Siemens MICROMASTER 440 Manuals

Manuals and User Guides for Siemens MICROMASTER 440. We have 16 Siemens MICROMASTER 440 manuals available for free PDF download: Parameter Manual, Operating Instructions Manual, Quick Start Manual, Getting Started Manual, Instruction Sheet, Maintenance Instruction

siemens MICROMASTER 440 Parameter Manual

siemens MICROMASTER 440 Parameter Manual (329 pages)

0.12 kW - 250 kW

Brand: siemens | Category: Inverter Drive | Size: 8.73 MB

Table of Contents

Available Documentation for the MICROMASTER 440
2
Table of Contents
5
Parameters MICROMASTER 440
5
1 Block Diagram and Terminals

7
3 Parameter Description

25
- Common Parameters
  25
  - Dependency
    26
  - Display Selection
    26
  - Display Mode
    26
  - Backlight Delay Time
    26
  - Commissioning Parameter
    27
  - Lock for User Defined Parameter
    27
  - Key for User Defined Parameter
    27
  - User Defined Parameter
    27
  - Store Mode
    28
- Diagnosis Parameters
  29
  - CO: Act. Filtered DC-Link Volt.
    30
  - CO: Act. Filtered Output Current
    30
  - CO: Act. Filtered Current Isd
    30
  - CO: Act. Filtered Current Isq
    30
  - CO: Act. Filtered Torque
    31
  - CO: Act. Filtered Power
    31
  - CO: Act. Motor Temperature
    31
  - Inverter Overload Utilization
    32
  - Inverter Temperature [Degrees C]
    32
  - Act. Power Factor
    32
  - Energy Consumpt. Meter [Kwh]
    32
  - Reset Energy Consumption Meter
    33
  - Active Command Data Set
    33
  - Active Drive Data Set (DDS)
    33
  - CO/BO: Act. Status Word 1
    34
  - CO/BO: Act. Status Word 2
    35
  - CO/BO: Act. Control Word 1
    36
  - CO/BO: Act. Control Word 2
    36
  - CO/BO: Status of Motor Control
    37
  - CO: Act. Encoder Frequency
    37
  - CO: Freq. Setpoint
    37
  - CO: Act. Frequency
    37
  - CO: Dev. Frequency Controller
    38
  - CO: Slip Frequency
    38
  - CO: Act. Output Frequency
    38
  - CO: Act. Output Current Limit
    38
  - CO: Act. DC-Link Voltage
    39
  - CO: Max. Output Voltage
    39
  - CO: Act. Output Voltage
    39
  - CO: Act. Modulation
    39
  - CO: Current Setpoint Isd
    40
  - CO: Act. Current Isd
    40
  - CO: Current Setpoint Isq
    40
  - CO: Act. Current Isq
    40
  - CI: Display PZD Signals
    41
  - PZD Signals
    41
- Inverter Parameters (HW)
  42
  - P0100 Europe / North America
    42
  - Equipment System Number
    42
  - Act. Power Stack Code Number
    43
  - Power Stack Code Number
    44
  - Act. Inverter Type
    44
  - Power Stack Features
    45
  - Inverter Application
    45
  - Rated Inverter Power [Kw] / [Hp]
    46
  - Rated Inverter Current
    46
  - Rated Inverter Voltage
    46
  - Maximum Inverter Current
    47
  - Supply Voltage
    47
  - Max. Cable Length
    47
  - Inverter Overload Reaction
    48
  - Inverter Protection
    48
  - Inverter Temperature Warning
    49
  - Inverter I2T Overload Warning
    49
  - Inverter Fan off Delay Time
    49
- Motor Parameters
  50
  - Rated Motor Current
    52
  - Rated Motor Power
    52
  - Rated Motor Cosphi
    53
  - Rated Motor Efficiency
    53
  - Rated Motor Frequency
    53
  - Rated Motor Speed
    53
  - Motor Pole Pairs
    54
  - Motor Pole Pair Number
    54
  - Motor Magnetizing Current
    54
  - Rated Motor Slip
    54
  - Rated Power Factor
    55
  - Rated Motor Torque
    55
  - Motor Cooling
    55
  - Calculation of Motor Parameters
    56
  - Motor Inertia
    58
  - Total/Motor Inertia Ratio
    58
  - Motor Weight
    58
  - Motor Start-Up Time
    58
  - Demagnetization Time
    59
  - Stator Resistance (Line-To-Line)
    59
