Delta VFD4A8ME21ANSAA AC Motor Drives Manuals

Manuals and User Guides for Delta VFD4A8ME21ANSAA AC Motor Drives. We have 2 Delta VFD4A8ME21ANSAA AC Motor Drives manuals available for free PDF download: User Manual

Delta VFD4A8ME21ANSAA User Manual (404 pages)

Basic Compact Drive

Brand: Delta | Category: DC Drives | Size: 16 MB

Safety Information
3
Table of Contents
5
Chapter 1 Introduction

8
- Nameplate Information
  8
- Model Name
  8
- Serial Number
  8
- Apply after Service by Mobile Device
  8
  - Nameplate Information
    9
  - Checks after Receiving
    9
  - Model Name
    10
  - Serial Number
    10
  - Apply after Service by Mobile Device
    11
  - Location of Service Link Label
    11
  - Service Link Label
    11
- RFI Jumper
  12
Chapter 2 Dimensions

16
- Dimensions
  17
- Frame a
  17
- Frame B
  18
- Frame C
  19
- Frame D
  20
- Minimum Mounting Clearance and Installation
  22
Chapter 3 Installation

22
- Derating for Ambient Temperature
  24
Chapter 4 Wiring

26
- System Wiring Diagram
  26
  - Wiring
    27
  - System Wiring Diagram
    28
- Wiring
  29
- Sink (NPN) / Source (PNP) Mode
  30
Chapter 5 Main Circuit Terminals

32
- Main Circuit Terminals
  33
- Main Power Terminals
  33
- Output Terminals for Main Circuit
  33
- Open the Front Cover
  34
- Terminals for Connecting DC Reactor, External Brake Resistor
  34
- Main Circuit Diagram
  35
- Dimensions of Ring Lug
  36
- Main Circuit Terminals
  36
  - Frame a
    37
  - Frame B
    38
  - Frame C
    39
  - Frame D
    40
    
    Control Terminals
    42
    
    Analog Input Terminals (AI, ACM)
    42
    
    Contact Input Terminals (MI1–MI5, DCM, +24 V)
    42
    
    Transistor Output Terminals (MO1, MCM)
    43
    
    Wiring Specifications of Control Terminals
    43
Chapter 7 Optional Accessories

48
- All Brake Resistors and Brake Units Used in AC Motor Drives
  49
- Non-Fuse Circuit Breaker
  52
- Fuse Specification Chart
  54
  - AC / DC Reactor
    56
  - AC Input Reactor
    56
  - AC Output Reactor
    60
  - DC Reactor
    62
  - Reactor Specification
    63
  - Length of the Motor Cable
    67
  - Leakage Current Affects the Motor and Remedies
    67
  - Surge Voltage Affects the Motor and Remedies
    67
- Zero Phase Reactors
  71
  - Recommended Maximum Wiring Gauge When Installing Zero Phase Reactor
    73
  - Zero Phase Reactor for Signal Cable
    73
- EMC Filter
  74
- Filter Dimension
  75
- EMC Shield Plate
  77
- Recommended Wire Mounting Method
  79
- Capacitive Filter
  80
- Conduit Box
  82
- Fan Kit
  89
- DIN-Rail Mounting
  90
- Mounting Adapter Plate
  92
- Digital Keypad-KPC-CC01, KPC-CE01
  97
  - Descriptions of LED Functions
    99
  - Function of Digital Keypad KPC-CC01
    100
  - Parameter Setup
    101
  - Application Selection List
    101
  - Changed List
    102
  - Copy Parameter
    102
  - Fault Record
    103
  - Language Setup
    104
  - Keypad Locked
    104
  - Display Setup
    105
  - Start-Up Menu
    106
  - Main Page
    107
  - PC Link
    107
  - Other Display
    110
  - Optional Accessory: RJ45 Extension Lead for Digital Keypad
    110
  - Tpeditor Installation Instruction
    111
  - Page Jump Setting
    116
  - Constant Setting
    116
  - Clock Display Setting
    116
  - Multi-State Bitmap
    117
  - Unit Measurement
    117
  - Numeric Input Setting
    117
  - Download TP Page
    118
  - Digital Keypad KPC-CC01 Fault Codes and Descriptions
    119
  - File Copy Setting Fault Description
    121
  - Unsupported Functions When Using Tpeditor with the KPC-CC01
    123
Chapter 8 Option Card

