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LSLV0008S300-2
LS ELECTRIC LSLV0008S300-2 Manuals
Manuals and User Guides for LS ELECTRIC LSLV0008S300-2. We have
2
LS ELECTRIC LSLV0008S300-2 manuals available for free PDF download: User Manual
LS ELECTRIC LSLV0008S300-2 User Manual (820 pages)
AC Variable Speed Drive
Brand:
LS ELECTRIC
| Category:
DC Drives
| Size: 15 MB
Table of Contents
Safety Information
4
Quick Reference Table
7
Table of Contents
8
Preparing the Installation
35
Product Identification
35
[ Image 1. Product Rating Plate ]
36
Check the Part Names
37
[ Image 2. 200 V Class 0.4-4 Kw / 400 V Class 0.4-4 Kw Assembly Diagram ]
37
[ Image 3. 200 V Class 5.5-7.5 Kw / 400 V Class 5.5-7.5 Kw Assembly Diagram ]
38
[ Image 4. 200 V Class 11 Kw / 400 V Class 11-15 Kw Assembly Diagram ]
39
[ Image 5. 200 V Class 15-18.5 Kw / 400 V Class 18.5-22 Kw Assembly Diagram ]
40
[ Image 6. 200 V Class 22 Kw / 400 V Class 30-37 Kw Assembly Diagram ]
41
[ Image 7. 200 V Class 30 Kw / 400 V Class 45 Kw Assembly Diagram ]
42
[ Image 8. 200 V Class 37-45 Kw / 400 V Class 55-75 Kw Assembly Diagram ]
43
[ Image 9. 400 V Class 90-110 Kw Assembly Diagram ]
44
[ Image 10. 200 V Class 55-75 Kw / 400 V Class 132-160 Kw Assembly Diagram ]
45
[ Image 11. 400 V Class 185-220 Kw Assembly Diagram ]
46
Installation Considerations
47
[ Image 12. Measurement Criteria for Ambient Temperature for Installation ]
48
Selecting the Installation Location
49
[ Image 13. Selection Criteria for Installation Location ]
49
Wire Selection
50
Ground Wire Specifications
50
Power I/O Cable Specifications
51
Signal (Control) Cable Specifications
53
Installing the Product
54
[ Image 1. System Configuration ]
55
Mounting on the Wall or Within the Panel
56
[ Image 2. Fixing Mounting Bolts (Top) ]
56
[ Image 3. Fixing Mounting Bolts (Bottom) ]
57
[ Image 4. Example of Incorrect Mounting ]
58
Wiring
59
Step 1 Front Cover Disassembly
60
[ Image 5. Front Cover Disassembly ]
60
[ Image 6. Wiring Bracket Disassembly ]
61
[ Image 7. Power Cover Disassembly ]
61
Step 2 Ground Connection
62
[ Image 8. Ground Terminal Connection ]
62
Step 3 Power Terminal Wiring
63
[ Image 9. Power Terminal ]
64
[ Image 10. 200V Class 0.4-4Kw / 400V Class 0.4-4Kw Power Terminals ]
65
[ Image 11. 200V Class 5.5-7.5Kw Power Terminals ]
65
[ Image 12. 400V Class 5.5-7.5Kw Power Terminals ]
65
[ Image 13. 200V Class 11Kw Power Terminals ]
66
[ Image 14. 400V Class 11-15Kw Power Terminals ]
66
[ Image 15. 200V Class 15-18.5Kw Power Terminals ]
66
[ Image 16. 400V Class 18.5-22Kw Power Terminals ]
67
[ Image 17. 200V Class 22Kw / 400V Class 30-37Kw Power Terminals ]
67
[ Image 18. 400V Class 30-37Kw Power Terminals ]
67
[ Image 19. 200V Class 30-45Kw / 400V Class 45-75Kw Power Terminals ]
68
[ Image 20. 400V Class 90-110Kw Power Terminals ]
68
[ Image 21. 200V Class 55-75Kw / 400V Class 132-160Kw Power Terminals ]
68
[ Image 22. 400V Class 185-220Kw Power Terminals ]
69
Step 4 Control Terminal Wiring
71
[ Image 23. Control Terminal ]
71
[ Image 24. Input/Output Control Terminal Wiring ]
72
[ Image 25. IO Board Switch ]
73
[ Image 26. Factory Default Setting for Analog Input Terminal (SW4 Switch) ]
75
[ Image 27. Remove SW4 Switch Seal Tape ]
76
[ Image 28. Factory Default Setting for Analog Output Terminal (SW2, 3 Switch) ]
77
Step 5 PNP/ NPN Mode Selection
79
[ Image 29. NPN Mode ]
79
[ Image 30. PNP Mode (Internal Power) ]
80
[ Image 31. PNP Mode (External Power) ]
80
Step 6 Enabling and Disabling EMC Filter and Varistor (VAR) Ground
81
VAR Ground ]
82
Step 7 Reassembling the Wiring Bracket and the
83
VAR Ground ]
83
Post-Installation Checklist
84
Operation Sequence and Testing
86
Setting up Motor Rating Plate Information
87
Setting Control and Operation Method
89
Setting the Encoder
90
Auto Tuning
92
Basic No-Load Test
94
[ Image 1. Check Motor's Rotational Direction ]
95
Learning to Perform Basic Operations
96
Description of the Inverter Status Indicator LED
96
[ Image 1. Inverter Status LED]
96
Description of the Smart Operator's Composition and Functions
97
[ Image 2. Front Part of the Smart Operator ]
97
[ Image 3. Rear Part of the Smart Operator ]
97
[ Image 4. Battery Cover Removal ]
98
[ Image 5. Battery Insulation Strip Removal ]
