Parameter by groups

'Language'

'Source UE'

'Source RF'

'Parameter set assignment 1'

'Password'

'Slot assignment'

'Global service bits'

'DC Bus on'

'Controller enable'

'Clear error'

'Service control'

'IPO mode'

'System booting'

'System reset'

'PLC command parameter'

'Cmd. PLC stop'

'Backlight dim delay'

'Backlight brightness'

'Motor peak current'

'Motor nominal current IN'

'Maximum speed'

'Overload limit motor'

'Resolution motor encoder'

'Motor type'

'Overload motor'

'Warning overtemperature motor'

'Nominal motor voltage'

'Magnetising current'

'Magnetising current 1'

'Nominal torque'

'Nominal velocity'

'Rotor time constant'

'Pole number motor'

'Sine encoder period'

'Magnetising current feedback'

'Commutation angle'

'Encoder signal S2'

'Encoder signal S1'

'Torque current feedback'

'Encoder list motor'

'Encoder list customer'

'Overload time motor'

'Pulse encoder period'

'Voltage standstill'

'Encoder type'

'Offset resolver'

'Input motor encoder gear'

'Output motor encoder gear'

'Display overload motor'

'Commutation valid'

'Saturation current'

'Brake torque'

'Maximal angular deviation of encoder-sensorless'

'Process data 1'

'Process data 2'

'Process data 3'

'Process data 4'

'Performance index sensorless'

'Actual current Ia'

'Actual current Ib'

'Voltage Ua'

'Voltage Ub'

'Magnetizing current feedback '

'Torque current feedback'

'Tolerance limit estimator'

'Monitoring cycle estimator'

'List absolut position'

'Thermal resistance winding stator Rws'

'Thermal resistance stator-rotor Rsr'

'Thermal resistance stator environment Rsamb'

'Thermal resistance rotor environment Rramb'

'Thermal capacity winding Cw'

'Thermal capacity stator Cs'

'Thermal capacity rotor Cr'

'Electrical winding resistance at 20°C Rel20'

'Ambient temperature Tamb'

'Magnetic flux density proportional factor Kp'

'Hysteresis proportional factor Kh'

'Eddy current proportional factor Kc'

'Thermal model reserve 1'

'Thermal model reserve 2'

'Thermal model reserve 3'

'Thermal model reserve 4'

'Thermal model reserve 5'

'Thermal model reserve 6'

'Thermal model reserve 7'

'Thermal model reserve 8'

'Encoder service switch'

'Encoder status 1'

'Encoder status 2'

'Inductance path D'

'Inductance path Q'

'Current path Q integral-action time TN'

'Current path D integral-action time TN'

'Starting current'

'Rise time SWC'

'Final value SWC'

'Standstill current motor'

'Delay time SWC'

'Brake mode'

'Torque constant Kt adaption'

'Voltage control proportional gain KP'

'Voltage control integrating time TN'

'Current path Q proportional gain KP'

'Current path D proportional gain KP'

'Maximum speed motor'

'Part number motor'

'Production date motor'

'Serial number motor'

'Terminal resistance'

'Holding torque brake'

'Temperature sensor motor'

'Terminal Inductance'

'Time maximum current motor'

'SWK monitoring'

'Lower threshold current adaption'

'Upper threshold current adaption'

'Gradient path Q proportional gain'

'Gradient path Q integral-action time'

'Compensation dead time PWM'

'Starting current SL'

'Resistance rotor'

'Inductance stator'

'Inductance rotor'

'Main inductance'

'Bit list sensorless'

'Bit list parameter finding'

'Velocity acquisition propotional gain'

'Velocity acquisition integral-action time'

'Voltage path Q'

'Voltage path D'

'Feed forward control voltage path Q'

'Feed forward control voltage path D'

'Phase resistance'

'Voltage constant Ke'

'Increase motor voltage'

'Time motor brake on'

'Pulse duty factor motor brake'

'Offset commutation'

'Electrical field angle'

'Sampling resolver'

'ZR-current T1-d'

'ZR-current T2-d'

'ZR-current T1-q'

'ZR-current T2-q'

'Encoder ratio'

'AMK main operating mode'

'AMK secondary operating mode 1'

'AMK secondary operating mode 2'

'AMK secondary operating mode 3'

'AMK secondary operating mode 4'

'AMK secondary operating mode 5'

'AMK secondary operating mode 6'

'AMK digital torque control'

'AMK position control'

'Torque command value'

'Additive torque command value'

'Positive torque limit'

'Negative torque limit'

'Torque feedback value'

'Torque polarity'

'Bipolar torque limit'

'Torque threshold'

'Message torque: actual value ≥ threshold'

'Message torque: actual value ≥ limit'

'Clamping torque'

'Torque relative to 10V at A1'

