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SINAMICS G130

AOP30 Advanced Operator Panel

Operating instructions · 03/2012

SINAMICS

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Summary of Contents for Siemens SINAMICS G130

  • Page 1
    SINAMICS G130 AOP30 Advanced Operator Panel Operating instructions · 03/2012 SINAMICS…
  • Page 3
    ___________________ The AOP30 operator panel Safety information ___________________ General ___________________ Mechanical installation SINAMICS ___________________ Connection SINAMICS G130 ___________________ Control via the operator The AOP30 operator panel panel ___________________ Maintenance and servicing Operating Instructions ___________________ Technical specifications Control version V4.5 03/2012…
  • Page 4
    Note the following: WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.

  • Page 5: Table Of Contents

    Table of contents Safety information……………………….5 Warnings ……………………….5 Safety and application instructions ………………..6 Components that can be destroyed by electrostatic discharge (ESD) ……….7 General…………………………9 Mechanical installation……………………..11 Connection ………………………… 15 Control via the operator panel……………………19 Operator panel (AOP30) overview and menu structure …………..19 Menu: Operation screen ………………….21 Menu: Parameterization…………………..22 Menu: Fault/alarm memory ………………….24…

  • Page 6
    Table of contents The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 7: Safety Information

    Safety information Warnings WARNING Hazardous voltages are present when electrical equipment is in operation. Severe personal injury or substantial material damage may result if these warnings are not observed. Only qualified personnel are permitted to work on or around the equipment. This personnel must be thoroughly familiar with all the warnings and maintenance procedures described in these operating instructions.

  • Page 8: Safety And Application Instructions

    The operating manual and machine documentation are written in different languages as specified in the delivery contracts. Note We recommend engaging the support and services of your local Siemens service center for all planning, installation, commissioning and maintenance work. The AOP30 operator panel…

  • Page 9: Components That Can Be Destroyed By Electrostatic Discharge (Esd)

    Safety information 1.3 Components that can be destroyed by electrostatic discharge (ESD) Components that can be destroyed by electrostatic discharge (ESD) CAUTION The board contains components that can be destroyed by electrostatic discharge. These components can be easily destroyed if not handled properly. If you do have to use electronic boards, however, please observe the following: •…

  • Page 10
    Safety information 1.3 Components that can be destroyed by electrostatic discharge (ESD) The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 11: General

    General Description The user-friendly AOP30 operator panel is an optional input/output device for SINAMICS G130 converters. The operator panel can be used for commissioning, operation, and diagnostic purposes. The AOP30 communicates with the SINAMICS drive via a serial interface (RS232) using the PPI protocol.

  • Page 12
    General The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 13: Mechanical Installation

    Mechanical installation The following diagrams and descriptions explain the conditions and procedures involved in the mechanical installation of the AOP30 operator panel. Figure 3-1 Dimension drawing of the AOP30 operator panel Installing the operator panel (cabinet door thickness: 2 mm) 1.

  • Page 14
    Mechanical installation Installing the operator panel (cabinet door thickness: 2 mm to 4 mm) The following images show the tensioning elements for the AOP30 operator panel for installation in cabinet doors (thickness: 2 mm to 4mm). Figure 3-2 Tensioning elements for the AOP30 operator panel for installation in cabinet doors (thickness: 2 mm to 4 mm) The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…
  • Page 15
    Mechanical installation 1. Cut out a 141.5 mm x 197.5 mm section in the cabinet door. 2. Fit the AOP30 operator panel in this cutout section from the outside. 3. Hook the tensioning elements into the openings provided. 4. Tighten the screws by hand to secure the tensioning elements. CAUTION Make sure that the screws for the tensioning elements are not too tight otherwise the operator panel housing may be damaged.
  • Page 16
    Mechanical installation The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 17: Connection

    Connection Interfaces Figure 4-1 AOP30 interfaces The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 18
    Connection X524: Power supply Table 4- 1 Power supply terminals Terminal Designation Technical data 24 V DC power supply Ground Max. connectable cross-section: 2.5 mm² Note Only a protective extra-low voltage of Class DVC A, (PELV) acc. to EN 61800-5-1 must be connected to the power supply.
  • Page 19
    Connection Connection The AOP30 is connected as follows: 1. Connect the power supply cable to the interface for the electronic power supply (X524). 2. Connect the standard cable to the serial RS232 interface (X540) of the Control Unit. Figure 4-2 Signal cable between the Control Unit and AOP30 CAUTION The connection cable to AOP30 may only contain the three contacts which are shown in…
  • Page 20
    Connection The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 21: Control Via The Operator Panel

    Control via the operator panel Operator panel (AOP30) overview and menu structure Description The operator panel can be used for the following activities: ● Parameterization (commissioning) ● Monitoring status variables ● Controlling the drive ● Diagnosing faults and alarms All the functions can be accessed via a menu. Your starting point is the main menu, which you can always call up using the yellow MENU key: Dialog screen for the main menu:…

  • Page 22
    Control via the operator panel 5.1 Operator panel (AOP30) overview and menu structure Menu structure of the operator panel Figure 5-1 Menu structure of the operator panel The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 23: Menu: Operation Screen

    Control via the operator panel 5.2 Menu: Operation screen Menu: Operation screen Description The operation screen displays the most important status variables for the drive unit: In the delivery condition, it displays the operating state of the drive, the direction of rotation, the time, as well as four drive variables (parameters) numerically and two in the form of a bar display for continuous monitoring.

  • Page 24: Menu: Parameterization

    You can adjust the device settings in the Parameterization menu. The drive software is modular. The individual modules are called DOs («drive objects»). The following DOs are available in the SINAMICS G130: General parameters for the Control Unit • CU: Drive control •…

  • Page 25
    Control via the operator panel 5.3 Menu: Parameterization Figure 5-3 Data set selection Explanation of the operator control dialog ● «Max» shows the maximum number of data sets parameterized (and thereby available for selection) in the drive. ● «Drive» indicates which data set is currently active in the drive. ●…

  • Page 26: Menu: Fault/Alarm Memory

    Control via the operator panel 5.4 Menu: Fault/alarm memory Menu: Fault/alarm memory When you select the menu, a screen appears containing an overview of faults and alarms that are present. For each drive object, the system indicates whether any faults or alarms are present. («Fault» or «Alarm»…

  • Page 27: Menu Commissioning / Service

    Control via the operator panel 5.5 Menu commissioning / service Menu commissioning / service 5.5.1 Drive commissioning This option enables you to re-commission the drive from the main menu. Basic Commissioning Only the basic commissioning parameters are queried and stored permanently. Complete commissioning Complete commissioning with motor and encoder data entry is carried out.

  • Page 28: Drive Diagnostics

    Control via the operator panel 5.5 Menu commissioning / service 5.5.3 Drive diagnostics Curve recorder The curve recorder provides a slow trace function, which can be used to monitor a signal trend. A signal selected by parameter is displayed in the form of a curve. Figure 5-4 Curve recorder The parameters to be displayed are selected and the graphic interpolation set via the menu…

  • Page 29: Aop Settings

    Control via the operator panel 5.5 Menu commissioning / service 5.5.4 AOP settings Control settings This defines the settings for the control keys in LOCAL mode (see «Operation / Control via the operator panel / Operation via the operator panel»). Display settings In this menu, you set the lighting, brightness, and contrast for the display.

  • Page 30
    Control via the operator panel 5.5 Menu commissioning / service The following image shows how the entries are assigned to the screen positions: Figure 5-6 Layout of the entries in the operation screen Lists of signals for the operating screen form The following tables list some of the main signals for the operation screen along with the associated reference variables and default settings for fast commissioning.
  • Page 31
    Control via the operator panel 5.5 Menu commissioning / service VECTOR object Table 5- 1 List of signals for the operation screen — VECTOR object Signal Parameters Short name Unit Scaling (100 %=…) See table below Factory setting (entry no.) Speed setpoint upstream of ramp-function r1114 NSETP…
  • Page 32
    Control via the operator panel 5.5 Menu commissioning / service Normalization for VECTOR object Table 5- 2 Normalization for VECTOR object Size Scaling parameter Default for quick commissioning Reference speed 100% = p2000 p2000 = Maximum speed (p1082) Reference voltage 100% = p2001 p2001 = 1000 V Reference current…
  • Page 33
    Control via the operator panel 5.5 Menu commissioning / service Setting for the synchronization: ● None (factory setting) The times for the AOP and drive unit are not synchronized. ● AOP -> Drive – If you activate this option, the AOP and drive unit are synchronized immediately whereby the current AOP time is transferred to the drive unit.
  • Page 34
    Control via the operator panel 5.5 Menu commissioning / service Normalization to motor current In this menu, the reference variable for the bar-type display of parameter r0027 (absolute current actual value smoothed) can be changed over in the operating screen forms. Normalization to motor current (factory setting: NO) ●…

  • Page 35: Aop30 Diagnosis

    Control via the operator panel 5.5 Menu commissioning / service 5.5.5 AOP30 diagnosis Software/database version You can use this menu to display the firmware and database versions. The database version must be compatible with the drive software status (you can check this in parameter r0018).

  • Page 36: Sprachauswahl/Language Selection

    Control via the operator panel 5.6 Sprachauswahl/Language selection Sprachauswahl/Language selection The operator panel downloads the texts for the different languages from the drive. You can change the language of the operator panel via the «Sprachauswahl/Language selection» menu. Note Additional languages for the display Languages in addition to the current available languages in the display are available on request.

  • Page 37: Local/Remote Key

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) 5.7.1 LOCAL/REMOTE key Activating the LOCAL mode: Press the LOCAL key. LOCAL mode: LED lights up REMOTE mode: LED does not light up: the ON, OFF, JOG, direction reversal, faster, and slower keys are not active.

  • Page 38: On Key / Off Key

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) 5.7.2 ON key / OFF key ON key: always active in LOCAL when the operator input inhibit is deactivated. OFF key: in the factory setting, acts as OFF1 = ramp-down at the deceleration ramp (p1121); when n = 0: voltage disconnection (only if a main contactor is installed) The OFF key is effective in the LOCAL mode and when the «OFF in REMOTE»…

  • Page 39: Jog

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) 5.7.4 Settings: MENU – Commissioning/Service – AOP settings – Control settings JOG key active (factory setting: No) ● Yes: The jog key is effective in the LOCAL mode in the state «ready to power-up» (not in «operation»).

  • Page 40: Aop Setpoint

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) 5.7.6 AOP setpoint Settings: MENU – Commissioning/Service – AOP Settings – Control Settings Save AOP setpoint (factory setting: no) ● Yes: In LOCAL mode, the last setpoint (once you have released the INCREASE or DECREASE key or confirmed a numeric entry) is saved.

  • Page 41: Timeout Monitoring

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) Settings: MENU – Commissioning/Service – AOP Settings – Control Settings Acknowledge error from the AOP (factory setting: yes) ● Yes: Errors can be acknowledged via the AOP. ●…

  • Page 42: Operator Input Inhibit / Parameterization Inhibit

    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) 5.7.8 Operator input inhibit / parameterization inhibit To prevent users from accidentally actuating the control keys and changing parameters, you can activate an operator input / parameters disable using a key pushbutton. Two key icons appear in the top right of the display when these inhibit functions are enabled.

  • Page 43
    Control via the operator panel 5.7 Operation via the operator panel (LOCAL mode) Operator input inhibit (factory setting: not active) ● Active: The parameters can still be viewed, but a parameter value cannot be saved (message: «Note: operator input inhibit active»). The OFF key (red) is enabled. The LOCAL, REMOTE, ON (green), JOG, CW/CCW, INCREASE, and DECREASE keys are disabled.

  • Page 44: Faults And Alarms

    Control via the operator panel 5.8 Faults and alarms Faults and alarms Indicating faults and alarms If a fault occurs, the drive displays the fault and/or alarm on the operator panel. Faults are indicated by the red «FAULT» LED and a fault screen is automatically displayed. You can use the F1 Help function to call up information about the cause of the fault and how to remedy it.

  • Page 45: Saving The Parameters Permanently

    Control via the operator panel 5.9 Saving the parameters permanently Figure 5-8 Fault screen You can use F5 Ack. to acknowledge a stored fault. Figure 5-9 Alarm screen Alarms that are no longer active are removed from the alarm memory with F5 Clear. Saving the parameters permanently Description If parameters have been changed using the operator panel (confirm with OK in the…

  • Page 46: Parameterization Errors

    Control via the operator panel 5.10 Parameterization errors 5.10 Parameterization errors If a fault occurs when reading or writing parameters, a popup window containing the cause of the problem is displayed. The system displays: Parameter write error (d)pxxxx.yy:0xnn and a plain-text explanation of the type of parameterization error. The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 47: Maintenance And Servicing

    Maintenance and servicing Replacing the backup battery Replacing the backup battery Figure 6-1 Replacing the backup battery The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 48
    Maintenance and servicing 6.1 Replacing the backup battery 1. Disconnect the 24 V DC power supply cable. 2. Disconnect the communication cable on the operator panel. 3. Open the cover of the battery compartment. 4. Remove the old battery. 5. Insert the new battery. 6.

  • Page 49: Downloading New Operator Panel Firmware From The Pc

    Maintenance and servicing 6.2 Downloading new operator panel firmware from the PC Downloading new operator panel firmware from the PC Description Firmware might need to be loaded to the AOP if the AOP functionality needs to be upgraded. If, once the drive has powered up, the CompactFlash Card is found to contain a newer version of the firmware, a message will appear on the AOP30 prompting you to load the new firmware.

  • Page 50
    Maintenance and servicing 6.2 Downloading new operator panel firmware from the PC The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 51: Technical Specifications

    Technical specifications Table 7- 1 Technical specifications Power supply 24 V DC (20.4 V to 28.8 V) Current requirements — Without backlighting <100 mA — With maximum backlighting <200 mA Data interface RS232 interface, PPI protocol Back-up battery 3 V lithium CR2032 Operating temperature 0 to 55°C Storage and transport temperature…

  • Page 52
    Technical specifications The AOP30 operator panel Operating Instructions, 03/2012, A5E00331451A…

  • Page 53: Index

    Index Control settings, 27 Curve recorder, 26 Curve recorder settings, 32 Database version, 33 Date format, 31 Acknowledge error from the AOP, 39 Defining the operation screen, 27 AOP setpoint, 38 Device commissioning, 25 Display settings, 27 DO name display mode, 31 Drive commissioning, 25 Drive diagnostics, 26 CDS changeover via AOP, 39…

  • Page 54
    Siemens AG Subject to change without prior notice Industry Sector © Siemens AG 2012 Drive Technologies Large Drives P.O. Box 4743 90025 NUREMBERG GERMANY www.siemens.com/automation…

Источник

  • Infeed Operating Display / INF Op_Display

    33

  • Control Unit Operating Display / CU Op_Display

    33

  • Encoder DO Operating Display / Enc DO Op_Display

    34

  • DRIVE-Cliq Hub Module Operating Display / Hub Op_Display

    34

  • TB30 Operating Display / TB30 Op_Display

    34

  • TM150 Operating Display / TM150 Op_Display

    35

  • TM31 Operating Display / TM31 Op_Display

    35

  • TM54F Operating Display / TM54F Op_Display

    35

  • Drive Operating Display / Drv Op_Display

    36

  • BOP Access Level / BOP Acc_Level

    36

  • BOP Display Filter / BOP Disp_Filter

    37

  • BOP Operating Display Selection / BOP Op_Disp Sel

    38

  • BOP Operating Display Mode / BOP Op_ Disp Mode

    38

  • BOP Background Lighting / BOP Lighting

    39

  • BOP Drive Object after Booting / BOP DO after Boot

    39

  • Device Commissioning Parameter Filter / Dev Comm Par_Filt

    39

  • Infeed Commissioning Parameter Filter / INF Comm Par_Filt

    41

  • Encoder DO Commissioning Parameter Filter / Encdo Com Par_Filt

    41

  • TB30 Commissioning Parameter Filter / TB30 Comm.par_Filt

    41

  • TM150 Commissioning Parameter Filter / TM150 Com Par_Filt

    42

  • TM31 Commissioning Parameter Filter / TM31 Comm Par_Filt

    42

  • TM54F Commissioning Parameter Filter / TM54F Com Par_Filt

    42

  • Drive Commissioning Parameter Filter / Drv Comm. Par_Filt

    43

  • BOP Password Entry (P0013) / BOP Passw Ent P13

    43

  • BOP Password Acknowledgement (P0013) / BOP Passw Ackn P13

    43

  • BOP User-Defined List / BOP List

    44

  • Macro Drive Object / Macro DO

    44

  • Macro Drive Unit / Macro Drv Unit

    45

  • Activate BOP User-Defined List / BOP User List Act

    45

  • Control Unit Firmware Version / CU FW Version

    45

  • CO/BO: Control Word BOP / STW BOP

    46

  • Speed Setpoint Smoothed / N_Set Smth

    46

  • CO: Actual Speed Smoothed / N_Act Smooth

    46

  • Speed Actual Value Rpm Smoothed / N_Act Rpm Smooth

    47

  • Output Frequency Smoothed / F_Outp Smooth

    47

  • CO: Output Voltage Smoothed / U_Outp Smooth

    47

  • CO: DC Link Voltage Smoothed / VDC Smooth

    48

  • CO: Absolute Actual Current Smoothed / I_Act Abs Val Smth

    48

  • Modulation Depth Smoothed / Mod_Depth Smth

    49

  • Current Actual Value Field-Generating Smoothed / Id_Act Smooth

    49

  • Current Actual Value Torque-Generating Smoothed / Iq_Act Smooth

    50

  • Actual Torque Smoothed / M_Act Smooth

    50

  • CO: Active Power Actual Value Smoothed / P_Actv_Act Smth

    50

  • Torque Utilization Smoothed / M_Util Smooth

    51

  • CO: Motor Utilization Thermal / Mot_Util Therm

    51

  • CO: Temperature Input / Temp_Input

    52

  • CO: Motor Temperature / Mot Temp

    52

  • CO: Power Unit Overload I2T / PU Overload I2T

    53

  • CO: Power Unit Temperatures / PU Temperatures

    53

  • Control Unit Temperature / CU Temp

    54

  • Power Factor Smoothed / Cos Phi Smooth

    54

  • Energy Display / Energy Displ

    54

  • Reset Energy Consumption Display / Energy Usage Reset

    55

  • Energy Consumption Saved / Energy Cons Saved

    55

  • Display Values Smoothing Time Constant / Disp_Val T_Smooth

    55

  • CO/BO: Missing Enable Sig / Missing Enable Sig

    55

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

    59

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

    59

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

    59

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

    60

  • CO: Actual Speed Unsmoothed / N_Act Unsmoothed

    60

  • CO: Actual Velocity Unsmoothed / V_Act Unsmoothed

    60

  • CO: Speed Setpoint after the Filter / N_Set after Filter

    61

  • CO: Speed Actual Value / N_Act

    61

  • CO: Speed Controller System Deviation / N_Ctrl System Dev

    61

  • Slip Frequency / F_Slip

    62

  • CO: Output Frequency / F_Outp

    62

  • CO: Output Current Maximum / I_Outp Max

    62

  • CO: DC Current in the DC Link / IDC DC Link

    62

  • CO: Absolute Current Actual Value / I_Act Abs Val

    63

  • CO: Phase Current Actual Value / I_Phase Act Value

    63

  • CO: Actual DC Link Voltage / VDC Act Val

    63

  • Maximum Output Voltage / U_Output Max

    64

  • CO: Output Voltage / U_Output

    64

  • Maximum Modulation Depth / Modulat_Depth Max

    64

  • CO: Modulat_Depth / Modulat_Depth

    65

  • CO: Current Setpoint Field-Generating / Id_Set

    65

  • CO: Current Actual Value Field-Generating / Id_Act

    65

  • CO: Current Setpoint Torque-Generating / Iq_Set

    65

  • CO: Current Actual Value Torque-Generating / Iq_Act

    66

  • CO: Torque Setpoint / M_Set

    66

  • CO: Torque Actual Value / M_Act

    66

  • CO: Torque Utilization / M_Utilization

    66

  • CO: Active Power Actual Value / P_Act

    67

  • CO: Flux Setpoint / Flex Setp

    67

  • CO: Flux Actual Value / Flux Act Val

    67

  • CO: Actual Power Factor / Cos Phi Act

    68

  • CO: DC Link Voltage Setpoint / VDC Setpoint

    68

  • Actual Phase Voltage / U_Phase Act Val

    68

  • Clock Synchronous Operation Pre-Assignment/Check / Cl Sync Op Pre-As

    68

  • CO: Transformation Angle / Transformat_Angle

    69

  • Select Drive Object Type / Select DO Type

    69

  • Actual Device Topology / Device_Act Topo

    70

  • Device Target Topology / Device_Target Topo

    70

  • IEC/NEMA Mot Stds / IEC/NEMA Mot Stds

    71

  • Drive Object Numbers / DO Numbers

    71

  • Number of Drive Objects / DO Count

    71

  • Application-Specific View / Appl_Spec View

    72

  • Activate/De-Activate Drive Object / DO Act/Deact

    72

  • Drive Object Type / DO Type

    75

  • Drive Objects Function Module / DO Fct_Mod

    77

  • Basic Sampling Times / T_Basis

    79

  • Basic Sampling Time Selection / T_Basis Sel

    79

  • Sampling Times Pre-Setting P0115 / T_Sample for P0115

    80

  • Minimum Pulse Frequency, Selection / F_Puls Min Sel

    82

  • Minimum Pulse Frequency Recommended / F_Puls Min Recom

    82

  • Sampling Times for Internal Control Loops / T_Sample Int Ctrl

    83

  • Sampling Time for Speed Detection / T_Sample N_Det

    84

  • Sampling Time for Supplementary Functions / T_Samp Suppl_Fct

    84

  • Drive Object Clock Cycle Recommended / Do_Clock Recom

    85

  • Current Controller Computing Dead Time Mode / I_Ctrl T_Dead Mode

    86

  • Current Controller Computing Dead Time / I_Ctrl T_Dead

    86

  • Number of Power Unit Data Sets (PDS) / PDS Count

    86

  • Power Unit Component Number / PU Comp_No

    87

  • Power Unit Detection Via LED / PU Detection LED

    87

  • Main Component Detection Using LED / M_Comp Detect LED

    87

  • Activate/De-Activate Power Unit Components / Pu_Comp Act/Deact

    87

  • Power Unit Components Active/Inactive / PU Comp Act/Inact

    88

  • Power Unit EEPROM Data Version / PU EEPROM Version

    88

  • Power Unit Firmware Version / PU FW Version

    88

  • Number of Motor Data Sets (MDS) / MDS Count

    89

  • Motor Component Number / Mot Comp_No

    89

  • Motor Configuration / Motor Config

    89

  • Copy Motor Data Set MDS / Copy MDS

    89

  • Number of Encoder Data Sets (EDS) / EDS Count

    90

  • Encoder Component Number / Encoder Comp_No

    90

  • Sensor Module Detection Via LED / SM Detection LED

    91

  • Activate/De-Activate Encoder Interface / Enc_Intf Act/Deact

    91

  • Encoder Interface Active/Inactive / Enc_Intf Act/Inact

    91

  • Sensor Module EEPROM Data Version / SM EEPROM Version

    92

  • Sensor Module Firmware Version / SM FW Version

    92

  • Number of VSM Data Sets / VSM Dat_Sets Qty.

    92

  • DRIVE-Cliq Hub Module Component Number / Hub Comp_No

    92

  • Terminal Module Component Number / TM Comp_No

    93

  • Voltage Sensing Module Component Number / VSM Comp_No

    93

  • DRIVE-Cliq Hub Module Detection Via LED / Hub Detection LED

    93

  • Terminal Module Detection Via LED / TM Detection LED

    93

  • Voltage Sensing Module Active/Inactive / VSM Act/Inact

    94

  • DRIVE-Cliq Hub Module EEPROM Data Version / Hub EEPROM Version

    94

  • Terminal Module EEPROM Data Version / TM EEPROM Version

    94

  • Voltage Sensing Module EEPROM Data Version / VSM EEPROM Version

    94

  • DRIVE-Cliq Hub Module Firmware Version / Hub FW Version

    95

  • Terminal Module Firmware Version / TM FW Version

    95

  • Voltage Sensing Module Firmware Version / VSM FW Version

    95

  • Option Board Component Number / Opt Board Comp_No

    95

  • Number of Command Data Sets (CDS) / CDS Count

    96

  • Number of Drive Data Sets (DDS) / DDS Count

    96

  • Motor Data Sets (MDS) Number / MDS Number

    96

  • Encoder 1 Encoder Data Set Number / Enc 1 EDS Number

    96

  • Encoder 2 Encoder Data Set Number / Enc 2 EDS Number

    97

  • Encoder 3 Encoder Data Set Number / Enc 3 EDS Number

    97

  • Power Unit Firmware Properties 1 / PU FW Property 1

    97

  • Power Unit Firmware Properties 2 / PU FW Property 2

    98

  • VSM Properties / VSM Properties

    98

  • Topology Component Status / Top Comp Stat

    99

  • Bootloader Version / Bootloader Vers

    99

  • BIOS/EEPROM Data Version / BIOS/EEPROM Vers

    100

  • Drive Object Name / DO Name

    100

  • Power Unit Code Number Actual / PU Code No. Act

    100

  • Power Unit Code Number / PU Code no

    100

  • Actual Power Unit Type / PU Actual Type

    101

  • Firmware Package Name / FW Pkg Name

    102

  • Power Unit Hardware Properties / PU HW Property

    102

  • Power Unit Application / PU Application

    103

  • Rated Power Unit Power / PU P_Rated

    103

  • Rated Power Unit Current / PU Pi_Rated

    104

  • Rated Power Unit Line Supply Voltage / PU U_Rated

    104

  • Power Unit Maximum Current / PU I_Max

    104

  • Drive Unit Line Supply Voltage / V_Connect

    105

  • Power Unit Configuration / PU Config

    106

  • Drive Filter Type Motor Side / Drv Filt Type Mot

    107

  • Power Unit Motor Reactor / PU Mot Reactor

    108

  • Power Unit Sine-Wave Filter Capacitance / PU Sine Filter C

    109

  • Motor Reactor in Series Number / L_Mot in Seriesqty

    109

  • Internal Power Unit Resistance / PU R Internal

    109

  • Voltage Measurement Configuration / U_Mes Config

    109

  • Power Unit Cooling Type / PU Cool Type

    110

  • Operating Hours Counter Power Unit Fan / PU Fan T_Oper

    110

  • Maximum Operating Time Power Unit Fan / PU Fan T_Oper Max

    110

  • Power Unit Contactor Monitoring Time / PU Cont T_Monit

    111

  • CO/BO: Power Unit Contactor Inputs/Outputs Status / PU Contact IO Stat

    111

  • Cooling Unit Starting Time 1 / RKA Start Time 1

    113

  • Cooling Unit Fault Conductivity Delay Time / RKA Cond T_Del

    113

  • Cooling Unit Fault Liquid Flow Delay Time / RKA Flow T_Del

    113

  • Cooling Unit Run-On Time / RKA Run-On Time

    114

  • BO: Cooling Unit Control Word / RKA STW

    114

  • BI: Cooling Unit Feedback Signals Signal Source / RKA Fdbk S_Src

    114

  • BO: Cooling Unit Status Word / RKA ZSW

    114

  • DC Link Voltage Undervoltage Threshold Reduction / VDC U_Under Red

    115

  • DC Link Voltage Offset Alarm Threshold / VDC Offs a Thresh

    115

  • Ground Fault Monitoring Thresholds / Gnd Flt Threshold

    115

  • CO: Maximum Power Unit Output Current / PU I_Outp Max

    116

  • Power Unit Overload Response / PU Overld Response

    116

  • CO: Power Unit Alarm Threshold Model Temperature / PU A_Thr Mod_Temp

    117

  • Power Unit Alarm with I2T Overload / PU I2T Alrm Thresh

    117

  • Fan Run-On Time / Fan Run-On Time

    117

  • DC Link Voltage Undervoltage Threshold / VDC U_Lower_Thresh

    118

  • DC Link Voltage Overvoltage Threshold / VDC U_Upper_Thresh

    118

  • Motor Type Selection / Mot Type Sel

    118

  • Motor Code Number Selection / Mot Code No. Sel

    120

  • Motor Code Number of Motor with DRIVE-Cliq / Mot Code Mot W/ DQ

    120

  • Motor with DRIVE-Cliq Status Word / Motor W DQ ZSW

    121

  • Rated Motor Voltage / Mot U_Rated

    121

  • Rated Motor Current / Mot I_Rated

    121

  • Number of Motors Connected in Parallel / Motor Qty

    122

  • Rated Motor Power / Mot P_Rated

    122

  • Rated Motor Power Factor / Mot Cos Phi Rated

    123

  • Rated Motor Efficiency / Mot Eta_Rated

    123

  • Rated Motor Frequency / Mot F_Rated

    123

  • Rated Motor Speed / Mot N_Rated

    124

  • Motor Pole Pair Number, Actual (or Calculated) / Mot Polepairno Act

    124

  • Motor Pole Pair Number / Mot Pole Pair No.