  - Cable Resistance
    60
  - Rotor Resistance
    60
  - Stator Leakage Inductance
    60
  - Rotor Leakage Inductance
    60
  - Main Inductance
    61
  - Magnetizing Curve Flux 1
    62
  - Magnetizing Curve Flux 2
    62
  - Magnetizing Curve Flux 3
    63
  - Magnetizing Curve Flux 4
    63
  - Magnetizing Curve Imag 1
    63
  - Magnetizing Curve Imag 2/3
    63
  - Magnetizing Curve Imag 4
    64
  - Stator Resistance [%]
    64
  - Cable Resistance [%]
    64
  - Rated Stator Resistance [%]
    64
  - Rotor Resistance [%]
    65
  - Rated Rotor Resistance [%]
    65
  - Total Leakage Reactance [%]
    65
  - Main Reactance [%]
    65
  - Rotor Time Constant
    66
  - Total Leakage Time Constant
    66
  - CO: Stator Resistance IGBT [%]
    66
  - CO: Total Stator Resistance [%]
    66
- Speed Encoder
  67
- Application Macros
  69
- Motor Temperature
  69
  - Motor Temperature Sensor
    69
  - Delay Frequency Loss Reaction
    69
  - Thermal Motor Model
    70
  - PTC Sensor
    70
  - KTY84 Sensor
    70
  - Threshold Motor Temperature
    71
  - Motor Temperature Reaction
    71
  - Ambient Motor Temperature
    72
  - Overtemperature Stator Iron
    72
  - Overtemperature Stator Winding
    73
  - Overtemperature Rotor Winding
    73
  - CO: Ambient Temperature
    73
  - CO: Stator Iron Temperature
    73
  - CO: Rotor Winding Temperature
    74
  - Motor Overload Factor [%]
    74
- Command Source
  75
- Digital Inputs
  77
  - Function of Digital Input 1
    77
  - Function of Digital Input 2
    78
  - Function of Digital Input 3
    78
  - Function of Digital Input 4
    79
  - Function of Digital Input 5
    79
  - Function of Digital Input 6
    80
  - Function of Digital Input 7
    80
  - Function of Digital Input 8
    81
  - Selection of CMD. & Freq. Setp.
    81
  - Number of Digital Inputs
    82
  - CO/BO: Binary Input Values
    82
  - Debounce Time for Digital Inputs
    83
  - PNP / NPN Digital Inputs
    83
- Digital Outputs
  84
- Analog Inputs
  86
  - CO/BO: State of Digital Outputs
    86
  - Number of Adcs
    86
  - BO: Status Word of ADC
    86
  - Act. Input of ADC [V] or [Ma]
    87
  - Smooth Time ADC
    87
  - Act. ADC Value after Scaling [%]
    87
  - CO: Act. ADC after Scal. [4000H]
    88
  - Type of ADC
    88
  - Value X1 of ADC Scaling [V / Ma]
    89
  - Value Y1 of ADC Scaling
    90
  - Value X2 of ADC Scaling [V/Ma]
    91
  - Value Y2 of ADC Scaling
    91
  - Width of ADC Deadband [V/Ma]
    91
  - Delay for Loss of Signal Action
    92
- Analog Outputs
  93
  - Number of Dacs
    93
  - CI: Dac
    93
  - Smooth Time DAC
    93
  - Type of DAC
    94
  - Value X1 of DAC Scaling
    94
  - Value Y1 of DAC Scaling
    95
  - Value X2 of DAC Scaling
    95
  - Value Y2 of DAC Scaling
    95
  - Width of DAC Deadband
    96
  - CO/BO: Status Word of DAC
    96
  - BI: Download Parameter Set 1
    97
- Parameter / Command / Drive Data Set
  97
  - Copy Command Data Set (CDS)
    98
  - BI: CDS Bit 0 (Local/Remote)
    98
  - BI: CDS Bit 1
    99
  - Copy Drive Data Set (DDS)
    100
  - BI: DDS Bit 0
    100
- BICO Command Parameters
  102
  - Bi: On/Off1
    102
  - BI: DDS Bit 1
    102
  - BI: on Reverse/Off1
    103
  - Bi: 1. Off2
    103
  - Bi: 2. Off2
    104
  - Bi: 1. Off3
    104
- Communication Parameters
  105
  - Bi: 2. Off3
    105
  - BI: Pulse Enabling
    105
  - CB Address
    105
  - Parameter Changeable Via
    106
  - CO: Last Fault Code
    106
  - CO: Fault Time
    107
  - CO: Fault Value
    107
  - Total Number of Faults
    108
  - Firmware Version Data
    108
  - Profibus Profile
    108
