Delta MS300 Series Manuals

Manuals and User Guides for Delta MS300 Series. We have 5 Delta MS300 Series manuals available for free PDF download: User Manual, Operation Manual, Manual

Delta MS300 Series User Manual (517 pages)

Standard Compact Drive

Brand: Delta | Category: Storage | Size: 19.19 MB

Table of Contents
3
Chapter 1 Introduction

6
- Nameplate Information
  6
- Model Name
  6
- Serial Number
  6
- RFI Jumper
  6
Chapter 2 Dimension

12
- Frame a
  12
- Frame B
  13
- Frame C
  14
- Frame D
  15
- Frame E
  16
- Frame F
  17
- Digital Keypad
  18
  - Minimum Mounting Clearance and Installation
    20
  - Minimum Mounting Clearance
    20
Chapter 3 Installation

20
Chapter 4 Wiring

24
- System Wiring Diagram
  24
- System Wiring Diagram
  29
Chapter 5 Main Circuit Terminals

30
- Main Power Terminals
  31
- Output Terminals for Main Circuit
  31
- Remove the Front Cover
  32
- Terminals for Connecting DC Reactor, External Brake Resistor and DC Circuit
  32
- Main Circuit Diagram
  33
- Main Circuit Terminals
  34
  - Frame a
    35
  - Frame B
    36
  - Frame C
    37
  - Frame D
    38
  - Frame E
    39
  - Frame F
    40
    
    Control Terminals
    42
    
    Analog Input Terminals (AVI, ACI, ACM)
    42
    
    Contact Input Terminals
    42
    
    Transistor Output Terminal (MO1, MO2, MCM)
    42
    
    Wiring Specifications of Control Terminal
    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
- Zero Phase Reactor
  71
  - Zero Phase Reactor for Signal Cable
    72
  - EMC Filter
    73
  - Filter Dimension
    74
  - EMC Shield Plate
    77
  - Capacitive Filter
    80
  - Conduit Box
    82
  - Fan Kit
    90
  - Fan Removal
    90
  - Keypad Panel Mounting
    91
  - DIN-Rail Mounting
    92
  - Mounting Adapter Plate
    94
Chapter 8 Option Cards

98
- Option Card Installation
  99
- CMM-MOD01 Modbus/Tcp Option Card
  104
- CMM-PD01 PROFIBUS Option Card
  107
  - Environment
    108
  - Connector Pin Assignment
    108
- CMM-DN01 Devicenet Option Card
  109
- CMM-EIP01 Modbus Tcp/Ethernet IP Option Card
  112
- CMM-COP01 Canopen Option Card
  115
  - Canopen Communication Cable
    116
  - Canopen Dimension
    116
  - EMM-BPS01 Back-Up Power Supply Option Card
    117
Chapter 9 Specification

118
- Environment for Operation, Storage and Transportation
  118
- Derating of Ambient Temperature and Altitude
  118
  - 115V Series
    119
  - 230V Series
    120
  - 460V Series
    122
  - Environment for Operation, Storage and Transportation
    125
  - Derating of Ambient Temperature and Altitude
    126
  - Appearance of KPMS-LE01 Keyboard Panel
    130
  - Descriptions of Keypad Functions
    130
Chapter 10 Digital Keypad

130
- Keypad Operation Process
  131
- Main Page Selection
  131
- PLC Setting
  131
- F Page (Frequency Command Setting Page)
  132
- Application Selection Page
  132
- Parameter Setting
  134
- Unsigned Parameter
  134
- Reference Table for the 7-Segment LED Display of the Digital Keypad
  136
- Summary of Parameter Settings
  138
- 00 Drive Parameters
  138
Chapter 11 Summarpy of Parameters Settings