    124

  • Motor Torque Constant / Mot Kt

    125

  • Motor Stall Current / Mot I_Standstill

    125

  • Maximum Motor Speed / Mot N_Max

    126

  • Maximum Motor Current / Mot I_Max

    126

  • Winding Maximum Speed / Winding N_Max

    126

  • Optimum Motor Load Angle / Mot Phi_Load Opt

    127

  • Motor Reluctance Torque Constant / Mot Kt_Reluctance

    127

  • Motor Pole Position Identification Current / Mot Polid Current

    128

  • Rated Motor Torque / Mot M_Rated

    129

  • Actual Motor-Torque Constant / Mot Kt Act

    129

  • Motor Cooling Type / Mot Cool Type

    129

  • Actual Rated Motor Frequency / Mot F_Rated Act

    130

  • Rated Motor EMF / Mot Emf_Rated

    130

  • Automatic Calculation Motor/Control Parameters / Calc Auto Par

    130

  • Motor Moment of Inertia / Mot M_Mom of Inert

    132

  • Rated Motor Current Identified / Mot I_Rated Ident

    133

  • Motor Weight (for the Thermal Motor Model) / Mot Weight Th Mod

    133

  • Nominal Motor Starting Time / Mot T_Start_Rated

    133

  • Motor Excitation Build-Up Time / Mot T_Excitation

    133

  • Motor De-Excitation Time / Mot T_De-Excitat

    134

  • Motor Stator Resistance Cold / Mot R_Stator Cold

    134

  • Cable Resistance / R_Cable

    135

  • Motor Series Inductance / Mot L_Series

    135

  • Motor Damping Resistance Q Axis / Mot R_Damp Q

    136

  • Motor Stator Leakage Inductance / Mot L_Stator Leak.

    136

  • Motor Stator Inductance D Axis / Mot L_Stator D

    136

  • Motor Damping Inductance Q Axis / Mot L_Damp Q

    137

  • Motor Magnetizing Inductance Q Axis Saturated / Mot L_Magn Q Sat

    137

  • Motor Saturation Characteristic Flux 1 / Mot Saturat.flux 1

    138

  • Motor Saturation Characteristic Flux 2 / Mot Saturat.flux 2

    138

  • Motor Saturation Characteristic Flux 3 / Mot Saturat.flux 3

    139

  • Motor Saturation Characteristic Flux 4 / Mot Saturat.flux 4

    140

  • Motor Saturation Characteristic I_Mag 1 / Mot Sat. I_Mag 1

    140

  • Motor Saturation Characteristic I_Mag 2 / Mot Sat. I_Mag 2

    141

  • Motor Saturation Characteristic I_Mag 3 / Mot Sat. I_Mag 3

    141

  • Motor Saturation Characteristic I_Mag 4 / Mot Sat. I_Mag 4

    142

  • Cable Resistance / Mot R_Cable

    143

  • Motor Rated Stator Resistance / Mot R_Stator Rated

    143

  • Rated Motor Rotor Resistance / Mot Rated R_Rotor

    143

  • Motor Damping Time Constant Q Axis / Mot L_Damping Q

    145

  • Motor Stator Leakage Time Constant / Mot T_Stator Leak

    146

  • Motor Stator Leakage Time Constant Q Axis / Mot T_Sleak /T_Sq

    146

  • Excitation Rated No-Load Current / Exc I_Noload_Rated

    146

  • Rated Excitation Current / Exc I_Rated

    146

  • Current Controller Adaptation P Gain Scaling / I_Adapt Kp Scal

    147

  • Actual Stator Resistance / R_Stator Act

    147

  • Actual Rotor Resistance / R_Rotor Act

    148

  • Angle Magnetic Decoupling Maximum Angle / Magn Decpl Max_Ang

    148

  • Angle Magn Decoupling (Cross Saturation) Coeff 1 / Magn Decoupl C1

    148

  • Angle Magn Decoupling (Cross Saturation) Coeff 3 / Magn Decoupl C3

    148

  • Encoder Type Selection / Enc_Typ Sel

    149

  • Encoder Type OEM Selection / Enc Type OEM Sel

    151

  • Gearbox Type Selection / Gearbox Type Sel

    151

  • Encoder Configuration Effective / Enc_Config Eff

    152

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

    154

  • Linear Encoder Grid Division / Enc Grid DIV

    154

  • Rotary Encoder Pulse Number / Rot Enc Pulse No.

    155

  • Encoder Inversion Actual Value / Enc Inv Act Value

    155

  • Measuring Gear Configuration / Meas Gear Config

    156

  • Measuring Gear Position Tracking Tolerance Window / Pos Track Window

    157

  • Encoder Safety Comparison Algorithm (Detected) / Safety Comp_Algo

    158

  • Fine Resolution Gx_Xist1 (in Bits) / Enc Fine Gx_Xist1

    158

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

    158

  • Encoder Connection / Enc_Connection

    158

  • Absolute Encoder Rotary Multiturn Resolution / Enc Abs Multiturn

    159

  • Absolute Encoder Linear Measuring Step Resolution / Enc Abs Meas Step

    159

  • Absolute Encoder Rotary Singleturn Resolution / Enc Abs Singleturn

    159

  • Encoder Linear Zero Mark Distance / Enc Lin Zm_Dist

    159

  • Encoder Rotary Zero Mark Distance / Enc Rot Dist ZM

    160

  • Encoder Zero Mark Differential Distance / Enc ZM Dif_Dist

    160

  • Encoder SSI Baud Rate / Enc SSI Baud Rate

    160

  • Encoder SSI Monoflop Time / Enc SSI T_Monoflop

    160

  • Encoder SSI Configuration / Enc SSI Config

    161

  • Sensor Module Configuration / SM Config

    161

  • Angular Commutation Offset / Ang_Com Offset

    163

  • Gearbox Factor Encoder Revolutions / Grbx_Fact Enc_Rev

    164

  • Gearbox Factor Motor/Load Revolutions / Grbx_Fact Mot_Rev

    164

  • Encoder SSI Error Bit / Enc SSI Error Bit

    164

  • Encoder SSI Alarm Bit / Enc SSI Alarm Bit

    165

  • Encoder SSI Parity Bit / Enc SSI Parity Bit

    165

  • Sensor Module Configuration Extended / SM Config Ext

    165

  • Squarewave Encoder Filter Time / Enc T_Filt

    168

  • Encoder Ramp-Up Time / Enc Ramp-Up Time

    168

  • Copy Encoder Serial Number / Copy Enc Ser_No

    168

  • Encoder Commissioning Serial Number Part 1 / Enc Comm Ser_No 1

    169

  • Encoder Commissioning Serial Number Part 2 / Enc Comm Ser_No 2

    169

  • Encoder Commissioning Serial Number Part 3 / Enc Comm Ser_No 3

    169

  • Encoder Commissioning Serial Number Part 4 / Enc Comm Ser_No 4

    169

  • Encoder SSI Number of Bits Absolute Value / Enc SSI Bit Val

    170

  • Encoder SSI Number of Bits Filler Bits / Enc SSI Fill Bits

    171

  • Commutation Angle Factor / Enc Commut_Factor

    171

  • Squarewave Encoder Filter Time Display / Enc T_Filt Displ

    171

  • Pulse Encoder Evaluation Zero Speed Measuring Time / Enc_Ev N_0 T_Meas

    172

  • Encoder Configuration Recognized / Enc Config Act

    172

  • Encoder Configuration Supported / Enc_Config Supp

    173

  • Sensor Module Properties / SM Properties

    175

  • Sensor Module Properties Extended / SM Prop Ext

    178

  • Encoder Serial Number Part 1 / Enc Ser_No 1

    180

  • Encoder Serial Number Part 2 / Enc Ser_No 2

    181

  • Encoder Serial Number Part 3 / Enc Ser_No 3

    181

  • Encoder Serial Number Part 4 / Enc Ser_No 4

    182

  • Encoder 1 Identification Number/Serial Number / Enc1 Id_No/Ser_No

    183

  • Encoder 2 Identification Number/Serial Number / Enc2 Id_No/Ser_No

    183

  • Encoder 3 Identification Number/Serial Number / Enc3 Id_No/Ser_No

    183

  • Absolute Encoder Linear Measuring Step / Enc Lin Meas Step

    184

  • Redundant Coarse Position Value Valid Bits / Valid Bits

    184

  • Redundant Coarse Position Value Fine Resolution Bits / Fine Bit

    185

  • Redundant Coarse Position Value Relevant Bits / Relevant Bits

    185

  • Non Safety-Relevant Measuring Steps Position Value Pos1 / Nsrpos1

    185

  • Redundant Coarse Position Value Configuration / Red Pos Config

    186

  • Gx_Xist1 Coarse Position Safe most Significant Bit / Gx_Xist1 Safe MSB

    187

  • CO: Measuring Gear Position Difference / Meas Gear Pos Diff

    187

  • CO: Diagnostics Encoder Position Actual Value Gn_Xist1 / Diag Gn_Xist1

    188

  • CI: Encoder Control Word Gn_Stw Signal Source / Enc Gn_Stw S_Src

    188

  • CO: Encoder Status Word Gn_Zsw / Enc Gn_Zsw

    189

  • CO: Encoder Actual Position Value Gn_Xist1 / Enc Gn_Xist1

    190

  • CO: Encoder Actual Position Value Gn_Xist2 / Enc Gn_Xist2

    191

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

    192

  • CO: Measuring Gear Encoder Raw Value Incremental / Enc Raw Val Incr

    193

  • CO: Measuring Gear Encoder Raw Value Absolute / Enc Raw Val Abs

    194

  • Diagnostic Encoder Control Word Gn_Stw / Enc Gn_Stw

    194

  • Measuring Probe 1 Input Terminal / Meas Probe 1 Inp

    195

  • Measuring Probe 2 Input Terminal / Meas Probe 2 Inp

    196

  • Motor Encoder Fault Response ENCODER / Fault Resp ENCODER

    197

  • Square-Wave Encoder Maximum Speed Difference Per Sampling Cycle

    198

  • Square-Wave Encoder Max. Velocity Difference Per Sampling Cycle

    198

  • Maximum Speed Difference Per Sampling Cycle / N_Dif Max/Samp_Cyc

    198

  • Zero Mark Selection Input Terminal / Zm_Sel Inp_Term

    199

  • Equivalent Zero Mark Input Terminal / Zm_Equiv Inp_Term

    200

  • Equivalent Zero Mark Input Terminal / Zm_Equiv Input

    200

  • Encoder Diagnostic Signal Selection / Enc Diag Select

    202

  • Encoder Diagnostic Signal Double Word / Enc Diag DW

    205

  • CO: Encoder Diagnostic Signal Double Word / Enc Diag DW

    205

  • Encoder Diagnostic Signal Low Word / Enc Diag Low Word

    205

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

    205

  • Encoder Diagnostic Signal High Word / Enc Diag High Word

    206

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

    206

  • Technology Application / Tec Application

    206

  • Selecting the System of Units / Unit Sys Select

    207

  • User-Specific Reference Quantities / Usrdef_Ref

    207

  • Assignment Parameter 1 in Reference to P514[0] / Bicolist1_Ref1

    208

  • Assignment Parameter 2 in Reference to P514[1] / Bicolist2_Ref2

    208

  • Assignment Parameter 3 in Reference to P514[2] / Bicolist3_Ref3

    208

  • Assignment Parameter 4 in Reference to P514[3] / Bicolist4_Ref4

    209

  • Assignment Parameter 5 in Reference to P514[4] / Bicolist5_Ref5

    209

  • Assignment Parameter 6 in Reference to P514[5] / Bicolist6_Ref6

    209

  • Assignment Parameter 7 in Reference to P514[6] / Bicolist7_Ref7

    210

  • Assignment Parameter 8 in Reference to P514[7] / Bicolist8_Ref8

    210

  • Assignment Parameter 9 in Reference to P514[8] / Bicolist9_Ref9

    210

  • Assignment Parameter 10 in Reference to P514[9] / Bicolist10_Ref10

    211

  • Controller Gain System of Units / Ctrl_Gain Unit_Sys

    211

  • Bearing Version Selection / Bearing Vers Sel

    212

  • Bearing Code Number Selection / Bearing Codeno Sel

    212

  • Bearing Maximum Speed / Bearing N_Max

    212

  • CO: Probe Time Stamp / Probe T_Stamp

    213

  • CO: Probe Time Stamp Reference / Probe T_Stamp Name

    213

  • CO: Probe Diagnostics Word / Probe Diag_Word

    213

  • Inhibit List Values Effective Number / Inhib List no

    213

  • Activate/De-Activate Inhibit List / Inh_List Act/Deact

    214

  • Inhibit Automatic Reference Value Calculation / Inhibit Calc

    214

  • Calculate Technology-Dependent Parameters / Calc Tec Par

    215

  • Technological Unit Selection / Tech Unit Select

    215

  • Technological Unit Reference Quantity / Tech Unit Ref Qty

    216

  • Motor Temperature Sensor for Monitoring / Mot Temp_Sensor

    216

  • Temperature Sensor, Sensor Type / Temp_Sens Type

    217

  • Motor Temperature Sensor Type / Mot_Temp_Sens Type

    217

  • Par_Circuit Power Unit Number, Temperature Sensor / Pu_No Temp_Sensor

    218

  • CI: Motor Temperature Signal Source / Mot Temp S_Src

    218

  • Mot_Temp_Mod 2/KTY Alarm Threshold / Mod 2/KTY a Thresh

    219

  • Mot_Temp_Mod 1/2 Threshold / Mod 1/2 Threshold

    219

  • Mot_Temp_Mod 2/KTY Timer / Mod 2/KTY T_Timer

    219

  • Temperature Sensor Fault Timer / Sensor Fault Time

    220

  • CI: Motor Temperature Signal Source 2 / Mot_Temp S_Src 2

    220

  • CI: Motor Temperature Signal Source 3 / Mot_Temp S_Src 3

    221

  • Motor Overtemperature Response / Mot Temp Response

    221

  • I2T Motor Model Thermal Time Constant / I2T Mot_Mod T

    222

  • Mot_Temp_Mod Activation / Mot_Temp_Mod Act

    222

  • Thermal Resistance Adaptation Reduction Factor / Therm R_Adapt Red

    223

  • Mot_Temp_Mod 1 (I2T) Fault Threshold / I2T F Thresh

    223

  • Motor Overtemperature Alarm Threshold 1 / Mot Temp Alarm 1

    223

  • Thermal Adaptation, Stator and Rotor Resistance / Mot Therm_Adapt R

    223

  • Identification Stator Resistance after Restart / Rst_Ident Restart

    224

  • Motor Temperature Offset PT100 / Mot T_Offset PT100

    225

  • Motor Ambient Temperature During Commissioning / Mot T_Ambient

    225

  • Motor Overtemperature, Stator Core / Mot T_Over Core

    226

  • Motor Overtemperature, Stator Winding / Mot T_Over Stator

    226

  • Motor Overtemperature Rotor Winding / Mot T_Over Rotor

    226

  • Stator Resistance Reference / R_Stator Ref

    227

  • Mot_Temp_Mod Ambient Temperature / Mod T_Ambient

    227

  • Mot_Temp_Mod Stator Iron Temperature / Mod T_Stator

    227

  • Mot_Temp_Mod Stator Winding Temperature / Mod T_Winding

    227

  • Mot_Temp_Mod Rotor Temperature / Mod Rotor Temp

    228

  • Q Flux Flux Constant Unsaturated / PSIQ KPSI UNSAT

    228

  • Q Flux Quadrature Axis Current Constant Unsaturated / PSIQ KIQ UNSAT

    228

  • Q Flux Direct Axis Current Constant Unsaturated / PSIQ KID UNSAT

    228

  • Current Limit / Current Limit

    229

  • CI: Current Limit Variable / Curr Lim Var

    229

  • Overvoltage Protection for Synchronous Motors / Overvolt_Protect

    229

  • Current Limit Excitation Induction Motor / Imax Excitat ASM

    230

  • Actual Motor Operating Hours / Mot T_Oper Act

    230

  • Motor Operating Hours Maintenance Interval / Mot T_Op Maint

    230

  • Motor Stator Resistance Scaling / Mot R_Stator Scal

    231

  • Motor Stator Leakage Inductance Scaling / Mot L_S_Leak Scal

    231

  • Motor Damping Inductance D Axis Scaling / Mot L_Damp D Scal

    231

  • Motor Damping Inductance Q Axis Scaling / Mot L_Damp Q Scal

    232

  • Motor Damping Resistance D Axis Scaling / Mot R_Damp D Scal

    232

  • Motor Damping Resistance Q Axis Scaling / Mot R_Damp Q Scal

    232

  • Central Measuring Probe Input Terminal / Cen Meas Inp

    232

  • Central Measuring Probe Evaluation Technique / Cen Meas Eval_Tech

    233

  • Central Measuring Probe Control Word Display / Cen Meas STW Disp

    234

  • CO: Central Measuring Probe Status Word Display / Cen Meas ZSW Disp

    235

  • Macro Binector Input (BI) / Macro BI

    235

  • Macro Binector Input (BI) for Tms / Macro BI TM

    236

  • CU Digital Inputs Terminal Actual Value / CU DI Term Act Val

    236

  • CO/BO: CU Digital Inputs Status / CU DI Status

    237

  • CO/BO: CU Digital Inputs Status Inverted / CU DI Status Inv

    238

  • CU Set Input or Output / CU DI or DO

    238

  • CU Digital Outputs Access Authority / CU DO Acc_Auth

    239

  • BI: CU Signal Source for Terminal DI/DO 8 / CU S_Src DI/DO 8

    239

  • BI: CU Signal Source for Terminal DI/DO 9 / CU S_Src DI/DO 9

    239

  • BI: CU Signal Source for Terminal DI/DO 10 / CU S_Src DI/DO 10

    240

  • BI: CU Signal Source for Terminal DI/DO 11 / CU S_Src DI/DO 11

    240

  • BI: CU Signal Source for Terminal DI/DO 12 / CU S_Src DI/DO 12

    240

  • BI: CU Signal Source for Terminal DI/DO 13 / CU S_Src DI/DO 13

    240

  • BI: CU Signal Source for Terminal DI/DO 14 / CU S_Src DI/DO 14

    241

  • BI: CU Signal Source for Terminal DI/DO 15 / CU S_Src DI/DO 15

    241

  • CU Digital Outputs Status / CU DO Status

    241

  • CU Invert Digital Outputs / CU DO Inv

    242

  • CI: Test Sockets Signal Source / Test Skt S_Src

    242

  • Test Sockets Output Signal / Testsktssignalval

    242

  • Test Sockets Output Voltage / Testskts U_Output

    243

  • Test Socket Mode / Test Skt Mode

    243

  • Test Socket Characteristic Value X1 / Test Skt Char X1

    243

  • Test Socket Characteristic Value Y1 / Test Skt Char Y1

    244

  • Test Socket Characteristic Value X2 / Test Skt Char X2

    244

  • Test Socket Characteristic Value Y2 / Test Skt Char Y2

    244

  • Test Sockets Offset / Test Skt Offset

    245

  • Test Socket Limit On/Off / Testsktlim On/Off

    245

  • Test Socket Scaling Per Volt / Testsktscale/Volt

    245

  • Test Sockets Physical Address / Test Skt Phyaddr

    246

  • Test Sockets Physical Address Gain / Testsktphyaddrgain

    246

  • Test Sockets Physical Address Signal Value / Testsktsphyaddrval

    246

  • CU Digital Inputs Simulation Mode / CU DI Simulation

    246

  • CU Digital Inputs Simulation Mode Setpoint / CU DI Simul Setp

    247

  • CU Inputs/Outputs Sampling Time / CU I/O T_Sampl

    248

  • BI: Inhibit Master Control / Pcctrl Inhibit

    248

  • BO: Master Control Active / Pcctrl Active

    248

  • Copy Command Data Set CDS / Copy CDS

    249

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

    249

  • BI: Command Data Set Selection CDS Bit 1 / CDS Select., Bit 1

    249

  • Copy Drive Data Set DDS / Copy DDS

    250

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

    250

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

    250

  • BI: Drive Data Set Selection DDS Bit 2 / DDS Select., Bit 2

    250

  • BI: Drive Data Set Selection DDS Bit 3 / DDS Select., Bit 3

    251

  • BI: Drive Data Set Selection DDS Bit 4 / DDS Select., Bit 4

    251

  • Motor Changeover Motor Number / Mot_Chng Mot No.

    251

  • Motor Changeover Status Word Bit Number / Mot_Chg ZSW Bitno.

    251

  • BI: Motor Changeover Feedback Signal / Mot_Chng Fdbk Sig

    252

  • CO/BO: Motor Changeover Status Word / Mot_Chngov ZSW

    252

  • BI: Motor Changeover Contactor Feedback / Mot_Chg Cont Fdbk

    252

  • Data Set Changeover Configuration / Ds_Chng Config

    254

  • CO/BO: Data Set Changeover Status Word / DDS_ZSW

    254

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

    255

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

    255

  • Motor/Encoder Data Set Selected / MDS/EDS Selected

    256

  • Motor Changeover Contactor Control Delay Time / Mot_Chg Ctrl T_Del

    256

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

    256

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

    257

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

    258

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

    258

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

    259

  • BI: Enable Operation/Inhibit Operation / Operation Enable

    259

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

    260

  • BI: Unconditionally Release Holding Brake / Uncond Open Brake

    260

  • BI: Speed Controller Enable / N_Ctrl Enable

    261

  • Power Unit Monitoring Time / PU T_Monit

    261

  • BI: Unconditionally Close Holding Brake / Uncond Close Brake

    261

  • BI: Line Contactor Feedback Signal / Line Contact Feedb

    262

  • Line Contactor Monitoring Time / Linecontact T_Mon

    262

  • Power Unit on Delay / PU T_On

    262

  • CO/BO: Drive Coupling Status Word/Control Word / Couplezsw/Stw

    262

  • BI: Infeed Operation / INF Operation

    263

  • Power Unit Main Contactor Holding Time after OFF1 / PU T_Mc after OFF1

    263

  • Power Unit DC Switch Debounce Time / PU DC Sw T_Deboun

    264

  • Sequence Control Configuration / Seq_Ctrl Config

    264

  • CO/BO: Infeed Total Operation / INF Total Oper

    264

  • BI: Smart/ Basic Line Module Operation / SLM/BLM Operation

    265

  • Parking Pre-Setting / Parking Pre-Set

    265

  • BI: Activate/De-Activate Power Unit Components / Pu_Comp Act/Deact

    265

  • BO: Parking Axis, Status Word / Parking Axis, ZSW

    266

  • BI: Parking Axis Selection / Parking Axis Sel

    266

  • CO/BO: Control Word Sequence Control Infeed / STW Seq_Ctrl INF

    266

  • CO/BO: Control Word Drive Object 1 / STW DO1

    266

  • CO/BO: Control Word Sequence Control Encoder DO / STW Seq_Ctrl Encdo

    267

  • CO/BO: Control Word Sequence Control / STW Seq_Ctrl

    267

  • CO/BO: Status Word Sequence Control Infeed / ZSW Seq_Ctrl INF

    267

  • CO/BO: Status Word Drive Object 1 / ZSW DO1

    268

  • CO/BO: Status Word Sequence Control Encoder DO / ZSW Seq_Ctrl Encdo

    268

  • CO/BO: Status Word Sequence Control / ZSW Seq_Ctrl

    268

  • PROFIBUS Address / PB Address

    269

  • IF1 Profidrive PZD Telegram Selection / IF1 PZD Telegr

    269

  • ZSW Bit Pulses Enabled / ZSW Pulse Enab

    271

  • Profidrive Clock Synchronous Sign-Of-Life Tolerance / PD Sol_Tol

    271

  • Profidrive Operating Mode / PD Operating Mode

    272

  • CO: Counter for Fault Buffer Changes / Fault Buff Change

    272

  • Fault Code / Fault Code

    272

  • Fault Code List / Fault Code List

    273

  • Fault Number / Fault Number

    273

  • Fault Time Received in Milliseconds / T_Fault Recv Ms

    273

  • Fault Value / Fault Value

    273

  • Fault Cases Counter / Fault Cases Qty

    274

  • PROFIBUS Baud Rate / PB Baud Rate

    274

  • Device Identification / Device Ident

    274

  • Profidrive Profile Number / PD Profile Number

    275

  • System Runtime Relative / T_System Relative

    275

  • Reset Infeed Parameter / INF Par Reset

    275

  • ENCODER Reset Parameters / ENC Par Reset

    276

  • TB30 Reset Parameters / TB30 Par Reset

    276

  • TM150 Reset Parameters / TM150 Par Reset

    276

  • TM31 Reset Parameters / TM31 Par Reset

    277

  • TM54F Reset Parameters / TM54F Par Reset

    277

  • Reset Drive Parameters / Drive Par Reset

    277

  • Save Drive Object Parameters / Drv_Obj Par Save

    278

  • Drive Unit Reset / Drv_Unit Reset

    278

  • Drive Object Identification / DO Identification

    279

  • Reset and Load All Parameters / Reset Load All Par

    280

  • Save All Parameters / Save All Par

    280

  • List of Drive Objects / List of the DO

    281

  • Profidrive Encoder Format / PD Encoder Format

    281

  • List of Existing Parameters 1 / List Avail Par 1

    282

  • List of Existing Parameters 2 / List Avail Par 2

    283

  • List of Existing Parameters 10 / List Avail Par 10

    283

  • List of Modified Parameters 1 / List Chang Par 1

    283

  • List of Modified Parameters 2 / List Chang Par 2

    284

  • List of Modified Parameters 10 / List Chang Par 10

    284

  • Macro Connector Inputs (CI) for Speed Setpoints / Macro CI N_Set

    284

  • CO: Fixed Speed Setpoint 1 / N_Set_Fixed 1

    285

  • CO: Fixed Speed Setpoint 2 / N_Set_Fixed 2

    285

  • CO: Fixed Speed Setpoint 3 / N_Set_Fixed 3

    285

  • CO: Fixed Speed Setpoint 4 / N_Set_Fixed 4

    285

  • CO: Fixed Speed Setpoint 5 / N_Set_Fixed 5

    286

  • CO: Fixed Speed Setpoint 6 / N_Set_Fixed 6

    286

  • CO: Fixed Speed Setpoint 7 / N_Set_Fixed 7

    286

  • CO: Fixed Speed Setpoint 8 / N_Set_Fixed 8

    286

  • CO: Fixed Speed Setpoint 9 / N_Set_Fixed 9

    287

  • CO: Fixed Speed Setpoint 10 / N_Set_Fixed 10

    287

  • CO: Fixed Speed Setpoint 11 / N_Set_Fixed 11

    287

  • CO: Fixed Speed Setpoint 12 / N_Set_Fixed 12

    287

  • CO: Fixed Speed Setpoint 13 / N_Set_Fixed 13

    288

  • CO: Fixed Speed Setpoint 14 / N_Set_Fixed 14

    288

  • CO: Fixed Speed Setpoint 15 / N_Set_Fixed 15

    288

  • BI: Fixed Speed Setpoint Selection Bit 0 / N_Set_Fixed Bit 0

    288

  • BI: Fixed Speed Setpoint Selection Bit 1 / N_Set_Fixed Bit 1

    289

  • BI: Fixed Speed Setpoint Selection Bit 2 / N_Set_Fixed Bit 2

    289

  • BI: Fixed Speed Setpoint Selection Bit 3 / N_Set_Fixed Bit 3

    289

  • CO: Fixed Speed Setpoint Effective / N_Set_Fixed Eff

    290

  • Motorized Potentiometer Configuration / Mop Configuration

    290

  • BI: Motorized Potentiometer Setpoint Raise / Mop Raise

    291

  • BI: Motorized Potentiometer Lower Setpoint / Mop Lower

    291

  • Motorized Potentiometer Maximum Speed / Motp N_Max

    291

  • Motorized Potentiometer Minimum Speed / Motp N_Min

    291

  • BI: Motorized Potentiometer Inversion / Motp Inv

    292

  • Motorized Potentiometer Starting Value / Mop Start Value

    292

  • BI: Motorized Potentiometer Manual/Automatic / Mop Manual/Auto

    292

  • CI: Motorized Potentiometer Automatic Setpoint / Mop Auto Setpoint

    292

  • BI: Motorized Potentiometer Accept Setting Value / Motp Acc Set Val

    293

  • CI: Motorized Potentiometer Setting Value / Mop Set Val

    293

  • CO: Mot. Potentiometer Speed Setp. in Front of Ramp-Fct. Gen.