98
[ Image 6. Battery Replacement ]
99
[ Image 7. Battery Cover Combination ]
99
Description of Operation Key Functions
100
Description of the Status Indicator LED
101
LCD Screen Composition
101
Menu (Mode) and Screen
102
[ Image 8. LCD Screen Composition ]
102
[ Image 9. Menu Screen ]
102
[ Image 10. Monitor Mode Screen ]
103
Parameter Mode
107
[ Image 11. Parameter Mode Screen ]
107
Favorite Mode
110
[ Image 12. Favorite Mode Screen ]
110
[ Image 13. Screen When There Is a Previously Occurred Trip ]
111
[ Image 14. Screen When One Trip Occurred ]
111
[ Image 15. Screen When Two or more Trips Occurred ]
111
Configuration Mode
112
[ Image 16. Setting Mode Screen ]
112
Wizard Mode
113
[ Image 17. Wizard Mode Screen ]
113
How to Use the Smart Operator
114
Navigating to the Main Menu (Mode) Screen
114
[ Image 18. Menu Screen ]
114
Navigating to Code (Function Item)
115
[ Image 19. Parameter Configuration Group Screen]
115
[ Image 20. Drive Set Tab Screen in Setting Mode]
115
[ Image 21. Monitor Mode Screen ]
115
Navigating Directly to Different Codes (Jump Codes)
116
[ Image 22. Jump Code Selection Screen ]
116
[ Image 23. Jump Code No. Input Screen ]
116
Parameter Setting
117
[ Image 24. Parameter Value Setting Screen ]
117
[ Image 25. Parameter Item Selection Screen ]
117
Favorites Settings
118
Register/Delete Favorite Parameters
118
[ Image 26. Parameter Value Input Screen ]
118
[ Image 27. Favorite Registration Screen ]
119
Image 28. Favorite Registration Screen
119
[ Image 29. Favorite List Screen ]
119
Editing the Favorite Parameters
120
[ Image 30. Confirmation Screen for Deleting Favorites ]
120
[ Image 31. Editing Screen of the Favorites Registration Parameter Value ]
120
Macro Settings
121
Selecting Macro
121
Edit Macro Parameters
123
[ Image 32. Editing Screen of the Macro Parameter Value ]
123
Learning Basic Functions
124
Frequency Settings
126
Operating Frequency Settings
126
[ Image 1. Operating Frequency Determination Block ]
127
Image 2. Inputting Pulse in Terminal Block
131
Up-Down Operation
132
[ Image 3. Up-Down Operation (Normal) ]
133
[ Image 4. Up-Down Operation (Step) ]
133
[ Image 5. Up-Down Operation (Step+ Normal) ]
134
[ Image 6. Up-Down Operation (Save Mode) ]
135
Operating Frequency-Related Functions
136
[ Image 7. Structure of Target Frequency Determination ]
136
[ Image 8. an Example of Frequency Change Due to Operating Frequency Hold ]
137
[ Image 9. an Example of Frequency Change Due to Multistep Frequency Settings ]
140
Frequency Limit
141
Operation Command Settings
144
Setting Methods of Operation Commands
144
In the Smart Operator ]
145
Image 11. an Example of a Frequency Change When Inputting Operation
146
Terminal Block as a Command Input Device (Run and Rotation Direction Commands)
146
Image 12. an Example of a Frequency Change When Inputting Operation
147
Commands Via a Terminal Block
147
Local/Remote Switching Operations with Multifunction Keys in the Smart Operator
148
Functions on Operation Command
150
Start Settings
153
Acceleration Start
153
[ Image 13. an Example of Starting after DC Braking ]
154
Stop Settings
155
[ Image 14. an Example of Deceleration Stop ]
155
[ Image 15. an Example of Stopping after DC Braking ]
157
[ Image 16. an Example of Free Run Stop ]
158
Power Braking
159
Acc/Dec Settings
160
Acc/Dec Time Settings
160
Settings (Based on the Maximum Frequency) ]
160
Image 18. Frequency Change Based on Acceleration and Deceleration Time
161
Settings (Based on the Operating Frequency) ]
161
[ Image 19. Frequency Change Based on Multi-Stage Acc/Dec Time Settings ]
163
Functions on Acc/Dec
164
[ Image 20. Frequency Change Based on Acc/Dec Time Switch Frequency Settings ]
164
[ Image 21. Frequency Change Based on Acc/Dec Pattern Settings ]
165
[ Image 22. Frequency Change When Acc/Dec Pattern Is Set as an S-Curve ]
166
[ Image 23. Frequency Change Based on Acc/Dec Stop Command Settings ]
167
Using the Advanced Functions of the Motor
168
Induction Motor V/F Control
168
Linear V/F Pattern Operation
169
Square Reduction V/F Pattern Operation
169
[ Image 1. Comparison of V/F Pattern Operations ]
170
User V/F Pattern Operation
171
[ Image 2. Frequency Change Based on User V/F Pattern Operation Settings ]
172
Slip Compensation Operation