138
- Basic Parameters
  145
- Digital Input / Output Parameters
  149
- Analog Input / Output Parameters
  154
- Multi-Stage Speed Parameters
  158
- Motor Parameters
  159
- Protection Parameters
  162
- Special Parameters
  169
- High-Function PID Parameters
  172
- Communication Parameters
  174
- Speed Feedback Control Parameters
  179
- Advanced Parameters
  181
- Macro / User Define Macro
  182
Chapter 12 Description of Parameter Settings

186
- Content of Multi-Function Display (User Defined)
  187
- Parameter Reset
  187
- Start-Up Display Selection
  187
- Coefficient Gain in Actual Output Frequency
  189
- Parameter Protection Password Input
  189
- Parameter Protection Password Setting
  190
- Control Mode
  191
- Control of Speed Mode
  191
- Carrier Frequency
  192
- Load Selection
  192
- PLC Command Mask
  193
- Source of the Master Frequency Command (AUTO)
  193
- Source of the Operation Command (AUTO)
  194
- Stop Method
  194
- Memory of Digital Operator (Keypad) Frequency Command
  195
- User Defined Characteristics
  195
- Сontrol of Motor Direction
  195
- LOCAL / REMOTE Selection
  197
- Max. User Defined Value
  197
- User Defined Value
  197
- Source of the Master Frequency Command (HAND)
  198
- Source of the Operation Command (HAND)
  198
- Digital Keypad STOP Function
  199
- Selection of Master and Auxiliary Frequency Command
  199
- Source of Auxiliary Frequency
  199
- Display Filter Time (Current)
  200
- Display Filter Time (Keypad)
  200
- Software Version (Date)
  200
- MID-Point Frequency 1 of Motor 2
  202
- MID-Point Voltage 1 of Motor 1
  202
- MID-Point Voltage 1 of Motor 2
  202
- MID-Point Voltage 1 of Motor 3
  202
- Min. Output Voltage of Motor 4
  204
- Output Frequency Lower Limit
  206
- Output Frequency Upper Limit
  206
- Accel. / Decel. Frequency
  209
- JOG Frequency
  209
- V/F Curve Selection
  211
- Zero-Speed Mode
  211
- Auto Acceleration / Deceleration Setting
  212
- Time for Canopen Quick Stop
  212
- Time Unit for Acceleration / Deceleration and S Curve
  212
- Deceleration Method
  213
- 2-Wire / 3-Wire Operation Control
  214
- Digital Input / Output Parameter
  214
- Constant Speed. the Accel. / Decel. Speed of the up / down Key
  222
- UP / down Key Mode
  222
- Multi-Function Input Mode Selection
  223
- Multi-Function Input Response Time
  223
- Multi-Function Output Direction
  229
- Digital Output Gain (DFM)
  230
- Preliminary Counting Value Attained (Not Return to 0)
  230
- Terminal Counting Value Attained (Return to 0)
  230
- External Operation Control Selection after Reset and Activate
  231
- Output Frequency Setting for Multi-Function Output Terminal
  231
- The Width of the Desired Frequency Attained 2
  231
- Zero-Speed Level of Motor
  231
- Display the Status of Multi-Function Input Terminal
  232
- Status of Multi-Function Output Terminal
  232
- Display External Multi-Function Input Terminal Used by PLC
  233
- Display External Multi-Function Output Terminal Occupied by PLC
  233
- Automatic Positioning Deceleration Time
  234
- Display Memory of Frequency Command Used by External Terminal
  234
- EF Active When Terminal Count Value Attained
  234
- Multi-Function Output Terminal: Function 42: Brake Frequency Checking Point
  234
- Initial Frequency Command (F) Mode after Stop
  235
- Initial Frequency Command (F) Setting after Stop
  235
- Reverse Setting When Analog Signal Input Is Negative Frequency
  237