    293

  • Motorized Potentiometer Ramp-Up Time / Mop Ramp-Up Time

    293

  • CO: Motor. Potentiometer Setpoint after the Ramp-Function Generator

    294

  • CI: Speed Limit RFG Positive Direction of Rotation / N_Limit RFG Pos

    294

  • CI: Speed Limit RFG Negative Direction of Rotation / N_Limit RFG Neg

    294

  • BI: Jog Bit 0 / Jog Bit 0

    294

  • BI: Jog Bit 1 / Jog Bit 1

    295

  • Jog 1 Speed Setpoint / Jog 1 N_Set

    295

  • Jog 2 Speed Setpoint / Jog 2 N_Set

    295

  • Speed Limit Setpoint Channel / N_Limit Setp

    295

  • CI: Main Setpoint / Main Setpoint

    296

  • CI: Main Setpoint Scaling / Main Setp Scal

    296

  • CO: Main Setpoint Effective / Main Setpoint Eff

    296

  • CI: Supplementary Setpoint / Suppl Setp

    296

  • CO: Supplementary Setpoint Effective / Suppl Setpoint Eff

    297

  • CO: Total Setpoint Effective / Total Setpoint Eff

    297

  • Minimum Speed / N_Min

    297

  • Maximum Speed Scaling / N_Max Scal

    297

  • Maximum Speed / N_Max

    298

  • CO: Speed Limit in Positive Direction of Rotation / N_Limit Pos

    298

  • CO: Speed Limit Positive Effective / N_Limit Pos Eff

    299

  • CI: Speed Limit in Positive Direction of Rotation / N_Limit Pos

    299

  • CO: Speed Limit in Negative Direction of Rotation / N_Limit Neg

    299

  • CO: Speed Limit Negative Effective / N_Limit Neg Eff

    299

  • Skip Speed 1 / N_Skip 1

    300

  • Skip Speed 2 / N_Skip 2

    300

  • Skip Speed 3 / N_Skip 3

    300

  • Skip Speed 4 / N_Skip 4

    300

  • CI: Skip Speed Scaling / N_Skip Scal

    301

  • CO/BO: Skip Band Status Word / Skip Band ZSW

    301

  • Skip Speed Bandwidth / N_Skip Bandwidth

    301

  • CI: Minimum Speed Signal Source / N_Min S_Src

    302

  • BI: Inhibit Negative Direction / Inhib Neg dir

    302

  • BI: Inhibit Positive Direction / Inhib Pos dir

    302

  • CO: Speed Setpoint after Minimum Limiting / N_Set Aft Min_Lim

    302

  • CO: Setpoint after the Direction Limiting / Setp after Limit

    303

  • Ramp-Function Generator Selection / RFG Selection

    303

  • CO: Ramp-Function Generator Setpoint at the Input / RFG Setp at Inp

    303

  • Ramp-Function Generator Ramp-Up Time / RFG Ramp-Up Time

    303

  • Ramp-Function Generator Ramp-Down Time / RFG Ramp-Down Time

    304

  • BI: Bypass Ramp-Function Generator / Bypass RFG

    304

  • Ramp-Function Generator Initial Rounding-Off Time / RFG T_Start_Round

    304

  • Ramp-Function Generator Final Rounding-Off Time / RFG T_End_Delay

    304

  • Ramp-Function Generator Rounding-Off Type / RFG Round-Off Type

    305

  • OFF3 Ramp-Down Time / OFF3 T_Rd

    305

  • OFF3 Initial Rounding-Off Time / RFGOFF3 T_Strt_Rnd

    305

  • OFF3 Final Rounding-Off Time / RFG OFF3 T_End_Del

    305

  • CI: Ramp-Function Generator Ramp-Up Time Scaling / RFG T_Ru Scal

    306

  • CI: Ramp-Function Generator Ramp-Down Time Scaling / RFG T_Rd Scal

    306

  • BI: Enable Ramp-Function Generator/Inhibit Ramp-Function Generator

    306

  • BI: Continue Ramp-Function Generator/Freeze Ramp-Function Generator

    306

  • BI: Enable Setpoint/Inhibit Setpoint / Setpoint Enable

    307

  • BI: Ramp-Function Generator, Accept Setting Value / RFG Accept Set V

    307

  • CI: Ramp-Function Generator Setting Value / RFG Setting Value

    308

  • Ramp-Function Generator Tracking Intensity. / RFG Track Intens

    308

  • Ramp-Function Gen. Tolerance for Ramp-Up and Ramp-Down Active

    308

  • CO: Ramp-Function Generator Acceleration / RFG Acceleration

    309

  • CO: Ramp-Function Generator Speed Setpoint at the Output

    309

  • Ramp-Function Generator Configuration / RFG Config

    309

  • BI: Setpoint 2 Enable / Setp 2 Enab

    310

  • CI: Speed Controller Speed Setpoint 1 / N_Ctrl N_Set 1

    310

  • CI: Speed Controller Speed Setpoint 2 / N_Ctrl N_Set 2

    310

  • CO: Speed Controller Speed Setpoints 1 and 2 / N_Ctrl N_Set 1/2

    310

  • CO: Speed Controller Setpoint Sum / N_Ctrl Setp Sum

    311

  • Speed Setpoint Configuration / N_Ctrl Config

    311

  • Fixed Speed Setpoint Number Actual / N_Set_Fixed no Act

    311

  • CO/BO: Control Word Setpoint Channel / STW Setpoint Chan

    311

  • CO/BO: Ramp-Function Generator Status Word / RFG ZSW

    312

  • Flying Restart Operating Mode / Flyrest Op_Mode

    312

  • BI: Flying Restart Enable Signal Source / Fly_Res Enab S_Src

    313

  • Flying Restart Search Current / Flyrest I_Srch

    313

  • Flying Restart Search Rate Factor / Flyrst V_Srch Fact

    314

  • CO/BO: Flying Restart U/F Control Status / Flyrest Uf St

    314

  • CO/BO: Flying Restart Vector Control Status / Flyrest Vector St

    314

  • Faults Without Automatic Restart / F W/Out Auto AR

    315

  • BI: AR Connection Following Drive Object / AR Connection DO

    315

  • BI: AR Modification Infeed / AR Modification

    316

  • Automatic Restart Mode / AR Mode

    316

  • Automatic Restart Start Attempts / AR Start Attempts

    317

  • Automatic Restart Delay Time Start Attempts / AR T_Wait Start

    319

  • Automatic Restart Monitoring Time / AR T_Monit

    319

  • CO/BO: Automatic Restart Status / AR Status

    320

  • Motor Holding Brake Configuration / Brake Config

    322

  • Motor Holding Brake Opening Time / Brake T_Open

    323

  • Motor Holding Brake Closing Time / Brake T_Close

    323

  • BI: Open Motor Holding Brake / Open Brake

    323

  • BI: Immediately Close Motor Holding Brake / Close Brake

    324

  • CI: Open Motor Holding Brake Signal Source Threshold

    324

  • Open Motor Holding Brake Threshold / Open Brake Thresh

    324

  • BI: Motor Holding Brake Feedback Signal Brake Closed

    324

  • BI: Motor Holding Brake Feedback Signal Brake Open / Brake Feedb Open

    325

  • BI: Close Motor Holding Brake at Standstill / Brk Close Standst

    325

  • CI: Standstill Detection Threshold Value / Standstill Thresh

    325

  • Threshold for Zero Speed Detection / N_Standst N_Thresh

    325

  • Zero Speed Detection Monitoring Time / N_Standst T_Monit

    326

  • Pulse Suppression Delay Time / Pulse Suppr T_Del

    326

  • CO/BO: Motor Holding Brake Status Word / Brake ZSW

    327

  • BI: Armature Short-Circuit / DC Braking Activation / ASC/DCBRK Act

    327

  • Armature Short-Circuit / DC Braking Configuration / ASC/DCBRK Config

    327

  • DC Braking Braking Current / DCBRK I_Brake

    329

  • DC Braking Time / DCBRK Time

    329

  • Speed at the Start of DC Braking / DCBRK N_Start

    330

  • BI: External Armature Short-Circuit Contactor Feedback Signal

    330

  • Ext. Armature Short-Cct. Contactor Feedback Signal Monit. Time

    330

  • External Armature Short-Circuit Delay Time When Opening

    330

  • CO: Armature Short-Circuit External State / EASC State

    331

  • CO/BO: Armature Short-Circuit / DC Braking Status Word / ASC/DCBRK ZSW

    332

  • VDC Controller or VDC Monitoring Configuration / VDC Ctrl Config

    333

  • Vdc_Max Controller Switch-In Level / Vdc_Max On_Level

    334

  • Vdc_Max Controller Dynamic Factor / Vdc_Max Dyn_Factor

    334

  • Vdc_Min Controller Switch-In Level (Kinetic Buffering)

    334

  • Vdc_Max Controller Speed Threshold / Vdc_Max N_Thresh

    335

  • VDC Controller Proportional Gain / Vdc_Ctrl Kp

    335

  • VDC Controller Integral Time / Vdc_Ctrl Tn

    336

  • VDC Controller Rate Time / Vdc_Ctrl T_Rate

    336

  • Vdc_Max Controller Automatic on Level Detection / Vdc_Max Senseonlev

    336

  • Vdc_Min Controller Time Threshold / Vdc_Min T_Thresh

    336

  • Vdc_Min Controller Response (Kinetic Buffering) / Vdc_Min Response

    337

  • Vdc_Min Controller Speed Threshold / Vdc_Min N_Thresh

    337

  • CO: VDC Controller Output / Vdc_Ctrl Output

    337

  • Bypass Configuration / Bypass Config

    337

  • CO/BO: Bypass Control/Status Word / Bypass STW / ZSW

    338

  • Bypass Dead Time / Bypass T_Dead

    338

  • Debypass Delay Time / Debypass T_Del

    338

  • Bypass Delay Time / Bypass T_Del

    339

  • Bypass Speed Threshold / Bypass N_Thresh

    339

  • BI: Bypass Control Command / Bypass Command

    339

  • Bypass Changeover Source Configuration / Chngov_Src Config

    339

  • BI: Bypass Feedback Synchronization Completed / FS Sync Compl

    340

  • BI: Bypass Switch Feedback Signal / Bypass FS

    340

  • Flying Restart Maximum Frequency for the Inhibited Direction

    340

  • Simulation Mode / Simulation Mode

    340

  • Bypass Switch Monitoring Time / Switch T_Monit

    341

  • Motor Holding Brake Control Word / Brake STW

    341

  • Motor Holding Brake Standstill Detection Bypass / Brk Standst Bypass

    341

  • Motor Holding Brake Braking Threshold Delay Exceeded

    342

  • Brake Control Diagnostics Evaluation / Brake Diagnostics

    342

  • BI: Motor Holding Brake OR/AND Logic Operation / Brake or and

    342

  • VDC Controller or VDC Monitoring Configuration (U/F)

    343

  • Vdc_Max Controller Switch-In Level (U/F) / Vdc_Max On_Level

    343

  • Vdc_Max Controller Dynamic Factor (U/F) / Vdc_Max Dyn_Factor

    344

  • Vdc_Max Controller Time Threshold (U/F) / Vdc_Max T_Thresh

    344

  • Vdc_Min Controller Switch-In Level (Kinetic Buffering) (U/F)

    344

  • Vdc_Min Controller Dynamic Factor (Kinetic Buffering) (U/F)

    345

  • Vdc_Max Controller Feedback Coupling Factor Ramp-Fct. Gen. (U/F)

    345

  • Vdc_Max Controller Speed Threshold (U/F) / Vdc_Max N_Thresh

    345

  • VDC Controller Proportional Gain (U/F) / Vdc_Ctrl Kp

    345

  • VDC Controller Integral Time (U/F) / Vdc_Ctrl Tn

    346

  • VDC Controller Rate Time (U/F) / Vdc_Ctrl T_Rate

    346

  • VDC Min Controller Output Limit (U/F) / Vdc_Min Outp_Lim

    346

  • Vdc_Max Controller Automatic Detection on Signal Level (U/F)

    346

  • Vdc_Min Controller Response (Kinetic Buffering) (U/F

    347

  • Vdc_Min Controller Speed Threshold (U/F) / Vdc_Min N_Thresh

    347

  • CO: VDC Controller Output (U/F) / Vdc_Ctrl Output

    347

  • Open-Loop/Closed-Loop Control Operating Mode / Op/Cl-Lp Ctrl_Mode

    347

  • U/F Control Configuration / U/F Config

    349

  • Starting Current (Voltage Boost) Permanent / I_Start (Ua) Perm

    349

  • Starting Current (Voltage Boost) When Accelerating / I_Start Accel

    350

  • Starting Current (Voltage Boost) When Starting / I_Start Start

    350

  • Voltage Boost Total / U_Boost Total

    351

  • U/F Control Programmable Characteristic Frequency 1 / Uf Char F1

    351

  • U/F Control Programmable Characteristic Voltage 1 / Uf Char U1

    351

  • U/F Control Programmable Characteristic Frequency 2 / Uf Char F2

    351

  • U/F Control Programmable Characteristic Voltage 2 / Uf Char U2

    352

  • U/F Control Programmable Characteristic Frequency 3 / Uf Char F3

    352

  • U/F Control Programmable Characteristic Voltage 3 / Uf Char U3

    352

  • U/F Control Programmable Characteristic Frequency 4 / Uf Char F4

    352

  • U/F Control Programmable Characteristic Voltage 4 / Uf Char U4

    353

  • CI: U/F Control Independent Voltage Setpoint / Uf U_Set Independ.

    353

  • Voltage Limiting / U_Lim

    353

  • U/F Control FCC Starting Frequency / U/F FCC F_Start

    353

  • U/F Control Slip Compensation Starting Frequency / Slip Comp Start

    354

  • Slip Compensation Scaling / Slip Comp Scal

    354

  • Slip Compensation Limit Value / Slip Comp Lim Val

    354

  • CO: Actual Slip Compensation / Slip Comp Act Val

    354

  • U/F Mode Resonance Damping Gain / Uf Res_Damp Gain

    355

  • U/F Mode Resonance Damping Filter Time Constant / Uf Res_Damp T

    355

  • I_Max Frequency Controller Proportional Gain / I_Max_Ctrl Kp

    355

  • I_Max Frequency Controller Integral Time / I_Max_Ctrl Tn

    356

  • CO: I_Max Controller Frequency Output / I_Max_Ctrl F_Outp

    356

  • I_Max Controller Voltage Output / I_Max_Ctrl U_Outp

    356

  • I_Max Voltage Controller Proportional Gain / I_Max_U_Ctrl Kp

    356

  • CO: U/F Control Eco Factor Actual Value / U/F Eco Fac Act V

    357

  • U/F Mode Resonance Damping Maximum Frequency / Uf Res_Damp F_Max

    357

  • U/F Control Soft Start / U/F Soft Start

    357

  • CO: Motor Holding Brake Starting Frequency / Brake F_Start

    358

  • CI: U/F Control Angular Setpoint / Uf Ang Setpoint

    358

  • Angular Difference Symmetrizing Actual Angle / Sym Act Angle

    358

  • CO: Angular Difference / Angular Difference

    358

  • Braking Chopper Activation Threshold / Br_Chop Thresh

    359

  • CO: Braking Chopper Output Voltage / Br_Chop U_Output

    359

  • Braking Chopper Resistor Asymmetry / Br_Chop R Asym

    359

  • CO: Phase Current Actual Value Filtered / I_Ph Act Val Filt

    359

  • Speed Control Configuration / N_Ctrl Config

    360

  • Flux Control Configuration / Flux Ctrl Config

    360

  • Closed-Loop Current Control and Motor Model Configuration

    361

  • CO/BO: Control Word Speed Controller / STW N_Ctrl

    362

  • CO/BO: Status Word Speed Controller / ZSW N_Ctrl

    362

  • CO/BO: Status Word Current Controller / ZSW I_Ctrl

    363

  • Speed Setpoint Filter 1 Time Constant / N_Set_Filt 1 T

    363

  • Speed Pre-Control Balancing Dead Time / N_Prectrbal T_Dead

    363

  • Speed Pre-Control Balancing Time Constant / N_Prectr Bal T

    364

  • CO: Speed Pre-Control to Motor Model / N_Prectrl Mot_Mod

    364

  • Speed Controller Reference Model Natural Frequency / N_Ctrl Refmod Fn

    364

  • Speed Controller Reference Model Damping / N_Ctrl Refmod D

    364

  • Speed Controller Reference Model Dead Time / N_Ctrrefmod T_Dead

    365

  • CO: Speed Controller Reference Model Speed Setpoint Output

    365

  • CI: Speed Controller Reference Model I Component Input

    365

  • CO: Speed Controller Speed Setpoint / N_Ctrl N_Set

    366

  • Speed Setpoint I Component / N_Set I_Comp

    366

  • CI: Speed Controller Speed Actual Value / N_Ctrl N_Act

    366

  • Actual Speed Smoothing Time / N_Act T_Smooth

    367

  • Speed Controller Speed Actual Value Smoothing Time

    367

  • CO: Speed Controller Speed Actual Value at Actual Value Input

    367

  • Speed Controller Speed Setpoint Steady-State (Static)

    367

  • Motor Model Speed Actual Value Smoothing Time Sensorless

    368

  • Speed Controller Speed Actual Value Smoothing Time (Sensorless)

    368

  • CO: Speed Controller System Deviation I Component

    368

  • Speed Controller P Gain Adaptation Lower Starting Point

    369

  • Speed Controller P Gain Adaptation Upper Starting Point

    369

  • Adaptation Factor Lower / Adapt_Factor Lower

    369

  • Adaptation Factor Upper / Adapt_Factor Upper

    369

  • Speed Controller P Gain Adaptation Speed Lower / N_Ctrl Kp N Lower

    370

  • Speed Controller Kp Adaptation Speed Upper Scaling

    370

  • Speed Controller Integral Time Adaptation Speed Lower

    370

  • Speed Controller Tn Adaptation Speed Upper Scaling

    370

  • Speed Controller Adaptation Speed Lower / N_Ctrl N Lower

    371

  • Speed Controller Adaptation Speed Upper / N_Ctrl N Upper

    371

  • CI: Speed Controller P-Gain Scaling / N_Ctrl Kp Scal

    371

  • CO: Speed Controller P-Gain Effective / N_Ctr Kp Eff

    372

  • Speed Controller Integral Time Effective / N_Ctr Tn Eff

    372

  • Speed Controller Encoderless Operation P-Gain / N_Ctrl SL Kp

    372

  • Speed Controller Encoderless Operation Integral Time / N_Ctrl SL Tn

    372

  • BI: Speed Controller Hold Integrator / N_Ctrl Integ Stop

    373

  • BI: Speed Controller Set Integrator Value / N_Ctrl Integ Set

    373

  • CI: Speed Controller Integrator Setting Value / N_Ctr Integ_Setval

    373

  • CI: Speed Controller Integrator Setting Value Scaling

    374

  • CO: Speed Controller PI Torque Output / N_Ctrl PI-M_Outp

    374

  • CO: Speed Controller P Torque Output / N_Ctrl P-M_Outp

    374

  • CO: Speed Controller I Torque Output / N_Ctrl I-M_Outp

    374

  • Droop Compensation Torque Scaling / Droop M_Comp Scal

    375

  • Droop Input Source / Droop Input Source

    375

  • Droop Feedback Scaling / Droop Scal

    375

  • CO: Droop Feedback Speed Reduction / Droop N_Reduction

    375

  • BI: Droop Feedback Enable / Droop Enable

    376

  • CO: Moment of Inertia Total, Scaled / M_Mom Inert Tot_Sc

    376

  • CI: Acceleration Pre-Control / A_Prectrl

    376

  • Acceleration Pre-Control Scaling / A_Prectrl Scal

    376

  • CI: Moment of Inertia Scaling Signal Source / M_Inert Scal S_Src

    377

  • Load Moment of Inertia / Load M_Inertia

    377

  • Accelerating for Torque Control Scaling / a for M_Ctrl Scal

    377

  • Macro Connector Inputs (CI) for Torque Setpoints / Macro CI M_Set

    377

  • BI: Change over between Closed-Loop Speed/Torque Control

    378

  • BI: Freeze Moment of Inertia Estimator / J_Estim Freeze

    378

  • CI: Torque Setpoint / M_Set

    378

  • CO: Torque Setpoint before Supplementary Torque / M_Set Bef. M_Suppl

    379

  • CI: Supplementary Torque 1 / M_Suppl 1

    379

  • CI: Supplementary Torque 1 Scaling / M_Suppl 1 Scal

    379

  • CI: Supplementary Torque 2 / M_Suppl 2

    379

  • Supplementary Torque Total / M_Suppl Total

    380

  • CO: Supplementary Torque and Acceleration Torque / M_Suppl + M_Accel

    380

  • Accelerating Torque Smoothing Time Constant / M_Accel T_Smooth

    380

  • CO: Accelerating Torque / M_Accel

    380

  • CO: Torque Limit Upper / M_Max Upper

    381

  • CO: Torque Limit Lower / M_Max Lower

    381

  • CI: Torque Limit Upper / M_Max Upper

    381

  • CI: Torque Limit Lower / M_Max Lower

    382

  • CO: Torque Limit Upper Scaling / M_Max Upper Scal

    382

  • CO: Torque Limit Lower Scaling / M_Max Lower Scal

    382

  • CO: Torque Limit Upper Without Offset / M_Max up W/O Offs

    382

  • CO: Torque Limit Lower Without Offset / M_Max Low W/O Offs

    383

  • CI: Torque Limit Upper Scaling / M_Max Upper Scal

    383

  • CI: Torque Limit Lower Scaling / M_Max Lower Scal

    383

  • Power Limit Motoring / P_Max Mot

    383

  • Power Limit Regenerative / P_Max Gen

    384

  • Current Limit Torque-Generating Total / Iq_Max Total

    384

  • Current Limit Maximum Torque-Generating Current / Isq_Max

    384

  • Current Limit Minimum Torque-Generating Current / Isq_Min

    384

  • CO: Upper Effective Torque Limit / M_Max Upper Eff

    385

  • CO: Lower Effective Torque Limit / M_Max Lower Eff

    385

  • CI: Torque Limit Speed Controller Upper Scaling / M_Max N-Ctr Upscal

    385

  • CI: Torque Limit. Speed Controller Lower Scaling / M_Max Nctr Lowscal

    385

  • BI: Activates Travel to a Fixed Stop / Tfs Activation

    386

  • CO: Torque Limit for Speed Controller Output / M_Max Outp N_Ctrl

    386

  • CO: Stall Current Limit Torque-Generating Maximum / Isq_Max Stall

    386

  • BI: Torque Limit Variable/Fixed Signal Source / M_Lim Var/Fixs_Src

    386

  • CI: Torque Limit Upper Scaling Without Offset / M_Max up W/O Offs

    387

  • Stall Limit Scaling / Stall Limit Scal

    387

  • CI: Torque Limit Lower Scaling Without Offset / M_Max Low W/O Offs

    387

  • CI: Power Limit / P_Max

    387

  • Power Limit Scaling / P_Max Scal

    388

  • Moment of Inertia Estimator Accelerating Torque Threshold Value

    388

  • Moment of Inertia Estimator Change Time Moment of Inertia / J_Est T J

    388

  • Moment of Inertia Estimator Change Time Load / J_Est T Load

    388

  • CO: Open-Loop Flux Control Closed-Loop Controlled Reluctance Motor

    389

  • CI: Supplementary Torque 3 / M_Suppl 3

    389

  • CI: Supplementary Flux Setpoint / Suppl Flux Setp

    390

  • Supplementary Flux Setpoint / Suppl Flux Setp

    390

  • Flux Threshold Value Magnetizing / Flux Thresh Magnet

    390

  • Voltage Reserve Dynamic / U_Reserve Dyn

    391

  • Voltage Target Value Limit / U_Tgt Val Lim

    391

  • Flux Boost Adaptation Speed, Lower / Flux Boost N Lower

    391

  • Flux Boost Adaptation Speed Upper / Flux Boost N Upper

    391

  • Efficiency Optimization / Efficiency Opt.