173
[ Image 3. Slip Compensation Operation ]
173
Vector Control for Induction Motors
176
Sensorless Vector Control for Induction Motors
178
Vector Control for Induction Motors Using Location/Speed Sensors
180
[ Image 4. Rotational Frequency as Per Load ]
180
[ Image 5. How Does VEC1, VEC2-9 (Hold Time) Work ]
181
Torque Control for Induction Motors
182
Setting Torque Control for Induction Motors
182
Setting Torque Command Sources
183
V/F Control for Synchronous Motors
187
Vector Control for Synchronous Motors
188
Initial Angle Detection
189
Sensorless Vector Control Operation Settings for Synchronous Motors
190
Sensorless Vector Control Operation Guide for Synchronous Motors
192
Vector Control for Synchronous Motors Using Location/Speed Sensors
193
Common Functions of Vector Control
194
Torque Limits in Speed Control
194
Speed Limits in Torque Control
196
Speed/Torque Switch
198
Learning Advanced Features
199
Auxiliary Frequency Operation
199
Learning Advanced Features
201
Jog Operation
202
Jog Operation by Terminal Block 1-Forward Jog
202
Jog Operation by Terminal Block 2-Forward / Reverse Jog
203
[ Image 1. [An Example of Terminal Settings for Jog Operation ]
203
[ Image 2. an Example of Forward / Reverse Jog Operation ]
204
Jog Frequency Limits
205
Jog Operation with Smart Operator
206
[ Image 3. an Example of a Jog Operation with the Smart Operator ]
206
3-Wire Operation
207
[ Image 4. an Example of 3-Wire Operation Settings ]
207
Safe Operation Mode
208
[ Image 5. an Example of 3-Wire Operation ]
208
[ Image 6. an Example of Operating in Safe Operation Mode ]
209
Dwell Operation
210
[ Image 7. an Example of a Dwell Operation ]
210
[ Image 8. an Example of Acceleration Dwell Operation ]
211
[ Image 9. an Example of Deceleration Dwell Operation ]
211
Torque Boost
212
Manual Torque Boost
212
[ Image 10. an Example of Manual Torque Boost ]
212
Auto Torque Boost
213
PID Control
214
Basic PID Operation
215
[ Image 11. an Example of PID Output Holding Based on Feedback Value ]
225
[ Image 12. PID Command Selection Block ]
229
[ Image 13. PID Command Scale Block ]
230
[ Image 14. PID Feedback Block ]
230
[ Image 15. PID Output Block ]
231
PID Operation Sleep Mode
232
[ Image 16. PID Output Mode Block ]
232
Pre-PID Operation
234
[ Image 17. an Example of PID Operation Sleep Mode ]
234
[ Image 18. an Example of a Pre-PID Operation ]
235
PID Operation Switch (PID Openloop)
236
PID Output Hold Operation
236
[ Image 19. an Example of a PID Operation Switch ]
236
[ Image 20. an Example of a PID Output Hold Operation ]
236
External PID (EPID)
237
Basic EPID Operation
238
EPID Command Block
245
EPID Feedback
245
[ Image 21. EPID Command Block ]
245
[ Image 22. EPID Feedback Block ]
245
EPID Output
246
[ Image 23. EPID Output Block ]
246
Kinetic Energy Buffering Operation
247
[ Image 24. an Example of KEB Ride through Operation ]
249
[ Image 25. an Example of KEB Safety Stop Operation ]
249
Current Hunting Prevention (Anti-Hunting Regulator)
251
Fire Mode
252
Energy Saving Operation
254
Manual Energy Saving Operation
254
Automatic Energy Saving Operation
254
[ Image 26. Manual Energy Saving Operation ]
254
Speed Search Operation
255
General Acceleration Operation
256
Start Operation While Powering on
257
Restart Operation after Power Interruption
257
Auto Restart Operation after a Trip
258
Emergency Operation
258
Auto Restart Setting
259
Auto Restart for General Acceleration
259
Auto Restart for Speed Search
260
Acceleration Is Set as 2 ]
260
Speed Search Is Set as 2 ]
261
Operational Noise Settings (Change of Carrier Frequency Settings)
262
[ Image 29. Rated Current Limit Per Ambient Temperature ]
263
Second Motor Operation
264
[ Image 30. Second Motor Operation Settings ]
264
Switching Operation to Commercial Power
265
[ Image 31. an Example of Switching Operation to Commercial Power ]
265
Input Power Frequency Settings and Voltage Monitoring
266
Second Operation Mode Settings
267
Regeneration Avoidance
268
[ Image 32. an Example of Regeneration Avoidance ]
269
Load Speed
270
Output Power Display
271
Motor Pre-Heating
271
[ Image 33. an Example of Operation Command Input During Motor Pre-Heating ]
272
[ Image 34. an Example of Motor Pre-Heating When Free-Run Stops ]