'Torque command value internal'

'Sum of additive torques'

'Cyclic filter'

'Derating factor'

'Threshold derating'

'Torque filter time'

'Torque setpoint at controller'

'Display friction torque'

'Display friction torque linear'

'Display holding torque'

'Display of moment of inertia'

'Variable positive torque limit'

'Variable negative torque limit'

'Time constant variable torque limits'

'Friction torque motor'

'Friction torque load'

'Friction torque linear motor'

'Friction torque linear load'

'Inertia motor'

'Inertia load'

'Threshold variable torque limit'

'Friction torque'

'Friction torque linear'

'Holding torque'

'Inertia'

'Mode feed forward control'

'List load model'

'Maximum torque'

'Current setpoint ISQ'

'Current setpoint ISD'

'Commutation angle'

'Torque feedback filter'

'Torque setpoint filter input'

'Velocity command value'

'Additive velocity command value'

'Positive velocity limit'

'Negative velocity limit'

'Velocity feedback value'

'Velocity polarity'

'Bipolar velocity limit'

'Speed control proportional gain KP'

'Integral-action time speed control TN'

'Differentiating time speed control TD'

'Feedrate override'

'Zero velocity window'

'Velocity threshold'

'Velocity feedback value 2'

'Velocity window'

'Lower adaption limit'

'Upper adaption limit'

'Proportional gain adaption'

'Integral-action time adaption'

'Velocity feedforward gain'

'Message speed: actual value = setpoint'

'Message speed: actual value < minimal value'

'Message speed: actual value < threshold'

'Message speed: setpoint > limit'

'Acceleration feedforward gain'

'Velocity feedback filter'

'Speed relative to 10V at A1'

'Speed offset for A1'

'Acceleration ramp'

'Deceleration ramp'

'Deceleration ramp RF inactive'

'Velocity control command after ramp'

'Internal velocity command value'

'Sum of additive velocities'

'Time filter 1'

'Time filter 2'

'Barrier frequency'

'Bandwidth'

'U/f startup'

'U/f input filter'

'Damping factor position'

'Velocity feedforward factor'

'Velocity feedforward delay 1'

'Velocity threshold SL'

'Rotor flux proportional gain'

'Rotor flux integral-action time'

'Velocity acquisition propotional gain'

'Velocity acquisition integral-action time'

'Angle feed forward SL'

'Sliding factor SL'

'List IR filter'

'V/F integrator stop'

'Velocity setpoint in control'

'Positive position limit'

'Negative position limit'

'Closed loop polarity'

'Modulo value'

'Position loop factor KV'

'Position feedback type'

'Resolution external position feedback system'

'Load gear input revolution'

'Load gear output revolution'

'Feed constant'

'Excess error'

'Following distance'

'Following error compensation value'

'Position command value filter'

'Position control differenting time'

'Residual distance erase window'

'Commant value 1 cycle'

'Homing velocity'

'Homing acceleration'

'Position command value'

'Position feedback value'

'Home reference position 1'

'Position feedback value 2'

'In position window'

'Positive acceleration'

'Negative acceleration'

'Homing parameter'

'Homing offset 1'

'Spindle angle position'

'Spindle positioning parameter'

'Probe control parameter'

'Marker position A'

'Displacement parameter 1'

'Spindle position relative offset'

'Following distance'

'Positioning jerk'

'Acceleration setpoint'

'Spindle position speed'

'Target position'

'Positioning velocity'

'Positioning acceleration'

'Message in position'

'Positioning deceleration'

'Absolute encoder range 1'

'Home switch'

'Active target position'

'Positioning status'

'Derating factor'

'AMK homing cycle parameter'

'Window'

'High homing velocity'

'Additional acceleration value'

'NK shift'

'Increase position value'

'Position feedback modulo'

'Delay target position value'

'Home signal distance'

'Homing Counter 1'

'Actual Counter 1'

'Homing Counter 2'

'Actual Counter 2'

'Synchron position window'

'Synchronous setpoint pulses divider'

'Synchronous setpoint pulses multiplier'

'Address input port 1'

'Port 1 Bit 0'

'Port 1 Bit 1'

'Port 1 Bit 2'

'Port 1 Bit 3'

'Port 1 Bit 4'

'Port 1 Bit 5'

'Port 1 Bit 6'

'Port 1 Bit 7'

'Address input port 2'

'Port 2 Bit 0'

'Port 2 Bit 1'

'Port 2 Bit 2'

'Port 2 Bit 3'

'Port 2 Bit 4'

'Port 2 Bit 5'

'Port 2 Bit 6'

'Port 2 Bit 7'

'Address input port 3'

'Port 3 Bit 0'

'Port 3 Bit 1'

'Port 3 Bit 2'

'Port 3 Bit 3'

