E Stop Response / E Stop Response536

LOCAL Mode Enable Behavior / LOCAL Enab Behav536

Setpoint Processing Reduction Factor / Red Factor536

CI: Speed Controller Start Pulse Positive Signal Source537

Speed Controller Start Pulse Negative Factor / Start Pul Neg Fact537

Speed Controller Start Pulse Negative Setpoint / Start Pul Neg Set537

Speed Controller Start Pulse Positive Setpoint / Start Pul Pos Set537

BI: Signal Source for Master Switch Setpoint Step S2538

BI: Signal Source for Master Switch Travel Command 1538

BI: Signal Source for Master Switch Travel Command 2538

BI: Speed Controller Start Pulse Pos/Neg Changeover Signal Source538

BI: Signal Source for Master Switch Setpoint Step S4 /539

Master Switch Setpoint Step S1 Value / Set Step S1 Value539

Master Switch Setpoint Step S2 Value / Set Step S2 Value539

Master Switch Setpoint Step S3 Value / Set Step S3 Value539

BI: Signal Source for Binector Recorder Function540

CI: Signal Source for Connector Recorder Function540

Recorder Function Channel Selection / Rec Fct Sel540

Recorder Function Recording Interval / Rec Fct T_Rec540

Fault Message Response Delay Time / F Delay_Time541

Recorder Function Number of Entries / Rec Fct Num Ent541

Recorder Function Save Interval / Rec Fct T_Save541

Start/Stop Recorder Function / Rec Fct Startstop541

BI: Topology Switchover Feedback Signal Source / Top_Sw Fdbk S_Src542

BI: Topology Switchover Signal Source / Top_Switch S_Src542

Topology Switchover Feedback Signal Duration542

Topology Switchover Feedback Signal Stabilization Time542

Sequential Phase Control Switch-On Threshold/Hysteresis543

Topology Switchover Power Unit Topology Position 2543

Armature Converter Mode of Operation544

Armature Converter Voltage Diode Bridge544

Parallel Interface Number of Transmit Data / Par if Num Tr Data545

Power Unit Topology Position / PU Topo Pos545

CI: Parallel Interface Slave Transmit Data / PI Slave Tr Data546

Parallel Interface Activation of Redundancy Mode / Par if Redund Mod546

Parallel Interface Number of Power Units / Par_If PU Qty546

Parallel Interface Bus Address / Par if Bus Addr547

Parallel Interface Bus Terminator / Par if Bus Term547

Parallel Interface Telegram Monitoring Failure Time547

BI: Parallel Interface Signal Source for F60014 / P if F60014 Sig S548

Parallel Interface Activity Display / Par if Act Disp548

Parallel Interface Diagnostic Information / Par if Diag Info548

Parallel Interface CAN Diagnostic Information / PI CAN Diag Info549

Parallel Interface Transmit Data Display / PI Trans Data Disp549

CI: Parallel Interface Master Transmit Data / PI Master Tr Data550

Parallel Interface Number of Devices / Par_If Device Qty550

Armature Rated Supply Voltage / Arm V_Rated551

External Voltage Transformer Transformation Ratio / V Transf Ext Ratio551

Measurement Cable Connection / Meas Cab Conn551

Armature Rated Direct Current / Arm I_Rated552

Current Transformer Configuration / I_Transf Config552

Load Voltage at Armature Rated Current / V_Load Ia_Rated552

Power Unit Type / PU Typ552

Armature Current Converter Firing Pulse Chopping Times553

Heat Sink Temperature Sensor Type / Htsk Temp Type553

Heat Sink Temperature Threshold / Htsk Temp Thresh553

External Fault Mode / Ext F Mode554

Fan Monitoring Configuration / Fan Mon Config554

Fuse Monitoring Activation / Fuse Mon Act554