124
- Option Card Installation
  125
- Emm-Saf01
  126
Chapter 9 Specification

128
Chapter 10 Digital Keypad

138
- Keypad Operation Process
  139
- Application Selection Page
  140
- Parameter Setting
  142
- Unsigned Parameter
  142
- Signed Parameter Setting Status 1
  142
- Reference Table for the 16-Segment Digital Keypad LED Display
  143
- Summary of Parameter Settings
  144
- Drive Parameters
  144
Chapter 11 Summarpy of Parameters Settings

144
- Basic Parameters
  150
Chapter 12 Description of Parameter Settings

153
- Digital Input / Output Parameters
  153
- Analog Input / Output Parameters
  158
- Multi-Step Speed Parameters
  161
- Motor Parameters
  162
- Protection Parameters (1)
  165
- Special Parameters
  171
- High-Function PID Parameters
  174
- Communication Parameters
  176
- Speed Feedback Control Parameters
  178
- Advanced Parameters
  179
- Function Parameters
  180
- Macro / User-Defined Macro
  183
- Protection Parameters (2)
  184
  - Description of Parameter Settings
    186
  - Identity Code of the AC Motor Drive
    186
  - Display AC Motor Drive Rated Current
    186
  - Parameter Reset
    187
  - Select Start-Up Display
    187
  - Content of Multi-Function Display (User-Defined)
    187
  - Coefficient Gain in Actual Output Frequency
    189
  - Firmware Version
    189
  - Parameter Protection Password Input
    189
  - Parameter Protection Password Setting
    190
  - Control Mode
    191
  - Speed Control Mode
    191
  - Load Selection
    192
  - Carrier Frequency
    192
  - Master Frequency Command Source (AUTO)
    193
  - Operation Command Source (AUTO)
    193
  - Stop Method
    193
  - Control of Motor Direction
    194
  - Digital Operator (Keypad) Frequency Command Memory
    194
  - User-Defined Characteristics
    194
  - Maximum User-Defined Value
    196
  - User-Defined Value
    196
  - LOCAL / REMOTE Mode
    196
  - Master Frequency Command Source (HAND)
    197
  - Operation Command Source (HAND)
    197
  - Digital Keypad STOP Function
    198
  - Display Filter Time (Current)
    198
  - Display Filter Time (Keypad)
    198
  - Software Version (Date)
    198
  - Maximum Operation Frequency of Motor 1/2
    200
  - Output Frequency of Motor 1/2
    200
  - Output Voltage of Motor 1/2
    200
  - MID-Point Frequency/Voltage
    200
  - Start-Up Frequency
    203
  - Output Frequency Upper Limit
    204
  - Output Frequency Lower Limit
    204
  - Acceleration Time
    205
  - Deceleration Time
    205
  - JOG Acceleration Time
    205
  - JOG Deceleration Time
    205
  - JOG Frequency
    206
  - First / Fourth Acceleration / Deceleration Frequency
    206
  - S-Curve Acceleration Begin Time
    207
  - S-Curve Acceleration Arrival Time
    207
  - Skip Frequency
    207
  - Zero-Speed Mode
    208
  - V/F Curve Selection
    208
  - Auto-Acceleration and Auto-Deceleration Setting
    209
  - Time Unit for Acceleration and Deceleration and S-Curve
    210
  - Deceleration Method
    210
  - Two-Wire / Three-Wire Operation Control
    212
  - Multi-Function Input Command
    213
  - UP / down Key Mode
    219
  - Constant Speed the Acceleration/Deceleration Speed of the UP/DOWN Key
    219
  - Multi-Function Input Response Time
    220
  - Multi-Function Input Mode Selection
    220
  - Multi-Function Output 1 (Relay1)
    221
  - Multi-Function Output 2 (MO1)
    221
  - Multi-Function Output Direction
    226
  - Terminal Counting Value Reached (Returns to 0)