- Addition Function of the Analog Input
  248
- Analog Input Filter Time (ACI)
  248
- Analog Input Gain (ACI)
  248
- Multi-Function Output 1 (AFM)
  249
- Signal Loss Selection of Analog Input 4-20 Ma
  249
- AFM Output Bias
  250
- Analog Output When in REV Direction (AFM)
  250
- Gain of Analog Output (AFM)
  250
- ACI Terminal Input Selection
  251
- AVI Terminal Input Selection
  251
- Status of PLC Analog Output Terminal
  251
- AFM DC Output Setting Level
  252
- AFM Output Selection
  252
- Multi-Function MO Output by Source of AI Level
  252
- VR Positive / Negative Bias
  252
- ACI Lowest Point
  253
- ACI MID-Point
  253
- ACI Proportional Highest Point
  253
- Analog Input Curve Selection
  253
- AVI Voltage Lowest Point
  254
- AVI Voltage Proportional Highest Point
  254
- Negative AVI Voltage Lowest Point
  254
- Negative AVI Voltage Proportional Highest Point
  255
- Negative AVI Voltage Proportional Lowest Point
  255
- Full-Load Current of Induction Motor 1 (A)
  258
- Motor Parameter Auto Tuning
  258
- Pole Number of Induction Motor 1
  258
- Rated Power of Induction Motor 1 (Kw)
  258
- Delay Time for Y-Connection/△-Connection Switch of Induction Motor
  260
- Multi-Motors (Induction) Selection
  260
- Accumulative Motor Operation Time (Day)
  262
- Full-Load Current of Permanent Magnet Synchronous Motor
  262
- Induction Motor (IM) or Permanent Magnet Synchronous Motor Selection
  262
- Full-Load Current of Induction Motor 3 (A)
  263
- Rated Power of Induction Motor 3 (Kw)
  263
- Rated Power of Permanent Magnet Synchronous Motor
  263
- Full-Load Current of Induction Motor 4 (A)
  264
- No-Load Current of Induction Motor 3 (A)
  264
- Pole Number of Induction Motor 3
  264
- Rated Speed of Induction Motor 3 (Rpm)
  264
- No-Load Current of Induction Motor 4 (A)
  265
- Pole Number of Induction Motor 4
  265
- Stator Resistance (Rs) of Induction Motor 4
  265
- Low Voltage Level
  266
- Over-Voltage Stall Prevention
  266
- Selection for Over-Voltage Stall Prevention
  267
- Over-Current Stall Prevention During Acceleration
  268
- Accel. / Decel. Time Selection of Stall Prevention at Constant Speed
  269
- Over-Current Stall Prevention During Operation
  269
- Over-Torque Detection Selection (Motor 1)
  269
- Over-Torque Detection Selection (Motor 2)
  270
- Over-Torque Detection Time (Motor 2)
  270
- Temperature Level Over-Heat (OH) Warning
  272
- Stall Prevention Limit Level
  273
- Frequency Command for Malfunction
  278
- Output Frequency at Malfunction
  278
- PTC Detection Selection
  278
- PTC Level
  278
- DC Voltage at Malfunction
  279
- IGBT Temperature at Malfunction
  279
- Motor Speed in Rpm at Malfunction
  279
- Output Current at Malfunction
  279
- DC Brake Time of Output Phase Loss
  280
- STO Latch Selection
  280
- Treatment to Output Phase Loss Detection (OPHL)
  280
- Derating Protection
  283
- Lvx Auto Reset
  283
- Treatment for the Detected Input Phase Loss (Orp)
  283
- PT100 Level 1 Frequency Protection
  285
- PT100 Voltage Level 2
  285
- Delay Time of Activating PT100 Level 1 Frequency Protection
  286
- Software Detection GFF Filter Time
  287
- Low Current Detection Time
  288
- Low Current Setting Level
  288
- Treatment for Low Current
  288
- DC Brake Current Level
  289
- DC Brake Time at Startup
  289
- DC Brake Time at Stop
  289
- Software Brake Level
  289
- DC Brake Start Frequency
  290
- Restart after Momentary Power Loss
  290
