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LSLV-S100
LSIS LSLV-S100 User Manual
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306
Table of Contents
Default Chapter
6
Table of Contents
6
1 Preparing the Installation
15
Product Identification
15
Part Names
17
22Kw Models
17
30-75Kw Models
19
IP66 Models
20
Installation Considerations
22
Selecting and Preparing a Site for Installation
23
Cable Selection
27
2 Installing the Inverter
29
Mounting the Inverter
31
Cable Wiring
35
Post-Installation Checklist
67
Test Run
69
3 Learning to Perform Basic Operations
71
About the Keypad
71
22Kw Models
71
30-75Kw Models
72
About the Display
72
Operation Keys
76
Control Menu
78
Learning to Use the Keypad
81
Display Mode Selection (30-75Kw Models Only)
81
Group and Code Selection
84
Navigating Directly to Different Codes
89
Setting Parameter Values
91
Configuring the [ESC] Key (0.4-22Kw Models Only)
94
Actual Application Examples
95
Acceleration Time Configuration (0.4-22Kw Models Only)
95
Frequency Reference Configuration (0.4-22Kw Models Only)
96
Jog Frequency Configuration (0.4-22Kw Models Only)
97
Initializing All Parameters
98
Frequency Setting (Keypad) and Operation (Via Terminal Input)
100
Frequency Setting (Potentiometer) and Operation (Terminal Input)
101
Frequency Setting (Potentiometer) and Operation (Keypad)
102
Monitoring the Operation
104
22Kw Models
104
30-75Kw Models
107
4 Learning Basic Features
113
Setting Frequency Reference
116
Keypad as the Source (Keypad-1 Setting)
116
Keypad as the Source (Keypad-2 Setting)
117
V1 Terminal as the Source
117
(Terminal I2)
124
Setting a Frequency with TI Pulse Input
125
Setting a Frequency Reference Via RS-485 Communication
127
Frequency Hold by Analog Input
128
Changing the Displayed Units (Hz↔Rpm)
129
Setting Multi-Step Frequency
129
Command Source Configuration
131
The Keypad as a Command Input Device
131
Terminal Block as a Command Input Device (Fwd/Rev Run Commands)
132
Terminal Block as a Command Input Device
133
(Run and Rotation Direction Commands)
133
Communication as a Command Input Device
134
Local/Remote Mode Switching
134
Forward or Reverse Run Prevention
136
Power-On Run
137
Reset and Restart
138
Setting Acceleration and Deceleration Times
139
Acc/Dec Time Based on Maximum Frequency
139
Acc/Dec Time Based on Operation Frequency
140
Multi-Step Acc/Dec Time Configuration
141
Configuring Acc/Dec Time Switch Frequency
143
Acc/Dec Pattern Configuration
144
Stopping the Acc/Dec Operation
146
V/F(Voltage/Frequency) Control
146
Linear V/F Pattern Operation
146
Square Reduction V/F Pattern Operation
147
User V/F Pattern Operation
148
Torque Boost
149
Manual Torque Boost
149
Auto Torque Boost-1
150
Auto Torque Boost-2
151
Output Voltage Setting
151
Start Mode Setting
152
Acceleration Start
152
Start after DC Braking
152
Stop Mode Setting
153
Deceleration Stop
153
Stop after DC Braking
153
Free Run Stop
155
Power Braking
155
Frequency Limit
156
Frequency Limit Using Maximum Frequency and Start Frequency
156
Frequency Limit Using Upper and Lower Limit Frequency Values
157
Frequency Jump
158
Operation Mode Setting
159
Multi-Function Input Terminal Control
160
P2P Setting
161
Multi-Keypad Setting
162
User Sequence Setting
163
Fire Mode Operation
171
5 Learning Advanced Features
173
Operating with Auxiliary References
175
Jog Operation
179
Jog Operation 1-Forward Jog by Multi-Function Terminal
179
Jog Operation 2-Fwd/Rev Jog by Multi-Function Terminal
181
Jog Operation by Keypad
181
Up-Down Operation
182
3-Wire Operation
184
Safe Operation Mode
185
Dwell Operation
186
Slip Compensation Operation
188
PID Control
189
PID Basic Operation
190
Pre-PID Operation
195
PID Operation Sleep Mode
196
PID Switching (PID Openloop)
197
Auto Tuning
197
Sensorless Vector Control for Induction Motors
201
Sensorless Vector Control Operation Setting for Induction Motors
203
Sensorless Vector Control Operation Guide for Induction Motors
207
Sensorless Vector Control for PM (Permanent-Magnet) Synchronous Motors
208
Detecting the Initial Pole Position
210
Sensorless Vector Control Mode Settings for PM Synchronous Motors
211
Guidelines for Running a PM Synchronous Motor in Sensorless Vector Control Mode
215
Kinetic Energy Buffering Operation
218
Torque Control
221
Energy Saving Operation
224
Manual Energy Saving Operation
224
Automatic Energy Saving Operation
225
Speed Search Operation
225
Auto Restart Settings
229