    392

  • Flux Setpoint Smoothing Time / Flux Setp T_Smth

    392

  • Flux Setpoint Smoothed / Flux Setp Smooth

    392

  • Field Weakening Operation Flux Setpoint Smoothing Time

    392

  • Flux Actual Value Smoothing Time / Flux Actval T_Smth

    393

  • Field Weakening Characteristic Scaling / Field Weak Scal

    393

  • Field-Weakening Current Pre-Control Value / I_Fieldweak Prectr

    393

  • Flux Controller P Gain / Flux Controller Kp

    393

  • CO: Field Weakening Controller / Flux Controller Output

    394

  • Field-Weakening Controller P Gain / Field_Ctrl Kp

    394

  • Field Weakening Controller Additional Setpoint / Field_Ctr Add_Setp

    394

  • Field Weakening Controller Integral-Action Time / Field_Ctrl Tn

    394

  • CO: Field Weakening Controller Output / Field_Ctrl Outp

    395

  • CO: Total Flux Setpoint / Flux Setp Total

    395

  • Flux Controller Excitation Current Difference / Flux Ctr I_Exc_Dif

    395

  • P Flux Controller P Gain / P Flux Ctrl Kp

    395

  • CO: P Flux Controller Output / P Flux Ctrl Outp

    396

  • Pulse Technique Current Limit / Pulse Current Lim

    396

  • Pulse Technique Pattern Configuration / Puls Pattrn Config

    396

  • CO: Pulse Technique Pattern Actual / Puls Pattern Act

    396

  • Pulse Technique Stimulus / Puls Stimulus

    397

  • CO: Pulse Technique Response / Puls Response

    397

  • I/F Operation Current Setpoint / I/F Op I_Setp

    397

  • Torque Setpoint Static (Sensorless) / M_Set Static

    397

  • Additional Acceleration Torque (Sensorless) / M_Suppl_Accel

    398

  • Current Setpoint Magnetizing Open-Loop Controlled / Id_Set Ctrl

    398

  • EMF Maximum / EMF Max

    398

  • Current Setpoint Smoothing Time / I_Set T_Smooth

    398

  • CO: Torque Setpoint (Controlled) / M_Set Op-Loop Ctrl

    399

  • Current Model Controller Pre-Control / I_Mod_Ctrl Prectrl

    399

  • Setpoint/Actual Value Tracking Threshold / Setact Track Thrsh

    399

  • Stator Current Minimum / I_Stator Min

    399

  • Field-Generating Current Setpoint Smoothing Time Constant

    400

  • Field-Generating Current Setpoint (Steady-State) / Id_Set Stationary

    400

  • Field-Generating Current Setpoint Total / Id_Setp Total

    400

  • Excitation Current Setpoint Calibration / I_Exc_Setp Cal

    400

  • CO: Excitation Current Setpoint / I_Exc_Setp

    401

  • CO: Current Model Load Angle / I_Mod Load Angle

    401

  • Current Model Controller Dynamic Factor / I_Mod_Ctr Dyn_Fact

    401

  • Current Model Controller P Gain / I_Mod_Ctrl Kp

    401

  • Current Model Controller P Gain Effective / I_Mod Ctrl Kp Eff

    402

  • Current Model Controller Integral Time Effective / I_Mod_Ctrl Tn Eff

    402

  • Current Model Flux Setpoint / I_Mod Flux Setp

    402

  • Current Model Flux Actual Value / I_Mod Flux Act Val

    402

  • Current Model Controller Output / I_Mod_Ctrl Outp

    403

  • Current Model Magnetizing Current D Axis / I_Mod I_Mag D-Ax

    403

  • Current Model Magnetizing Current Q Axis / I_Mod I_Mag Q-Ax

    403

  • CO: Current Model Isq after Actual Value Tracking / I_Mod Isq Track

    403

  • Excitation Current Actual Value / I_Exc_Act Val

    404

  • Minimum Excitation Current / Min I_Exc

    404

  • Minimum Excitation Current Closed-Loop Control Gain Factor

    404

  • CO: Excitation Current Monitoring Output / I_Exc_Monit Outp

    404

  • Excitation Monitoring Time / Excit T_Monit

    405

  • Excitation Switch-Off Delay Time / Exc T_Off

    405

  • CO/BO: Excitation Control Word / Excitation STW

    405

  • CO/BO: Excitation Status Word / Excitation ZSW

    406

  • Current Setpoint Torque-Generating before Filter / Iq_Set before Filt

    406

  • CO: Torque Setpoint Function Generator / M_Set FG

    406

  • Current Setpoint Torque-Generating Smoothing Time Minimum

    406

  • Curr. Setpoint Torque-Gen. Smoothing Time Field Weakening Range

    407

  • CI: Current Setpoint/Speed Actual Value Filter Nat. Frequency Tuning

    407

  • Current Setpoint/Speed Actual Value Filter Activation

    407

  • Current Setpoint Filter 1 Type / I_Set_Filt 1 Type

    407

  • Current Setpoint Filter 1 Denominator Natural Frequency

    408

  • Current Setpoint Filter 1 Denominator Damping / I_Set_Filt 1 D_D

    408

  • Current Setpoint Filter 1 Numerator Natural Frequency

    408

  • Current Setpoint Filter 1 Numerator Damping / I_Set_Filt 1 D_N

    408

  • Current Setpoint Filter 2 Denominator Natural Frequency

    409

  • Current Setpoint Filter 2 Denominator Damping / I_Set_Filt 2 D_D

    409

  • Current Setpoint Filter 2 Numerator Natural Frequency

    409

  • Current Setpoint Filter 2 Numerator Damping / I_Set_Filt 2 D_N

    409

  • Speed Actual Value Filter 5 Type / N_Act_Filt 5 Type

    410

  • Speed Actual Value Filter 5 Denominator Natural Frequency

    410

  • Speed Actual Value Filter 5 Denominator Damping / N_Act_Filt 5 D_D

    410

  • Speed Actual Value Filter 5 Numerator Natural Frequency

    410

  • Speed Actual Value Filter 5 Numerator Damping / N_Act_Filt 5 D_N

    411

  • Filter Data Acceptance / Filt Data Accept

    411

  • Isd Current Controller Pre-Control Scaling / Isd_Ctr_Prectrscal

    411

  • Isq Current Controller Pre-Control Scaling / Isq_Ctr_Prectrscal

    411

  • Isq Current Controller Pre-Control EMF Scaling / Isq_Ctrl EMF Scal

    412

  • Flux Setpoint/Actual Value Tracking Threshold / Flux Track Thresh

    412

  • Current Controller P Gain / I_Ctrl Kp

    412

  • Current Controller Integral-Action Time / I_Ctrl Tn

    412

  • Isq Controller Integral Component / Isq_Ctrl I_Comp

    413

  • CO: Isd Controller Output / Isd_Ctrl Outp

    413

  • Isd Controller Integral Component / Isd_Ctrl I_Comp

    413

  • Isd Controller Integral Component Limit / Isd_Ctrl I_Limit

    413

  • Quadrature Arm Decoupling at Voltage Limit Scaling

    414

  • De-Coupling Voltage In-Line Axis / U_Dir-Axis_Decoupl

    414

  • De-Coupling Voltage Quadrature Axis / U_Quad_Decoupl

    414

  • Isd Controller Integral Component Shutdown Threshold

    414

  • CO: Direct-Axis Voltage Setpoint / Direct U Set

    415

  • CO: Quadrature-Axis Voltage Setpoint / Quad U Set

    415

  • Gain Resonance Damping for Encoderless Closed-Loop Control

    415

  • Motor Model Speed Threshold Stall Detection / Motmod N_Thr Stall

    415

  • Motor Model Error Threshold Stall Detection / Motmod Threshstall

    416

  • Motor Model Error Signal Stall Detection / Motmod Sig Stall

    416

  • Motor Model Lower Changeover Speed N_Set -> N_Act

    416

  • Motor Model Upper Changeover Speed / Increase Changeover Speed

    416

  • Motor Model Configuration / Motmod Config

    417

  • Motor Model Status / Motmod Status

    418

  • Motor Model Changeover Speed Operation with Encoder

    419

  • Motor Model Changeover Speed Hysteresis Operation with Encoder

    419

  • Flux Angle Difference Smoothing Time / Angle Diff T_Smth

    419

  • Motor Model Changeover Speed Encoderless Operation

    420

  • Motor Model Changeover Speed Hysteresis Encoderless Operation

    420

  • Motor Model W/O Enc. Op./Cl.-Loop Controlled Stab. Controller Kp

    420

  • Motor Model Changeover Delay Time Closed/Open-Loop Control

    421

  • Motor Model Changeover Delay Time Open/Closed-Loop Control

    421

  • Motor Model with Encoder Speed Adaptation Kp / Motmod We N_Ada Kp

    421

  • Motor Model with Encoder Speed Adaptation Tn / Motmod We N_Ada Tn

    421

  • Motor Model Deviation Component 1 / Motmod Dev Comp 1

    422

  • Motor Model Deviation Component 2 / Motmod Dev Comp 2

    422

  • Motor Model Without Encoder Speed Adaptation Kp / Motmod Woe N_Adakp

    422

  • Motor Model Speed Adaptation Kp Effective / Motm N_Ada Kp Act

    422

  • Motor Model Voltage Model Calculation Enable / U_Mod Calc Enab

    423

  • Motor Model Without Encoder Speed Adaptation Tn / Motmod Woe N_Adatn

    423

  • Motor Model Speed Adaptation VI Effective / Motm N_Ada VI Act

    423

  • CO: Motor Model Speed Adaptation Proportional Component

    423

  • Motor Model Slip Speed / Motmod Slip

    424

  • Motor Model Offset Voltage Compensation Beta / Motmod Offs Comp B

    424

  • Motor Model Status Signals / Motmod Status Sig

    424

  • Motor Model Flux Angle Difference / Motmod Ang Diff

    425

  • Motor Model Absolute Flux / Motmod Abs Flux

    425

  • Motor Model Adaptation Configuration / Motmod Adapt Conf

    425

  • Motor Model Feedback Scaling / Motmod Fdbk Scal

    426

  • Motor Model Lh Adaptation Kp / Motmod Lh Kp

    426

  • Motor Model Lh Adaptation Integral Time / Motmod Lh Tn

    427

  • Motor Model Lh Adaptation Corrective Value / Motmod Lh Corr

    427

  • Motor Model Lh Adaptation Power-On Frequency / Motmod Lh F_On

    427

  • Motor Model Lh Adaptation Power-On Slip / Motmod Lh Fslip

    427

  • Motor Model Kt Adaptation Corrective Value / Motmod Kt Corr

    428

  • Motor Model Pulse Technique Speed Adaptation Kp / Motmod Pulstech Kp

    428

  • Pulse Frequency Setpoint / Pulse Freq Setp

    428

  • CO: Pulse Frequency / Pulse Frequency

    429

  • Modulator Mode / Modulator Mode

    429

  • Maximum Modulation Depth / Modulat Depth Max

    430

  • Filter Time Constant Smoothed Modulation Index / T_Filt Mod_Idxsmth

    430

  • Filter Time Constant VDC Correction / T_Filt Vdc_Corr

    430

  • Actual DC Link Voltage to Calculate the Modulation Depth

    431

  • DC Link Voltage Actual Value for U_Max Calculation / VDC Act Val U_Max

    431

  • CO: Modulator Mode Actual / Modulator Mode Act

    431

  • Configuration

    431

  • Pulse Frequency Wobbulation Amplitude / Puls Wobb Ampl

    433

  • BI: Offset Calibration Output Current Measurement / Off_Calibr I_Outp

    433

  • Phase for PWM Generation Subgroup / Ph for PWM Subgr

    433

  • Set Phase for PWM Generation Manually / Set Ph for PWM

    434

  • Minimum Ratio, Pulse Frequency to the Output Frequency

    434

  • Phase for PWM Generation Configuration / Ph for PWM Config

    434

  • Phase for PWM Generation / Ph for PWM

    435

  • Reverse the Output Phase Sequence / Outp_Ph_Seq Rev

    435

  • Dir of Rot / dir of Rot

    436

  • Power Unit Line Phases Monitoring Tolerance Time / PU Ph Monit T_Tol

    436

  • Converter Valve Threshold Voltage / Threshold Voltage

    436

  • Compensation Valve Lockout Time Phase U / Comp T_Lock Ph U

    437

  • Compensation Valve Lockout Time Phase V / Comp T_Lock Ph V

    437

  • Compensation Valve Lockout Time Phase W / Comp T_Lock Ph W

    437

  • Dead Time Compensation Current Level / T_Dead_Comp I_Lev

    437

  • Pulse Frequency Reduction Switchover Frequency Shift

    438

  • Gating Unit Configuration / Gating Unit Config

    438

  • Pulse Frequency Reduction, Switchover Frequency / F_Puls_Red F_Sw

    438

  • Actual Value Correction Configuration / Actval_Corr Conf

    439

  • Actual Value Correction Status Word / Actval_Corr Status

    439

  • Actual Value Correction Evaluation Factor Lsig / Actval_Cor Ev Lsig

    439

  • Actual Value Correction Damping Factor / Actv_Corr D_Factor

    440

  • Actual Value Correction Phase Currents / Actval_Corr I_Ph

    440

  • Actual Value Correction Phase Voltages / Actval_Corr U_Ph

    440

  • Motor Data Identification and Rotating Measurement

    440

  • Test Pulse Evaluation Configuration / Test Puls Config

    442

  • Test Pulse Evaluation Status / Test Puls Ev Stat

    443

  • Parameter Tuning Selection / Par Tuning Select

    443

  • Motor Data Identification Control Word / Motid STW

    443

  • Motor Data Identification Selection / Motid Selection

    444

  • Phases to be Identified Number / Ph to Ident Qty

    445

  • Identified Stator Resistance / R_Stator Ident

    445

  • Identified Rotor Time Constant / T_Rotor Ident

    446

  • Identified Total Leakage Inductance / L_Total_Leak Ident

    446

  • Identified Nominal Stator Inductance / L_Stator Ident

    446

  • Identified Stator Inductance 1 / L_Stator 1 Ident

    446

  • Identified Stator Inductance 2 / L_Stator 2 Ident

    447

  • Identified Stator Inductance 3 / L_Stator 3 Ident

    447

  • Identified Stator Inductance 4 / L_Stator 4 Ident

    447

  • Identified Dynamic Leakage Inductance / L_Leak Dyn Ident

    447

  • Identified Dynamic Leakage Inductance 1 / L_Leak 1 Dyn ID

    448

  • Identified Dynamic Leakage Inductance 2 / L_Leak 2 Dyn ID

    448

  • Identified Dynamic Leakage Inductance 3 / L_Leak 3 Dyn ID

    448

  • Identified Dynamic Leakage Inductance 4 / L_Leak 4 Dyn ID

    448

  • Identified Threshold Voltage / U_Threshold Ident

    449

  • Identified Effective Valve Lockout Time / T_Lock_Valve ID

    449

  • Identified Rotor Resistance / R_Rotor Ident

    449

  • Identified Cable Resistance / R_Cable Ident

    449

  • Q Inductance Identified / Lq Ident

    450

  • Q Inductance Identification Current / Lq I_Ident

    450

  • Rotating Measurement Configuration / Rot Meas Config

    450

  • Rotating Measurement Selection / Rot Meas Sel

    451

  • Saturation Characteristic Speed to Determine / Sat_Char N Determ

    452

  • Saturation Characteristic Magnetizing Current / Sat_Char I_Mag

    452

  • Saturation Characteristic Magnetizing Inductance / Sat_Char L_Main

    452

  • Saturation Characteristic Rotor Flux / Sat_Char Rot Flux

    453

  • Speed_Ctrl_Opt Speed / N_Opt Speed

    453

  • Speed_Ctrl_Opt Dynamic Factor / N_Opt Dyn_Factor

    453

  • Speed_Ctrl_Opt Dynamic Factor Actual / N_Opt Dyn_Fact Act

    454

  • Speed_Ctrl_Opt Moment of Inertia Determined / N_Opt M_Inert Det

    454

  • Speed_Ctrl_Opt Vibration Test Vibration Frequency Determined

    454

  • Speed_Ctrl_Opt Vibration Test Standard Deviation Determined

    454

  • Speed_Ctrl_Opt Vibration Test Number of Periods Determined

    455

  • Rotating Measurement Encoder Test Pulse Number Determined

    455

  • Speed_Ctrl_Opt Saturation Characteristic Rotor Flux Maximum

    455

  • BO: Speed_Ctrl_Opt Status / N_Opt Status

    455

  • Polid Technique / Polid Technique

    456

  • Polid Selection / Polid Selection

    456

  • Polid Angular Difference / Polid Ang Diff

    457

  • Polid Saturation Curve / Polid Sat_Char

    457

  • Polid Trigger Characteristic / Polid Trig_Char

    457

  • Encoder Adjustment Determine Angular Commutation Offset

    458

  • Motor Changeover Angular Commutation Correction / Ang_Com Corr

    458

  • Ang. Commutation Offset Calibr. and Polld Scaling / Com_Ang_Offs Scal

    458

  • Reference Frequency / F_Ref

    459

  • Reference Velocity Reference Frequency / V_Ref F_Ref

    459

  • Reference Voltage / Reference Voltage

    460

  • Reference Current / I_Ref

    460

  • Reference Torque / M_Ref

    461

  • Reference Power / P_Ref

    461

  • Reference Angle / Reference Angle

    462

  • Reference Temp / Ref Temp

    462

  • Reference Acceleration / A_Ref

    462

  • Comm if Error Statistics / Comm Err

    463

  • Field Bus Interface Baud Rate / Field Bus Baud

    463

  • Field Bus Interface Address / Field Bus Address

    463

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

    464

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

    464

  • Field Bus Int Error Statistics / Field Bus Error

    464

  • Field Bus Int Protocol Selection / Field Bus Protocol

    465

  • Master Control Control Word Effective / Pcctrl STW Eff

    465

  • Fieldbus Interface USS PIV Drive Object Number / Fieldbus USS Do_No

    466

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

    466

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

    466

  • Select Debug Monitor Interface / Debug Monit Select

    467

  • Fieldbus Interface Monitoring Time / Fieldbus T_Monit

    467

  • PROFIBUS Ident Number / PB Ident No.

    467

  • BO: IF1 Profidrive PZD State / IF1 PD PZD State

    467

  • IF1 Profidrive Fault Delay / IF1 PD Fault Delay

    468

  • CI: PB/PN Clock Synchronous Controller Sign-Of-Life Signal Source

    468

  • PROFIBUS Additional Monitoring Time / PB Suppl T_Monit

    468

  • IF1 Profidrive PZD Sampling Time / IF1 PZD T_Sample

    468

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

    469

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

    471

  • IF1 Profidrive Diagnostics PZD Send Word / IF1 Diag Send Word

    473

  • PROFIBUS Status / PB Status

    477

  • PROFIBUS Diagnostics Standard / PB Diag Standard

    478

  • PROFIBUS Address Switch Diagnostics / PB Addr_Sw Diag

    478

  • CO: IF1 Profidrive PZD Receive Double Word / IF1 PZD Recv DW

    478

  • CI: IF1 Profidrive PZD Send Double Word / IF1 PZD Send DW

    479

  • IF1 Profidrive Diagnostics PZD Send Double Word / IF1 Diag Send DW

    480

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

    482

  • PB/PN Controller Sign of Life Diagnostics / PB/PN Ctr Sol Diag

    483

  • IF1 PZD Maximum Interconnected / IF1 Pzdmaxintercon

    483

  • IF1 Profidrive SIC/SCC Start Receive / SIC/SCC Start Recv

    483

  • IF1 Profidrive SIC/SCC Start Send / SIC/SCC Start Send

    483

  • Response Receive Value after PZD Failure / Resp Aft PZD Fail

    484

  • IF1 Profidrive Diagnostics Bus Address PZD Receive / If1Diag Addr Recv

    484

  • IF1 Profidrive Diagnostics Telegram Offset PZD Receive

    488

  • IF1 Profidrive Diagnostics Telegram Offset PZD Send

    490

  • PROFIBUS Diagnostics Peer-To-Peer Data Transfer Addresses

    491

  • IF1 Profidrive PZD Telegram Selection Extended / IF1 PZD Telegr Ext

    493

  • BI: Binector-Connector Converter Status Word 1 / Bin/Con ZSW1

    494

  • BI: Binector-Connector Converter Status Word 2 / Bin/Con ZSW2

    494

  • BI: Binector-Connector Converter Status Word 3 / Bin/Con ZSW3

    495

  • BI: Binector-Connector Converter Status Word 4 / Bin/Con ZSW4

    495

  • BI: Binector-Connector Converter Status Word 5 / Bin/Con ZSW5

    496

  • Invert Binector-Connector Converter Status Word / Bin/Con ZSW Inv

    496

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

    497

  • BO: IF1 PROFIBUS PZD1 Receive Bit-Serial / IF1 PZD1 Recv Bitw

    497

  • BO: IF1 Profidrive PZD2 Receive Bit-Serial / IF1 PZD2 Recv Bitw

    498

  • BO: IF1 Profidrive PZD3 Receive Bit-Serial / IF1 PZD3 Recv Bitw

    498

  • BO: IF1 Profidrive PZD4 Receive Bit-Serial / IF1 PZD4 Recv Bitw

    499

  • BO: Connector-Binector Converter Binector Output / Con/Bin Outp

    499

  • CI: Connector-Binector Converter Signal Source / Con/Bin S_Src

    501

  • Change Fault Response Fault Number / Chng Resp F_No

    501

  • Change Fault Response Response / Chng Resp Resp

    501

  • BI: Acknowledge All Faults / Ackn All Faults

    503

  • BI: 1. Acknowledge Faults / 1. Acknowledge

    503

  • BI: 2. Acknowledge Faults / 2. Acknowledge

    503

  • BI: External Fault 2 / External Fault 2

    505

  • BI: External Fault 3 / External Fault 3

    505

  • Fault Time Removed in Milliseconds / T_Flt Resolved Ms

    506

  • Alarm Number / Alarm Number

    506

  • Alarm Counter / Alarm Counter

    506

  • BI: External Alarm 1 / External Alarm 1

    506

  • System Runtime Total / Sys Runtime Tot

    507

  • BI: External Alarm 2 / External Alarm 2

    507

  • BI: External Alarm 3 / External Alarm 3

    508

  • Change Message Type Message Number / Chng Type Msg_No

    508

  • Change Message Type Type / Change Type Type

    508

  • CO: Sum of Fault and Alarm Buffer Changes / Sum Buffer Changed

    509

  • CO: Counter Alarm Buffer Changes / Alrm Buff Changed

    509

  • Alarm Code / Alarm Code

    509

  • Alarm Time Received in Milliseconds / T_Alarm Recv Ms

    509

  • Alarm Value / Alarm Value

    510

  • Alarm Time Removed in Milliseconds / T_Alarm Res Ms

    510

  • Change Acknowledge Mode Fault Number / Chng Ackn F_No

    510

  • Change Acknowledge Mode Mode / Chng Ackn Mode

    510

  • Faults/Alarms Trigger Selection / F/A Trigger Sel

    511

  • CO/BO: Faults/Alarms Trigger Signal / F/A Trigger Signal

    511

  • Fault Time Received in Days / T_Fault Recv Days

    512

  • CO: Actual Fault Code / Act Fault Code

    512

  • CO: Actual Alarm Code / Actual Alarm Code

    512

  • Fault Value for Float Values / Fault Val Float

    512

  • Alarm Value for Float Values / Alarm Value Float

    513

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

    513

  • Fault Time Removed in Days / T_Flt Resolv Days

    513

  • CO/BO: Control Word Faults/Alarms / STW Fault/Alarm

    513

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

    514

  • Hysteresis Speed 2 / N_Hysteresis 2

    514

  • Speed Threshold 1 / N_Thresh Val 1

    515

  • Hysteresis Speed 1 / N_Hysteresis 1

    515

  • BI: Motor Stall Monitoring Enable (Negated) / Mot Stall Enab Neg

    515

  • Alarm Time Received in Days / T_Alarm Recv Days

    515

  • Alarm Time Removed in Days / T_Alarm Res Days

    516

  • Delete Fault Buffer of All Drive Objects / del Fault Buffer

    516

  • BI: RFG Active / RFG Active

    516

  • Monitoring Configuration / Monit Config

    516

  • Hysteresis Speed 3 / N_Hysteresis 3

    517

  • CI: Speed Setpoint for Messages/Signals / N_Set for Msg

    517

  • Speed Actual Value Filter Time Constant / N_Act_Filt T

    518

  • CI: Speed Setpoint 2 / N_Set 2

    518

  • Speed Threshold 2 / N_Thresh Val 2

    518

  • On Delay Comparison Value Reached / T_On Cmpr Val Rchd

    518

  • Speed Threshold 3 / N_Thresh Val 3

    519

  • Hysteresis Speed N_Act > N_Max / Hyst N_Act>N_Max

    519

  • Speed Threshold 4 / N_Thresh Val 4

    519

  • Hysteresis Speed 4 / N_Hysteresis 4

    519

  • Off Delay N_Act = N_Set / T_Del_Off N_I=N_So

    520

  • Switch-On Delay N_Act = N_Set / T_On N_Act=N_Set

    520

  • CO: Actual Speed Smoothed Signals / N_Act Smth Message

    520

  • Torque Threshold Value 1 / M_Thresh Val 1

    520

  • Motor Blocked Speed Threshold / Mot Lock N_Thresh

    521

  • Motor Blocked Delay Time / Mot Lock T_Del

    521

  • Motor Stalled Delay Time / Mot Stall T_Del

    521

  • Load Monitoring Response / Load Monit Resp

    521

  • Load Monitoring Speed Threshold Value 1 / N_Thresh 1

    522

  • Load Monitoring Speed Threshold Value 2 / N_Thresh 2

    522

  • Load Monitoring Speed Threshold Value 3 / N_Thresh 3

    522

  • Load Monitoring Torque Threshold 1 Upper / M_Thresh 1 Upper

    523

  • Load Monitoring Torque Threshold 2 Upper / M_Thresh 2 Upper

    523

  • Load Monitoring Torque Threshold 3 Upper / M_Thresh 3 Upper

    524

  • Load Monitoring Torque Threshold 3 Lower / M_Thresh 3 Lower

    524

  • Load Monitoring Delay Time / Load Monit T_Del

    524

  • Torque Threshold Value 2 / M_Thresh Val 2

    524

  • Torque Utilization Switch-Off Delay / M_Util T_Off

    525

  • Torque Utilization Scaling / M_Util Scal

    525

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

    525

  • CO/BO: Status Word Monitoring 2 / ZSW Monitor 2

    526

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

    526

  • BI: Technology Controller Enable / Tec_Ctrl Enable

    527

  • CO: Technology Controller Fixed Value 1 / Tec_Ctrl Fix Val1

    527

  • CO: Technology Controller Fixed Value 2 / Tec_Ctr Fix Val 2

    527

  • CO: Technology Controller Fixed Value 3 / Tec_Ctr Fix Val 3

    527

  • CO: Technology Controller Fixed Value 5 / Tec_Ctr Fix Val 5

    528

  • CO: Technology Controller Fixed Value 6 / Tec_Ctr Fix Val 6

    528

  • CO: Technology Controller Fixed Value 7 / Tec_Ctr Fix Val 7

    528

  • CO: Technology Controller Fixed Value 8 / Tec_Ctr Fix Val 8

    528

  • CO: Technology Controller Fixed Value 9 / Tec_Ctr Fix Val 9

    529

  • CO: Technology Controller Fixed Value 10 / Tec_Ctr Fix Val 10

    529

  • CO: Technology Controller Fixed Value 11 / Tec_Ctr Fix Val 11

    529

  • CO: Technology Controller Fixed Value 12 / Tec_Ctr Fix Val 12

    529

  • CO: Technology Controller Fixed Value 13 / Tec_Ctr Fix Val 13

    530

  • CO: Technology Controller Fixed Value 14 / Tec_Ctr Fix Val 14

    530

  • CO: Technology Controller Fixed Value 15 / Tec_Ctr Fix Val 15

    530

  • Technology Controller Fixed Value Selection Method

    530

  • BI: Technology Controller Fixed Value Selection Bit 1

    531

  • BI: Technology Controller Fixed Value Selection Bit 2

    531

  • BI: Technology Controller Fixed Value Selection Bit 3

    531

  • CO: Technology Controller Fixed Value Effective / Tec_Ctr Fixval Eff

    531

  • Technology Controller Number Actual / Tec_Ctrl No. Act

    532

  • Technology Controller Motorized Potentiometer Configuration

    532

  • Technology Controller Motorized Potentiometer Setpoint Memory

    533

  • BI: Technology Controller Motorized Potentiometer Raise Setpoint

    533

  • BI: Technology Controller Motorized Potentiometer Lower Setpoint

    533

  • Technology Controller Motorized Potentiometer Maximum Value

    533

  • Technology Controller Motorized Potentiometer Minimum Value

    534

  • Technology Controller Motorized Potentiometer Starting Value

    534

  • CO: Technology Controller Mot. Potentiometer Setpoint before RFG

    534

  • Technology Controller Motorized Potentiometer Ramp-Up Time

    534

  • Technology Controller Motorized Potentiometer Ramp-Down Time

    535

  • CO: Technology Controller Motorized Potentiometer Setpoint after RFG

    535

  • Technology Controller Configuration

    535

  • CI: Technology Controller Setpoint 1 / Tec_Ctrl Setp 1

    536

  • CI: Technology Controller Setpoint 2 / Tec_Ctrl Setp 2

    536

  • Technology Controller Setpoint 1 Scaling

    536

  • Technology Controller Setpoint 2 Scaling

    536

  • Technology Controller Ramp-Up Time / Tec_Ctrl T_Ramp-Up

    537

  • Technology Controller Ramp-Down Time / Tec_Ctrl T_Ramp-Dn

    537

  • CO: Technology Controller Setpoint after Ramp-Function Generator

    537

  • Technology Controller Setpoint Filter Time Constant

    537

  • Technology Controller Type / Tec_Ctrl Type

    538

  • CI: Technology Controller Actual Value / Tec_Ctrl Act Val

    538

  • Technology Controller Actual Value Filter Time Constant

    538

  • CO: Technology Controller Actual Value after Filter

    538

  • Technology Controller Lower Limit Actual Value / Tec_Ctrl L_Lim Act

    539

  • Technology Controller Gain Actual Value / Tech_Ctrl Gain Act

    539

  • Technology Controller Actual Value Function / Tec_Ctr Actval Fct

    539

  • Technology Controller Actual Value Inversion (Sensor Type)