'Port 3 Bit 4'

'List glitch filter time'

'Binary input word'

'Binary input word 1'

'Binary input word 2'

'Communication input word'

'Address output port 1'

'Port 1 Bit 0'

'Port 1 Bit 1'

'Port 1 Bit 2'

'Port 1 Bit 3'

'Port 1 Bit 4'

'Port 1 Bit 5'

'Port 1 Bit 6'

'Port 1 Bit 7'

'Address output port 2'

'Port 2 Bit 0'

'Port 2 Bit 1'

'Port 2 Bit 2'

'Port 2 Bit 3'

'Port 2 Bit 4'

'Port 2 Bit 5'

'Port 2 Bit 6'

'Port 2 Bit 7'

'Address output port 3'

'Port 3 Bit 0'

'Port 3 Bit 1'

'Port 3 Bit 2'

'Port 3 Bit 3'

'Output mask'

'Binary output word'

'Binary output word 1'

'Binary output word 2'

'Bit mask port 1'

'Bit mask port 2'

'Bit mask port 3'

'Communication input double word'

'Analog Input A1'

'Analog Input A2'

'Offset analog input 1'

'Converter peak current'

'Converter nominal current'

'Inverter type'

'Power threshold'

'Drive on delay time'

'Drive off delay time'

'Warning overtemperature inverter'

'Warning cooler'

'Message power: actual value ≥ threshold'

'DC-bus voltage'

'Temperature internal'

'Message 16'

'Message 32'

'Inner room temperature'

'Current feedback phase U'

'Current feedback phase V'

'Current feedback phase W'

'DC bus voltage'

'DC bus voltage monitoring'

'Overload limit inverter'

'Actual power value'

'Display overload inverter'

'Temperature internal'

'Temperature external'

'Active power (electrical)'

'Reactive power (electrical)'

'Actual current value phase U'

'Actual current value phase V'

'Actual current value phase W'

'Motion service switch'

'SIWL setpoint'

'PWM frequency'

'EF type'

'Setpoint DC bus voltage'

'Actual power value bipolar'

'Voltage at 25 degrees'

'Voltage at 75 degrees'

'Voltage at 125 degrees'

'Temperature IGBT'

'SIWL source'

'Line counts SIWL output'

'Offset position index'

'SIWL factor'

'SIWL divisor'

'SIWL modulo IN'

'Filter observer'

'SIWL control'

'SIWL status'

'Maximum scanning frequency'

'Line counts SIWL input'

'Voltage reserve'

'Net voltage'

'Upper limit DC bus voltage'

'Lower limit DC bus voltage'

'Setpoint line current wattle'

'Upper limit line current wattless component'

'Lower limit line current wattless component'

'Upper limit line current energy component'

'Lower limit line current energy component'

'Output value DC-bus'

'User list 1'

'OSC channel 1'

'OSC channel 2'

'OSC channel 3'

'OSC channel 4'

'OSC Control'

'OSC configuration list'

'OSC actual values'

'OSC data list'

'TG Control'

'TG configuration list'

'User list 2'

'User list 3'

'Enable code'

'OSC configuration list 2'

'AMK Test 1'

'AMK Test 2'

'AMK Test 3'

'AMK Test 4'

'Drive telegram start time'

'Feedback acquisition start time'

'Command valid time (T3)'

'Status class 1-errors'

'Status class 2-warnings'

'Status class 3-messages'

'Interface status'

'Telegram types parameter'

'Configuration list AT'

'Operational data list communication phase 2'

'Operational data list communication phase 3'

'Operational data list communication phase 4'

'Invalid data list communication phase 2'

'Invalid data list communication phase 3'

'Invalid data list communication phase 4'

'Configuration list MDT'

'All command data list'

'MST error counter'

'MDT error counter'

'Primary operating mode'

'Secondary operating mode 1'

'Secondary operating mode 2'

'Secondary operating mode 3'

'Transmission time MDT (T2)'

'Slave identifier (SLKN)'

'Diagnostic mask status class 2'

'Diagnostic mask status class 3'

'Diagnosis reset status class 1'

'Transition check phase 3'

'Transition check phase 4'

'Manufacturer status class 1'

'Master control word'

'Drive status word'

'Application type'

'SERCOS interface version'

'Drive homing cycle command'

'Cmd position stop'

'Command probe cycle'

'Diagnosis manufacturer class 2'

'Diagnosis manufacturer status'

'Length data set AT'

'Length data set MDT'

'List of data AT'

'List of data MDT'

'CMD reset homing point'

'Switch parameter set command'

'Preselect parameter set command'

'ID-no. list for parameter sets'

'Actual parameter set'

'Initial program load command'

'Cmd load data'

'Cmd save data'

'Operation mode 4'

'Operation mode 5'