273
DC Injection by Terminal Block
274
Brake Control
275
[ Image 35. Brake Status Block ]
277
[ Image 36. an Example of Brake Control ]
279
Position Control
280
Installation, Wiring, and Operation Preparation
280
Independent Position Control Operation
281
Overall Block Diagram
289
[ Image 37. Block Diagram of Overall Position Control Operation ]
289
[ Image 38. Position Path Selection and Speed Pattern Occurrence Block ]
291
[ Image 39. an Example of Operation Based on Position Control Path Settings ]
293
[ Image 40. Position Control Block ]
294
[ Image 41. Speed Command Selection Block ]
295
Trip Processing Block
296
[ Image 42. Trip Processing Block ]
296
[ Image 43. Current Position Calculation Block ]
298
Homing Operation
299
[ Image 44. Homing Operation Block ]
299
[ Image 45. an Example of Homing Operation (Fwd [Rev] + Index) ]
300
[ Image 46. an Example of Homing Operation (Fwd [Rev] + no Index) ]
300
Proportional Synchronous Position Control
302
[ Image 47. Proportional Synchronous Position Control System ]
303
Cause of Abnormalities and Inspection
305
Using User Sequence
306
Operation Preparations
306
Logic Function
311
[ Image 48. Logic Function (0 : NOT(A)) ]
311
[ Image 49. Logic Function (1 : and(A,B,C)) ]
312
[ Image 50. Logic Function (2 : NAND(A,B,C)) ]
312
[ Image 51. Logic Function (3 : or(A,B,C)) ]
312
[ Image 52. Logic Function (4 : nor(A,B,C)) ]
312
[ Image 53. Logic Function (5 : XOR(A,B,C)) ]
313
[ Image 54. Logic Function (6 : (a and B) or C) ]
313
[ Image 55. Logic Function (7 : and(A,B,C)) ]
313
[ Image 56. Logic Function (8 : or(A,B,C)) ]
313
[ Image 57. Logic Function (9 : R-EDGE-DETECT(A)) ]
314
[ Image 58. Logic Function (10 : F-EDGE-DETECT(A)) ]
314
Arithmetic Function (Value Function)
316
[ Image 59. Logic Function (26 : on DELAY) ]
319
[ Image 60. Logic Function (27 : off DELAY) ]
319
[ Image 61. Logic Function (28 : TIMER) ]
320
[ Image 62. Logic Function (29 : WINDOW) ]
320
[ Image 63. Logic Function (30 : WINDOW C <= a <= B) ]
321
Parameter Function (Paraset Function)
322
Special Function
323
Simple Master
324
[ Image 64. Simple Master Composition ]
324
Operating Winder/Unwinder
328
Overall Compositions
329
[ Image 65. Speed Control Mode with a Tension Sensor (Capstan Operation) ]
329
[ Image 66. Torque Control Mode with a Tension Sensor ]
330
[ Image 67. Speed Control Mode Without a Tension Sensor ]
331
[ Image 68. Torque Control Mode Without a Tension Sensor ]
332
Main Speed Command Part
333
[ Image 69. Main Speed Command Part ]
333
Tension Command Part
337
[ Image 70. Tension PID Command Part ]
337
Tension Command
338
Taper Function
339
[ Image 71. Changes in Stress and Tension According to the Diameter of the Roll Winder ]
340
[ Image 72. Trend of the Tension Change According to the Taper Type and Settings ]
340
Web PID Controller
342
[ Image 73. Web PID Control Part ]
342
[ Image 74. How Does WEB1-42 (PID Start Ramp) Work ]
346
[ Image 75. Web PID Gain Calculation ]
347
[ Image 76. Gain Change According to the Multifunction Input's WPID Gain Change ]
350
[ Image 77. P/I Gain Switchover According to the Speed ]
351
[ Image 78. Trend in P Gain Changes According to the Profile P Mode ]
351
Diameter Calculation Part
352
[ Image 79. Diameter Calculation Part ]
352
[ Image 80. When There Are Bobbins in Various Sizes ]
355
Final Speed Calculation Part
359
[ Image 81. Final Speed Calculation Part ]
359
[ Image 82. Splicing Diagram ]
365
Final Tension Calculation Part
366
[ Image 83. Final Tension Calculation Part ]
366
Disconnection Detection Part
367
[ Image 84. Disconnection Detection Part ]
367
Torque Limit Calculation Part
370
[ Image 85. Torque Limit Calculation Part ]
370
[ Image 86. Friction Loss According to the Speed ]
373
How to Set Parameters
375
System Stop (Quick Stop)
377
[ Image 87. an Example of System Stop ]
377
No Restart after a Free-Run Stop
378
After a Free-Run Stop ]
378
[ Image 89. an Example of an Operation During Restart Prohibition after a Free-Run/Trip ]
379
[ Image 90. an Example of a Restart after a Coaststop(Freerun)/Trip ]
380
Timer Settings
381
[ Image 91. an Example of Timer Settings at Multifunction Terminal ]
382
Functions of Terminal Block
383
Multifunction Digital Inputs
383
