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Inverter
TOSVERT VF-AS3
Instruction manual
Table Of Contents - Toshiba TOSVERT VF-AS3 Instruction Manual
Industrial inverter (for 3-phase motors)
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Instruction manual
(622 pages)
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Manual
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Quick start manual
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Table of Contents
Industrial Inverter
1
Instruction Manual
1
Safety Precautions
3
Explanation Of Markings
3
Meanings Of Symbols
3
Limits In Purpose
4
Handling
4
Transportation & Installation
5
Wiring (Precautions)
7
Operations
9
When Operation By Communication Or Extension Panel Is Selected
10
When Auto-Restart After Momentary Stop Function Is Selected
10
When Retry Function Is Selected
10
Maintenance And Inspection
11
Disposal
11
Sterilization, Insect Removal Processing For Wooden Packaging Material
11
Attach Caution Labels
11
Introduction
13
Table Of Contents
15
Check Product Purchase
17
Read First
17
Inverter Main Unit View
18
Name Plate
18
Rating Label
18
Danger Label
18
Danger Label Kit
19
Multi-Rating
20
Indication Of Product Type
21
Type And Frame Size
21
Structure Of Equipment
23
Outside View
23
Front Cover
23
Top Cover
24
With Frame Size A4 Or A5
24
Wiring Cover
24
Operation Panel And Peripherals
25
Lcd Screen
25
Operation Keys
25
Operation Panel Lower Side Cover
25
Operation Panel Female Connector
26
Usb-Minib Connector
26
Rs485 Communication Connector 1
26
Indicators For Communication
26
Terminal Blocks
27
Power Terminal Block
27
Grounding Terminal
27
Charge Lamp
27
Control Terminal Block
28
Features Of Inverter
29
Operation Procedure
30
Installation And Wiring
33
Installation Environment
34
How To Install
36
If Multiple Inverters Are Installed
36
Basic Installation
37
Side-By-Side Installation
37
Current Reduction Curve
38
Calorific Values Of Inverter And Required Ventilation
38
Nd Rating Table
39
Panel Designing In Consideration Of Effects Of Noise
40
When More Than One Inverter Are Installed In One Cabinet
41
How To Remove Covers Of Inverter
42
With Frame Size A1, A2, Or A3
43
Front Cover Removal
43
Top Cover Removal
44
With Frame Size A4
44
Front Cover Removal (A4)
45
Wiring Cover Removal
45
Top Cover Removal (A4)
45
With Frame Size A5 - Removal Of Covers
46
With Frame Size A6 - Removal Of Covers
47
Transparent Cover Removal
48
Charge Lamp - With Frame Size A1 To A5
49
Charge Lamp - With Frame Size A6 To A8
51
Wiring
52
Cautions For Wiring
53
Measures For Noise
53
Control Power Supply
53
Standard Connection Method
55
Connection To Power Supply And Motor
55
Connection To Peripheral Devices
55
Connection Procedure Of Power Circuit Wiring
56
Braking Resistor
56
Dc Input
56
Connection Of Control Circuit
59
Standard Connection Diagram
59
Standard Connection Diagram - Sink, Example Of A Standard Connection For 240 V Class, 0.4 To 37Kw And 480 Vclass, 0.4 To 75Kw (Frame Size A1 To A5)
60
Standard Connection Diagram - Sink, Example Of A Standard Connection For 240 V Class, 45 - 55 Kw And 480 Vclass, 90 - 132 Kw (Frame Size A6)
61
Standard Connection Diagram - Sink, An Example Of A Standard Connection For 480 V Class, 160 Kw (Frame Size A7)
62
Standard Connection Diagram - Sink, An Example Of A Standard Connection For 480 V Class, 200 To 280 Kw (Frame Size A8)
63
Standard Connection Diagram - Source, An Example Of A Standard Connection For 240 V Class, 0.4 To 37 Kw And 480 Vclass, 0.4 To 75 Kw (Frame Size A1 To
