Home
Siemens
Inverter Drive
6SL3352-7AE32-1AA1
Siemens 6SL3352-7AE32-1AA1 Parameter Guide
4
of 1
of 1 rating
328 pages
Give review
Manual
Specs
To Next Page
To Next Page
Loading...
MICROMASTER 440
Parameter List
Issue 01/06
User Documentation
6SE6400-5BB00-0BP0
www
.
ElectricalPartManuals
.
com
2
Table of Contents
Default Chapter
2
Available Documentation for the MICROMASTER 440
2
Table of Contents
5
Parameters MICROMASTER 440
5
1 Block Diagram and Terminals
7
Power Terminals
8
Frame Size FX Diagram
9
Frame Size GX Diagram
10
Control Terminals
11
Introduction to Micromaster System Parameters
12
Operators Used in the Parameter List to Represent Mathematical Interrelationships
14
Quick Commissioning (P0010 = 1)
15
Reset to Factory Default
15
Seven-Segment Display
16
Command and Drive Datasets - Overview
17
Command Datasets (CDS)
17
Drive Datasets (DDS)
18
Binector Input Parameters
21
Connector Input Parameters
22
Binector Output Parameters
22
Connector Output Parameters
23
Connector/Binector Output Parameters
24
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
Select Encoder Type
67
CO/BO: Encoder Status Word
68
Encoder Pulses Per Revolution
68
Reaction on Freq. Signal Loss
68
Allowed Frequency Difference
68
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
Number of Digital Outputs
84
BI: Function of Digital Output 1
84
BI: Function of Digital Output 2
85
BI: Function of Digital Output 3
85
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
Configuration of Speed Control
167
CO/BO: Status 2 of Motor Control
167
CO: Freq. Setpoint to Controller
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
4 Function Diagrams
259
Explanation of Symbols Used in the Function Diagrams
259
General Overview Diagram
260
Connection of External and Internal Setpoints Diagram
261
External Interfaces - Digital Inputs Diagram
262
External Interfaces - Digital Outputs Diagram
263
External Interfaces - Analog Input (ADC) Diagram
264
External Interfaces - Analog Output (DAC) Diagram
265
Basic Operator Panel (BOP) Diagram
266
USS on BOP Link, Receiving - Diagram
267
USS on BOP Link, Transmitting - Diagram
268
USS on COM Link, Receiving - Diagram
269
USS on COM Link, Transmitting - Diagram
270
CB on COM Link, Receiving - Diagram
271
CB on COM Link, Transmitting - Diagram
272
Internal Setpoint Source Diagrams
273
Motor Potentiometer (MOP) Diagram
273
Fixed Frequency (FF) Bit Coded (P1016 - P1019, P1025, P1027 = 1 or 2) Diagram
274
Fixed Frequency (FF) Binary Coded (P1016 - P1019 = 3) Diagram
275
Fixed PID Setpoint, Bit Coded (P2216 - P2219, P2225, P2227 = 1 or 2) Diagram
276
Fixed PID Setpoint, Binary Coded (P2216 - P2219 = 3) Diagram
277
PID Motor Potentiometer (PID-MOP) Diagram
278
Technology Functions Diagrams
279
Monitoring Diagram
279
Control Word 1 (R0054) Diagram
281
Control Word 2 (R0055) Diagram
282
Status Word 1 (R0052) Diagram
283
Status Word 2 (R0053) Diagram
284
VDC Control (Max, Min) Diagram
285
Free Blocks Diagrams
286
AND-, OR-, XOR- and NOT- Elements Diagrams
286
Flipflops Diagram
287
Timers Diagram
288
Adders, Subtracters, Multipliers, Dividers, Comparators, Setting in % Diagram
289
Overview Diagrams
290
Setpoint Channel and Motor Control Diagram
290
Setpoint Channel Diagrams