    226
  - Preliminary Counting Value Reached (Does Not Return to 0)
    227
  - Desired Frequency Reached 1
    227
  - Width of the Desired Frequency Reached 1/2
    227
  - Desired Frequency Reached 2
    227
  - Output Frequency Setting for Multi-Function Output Terminal
    228
  - Multi-Function Output Terminal: Brake Frequency Check Point
    228
  - External Operation Control Selection after Reset and Activate
    228
  - Motor Zero-Speed Level
    229
  - Display the Status of the Multi-Function Input Terminal
    229
  - Display the Status of the Multi-Function Output Terminal
    229
  - Display the Frequency Command Executed by the External Terminal
    230
  - Level of Preheating DC Current
    230
  - Preheating DC Current Duty Cycle
    230
  - EF Active When the Terminal Count Value Reached
    232
  - Initial Frequency Command (F) Mode after Stop
    232
  - Initial Frequency Command (F) Setting after Stop
    232
  - Analog Input Selection (AVI)
    234
  - Analog Input Bias (AVI)
    234
  - Analog Input Bias (ACI)
    234
  - Positive / Negative Bias Mode
    234
  - Reverse Setting When Analog Signal Input Is Negative Frequency
    235
  - Analog Input Filter Time
    247
  - Signal Loss Selection for the Analog Input 4–20 Ma
    247
  - Multi-Function Output (AFM)
    247
  - Analog Output Gain (AFM)
    248
  - Analog Output in REV Direction (AFM)
    248
  - AFM Output Bias
    248
  - AVI Terminal Input Selection
    249
  - AFM Filter Output Time
    249
  - VR Input Selection
    249
  - VR Positive / Negative Bias
    249
  - Multi-Function MO Output by AI Level Source
    250
  - AI Lower Level 2
    250
  - Analog Input Curve Selection
    250
  - ACI Highest Point/Aci Proportional Highest Point
    250
  - AVI Voltage Lowest Point/Avi Voltage Proportional Lowest Point
    251
  - AVI Voltage MID-Point/Avi Voltage Proportional MID-Point
    251
  - AVI Voltage Highest Point
    251
  - AVI Voltage Proportional Highest Point
    251
  - Multi-Step Speed Parameters Overview
    252
  - Speed Selection Via External Terminals
    253
  - Motor Parameter Auto-Tuning
    254
  - Full-Load Current for Induction Motor 1 (A)
    254
  - Rated Speed for Induction Motor 1 (Rpm)
    254
  - Number of Poles for Induction Motor 1
    254
  - Stator Resistance (Rs) for Induction Motor 1
    255
  - Full-Load Current for Induction Motor 2 (A)
    255
  - Rated Speed for Induction Motor 2 (Rpm)
    255
  - Number of Poles for Induction Motor 2
    255
  - Rotor Resistance (Rr) for Induction Motor 2
    256
  - Multi-Motors (Induction) Selection
    256
  - Y-Connection / Δ-Connection Switch for an Induction Motor
    256
  - Delay Time for Y-Connection/Δ-Connection Switch for Induction Motor
    256
  - Accumulated Watt-Hour for a Motor (W-Hour)
    258
  - Accumulated Motor Operation Time (Day)
    258
  - Full-Load Current for a Permanent Magnet Synchronous Motor
    258
  - Rated Power for a Permanent Magnet Synchronous Motor
    258
  - Rated Speed for a Permanent Magnet Synchronous Motor
    259
  - Stator Resistance for a Permanent Magnet Synchronous Motor
    259
  - Permanent Magnet Synchronous Motor Ld
    259
  - Ke Parameter for a Permanent Magnet Synchronous Motor
    259
  - Protection Parameters (1)
    260
  - Low Voltage Level
    260
  - Over-Voltage Stall Prevention
    260
  - Selection for Over-Voltage Stall Prevention
    261
  - Over-Current Stall Prevention During Acceleration