    539

  • CO: Technology Controller Actual Value Scaled / Tech_Ctrl Act Scal

    540

  • CO: Technology Controller Error / Tec_Ctrl Error

    540

  • Technology Controller Differentiation Time Constant

    540

  • Technology Controller Proportional Gain / Tec_Ctrl Kp

    540

  • Technology Controller Integral Time / Tec_Ctrl Tn

    541

  • BI: Hold Technology Controller Integrator / Tec_Ctr Integ Hold

    541

  • CI: Technology Controller Pre-Control Signal / Tec_Ctr Prectr_Sig

    541

  • CO: Technology Controller Maximum Limiting / Tec_Ctrl Max_Lim

    541

  • Technology Controller Ramp-Up/Ramp-Down Time / Tec_Ctr T_Ru/Rd

    542

  • CO: Technology Controller Output Signal / Tec_Ctrl Outp_Sig

    542

  • CO: Technology Controller Output Scaling / Tec_Ctrl Outp Scal

    542

  • CI: Technology Controller Output Scaling / Tec_Ctrl Outp Scal

    542

  • CI: Technology Controller Minimum Limit Signal Source

    543

  • CI: Technology Controller Limit Offset / Tech_Ctrl Lim Offs

    543

  • Technology Controller Fault Signal Inversion / Tec_Ctrl Fault Inv

    543

  • CO/BO: Technology Controller Status Word / Tec_Ctrl Status

    543

  • BI: Closed-Loop Cascade Control, Control Word / Csc_Ctrl STW

    544

  • EPOS Search for Reference Reference Point Offset / Ref_Pt Offset

    544

  • CO: Reference Frequency / F_Ref

    544

  • CO: Reference Speed/Reference Frequency / N_Ref/F_Ref

    545

  • CO: Reference Velocity/Reference Frequency Actual / V_Ref/F_Ref Act

    545

  • CO: Reference Voltage / Reference Voltage

    545

  • CO: Reference Current / Reference Current

    546

  • CO: Reference Torque / Reference Torque

    546

  • CO: Reference Power / Reference Power

    546

  • CO: Reference Angle / Reference Angle

    547

  • CO: Reference Temp / Reference Temp

    547

  • CO: Reference Acceleration / Ref Accel

    547

  • Load Gear Configuration / Load Gear Config

    548

  • Load Gear Rotary Absolute Encoder Revolutions Virtual / Abs Rot Rev

    548

  • Load Gear Position Tracking Tolerance Window / Pos Track Tol

    548

  • CO: Load Gear Absolute Value / Load Gear Abs_Val

    549

  • CO: Load Gear Position Difference / Load Gear Pos Diff

    549

  • BI: and Logic Operation Inputs / and Inputs

    549

  • CO/BO: and Logic Operation Result / and Result

    549

  • BI: or Logic Operation Inputs / or Inputs

    550

  • CO/BO: or Logic Operation Result / or Result

    550

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

    550

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

    550

  • CO: Fixed Values [%] / Fixed Values [%]

    551

  • CO: Fixed Value M [Nm] / Fixed Value M [Nm]

    551

  • Direct Axis Flux Model Display / Mot Psid Trace

    551

  • RTC Time Stamp Mode / RTC T_Stamp Mode

    552

  • RTC Set UTC Time / RTC Set UTC

    552

  • RTC Read UTC Time / RTC Read UTC

    552

  • RTC Synchronization Source / RTC Sync_Source

    553

  • BI: RTC Real Time Synchronization PING / RTC PING

    553

  • RTC Synchronizing Time / RTC T_Sync

    553

  • RTC Last Synchronization Deviation / RTC Sync_Dev

    553

  • RTC Real Time Synchronization Tolerance Window / RTC Sync Tol

    554

  • External Fault 3 Power-Up Delay / Ext Fault 3 T_On

    554

  • BI: External Fault 3 Enable / Ext Fault 3 Enab

    554

  • BI: External Fault 3 Enable Negated / Ext Flt 3 Enab Neg

    555

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

    555

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

    556

  • Fault Drive Object Initiating / F DO Initiating

    557

  • BI: Acknowledgement Automatically Suppressed / Ackn Suppress

    557

  • Change Safety Message Type / Ch. si Mess Type

    557

  • Component Fault / Comp Fault

    557

  • Component Alarm / Comp Alarm

    558

  • Diagnostic Attribute Fault / Diag_Attr Fault

    558

  • Diagnostic Attribute Alarm / Diag_Attr Alarm

    559

  • CO: Actual Fault Value / Act Fault Val

    560

  • CO: Actual Component Number / Comp_No Act

    560

  • Suppress Active Fault / Supp Act Flt

    560

  • Excitation Current Outside the Tolerance Threshold Value

    560

  • Excitation Current Outside the Tolerance Hysteresis

    561

  • Excitation Current Outside the Tolerance Delay Time

    561

  • Flux Outside the Tolerance Threshold Value / Flux N Tol Thresh

    561

  • Flux Outside the Tolerance Hysteresis / Flux N Tol Hyst

    561

  • Flux Outside Tolerance Delay Time / Flux N Tol T_Del

    562

  • Zero Current Signal Threshold Value / I_0_Sig Thresh

    562

  • Zero Current Signal Hysteresis / I_0_Sig Hyst

    562

  • Zero Current Signal Delay Time / I_0_Sig T_Del

    562

  • Torque Actual Value Filter Time Constant / M_Act_Filt T

    563

  • Phase Failure Signal Motor Monitoring Time / Ph_Fail T_Monit

    563

  • Speed Threshold 7 / N_Thresh Val 7

    563

  • Hysteresis Speed 7 / N_Hysteresis 7

    563

  • OFF Delay N_Act_Motor Model = N_Act External / T_Del N_A = N_Ext

    564

  • Fluid Flow Machine Power Point 1 / Fluid_Mach P1

    564

  • Fluid Flow Machine Speed Point 1 / Fluid_Mach N1

    564

  • Fluid Flow Machine Power Point 2 / Fluid_Mach P2

    565

  • Fluid Flow Machine Speed Point 2 / Fluid_Mach N2

    565

  • Fluid Flow Machine Power Point 3 / Fluid_Mach P3

    565

  • Fluid Flow Machine Speed Point 3 / Fluid_Mach N3

    565

  • Fluid Flow Machine Power Point 4 / Fluid_Mach P4

    566

  • Fluid Flow Machine Speed Point 4 / Fluid_Mach N4

    566

  • Fluid Flow Machine Power Point 5 / Fluid_Mach P5

    566

  • Fluid Flow Machine Speed Point 5 / Fluid_Mach N5

    566

  • Infeed Status Internal BIC / INF State Int

    567

  • CO/BO: Infeed Status Word / Inf ZSW

    567

  • CO/BO: Status Word DC Link Control / ZSW Vdc_Ctrl

    567

  • DC Link Capacitance Total / C_DC Tot

    568

  • Infeed Delay Time OFF1 Command / INF T_Del OFF1

    568

  • DC Link Voltage Setpoint / VDC Setp

    568

  • CI: DC Link Voltage Supplementary Setpoint / VDC Z_Set

    568

  • BI: Voltage-Controlled Operation Inhibit / U_Ctrl Op Inhib

    569

  • CO: DC Link Controller Active Current Setpoint / VDC I_Act Set

    569

  • CI: DC Link Pre-Control Power (Scaled) / VDC Prectrl P Scal

    569

  • CI: DC Link Pre-Control Power (Not Scaled) / VDC Pre-Ctrl P

    569

  • DC Link Pre-Control Power Scaling / VDC Prectrl P Scal

    570

  • CO: DC Link Voltage Control Pre-Control Display / Dc_Ctr Prectr Disp

    570

  • DC Link Pre-Control Power Smoothing / VDC Pre-Ctrl P Sm

    570

  • VDC Controller Output / INF Vdc_Ctrl Outp

    570

  • VSM Input Line Supply Voltage Voltage Scaler / VSM Inp U_Scaler

    571

  • CO: VSM Input Line Supply Voltage U1 — U2 / VSM Inp U1-U2

    571

  • CO: VSM Input Line Supply Voltage U2 — U3 / VSM Inp U2-U3

    572

  • CO: VSM Temperature Evaluation Status / VSM Temp Status

    572

  • VSM Temperature Evaluation Sensor Type / VSM Tempsensortype

    572

  • CO: VSM Temperature KTY / VSM Temp KTY

    572

  • VSM Line Filter Overtemperature Alarm Threshold / Vsmfilt_T A_Thresh

    573

  • VSM Line Filter Overtemperature Shutdown Threshold

    573

  • VSM Line Filter Overtemperature Hysteresis / VSM Filt_T Hyst

    573

  • VSM 10 V Input CT Gain / VSM Ct_Gain

    573

  • CO: VSM 10 V Input CT 1 Actual Value / VSM CT 1 I_Act

    574

  • CO: VSM 10 V Input CT 2 Actual Value / VSM CT 2 I_Act

    574

  • CO: VSM 10 V Input 1 Actual Value / VSM Inp 1 U_Act

    574

  • CO: VSM 10 V Input 2 Actual Value / VSM Inp 2 U_Act

    574

  • BI: Braking Module Internal Inhibit / BM Int Inhib

    575

  • BI: Activating Braking Module Internal DC Link Fast Discharge

    575

  • Braking Module Internal DC Link Fast Discharge Delay Time

    575

  • Braking Module Internal Activation Threshold Brake Chopper

    576

  • BO: Digital Braking Module: Pre-Alarm I2T Shutdown

    576

  • BO: Digital Braking Module Fault / Dig BM Fault

    576

  • BO: Digital Braking Module Pre-Alarm Overtemperature

    576

  • BO: Digital Braking Module Uce Fault / Dig BM Uce Fault

    577

  • Sync-Line-Drive Activation / Sync Act

    577

  • Sync-Line-Drive Drive Object Number / Sync Do_No

    577

  • BI: Sync-Line-Drive Enable / Sync Enable

    578

  • CO/BO: Sync-Line-Drive Control Word / Sync STW

    578

  • CO: Sync-Line-Drive Target Frequency / Sync F_Target

    578

  • CO: Sync-Line-Drive Frequency Difference / Sync F_Diff

    578

  • Sync-Line-Drive Frequency Difference Threshold Value

    579

  • CO: Sync-Line-Drive Phase Difference / Sync Phase Diff

    579

  • Sync-Line-Drive Phase Setpoint / Sync Phase Setp

    579

  • Sync-Line-Drive Frequency Limiting / Sync F_Lim

    579

  • Sync-Line-Drive Phase Synchronism Threshold Value

    580

  • CO: Sync-Line-Drive Voltage Difference / Sync U_Diff

    580

  • Sync-Line-Drive Voltage Difference Threshold Value

    580

  • CO/BO: Sync-Line-Drive Status Word / Sync ZSW

    580

  • Friction Characteristic Value N0 / Friction N0

    581

  • Friction Characteristic Value N1 / Friction N1

    581

  • Friction Characteristic Value N2 / Friction N2

    581

  • Friction Characteristic Value N3 / Friction N3

    581

  • Friction Characteristic Value N4 / Friction N4

    582

  • Friction Characteristic Value N5 / Friction N5

    582

  • Friction Characteristic Value N6 / Friction N6

    582

  • Friction Characteristic Value N7 / Friction N7

    582

  • Friction Characteristic Value N8 / Friction N8

    583

  • Friction Characteristic Value N9 / Friction N9

    583

  • Friction Characteristic Value M0 / Friction M0

    583

  • Friction Characteristic Value M1 / Friction M1

    583

  • Friction Characteristic Value M2 / Friction M2

    584

  • Friction Characteristic Value M3 / Friction M3

    584

  • Friction Characteristic Value M4 / Friction M4

    584

  • Friction Characteristic Value M5 / Friction M5

    584

  • Friction Characteristic Value M6 / Friction M6

    585

  • Friction Characteristic Value M7 / Friction M7

    585

  • Friction Characteristic Value M8 / Friction M8

    585

  • Friction Characteristic Value M9 / Friction M9

    585

  • CO/BO: Friction Characteristic Status Word / Friction ZSW

    586

  • CO: Friction Characteristic Output / Frict Outp

    586

  • Friction Characteristic Activation / Frict Act

    586

  • Friction Characteristic Frictional Torque Diff. Smoothing Time

    586

  • Friction Characteristic Number Changeover Point Upper

    587

  • Friction Characteristic Record Activation / Frict Rec Act

    587

  • Friction Characteristic Record Ramp-Up/Ramp-Down Time

    588

  • Friction Characteristic Record Warm-Up Time / Frict Rec T_Warm

    588

  • Number of Braking Modules Connected in Parallel

    588

  • BO: Braking Module Inhibit/Acknowledgement

    588

  • Braking Module DC Link Fast Discharge Delay Time / BM DC-Dischg T_Del

    589

  • BI: Activating Braking Module DC Link Fast Discharge

    589

  • BO: Braking Module DC Link Fast Discharge / BM DC Link Dischg

    589

  • BI: Braking Module Pre-Warning I*T Shutdown / BM I*T Shutdown

    590

  • BI: Braking Module Fault / BM Fault

    590

  • BI: ESM Activation Signal Source / ESM Act S S

    590

  • ESM Setpoint Source / ESM Setp_Src

    591

  • ESM Setpoint Source Alternative / ESM Setp_Src Alt

    591

  • BI: ESM Direction of Rotation Signal Source / ESM Rot dir S S

    592

  • CI: ESM Setpoint TB30/TM31 Analog Input / ESM Setp TB30TM31

    592

  • ESM Number of Activations/Faults / ESM Act/Fault Qty

    592

  • ESM Reset Number of Activations/Faults / ESM Act/F Qty R

    592

  • CO/BO: ESM Status Word / ESM ZSW

    593

  • Completion of Quick Commissioning / Compl Quick_Comm

    593

  • Power Unit EEPROM VDC Offset Calibration / PU EEPROM VDC Offs

    594

  • Identification Final Display / Ident Final_Disp

    594

  • Service Parameter / Serv Par

    596

  • Drive Unit Status Word / Drv_Unit ZSW

    596

  • BICO Counter Topology / BICO Counter Topo

    596

  • BICO Counterdevice / BICO Counterdevice

    597

  • BICO Counter Drive Object / BICO Counter DO

    597

  • Faults Acknowledge Drive Object / Faults Ackn DO

    597

  • Master Control Mode Selection / Pcctrl Mode Select

    597

  • Parameter Count / Parameter No.