64
Standard Connection Diagram - Source, An Example Of A Standard Connection For 240 V Class, 45 To 55 Kw And 480 Vclass, 90 To 132 Kw (Frame Size A6)
65
Standard Connection Diagram - Source, An Example Of A Standard Connection For 480 V Class, 160 Kw (Frame Size A7)
66
Standard Connection Diagram - Source, An Example Of A Standard Connection For 480 V Class, 200 To 280 Kw (Framesize A8)
67
Power Terminals
68
Functions Of Power Terminals
68
Recommended Tightening Torque Of Power Terminal Screws
68
Arrangement Of Power Terminals
69
Switching Of Grounding Capacitor
71
Switching Of Grounding Capacitor - With Frame Size A1
72
Switching Of Grounding Capacitor - With Frame Size A2
73
Switching Of Grounding Capacitor - With Frame Size A3
74
Switching Of Grounding Capacitor - With Frame Size A4
75
Switching Of Grounding Capacitor - With Frame Size A5
75
Switching Of Grounding Capacitor - With Frame Size A6
76
Control Terminals
76
Functions Of Control Terminals
76
Recommended Tightening Torque Of Control Terminal Screws
80
Switching Of Slide Switch Of Control Terminal Block
81
Sink Logic And Source Logic
81
When The Inverter Internal Power Supply Is Used
82
When An External Power Supply Is Used
82
Rs485 Communication Connectors
83
Ethernet Connectors
84
Pin Arrangements Of Connectors
84
Cautions For Application
85
Motor
85
Comparison With Commercial Power Supply Operation
85
Adjusting Motor Overload Protection Level
85
Occurrence Of Instability (Abnormal Vibrations And Overcurrent Trips)
86
Braking Motor When Turning Off Power Supply
86
Load That Produces Regenerative Torque
86
Motors With Brake
86
Inverters
87
Inverter Capacity
87
Power Factor Correction Capacitor
87
Measures To Protect Motors Against Surge Voltages
87
Operating At Other Than Rated Voltage
88
Selective Circuit Breaking When Two Or More Inverters Are Used On The Same Power Line
88
If Power Supply Distortion Is Not Negligible
88
If Multiple Inverters Are Connected With Common Dc Bus Link
88
What To Do About Leakage Current
90
Influence Of Leakage Current Across Ground
90
Influence Of Leakage Current Across Lines (In Case Of Thermal Relays)
91
Influence Of Leakage Current Across Lines (In Case Of Ct And Ammeter)
91
Lcd Screen And Operation Keys
93
Basic Operation] Operation Panel And Screen Display
93
Basic Of Operation Panel
93
[F1] - [F4] Keys
95
Display Mode
96
Standard Mode
96
Setting Mode
97
Easy Mode
97
Monitor Mode
97
Screen Structure
98
Screen Display Of [Standard Mode]
99
Screen Display Of [Setting Mode]
100
Screen Display Of [Easy Mode]
100
Setting Of Lcd Screen
101
Screen Display Of [Monitor Mode]
101
Lcd Screen Setting
102
Language Selection
102
Date/Time Setting
102
Contrast Adjustment
103
Automatic Off Time
103
Website
103
Switching Of Backlight Color
103
Normal/Emergency Screen Display
104
Display At The Time Of Trip
105
Emergency Off
106
How To Reset Trip
107
Basic Operation. Operation Methods Of Motor
109
To Run/Stop Motor
110
Panel Run
110
Basic Setting Methods Of Parameters
111
Terminal Run
111
Communication Run
111
[Setting Mode] And [Easy Mode]
111
How To Switch [Setting Mode]/[Easy Mode]
112
[Setting Mode]
112
History Function
112
Guidance Function
114
Parameters Required For Preset Speed Operation Are Displayed As A Group
115
List Of Parameters Changeable By Guidance Function
116
Basic Parameter
117
Extended Parameter (F---)
117
Advanced Parameter (A---)
117
Communication Parameter (C---), Changed Parameters Search & Edit
117
Read The Changed Parameter In The Following Procedure...