BI: Signal Source for Device Fan Relay Output / Fan Relay Sig S555

Delay Times for Device Fan Monitoring / Fan Mon T_Del555

External Field Monitoring / Ext Field Monit555

Field Device External Rated Direct Current / I_Rated Ext555

Auto-Reversing Stage Simulation Mode / Auto-Rev Simul556

Line Zero Crossings Offset Angle Fixed / Line Offset Fixed556

Line Zero Crossings Offset Angle Thyristor Pair-Dependent Factor556

CI: Line Zero Crossings Offset Angle Thyristor Pair-Dependent S_Src557

Current Actual Value Sensing Analog Input Configuration557

Current Actual Value Sensing Analog Input Voltage at Rated Ia557

Armature Voltage Sensing Analog Input Reference Voltage558

Armature Voltage Sensing Configuration / Va_Sens Config558

Capacitance of the DC Link Capacitor / Capac_Dclink558

CI: Capacitance of the DC Link Capacitor Signal Source559

CO: Fixed Value 0 % / Fix Val 0%559

CO: Fixed Value 100 % / Fix Val 100%559

CO: Fixed Value 200 % / Fix Val 200%559

CO: Fixed Value -200 % / Fix Val -200%560

CO: Fixed Value -50 % / Fix Val -50%560

CO: Fixed Value 150 % / Fix Val 150%560

CO: Fixed Value 50 % / Fix Val 50%560

CO: CUD Analog Input Main Actual Value / CUD AI M Act561

CO: CUD Analog Input Main Actual Value Raw Value561

CO: CUD Analog Input Main Setpoint / CUD AI M Set561

CO: CUD Analog Input Main Setpoint Raw Value561

CO: CUD Analog Input 3 Raw Value / CUD AI 3 Raw562

CO: CUD Analog Input Select Input 1 / CUD AI Sel 1562

CO: CUD Analog Input Select Input 2 / CUD AI Sel 2562

CO: CUD Analog Input Select Input 2 Raw Value / CUD AI Sel 2 Raw562

CO: CUD Analog Input 4 Raw Value / CUD AI 4 Raw563

CO: CUD Analog Input 4 Result / CUD AI 4 Res563

CO: CUD Analog Input 5 Result / CUD AI 5 Res563

CO: CUD Analog Input 6 Raw Value / CUD AI 6 Raw563

CO: CUD Analog Input 6 Result / CUD AI 6 Res564

CO: CUD Analog Output 0 Value after Smoothing564

CO: CUD Analog Output 1 Value after Smoothing / CUD AO 1 V Aft Sm564

CO: Ramp-Function Generator Braking Distance (Unsigned32)564

CO: Motor Temperature Output / Mot Temp Outp565

CO: Ramp-Function Generator Braking Distance (Floatingpoint32)565

CO: Temperature Sensor Display / Temp Sensor Disp565

CO: Armature Current Flow Duration / Arm I_Flow Dur566

CO: Armature Firing Angle after Limiting / Fir Ang Aft Lim566

CO: Armature Firing Angle before Limiting / Fir Ang Bef Lim566

CO: Cl-Loop Arm Curr Ctrl Prectr Value + Arm Curr Controller Output566

CO: Arm Curr Act Val Averaged over 6 Cycles with Reference to Motor567

CO: Armature Current Increase / Arm I_Incr567

CO: Phase Currents Rms Value / I_Phase Rms567

Torque Direction Requested / Tqe dir Requ567

CO: Armature Current Actual Value Averaged over 6 Cycles568

CO: Cl-Loop Arm Curr Control Curr Controller Outp Integral Comp568

CO: Cl-Loop Arm Curr Control Curr Controller Outp Proportional Comp568

CO: Cl-Loop Arm Curr Control Curr Controller Output / Ia Ctr Outp568

CO: Armature Current Actual Value Averaged over 1 Cycle569

CO: Armature Current Actual Value Internal Absolute Value569

CO: Armature Current Actual Value Internal Signed569

CO: Cl-Loop Arm Curr Control Curr Controller Actual Value Abs Value569

CO: Cl-Loop Arm Curr Control Curr Controller Setpoint570

CO: Closed-Loop Armature Current Control Pre-Control Output570

CO: Curr Limitation Arm Curr Setpoint before Red Gearbox Stressing570