'Operation mode 6'

'Operation mode 7'

'Allocation control bit 1'

'Allocation control bit 2'

'Allocation status bit 1'

'Allocation status bit 2'

'Status actual position value'

'Probe 1 enable'

'Probe 2 enable'

'Probe 1 positive latch'

'Probe 1 negative latch'

'Probe 2 positive latch'

'Probe 2 negative latch'

'Command Set absolute position procedure'

'NC cycle time'

'SERCOS cycle time'

'ID-no. list all operational data'

'Configuration status bits'

'Software version'

'Diagnosis [ASCII text]'

'Probe value 1 positive edge'

'Probe value 1 negative edge'

'Probe value 2 positive edge'

'Probe value 2 negative edge'

'Status word'

'Probe status'

'List backup data'

'ID memory mode'

'Temporary parameter list'

'Parameter checksum'

'Diagnostic number'

'List status bits'

'Hardware limit switch status'

'Hardware limit switch configuration'

'Service bits'

'Diagnostic list'

'Park position'

'Park velocity'

'Time zone'

'Service list'

'Operation mode change parameter'

'Customer variable 1'

'Warning time'

'SYADR'

'List parameter set'

'Drive DB file'

'Message 4x32'

'List of error codes'

'Delay software reset'

'Dead time compensation 1'

'Dead time compensation 2'

'Data signification'

'Second period'

'Process number'

'VBNX'

'Communication monitoring'

'Timeout communication monitoring'

'Rated frequency'

'Info safety parameterisation'

'Safety address'

Safety parameters'

'Safety bits'

'Safety password'

'FSoE master command'

'Safety data master 0'

'FSoE master CRC 0'

'Safety data master 1'

'FSoE master CRC 1'

'FSoE master ConnID'

'FSoE slave command'

'Safety data slave 0'

'FSoE Slave CRC 0'

'Safety data slave 1'

'FSoE slave CRC 1'

'Safety data slave 2'

'FSoE slave CRC 2'

'Safety data slave 3'

'FSoE slave CRC 3'

'Safety data slave 4'

'FSoE slave CRC 4'

'Safety data slave 5'

'FSoE slave CRC 5'

'FSoE slave ConnID'

'Motion test 1'

'Motion test 2'

'Motion test 3'

'Motion test 4'

'Variable 0'

'Variable 1'

'Variable 2'

'Variable 3'

'Variable 4'

'Variable 5'

'Variable 6'

'Variable 7'

'Variable 8'

'Variable 9'

'Variable 10'

'Variable 11'

'Variable 12'

'Variable 13'

'Variable 14'

'Variable 15'

'Variable 16'

'Variable 17'

'Variable 18'

'Variable 19'

'Dead time compensation measuring 1'

'ID transfer'

'Line output'

'Time filter line'

'List SEEP 1'

'List SEEP 2'

'Fault statistics'

'Time meter power'

'System name'

'Data set name'

'Event trace'

'Nominal voltage effective'

'Line current effective'

'Memory address'

'Memory data'

'Start marker'

'Mark window'

'Dead time compensation measure'

'PLC files'

'Remanent variables'

'Event filter'

'PLC project info'

'Controller settings'

'Nominal current external component'

'Peak current external component'

'Peak current time external component'

'Treshold external component'

'Display external component'

'mains frequency'

'Product code'

'DC gain KP'

'Integral time DC control'

'Differentiation time DC control'

'Dead time compensation measure 2'

'Motion control bits'

'AM command list'

'AM status list'

'AM Status'

'Customer variable 2'

'Motor encoder database image'

'Osci 1'

'Osci 2'

'Osci 3'

'Osci 4'

'Osci 5'

'Osci 6'

'Osci 7'

'Osci 8'

'Motion data list'

'Line frequency'

'Velocity scaling data'

'Velocity scaling factor'

'Velocity scaling exponent'

'Position scaling data'

'Translative position scaling factor'

'Translative position scaling exponent'

'Rotation - position resolution'

'Torque scaling data'

'Torque scaling factor'

'Torque scaling exponent'

'Acceleration scaling data'

'Acceleration scaling factor'

'Acceleration scaling exponent'

'MAC address'

'IP address'

'Subnet mask'

'Gateway address'

'XML file'

'XML file'

'XML file'

'XML file'

'Bus service'

'BUS address participant'

'BUS transmit rate'

'BUS mode'

'BUS mode attribute'

'BUS failure character'

'BUS output rate'

'CCB-File'

'CCB-Filename'

'Gateway address'

'Network mask'

'BUS status'

'Bus list'

'AS BUS protocol'

'AS card address'

'Node list'

'Usage port'

'BUS mode attribute 2'

'NTP server address'

'Node list 2'

'DNS server address'

'List Bus'