    598

  • Boot State / Boot_State

    598

  • Parameter Write Inhibit Status / Par_Write Inhib St

    599

  • First Infeed Commissioning / First Inf_Comm

    599

  • First Drive Commissioning / First Drv_Comm

    600

  • TB30 Digital Inputs Terminal Actual Value / TB30 DI Act Value

    600

  • TM31 Digital Inputs Terminal Actual Value / TM31 DI Act Value

    600

  • CO/BO: TB30 Digital Inputs Status / TB30 DI Status

    601

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

    601

  • BO: TB30 Digital Inputs Status Inverted / TB30 DI Status Inv

    601

  • CO/BO: TM31 Digital Inputs Status Inverted / TM31 DI Status Inv

    602

  • TM31 Set Input or Output / TM31 DI or DO

    602

  • BI: TB30 Signal Source for Terminal DO 0 / TB30 S S DO 0

    602

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

    603

  • BI: TB30 Signal Source for Terminal DO 1 / TB30 S S DO 1

    603

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

    603

  • BI: TB30 Signal Source for Terminal DO 2 / TB30 S S DO 2

    603

  • BI: TB30 Signal Source for Terminal DO 3 / TB30 S S DO 3

    604

  • BI: TM31 Signal Source for Terminal DI/DO 8 / TM31 S_Src DI/DO8

    604

  • BI: TM31 Signal Source for Terminal DI/DO 9 / TM31 S_Src DI/DO9

    604

  • BI: TM31 Signal Source for Terminal DI/DO 10 / TM31 S_Src DI/DO10

    604

  • TM31 Digital Outputs Limit Current / TM31 DO Limit Curr

    605

  • TB30 Digital Outputs Status / TB30 DO Status

    605

  • TM31 Digital Outputs Status / TM31 DO Status

    605

  • TB30 Invert Digital Outputs / TB30 DO Inv

    606

  • TM31 Invert Digital Outputs / TM31 DO Inv

    606

  • CO: TB30 Analog Inputs Actual Input Voltage / TB30 AI U_Inp Act

    606

  • CO: TM31 Analog Inputs Current Input Voltage/Current / TM31 AI U/I_Inp

    607

  • TB30 Analog Inputs Smoothing Time Constant / TB30 AI T_Smooth

    607

  • TM31 Analog Inputs Smoothing Time Constant / TM31 AI T_Smooth

    607

  • CO: TB30 Analog Inputs Actual Value in Percent / TB30 AI Value in %

    607

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

    608

  • TB30 Analog Inputs Type / TB30 AI Type

    608

  • TM31 Analog Inputs Type / TM31 AI Type

    608

  • TB30 Analog Inputs Characteristic Value X1 / TB30 AI Char X1

    609

  • TM31 Analog Inputs Characteristic Value X1 / TM31 AI Char X1

    609

  • TB30 Analog Inputs Characteristic Value Y1 / TB30 AI Char Y1

    609

  • TM31 Analog Inputs Characteristic Value Y1 / TM31 AI Char Y1

    610

  • TB30 Analog Inputs Characteristic Value X2 / TB30 AI Char X2

    610

  • TM31 Analog Inputs Characteristic Value X2 / TM31 AI Char X2

    610

  • TB30 Analog Inputs Characteristic Value Y2 / TB30 AI Char Y2

    611

  • TM31 Analog Inputs Characteristic Value Y2 / TM31 AI Char Y2

    611

  • TM31 Analog Inputs Wire Breakage Monitoring Response Threshold

    611

  • TM31 Analog Inputs Wire Breakage Monitoring Delay Time

    611

  • TB30 Analog Inputs Offset / TB30 AI Offset

    612

  • TM31 Analog Inputs Offset / TM31 AI Offset

    612

  • TB30 Analog Inputs Activate Absolute Value Generation

    612

  • TM31 Analog Inputs Activate Absolute Value Generation

    612

  • BI: TB30 Analog Inputs Invert Signal Source / TB30 AI Inv S S

    613

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

    613

  • TB30 Analog Inputs Noise Suppression Window / TB30 AI Window

    613

  • TM31 Analog Inputs Window to Suppress Noise / TM31 AI Window

    613

  • BI: TB30 Analog Inputs Signal Source for Enable / TB30 AI Enable

    614

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

    614

  • CI: TB30 Analog Outputs Signal Source / TB30 AO S S

    614

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

    614

  • TB30 Analog Outputs Output Value Currently Referred / TB30 AO Outp_Val

    615

  • TM31 Analog Outputs Output Value Currently Referred / TM31 AO Outp_Val

    615

  • TB30 Analog Outputs Smoothing Time Constant / TB30 AO T_Smooth

    615

  • TM31 Analog Outputs Smoothing Time Constant / TM31 AO T_Smooth

    615

  • TB30 Analog Outputs Actual Output Voltage / TB30 AO U_Outp

    616

  • TM31 Analog Outputs Current Output Voltage/Current / TM31 AO U/I_Outp

    616

  • TB30 Analog Outputs Activate Absolute Value Generation

    616

  • TM31 Analog Outputs Activate Absolute Value Generation

    616

  • TB30 Analog Outputs Type / TB30 AO Type

    617

  • TM31 Analog Outputs Type / TM31 AO Type

    617

  • TB30 Analog Outputs Characteristic Value X1 / TB30 AO Char X1

    617

  • TM31 Analog Outputs Characteristic Value X1 / TM31 AO Char X1

    618

  • TB30 Analog Outputs Characteristic Value Y1 / TB30 AO Char Y1

    618

  • TM31 Analog Outputs Characteristic Value Y1 / TM31 AO Char Y1

    618

  • TB30 Analog Outputs Characteristic Value X2 / TB30 AO Char X2

    619

  • TM31 Analog Outputs Characteristic Value X2 / TM31 AO Char X2

    619

  • TB30 Analog Outputs Characteristic Value Y2 / TB30 AO Char Y2

    619

  • TM31 Analog Outputs Characteristic Value Y2 / TM31 AO Char Y2

    619

  • BI: TB30 Analog Outputs Invert Signal Source / TB30 AO Inv S S

    620

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

    620

  • TB30 Analog Outputs Offset / TB30 AO Offset

    620

  • TM31 Analog Outputs Offset / TM31 AO Offset

    620

  • TB30 Digital Inputs Simulation Mode / TB30 DI Sim_Mode

    621

  • TM31 Digital Inputs Simulation Mode / TM31 DI Sim_Mode

    621

  • TB30 Digital Inputs Simulation Mode Setpoint / TB30 DI Sim Setpt

    622

  • TM31 Digital Inputs Simulation Mode Setpoint / TM31 DI Sim Setp

    622

  • TB30 Analog Inputs Simulation Mode / TB30 AI Sim_Mode

    622

  • TM31 Analog Inputs Simulation Mode / TM31 AI Sim_Mode

    623

  • TB30 Analog Inputs Simulation Mode Setpoint / TB30 AI Sim Setp

    623

  • TM31 Analog Inputs Simulation Mode Setpoint / TM31 AI Sim Setp

    623

  • TB30 Inputs/Outputs Sampling Time / TB30 I/O T_Sample

    624

  • TM31 Inputs/Outputs Sampling Time / TM31 I/O T_Sample

    624

  • TM150 Sensor Type / TM150 Sensor Type

    625

  • TM31 Sensor Type / TM31 Sensor Type

    625

  • TM150 Sensor Resistance / TM150 R_Sensor

    626

  • TM31 Sensor Resistance / TM31 R_Sensor

    626

  • TM150 Fault Threshold/Alarm Threshold / TM150 F/A_Thresh

    626

  • TM31 Fault Threshold/Alarm Threshold / TM31 F/A_Thresh

    627

  • TM150 Delay Time / TM150 T_Delay

    628

  • TM31 Temperature Evaluation Delay Time / TM31 Temp T_Delay

    628

  • BO: TM150 Temperature Evaluation Status / TM150 Temp Status

    629

  • BO: TM31 Temperature Evaluation Status / TM31 Temp Status

    629

  • CO: TM150 Temperature Actual Value / TM150 Temp_Act Val

    630

  • CO: TM31 Temperature Actual Value / TM31 Temp_Act Val

    630

  • TM150 Terminal Block Measuring Method / TM150 Meas Method

    631

  • TM150 Wire Resistance Measurement / TM150 R_Wire Meas

    631

  • TM150 Wire Resistance Value / TM150 R_Wire Value

    632

  • TM150 Group Channel Assignment / TM150 Grp Channel

    633

  • CO: TM150 Group Temperature Actual Value Maximum Value

    633

  • CO: TM150 Group Temperature Actual Value Minimum Value

    634

  • CO: TM150 Group Temperature Average Actual Value / TM150 Grp Temp Av

    634

  • TM150 Group Sensor Error Effect / TM150 Error Effect

    634

  • TM150 Fault Threshold/Alarm Threshold Hysteresis / TM150 Thresh Hyst

    635

  • TM150 Activate/Deactivate Smoothing / TM150 Smooth Act

    635

  • TM150 Temperature Filter Time Constant / TM150 Temp_Filt T

    636

  • TM150 Filter Rated Line Frequency / TM150 Filt F_Line

    636

  • Motor Temperature Sensor 1 Sensor Type / Temp_Sens 1 Type

    636

  • Motor Temperature Sensor 2 Sensor Type / Temp_Sens 2 Type

    637

  • Motor Temperature Sensor 3 Sensor Type / Temp_Sens 3 Type

    637

  • Motor Temperature Sensor 4 Sensor Type / Temp_Sens 4 Type

    638

  • Motor Temperature Sensor 1 Sensor Type MDS / Temp Sens1 Typ MDS

    638

  • Motor Temperature Sensor 2 Sensor Type MDS / Temp Sens2 Typ MDS

    638

  • Motor Temperature Sensor 3 Sensor Type MDS / Temp Sens3 Typ MDS

    639

  • Motor Temperature Sensor 4 Sensor Type MDS / Temp Sens4 Typ MDS

    639

  • Motor Temperature Measured / Mot_Temp Meas

    640

  • Encoder Diagnostics State Machine / Enc Diag Stat_Ma

    640

  • OEM Encoder Diagnostic Signal Selection / OEM Enc Diag Sel

    640

  • Encoder Functional Reserve Component Number / Enc Fct_Res Num

    641

  • Encoder Functional Reserve / Enc Fct_Reserve

    641

  • XIST1_ERW Reset Mode / XIST1_ERW Res Mode

    641

  • CO: XIST1_ERW Actual Value / XIST1_ERW Actval

    642

  • CO/BO: XIST1_ERW Status / XIST1_ERW Stat

    643

  • BI: XIST1_ERW Reset Signal Source / XIST1_ERW Ress_Src

    643

  • Sensor Module Filter Bandwidth / SM Filt_Bandw

    644

  • Sensor Module Filter Bandwidth Display / SM Filt_Bandw Disp

    644

  • Encoder Characteristic Type / Enc Char_Type

    645

  • Encoder Characteristic K0 / Enc Char K0

    645

  • Encoder Characteristic K1 / Enc Char K1

    645

  • Encoder Characteristic K2 / Enc Char K2

    646

  • Encoder Characteristic K3 / Enc Char K3

    646

  • Analog Sensor Configuration / Ana_Sens Config

    646

  • Analog Sensor Input / Ana_Sens Inp

    647

  • Analog Sensor Channel a Voltage at Actual Value Zero

    647

  • Analog Sensor Channel a Voltage Per Encoder Period / Ana_Sens a U/Per

    647

  • Analog Sensor Channel B Voltage at Actual Value Zero

    648

  • Analog Sensor Channel B Voltage Per Encoder Period

    648

  • Analog Sensor Range Limit Threshold / Ana_Sens Lim Thr

    648

  • Analog Sensor LVDT Configuration / Ana_Sens LVDT Conf

    648

  • Analog Sensor LVDT Ratio / An_Sens LVDT Ratio

    649

  • Analog Sensor LVDT Phase / An_Sens LVDT Ph

    649

  • Zero Mark Monitoring Tolerance Permissible / Zm_Monit Tol Perm

    649

  • Zero Mark Monitoring Tolerance Window Limit 1 Positive

    649

  • Zero Mark Monitoring Tolerance Window Alarm Threshold Positive

    650

  • Zero Mark Monitoring Tolerance Window Alarm Threshold Negative

    650

  • Speed Actual Value Mean Value Generation / N_Act Mean Val

    650

  • Zero Mark Minimum Length / ZM Min Length

    651

  • CO: Zero Mark Monitoring Differential Pulse Count / ZM Diff_Pulse Qty

    651

  • CO: Squarewave Encoder Diagnostics / Sq-Wave Enc Diag

    651

  • SMI Spare Part Component Number / SMI Comp_No

    652

  • SMI Spare Part Save/Download Data / Save/Dl SMI Data

    652

  • SMI Spare Part Save Data of All Smis / Save SMI Data

    654

  • SMI Spare Part Data Backup Directory / SMI Dat_Bkup dir

    654

  • SMI Spare Part Data Backup Motor Order Number / SMI Dat_Bkup MLFB

    655

  • Trace Control / Trace Control

    655

  • Measuring Function Control / Meas Fct Ctrl

    655

  • Trace Options / Trace Options

    655

  • Trace Status / Trace Status

    656

  • Measuring Function Status / Meas Fct Status

    656

  • Measurement Function Configuration / Meas Fct Config

    656

  • Trace Memory Space Required / Trace Mem Required

    657

  • Trace Memory Space Required for Measuring Functions

    657

  • Trace Trigger Condition / Trace Trig_Cond

    657

  • Trace Trigger Signal / Trace Trig_Signal

    657

  • Trace Trigger Threshold / Trace Trig_Thresh

    658

  • Trace Tolerance Band Trigger Threshold 1 / Trace Trig Thr 1

    658

  • Trace Tolerance Band Trigger Threshold 2 / Trace Trig Thr 2

    658

  • Trace Bit Mask Trigger, Bit Mask / Trace Trig Mask

    659

  • Trace Bit Mask Trigger Trigger Condition / Trace Trig_Cond

    659

  • Measuring Function Number of Averaging Operations / Meas Fct Avg Qty

    659

  • Measuring Function Number of Stabilizing Periods / Measfct Stabperqty

    659

  • Trace Recording Cycle / Trace Record_Cyc

    660

  • Trace Recording Time / Trace Record_Time

    660

  • Trace Trigger Delay / Trace Trig_Delay

    660

  • Trace Time Slice Cycle / Trace Cycle

    660

  • Trace Average in the Time Range / Trace Average

    661

  • Trace Data Type 1 Traced / Trace Rec Type 1

    661

  • Trace Data Type 2 Traced / Trace Rec Type 2

    661

  • Trace Data Type 3 Traced / Trace Rec Type 3

    661

  • Trace Number of Recorded Values / Trace Rec Values

    662

  • Trace Record Signal 0 / Trace Record Sig 0

    662

  • Trace Record Signal 1 / Trace Record Sig 1

    662

  • Trace Record Signal 2 / Trace Record Sig 2

    662

  • Trace Record Signal 3 / Trace Record Sig 3

    663

  • Trace Record Signal 5 / Trace Record Sig 5

    663

  • Trace Record Signal 4 / Trace Record Sig 4

    663

  • Trace Record Signal 6 / Trace Record Sig 6

    664

  • Trace Record Signal 7 / Trace Record Sig 7

    664

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

    664

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

    665

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

    665

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

    665

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

    665

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

    666

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

    666

  • Trace 1 Trace Buffer Signal 0 Floating Point / Trace 1 Trace Sig0

    666

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

    666

  • Trace 1 Trace Buffer Signal 3 Floating Point / Trace 1 Tr Sig 3

    667

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

    667

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

    667

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

    667

  • Trace 0 Trace Buffer Signal 0 / Trace 0 Tr Sig 0

    668

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

    668

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

    668

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

    668

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

    669

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

    669

  • Trace 0 Trace Buffer Signal 6 / Trace 0 Tr Sig 6

    669

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

    669

  • Trace 1 Trace Buffer Signal 1 / Trace 1 Tr Sig 1

    670

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

    670

  • Trace 1 Trace Buffer Signal 3 / Trace 1 Tr Sig 3

    670

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

    670

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

    671

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

    671

  • Trace Physical Address Signal 0 / Trace Phyaddr Sig0

    671

  • Trace Physical Address Signal 1 / Trace Phyaddr Sig1

    671

  • Trace Physical Address Signal 2 / Trace Phyaddr Sig2

    672

  • Trace Physical Address Signal 3 / Trace Phyaddr Sig3

    672

  • Trace Physical Address Signal 4 / Trace Phyaddr Sig4

    672

  • Trace Physical Address Signal 5 / Trace Phyaddr Sig5

    672

  • Trace Physical Address Signal 6 / Trace Phyaddr Sig6

    673

  • Trace Physical Address Signal 7 / Trace Phyaddr Sig7

    673

  • Trace Physical Address Trigger Signal / Trace Phyaddr Trig

    673

  • Trace Data Type 5 Traced / Trace Rec Type 5

    673

  • Trace Data Type 6 Traced / Trace Rec Type 6

    674

  • Trace Data Type 7 Traced / Trace Rec Type 7

    674

  • Trace Data Type 8 Traced / Trace Rec Type 8

    674

  • Trace Memory Bank Changeover / Trace Mem Changeov

    674

  • Trace 1 Trigger Instant / Trace 1 T_Trigger

    675

  • Trace Memory Location Free / Trace Mem Free

    675

  • Function Generator Control / FG Control

    675

  • Function Generator Status / FG Status

    676

  • BO: Function Generator Status Signal / FG Status Signal

    676

  • Function Generator Mode / FG Operating Mode

    676

  • Function Generator Physical Address / FG Phys Address

    677

  • Function Generator Physical Address Reference Value

    677

  • Function Generator Drive Number / FG Drive Number

    677

  • Function Generator Output Signal Integer Number Scaling

    677

  • CO: Function Generator Output Signal Integer Number

    678

  • CO: Function Generator Output Signal / FG Outp_Sig

    678

  • BI: Function Generator Control / FG Control

    678

  • Function Generator Signal Shape / FG Signal Shape

    678

  • Function Generator Period / FG Period Duration

    679

  • Function Generator Pulse Width / FG Pulse Width

    679

  • Function Generator Bandwidth / FG Bandwidth

    679

  • Function Generator Amplitude / FG Amplitude

    679

  • Function Generator Offset / FG Offset

    680

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

    680

  • Function Generator Lower Limit / FG Lower Limit

    680

  • Function Generator Upper Limit / FG Upper Limit

    680

  • Function Generator Time Slice Cycle / FG Time Slice

    681

  • Function Generator Amplitude Scaling / FG Amplitude Scal

    681

  • Function Generator Offset Scaling / FG Offset Scal

    681

  • CO: Function Generator Free Measurement Output Signal

    682

  • Function Generator Free Measurement Function Scaling

    682

  • Mtrace Cycle Number Setting / Cycle Number

    682

  • Mtrace Cycle Actual Display / Cycle Act Display

    683

  • Mtrace Ring Buffer Files Number / Ring Buff File Qty

    683

  • OA DO-Specific Number / OA DO Qty

    683

  • OA DO-Specific Identifier Total Length / OA DO ID Tot_Lgth

    683

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

    684

  • OA DO-Specific Identifier / OA DO Ident

    684

  • OA DO-Specific Activation / OA DO Act

    684

  • OA DO-Specific Version / OA DO Version

    684

  • OA DO-Specific Interface Version / OA DO Interf_Vers

    685

  • OA DO-Specific GUID / OA DO GUID

    685

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

    685

  • OA Invalid Number / OA Inv No.

    686

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

    686

  • OA Invalid Identifier Total Length / OA Inv ID Tot_Lgth

    686

  • OA Invalid Identifier / OA Inv ID

    686

  • OA Invalid Error Code / OA Inv Error Code

    687

  • OA Number / OA no

    687

  • OA Identifier Total Length / OA ID Tot_Length

    687

  • OA GUID Total Length / OA GUID Tot_Length

    687

  • OA Identifier / OA ID

    688

  • OA Version / OA Version

    688

  • OA Interface Version / OA Interf_Vers

    688

  • Oa Guid / Oa Guid

    689

  • Oa Guid es / Oa Guid es

    689

  • OA Activation Status / OA Act Stat

    689

  • OA Properties / OA Property

    690

  • Autotuning Selection / Autotuning Select

    690

  • One Button Tuning Configuration / OBT Config

    691

  • Online Tuning Configuration / OT Config

    691

  • Mot_Temp_Mod 3 Ambient Temperature Image P0613 / Ambtmp Image P0613

    692

  • Mot_Temp_Mod 3 Alarm Threshold Image P5390 / a Thr Image P5390

    693

  • Mot_Temp_Mod 3 Fault Threshold Image P5391 / F Thr Image P5391

    693

  • Pe Energy Saving Mode ID / Pe Mode ID

    693

  • Pe Energy-Saving Mode Pause Time Minimal / Pe Mod T_Pause Min

    693

  • Pe Energy-Saving Mode Dwell Time Maximum / Pe T_Dwell Max

    694

  • Pe Energy-Saving Properties Mode-Dependent / Pe Properties Mod

    694

  • CO/BO: Pe Energy-Saving Active/Inactive / Pe Save Act/Inact

    695

  • BI: Pe Set Switch-On Inhibit Signal Source / Pe Sw On_Inh S_Src

    695

  • Motor Module Phase Shift Second System / MM Ph_Sh 2Nd Sys

    695

  • Voltage Model Angle Smoothing / Volt_Mod Angle Sm

    696

  • VSM Offset Voltage U1 — U2 / VSM Offset U1 — U2

    696

  • VSM Offset Voltage U2 — U3 / VSM Offset U2 — U3

    696

  • Voltage Actual Values, Offset Mode / U_Act_0 Offsetmode

    696

  • Recorder Settings Display / Rec Setting Displ

    697

  • CO/BO: Recorder Status Word / Rec ZSW

    697

  • Recorder Trigger 2 Bit Mask / Rec Trig 2 Mask

    697

  • CI: Recorder Trigger 2 Signal Source / Rec Trig 2 S_Src

    698

  • Recorder Signals / Rec Sig

    698

  • CO: Recorder Sequencer State / Rec State

    698

  • BI: Recorder Trigger 1 Signal Sources / Rec Trig 1 S_Src

    698

  • Recorder Parameterization / Rec Par

    699

  • CO: Par_Circuit No. of Active Power Units / Qty Active PU

    699

  • Par_Circuit Power Units Enable / PU Enable

    700

  • CO: Par_Circuit Status Power Units / Status PU

    700

  • Par_Circuit Winding System / Wind_Sys

    700

  • Par_Circuit Current Dissymmetry Alarm Threshold / I_Dissym a Thresh

    701

  • Par_Circuit DC Link Voltage Dissymmetry Alarm Threshold

    701

  • Par_Circuit Holding Brake Power Unit Data Set / Brake PDS

    701

  • CO: Par_Circuit Deviation Current in Phase U / Phase U Curr Dev

    702

  • CO: Par_Circuit Deviation Current in Phase V / Phase V Curr Dev

    702

  • CO: Par_Circuit Deviation Current in Phase W / Phase W Curr Dev

    702

  • CO: Par_Circuit Max. Deviation Currents Phase U / Phase U Max I_Dev

    702

  • CO: Par_Circuit Max. Deviation Currents Phase V / Phase V Max I_Dev

    703

  • CO: Par_Circuit Max. Deviation Currents Phase W / Phase W Max I_Dev

    703

  • CO: Par_Circuit DC Link Voltage Deviation / VDC Deviation

    703

  • CO: Par_Circuit DC Link Voltage Maximum Deviation / VDC Deviation Max.

    703

  • Par_Circuit Circulating Current Control Operating Mode

    704

  • Par_Circuit Circulating Current Control Proportional Gain

    704

  • Par_Circuit Circulating Current Control Integral Time

    704

  • Par_Circuit Circulating Current Control Limit / I_Circ Limit

    704

  • Par_Circuit Correction Valve Lockout Time Phase U / Comp T_Lockout U

    705

  • Par_Circuit Correction Valve Lockout Time Phase V / Comp T_Lockout V

    705

  • Par_Circuit Correction Valve Lockout Time Phase W / Comp T_Lockout W

    705

  • Par_Circuit Circulating Current Phase U / Circ_I_Phase U

    705

  • Par_Circuit Circulating Current Phase V / Circ_I_Phase V

    706

  • Par_Circuit Circulating Current Phase W / Circ_I_Phase W

    706

  • Par_Circuit Ring Buffer Fault/Alarm Code / Fault/Alarm Code

    706

  • Par_Circuit Ring Buffer Data Set Number / Ring Buffer Ds_No

    706

  • Par_Circuit Ring Buffer Fault/Alarm Received / F/A Received

    707

  • Par_Circuit Ring Buffer Fault/Alarm Gone / F/A Gone

    707

  • Par_Circuit Power Unit Overload I2T / PU Overload I2T

    707

  • CO: Par_Circuit Power Unit Temperatures Max. Inverter

    707

  • Par_Circuit Power Unit Temperatures Max. Depletion Layer

    708

  • CO: Par_Circuit Power Unit Temperatures Max. Rectifier

    708

  • CO: Par_Circuit Power Unit Temperatures Air Intake

    708

  • Par_Circuit Power Unit Temperatures Electronics / PU Temp Electr

    708

  • Par_Circuit Power Unit Temperatures Inverter 2 / PU Temp Inv 2

    709

  • Par_Circuit Power Unit Temperatures Inverter 3 / PU Temp Inv 3

    709

  • Par_Circuit Power Unit Temperatures Inverter 4 / PU Temp Inv 4

    709

  • Par_Circuit Power Unit Temperatures Inverter 5 / PU Temp Inv 5

    709

  • Par_Circuit Power Unit Temperatures Inverter 1 / PU Temp Rect 1

    710

  • Par_Circuit Power Unit Temperatures Inverter 2 / PU Temp Rect 2

    710

  • Par_Circuit Power Unit Temperatures Depletion Layer 1

    710

  • Par_Circuit Power Unit Temperatures Depletion Layer 2

    710

  • Par_Circuit Power Unit Temperatures Depletion Layer 4

    711

  • Par_Circuit Power Unit Temperatures Depletion Layer 5

    711

  • Par_Circuit Power Unit Temperatures Depletion Layer 6

    711

  • CO: Par_Circuit Drive Output Current Maximum / Drv I_Outp Max

    711

  • CO: Par_Circuit Phase Current Actual Value Phase U

    712

  • CO: Par_Circuit Phase Current Actual Value Phase V

    712

  • CO: Par_Circuit Phase Current Actual Value Phase W

    712

  • CO: Par_Circuit Phase Current Actual Value Phase U Offset

    712

  • CO: Par_Circuit Phase Current Actual Value Phase W Offset

    713

  • CO: Par_Circuit Phase Current Actual Value Sum U, V, W

    713

  • CO: Par_Circuit DC Link Voltage Actual Value / Vdc_Act

    713

  • CO: Par_Circuit Phase Voltage Actual Value Phase U

    713

  • CO: Par_Circuit Phase Voltage Actual Value Phase W

    714

  • Par_Circuit Gating Unit Status Word 1 / Gating Unit ZSW1

    714

  • Par_Circuit Power Unit Rated Power / PU P_Rated

    714

  • Par_Circuit Power Unit Rated Current / PU Pi_Rated

    715

  • Par_Circuit Maximum Power Unit Current / PU I_Max

    715

  • IGBT Power Cycling Counter Valve 1 / IGBT Load Count 1

    715

  • IGBT Power Cycling Counter Valve 2 / IGBT Load Count 2

    716

  • IGBT Power Cycling Counter Valve 3 / IGBT Load Count 3

    716

  • IGBT Power Cycling Counter Valve 4 / IGBT Load Count 4

    716

  • IGBT Power Cycling Counter Valve 5 / IGBT Load Count 5

    717

  • IGBT Power Cycling Counter Valve 6 / IGBT Load Count 6

    717

  • KHP Control Unit Serial Number / KHP CU Ser_No

    718

  • KHP Control Unit Reference Serial Number / KHP CU Ref Ser_No

    718

  • Write Protection/Know-How Protection Status / Wr_Prot/Khp Stat

    718

  • Write Protection / Write Protection

    719

  • Write Protection Multi-Master Fieldbus System Access Behavior

    719

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

    720

  • KHP OEM Exception List / KHP OEM Excep List

    720

  • KHP Configuration / KHP Config

    720

  • KHP Password Input / KHP Passw Input

    721

  • KHP Password New / KHP Passw New

    722

  • KHP Password Confirmation / KHP Passw Confirm

    722

  • KHP Memory Card Reference Serial Number / KHP Mem Ref Ser_No

    722

  • NVRAM Action / NVRAM Action

    722

  • NVRAM Data Backup/Import/Delete / NVRAM Backup

    723

  • Service Report / Service Report

    723

  • Power Unit Sign-Of-Life Monitoring Tolerance Window / PU Sol Monit Tol

    724

  • Power Unit Sign-Of-Life Monitoring Fault Threshold

    724

  • Component Trace Signal / Comp Trace Sig

    724

  • Component Trace Trigger / Comp Trace Trigger

    725

  • Upload Component Trace Data / Upload Comp Trace

    726

  • DRIVE-Cliq Component Component Number / DQ Compo_No

    726

  • DRIVE-Cliq Component Parameter Number / DQ Para_No

    726

  • DRIVE-Cliq Component Parameter Index / DQ Para_Index

    726

  • DRIVE-Cliq Component Read Parameter Value / Read DQ Value

    727

  • DRIVE-Cliq Component Versions / DQ Comp Version

    727

  • Firmware Update Automatic / FW Update Auto

    727

  • Firmware Update Progress Display / FW Update Progress

    728

  • Firmware Download Component Number / FW Downl Comp_No

    728

  • Activate Firmware Download / FW Download Act

    728

  • Telegram Diagnostics Selection / Telegr Diag Sel

    729

  • Telegram Diagnostics Signals / Telegr Diag Sig

    729

  • Telegram Diagnostics Numerical Format / Telegr Diag Format

    731

  • Telegram Diagnostics Unsigned / Telegr Diag Unsign

    731

  • Telegram Diagnostics Signed / Telegr Diag Sign

    731

  • Telegram Diagnostics Real / Telegr Diag Real

    732

  • Memory Card Serial Number / Mem_Card Ser.no

    734

  • Memory Card/Device Memory Firmware Version / Mem_Crd/Dev_Mem FW

    734

  • Drive Object Operational/Not Operational / DO Ready for Oper

    735

  • Number of Indices for R7853 / Qty Indices R7853

    735

  • Component Available/Not Available / Comp Present

    735

  • Sub-Boot Mode / Sub-Boot Mode

    736

  • Component Number Global / Comp_No Global

    736

  • Status/Configuration Changes Global / Changes Global

    736

  • Configuration Changes Drive Object Reference / Config_Chng DO Ref

    737

  • Status Changes Drive Object Reference / Status_Chng DO Ref

    737

  • Configuration Changes Global / Config_Chng Global

    738

  • Configuration Changes Drive Object / Config_Chng DO

    739

  • Drive Object Status Changes / DO Stat_Chng

    745

  • Drive Objects Priority / DO Priority

    745

  • Sampling Times / T_Sample

    746

  • Hardware Sampling Times Still Assignable / HW T_Samp Free

    746

  • BI: Input Signal Bit-Serially 0 / Input_Sig Bit 0

    746

  • BI: Input Signal Bit-Serially 1 / Input_Sig Bit 1

    747

  • CI: Input Signal Word-Serially 0 / Input_Sig Word 0

    747

  • CI: Input Signal Word-Serially 1 / Input_Sig Word 1

    747

  • CI: Input Signal Word-Serially 2 / Input_Sig Word 2

    748

  • CI: Input Signal Word-Serially 3 / Input_Sig Word 3

    748

  • BO: Output Signal Bit-Serially 0 / Outp_Sig Bit 0

    748

  • BO: Output Signal Bit-Serially 1 / Outp_Sig Bit 1

    748

  • CO: Output Signal Wordwise 0 / Outp_Sig Word 0

    749

  • CO: Output Signal Wordwise 1 / Outp_Sig Word 1

    749

  • CO: Output Signal Wordwise 2 / Outp_Sig Word 2

    749

  • CO: Output Signal Wordwise 3 / Outp_Sig Word 3

    750

  • Aop Local/Remote / Aop Local/Remote

    750

  • Macro Execution Actual / Macro Executed

    751

  • CAN Device Type / Device Type

    751

  • CAN Error Register / Error Register

    752

  • CAN SYNC Object / SYNC Object

    752

  • CAN COB-ID Emergency Message / COB-ID EMCY Msg

    752

  • CAN Life Guarding / Life Guarding

    753

  • CAN Producer Heartbeat Time / Prod Heartb Time

    753

  • CAN Identity Object / Identity Object

    753

  • CAN Clear Bus off Error / Clear Bus off Err

    754

  • CAN Error Behavior / Error Behavior

    754

  • CAN First Server SDO / First Server SDO

    754

  • CAN Pre-Defined Error Field / Pre_Def Err Field

    755

  • CAN Drive Object Server SDO / DO Server SDO

    757

  • CAN Node-ID / Node ID

    757

  • CAN Node-ID Active / Node ID Active

    758

  • CAN Bit Rate / Bit Rate

    758

  • CAN Bit Timing Selection / Bit Timing Select

    758

  • CAN Virtual Objects / Virtual Objects

    759

  • CAN Abort Connection Option Code / Abort con Opt Code

    760

  • CAN Diagnosis Hardware / Diagnostics HW

    760

  • CAN NMT State after Booting / NMT State Aft Boot

    761

  • CAN NMT States / NMT States

    761

  • CAN: RPDO Monitoring Time / RPDO T_Monit

    761

  • CAN Receive PDO 1 / Receive PDO 1

    761

  • CAN Receive PDO 2 / Receive PDO 2

    762

  • CAN Receive PDO 3 / Receive PDO 3

    762

  • CAN Receive PDO 4 / Receive PDO 4

    762

  • CAN Receive PDO 5 / Receive PDO 5

    763

  • CAN Receive PDO 6 / Receive PDO 6

    763

  • CAN Receive PDO 7 / Receive PDO 7

    763

  • CAN Receive PDO 8 / Receive PDO 8

    764

  • CAN Receive Mapping for RPDO 1 / Mapping RPDO 1

    764

  • CAN Receive Mapping for RPDO 2 / Mapping RPDO 2

    764

  • CAN Receive Mapping for RPDO 3 / Mapping RPDO 3

    765

  • CAN Receive Mapping for RPDO 4 / Mapping RPDO 4

    765

  • CAN Receive Mapping for RPDO 5 / Mapping RPDO 5

    765

  • CAN Receive Mapping for RPDO 6 / Mapping RPDO 6

    766

  • CAN Receive Mapping for RPDO 7 / Mapping RPDO 7

    766

  • CAN Receive Mapping for RPDO 8 / Mapping RPDO 8

    766

  • CAN Transmit PDO 1 / Transmit PDO 1

    767

  • CAN Transmit PDO 2 / Transmit PDO 2

    767

  • CAN Transmit PDO 3 / Transmit PDO 3

    768

  • CAN Transmit PDO 4 / Transmit PDO 4

    768

  • CAN Transmit PDO 5 / Transmit PDO 5

    769

  • CAN Transmit PDO 6 / Transmit PDO 6

    769

  • CAN Transmit PDO 7 / Transmit PDO 7

    770

  • CAN Transmit PDO 8 / Transmit PDO 8

    770

  • CAN Transmit Mapping for TPDO 1 / Mapping TPDO 1

    771

  • CAN Transmit Mapping for TPDO 2 / Mapping TPDO 2

    771

  • CAN Transmit Mapping for TPDO 3 / Mapping TPDO 3

    771

  • CAN Transmit Mapping for TPDO 4 / Mapping TPDO 4

    771

  • CAN Transmit Mapping for TPDO 5 / Mapping TPDO 5

    772

  • CAN Transmit Mapping for TPDO 6 / Mapping TPDO 6

    772

  • CAN Transmit Mapping for TPDO 7 / Mapping TPDO 7

    772

  • CAN Transmit Mapping for TPDO 8 / Mapping TPDO 8

    773

  • CAN PDO Available Number / PDO Available No.

    773

  • CAN Assignment Drive/Drive ID / Drive ID

    773

  • CO: CAN Free PZD Receive Objects 16 Bit / Free PZD Recv 16

    774

  • CI: CAN Free PZD Send Objects 16 Bit / Free PZD Send 16

    774

  • CO: CAN Free PZD Receive Objects 32 Bit / Free PZD Recv 32

    775

  • CI: CAN Free PZD Send Objects 32 Bit / Free PZD Send 32

    776

  • CAN Mapped 16-Bit Receive Objects / RPDO 16 Mapped

    776

  • CAN Mapped 16-Bit Transmit Objects / TPDO 16 Mapped

    777

  • CAN Mapped 32-Bit Receive Objects / RPDO 32 Mapped

    777

  • CAN Mapped 32-Bit Transmit Objects / TPDO 32 Mapped

    778

  • CO: CAN Operating Mode Display / Op Mode Display

    778

  • CO: CAN Status Word / Status Word

    778

  • BI: CAN Status Word Bit 8 / Status Word Bit 8

    779

  • BI: CAN Status Word Bit 14 / Status Word Bit 14

    779

  • BI: CAN Status Word Bit 15 / Status Word Bit 15

    779

  • CAN Control Word — Auto Interconnection / STW Interc Auto

    779

  • CAN Stop Option Code / Stop Opt_Code

    780

  • CO: CAN Velocity Mode I16 Setpoint / Vel Mod I16 Set

    780

  • CO/BO: CAN Control Word / Control Word

    781

  • CO: CAN Profile Velocity Mode I32 Setpoints / Pr Vel Mo I32 Set

    781

  • CO: CAN Profile Torque Mode I16 Setpoints / Pr Tq Mod I16 Set

    781

  • CAN Speed Conversion Factor / N_Conv_Factor

    782

  • Identification and Maintenance 4 Configuration / I&M 4 Config

    782

  • Identification and Maintenance 1 / I&M 1

    782

  • Identification and Maintenance 2 / I&M 2

    783

  • Identification and Maintenance 3 / I&M 3

    783

  • Identification and Maintenance 4 / I&M 4

    783

  • SINAMICS Link Project Selection / SINAMICS Link Proj

    784

  • SINAMICS Link Settings / SINAMICS Link Cl C

    784

  • IF1/IF2 PZD Functionality Selection / IF1/IF2 PZD Fct

    785

  • Cbe2X Remote Controller Number / Cbe2X Rem Ctrl Num

    785

  • CBE20 Firmware Selection / CBE20 FW Sel

    785

  • SINAMICS Link Address / SINAMICS Link Add

    786

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

    786

  • PZD Interface Hardware Assignment / PZD if HW Assign

    786

  • COMM BOARD Monitoring Time / CB T_Monit

    787

  • COMM BOARD Send Configuration Data / CB S Config_Dat

    787

  • Activate COMM BOARD Send Configuration / CB S Config Act

    787

  • BO: IF2 PZD State / IF2 PZD State

    788

  • IF2 Fault Delay / IF2 F Delay

    788

  • IF2 PZD Sampling Time / IF2 PZD T_Sample

    788

  • COMM BOARD Receive Configuration Data / CB R Config_Dat

    789

  • CO: IF2 PZD Receive Word / IF2 PZD Recv Word

    789

  • CI: IF2 PZD Send Word / IF2 PZD Send Word

    792

  • IF2 Diagnostics PZD Send / IF2 Diag PZD Send

    794

  • COMM BOARD Read Diagnostics Channel / CB Diag_Chan Read

    798

  • COMM BOARD Identification Data / CB Ident Data

    798

  • CO: IF2 PZD Receive Double Word / IF2 PZD Recv DW

    799

  • CI: IF2 PZD Send Double Word / IF2 PZD Send DW

    800

  • IF2 Diagnostics PZD Send Double Word / IF2 Diag Send DW

    801

  • IF2 PZD Maximum Interconnected / IF2 Pzdmaxintercon

    803

  • SINAMICS Link Receive Telegram Word PZD / Recv Link Word

    803

  • SINAMICS Link Send Telegram Word PZD / Send Link Word

    804

  • SINAMICS Link Address Receive PZD / Link Addr Recv

    805

  • IF2 Diagnostics Bus Address PZD Receive / IF2 Diag Addr Recv

    805

  • IF2 Diagnostics Telegram Offset PZD Receive / if Diag Offs Recv

    808

  • IF2 Diagnostics Telegram Offset PZD Send / IF2 Diag Offs Send

    810

  • BI: IF2 Binector-Connector Converter Status Word 1 / Bin/Con ZSW1

    812

  • BI: IF2 Binector-Connector Converter Status Word 2 / Bin/Con ZSW2

    813

  • BI: IF2 Binector-Connector Converter Status Word 3 / Bin/Con ZSW3

    813

  • BI: IF2 Binector-Connector Converter Status Word 4 / Bin/Con ZSW4

    814

  • BI: IF2 Binector-Connector Converter Status Word 5 / Bin/Con ZSW5

    814

  • IF2 Invert Binector-Connector Converter Status Word

    815

  • CO: IF2 Send Binector-Connector Converter Status Word

    815

  • BO: IF2 PZD1 Receive Bit-Serial / IF2 PZD1 Recv Bitw

    816

  • BO: IF2 PZD2 Receive Bit-Serial / IF2 PZD2 Recv Bitw

    816

  • BO: IF2 PZD3 Receive Bit-Serial / IF2 PZD3 Recv Bitw

    817

  • BO: IF2 PZD4 Receive Bit-Serial / IF2 PZD4 Recv Bitw

    817

  • BO: IF2 Connector-Binector Converter Binector Output / Con/Bin Outp

    818

  • IF2 Invert Connector-Binector Converter Binector Output

    819

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

    819

  • IE Name of Station / IE Name Stat

    819

  • IE IP Address of Station / IE IP of Stat

    820

  • IE Default Gateway of Station / IE Def Gateway

    820

  • IE Subnet Mask of Station / IE Subnet Mask

    820

  • IE DHCP Mode / IE DHCP Mode

    820

  • IE Interface Configuration / IE if Config

    821

  • Activate FTP / Act FTP

    821

  • PN Device ID / PN Device ID

    822

  • IE Name of Station Active / IE Name Stat Act

    822

  • IE IP Address of Station Active / IE IP of Stat Act

    822

  • IE Default Gateway of Station Active / IE Def Gateway Act

    822

  • IE Subnet Mask of Station Active / IE Subnet Mask Act

    823

  • IE DHCP Mode of Station Active / IE DHCP Mode Act

    823

  • IE MAC Address of Station / IE MAC of Station

    823

  • PN Name of Station / PN Name Stat

    823

  • PN IP Address of Station / PN IP of Stat

    824

  • PN Default Gateway of Station / PN Def Gateway

    824

  • PN Subnet Mask of Station / PN Subnet Mask

    824

  • PN DHCP Mode / PN DHCP Mode

    824

  • PN Interface Configuration / PN if Config

    825

  • PN Remote Controller Number / PN Rem Ctrl Num

    825

  • PN Name of Station Active / PN Name Stat Act

    826

  • PN IP Address of Station Active / PN IP of Stat Act

    826

  • PN Default Gateway of Station Active / PN Def Gateway Act

    826

  • PN Subnet Mask of Station Active / PN Subnet Mask Act

    826

  • PN MAC Address of Station / PN MAC of Station

    827

  • PN State Cyclic Connections / PN Stat Cyc Conn

    827

  • PN Diagnostics / PN Diag

    827

  • Pn Dap ID / Pn Dap ID

    828

  • Cbe2X Name of Station / Cbe2X Name Stat

    828

  • Cbe2X IP Address of Station / Cbe2X IP of Stat

    828

  • Cbe2X Default Gateway of Station / Cbe2X Def Gateway

    829

  • Cbe2X Subnet Mask of Station / Cbe2X Subnet Mask

    829

  • Cbe2X DHCP Mode / Cbe2X DHCP Mode

    829

  • Cbe2X Interface Configuration / Cbe2X Int Config

    830

  • Cbe2X Name of Station Active / Cbe2X Name Act

    830

  • Cbe2X IP Address of Station Active / Cbe2X IP Act

    830

  • Cbe2X Default Gateway of Station Active / Cbe2X Def GW Act

    830

  • Cbe2X Subnet Mask of Station Active / Cbe2X Sub Mask Act

    831

  • Cbe2X DHCP Mode Active / Cbe2X DHCP Act

    831

  • Cbe2X MAC Address of Station / Cbe2X MAC Addr

    831

  • Cbe2X DAP ID / Cbe2X DAP ID

    831

  • PN Subslot Controller Assignment / PN Subslot Assign

    832

  • PN IP Address Remote Controller 1 / IP Addr Rem Ctrl1

    832

  • PN IP Address Remote Controller 2 / IP Addr Rem Ctrl2

    832

  • Profisafe Wait for Clock Synchronization / PS Wait Sync

    832

  • Cbe2X Subslot Controller Assignment / Cbe2X Subslot

    833

  • Cbe2X IP Address Remote Controller 1 / Cbe2X IP Rem Ctrl1

    833

  • Cbe2X IP Address Remote Controller 2 / Cbe2X IP Rem Ctrl2

    833

  • Web Server Configuration / Web Serv Config

    833

  • Web Server Port Assignment / Webserv Portassign

    834

  • Topology Direct Access / Topo Access

    834

  • Topology Direct Access Integer Value / Topo Access Int

    835

  • Topology Direct Access String / Topo Access String

    835

  • Flashing Component Number / Flash Comp_No

    835

  • Flash Function / Flash Fct.