118
[Easy Mode]
121
Basic Parameters And Extended Parameters
122
Advanced Parameter
122
Communication Parameter
122
Setting Of Parameter For Which An Item Should Be Selected
123
With Parameters For Which A Value Should Be Set
126
Basic Panel Run Methods
127
Operation Example 1. Operating With [Run] Key/[Stop] Key On Operation Panel
127
Operation Example 2: Switching Forward/Reverserun With [Fwd/Rev] Key During Panel Run
130
Basic Terminal Run Methods
134
Operation Example 1: Run/Stop With External Signal (Frequency Command With Operation Panel
134
Operation Example 2: Setting Frequency With External Potentiometer/Analog Signal
138
Operation Example 3: Switching Run/Stop And Frequency With External Switch
145
Fundamental Operation: How To Use Parameters
151
Settings Of Main Parameters
151
Selecting How To Input Run And Frequency Commands
151
Selecting How To Input Run/Stop
151
Selecting How To Input A Frequency Command
153
Example Of Switching Run And Frequency Commands
156
Setting Rated Frequency And Rated Voltage Of Motor
157
Reference Of Setting
157
Setting The Output Frequency Limit
159
Setting The Maximum Frequency Of The Inverter
159
Setting The Upper And Lower Limits Of The Output Frequency
160
Setting Acceleration/Deceleration Time
162
Protecting The Motor From Overload
164
Selecting A Motor Type And Protective Function
164
When The General Purpose Motor Is Used
165
When The Constant-Torque Motor Is Used
165
Setting A Time Before The Trip Of The Electronic Thermal Occurs:
166
Selecting How To Detect Inverter Overload: F631: Inverter Overload Detection
166
Temperature Estimation
167
Saving An Overload Integral Value At Power Off: F632: Electronic Thermal Memory Target
168
Overload Pre-Alarm Output
168
Adjusting The Meter Connected To The Inverter
169
How To Adjust The Scale Of The Meter With The Inverter Run
171
How To Adjust The Scale Of The Meter With The Inverter Stopped
172
Selecting The Display Units For Current And Voltage
173
For 4 - 20 Ma Output
173
Applicable Parameters And Monitors
174
Selecting A Setting Value
174
Setting Example
175
Selecting The Parameter Mode Between [Setting Mode] And [Easy Mode]
176
Setting Parameters In [Easy Mode]
177
Returning Parameters To Their Default Settings, Clearing Each History
178
Setting Other Basic Parameters
186
Setting Energy Savings
186
Selecting An Overload Protection Characteristic
187
Acceleration/Deceleration Time Adjustment Automatically According To Load
188
Selecting Motor Control Method
190
Variable Torque
191
Automatic Torque Boost
191
Setting Of Motor Parameters
191
Setting With Au2: Torque Boost Macro
192
Setting With F400: Offline Auto-Tuning
192
Vector Control 1
192
Three Parameter Setting Methods
192
Manual Setting
193
Energy Savings
193
Dynamic Energy Savings (For Fan And Pump)
193
Pm Motor Control
194
V/F 5-Point Setting
194
Vector Control 2 (Speed / Torque)
195
Pg Feedback Control
196
Pg Feedback Vector Control (Speed / Torque)
196
Cautions For Automatic Torque Boost And Vector Control
197
Cautions For Pm Motor Control
197
Cautions For Motor Control
197
Setting Parameters For Torque Boost And Energy Saving Easily
198
If Vector Control Cannot Be Set
199
Parameters Set Simultaneously With Au2: Torque Boost Macro
199
Increasing Starting Torque
200
Operating By Switching Frequency Command With External Logic Signal
201
Setting Example Of Preset Speed Frequency
202
When Changing Frequency Command During Run
203
Setting Of Operation Function
203
Setting Pid Control
205
Selecting Set Value And Feedback Input
205
Setting Contents Of Pid Control
206
Adjusting Pid Control Gain Level
207
Adjusting Feedback Input
208
Setting The Time Elapsed Before Pid Control Starts
209
Switching Direction Of Rotation During Panel Run
210
Direction Of Rotation Of Motor
210
Automatic Setting Of Main Parameters By Region Used
212
Parameters Set With Setup Menu
213
Setting Of Extended Parameters That Are Especially Important
215
Switching Two Frequency Commands
215
Setting Of Two Frequency Commands
216
Setting Of F200: Frequency Command Priority Select