    262
  - Over-Current Stall Prevention During Operation
    263
  - Accel./Decel. Time Selection for Stall Prevention at Constant Speed
    264
  - Over-Torque Detection Selection (Motor 1/2)
    264
  - Over-Torque Detection Level (Motor 1/2)
    264
  - Over-Torque Detection Level (Motor 2)
    265
  - Over-Torque Detection Time (Motor 2)
    265
  - Electronic Thermal Relay Selection
    266
  - Electronic Thermal Relay Action Time
    266
  - Temperature Level Over-Heat (OH) Warning
    267
  - Stall Prevention Limit Level
    267
  - Fault Record 1-6
    268
  - Fault Output Option 1-4
    269
  - PTC Detection Selection
    271
  - PTC Level
    272
  - Frequency Command for Malfunction/Output Frequency at Malfunction
    273
  - Output Voltage at Malfunction/DC Voltage at Malfunction
    273
  - Output Current at Malfunction
    273
  - IGBT Temperature at Malfunction
    273
  - Motor Speed in Rpm at Malfunction
    274
  - Drive Status at Malfunction
    274
  - STO Latch Selection
    274
  - Output Phase Loss Detection Action (OPHL)
    274
  - Detection Time for Output Phase Loss
    275
  - Current Detection Level for Output Phase Loss
    275
  - DC Brake Time for Output Phase Loss
    275
  - Lvx Auto-Reset
    278
  - Detected Input Phase Loss Action (Orp)
    278
  - Derating Protection
    278
  - PT100 Voltage Level 1/2
    280
  - PT100 Level 1 Frequency Protection
    280
  - Delay Time for Activating PT100 Level 1 Frequency Protection
    280
  - Software Detection GFF Current Level
    282
  - Software Detection GFF Filter Time
    282
  - Operation Time of Fault Record 1-6 (Day)
    282
  - Operation Time of Fault Record 1-6 (Min.)
    282
  - Low Current Setting Level
    283
  - Low Current Detection Time
    283
  - Low Current Action
    283
  - Software Brake Level
    284
  - DC Brake Current Level
    284
  - DC Brake Time at RUN
    284
  - DC Brake Time at STOP
    284
  - DC Brake Frequency at STOP
    285
  - Voltage Increasing Gain
    285
  - Restart after Momentary Power Loss
    285
  - Allowed Power Loss Duration
    286
  - Base Block Time
    286
  - Current Limit of Speed Tracking
    287
  - Restart after Fault Action
    288
  - Number of Times of Auto-Restart after Fault
    288
  - Speed Tracking During Start-Up
    288
  - Deb Function Selection
    288
  - Dwell Time at Acceleration
    291
  - Dwell Time at Deceleration
    291
  - Dwell Frequency at Acceleration
    291
  - Dwell Frequency at Deceleration
    291
  - Fan Cooling Control
    292
  - Deceleration of Emergency or Forced Stop
    292
  - Automatic Energy-Saving Setting
    293
  - Energy-Saving Gain
    293
  - Auto Voltage Regulation (AVR) Function
    293
  - Torque Command Filter Time (V/F and SVC Control Mode)
    294
  - Slip Compensation Filter Time (V/F and SVC Control Mode)
    294
  - Torque Compensation Gain
    294
  - Torque Compensation Gain (Motor 2)
    294
  - Slip Compensation Gain (V/F and SVC Control Mode)
    295
  - Slip Compensation Gain (Motor 2)
    295
  - Slip Deviation Level/Slip Deviation Detection Time
    295
  - Slip Deviation Action
    295
  - Motor Shock Compensation Factor
    296
  - Auto-Restart Interval of Fault
    296
  - Average PWM Signal
    296
  - PWM Signal Period
    296
  - Deb Gain
    297
  - Terminal Selection of PID Feedback
    298
  - Proportional Gain (P)
    300
  - Integral Time (I)
    300
  - Differential Time (D)
    300