Delay Time Settings for Multifunction Input Terminals
383
[ Image 1. an Example of Delay Time Settings for Multifunction Input Terminal ]
383
Contact Settings for Multifunction Input Terminals
384
Multifunction Input Identification
385
Multifunction Digital Input
385
Analog Input
389
Analog Input Mode
389
[ Image 2. External Power Source Connection ]
390
[ Image 3. Internal Power Source Connection ]
390
[ Image 4. External Power Source Connection ]
390
[ Image 5. Internal Power Source Connection ]
390
[ Image 6. External Current Source Connection ]
390
The Scale of Analog Input
391
[ Image 7. the Size of Analog Input Based on Analog Voltage Input - 1 ]
392
[ Image 8. the Size of Analog Input Based on Analog Voltage Input - 2 ]
393
(Bipolar Voltage) - 1 ]
394
(Bipolar Voltage) - 2 ]
394
(Bipolar Voltage) - 3 ]
395
(Bipolar Voltage) - 4 ]
395
Quantization
396
(Bipolar Voltage) - 5 ]
396
[ Image 14. Frequency Change Based on Quantization Settings ]
397
Filter
398
For Low-Pass Filter ]
398
Multifunction Digital Output
399
Multifunction Output Terminal Settings
399
[ Image 16. an Example of Torque Detection - 1 ]
400
[ Image 17. an Example of Torque Detection - 2 ]
401
[ Image 18. an Example of Torque Detection - 3 ]
401
[ Image 19. an Example of Torque Detection - 4 ]
402
Delay Time Settings for Digital Output Terminals
406
Contact Settings for Digital Output Terminals
406
Digital Output Identification
407
Multifunction Digital Output
407
Direct Control over Multifunction Output
409
Pulse Input
410
Pulse Input Scale
410
[ Image 20. Connecting External Pulse Train ]
410
[ Image 21. Pulse Input Frequency Monitor ]
411
Pulse Input Filter
412
Pulse Input Quantization
412
Analog Output
413
Analog Output of Voltage and Current
413
Setting Details of Analog Output of Voltage and Current
414
Pulse Output
418
Pulse Output Settings
418
Pulse Output Setting Details
419
Learning Protection Functions
420
Motor Protection
420
Electronic Thermal (ETH) Prevention
420
Type ]
421
Overload Early Warning and Trip
422
Prevention ]
422
[ Image 3. Example of an Overload Warning Signal Output ]
423
Underload Fault Trip and Warning
424
(Load Class: Heavy Load) ]
425
(Load Class: Underload) ]
426
Stall Prevention
427
[ Image 6. Stall Prevention Level by Frequency Band ]
428
Flux Braking
429
Electronic Thermal (ETH) Prevention through Motor Overheat Sensor
430
[ Image 7. PTC Sensor 2-Wire Connection Method ]
432
[ Image 8. PTC Sensor 3-Wire Connection Method ]
433
Inverter and Sequence Protection
434
Input/Output Open-Phase Protection
434
External Trip Signal
435
[ Image 9. Example of External Trip Signal Settings ]
436
Inverter Overload Protection
437
Using External 24V Power (External 24V)
438
Loss of Input Value by Inverter Unit
440
[ Image 10. Example of Operation in Case of Lost Analog Input ]
449
Dynamic Braking (DB) Resistor Configuration
450
[ Image 11. Example of Dynamic Braking Resistor Setting-1 ]
451
[ Image 12. Example of Dynamic Braking Resistor Setting-2 ]
451
Output Block by Multifunction Terminal
452
Over Speed Error
453
Speed Deviation Error
454
Cooling Fan Control
454
Cooling Fan Trip Detection
456
Diagnostic Functions
457
Main Capacitor Diagnostic Function
457
Main Capacitor Diagnostic Check Alarm Function
458
Main Capacitor Life Diagnostic Function
459
Main Fan Life Diagnostic Function
459
Aux Fan Life Diagnostic Functions
460
Pre-Charge Relay Life Diagnostic Function
460
Monitoring Operation Time
461
Operation Settings Related to Trip Occurrence
462
Operation Related to Low Voltage Trip
462
Operation Related to Safety Trip
463
Trip Status Reset
463
Trip/Warning List
464
Trip List
464
Warning List
468
Using Built-In Communication Features
470
Communication Standards
470
Communication System Configuration
471
Slave Inverter Composition
471
[ Image 1. Slave Inverter Composition (Superordinate Controller: PLC) ]
471
[ Image 2. Slave Inverter Composition (Superordinate Controller: PC) ]
471
Parameter Settings for Slave Communication
472
Setting Operation Command and Frequency
475
Command Loss Protection Settings
475
Communication Parameter Address Operation
477
Parameters for Common Area
477
Parameters for Expanded Common Area
481
Virtual Multifunction Input Settings
513
Virtual Multifunction Output Settings