Operational Noise Settings (Carrier Frequency Settings)
230
Motor Operation
232
Supply Power Transition
233
Cooling Fan Control
234
Input Power Frequency and Voltage Settings
235
Read, Write, and Save Parameters
236
Parameter Initialization
237
Parameter View Lock
238
Parameter Lock
239
Changed Parameter Display
240
User Group
241
Easy Start on
242
Config(Cnf) Mode
243
Timer Settings
244
Brake Control
245
Multi-Function Output On/Off Control
246
Press Regeneration Prevention
247
Analog Output
248
Voltage and Current Analog Output
248
Analog Pulse Output
251
Digital Output
254
Multi-Function Output Terminal and Relay Settings
254
Fault Trip Output Using Multi-Function Output Terminal and Relay
258
Multi-Function Output Terminal Delay Time Settings
259
Keypad Language Settings
260
Operation State Monitor
260
Operation Time Monitor
263
6 Learning Protection Features
264
Motor Protection
264
Electronic Thermal Motor Overheating Prevention (ETH)
264
Overload Early Warning and Trip
265
Stall Prevention and Flux Braking
267
Inverter and Sequence Protection
271
Open-Phase Protection
271
External Trip Signal
272
Inverter Overload Protection
273
Speed Command Loss
273
Dynamic Braking (DB) Resistor Configuration
275
Under Load Fault Trip and Warning
277
Fan Fault Detection
278
Lifetime Diagnosis of Components
279
Low Voltage Fault Trip
281
Output Block by Multi-Function Terminal
282
Trip Status Reset
282
Inverter Diagnosis State
283
Operation Mode on Option Card Trip
283
No Motor Trip
284
Low Voltage Trip 2
284
Fault/Warning List
285
7 Communication Features
287
Communication Standards
287
Communication System Configuration
288
Communication Line Connection
288
Setting Communication Parameters
289
Setting Operation Command and Frequency
290
Command Loss Protective Operation
291
Setting Virtual Multi-Function Input
292
Saving Parameters Defined by Communication
292
Total Memory Map for Communication
293
Parameter Group for Data Transmission
293
Communication Protocol
294
LS INV 485 Protocol
294
Modbus-RTU Protocol
300
Compatible Common Area Parameter
303
S100 Expansion Common Area Parameter
306
Monitoring Area Parameter (Read Only)
306
Control Area Parameter (Read/ Write)
311
Inverter Memory Control Area Parameter (Read and Write)
313
8 Table of Functions
316
Operation Group
316
Drive Group (Par→Dr)
317
Basic Function Group (Par→Ba)
323
Expanded Function Group (Par→Ad)
328
Control Function Group (Par→Cn)
333
Input Terminal Block Function Group (Par→In)
342
Output Terminal Block Function Group (PAR→OU)
347
Communication Function Group (PAR→CM)
352
Application Function Group (PAR→AP)
356
Protection Function Group (Par→Pr)
359
2Nd Motor Function Group (PAR→M2)
364
User Sequence Group (US)
367
User Sequence Function Group(UF)
369
Groups for LCD Keypad Only
390
Trip Mode (TRP Last-X)
390
Config Mode (CNF)
390
9 Troubleshooting
394
Trips and Warnings
394
Fault Trips
394
Warning Messages
397
Troubleshooting Fault Trips
398
Troubleshooting Other Faults
400
10 Maintenance
405
Regular Inspection Lists
405
Daily Inspections
405
Annual Inspections
406
Bi-Annual Inspections
408
Replacing Major Components
409
Exchange Cycle for Major Components
409
Storage and Disposal
409
Storage
409
Disposal
410
11 Technical Specification
411
Input and Output Specification
411
22Kw Models
411
30-75Kw Models
416
Product Specification Details
418
External Dimensions
421
22Kw Models
421
30-75Kw Models
427
IP66 Models
429
Peripheral Devices
433
22Kw Models
433
30-75Kw Models
434
Fuse and Reactor Specifications
435
22Kw Models
435
30-75Kw Models
436
Terminal Screw Specification
436
Input/Output Terminal Screw Specification
436
Control Circuit Terminal Screw Specification
438
Dynamic Braking Unit(DBU) and Resistors
439
Braking Resistor Specification (0.4-22Kw)
439
Dynamic Braking Unit (30-75Kw)
440
Terminal Arrangement
440
Dynamic Braking Unit Dimensions
442
Display Functions
444
Dynamic Braking Unit Resistors
444
Continuous Rated Current Derating
445
Heat Emmission
448
12 Applying Drives to Single-Phase Input Application
449
Introduction
449
Power(Hp), Input Current and Output Current
450
Input Frequency and Voltage Tolerance
451
Product Warranty
452
Warranty Information
452
Revision History
459
Index
460
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LSIS LSLV-S100 Specifications
General
Brand
LSIS
Model
LSLV-S100
Category
Controller
Language
English
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