  - Control Word 1
    108
  - Status Word 1
    109
  - Factory Reset
    109
  - Transfer Data from RAM to EEPROM
    109
- Setpoint Source
  110
- Selection of Frequency Setpoint
  110
- Fixed Frequencies
  113
  - Fixed Frequency 1
    113
  - Fixed Frequency 2
    114
  - Fixed Frequency 3
    114
  - Fixed Frequency 4
    114
  - Fixed Frequency 5
    114
  - Fixed Frequency 6 - 11
    115
  - Fixed Frequency 12 - 15
    116
  - Fixed Frequency Mode - Bit 0
    116
  - Fixed Frequency Mode - Bit 1
    117
  - Fixed Frequency Mode - Bit 2
    117
  - Fixed Frequency Mode - Bit 3
    117
  - BI: Fixed Freq. Selection Bit 0
    117
  - BI: Fixed Freq. Selection Bit 1 - 4
    118
  - Fixed Frequency Mode - Bit 5
    119
  - BI: Fixed Freq. Selection Bit 5
    119
- Motorized Potentiometer (MOP)
  120
  - Setpoint Memory of the MOP
    120
  - Inhibit Negative MOP Setpoints
    120
  - BI: Enable MOP (UP-Command)
    120
  - Setpoint of the MOP
    121
  - CO: Act. Output Freq. of the MOP
    121
- Jog
  122
  - BI: Enable JOG Right
    122
  - BI: Enable JOG Left
    122
  - JOG Frequency Right
    123
  - JOG Frequency Left
    123
  - JOG Ramp-Up Time
    124
  - JOG Ramp-Down Time
    124
- Setpoint Channel
  125
  - CI: Main Setpoint
    125
  - CI: Main Setpoint Scaling
    125
  - BI: Disable Additional Setpoint
    125
  - CI: Additional Setpoint Scaling
    126
  - CO: Total Frequency Setpoint
    126
  - CO: Selected Frequency Setpoint
    126
  - Min. Frequency
    127
  - Max. Frequency
    128
  - Resultant Max. Frequency
    129
  - Skip Frequency 1
    129
  - Skip Frequency 2
    129
  - Skip Frequency 3
    129
  - Skip Frequency 4
    130
  - Skip Frequency Bandwidth
    130
  - BI: Inhibit Neg. Freq. Setpoint
    130
- Ramp-Function Generator
  131
  - Ramp-Up Time
    131
  - BI: Reverse
    131
  - CO: Freq. Setp. after Dir. Ctrl.
    131
  - Ramp-Down Time
    132
  - BI: Enable JOG Ramp Times
    132
  - Ramp-Up Initial Rounding Time
    133
  - Ramp-Up Final Rounding Time
    133
  - Ramp-Down Initial Rounding Time
    133
  - Ramp-Down Final Rounding Time
    134
  - Rounding Type
    134
  - OFF3 Ramp-Down Time
    135
  - BI: RFG Enable
    135
  - BI: RFG Start
    135
  - BI: RFG Enable Setpoint
    135
- Flying Restart
  136
  - Flying Start
    136
  - Motor-Current: Flying Start
    137
  - Search Rate: Flying Start
    137
  - Status Word: Flying Start V/F
    138
  - Status Word: Flying Start SLVC
    138
- Automatic Restart
  139
- Number of Restart Attempts
  140
- Motor Holding Brake
  141
  - Holding Brake Enable
    141
  - Holding Brake Release Delay
    142
  - Holding Time after Ramp down
    142
- DC Braking
  143
  - BI: Enable DC Braking
    143
  - DC Braking Current
    144
  - Duration of DC Braking
    144
  - DC Braking Start Frequency
    145
- Compound Braking
  146
- Compound Braking Current
  146
- Dynamic Braking
  147
- VDC Controller
  148
  - Configuration of VDC Controller
    148
  - CO: Switch-On Level of VDC-Max
    149
  - Dynamic Factor of VDC-Max
    149
  - Switch on Level Kin. Buffering
    150
  - Co:switch-On Level Kin Buffering
    150
  - Dyn. Factor of Kinetic Buffering
    150
  - Gain of VDC-Controller
    150
  - VDC-Controller Output Limitation
    151
  - Auto Detect VDC Switch-On Levels
    151
  - Reaction of Kinetic Buffering
    151
  - Freq Limit for Kinetic Buffering
    152
- Control Mode
  153
  - SLVC/VC-Restrictions
    154
  - SLVC/VC-Optimisation
    154
- V/F Control Technique
  156
  - Continuous Boost
    156
  - Acceleration Boost
    157
  - Starting Boost
    158