216
Switching With Input Terminal F200 = "0"
217
Automatic Switching With Switching Frequency F200 = "1"
217
Restarting Smoothly After Momentary Power Failure
218
Power Failure
218
Terminal St On/Off
219
Terminal St On/Off Or Power Failure
219
At Startup
219
Customizing Display
221
Selecting Contents Displayed In [Standard Mode]
221
Setting List Of And F710: Standard Mode Display And F720: Standard Modedisplay Of Extension Panel
222
Selecting Contents Displayed In The Status Area
224
Displaying Frequency By Converting To Other Unit
225
Parameters Converted With <702: Free Unit Multiplication Factor>
225
Setting Example Of
226
Setting Of
And
226
Advanced. How To Use Parameters
229
Output Signals From The Control Terminals
229
Output The Running Signal And The Brake Signal (Output The Low-Speed Signal)
229
Output Terminal Parameter Setting
230
Output A Signal When Reached To A Frequency Command (Output The Acc/Dec Completed Signal)
231
Output A Signal When Reached To A Specified Frequency (Output The Specified Frequency Attainment Signal)
233
Input Signals To The Control Terminals
235
Selecting Operation At Simultaneous Input Of Fwd/Rev Commands
235
Difference Between The Settings
235
Selecting Input Voltage Of The Terminal [Rx]
237
Selecting Input Signal Of The Terminal [Rr]
238
Selecting Input Signals Of The Optional Terminals [Ai4] And [Ai5]
239
Selecting Terminal Functions
240
Always Enabling The Input Terminal Functions (Always On)
240
Changing The Input Terminal Functions
242
Changing The Output Terminal Functions
243
Switching Two To Four Types Of Motor Characteristics
244
V/F 5 Point Setting
247
Setting The Frequency Commands
248
Switching Two Types Of Frequency Commands
248
Setting Frequency Command Characteristics By Analog Signals
248
For Setting The Voltage Input Of 0-10 V (Terminals [Rr] And [Rx])
251
For Setting Current Input Of 4-20 Ma (Terminal [Ii])
251
Fine Adjusting The Analog Frequency Commands
252
For Setting Voltage Input Of -10 To +10 V (Terminal [Rx])
252
Input The Frequency Commands By Pulse Trains
255
Changing Frequency By The Terminal Up And Down Signal
257
Setting Example 1: Increase Or Decrease By The Continuous Signals
258
Setting Example 2: Increase Or Decrease By The Pulse Signals
258
Initial Up/Down Frequency Setting Method
259
Setting The Start And End Frequencies
260
Setting The Starting Frequency And The End Frequency
260
Run/Stop With A Frequency Command
261
Setting A Frequency Command To 0 Hz Securely
262
Dc Braking
264
Obtaining Large Torque With Dc Braking
264
Dc Braking With The Set Frequency
265
Dc Braking With An External Signal
265
Fixing The Motor Shaft With Dc Braking
266
Making The Motor Standstill With Pg Feedback Control
268
Automatic Stop When Run Continues At The Lower Limit Frequency (Sleep Function)
270
Jog Run
272
Panel Jog Run (When Is Set To 1)
273
Jumping The Frequency To Avoid The Resonant Frequency
274
Setting The Preset-Speed Operation Frequency
276
Forced Run In Emergency
276
Bumpless Operation
278
Changing Carrier Frequency To Reduce Noise And Magnetic Noise
280
F300: Carrier Frequency Setting
280
F312: Random Switching Setting
280
F316: Carrier Frequency Control Setting As A Measure To Protect Motorsagainst Surge Voltages
281
Reduction Of Load Current
281
Avoiding Trips
282
Restarting Smoothly After Momentary Power Failure (Restarting From Motor Coasting State)
282
Selecting Operation For Momentary Power Failure
282
Selecting The Setting Value
283
Setting Example Of F302: Regenerative Power Ride-Through = "1"
284
Setting Example Of F302: Regenerative Power Ride-Through = "2"
285
Setting Example Of F302: Regenerative Power Ride-Through = "3"
285
Setting Example Of F302: Regenerative Power Ride-Through = "4"
286
Automatic Reset At Trip (Retry Function)
287
Dynamic Braking - Abrupt Motor Stop
289
Braking Resistor Option
291
Minimum Resistance Of Connectable Braking Resistor
291
Avoiding Overvoltage Trip
292
Difference In Specific Settings
292
Adjusting And Limiting Output Voltage
294
Inhibiting Reverse Run
296