  - Upper Limit of Integral Control
    301
  - PID Output Command Limit (Positive Limit)
    301
  - PID Feedback Value by Communication Protocol
    301
  - PID Delay Time/Pid Mode Selection
    301
  - Feedback Signal Detection Time
    303
  - Feedback Signal Fault Treatment
    303
  - Sleep Frequency
    303
  - Wake-Up Frequency/Sleep Time
    304
  - PID Deviation Level/Pid Deviation Time
    304
  - PID Feedback Filter Time
    304
  - PID Compensation Selection
    304
  - PID Compensation/Sleep Mode Function Setting
    305
  - Wake-Up Integral Limit
    305
  - Enable PID to Change the Operation Direction
    305
  - PID Control Flag
    305
  - PID Output Command Limit (Reverse Limit)
    307
  - PID Command Acceleration / Deceleration Time
    307
  - Feedback of PID Physical Quantity Value
    308
  - Treatment of the Erroneous PID Deviation Level
    308
  - Delay Time for Restart of Erroneous PID Deviation Level
    308
  - Number of Times of Restart after PID Error
    308
  - Communication Address
    310
  - COM1 Transmission Speed
    310
  - COM1 Transmission Fault Treatment
    310
  - COM1 Time-Out Detection/Com1 Communication Protocol
    310
  - Communication Protocol
    313
  - Address List
    317
  - Exception Response
    320
  - Communication Response Delay Time
    320
  - Communication Main Frequency
    321
  - Block Transfer 1-16
    321
  - Communication Decoding Method
    321
  - Internal Communication Protocol
    322
  - Pulse Input Type Setting
    324
  - Top Limit of Frequency Deviation
    324
  - I/F Mode, Current Command
    324
  - PM FOC Sensorless Speed Estimator Bandwidth
    324
  - PM Sensorless Speed Estimator Low-Pass Filter Gain
    325
  - Initial Angle Detection Pulse Value
    325
  - Zero Voltage Time During Start-Up
    325
  - Injection Frequency
    325
  - Injection Magnitude
    326
  - Position Detection Method
    326
  - System Control
    328
  - PWM Mode Selection
    328
  - Set Point Deviation Level
    330
  - Detection Time of Set Point Deviation Level
    330
  - Offset Level of Liquid Leakage/Liquid Leakage Change Detection
    330
  - Time Setting for Liquid Leakage Change
    330
  - Multi-Pump Control Mode
    331
  - Multi-Pump’s Fixed Time Circulation Period
    331
  - Frequency to Start Switching Pumps
    332
  - Time Detected When Pump Reaches the Starting Frequency
    332
  - Time Detected When Pump Reaches the Stopping Frequency
    332
  - Pump’s Frequency at Time-Out (Disconnection)
    332
  - Pump’s Error Treatment
    333
  - Selection of Pump Start-Up Sequence
    333
  - Running Time of Multi-Pump under Alternative Operation
    334
  - Assign the Setting for Pr.08-13 PID Feedback Level
    334
  - Simple Positioning Stop Frequency 0-5
    334
  - Simple Positioning Stop Frequency 6/7
    335
  - Delay Time of Simple Positioning Stop 0-7
    335
  - Automatic Operation Mode
    337
  - PLC Program Running Direction Mode
    340
  - Main Frequency Time Setting
    341
  - 1St - 7Th Speed Time Setting
    341
  - Application Selection
    342
  - Group Setting 04: Pump
    343
  - Group Setting 05: Conveyor
    344
  - Group Setting 07: Packing
    344
  - Output Frequency at Malfunction 2-6
    346
  - DC Voltage at Malfunction 2-6
    346
  - Output Current at Malfunction 2-6
    346
  - IGBT Temperature at Malfunction 2-6
    346
  - Fault Record 7-10
    347
- Adjustment & Application
  350
Chapter 13 Warning Codes