  - CO: Total Boost Voltage
    158
  - Boost End Frequency
    159
  - Programmable V/F Freq. Coord. 1
    159
  - Programmable V/F Volt. Coord. 1
    160
  - Programmable V/F Freq. Coord. 2
    160
  - Programmable V/F Volt. Coord. 2
    160
  - Programmable V/F Freq. Coord. 3
    160
  - Start Frequency for FCC
    161
- Slip Compensation
  162
- Resonance Damping
  163
  - Slip Limit
    163
  - CO: V/F Slip Frequency
    163
  - Resonance Damping Gain V/F
    163
- Imax Controller
  164
  - Imax Freq. Controller Prop. Gain
    164
  - Imax Freq. Ctrl. Integral Time
    164
  - CO: Imax Controller Freq. Output
    165
  - CO: Imax Controller Volt. Output
    165
  - Imax Voltage Ctrl. Prop. Gain
    165
  - Imax Voltage Ctrl. Integral Time
    165
- Soft Starting
  166
- Voltage Soft Start
  166
- Field-Orientated Vector Control
  167
- Speed Controller With/Without Encoder
  168
  - Filter Time for Act. Speed
    168
  - CO: Act. Filtered Frequency 2
    168
  - Filter Time for Act. Freq (SLVC)
    168
  - Gain Speed Controller (SLVC)
    169
  - Integral Time N-Ctrl. (SLVC)
    169
  - BI: Set Integrator of N-Ctrl.
    169
  - CI: Set Integrator Value N-Ctrl.
    169
- Droop
  170
  - CO: Integral Output of N-Ctrl.
    170
  - Droop Scaling
    171
  - CO: Droop Frequency
    171
  - Enable Droop
    171
- Speed Controller Pre-Control
  172
  - Scaling Accel. Precontrol
    172
  - Scaling Accel. Torque Control
    172
- Torque Control
  173
  - Selection of Torque Setpoint
    173
  - BI: Change to Torque Control
    175
- Supplementary Torque Setpoint
  176
  - Additional Torque Setpoint
    176
  - Acceleration Torque
    176
  - Upper Torque Limit
    176
  - CO: Lower Torque Limit
    177
  - CI: Upper Torque Limit
    177
  - CI: Lower Torque Limit
    177
- Torque / Power Limiting
  177
  - CO: Lower Torque Limitation
    178
  - Motoring Power Limitation
    178
  - Regenerative Power Limitation
    178
  - CO: Max. Trq. Motoring Current
    178
- Flux Control
  179
  - CO: Fixed Value Flux Setpoint
    179
  - CO: Upper Torque Limit (Total)
    179
  - CO: Lower Torque Limit (Total)
    179
  - Dynamic Voltage Headroom
    180
  - Efficiency Optimization
    180
  - Smooth Time for Flux Setpoint
    181
  - CO: Flux Setpoint (Smoothed)
    181
  - Int. Time Field Weak. Controller
    181
  - CO: Flux Setpoint (Total)
    181
- Current Controller
  182
  - Smooth Time for Isq Setpoint
    182
  - Gain Current Controller
    182
  - Integral Time Current Controller
    182
- Motor Model
  183
  - Control Word of Motor Model
    183
  - CO: Integral Limit of Isd Ctrl.
    183
  - CO: Decoupling Voltage
    183
  - Status Word of Motor Model
    184
  - Start-Freq. Motor Model (SLVC)
    185
  - Hyst.-Freq. Motor Model (SLVC)
    185
  - Chng-Ov. Del. T SLVC Op.-Lp Ctrl
    185
  - Chng-Ov. Del. T SLVC Cl.-Lp Ctrl
    185
  - Kp of N-Adaption (SLVC)
    186
  - Tn of N-Adaption (SLVC)
    186
  - CO: Prop. Output of N-Adaption
    186
  - CO: Int. Output of N-Adaption
    186
  - Tn of Rs-Adaption
    187
  - Output of Rs-Adaptation
    187
  - Tn of XM-Adaption
    187
  - Output of XM-Adaption
    187
- Inverter Parameters (Modulator)
  188
  - Pulse Frequency
    188
  - CO: Act. Pulse Frequency
    188
  - Modulator Mode
    188
- Motor Data Identification
  189
  - Ctrl. Word of Motor Data Ident.
    189
  - Select Motor Data Identification
    189
  - On-State Voltage of IGBT
    189
  - No. of Phase to be Identified
    190
  - Identified Stator Resistance
    190
  - Identified Rotor Time Constant
    190
  - Ident. Total Leakage Inductance
    190