Single Load Sharing By Multiple Inverters (Droop Control)
297
Gain Based On Internal Torque Command (Gain 1)
298
Gain Based On Frequency After Acceleration (Gain 2)
298
Droop Frequency
299
High-Speed Operation With Light Load On Cranes
300
Brake Sequence
301
Hit And Stop Control
301
Constant Speed Run With Acc/Dec Suspended (Dwell Operation)
302
Setting Example: For Automatic Dwell Operation
303
Setting Example: For Dwell Operation By External Signal Input
303
If The Stall Preventive Function Is Enabled During Dwell Operation
304
Switching To Commercial Power Run
305
Timing Chart (Setting Example)
306
Pid Control
308
Retaining The Stop Position
309
Motor Parameters Setting
310
Setting Induction Motor Parameters
310
Setting Method 1: Use Torque Boost Macro
311
Setting Method 2: Set Auto-Tuning
311
Selecting Auto-Tuning Setting
312
Cautions During Offline Auto-Tuning
312
Setting Method 3: Make Auto-Tuning Of Motor Parameter After Automatic Setting
312
Setting Method 4: Manually Setting Motor Parameter
313
Motor Parameter Setting Method (Basic)
314
Online Auto-Tuning Setting
315
Motor Parameter Setting Method (Advanced)
315
Setting Pm Motor Parameters
317
Setting Method 1: Set Auto-Tuning
317
Setting Method 2: Make Auto-Tuning Of Motor Parameter After Automatic Setting
319
Setting Method 3: Manually Setting Motor Parameter
319
Motor Parameter Setting Method
320
Pm Motor Control And Starting Torque Optimization Setting
321
Torque Control
323
Setting External Torque Commands
323
Speed Limit During Torque Control
323
Selecting Tension Control Torque Bias Input And Load Sharing Gain Input
324
Torque Limits
326
Switching Torque Limits
326
When Torque Limits Are Applied By External Signals
328
Selecting Acc/Dec Operation After Stall Prevention Operation
330
Minimum Time
331
Detecting The Stall Time During Power Running To Trip
332
In Case Of Overcurrent Stall
332
In Case Of Torque Limit
333
Selecting Stall Operation During Regeneration
334
Adjusting Current And Speed Control Gain
335
Setting Current And Speed Control Gain
335
Setting The Over Modulation Ratio
335
Switching Multiple Acceleration/Deceleration
336
Setting Acc/Dec Patterns
336
Switching Four Types Of Acceleration/Deceleration
338
Selection By The Parameters
339
Switching By Frequencies
339
Switching By The Terminals
340
Acc/Dec Patterns
341
Pattern Operation
342
Pattern Operation Switching Output
344
Notes For Pattern Operation
344
Shock Monitoring Function
346
Setting The Protection Functions
347
Setting The Motor Electronic Thermal Protection
347
Setting Overcurrent Stall
348
Display During The Stall Prevention Operation
348
Retaining Trip Types
349
Select The Setting Value For F603: Emergency Off Stop Pattern
351
Emergency Off Via External Signal
352
Emergency Off From The Operation Panel
352
Output Phase Loss Detection
353
Input Phase Loss Detection
355
Undercurrent Detection
356
Difference Depending On The Setting Of F610: Undercurrent Trip
356
Overtorque Detection
358
Difference Depending On The Setting Of F615: Overtorque Trip
358
Short Circuit Detection At Start
360
Setting The F613: Short Circuit Detection At Start
360
Ground Fault Detection
361
Cooling Fan Control
362
Output During Cooling Fan Run
363
Cumulative Run Time Alarm Setting
364
Speed Error (Over Speed) Detection
364
Undervoltage Trip Setting
367
Detection Level Of Undervoltage Alarm "Moff"
367
Setting The F627: Undervoltage Trip
367
Brake Answer Waiting Time Setting
369
Analog Input Disconnection Detection
370
Setting The F633: Ii Analog Input Disconnection Detection Level
370
Setting The F644: Operation After Ii Analog Input Disconnection Detection
370
Setting Parts Replacement Alarm By The Ambient Temperature
372
Signal Output Of Parts Replacement Alarm
372
Monitor Display Of Parts Replacement Alarm
372
Rush Current Suspension Relay Control
374
Motor Ptc Thermal Protection Setting
375
Ptc Thermal Protection Using Terminal [Rr]
375
Signal Output Of Ptc Input Pre-Alarm
376
Protecting The Control Power Supply Option Unit At A Time Of Failure
377