CO: EMF Actual Value Armature Current Pre-Control570

CO: Active Power for a Pure Ohmic Load571

CO: Armature Current Actual Value Rms Value / Ia_Act Rms571

CO: Armature Voltage Rms Value / Ua_Act Rms571

CO: Curr Limitation Arm Curr Setpoint Aft Reduced Gearbox Stressing571

CO: Current Limitation Maximum Negative Armature Current Limit572

CO: Current Limitation Minimum Positive Armature Current Limit572

CO: I2T Monitoring Armature Current Setpoint after Limitation572

CO: N-Dependent Current Limitation Armature Current Setpoint Limit572

CO: Current Limitation Default for Torque Direction II573

CO: Speed Limiting Controller Curr Controller Setp before Limitation573

CO: Speed Limiting Controller Lower Torque Limit Effective573

CO: Speed Limiting Controller Upper Torque Limit Effective573

CO: Armature Current Actual Value Sensing Torque Actual Value574

CO: Torque Limiting Armature Torque Limit Min Pos574

CO: Torque Limiting Torque Setpoint / Tqe Lim Set574

CO: Torque Limiting Torque Setpoint after Limiting / T Lim Set Aft Lim574

CO: Speed Controller Torque Setpoint / N_Ctr Tq Set575

CO: Torque Actual Value in Relation to P50100 * P50102 / Tqe Act Ref575

CO: Torque Limiting Setpoint before Limiting (with Add_S)575

CO: Torque Limiting Setpoint before Limiting (Without Add_S)575

CO: Lead/Lag Element Output Value / Lead/Lag Output576

CO: Speed Controller Reference Model Output / N_Ctrl Ref Outp576

CO: Speed Controller Reference Model Setpoint-Actual Val Difference576

CO: Speed Controller Setpoint/Actual Value Difference Output576

CO: Speed Controller Integral Component Output Value577

CO: Speed Controller Proportional Component Output Value577

CO: Speed Controller Setpoint/Actual Value Difference577

CO: Derivative-Action Element Negative Output Value / D Elem Neg Outp578

CO: Derivative-Action Element Output Value / D Elem Outp578

CO: RFG Speed Setpoint after Limiting / RFG N_Set Aft Lim578

CO: Speed Controller Actual Value Selection / Act Sel578

CO: Friction Compensation Output Value / Fric Comp Outp579

CO: Inertia Compensation Output Value / Inert Comp Outp579

CO: Speed Controller Droop Output Value / Droop Outp Val579

CO: Speed Controller Setpoint Smoothed / N_Ctr Set Smooth579

CO: Band-Stop 2 Output Value / Band-St 2 Outp580

CO: RFG Effective Negative Setpoint Limit / RFG Set Lim Neg580

CO: RFG Effective Positive Setpoint Limit / RFG Set Lim Pos580

CO: Speed Controller Actual Value Smoothed / N_Ctr Act Sm580

CO: Setpoint Processing Main Setpoint Lim Neg Default 0581

CO: Setpoint Processing Main Setpoint Lim Neg Default 1581

CO: Setpoint Processing Main Setpoint Lim Neg Default 2581

CO: Setpoint Processing Main Setpoint Lim Neg Default 3581

CO: RFG Dy/Dt Rise in Relation to P50542 / RFG Dy/Dt P50542582

CO: RFG Setpoint before Ramp-Function Generator582

CO: RFG Speed Setpoint Output / RFG N_Set Outp582

CO: Setpoint Processing Output to Ramp-Function Generator582

CO: Setpoint Processing Main Setpoint before Limiting583

CO: Setpoint Processing Main Setpoint Lower Limit Effective583

CO: Setpoint Processing Main Setpoint Upper Limit Effective583

CO: Setpoint Processing Setpoint before Reduction583

CO: Creep Setpoint Output after Selection / Cr Set Outp584

CO: Fixed Setpoint Output / Fix Set Outp584

CO: Jog Setpoint Output / Jog Set Outp584