354
- Fault Codes and Descriptions
  364
- Safe Torque off Function
  392
- Basic Function Description
  393
- Safe Torque off Terminal Function Description
  394
- Wiring Diagram
  395
- Failure Rate of the Drive Safety Function
  396
- Reset the Parameter Settings
  396
- Timing Diagram Description
  397
- Error Code and Troubleshooting Instructions
  400
Chapter 14 Error Codes

401
- Test and Fault Confirmation
  402

Delta VFD4A8ME21ANSAA User Manual (517 pages)

Basic Compact Drive

Brand: Delta | Category: DC Drives | Size: 30 MB

Limitation of Liability
3
Table of Contents
7
Chapter 1 Introduction
11
Nameplate Information
12
Model Name
13
Serial Number
13
Apply After-Sales Service by Mobile Device
14
RFI Jumper
15
Chapter 2 Dimensions
19
Frame a
20
Frame B
21
Frame C
22
Frame D
23
Chapter 3 Installation
25
Mounting Clearance
26
Airflow and Power Dissipation
27
Chapter 4 Wiring
29
Chapter 4 WiringMe300
30
System Wiring Diagram
31
Wiring
32
Chapter 5 Main Circuit Terminals
33
Main Circuit Diagram
37
Main Circuit Terminal Specifications
38
Chapter 6 Control Circuit Terminals
43
Chapter 6 Control Circuit TerminalsMe300
45
Control Circuit Terminals
46
Phoenix Contact
47
Chapter 7 Optional Accessories
51
Brake Resistors and Brake Units Used in AC Motor Drives
52
Magnetic Contactor / Air Circuit Breaker and Non-Fuse Circuit Breaker
58
Fuse Specification Chart
62
AC / DC Reactor
64
AC Input Reactor
64
AC Output Reactor
64
Zero Phase Reactor
80
Installation Method
81
Installation Precaution
81
EMC Filter
83
EMC Shield Plate
88
Plate Assembly
88
Installation
89
Capacitive Filter
91
NEMA 1 / UL Type 1 Kit
93
Fan Kit
100
Dinrail Mounting
101
Mounting Adapter Plate
103
Digital Keypad - KPC-CC01
107
Keypad Function Descriptions
107
Display Icons
110
Display Items
110
Display Setup
116
Other Displays
122
Tpeditor Installation Instruction
123
Chapter 8 Option Cards
141
Chapter 8 Option CardsMe300
141
Specifications
143
Models
144
Models
145
Models
147
General Specifications
148
Environment for Operation, Storage and Transportation
149
Operation Noise Level
150
Derating Curve
151
Altitude Derating Curve
152
Digital Keypad
157
Appearance of Keypad
158
Descriptions of Keypad Functions
158
Keypad Operation Process
159
Reference Table for the Seven-Segment Digital Keypad LED Display
164
Summary of Parameter Settings
165
Drive Parameters
166
Parameter Name
166
Basic Parameters
173
Digital Input / Output Parameters
176
Analog Input / Output Parameters
181
Multi-Step Speed Parameters
184
Motor Parameters
185
Protection Parameters (1)
188
Special Parameters
194
High-Function PID Parameters
197
Communication Parameters
200
Speed Feedback Control Parameters
202
Advanced Parameters
203
Function Parameters
204
Industry Application Parameters
207
Protection Parameters (2)
208
Descriptions of Parameter Settings
211
Descriptions of Parameter Settings
212
Drive Parameters
212
Parameter Reset
213
Start-Up Display
213
Firmware Version
215
Speed Control Mode
217
Carrier Frequency
221
Stop Method
222
LOCAL / REMOTE Selection
225
Software Version (Date)
229
Basic Parameters
231
JOG Frequency
237
V/F Curve Selection
240
Digital Input / Output Parameters
243
Analog Input / Output Parameters
265
Multi-Step Speed Parameters
283
Motor Parameters
285
Motor Parameter Auto-Tuning
285
Protection Parameters (1)
291
Related Parameters
293
Fire Mode
312
Special Parameters
315
Base Block Time
317
High-Function PID Parameters
331
Integral Time (I)
333
PID Control
335
Serial Connection
335
Parallel Connection
335
Sleep Level
336
Wake-Up Level
336
Proportional Gain
341
Integral Time
341
Communication Parameters
347
Speed Feedback Control Parameters
351
Advanced Parameters
355
System Control
355
Function Parameters
357
Automatic Operation Mode
363
Industry Application Parameters
371
Protection Parameters (2)
377
Adjustment & Application
381
Warning Codes
389
Chapter 14 Fault Codes
413
Safe Torque off Function
487
Basic Function Description
488
Safe Torque off Terminal Function Description
489
Wiring Diagram
490
Failure Rate of the Drive Safety Function
491
Reset the Parameter Settings
492
Timing Diagram Description
493
Fault Codes and Troubleshooting Instructions
495
Test and Fault Confirmation
497
Modbus Protocol
499
Appendix A. Modbus ProtocolMe300
499
A-1. Code Description
500
A-2. Data Format
500
A-3. Communication Protocol
501
A-4. Address List
507
A-5. Exception Response
513
Appendix B. Revision History
515
Chapter 3, Chapter
516

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Delta VFD4A8ME21ANSAA User Manual (404 pages)

Table of Contents

Chapter 1 Introduction

Chapter 2 Dimensions

Chapter 3 Installation

Chapter 4 Wiring

Chapter 5 Main Circuit Terminals

Chapter 7 Optional Accessories

Chapter 8 Option Card

Chapter 9 Specification

Chapter 10 Digital Keypad

Chapter 11 Summarpy of Parameters Settings

Chapter 12 Description of Parameter Settings

Chapter 13 Warning Codes

Chapter 14 Error Codes

Delta VFD4A8ME21ANSAA User Manual (517 pages)

Table of Contents

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