  - Identified Stator Inductance 2 - 4
    191
  - Identified Dyn. Leak. Inductance
    191
  - Identified On-State Voltage
    191
  - Ident. Gating Unit Dead Time
    191
- Speed Optimization
  192
- Reference Parameters
  192
  - Reference Frequency
    192
  - Reference Voltage
    193
  - Reference Current
    194
  - Reference Torque
    194
  - Reference Power
    194
- Communication Parameters (USS, CB)
  195
  - USS Denormalization
    195
  - USS Baudrate
    195
  - USS Address
    195
  - USS PZD Length
    196
  - USS PKW Length
    197
  - USS Telegram off Time
    198
  - CO: PZD from BOP Link (USS)
    198
  - CI: PZD to BOP Link (USS)
    199
  - CO: PZD from COM Link (USS)
    200
  - CI: PZD to COM Link (USS)
    201
  - USS Error-Free Telegrams
    201
  - USS Rejected Telegrams
    201
  - USS Character Frame Error
    202
  - USS Overrun Error
    202
  - USS Parity Error
    202
  - BO: Ctrlwrd1 from BOP Link (USS)
    202
  - BO: Ctrlwrd2 from BOP Link (USS)
    203
  - BO: Ctrlwrd1 from COM Link (USS)
    203
  - BO: Ctrlwrd2 from COM Link (USS)
    203
  - CB Telegram off Time
    204
  - CB Parameter
    204
  - CO: PZD from CB
    204
  - CI: PZD to CB
    205
  - CB Identification
    205
  - CB Diagnosis
    205
  - BO: Control Word 1 from CB
    206
  - BO: Control Word 2 from CB
    206
- Faults, Alarms, Monitoring
  207
  - Alarm Number Selection
    207
  - Stop Reaction Value
    207
  - BI: 1. Faults Acknowledgement
    207
  - BI: 2. Faults Acknowledgement
    208
  - BI: External Fault
    208
  - Warning Number
    208
  - Total Number of Warnings
    208
  - Run Time Counter
    209
  - AOP Real Time Clock
    209
  - Indication Counter
    210
  - Hysteresis Frequency F_Hys
    210
  - Time-Constant Frequency Filter
    210
  - Threshold Frequency F_1
    211
  - Delay Time of Threshold Freq F_1
    211
  - Threshold Frequency F_2
    211
  - Delay Time of Threshold Freq F_2
    211
  - Threshold Frequency F_3
    212
  - Delay Time of Threshold Freq F_3
    212
  - Min. Threshold for Freq. Setp.
    212
  - Hysteresis Freq. for Overfreq.
    213
  - Entry Freq. for Perm. Deviation
    213
  - Hysteresis Frequency Deviation
    213
  - Delay Time Permitted Deviation
    213
  - Delay Time Ramp up Completed
    214
  - Switch-Off Frequency F_Off
    214
  - Delay Time T_Off
    214
  - CO: Act. Filtered Frequency 3
    215
  - Threshold Current I_Thresh
    215
  - Delay Time Current
    215
  - Threshold DC-Link Voltage
    216
  - Delay Time DC-Link Voltage
    216
  - Torque Threshold M_Thresh
    217
  - Delay Time for Torque Threshold
    217
  - Delay Time for Motor Is Blocked
    217
  - Delay Time for Motor Pulled out
    217
- Load Torque Monitoring
  218
  - Belt Failure Detection Mode
    218
  - Current Limit for no Load Ident.
    218
  - Delay Time for Load Missing
    218
  - Belt Threshold Frequency 1
    219
  - Belt Threshold Frequency 2
    219
  - Belt Threshold Frequency 3
    220
  - Upper Torque Threshold 1
    220
  - Lower Torque Threshold 1
    220
  - Upper Torque Threshold 2
    220
  - Lower Torque Threshold 3
    221
  - Time Delay for Belt Failure
    221
  - CO/BO: Monitoring Word 1
    221
  - CO/BO: Monitoring Word 2
    221
- Technology Controller (PID Controller)
  222
  - BI: Enable PID Controller
    222
  - Fixed PID Setpoint 1
    223
  - Fixed PID Setpoint 2
    224
  - Fixed PID Setpoint 3
    224
  - Fixed PID Setpoint 4
    224
  - Fixed PID Setpoint 5
    224
  - Fixed PID Setpoint 6 - 11
    225
  - Fixed PID Setpoint 12 - 15
    226
  - Fixed PID Setpoint Mode - Bit 0
    226