    835

  • Statistic Number of Entries / Statistic Size

    836

  • Statistic Components ID / Statistic Compid

    836

  • Statistic Drive-Cliq Acyclic Communication / Statistic

    836

  • SI Motion Monitoring Clock Cycle (Motor Module) / si Mtn Clock MM

    837

  • SI Motion Enable Safety Functions (Motor Module) / si Mtn Enable MM

    837

  • SI Motion Axis Type (Motor Module) / si Mtn Axistype MM

    837

  • SI Motion SP Modulo Value (Motor Module) / si Mtn SP Mod MM

    838

  • SI Motion Function Specification (Motor Module) / si Mtn Fct_Spc MM

    838

  • SI Motion Function Configuration MM / si Mtn Config MM

    838

  • SI Motion Actual Value Sensing Clock Cycle (Motor Module)

    840

  • Select si Motion Safety Functions Without Selection (MM)

    840

  • SI Motion Non Safety-Relevant Measuring Steps POS1 (MM)

    841

  • SI Motion Absolute Encoder Linear Measuring Steps (MM)

    841

  • SI Motion Coarse Position Value Configuration (Motor Module)

    841

  • SI Motion Encoder Configuration, Safety Functions (Motor Module)

    841

  • SI Motion Linear Scale Grid Division (Motor Module)

    842

  • SI Motion Encoder Pulses Per Revolution (Motor Module)

    842

  • SI Motion Fine Resolution G1_XIST1 (Motor Module) / si Mtn G1_XIST1 MM

    842

  • SI Motion Spindle Pitch (Motor Module) / si Mtn Sp_Pitch MM

    843

  • SI Motion Gearbox Encoder (Motor)/Load Denom (Motor Module)

    843

  • SI Motion Gearbox Encoder (Motor)/Load Numerator (Motor Module)

    843

  • SI Motion Red. Coarse Position Value Valid Bits (Motor Module)

    844

  • SI Motion Redundant Coarse Pos. Value Fine Resolution Bits (MM)

    844

  • SI Motion Redundant Coarse Pos. Value Relevant Bits (MM)

    844

  • SI Motion Encoder Assignment (Motor Module) / si Mtn Encoder MM

    844

  • SI Motion Sensor Module Node Identifier (Motor Module)

    845

  • SI Motion Gx_Xist1 Coarse Pos Safe most Significant Bit (MM)

    845

  • SI Motion Standstill Tolerance (Motor Module) / si Mtn SOS Tol MM

    845

  • SI Motion SLS Limit Values (Motor Module) / si Mtn SLS Lim MM

    846

  • SI Motion SLP Upper Limit Values (Motor Module) / si Mtn SLP Uplimmm

    846

  • SI Motion SLP Lower Limit Values (Motor Module) / si Mtn Slplowlimmm

    847

  • SI Motion Gearbox Direction of Rotation Reversal (Motor Module)

    848

  • SI Motion Encoder Comparison Algorithm (Motor Module)

    848

  • SI Motion Act Val Comparison Tol (Crosswise) (Motor Module)

    848

  • SI Motion Gearbox Switching Position Tolerance (MM)

    849

  • SI Motion SSM Filter Time (Motor Module) / si Mtn SSM Filt MM

    850

  • SI Motion SSM Velocity Limit (Motor Module) / si Mtn SSM V_Limmm

    850

  • SI Motion Slip Velocity Tolerance (Motor Module) / si Mtn Slip MM

    852

  • SI Motion SLS(SG) Changeover/Sos (SBH) Delay Time (MM)

    852

  • SI Motion Transition Time STOP C to SOS (Motor Module)

    853

  • SI Motion Transition Time STOP D to SOS (Motor Module)

    853

  • SI Motion Transition Time STOP E to SOS (Motor Module)

    853

  • SI Motion Transition Time STOP F to STOP B (Motor Module)

    853

  • SI Motion STOP a Delay Time (Motor Module) / si Mtn IL T_Del MM

    854

  • SI Motion STO Test Time (Motor Module) / si Mtn IL T MM

    854

  • SI Motion Acceptance Test Mode Time Limit (Motor Module)

    854

  • SI Motion STO Shutdown Velocity (Motor Module)

    854

  • SI Motion Pulse Suppression Shutdown Speed (Motor Module)

    855

  • SI Motion SLP Stop Response (Motor Module) / si Mtn SLP Stop MM

    855

  • SI Motion SLS Stop Response (Motor Module) / si Mtn SLS Stop MM

    855

  • SI Motion SDI Tolerance (Motor Module) / si Mtn SDI Tol MM

    856

  • SI Motion SDI Delay Time (Motor Module) / si Mtn SDI T MM

    856

  • SI Motion SDI Stop Response (Motor Module) / si Mtn SDI Stop MM

    857

  • SI Motion SAM Velocity Limit (Motor Module) / si Mtn SAM V_Limmm

    857

  • SI Motion Acceptance Test Mode (Motor Module) / si Mtn Acc_Mod MM

    858

  • SI Motion Acceptance Test Status (Motor Module) / si Mtn Acc_Stat MM

    858

  • SI Motion Safe Position Scaling (Motor Module) / si Mtn SP Scal MM

    858

  • SI Motion SLP Delay Time (Motor Module) / si Mtn SLP T MM

    859

  • SI Motion STO Delay Bus Failure (Motor Module) / si Mtn T to IL MM

    859

  • SI Motion Brake Ramp Reference Value (Motor Module)

    859

  • SI Motion Brake Ramp Delay Time (Motor Module) / si Mtn Rp T_Del MM

    860

  • SI Motion Brake Ramp Monitoring Time (Motor Module)

    860

  • SI Motion Actual Value Sensing Sensorless Fault Tolerance (MM)

    860

  • SI Motion Actual Value Sensing Sensorless Delay Time (MM)

    861

  • SI Motion Actual Value Sensing Sensorless Filter Time (MM)

    861

  • SI Motion Actual Value Sensing Sensorless Minimum Current (MM)

    861

  • SI Motion Actual Value Sensing Sensorless Accel. Limit (MM)

    862

  • SI Motion Version Safety Motion Monitoring (Motor Module)

    862

  • SI Motion Actual Checksum si Parameters (Motor Module)

    862

  • SI Motion Reference Checksum si Parameters (Motor Module)

    863

  • PS File Parameter Number Parameter Not Transferred

    863

  • PS File Parameter Index Parameter Not Transferred

    863

  • PS File Fault Code Parameter Not Transferred / PS Fault Code

    864

  • Number of Parameters to be Saved / Qty Par to Save

    864

  • Reference Value Change Parameter with Unsuccessful Calculation

    864

  • Units Changeover Adapted Parameters / Unit_Chngov Par

    865

  • Number of BICO Interconnections / BICO Count

    865

  • BICO Interconnections BI/CI Parameters / BICO BI/CI Par

    865

  • BICO Interconnections BO/CO Parameters / BICO BO/CO Par

    865

  • BICO Interconnections Search Signal Source / BICO S_Src Srch

    866

  • BICO Interconnections Signal Source Search Count

    866

  • BICO Interconnections Signal Source Search First Index

    866

  • Number of BICO Interconnections to Other Drives / Qty BICO to Drive

    866

  • BI/CI of BICO Interconnections to Other Drives / BI/CI to Drive

    867

  • BO/CO of BICO Interconnections to Other Drives / BO/CO to Drive

    867

  • Reset BICO Interconnections to Other Drives / Reset BICO to Drv

    867

  • BICO Behavior for De-Activated Drive Objects / Behav for Deact DO

    868

  • BICO Behavior When Activating Drive Objects / Behav When Act DO

    868

  • BICO Interconnections to De-Activated Drive Objects Number

    868

  • BICO BI/CI Parameters to De-Activated Drive Objects /

    869

  • BICO BO/CO Parameters to De-Activated Drive Objects

    869

  • SI Motion Monitoring Clock Cycle (Control Unit) / si Mtn Clock CU

    869

  • SI Motion Enable Safety Functions (Control Unit)

    869

  • SI Motion Axis Type (Control Unit) / si Mtn Ax Type CU

    870

  • SI Motion SCA (SN) Enable (Control Unit) / si Mtn SCA Enab

    870

  • SI Motion SP Modulo Value (Control Unit) / si Mtn SP Mod CU

    871

  • SI Motion Function Specification (Control Unit) / si Mtn Fct_Spc CU

    871

  • SI Motion Function Specification (Control Unit) / si Mtn Config CU

    871

  • SI Motion Behavior During Pulse Suppression (Control Unit)

    872

  • SI Motion Clock-Cycle Synchronous PROFIBUS Master / si Mtn Sync Master

    873

  • SI Motion Actual Value Sensing Cycle Clock (Control Unit)

    873

  • Select si Motion Safety Functions Without Selection (CU)

    874

  • SI Motion Non Safety-Relevant Measuring Steps POS1 (CU)

    874

  • SI Motion Absolute Encoder Linear Measuring Steps (CU)

    874

  • SI Motion Encoder Coarse Position Value Config (Control Unit)

    875

  • SI Motion Encoder Configuration Safety Functions (Control Unit)

    875

  • SI Motion Linear Encoder Grid Division (Control Unit)

    875

  • SI Motion Encoder Pulses Per Revolution (Control Unit)

    876

  • SI Motion Fine Resolution G1_XIST1 (Control Unit)

    876

  • SI Motion Spindle Pitch (Control Unit) / si Mtn Sp_Pitch CU

    876

  • SI Motion Gearbox Enc (Motor)/Load Denominator (Control Unit)

    877

  • SI Motion Gearbox Encoder (Motor)/Load Numerator (Control Unit) /

    877

  • SI Motion Redundant Coarse Pos. Value Valid Bits (Control Unit)

    877

  • SI Motion Redundant Coarse Pos. Value Fine Resolution Bits (CU)

    878

  • SI Motion Redundant Coarse Pos. Value Relevant Bits (CU)

    878

  • SI Motion Encoder Assignment Second Channel / si Mtn Enc Chan 2

    878

  • SI Motion Gx_Xist1 Coarse Pos. Safe most Significant Bit (CU)

    879

  • SI Motion Standstill Tolerance (Control Unit) / si Mtn Standst_Tol

    879

  • SI Motion SLS (SG) Limit Values (Control Unit) / si Mtn SLS Lim CU

    879

  • SI Motion SLS (SG) Override Factor (Control Unit)

    880

  • SI Motion SLS Setpoint Velocity Limiting (Control Unit)

    880

  • SI Motion SLP (SE) Upper Limit Values (Control Unit)

    881

  • SI Motion SLP (SE) Lower Limit Values (Control Unit)

    882

  • SI Motion SCA (SN) Plus Cam Position (Control Unit)

    882

  • SI Motion SCA (SN) Plus Cam Position (Control Unit) / si Mtn SCA+

    883

  • SI Motion SCA (SN) Plus Cam Position (Control Unit) / si Mtn SCA-

    883

  • SI Motion SCA (SN) Cam Track Assignment (Control Unit)

    885

  • SI Motion Gearbox Direction of Rotation Reversal (Control Unit)

    886

  • SI Motion SCA (SN) Tolerance (Control Unit) / si Mtn SCA Tol CU

    887

  • SI Motion Encoder Comparison Algorithm (CU) / Enc Comp Algo

    887

  • SI Motion Act Val Comparison Tol (Crosswise) (Control Unit)

    887

  • SI Motion Gearbox Switching Position Tolerance Factor (CU)

    888

  • SI Motion Actual Value Comparison Tolerance (Referencing) (CU)

    888

  • SI Motion SSM (SGA N < Nx) Filter Time (Control Unit)

    889

  • SI Motion SSM (SGA N < Nx) Velocity Limit (CU) / si Mtn SSM V_Limcu

    889

  • SI Motion SSM (SGA N < Nx) Velocity Hysteresis (CU)

    890

  • SI Motion SAM Actual Velocity Tolerance (Control Unit)

    890

  • SI Motion Slip Velocity Tolerance (Control Unit)

    891

  • SI Motion SGE Changeover Tolerance Time (Control Unit)

    891

  • SI Motion SLS(SG) Changeover/Sos (SBH) Delay Time (CU)

    891

  • SI Motion Transition Time STOP C to SOS (SBH) (Control Unit)

    892

  • SI Motion Transition Time STOP D to SOS (SBH) (Control Unit)

    892

  • SI Motion STOP a Delay Time (Control Unit) / si Mtn IL T_Del CU

    893

  • SI Motion STO Test Time (Control Unit) / si Mtn IL T_Test

    893

  • SI Motion Acceptance Test Mode Time Limit (Control Unit)

    893

  • SI Motion Forced Checking Procedure Timer (Control Unit)

    893

  • SI Motion STO Shutdown Velocity (Control Unit) / si Mtn IL V_Shutcu

    894

  • SI Motion Pulse Suppression Shutdown Speed (Control Unit)

    894

  • SI Motion SLS (SG) Stop Response (Control Unit) / si Mtn SLS Resp

    894

  • SI Motion SLP (SE) Stop Response (Control Unit) / si Mtn SLP Stop CU

    895

  • SI Motion SLS (SG)-Specific Stop Response (Control Unit)

    895

  • SI Motion SDI Tolerance (Control Unit) / si Mtn SDI Tol CU

    896

  • SI Motion SDI Delay Time (Control Unit) / si Mtn SDI T CU

    896

  • SI Motion SDI Stop Response (Control Unit) / si Mtn SDI Stop CU

    896

  • SI Motion SAM Velocity Limit (Control Unit) / si Mtn SAM V_Limcu

    897

  • SI Motion Acceptance Test Mode (Control Unit) / si Mtn Acc_Mode

    897

  • SI Motion Acceptance Test Status (Control Unit) / si Mtn Acc_Status

    898

  • SI Motion Reference Position (Control Unit) / si Mtn Rel_Pos

    898

  • SI Motion Accept Reference Position (Control Unit)

    898

  • SI Motion Safe Position Scaling (Control Unit) / si Mtn SP Scal CU

    899

  • SI Motion Acceptance Test SLP (SE) (Control Unit)

    899

  • SI Motion SLP Delay Time (Control Unit) / si Mtn SLP T CU

    899

  • SI Motion STO Delay Bus Failure (Control Unit)

    899

  • SI Motion Brake Ramp Reference Value (Control Unit)

    900

  • SI Motion Brake Ramp Delay Time (Control Unit) /

    900

  • SI Motion Brake Ramp Monitoring Time (Control Unit)

    900

  • SI Motion Actual Value Sensing Sensorless Fault Tolerance (CU)

    901

  • SI Motion Actual Value Sensing Sensorless Delay Time (CU)

    901

  • SI Motion Actual Value Sensing Sensorless Filter Time (CU)

    901

  • SI Motion Actual Value Sensing Sensorless Minimum Current (CU)

    902

  • SI Motion Act. Value Sensing Sensorless Acceleration Limit (CU)

    902

  • SI Motion Version Safety Motion Monitoring (Control Unit)

    902

  • SI Enable Functions Integrated in the Drive (Control Unit)

    903

  • SI Enable Safe Brake Control (Control Unit) / si Enable SBC CU

    904

  • SI Profisafe Address (Control Unit) / si Profisafe CU

    904

  • SI Profisafe Telegram Selection (Control Unit)

    904

  • BI: si Signal Source for STO (SH)/SBC/SS1 (Control Unit)

    905

  • BI: si Safe Brake Adapter Signal Source (Control Unit)

    905

  • SI SGE Changeover Discrepancy Time (Control Unit) / si SGE Chg T CU

    906

  • SI STO/SBC/SS1 Debounce Time (Control Unit) / si STO T_Debou CU

    906

  • SI Safe Stop 1 Delay Time (Control Unit) / si Stop 1 T_Del CU

    906

  • SI Safe Stop 1 Drive-Based Braking Response / si SS1 Drv Resp

    907

  • SI Transition Time STOP F to STOP a (Control Unit) / si STOP F->A CU

    907

  • SI Forced Checking Procedure Timer / si FCP Timer

    907

  • SI Forced Checking Procedure Remaining Time / si Frc Chk Remain

    908

  • SI Motor Module Parameter Save / si MM Par Save

    908

  • SI Module Identification Control Unit / Module ID CU

    908

  • SI Module Identifier Motor Module / Module ID MM

    909

  • SI Module Identifier Power Module / Module ID PM

    909

  • SI Module Identifier Sensor Module Channel 1 / Module ID SM 1

    909

  • SI Module Identifier Sensor Module Channel 2 / Module ID SM 2

    909

  • SI Module Identifier Sensor Channel 2 / Module ID Sensor 2

    910

  • SI Motion Bus Failure STO/SH Delay Time (CU) / si Mtn STO T CU

    910

  • SI Motion Copy Function / si Mtn Copy Fct

    910

  • Acknowledge si Motion Data Change / Ackn si Mtn Dat

    911

  • SI Acknowledge Component Replacement / Comp_Replace Ackn

    911

  • BI: si Motion: Test Stop Signal Source / si Mtn Test Stop

    912

  • CO: si Motion Diagnostics Encoder Position Actual Value GX_XIST1

    912

  • SI Motion Diagnostics Safe Position / si Mtn Safe Pos

    912

  • SI Motion Diagnostics Result List 1 / si Mtn Res_List 1

    914

  • SI Motion Diagnostics Result List 2 / si Mtn Res_List 2

    914

  • CO: si Motion Diagnostics Position Actual Value Motor Side

    915

  • CO: si Motion Diagnostics Position Actual Value Load Side

    915

  • CO: si Motion Diagnostics Velocity / si Mtn Diag V

    916

  • CO/BO: si Motion Control Signals 1 / si Mtn Ctrl_Sig 1

    917

  • CO/BO: si Motion Control Signals 2 / si Mtn Ctrl_Sig 2

    917

  • CO/BO: si Motion Control Signals Integrated in the Drive

    918

  • CO/BO: si Motion Status Signals (Control Unit) / si Mtn Stat_Sig CU

    918

  • CO/BO: si Motion Drive-Integrated Status Signals (Control Unit)

    919

  • CO/BO: si Motion Diagnostic Signals Integrated in the Drive

    919

  • SI Motion Crosswise Comparison Clock Cycle / si Mtn CDC Clk Cyc

    920

  • SI Motion Diagnostics STOP F / si Mtn Diag STOP F

    920

  • SI Motion User Agreement Selection/De-Selection / si Mtn Useragr Sel

    921

  • SI Motion User Agreement Inside the Drive / si Mtn Useragr Int

    921

  • SI Motion Actual Checksum si Parameters / si Mtn Act CRC

    921

  • SI Motion Reference Checksum si Parameters / si Mtn Ref CRC

    921

  • SI Motion Safe Maximum Velocity / si Mtn Safe V_Max

    922

  • SI Motion Safe Position Accuracy / si Mtn Pos Acc

    922

  • SI Motion Velocity Resolution / si Mtn V_Res

    923

  • CO: si Motion Setpoint Speed Limit Effective / si Mtn Setp_Lim

    923

  • CO/BO: si Safety Info Channel Status Word S_ZSW1B / SIC S_ZSW1B

    924

  • SI Motion User Agreement Selection/De-Selection MM

    925

  • SI Motion User Agreement Inside the Drive MM / si Mtn Useragr Int

    925

  • CO/BO: si Safety Info Channel Status Word S_ZSW2B / SIC S_ZSW2B

    925

  • SI Message Buffer Changes, Counter / si Msg_Buffer Chng

    925

  • SI Components / si Comp

    926

  • SI Message Code / si Msg_Code

    926

  • SI Message Time Received in Milliseconds / si T_Msg Recv Ms

    926

  • SI Message Value / si Msg_Value

    927

  • SI Diagnostic Attributes / si Diag_Attr

    927

  • SI Message Cases Counter / si Msg_Cases Count

    928

  • SI Message Value for Float Values / si Msg_Val Float

    928

  • SI Message Time Received in Days / si T_Msg Recv Days

    928

  • SI Message Time Removed in Milliseconds / si T_Msg Rem Ms

    928

  • SI Password Input / si Password Inp

    929

  • SI Password New / si Password New

    929

  • SI Password Acknowledgement / si Ackn Password

    929

  • SI Motion Forced Check Procedure Remaining Time (Control Unit)

    929

  • SI Profisafe Receive Control Words (Control Unit) / si Ps PZD Recv CU

    930

  • SI Profisafe Send Status Words (Control Unit) / si Ps PZD Send CU

    930

  • SI Version Drive-Integrated Safety Function (Control Unit)

    930

  • SI Common Functions (Control Unit) / si Common Fct CU

    931

  • CO/BO: si Status (Control Unit) / si Status CU

    932

  • CO/BO: si Status (Control Unit + Motor Module) / si Status CU+MM

    933

  • CO/BO: si Status (Group STO) / si Stat Group STO

    933

  • SI Diagnostics / si Diag

    933

  • SI Monitoring Clock Cycle (Control Unit) / si Monitor_Clck CU

    934

  • SI Checksum to Check Changes (Control Unit) / si Chg Chksm CU

    935

  • SI Time Stamps to Check Changes (Control Unit) / si Chg T CU

    935

  • SI Motion Act. Value Sensing Sensorless Synchr. Motor I_Inject

    935

  • SI Motion Diagnostics Sensorless Acceleration / Diag Sl a

    936

  • SI Motion Diagnostics Sensorless Minimum Current / Diag Sl I_Min

    936

  • SI Motion Diagnostics Sensorless Angle / Diag Sl Angle

    937

  • SI Motion Diagnostics Sensorless Velocity Deviation

    937

  • SI Diagnostics Component Replacement / Diag Comp_Replace

    938

  • SI Crosswise Comparison List (Control Unit) / si Cdc_List CU

    938

  • SI Diagnostics STOP F (Control Unit) / si Diag STOP F CU

    938

  • SI Actual Checksum si Parameters (Control Unit) / si Act_Checksum CU

    938

  • SI Reference Checksum si Parameters (Control Unit)

    939

  • SI Enable Functions Integrated in the Drive (Motor Module)

    939

  • SI Enable Safe Brake Control (Motor Module) / si Enable SBC MM

    940

  • SI Profisafe Address (Motor Module) / si Profisafe MM

    940

  • SI Profisafe Telegram Selection (Motor Module) / si Ps Telegram MM

    940

  • BI: si Safe Brake Adapter Signal Source (Motor Module)

    941

  • SI SBA Relay Delay Times (Motor Module) / si SBA Relay T MM

    941

  • SI SGE Changeover Discrepancy Time (Motor Module) / si SGE Chg T MM

    942

  • SI STO/SBC/SS1 Debounce Time (Motor Module) / si STO T_Debou MM

    942

  • SI Safe Stop 1 Delay Time (Motor Module) / si Stop 1 T_Del MM

    942

  • SI Transition Time STOP F to STOP a (Motor Module) / si STOP F->A MM

    943

  • SI Version Drive-Integrated Safety Function (Motor Module)

    943

  • SI Common Functions (Motor Module / si General Fct MM

    943

  • CO/BO: si Status List (Motor Module) / si Status MM

    944

  • SI Monitoring Clock Cycle (Motor Module) / si Monitor_Clck MM

    945

  • SI Motion Sensor Module Node Identifier Second Channel

    945

  • SI Version (Sensor Module) / si Version SM

    945

  • SI Crosswise Comparison List (Motor Module) / si Cdc_List MM

    946

  • SI Diagnostics STOP F (Motor Module) / si Diag STOP F MM

    946

  • SI Motion Bus Failure STO Delay Time (MM) / si Mtn IL T_Del MM

    946

  • SI Actual Checksum si Parameters (Motor Module) / si Act_Checksum MM

    947

  • SI Reference Checksum si Parameters (Motor Module)

    947

  • Actual Topology Number of Indices / Act Topo Indices

    947

  • Actual Topology / Act Topo

    947

  • Target Topology Number of Indices / Targettopo Indices

    948

  • Target Topology / Target Topo

    948

  • Topology Comparison Acknowledge Differences / Topo_Compare Ackn

    949

  • Device Specialization / Specialization

    949

  • Topology Comparison Comparison Stage of All Components

    950

  • Topology Comparison Comparison Stage of the Component Number /

    950

  • Topology Comparison Comparison Stage of a Component

    950

  • Topology Comparison Component Replacement / Topo_Cmpr Replace

    951

  • Target Topology Accept Additional Components / Add Comp Accept

    951

  • Insert Drive Object / Drv_Obj Insert

    952

  • Delete Drive Object / Drv_Obj Delete

    952

  • Change Drive Object Number / Change Drv_Obj_No

    953

  • Change Component Number / Change Comp_No

    953

  • DRIVE-Cliq Data Transfer Error Shutdown Threshold Master

    954

  • DRIVE-Cliq Data Transfer Error Shutdown Threshold Slave

    954

  • Delete Component / Delete Comp

    954

  • Licensing Enter License Key / Enter License Key

    954

  • Licensing Activate License Key / Act License Key

    955

  • Firmware File Incorrect / FW File Incorr

    955

  • Firmware Check Status / FW Check Status

    955

  • System Logbook Activation / SYSLOG Activation

    956

  • System Logbook Module Selection / SYSLOG Mod Select.