514
Communication Memory Map
514
Parameter Group for Data Transmission
516
Built-In Communication Protocol
517
LS INV 485 Protocol
517
Exception Code
523
Modbus-RTU
525
Using USB Communication Functions
530
Parameter Settings for USB Communication
530
Using USB Communication Functions [ Image 1. Connecting Inverter and PC with USB ]
530
Parameter Group for Data Transmission
532
Inverter Setting Mode
533
Parameter Management
533
Setting Mode Parameters
533
Parameter Easy Start (Easy Start On)
538
Reading and Writing Parameters
539
Inverter Setting Mode [ Image 1. Main Menu ]
539
[ Image 2. Parameter Reading Selection in Setting Mode ]
539
[ Image 3. Saving Parameter Settings ]
540
[ Image 4. the Screen after Successfully Reading Parameters ]
540
[ Image 5. Parameter Saved ]
540
[ Image 6. Main Menu ]
541
[ Image 7. Parameter Writing Selection in Setting Mode ]
541
[ Image 8. Parameter Settings Selection ]
541
Parameter Initialization
542
[ Image 9. the Screen after Successfully Writing Parameters ]
542
[ Image 10. Setting Mode Screen ]
544
[ Image 11. Parameter Initialization Selection in Setting Mode ]
544
Parameter Mode Lock
545
Parameter Lock
548
Changed Parameter Display
551
Saving Parameters
551
Monitoring Settings
552
Item Change in Monitor Display Mode
552
Monitoring Item Settings for Top Status Bar
554
Operation Status Monitor Settings
556
Trip Status Monitoring
559
For a Trip During Operation
559
For Concurrent Trips of Two or more
561
Drive Group (DRV)
563
User Sequence Group (US)
703
Troubleshooting
727
Advanced Functions
732
Warning Messages
734
Fault Status
734
Troubleshooting Fault Trips
737
Maintenance
747
Regular Inspection Lists
747
Daily Inspections
747
Annual Inspections
749
Bi-Annual Inspections
751
Storage and Disposal
752
Correct Disposal
752
Technical Specifications
753
Input and Output Specifications
753
Product Specification Details
760
External Dimensions (IP20 Type)
764
Peripheral Devices
774
Right Side
787
Continuous Rated Current Derating
797
Carrier Frequency Derating
811
Product Warranty
816
Manual Revision History
819
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LS ELECTRIC LSLV0008S300-2 User Manual (227 pages)
AC Variable Speed Drive
Brand:
LS ELECTRIC
| Category:
Servo Drives
| Size: 11 MB
Table of Contents
Safety Information
4
Quick Reference Table
7
Table of Contents
8
Preparing the Installation
23
Product Identification
23
Preparing the Installation [ Image 1. Product Rating Plate ]
24
Check the Part Names
25
[ Image 2. 200 V Class 0.4-4 Kw / 400 V Class 0.4-4 Kw Assembly Diagram ]
25
[ Image 3. 200 V Class 5.5-7.5 Kw / 400 V Class 5.5-7.5 Kw Assembly Diagram ]
26
[ Image 4. 200 V Class 11 Kw / 400 V Class 11-15 Kw Assembly Diagram ]
27
[ Image 5. 200 V Class 15-18.5 Kw / 400 V Class 18.5-22 Kw Assembly Diagram ]
28
[ Image 6. 200 V Class 22 Kw / 400 V Class 30-37 Kw Assembly Diagram ]
29
[ Image 7. 200 V Class 30 Kw / 400 V Class 45 Kw Assembly Diagram ]
30
[ Image 8. 200 V Class 37-45 Kw / 400 V Class 55-75 Kw Assembly Diagram ]
31
[ Image 9. 400 V Class 90-110 Kw Assembly Diagram ]
32
[ Image 10. 200 V Class 55-75 Kw / 400 V Class 132-160 Kw Assembly Diagram ]
33
[ Image 11. 400 V Class 185-220 Kw Assembly Diagram ]
34
Installation Considerations
35
[ Image 12. Measurement Criteria for Ambient Temperature for Installation ]
36
Selecting the Installation Location
37
[ Image 13. Selection Criteria for Installation Location ]
37
Wire Selection
38
Ground Wire Specifications
38
Power I/O Cable Specifications
39
Signal (Control) Cable Specifications
41
Installing the Product
42
Installing the Product [ Image 1. System Configuration ]
43
Mounting on the Wall or Within the Panel
44
[ Image 2. Fixing Mounting Bolts (Top) ]
44
[ Image 3. Fixing Mounting Bolts (Bottom) ]
45
[ Image 4. Example of Incorrect Mounting ]
46
Wiring
47
Step 1 Front Cover Disassembly
48
[ Image 5. Front Cover Disassembly ]
48
[ Image 6. Wiring Bracket Disassembly ]
49
[ Image 7. Power Cover Disassembly ]
49
Step 2 Ground Connection
50
[ Image 8. Ground Terminal Connection ]
50
Step 3 Power Terminal Wiring
51
[ Image 9. Power Terminal ]
52
[ Image 10. 200V Class 0.4-4Kw / 400V Class 0.4-4Kw Power Terminals ]
53
[ Image 11. 200V Class 5.5-7.5Kw Power Terminals ]