  - Fixed PID Setpoint Mode - Bit 1
    226
  - Fixed PID Setpoint Mode - Bit 2
    227
  - Fixed PID Setpoint Mode - Bit 3
    227
  - BI: Fixed PID Setp. Select Bit 0
    227
  - BI: Fixed PID Setp. Select Bit 1
    227
  - BI: Fixed PID Setp. Select Bit 2
    228
  - BI: Fixed PID Setp. Select Bit 3
    228
  - CO: Act. Fixed PID Setpoint
    228
  - BI: Fixed PID Setp. Select Bit 4
    228
  - Fixed PID Setpoint Mode - Bit 5
    229
  - BI: Fixed PID Setp. Select Bit 5
    229
  - Setpoint Memory of PID-MOP
    229
  - Inhibit Neg. PID-MOP Setpoints
    229
  - BI: Enable PID-MOP (UP-CMD)
    230
  - BI: Enable PID-MOP (DOWN-CMD)
    230
  - Setpoint of PID-MOP
    230
  - CO: Output Setpoint of PID-MOP
    231
  - PID Mode
    231
  - CI: PID Setpoint
    233
  - CI: PID Trim Source
    233
  - PID Setpoint Gain Factor
    233
  - PID Trim Gain Factor
    233
  - Ramp-Up Time for PID Setpoint
    234
  - Ramp-Down Time for PID Setpoint
    234
  - CO: PID Setpoint after PID-RFG
    234
  - PID Setpoint Filter Timeconstant
    235
  - CO: Filtered PID Setp. after RFG
    235
  - PID Controller Type
    235
  - CI: PID Feedback
    235
  - Max. Value for PID Feedback
    236
  - Min. Value for PID Feedback
    236
  - Gain Applied to PID Feedback
    236
  - CO: PID Error
    236
  - PID Derivative Time
    237
  - PID Proportional Gain
    237
  - PID Integral Time
    237
  - PID Output Upper Limit
    237
  - PID Output Lower Limit
    238
  - Ramp-Up/-Down Time of PID Limit
    238
  - CO: Act. PID Output
    238
  - Gain Applied to PID Output
    238
- Positioning down Ramp
  239
  - PID Tuning Timeout Length
    239
  - PID Tuning Offset
    239
  - Gearbox Ratio Output
    239
  - No. of Shaft Turns = 1 Unit
    240
  - Distance/No. of Revolutions
    240
  - Act. Number of Shaft Revolutions
    240
- Free Function Blocks (FFB)
  241
  - Enable Ffbs
    241
  - Activate Ffbs
    241
  - P2802 [14] Activate Ffbs
    242
  - Bi: and 1
    243
  - Bo: and 1
    243
  - Bi: and 2
    243
  - Bo: and 2
    243
  - Bi: or 1 - 3
    244
  - Bo: or 1
    244
  - Bi: or 2
    244
  - Bo: or 2 - 3
    244
  - Bi: Xor 1
    245
  - Bo: Xor 1
    245
  - Bi: Xor 2
    245
  - Bo: Xor 2
    245
  - Bi: Not 1
    246
  - Bo: Not 1
    246
  - Bi: Not 2
    246
  - Bo: Not 2
    246
  - Bi: D-Ff 1
    247
  - Bo: Q D-Ff 1
    247
  - Bo: Not-Q D-Ff 1
    247
  - Bi: D-Ff 2
    247
  - Bo: Q D-Ff 2
    248
  - Bo: Not-Q D-Ff 2
    248
  - Bi: Rs-Ff 1
    248
  - Bo: Q Rs-Ff 1
    248
  - Bo: Not-Q Rs-Ff 2
    249
  - Bi: Rs-Ff 3
    249
  - Bo: Q Rs-Ff 3
    249
  - Bo: Not-Q Rs-Ff 3
    249
  - BI: Timer 1
    250
  - Delay Time of Timer 1
    250
  - Mode Timer 1
    251
  - BO: Timer 1
    251
  - BO: Nout Timer 1
    251
  - BI: Timer 2
    251
  - BO: Nout Timer 2
    252
  - BI: Timer 3
    252
  - Delay Time of Timer 3
    252
  - Mode Timer 3
    252
  - Mode Timer 4
    253
  - BO: Timer 4
    253
  - BO: Nout Timer 4
    253
  - CI: Add 1
    253
  - P2873[2] CI: Sub 1
    254
  - R2874 CO: SUB 1
    254
  - P2875[2] CI: Sub 2
    254
  - R2876 CO: SUB 2
    254
  - P2879[2] CI: Mul 2
    255
  - R2880 CO: MUL 2
    255
  - P2881[2] CI: DIV 1
    255
  - R2882 CO: DIV 1
    255
  - P2885[2] CI: Cmp 1
    256
  - R2886 BO: CMP 1
    256
  - P2887[2] CI: Cmp 2
    256
  - R2888 BO: CMP 2
    256
- Inverter Parameters
  257
  - P3900 End of Quick Commissioning
    257
  - P3950 Access of Hidden Parameters
    257
  - R3954[13] CM Version and GUI ID
    257
  - P3980 Commissioning Command Selection
    258
  - P3981 Reset Active Fault
    258
  - R3986[2] Number of Parameters
    258