Setting Number Of Starting Alarm And Alarm Occurrence Of The Specified Trip
379
Signal Output Of The Number Of Starting Alarm Of The Inverter
379
Signal Output Of The Number Of External Equipment Starting Alarm
379
Signal Output Of The Number Of Occurrence Of The Specified Trip
380
Forced Run Control In Emergency
381
Setting The Parameters And Input Terminal
381
Signal Output Of Forced Run
381
Frequency Adjustment Using External Input (Override Function)
383
Additive Override
384
Multiple Override
384
Adjustment Parameters
386
Pulse Output Based On Input Cumulative Power By A Fixed Integral Value
386
Setting The Parameters
386
Pulse Train Output
387
Analog Output Adjustment
389
Setting Functions Of Operation Panel
391
Lockout Key Operation And Parameter Setting
391
Setting/Clearing Method Of Password When It Is Required For Protection
392
Password Setting Method
392
Password Clearing Method
393
Cancellation Method Of F700 And F737 Lockout Setting
393
Parameter Setting Unlocked With Digital Input
393
Parameter Setting Lockout With Digital Input
393
Changing Current/Voltage Display From Percentage To Unit (A/V)
395
Displaying Motor Or Line Speed
395
Changing Variation Steps Of Panel Display
396
Selecting Data Displayed In [Standard Mode]
398
Changing Display In [Monitor Model]
398
Holding Display In [Standard Mode]
399
Clearing Run Command
400
Setting Example Of Parameters Of Input Terminals
401
Selecting Panel Stop Pattern
402
Setting Torque Command Value In Panel Run
403
Selecting Panel Display At Power On
404
Trace Function
406
Store Cumulative Power
407
Select Easy Key Function
408
Shortcut Function (Extension Panel Only)
408
Hand/Auto Switching
408
Monitor Peak And Minimum Hold Trigger
409
Communication Functions
410
Computer-Linking Functions
411
Inverter-To-Inverter Communication Function
411
Time-Out
411
Broadcast Communication
411
Communication Option
414
Using Rs485 Communication
415
Operation By Rs485 Communication
415
Transmission Specifications
415
Connection Example When Using Computer Link Function
416
Independent Communication, Broadcast Communication
416
Connection Example Of Inverter-To-Inverter Communication
417
Input Numbers As Memorandum
419
Step-Out Detection Of Pm Motor
420
Traverse Function
421
My Function
422
Operating Using External Signals
423
How To Externally Operate The Inverter
423
Applied Operation By I/O Signals
424
Setting The Functions To The Input Terminals (For Sink Logic)
424
Configuration Of The Control Terminal Block
424
Function Setting For The Digital Input Terminals
424
Connecting Methods
426
A Contact Input (For Sink Logic)
426
Transistor Output Connection (For Sink Logic)
426
Usage Example: 3-Wire Operation (One-Push Operation)
426
List Of The Digital Input Terminal Functions
428
Setting The Functions To The Output Terminals (For Sink Logic)
430
Use Conditions
430
Function Setting For The Output Terminals
431
Assigning Two Types Of Functions To A Terminal
431
Logical Product (And): Signals Are Output When Two Types Of Functions Are Simultaneously Turned On
431
Holding The Signal Output On State (Output Hold Function)
432
Usage Example 1: Outputting Running Signals
432
Logical Sum (Or): Signals Are Output When Either Of Two Functions Is Turned On
432
Usage Example 2: Outputting Braking Signals
433
List Of The Digital Output Terminal Functions
433
Frequency Commands By The Analog Signals
436
Inputting Frequency Commands By Analog Signals
436
Analog Input Terminal Function Settings
436
Inputting The Frequency Commands By Potentiometer/Voltage (0 - 10 Vdc)
439
Inputting The Frequency Commands By Current (4 - 20 Madc)
440
Inputting Frequency Commands By Voltage (-10 To +10 Vdc)
441
Monitoring Operation Status
443
Operation Status Monitor
443
Screen Configuration Of [Monitor Mode]
446
Direction Of Rotation
446
Selected Monitor 1 To 8
446
Past Trip 1 To 8
448
Communication Status
448
Parts Replacement Alarm Information
448
Cumulative Run Time, Number Of Starting
448
Settings For F711: Monitor Mode 1 Display To F718: Monitor Mode 8 Display
449
Detailed Display Of Past Trip
452