53
[ Image 12. 400V Class 5.5-7.5Kw Power Terminals ]
53
[ Image 13. 200V Class 11Kw Power Terminals ]
54
[ Image 14. 400V Class 11-15Kw Power Terminals ]
54
[ Image 15. 200V Class 15-18.5Kw Power Terminals ]
54
[ Image 16. 400V Class 18.5-22Kw Power Terminals ]
55
[ Image 17. 200V Class 22Kw / 400V Class 30-37Kw Power Terminals ]
55
[ Image 18. 400V Class 30-37Kw Power Terminals ]
55
[ Image 19. 200V Class 30-45Kw / 400V Class 45-75Kw Power Terminals ]
56
[ Image 20. 400V Class 90-110Kw Power Terminals ]
56
[ Image 21. 200V Class 55-75Kw / 400V Class 132-160Kw Power Terminals ]
56
[ Image 22. 400V Class 185-220Kw Power Terminals ]
57
Step 4 Control Terminal Wiring
59
[ Image 23. Control Terminal ]
59
[ Image 24. Input/Output Control Terminal Wiring ]
60
[ Image 25. IO Board Switch ]
61
[ Image 26. Factory Default Setting for Analog Input Terminal (SW4 Switch) ]
63
[ Image 27. Remove SW4 Switch Seal Tape ]
64
[ Image 28. Factory Default Setting for Analog Output Terminal (SW2, 3 Switch) ]
65
Step 5 PNP/ NPN Mode Selection
67
[ Image 29. NPN Mode ]
67
[ Image 30. PNP Mode (Internal Power) ]
68
[ Image 31. PNP Mode (External Power) ]
68
Step 6 Enabling and Disabling EMC Filter and Varistor (VAR) Ground
69
VAR Ground ]
70
Step 7 Reassembling the Wiring Bracket and the
71
VAR Ground ]
71
Post-Installation Checklist
72
Operation Sequence and Testing
74
Setting up Motor Rating Plate Information
75
Setting Control and Operation Method
77
Setting the Encoder
78
Auto Tuning
79
Basic No-Load Test
83
Operation Sequence and Testing [ Image 1. Check Motor's Rotational Direction ]
84
Learning to Perform Basic Operations
85
Description of the Inverter Status Indicator LED
85
Learning to Perform Basic Operations [ Image 1. Inverter Status LED]
85
Description of the Smart Operator's Composition and Functions
86
[ Image 2. Front Part of the Smart Operator ] [ Image 3. Rear Part of the Smart Operator ]
86
[ Image 4. Battery Cover Removal ]
87
[ Image 5. Battery Insulation Strip Removal ]
87
[ Image 6. Battery Replacement ]
88
[ Image 7. Battery Cover Combination ]
88
Description of Operation Key Functions
89
Description of the Status Indicator LED
90
LCD Screen Composition
90
Menu (Mode) and Screen
91
[ Image 8. LCD Screen Composition ]
91
[ Image 9. Menu Screen ]
91
[ Image 10. Monitor Mode Screen ]
92
[ Image 11. Parameter Mode Screen ]
96
[ Image 12. Favorite Mode Screen ]
99
[ Image 13. Screen When There Is a Previously Occurred Trip ]
100
[ Image 14. Screen When One Trip Occurred ]
100
[ Image 15. Screen When Two or more Trips Occurred ]
100
[ Image 16. Setting Mode Screen ]
101
[ Image 17. Wizard Mode Screen ]
102
How to Use the Smart Operator
103
Navigating to the Main Menu (Mode) Screen
103
[ Image 18. Menu Screen ]
103
Navigating to Code (Function Item)
104
[ Image 19. Parameter Configuration Group Screen]
104
[ Image 20. Drive Set Tab Screen in Setting Mode]
104
[ Image 21. Monitor Mode Screen ]
104
Navigating Directly to Different Codes (Jump Codes)
105
[ Image 22. Jump Code Selection Screen ]
105
[ Image 23. Jump Code No. Input Screen ]
105
Parameter Setting
106
[ Image 24. Parameter Value Setting Screen ]
106
[ Image 25. Parameter Item Selection Screen ]
106
Favorites Settings
107
Register/Delete Favorite Parameters
107
[ Image 26. Parameter Value Input Screen ]
107
[ Image 27. Favorite Registration Screen ]
108
Image 28. Favorite Registration Screen
108
[ Image 29. Favorite List Screen ]
108
Editing the Favorite Parameters
109
[ Image 30. Confirmation Screen for Deleting Favorites ]
109
[ Image 31. Editing Screen of the Favorites Registration Parameter Value ]
109
Macro Settings
110
Selecting Macro
110
Edit Macro Parameters
112
[ Image 32. Editing Screen of the Macro Parameter Value ]
112
Learning Basic Functions
113
Frequency Settings
113
Operation Command Settings
113
Acc/Dec Settings
113
Using the Advanced Functions of the Motor
114
Induction Motor V/F Control
114
Vector Control for Induction Motors
114
Torque Control for Induction Motors
114
V/F Control for Synchronous Motors
114
Vector Control for Synchronous Motors
114
Common Functions of Vector Control
114
Learning Advanced Features
115
Auxiliary Frequency Operation
115
Jog Operation
115
3-Wire Operation
115