291
PID Controller Diagram
291
Additional Frequency Modifications (AFM)
292
Ramp Function Generator
293
V/F Control Diagram
294
Vector Control Diagrams
295
Overview of Speed Control Without Encoder (SLVC): P1300 = 20 and P1501 = 0 Diagram
295
Overview of Speed Control with Encoder (VC): P1300 = 21 and P1501 = 0 Diagram
296
Overview of Torque Control Without Encoder:p1300 = 22 or P1300 = 20 and P1501 = 1 Diagram
297
Overview of Torque Control with Encoder: P1300 = 23 or P1300 = 21 and P1501 = 1 Diagram
298
Speed Controller Without Encoder (SLVC): P1300 = 20 and P1501 = 0 Diagram
299
Speed Controller with Encoder (VC): P1300 = 21 and P1501 = 0 Diagram
300
Torque Controller and Torque Limitation (SLVC) Diagram
301
Torque Controller and Torque Limitation (VC) Diagram
302
Flux Setpoint (SLVC and VC) Diagram
303
Current Controller & Observer Model (SLVC and VC)
304
Analog Outputs and Display Values
305
5 Faults and Alarms
307
Fault Messages
307
F0001 Overcurrent
307
F0002 Overvoltage
307
F0003 Undervoltage
308
F0004 Inverter Overtemperature
308
F0005 Inverter I2T
308
F0011 Motor Overtemperature
308
F0015 no Motor Temperature Signal
309
F0020 Line Supply Phase Missing
309
F0021 Ground Fault
309
F0022 Hardware Monitoring Active
309
F0023 Output Fault
310
F0024 Rectifier Temperature too High
310
F0030 Fan Failed
310
F0040 Fault, for Automatic Calibration
310
F0041 Failure, Motor Data Identification
311
F0042 Fault/Error When Optimizing the Speed Controller
311
F0051 Parameter EEPROM Fault
311
F0052 Power Stack Fault
311
F0054 Incorrect I/O Module
312
F0060 Asic Time Slice Overflow
312
F0070 CB Setpoint Fault
312
F0071 USS(BOP Link) Setpoint Fault
312
F0090 Signal Loss, Encoder
313
F0101 Stack Overflow
313
F0221 PID Feedback below the Minimum Value
313
F0222 PID Feedback above Maximum Value
313
F0452 Load Torque Fault Detected
314
F0453 Motor Stalled
314
Alarm Messages
315
A0501 Current Limit Value
315
A0502 Overvoltage Limit Value
315
A0504 Inverter Overtemperature
315
A0511 Motor Overtemperature
316
A0520 Rectifier Overtemperature
316
A0521 Ambient Temperature too High
316
A0535 Brake Resistor Hot
316
A0590 Alarm, no Signals from the Speed Encoder
317
A0600 RTOS Data Loss Alarm
317
A0700 CB Alarm 1
317
A0701 CB Alarm 2
317
A0707 CB Alarm 8 - 10
318
A0710 CB Communications Error
318
A0711 CB Communications Error
318
A0910 VDC-Max Controller Disabled/Switched-Out
318
A0920 ADC Parameters Not Correctly Set
319
A0921 DAC Parameters Not Set Properly
319
A0922 no Load at the Inverter
319
A0923 JOG Counter-Clockwise as Well as JOG Clockwise Are Requested
319
6 Abbreviations
321
Suggestions And/Or Corrections
325
Other manuals for Siemens 6SL3352-7AE32-1AA1
Operating Instructions
312 pages
Quick Start Guide
68 pages
Getting Started Guide
44 pages
Instruction Sheet
4 pages
Maintenance Instruction
3 pages
4
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the Siemens 6SL3352-7AE32-1AA1 and is the answer not in the manual?
Ask a question
Siemens 6SL3352-7AE32-1AA1 Specifications
General
Brand
Siemens
Model
6SL3352-7AE32-1AA1
Category
Inverter Drive
Language
English
Related product manuals
Siemens MICROMASTER 440
312 pages
Siemens Powerblock
312 pages
Need help?
General
To Next Page