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Siemens MICROMASTER 440 Operating Instructions Manual

Siemens MICROMASTER 440 Operating Instructions Manual (312 pages)

0.12kW-250kW

Brand: Siemens | Category: Inverter Drive | Size: 9.91 MB

Table of Contents

Table of Contents

11
- 1 Overview
  17
  - The MICROMASTER 440
    18
  - Features
    19
2 Installation

21
3 Functions

47
- Parameters
  51
- Operator Panels for MICROMASTER
  70
- Block Diagram
  74
  - Fig. 3-17 MICROMASTER 440 - Block Diagram
    74
- Factory Setting
  75
  - Fig. 3-18 Status Display Panel (SDP)
    75
  - Fig. 3-19 Recommended Wiring for the Factory Setting
    76
- Commissioning
  77
  - Fig. 3-20 Procedure When Commissioning
    77
  - Fig. 3-21 DIP Switch to Change-Over between 50/60 Hz
    79
  - Fig. 3-22 Mode of Operation of the DIP50/60 Switch in Conjunction with P0100
    79
  - 50/60 Hz Setting
    79
  - Fig. 3-23 Motor Terminal Box
    80
  - Motor Circuit
    80
  - Fig. 3-24 Star / Delta Circuit Configurations
    81
  - Fig. 3-25 V/F Characteristic
    82
  - Quick Commissioning
    83
  - Calculating the Motor / Control Data
    88
  - Fig. 3-26 Equivalent Circuit Diagram (ECD)
    91
  - Motor Data Identification
    91
  - Fig. 3-27 Magnetizing Characteristic
    92
  - Magnetizing Current
    95
  - Commissioning the Application
    97
  - Serial Interface (USS)
    97
  - Selection of Command Source
    98
  - Digital Input (DIN)
    98
  - Digital Output (DOUT)
    99
  - Selection of Frequency Setpoint
    100
  - Analog Input (ADC)
    101
  - Analog Output (DAC)
    102
  - Motor Potentiometer (MOP)
    103
  - Fixed Frequency (FF)
    104
  - Jog
    105
  - Ramp Function Generator (RFG)
    106
  - Reference/Limit Frequencies
    107
  - Inverter Protection
    108
  - Motor Protection
    108
  - Encoder
    110
  - V/F Control
    111
  - Field-Orientated Control
    113
  - Converter-Specific Functions
    118
  - Command and Drive Data Set
    127
  - Diagnostic Parameters
    130
  - End of Commissioning
    131
  - Fig. 3-28 Upread / Download Using AOP and PC Tools
    132
  - Series Commissioning
    132
  - Parameter Reset to the Factory Setting
    133
- Inputs / Outputs
  135
  - Fig. 3-29 Digital Inputs
    135
  - Digital Inputs (DIN)
    135
  - Fig. 3-30 Digital Outputs
    138
  - Digital Outputs (DOUT)
    138
  - Fig. 3-31 DIP Switch and P0756 for ADC Current / Voltage Input
    140
  - Analog Inputs (ADC)
    140
  - Analog Outputs (D/A Converter)
    142
- Communications
  144
- Fixed Frequencies (FF)
  167
- Motorized Potentiometer (MOP)
  170
- Jog
  172
- PID Controller (Technological Controller)
  173
  - Closed-Loop PID Control
    175
  - PID Motorized Potentiometer (PID-MOP)
    177
  - PID Fixed Setpoint (PID-FF)
    178
  - PID Dancer Roll Control
    179
- Setpoint Channel
  181
- Free Function Blocks (FFB)
  191
- Motor Holding Brake (MHB)
  196
- Electronic Brakes
  202
  - DC Braking
    202
  - Compound Braking
    205
  - Dynamic Braking
    206
- Automatic Restart
  211
- Flying Restart
  213
- Closed-Loop VDC Control
  215
  - Vdc_Max Controller
    215
  - Kinetic Buffering (Vdc_Min Controller)
    218
- Positioning down Ramp
  219
- Monitoring Functions / Messages
  221
  - General Monitoring Functions / Messages
    221
  - Load Torque Monitoring
    223
- Thermal Motor Protection and Overload Responses
  227
  - Thermal Motor Model
    229
  - Temperature Sensor
    230
- Power Module Protection
  232
  - General Overload Monitoring
    232
  - Thermal Monitoring Functions and Overload Responses
    233
- Open-Loop/Closed-Loop Control Technique
  235
  - V/F Control
    235
  - Voltage Boost
    237
  - Slip Compensation
    239
  - V/F Resonance Damping
    240
  - V/F Open-Loop Control with Flux Current Control (FCC)
    241
  - Current Limiting (Imax Controller)
    242
  - Vector Control
    243
  - Vector Control Without Speed Encoder (SLVC)
    245
  - Vector Control with Speed Encoder (VC)
    247
  - Speed Controller
    248
  - Closed-Loop Torque Control
    253
  - Limiting the Torque Setpoint
    254