    956

  • Save System Logbook EEPROM / SYSLOG EEPROM Save

    956

  • BO: POWER on Delay Signal / POWER on T_Delay

    956

  • DRIVE-Cliq Diagnostic Error Counter Connection / Dqdiag Err Counter

    957

  • DRIVE-Cliq Diagnostic Configuration / DQ Diag Config

    957

  • DRIVE-Cliq Detailed Diagnostics Configuration / DQ Diag Config

    957

  • DRIVE-Cliq Detailed Diagnostics Time Interval / DQ Detail T_Interv

    958

  • Target Topology Feature Delete All Components / Feature Delete

    958

  • DRIVE-Cliq Detailed Diagnostics Select Individual Connection

    958

  • DRIVE-Cliq Detailed Diagn. Individual Connection Error Counter

    959

  • System Utilization Measured / Sys Util Meas

    959

  • System Utilization / Sys Util

    959

  • Sampling Time with Largest Total Utilization / T_Sampl Lg Total

    960

  • Sampling Times Utilization Calculated / T_Sampl Util Calc

    960

  • Sampling Times Utilization Measured / T_Sampl Util Meas

    963

  • Data Memory Utilization / Mem_Util Dat_Mem

    966

  • Measured Data Memory Utilization (Actual Load) / Mem_Ut Dat_Mem Ms

    966

  • Data Memory Utilization OA / Mem_Ut Dat_Mem OA

    966

  • DRIVE-Cliq System Load / DQ System Load

    966

  • DRIVE-Cliq Bandwidth Load / DQ Bandw Load

    967

  • DRIVE-Cliq DPRAM Load / DQ DPRAM Load

    967

  • DO Memory Usage Actual Value Determination Selection

    967

  • Memory Usage Drive Object Actual Value / Mem_Use DO Actval

    967

  • Memory Usage Drive Object Reference Value / Mem_Use DO Ref Val

    968

  • Memory Usage OA Application / Mem_Use OA

    968

  • Software Error Internal Supplementary Diagnostics / Sw_Err Int Diag

    968

  • SI TM54F Communication Clock Cycle / TM54F Comm_Cycle

    968

  • SI TM54F Delay Time for Test Stop at DO 0 … DO 3 / si T_Delay DO

    969

  • SI TM54F F-DI Changeover Discrepancy Time / si F-DI Chg T

    969

  • SI TM54F Forced Checking Procedure Timer / si Dyn T

    969

  • SI TM54F Parameter Actual Checksum / si Par CRC Act

    969

  • SI TM54F Parameter Target Checksum / si Par CRC Target

    970

  • SI TM54F Acknowledgement Internal Event Input Terminal

    970

  • BI: si TM54F Forced Checking Procedure F-DI/F-DO Signal Source

    970

  • SI TM54F Operating Mode / si Op_Mod

    971

  • SI TM54F SLP Retract F-DI / si SLP Retr F-DI

    971

  • SI TM54F Drive Object Assignment / si Drv_Obj Assign

    971

  • SI TM54F Drive Group Assignment / si Drv_Gr Assign

    972

  • SI TM54F Motor/Hydraulic Module Node Identifier Word 1

    972

  • SI TM54F Motor/Hydraulic Module Node Identifier Word 2

    973

  • SI TM54F Motor/Hydraulic Module Node Identifier Word 3

    973

  • SI TM54F Sampling Time / si T_Sample

    973

  • SI TM54F Digital Inputs Debounce Time / si DI T_Debounce

    974

  • SI TM54F Special Operating Mode Selection / si Spec Op Sel

    974

  • SI TM54F Emergency Stop Stop Response / si Emergency Stop

    974

  • SI TM54F STO Input Terminal / si STO F-DI

    975

  • SI TM54F SS1 Input Terminal / si SS1 F-DI

    975

  • SI TM54F SS2 Input Terminal / si SS2 F-DI

    976

  • SI TM54F SOS Input Terminal / si SOS F-DI

    976

  • SI TM54F SLS Input Terminal / si SLS F-DI

    977

  • SI TM54F SLS Limit Bit 0 Input Terminal / si SLS Lim 0 F-DI

    977

  • SI TM54F SLS Limit Bit 1 Input Terminal / si SLS Lim 1 F-DI

    978

  • SI TM54F SDI Positive Input Terminal / si SDI Pos F-DI

    978

  • SI TM54F SDI Negative Input Terminal / si SDI Neg F-DI

    979

  • SI TM54F SLP Input Terminal / si SLP F-DI

    980

  • SI TM54F SLP Position Range Input Terminal / si SLP Pos F-DI

    980

  • SI TM54F Special Operating Mode Input Terminal / si Spec Mode F-DI

    981

  • SI TM54F Agreement Input Terminal / si Agreement F-DI

    981

  • SI TM54F Emergency Stop Input Terminal / si E-Stop F-DI

    982

  • SI TM54F Safe State Signal Selection / si Safe State Sel

    982

  • SI TM54F F-DI Input Mode / si F-DI Inp_Mode

    983

  • SI TM54F F-DI Enable for Test / si F-DI Enab Test

    983

  • SI TM54F F-DO 0 Signal Sources / si F-DO 0 S_Src

    983

  • SI TM54F F-DO 1 Signal Sources / si F-DO 1 S_Src

    985

  • SI TM54F F-DO 2 Signal Sources / si F-DO 2 S_Src

    986

  • SI TM54F F-DO 3 Signal Sources / si F-DO 3 S_Src

    987

  • SI TM54F F-DO Feedback Signal Input Activation / si F-DO FS Act

    988

  • SI TM54F F-DO Test Stop Mode / si F-DO Test Mode

    989

  • SI TM54F F-DI F-DO Test Stop Configuration / si Teststop Config

    989

  • CO/BO: si TM54F Digital Inputs Status / si DI Status

    989

  • CO/BO: si TM54F Digital Outputs Status / si DO Status

    990

  • CO/BO: si TM54F Digital Inputs 20 … 23 Status / si DI 20…23 Stat

    990

  • SI TM54F Failsafe Events Active / si Failsafe Act

    991

  • SI TM54F Communication Status Drive-Specific / si Comm_Stat Drv

    991

  • CO/BO: si TM54F Status / si Stat

    992

  • SI TM54F Password Input / si Password Inp

    992

  • SI TM54F Password New / si Password New

    992

  • SI TM54F Password Acknowledgement / si Ackn Password

    992

  • SI TM54F Module Identifier / si Module ID

    993

  • SI TM54F Version / si Version

    993

  • SI Motion SBT Enable / SBT Enable

    993

  • SI Motion SBT Brake Selection / SBT Brake Select

    993

  • SI Motion SBT Control Selection / SBT Control Select

    994

  • SI Motion SBT Motor Type / SBT Motor Type

    994

  • SI Motion SBT Test Torque Ramp Time / SBT M_Test T_Ramp

    994

  • SI Motion SBT Brake Holding Torque / SBT Brake M_Stop

    995

  • SI Motion SBT Test Torque Factor Sequence 1 / SBT M_Test Fact 1

    995

  • SI Motion SBT Test Duration Sequence 1 / SBT T_Test Seq 1

    995

  • SI Motion SBT Position Tolerance Sequence 1 / SBT Pos_Tol Seq 1

    996

  • SI Motion SBT Test Torque Sign / SBT M_Test Sign

    996

  • SI Motion SBT Test Torque Factor Sequence 2 / SBT M_Test Fact 2

    996

  • SI Motion SBT Test Duration Sequence 2 / SBT T_Test Seq 2

    997

  • SI Motion SBT Position Tolerance Sequence 2 / SBT Pos_Tol Seq 2

    997

  • BI: si Motion SBT Control Word / SBT STW

    997

  • SI Motion SBT Control Word Diagnostics / SBT STW Diag

    998

  • CO/BO: si Safety Info Channel Status Word S_ZSW3B / SIC S_ZSW3B

    998

  • CI: si Safety Control Channel Control Word S_STW3B / SCC S_STW3B

    999

  • SI Motion SBT Test Torque Diagnostics / SBT M_Test Diag

    999

  • SI Motion SBT Load Torque Diagnostics / SBT M_Load Diag

    999

  • SI Motion SBT State Diagnostics / SBT State Diag

    999

  • CI: si Safety Control Channel Control Word S_STW1B / SCC S_STW1B

    1000

  • CO/BO: si Safety Control Channel Control Word S_STW1B Diagnostics

    1000

  • Profisafe Telegram Selection / Ps Telegram_Sel

    1000

  • IF1 Profidrive SIC/SCC Telegram Selection / IF1 SIC/SCC Telegr

    1001

  • PROFINET Name of Station / PN Name of Station

    1001

  • PROFINET IP of Station / PN IP of Station

    1001

  • Parameters for Data Sets

    1002

  • Parameters for Command Data Sets (CDS)

    1002

Источник

Siemens SINAMICS G130: Available Instructions

Note for Owners:

Guidesimo.com webproject is not a service center of Siemens trademark and does not carries out works for diagnosis and repair of faulty Siemens SINAMICS G130 equipment. For quality services, please contact an official service center of Siemens company. On our website you can read and download documentation for your Siemens SINAMICS G130 device for free and familiarize yourself with the technical specifications of device.

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Popular DC Drives User Guides:
Источник
  • Ремонт и ошибки SINAMICS
  • Ошибки SINAMICS S120
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  • Схемы соединений управляющих модулей CU230P для SINAMICS G120
  • Ремонт SINAMICS
  • Оставить заявку на ремонт и сброс ошибок SINAMICS

Ремонт и ошибки SINAMICS

Ошибки SINAMICSЧастотный преобразователь SINAMICS, как и другие его собратья оснащен информационной панелью, призванной сделать общение оператора и преобразователя максимально легким и комфортным. При вводе в эксплуатацию оборудования с помощью данной панели устройство программируется и настраивается, а в случае непредвиденной ситуации на панель частотного преобразователя выводится ошибка, вызвавшая аварийную остановку оборудования. Все возможные ошибки SINAMICS вы можете найти в руководстве пользователя (мануал) в формате PDF, скачать которые можно с нашего сайта. Устранение причины ошибки и ее сброс на преобразователе позволит в кратчайшие сроки возобновить работу. К сожалению не все ошибки можно исправить самостоятельно, некоторые ошибки SINAMICS возможно исправить только в специализированных сервисных центрах.

Если на вашем производстве появились проблемы с частотным преобразователем, от есть ошибка SINAMICS является критичной, и вы не можете сбросить ее самостоятельно, мы всегда рады вам помочь. Ошибки SINAMICSОбращайтесь в сервисный центр «Кернел». Специалисты нашей компании в минимальные сроки проведут глубокую диагностику преобразователя частоты и последующий ремонт SINAMICS в . Оставьте заказ на ремонт частотника используя форму на сайте.

Компания «Кернел» производит ремонт частотных преобразователей в с 2002 года. За это время мы накопили колоссальный опыт в том числе опыт в ремонте и сбросе ошибок SINAMICS такого известного производителя как SIEMENS. Ремонт подобной промышленной электроники ответственное и сложное занятие, требующие максимальной отдачи, профессионализма и максимально полной материальной базе.

Специалисты нашего сервисного центра уделяют максимальное внимание к качеству исполнения ремонта (сброс ошибок), программирования и настройке частотных преобразователей, не зависимо от производителя данного промышленного оборудования. Именно поэтому мы смело даем гарантию на ремонт SINAMICS и замененные в процессе ремонта компоненты шесть месяцев.

Ошибки SINAMICS S120

В таблице ниже приведены все возможные ошибки SINAMICS S120

Ошибка

Причина

F06010

Infeed: Power unit EP 24 V missing in operation

Ошибка в блоке питания, проблема в том, что он не выдаёт сигнал разрешения.

F06300

Infeed: Line voltage too high at power on

Напряжение сети слишком высокое. Ошибка возникла в блоке питания.

F07410

Drive: Current controller output limited

Ошибка в измерении актуального тока. Возможные причины: неисправен привод, неисправен двигатель.

F07412

Drive: Commutation angle incorrect (motor model)

Движение вала двигателя отличается от ожидаемого. Возможно неисправен привод или двигатель. Существует вероятность что неисправен или не настроен энкодер.

F07413

Drive: Commutation angle incorrect (pole position identification)

Движение вала двигателя отличается от ожидаемого более чем на 45 градусов. Возможно неисправен привод или двигатель. А также, возможно неисправен или не настроен энкодер.

F07452

(A) LR: Following error too high

Различие между заданным и актуальным значением позиции вала электродвигателя. Необходима диагностика электродвигателя или ремонт SINAMICS S120.

F07453

LR: Position actual value conditioning error

Ошибка обработки актуального значения позиции. Возможно неисправен энкодер. Необходима диагностика или ремонт энкодера.

F07490

EPOS: Enable signal withdrawn while traversing

Привод находится в состоянии «запрет включения» (стандартное применение). Проверьте все разрешающие сигналы.

F07900

(N, A) Drive: Motor locked/speed controller at its limit

Электродвигатель работал на пределе крутящего момента дольше, чем указано в p2177, и ниже порога скорости, установленного в p2175. Проверьте инверсию фактического значения. Проверьте подключение датчика двигателя.

F07901

Drive: Motor overspeed

Превышено максимально допустимое значение скорости электродвигателя. Допустимые пороги можно настроить в параметрах. Возможна неисправность в приводе или электродвигателе SIMOTICS S.

F07902

(N, A) Drive: Motor stalled

Код ошибки означает что двигатель остановлен. Это могло произойти из-за некорректного параметрирования или неисправности электродвигателя, возможна проблема с силовой платой SINAMICS S120.

F30002

Power unit: DC link overvoltage

Превышение допустимого напряжения звена постоянного тока. Проверьте напряжение сети и корректность подключения входных фаз. Мотор регенерирует слишком много энергии, проверьте тормозной резистор.

F30003

Power unit: DC link undervoltage

Напряжение звена постоянного тока слишком мало. Необходимо проверить напряжение сети и правильность фазировки клемм. Возможна неисправность в модуле подачи. Необходима диагностика Infeed Module.

F30004

Power unit: Over temperature heatsink AC inverter

Температура радиатора блока питания превысила допустимое значение. Необходимо проверить систему охлаждения, возможно вышел из строя вентилятор. Также необходимо проверить нагрузку двигателя (механическую часть).

F30021

Power unit: Ground fault

Произошло замыкание на землю. Следует проверить силовые кабели и обмотки двигателя. Например, прозвонить на корпус при помощи мегомметра.

A30031

Power unit: Hardware current limiting, phase U

Аппаратное ограничение тока. Фаза «U». Достигнут аппаратный предел тока по этой фазе. Следует проверить положение энкодера, кабели двигателя и нагрузку на двигатель.

A30032

Power unit: Hardware current limiting, phase V

Аппаратное ограничение тока. Фаза «V». Достигнут аппаратный предел тока по этой фазе. Следует проверить положение энкодера, кабели двигателя и нагрузку на двигатель.

A30033

Power unit: Hardware current limiting, phase W

Аппаратное ограничение тока. Фаза «W». Достигнут аппаратный предел тока по этой фазе. Следует проверить положение энкодера, кабели двигателя и нагрузку на двигатель.

F30035

Power unit: Air intake over temperature

Перегрев. Температура воздуха на входе в блок питания превысила допустимое предельное значение. Для силовых установок с воздушным охлаждением предел составляет 55 градусов по Цельсию. Проверьте, находится ли температура окружающей среды в допустимом диапазоне.

F30040

Power unit: Undervolt 24 V

Сбой источника питания 24 В. Порог 16 Вольт опустился ниже более чем на 3 мс. Проверьте напряжение питания 24 В постоянного тока на блоке питания.

F30045

Power unit: Supply undervoltage

Пониженное напряжение питания. Контроль напряжения на плате ЦАП сигнализирует о сбое пониженного напряжения на модуле. Нужно измерить питание 24 В постоянного тока на питающих клеммах блока питания.

F30885

CU DRIVE-CLiQ: Cyclic data transfer error

Нет связи с одним из силовых модулей Drive-Cliq системы, хотя он сконфигурирован. Произошла ошибка связи DRIVE-CLiQ между управляющим модулем и задействованным силовым модулем. Проверьте питание на соответствующем модуле.

F31115

(N, A) Encoder 1: Amplitude error track A or B (A^2 + B^2)

Ошибка амплитуды сигнала A или B. Амплитуда (A ^ 2 + B ^ 2) не лежит в пределах допустимого диапазона (функция программного мониторинга). Возможно оборвана одна из обмоток резольвера.

F31116

(N, A) Encoder 1: Amplitude error, monitoring track A + B

Ошибка амплитуды контроля сигналов A + B. Амплитуда выпрямленных сигналов энкодера A и B не находится в пределах допустимого диапазона (аппаратный мониторинг). Возможно требуется ремонт энкодера.

F31120

(N, A) Encoder 1: Power supply voltage

Сбой напряжения питания энкодера. Измеренное напряжение питания энкодера слишком мало. Проверьте кабель энкодера.

A31400

(F, N) Encoder 1: Alarm threshold, zero mark distance error

Измеренное количество импульсов между нулевыми метками не соответствует правильному значению. Такая неисправность может проявиться, например, из-за загрязнённого стекла энкодера.

A31411

(F, N) Encoder 1: EnDat encoder signals alarms

Сигнал предупреждения EnDat энкодера. В принятом пакете от EnDat энкодера установлены биты ошибки. Энкодер неисправен.

F31885

(N, A) CU DRIVE-CLiQ: Cyclic data transfer error

Ошибка связи DRIVE-CLiQ между модулем управления и задействованным энкодером. Проверьте питание на соответствующем энкодере.

Руководства по эксплуатации SINAMICS

Ошибки SINAMICS

  • Скачать руководство по эксплуатации SINAMICS G 120 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS S 120 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS V 20 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 120c manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 110 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 150 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS V 90 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 120p manual- PDF
  • Скачать руководство по эксплуатации SINAMICS S 150 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 130 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS V 70 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 180 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS Gh180 manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 120x manual- PDF
  • Скачать руководство по эксплуатации SINAMICS G 110m manual- PDF

Специалисты сервисного центра исправляют ошибки SINAMICS как частотных преобразователей, так и сервоприводов (SERVODRIVE), силовых модулей (POWER MODULE) и модулей управления (CONTROL UNIT).

силовые модули (POWER MODULE) Sinamics

модули управления (CONTROL UNIT) Sinamics

SINAMICS POWER MODULE pm240
SINAMICS POWER MODULE pm250
SINAMICS POWER MODULE pm260
SINAMICS POWER MODULE pm340

SINAMICS CONTROL UNIT CU240E
SINAMICS CONTROL UNIT CU320
SINAMICS CONTROL UNIT CU240S S-TYPE
SINAMICS CONTROL UNIT CU240S PN S-TYPE
SINAMICS CONTROL UNIT CU240S DP S-TYPE STANDARD
SINAMICS CONTROL UNIT CU240S DP-F S-TYPE
SINAMICS CONTROL UNIT CU310 DP
SINAMICS CONTROL UNIT CU310 PN
SINAMICS CONTROL UNIT CU320
SINAMICS CONTROL UNIT D425
SINAMICS CONTROL UNIT D435
SINAMICS CONTROL UNIT D445

Схемы соединений управляющих модулей CU230P для SINAMICS G120

Схема соединений управляющего модуля CU230P−2 HVAC

Схема соединений управляющего модуля CU230P−2 DP

Схема соединений управляющего модуля CU230P−2 HVAC

 Схема соединений управляющего модуля CU230P−2 DP

Схема соединений управляющего модуля CU230P−2 CAN

Схема соединений управляющего модуля CU230P−2 CAN

Ремонт SINAMICS

Ошибки SINAMICSСпециалисты сервисного центра Кернел выполнят ремонт и сброс ошибок SINAMICS в максимально сжатые сроки. При ремонте преобразователя частоты SINAMICS вы гарантированно получаете:

  • Глубокую диагностику неисправного преобразователя с выявлением неисправных компонентов;
  • Замену неисправных компонентов на новые;
  • Ремонт в максимально сжатые сроки;
  • Сброс ошибок SINAMICS
  • Проверку отремонтированного частотника на специальном стенде;
  • Оригинальные запасные части;
  • Гарантию на ремонт SINAMICS 6 месяцев;
  • Гарантию на запасные части 6 месяцев.

Компания «Кернел» предлагает квалифицированный ремонт частотный преобразователей в сжатые сроки по цене 20% — 40% от стоимости нового частотника. За время существования компании, наши инженеры отремонтировали не одну тысячу единиц промышленного оборудования, постоянно повышая свою квалификацию.

Ремонт SINAMICS в производится исключительно с использованием оригинальных запасных частей, на компонентном уровне с применением высокотехнологичного оборудования, квалифицированным персоналом с инженерным образованием.

Ошибки SINAMICSК сожалению, от поломок дорогостоящего оборудования никто не застрахован. В зависимости от разных факторов, рано или поздно, любое, даже самое надежное промышленное оборудование выходит из строя, преобразователи частоты SINAMICS не исключение. В данной ситуации на помощь придет наша компания, и инженеры, профессионализм которых не ставится под сомнение.

Благодаря новейшему инновационному диагностическому оборудованию инженеры сервисного центра в кратчайшие сроки проведут глубокую диагностику вышедшего из строя частотного преобразователя SINAMICS найдут неисправный компонент и заменят его на новый.

Еще раз хочется подчеркнуть тот факт, что, производя ремонт и сбрасывая ошибку SINAMICS мы используем только оригинальные запасные части и даем гарантию не только на проведенные ремонтно-восстановительные работы, но и на запасные части, которые были заменены в процессе восстановления частотного преобразователя шесть месяцев.

Менеджеры и специалисты сервисного центра всегда стараются входить в положение заказчика и выполнить ремонт SINAMICS в максимально кратчайшие сроки тем самым минимизировать простой оборудования.

Мы ценим своих клиентов и делаем упор на качество выполненных работ, а также время его выполнения. Сберегите свой бюджет, обратитесь за ремонтом SINAMICS S120 в нашу компанию.

Оставить заявку на ремонт и сброс ошибок SINAMICS

Оставить заявку на ремонт и сброс ошибок SINAMICS в можно с помощью специальной формы, которая вызывается нажатием одноименной кнопки в верхней части страницы. Все вопросы, связанные с ремонтом и ошибками SINAMICS в , вы можете задать нашим менеджерам. Связаться с ними можно несколькими способами:

Наши контакты

  • Заказав обратный звонок (кнопка в правом нижнем углу сайта)
  • Посредством чата (кнопка расположена с левой стороны сайта)
  • Позвонив по номеру телефона:
    • +7(8482) 79-78-54;
    • +7(8482) 55-96-39;
    • +7(917) 121-53-01
  • Написав на электронную почту: 89171215301@mail.ru

Вот далеко не полный список производителей промышленной электроники и оборудования, ремонтируемой в нашей компании.

Источник

Серия преобразователей частоты G130 разработана для вентиляторов, насосов, экструдеров, миксеров и мельниц. Обеспечивает гибкую комбинацию с другими системными компонентами и может быть установлена в различные шкафы управления.
Отличительные особенности:
Высококачественное векторное регулирование с управлением скоростью и током с обеспечением защиты двигателя и преобразователя
Высокий уровень функциональной надежности
Компактные размеры и бесшумность работы благодаря технологии IGBT силовых проводников
Простая интеграция и связь с системами автоматизации по протоколу Profibus и широкий выбор аналоговых и цифровых входов/выходов
Повышение степени готовности установок благодаря возможности легкой и быстрой замены отдельных модулей и силовых компонентов
Простые ввод в эксплуатацию и параметрирование с комфортной панели управления AOP30 с ЖК-дисплеем и интуитивно-понятным интерфейсом

Обзор встроенных устройств частотных преобразователей Siemens универсальной серии SINAMICS G130

Преобразователи частоты Siemens серии SINAMICS G130

Область применения преобразователей частоты Siemens серии SINAMICS G130

Встроенные устройства SINAMICS G130 специально разработаны и согласованы под требования к приводам с изменяемой частотой вращения и квадратичной и постоянной параметрической характеристикой нагрузки со средней производительностью без обратного сетевого питания и встроенные устройства SINAMICS G130 являются поэтому оптимальным решением для приводной техники, применяемой в промышленности и везде, где необходимо перемещать, подавать, нагнетать, сжимать или отсасывать твердые, жидкие или газообразные среды.

Особенности инверторов Siemens

Встроенные устройства SINAMICS G130 обеспечивают простоту привода в применении как на стадии проектирования, так и эксплуатации, благодаря следующим
факторам:
— компактная модульная конструкция, очень удобная в плане сервисного обслуживания.
— рациональное проектирование и ввод в эксплуатацию с поддержкой такими инструментами как SIZER и STARTER.
— простому монтажу, так как устройство поставляется уже готовым к подключению.
— быстрому и просто производимому вводу в эксплуатацию с помощью практичных меню и встроенному                             оптимальному ПО.
— опционально может осуществляться наблюдение за приводом и диагностикой, вводом в эксплуатацию и управлением    с помощью удобной графической панели    управления с индикаторами измеренных значений в виде открытого текста   или в виде гистограмм.
— SINAMICS является неотъемлемой составной частью Комплексной автоматизации (Totally Integrated Automation, TIA).     TIA — это концепция для оптимально   подобранного спектра продукции техники автоматизации и приводов. Ядром         данной концепции является сквозное проектирование, коммуникация и хранение данных по всем продуктам.                  SINAMICS полностью использует концепцию TIA. Разработаны собственные модули S7/PCS7 и лицевые платы под        WinCC.
— Интеграция в системы SIMATIC H обеспечивается с помощью технологии Y-Link.
— Drive Control Chart (DCC) расширяет возможности простой настройки конфигурации технологических функций для           SINAMICS.

Библиотека модулей содержит большой выбор регулирующих, вычислительных и логических блоков, а также обширные функции управления и регулирования.
Удобный редактор DCC обеспечивает простое в использовании графическое проектирование и наглядное представление структур автоматического регулирования, а также широкую возможность многократного использования уже созданных схем. DCC – это дополнение к утилите для ввода в эксплуатацию STARTER.

Качество частотного преобразователя Siemens серии SINAMICS G130

Встроенные устройства SINAMICS G130 изготавливаются в соответствии с высокими стандартами качества и с учетом всех требований.
Благодаря этому обеспечивается максимальная надежность, готовность и работоспособность нашей продукции.

Принцип подключения инвертора Siemens SINAMICS G130

Преобразователи частоты Siemens серии SINAMICS G130

Панель управления частотных преобразователей Siemens

Для управления, наблюдений и ввода в эксплуатацию опционально имеется панель управления со следующими особенностями:
— Жидкокристаллический графический дисплей с задней подсветкой для вывода сопроводительных текстовых         сообщений и «полосовым индикатором» выполнения процессов
— Светодиоды для индикации состояний режимов
— Функция помощи с описанием причин и способов устранения неисправностей и предупреждений
— Клавиатура для производственного управления приводом
— Переключатель ЛОКАЛЬНЫЙ/УДАЛЕННЫЙ для выбора рабочего места для управления (приоритет управления с    панели управления или клеммной колодки/PROFIBUS)
— Десятикнопочная клавиатур для цифрового ввода заданных значений или параметров
— Функциональные клавиши для навигации в системе меню
— Двухуровневая концепция защиты от случайного или несанкционированного изменения настроек
— Степень защиты IP54 (в монтированном состоянии)

Преобразователи частоты Siemens серии SINAMICS G130

U/f-управление преобразователях частоты Siemens

Преобразователи частоты Siemens серии SINAMICS G130
Самое простое решение в плане способа управления –    это U/f-характеристика. Здесь идет управление напряжением статора асинхронного или синхронного двигателя пропорционально частоте статора. Данный способ зарекомендовал себя с хорошей стороны для широких областей применения без высоких динамических требований:

— Насосы и вентиляторы
— Приводы ленточных конвейеров
— Многодвигательные приводы

Технические данные частотного преобразователя Siemens универсальная серия SINAMICS G130

Преобразователи частоты Siemens серии SINAMICS G130 Преобразователи частоты Siemens серии SINAMICS G130

Источник

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