CO: Oscillation Square-Wave Generator Setpoint / Oscill Sq-W Gen584

CO: Fixed Setpoint Output after AOP30 / Fix Set Outp AOP585

CO: Fixed Setpoint Output after Selection / Fix Set Outp585

CO: Oscillation Output after Selection / Oscil Outp Aft Sel585

CO: RFG Positive Limiting Inverted after RFG / RFG Pos Lim Inv585

CO: Field Firing Angle after Limiting / Fir Ang Aft Lim586

CO: Motorized Potentiometer Output / Motp Outp586

CO: Motorized Potentiometer Output Dy/Dt / Motp Outp Dy/Dt586

CO: Motorized Potentiometer Setpoint / Motp Set586

CO: Cl-Loop Field Curr Control Curr Controller Integral Comp587

CO: Cl-Loop Field Curr Control Curr Controller Proportional Comp587

CO: Cl-Loop Field Curr Ctrl Prectr and Field Curr Controller Output587

CO: Closed-Loop Field Current Control Current Controller Output587

CO: Cl-Loop Field Curr Ctrl Current Controller Actual Value588

CO: Closed-Loop Field Current Control Current Controller Setpoint588

CO: Closed-Loop Field Current Control Pre-Control Output588

CO: Field Current Actual Value Internal Absolute Value588

CO: EMF Controller Pre-Control and Controller Output after Selection589

CO: Field Current Setpoint Limiting Lower Limit Output589

CO: Field Current Setpoint Limiting Output after Limiting589

CO: Field Current Setpoint Limiting Output before Limiting589

CO: EMF Controller Integral Component Output590

CO: EMF Controller Output / EMF Ctr Outp590

CO: EMF Controller Pre-Control and Controller Output590

CO: EMF Controller Setpoint/Actual Value Difference590

CO: Average Absolute Value of EMF Actual Value591

CO: Average EMF Actual Value / EMF Act Avg591

CO: EMF Controller Actual Value / EMF Ctr Act591

CO: EMF Controller Setpoint/Actual Value Difference after Droop591

CO: Armature Voltage Actual Value Absolute Value / Ua Act Abs592

CO: Armature Voltage Signed Actual Value / Ua Act Signed592

CO: Closed-Loop Field Current Control Motor Flux Output592

CO: EMF Controller Setpoint Absolute Value / EMF Ctr Set Abs592

CO: EMF Setpoint Reduction Output / EMF Setp_Red Outp593

CO: Field Voltage Actual Value Absolute Value / Uf Act Abs593

CO: Field Voltage Actual Value Signed / Uf Act Val Sign593

CO: Output Voltage of the Thyristor Bridge (1C/1D) / U_Out 1C/1D593

CO: Armature Line Voltage U-V / Arm V_Line U-V594

CO: Armature Line Voltage V-W / Arm V_Line V-W594

CO: Armature Line Voltage W-U / Arm V_Line W-U594

CO: Load Connection Supplementary Current Setpoint Output594

CO: Armature Line Frequency / Arm F_Line595

CO: Average Armature Line Voltage / Arm V_Line Avg595

CO: Average Motor Power Supplied / Mot P Supp Avg595

CO: Calculated Motor Temperature Rise / Calc Mot Temp Rise595

CO: Armature Current Control Counter EMF Ratio / V_Counter_Ratio596

CO: Current Actual Value of the Parallel Power Units596

CO: Field Line Frequency / Field F_Line596

CO: I2T Thyristor Temperature Rise of the Parallel Power Units596

CO: Adaptation Armature Current Control Output597

CO: Adaptation Field Current Control Output / Adapt If_Ctrl Outp597

CO: Fixed Value 1 / Fix Val 1597

CO: Fixed Value 2 / Fix Val 2597

CO: Fixed Value 4 / Fix Val 4598

CO: Fixed Value 5 / Fix Val 5598

CO: Fixed Value 6 / Fix Val 6598

CO: Fixed Value 7 / Fix Val 7598

CO: Fixed Value 10 / Fix Val 10599

CO: Fixed Value 11 / Fix Val 11599

CO: Fixed Value 12 / Fix Val 12599

CO: Fixed Value 9 / Fix Val 9599