Siemens MICROMASTER 440 Operating Instructions Manual

Siemens MICROMASTER 440 Operating Instructions Manual (238 pages)

Brand: Siemens | Category: DC Drives | Size: 12.17 MB

Table of Contents

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Siemens MICROMASTER 440 Operating Instructions Manual

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0.12 kW - 250 kW

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Siemens MICROMASTER 440 Operating Instructions Manual

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Siemens MICROMASTER 440 Operating Instructions Manual

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Table of Contents

Siemens MICROMASTER 440 Operating Instructions Manual

Siemens MICROMASTER 440 Operating Instructions Manual (78 pages)

0,12 kW - 250 kW

Brand: Siemens | Category: Inverter | Size: 7.98 MB

Table of Contents

Table of Contents
3
1 Installation

5
- Clearance Distances for Mounting
  5
- Mounting Dimensions
  5
2 Electrical Installation

6
- Technical Specifications
  6
- Power Terminals
  13
- Control Terminals
  21
- Block Diagram
  22
3 Factory Setting

23
- 50/60 Hz DIP Switch
  23
4 Communications

24
5 BOP / AOP (Option)

26
- Buttons and Their Functions
  26
- Changing Parameters Using as an Example P0004 "Parameter Filter Function
  27
6 Commissioning

28
- Quick Commissioning
  28
- Motor Data Identification
  32
- Magnetizing Current
  32
- Commissioning the Application
  34
- Serial Interface (USS)
  34
- Selection of Command Source
  34
- Digital Input (DIN)
  35
- Digital Outputs (DOUT)
  36
- Selection of Frequency Setpoint
  37
- Analog Input (ADC)
  38
- Analog Output (DAC)
  39
- Motor Potentiometer (MOP)
  40
- Fixed Frequency (FF)
  41
- Jog
  42
- Ramp Function Generator (RFG)
  43
- Reference/Limit Frequencies
  44
- Inverter Protection
  45
- Motor Protection
  45
- Encoder
  47
- V/F Control
  48
- Field-Orientated Control
  50
- Sensorless Vector Control (SLVC)
  51
- Vector Control with Encoder (VC)
  53
- Converter-Specific Functions
  55
- Flying Start
  55
- Automatic Restart
  55
- Holding Brake
  56
- DC Brake
  58
- Compound Braking
  59
- Dynamic Braking
  60
- VDC Controller
  60
- Load Torque Monitoring
  61
- PID Controller
  63
- 6.4.18.10 Positioning down Ramp
  66
- Free Function Blocks (FFB)
  67
- Data Sets
  69
- Diagnostic Parameters
  72
- Series Commissioning
  75
- Parameter Reset of Factory Setting
  75

Siemens MICROMASTER 440 Quick Start Manual

Siemens MICROMASTER 440 Quick Start Manual (68 pages)

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Siemens MICROMASTER 440 Maintenance Instruction

Siemens MICROMASTER 440 Maintenance Instruction (3 pages)

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Siemens MICROMASTER 440 Maintenance Instruction

Siemens MICROMASTER 440 Maintenance Instruction (3 pages)

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