Screen Display At Trip Occurrence
453
Display Of Trip Information And Alarm Information
453
Monitor Display At Trip
453
Measures To Satisfy Standards
455
How To Deal With Ce Marking
455
Compliance With Emc Directive
455
Emc Directive Compliance Of This Inverter
456
Examples Of Measures To Comply With Emc Directive
457
Using Shielded Power Wires And Shielded Control Wires
458
Installing Inverter In Steel Cabinet
458
Grounding Of Shielded Wires
458
Inserting Zero-Phase Reactor And Ferrite Cores
458
Compliance With Low Voltage Directive
459
Low Voltage Directive Compliance Of This Inverter
459
Example Of Measures To Comply With Low Voltage Directive
459
Measures For Operation With External Signals
459
Paying Attention To How To Ground
460
Installing Circuit Breaker
460
Compliance With Ul/Csa Standards
461
Cautions For Installation
461
Power Terminal
461
Terminal Fl, R1, R2
461
Cautions For Peripheral Devices
462
Protection For Branch Circuit
462
Hd Rating
463
Nd Rating
465
Overload Protection
467
Motor Thermal Protection
467
Compliance With Safety Standards
467
Selection And Installation Of Peripheral Devices
469
Selection Of Wire Size
469
Wire Size For Hd Rating
470
Wire Size For Nd Rating
471
Selection Of A Wiring Device
472
Selection Table Of A Wiring Device
472
Wiring Devices For Nd Rating
474
Installation Of A Molded-Case Circuit Breaker (Mccb) And Earth Leakage Circuit Breaker (Elcb)
475
Installation Of A Magnetic Contactor (Mc)
475
Installation On The Primary Side
475
A Connection Example For Installing The Primary-Side Magnetic Contactor (Mc)
476
Installation On The Secondary Side
476
Installation Of A Thermal Relay (Thr)
477
External Options
478
Input Ac Reactor, (Dc Reactor)
478
Radio Noise Reduction Filter
479
Emc Filter
479
Braking Resistor, Braking Unit
479
Motor-End Surge Voltage Suppression Filter, Optional Control Power Supply
479
Led Extension Panel Option
480
Usb Communication Conversion Unit
480
External Heatsink Option
480
External Option List
480
Insert Type Options
482
Mounting/Removing Insert Type Options
482
Cassette Options
482
Mounting (Option Slot A, B)
483
Removing (Option Slot A, B)
483
Mounting/Removing The Option 3 Slot Adapter
484
Mounting Method
484
Removing Method
486
Table Of Parameters
489
Frequency Setting Parameter
489
Basic Parameter Table
490
Extended Parameter
494
Advanced Parameter Table
534
Communication Parameter Table
535
Parameter Setting Range And Default Setting Depending On Capacity
536
Hd Rating Table
536
Nd Rating - Table
539
Analog Output/Monitor Output Function
542
Input Terminal Function
545
Output Terminal Function
549
Setup Menu
554
Guidance Function Table
555
Standard Specification Depending On Model
557
240 V Class: Hd Rating
557
Model And Main Standard Specification
557
480 V Class: Hd Rating
559
Common Specification
561
Outside And Mass
563
Outside Dimensions And Mass
563
Outline Drawing
564
Frame Size A1 - Drawing
564
Frame Size A2 - Drawing
565
Frame Size A3 - Drawing
566
Frame Size A4 - Drawing
567
Frame Size A5 - Drawing
568
Frame Size A6 - Drawing
569
Trip Information And Measures
571
Term Description
571
Description Of Trip And Alarm Information And Measures
571
Alarm Information
578
Pre-Alarm Information
579
Message Information
580
Panel Operation
583
Terminal Input (External Signal)
583
Turning Off Power
583
When The Inverter Cannot Be Reset Immediately After The Trip
584
How To Determine Causes Of Other Problems
585
How To Deal With Parameter Setting-Related Problems
586
Inspection And Maintenance
587
Daily Inspection And Cleaning
587
Checkpoints For Daily Inspection
587
Daily Cleaning
588
Checkpoints For Periodical Inspection
589
Notes For Periodical Inspection
589
In Case Of Long-Term Storage
590
Periodical Inspection On The Replacement Parts
591
Cooling Fan Inspection
591
Smoothing Aluminum Electrolytic Capacitor Inspection
591
In Case Of A Failure
592
Cautions For Storage
592
Standard Replacement Cycle Of The Other Principal Parts
592
Warranty
593
Disposal Information
595
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