CO: Fixed Value 14 / Fix Val 14600

CO: Fixed Value 15 / Fix Val 15600

CO: Fixed Value 16 / Fix Val 16600

CO: Speed Controller Start Pulse Positive Setpoint / Start Pul Pos Set600

CO: Master Switch Setpoint Output / Set Outp601

CO: P2P if Receive Data Word 1 / P2P Recv 1601

CO: Speed Controller Start Pulse Negative Setpoint / Start Pul Neg Set601

CO: Speed Controller Start Pulse Output Value / Start Pul Outp Val601

CO/BO: P2P if Receive Data Word 1 Bit by Bit / P2P Recv 1 Bbb602

CO: P2P if Receive Data Word 3 / P2P Recv 3602

CO: P2P if Receive Data Word 4 / P2P Recv 4602

CO: P2P if Receive Data Word 5 / P2P Recv 5602

CO/BO: P2P if Receive Data Word 2 Bit by Bit / P2P Recv 2 Bbb603

CO/BO: P2P if Receive Data Word 3 Bit by Bit / P2P Recv 3 Bbb603

CO/BO: P2P if Receive Data Word 4 Bit by Bit / P2P Recv 4 Bbb604

CO/BO: P2P if Receive Data Word 5 Bit by Bit / P2P Recv 5 Bbb604

CO/BO: Binector-Connector Converter Output / Bin/Con Outp605

CO: Parallel Interface Master Receive Data Word by Word605

CO: Parallel Interface Slave 1 Receive Data Word by Word606

CO: Parallel Interface Slave 2 Receive Data Word by Word606

CO: Parallel Interface Slave 3 Receive Data Word by Word607

CO: Parallel Interface Slave 4 Receive Data Word by Word607

CO: Parallel Interface Slave 5 Receive Data Word by Word608

CO: Parallel Interface Slave 6 Receive Data Word by Word608

CO: Parallel Interface Slave 7 Receive Data Word by Word609

CO: Parallel Interface Slave 8 Receive Data Word by Word609

CO: Parallel Interface Slave 10 Receive Data Word by Word610

CO: Parallel Interface Slave 9 Receive Data Word by Word610

CO: Parallel Interface Slave 11 Receive Data Word by Word611

CO: Parallel Interface Slave 12 Receive Data Word by Word611

CO: Parallel Interface Slave 13 Receive Data Word by Word612

CO: Parallel Interface Slave 14 Receive Data Word by Word612

CO: Parallel Interface Slave 15 Receive Data Word by Word613

CO: Parallel Interface Slave 16 Receive Data Word by Word613

CO/BO: Parallel Interface Master Receive Word 1 Bit by Bit614

CO/BO: Parallel Interface Slave 1 Receive Word 1 Bit by Bit614

CO/BO: Parallel Interface Slave 2 Receive Word 1 Bit by Bit615

CO/BO: Parallel Interface Slave 3 Receive Word 1 Bit by Bit615

CO/BO: Parallel Interface Slave 4 Receive Word 1 Bit by Bit616

CO/BO: Parallel Interface Slave 5 Receive Word 1 Bit by Bit616

CO/BO: Parallel Interface Slave 6 Receive Word 1 Bit by Bit617

CO/BO: Parallel Interface Slave 7 Receive Word 1 Bit by Bit617

CO/BO: Parallel Interface Slave 8 Receive Word 1 Bit by Bit618

CO/BO: Parallel Interface Slave 9 Receive Word 1 Bit by Bit618

CO/BO: Parallel Interface Slave 10 Receive Word 1 Bit by Bit619

CO/BO: Parallel Interface Slave 11 Receive Word 1 Bit by Bit619

CO/BO: Parallel Interface Slave 12 Receive Word 1 Bit by Bit620

CO/BO: Parallel Interface Slave 13 Receive Word 1 Bit by Bit620

CO/BO: Parallel Interface Slave 14 Receive Word 1 Bit by Bit621

CO/BO: Parallel Interface Slave 15 Receive Word 1 Bit by Bit621

CO/BO: Parallel Interface Slave 16 Receive Word 1 Bit by Bit622

CO: Optimization Run Output 0 / Opt Run Outp 0622

CO: Sequence Control Operating State622

CO: Optimization Run Output 1 / Opt Run Outp 1623

CO: Optimization Run Output 2 / Opt Run Outp 2623

CO: Optimization Run Output 3 / Opt Run Outp 3623

CO: Optimization Run Output 4 / Opt Run Outp 4623