Safe Operation Mode
115
Dwell Operation
115
Torque Boost
115
PID Control
115
External PID (EPID)
116
Kinetic Energy Buffering Operation
116
Current Hunting Prevention (Anti-Hunting Regulator)
116
Fire Mode
116
Energy Saving Operation
116
Speed Search Operation
116
Auto Restart Setting
116
Operational Noise Settings (Change of Carrier Frequency Settings)
116
Second Motor Operation
117
Switching Operation to Commercial Power
117
Input Power Frequency Settings and Voltage Monitoring
117
Second Operation Mode Settings
117
Regeneration Avoidance
117
Load Speed
117
Output Power Display
117
Motor Pre-Heating
117
DC Injection by Terminal Block
118
Brake Control
118
Position Control
118
Using User Sequence
118
Operating Winder/Unwinder
118
System Stop (Quick Stop)
118
No Restart after a Free-Run Stop
118
Timer Settings
118
Functions of Terminal Block
119
Multifunction Digital Inputs
119
Analog Input
119
Multifunction Digital Output
119
Pulse Input
119
Analog Output
119
Pulse Output
119
Learning Protection Functions
120
Motor Protection
120
Inverter and Sequence Protection
120
Diagnostic Functions
120
Operation Settings Related to Trip Occurrence
120
Trip/Warning List
120
Using Built-In Communication Features
121
Communication Standards
121
Communication System Configuration
121
Communication Parameter Address Operation
121
Built-In Communication Protocol
121
Using USB Communication Functions
122
Parameter Settings for USB Communication
122
Parameter Group for Data Transmission
122
Inverter Setting Mode
123
Parameter Management
123
Monitoring Settings
123
Trip Status Monitoring
123
Table of Functions
124
Drive Group (DRV)
125
Basic Function Group (BAS)
132
First Motor Group (MOT1)
139
The First Motor V/F Group (VF1)
144
First Motor Control Group (VEC1)
148
Second Motor Group (MOT2)
148
Second Motor V/F Group (VF2)
148
Second Motor Control Group (VEC2)
148
Advanced Function Group (ADV)
148
Application Function Group (APP)
148
Digital Input Terminal Block Group (DIN)
148
Analog Input Terminal Block Group (AIN)
148
Output Terminal Block Group (OUT)
149
Process PID Group (PPID)
149
Protection Function Group (PRT)
149
Diagnosis Function Group (DIAG)
149
Internal Communication Group (INTC)
149
Modbus Master Group (INTM)
149
USB Communication Group (USBC)
149
Virtual Terminal Block Group (VIRT)
149
Encoder Group (ENC)
150
External PID 1 Group (EPI1)
150
External PID 2 Group (EPI2)
150
Position Control Group 1 (POS1)
150
Position Control Group 2 (POS2)
150
WEB1 Group (WEB1)
150
WEB2 Group (WEB2)
150
User Sequence Group (US)
150
User Sequence Logical Operation Group (USL)
151
User Sequence Arithmetic Operation Group (USV)
151
User Sequence Parameter Operation Group (USP)
151
User Sequence Special Function Group (USM)
151
Troubleshooting
152
Trip and Warning
152
Fault Trips
152
Warning Messages
159
Troubleshooting Fault Trips
162
Actions on Other Faults
165
Maintenance
172
Regular Inspection Lists
172
Daily Inspections
172
Annual Inspections
174
Bi-Annual Inspections
176
Storage and Disposal
177
Proper Product Storage
177
Correct Disposal
177
Technical Specifications
178
Input and Output Specifications
178
Class 0.4-18.5 Kw (LSLV0004 - 0185S300-2)
178
Class 22-75 Kw (LSLV0220 - 0750S300-2)
179
Class 0.4-22 Kw (LSLV0004 - 0220S300-4)
180
Class 30-75 Kw (LSLV0300 - 0750S300-4)
182
Class 90-220 Kw (LSLV0900 - 2200S300-4)
183
Product Specification Details
185
Structure and Usage Environment
188
External Dimensions (IP20 Type)
189
External Dimensions
189
Peripheral Devices
199
Standards of Molded Case Circuit Breaker (MCCB), Earth Leakage Circuit Breaker (ELCB), and Magnetic Contactor (MC)
199
AC Input Fuse and Reactor Specifications
201
Terminal Screw Specifications
203
Input/Output Terminal Screw Specification
203
Control Circuit Terminal Screw Specifications
204
Braking Unit and Braking Resistor Specifications
206
Type of Braking Units
206
Terminal Arrangement in the Braking Unit
207
Braking Unit and Braking Resistor Wiring Diagram by Capacity
210
Exterior Diagram of Braking Unit
212
Braking Resistor Specifications
219
Derating
222
Parameter Default Values Based on the Motor Capacity
222
Product Warranty
223
Manual Revision History
226
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