CO: Measurement Results ASIC 2 Raw Values624

CO: Armature Current/Field Current Scan Values625

CO: Armature Voltage/Field Voltage Scan Values625

CO: Line Voltages Scan Values / V_Line Sc Values625

CO: Measurement Results Current Actual Values Raw Values625

Armature Line Zero Crossings Deviation626

CO: Thyristor Blocking Voltages Scan Values626

Field Line Zero Crossings Deviation626

Line Analysis Armature Line Phase Offset626

CO: Line Analysis Armature Line Zero Crossing Negative Phase UV627

CO: Line Analysis Armature Line Zero Crossing Positive Phase UV627

CO: Line Analysis Armature Line Zero Crossing Positive Phase VW627

Line Analysis Field Line Phase Offset / Field Line Ph Offs627

CO: Line Analysis Armature Line Zero Crossing Negative Phase WU628

CO: Line Analysis Armature Line Zero Crossing Positive Phase WU628

CO: Line Analysis Field Line Zero Crossing Negative Phase F628

CO: Line Analysis Field Line Zero Crossing Positive Phase F628

Cause of the Torque Direction / Cause M_Dir629

Armature Current Zero Current Signal / Ia I=0 Signal630

Thyristor Code / Thyr_Code630

CO/BO: CUD Digital Inputs, Status / CUD DI Status631

CO/BO: CUD Digital Outputs Status / CUD DO Status631

CO/BO: CUD Digital Outputs Overload Monitoring632

CO/BO: Speed Messages / N Messages632

CO/BO: CUD Analog Inputs Wire Break Message633

CO/BO: Field Current Messages / if Messages633

CO/BO: Line Contactor State / Line Cont State633

CO/BO: Sequence Control Line Contactor Control633

CO/BO: E Stop Status / E Stop Stat634

CO/BO: Motor Control Checks / Mot Mon State634

CO/BO: Motor Interface Temperature Monitoring State634

CO/BO: Device Fan State / Dev Fan State635

CO/BO: Fan and External Fault / Fan Ext F635

Device Fan Present / Device_Fan Pres635

CO/BO: Line State / Line State636

CO/BO: Thyristor State / Thyr State636

CO/BO: Power Unit I2T State / PU I2T State637

CO/BO: Power Unit Properties / PU Properties637

CO/BO: Thyristor Blocking State / Thyr Block State637

CO/BO: Current Limitation State / Ia Lim State638

CO/BO: Setpoint Processing Control Word / Set Proc STW638

CO/BO: Speed Controller Enable / N_Ctr Ena638

CO/BO: Speed Limiting Controller/Torque Limiting State638

CO/BO: Armature Auto-Reversing Stage State / Arm Stage State639

CO/BO: RFG State / RFG State639

CO/BO: Armature Current State / Ia State640

CO/BO: Field Auto-Reversing Stage State / Field Stage State640

CO/BO: Field Current Setpoint Limiting State / if Lim State640

CO/BO: Field Reversal Contactor Signals / Field Rev Cont Sig640

CO/BO: Fuses at X23B State / Fuses X23B641

CO/BO: Motorized Potentiometer State / Motp State641

CO/BO: Sequence Control Output Signals / Seq_Ctrl Outp_Sig641

CO/BO: Fuses at X23C State / Fuses X23C642

CO/BO: Fuses at X23D State / Fuses X23D642

CO/BO: Fuses at X23E State / Fuses X23E642

CO/BO: Fixed Bit 0 ... 7 / Fix Bit 0...7643

CO/BO: Fuses at X23F State / Fuses X23F643

CO/BO: P2P if Telegram Monitoring State / P2P Telegr Mon644

CO/BO: Parallel Interface Master/Slave State / Par if Ma/Sl State644

CO/BO: Parallel Interface Telegram Monitoring State644

CO/BO: Topology Switchover Command / Top_Sw Command644

PROFINET IP of Station / PN IP of Station645

PROFINET Name of Station / PN Name of Station645

Parameters for Command Data Sets (CDS)646

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