- Voltage Incrasing Gain
  290
- Allowed Power Loss Duration
  291
- Base Block Time
  291
- Deb Function Selection
  293
- Restart Times after Fault
  293
- Speed Tracking During Start-Up
  293
- Treatment of Restart after Fault
  293
- Dwell Frequency at Decel
  296
- Deceleration of Emergency or Forced Stop
  297
- Fan Cooling Control
  297
- Auto Energy-Saving Setting
  298
- Auto Voltage Regulation (AVR) Function
  298
- Energy-Saving Gain
  298
- Filter Time of Slip Compensation (V/F and SVC Control Mode)
  299
- Filter Time of Torque Command (V/F and SVC Control Mode)
  299
- Torque Compensation Gain
  299
- Detection Time of Slip Deviation
  300
- Slip Compensation Gain (V/F and SVC Control Mode)
  300
- Slip Deviation Level
  300
- Treatment of Slip Deviation
  300
- Motor Shock Compensation Factor
  301
- OOB Average Sampling Angle
  301
- Return Time of Fault Restart
  301
- Terminal Selection of PID Feedback
  302
- Derivative Time (D)
  304
- Integral Time (I)
  304
- Proportional Gain (P)
  304
- PID Feedback Value by Communication Protocol
  305
- PID Mode Selection
  305
- PID Output Command Limit (Positive Limit)
  305
- Upper Limit of Integral Control
  305
- PD Control
  306
- PI Control
  306
- PID Control
  306
- Feedback Signal Detection Time
  307
- Feedback Signal Fault Treatment
  307
- Parallel Connection
  307
- Filter Time for PID Feedback
  308
- PID Compensation Selection
  308
- Sleep Time
  308
- Wake-Up Frequency
  308
- Enable PID to Change the Operation Direction
  309
- PID Compensation
  309
- Setting of Sleep Mode Function
  309
- Wake-Up Integral Limit
  309
- Frequency Command (PID Is Not in Use, Pr. 08-00 = 0. Only Works in VF Mode)
  310
- Frequency Command Calculation of the Internal PID
  310
- Acceleration / Deceleration Time of PID Command
  311
- PID Feedback Rate Percentage (Use PID, Pr. 08-00 ≠ 0 and Pr. 08-18 = 1)
  311
- PID Output Command Limit (Reverse Limit)
  311
- Selection of Frequency Base Corresponding to 100.00 % PID
  312
- COM1 Communication Protocol
  313
- COM1 Transmission Fault Treatment
  313
- COM1 Transmission Speed
  313
- Communication Address
  313
- Code Description
  314
- Data Format
  314
- Communication Protocol
  315
- Address List
  320
- Delay Time of Communication Response
  323
- Main Frequency of the Communication
  323
- Communication Decoding Method
  324
- PLC Command Force to 0
  324
- Canopen Communication Status
  325
- Canopen Decoding Method
  325
- Canopen Speed
  325
- Canopen Warning Record
  325
- Canopen Control Status
  326
- Canopen Reset Index
  326
- Identifications for Communication Card
  326
- Setting of Devicenet Speed
  326
- IP Configuration of the Communication Card
  327
- Other Setting of Devicenet Speed
  327
- Additional Setting for Communication Card
  328
- Reset Communication Card
  328
- Status of Communication Card
  328
- Encoder Input Type Setting
  329
- Encoder Pulse Per Round
  329
- Encoder Type Selection
  329
- PG2 Pulse Input Speed Command Filter Time
  331
- Pulse Input Type Setting
  331
- Treatment for Encoder Stall and Slip Error
  331
- I/F Mode, Current Command
  332
- PG2 Pulse Input Speed Command Mode
  332
- PM FOC Sensorless Speed Estimator Bandwidth
  332
- Top Limit of Frequency Deviation
  332
- Frequency Point When Switch from I/F Mode to PM Sensorless Mode
  333
- Frequency Point When Switch from PM Sensorless Mode to I/F Mode
  333
- Initial Angle Detection Pulse Value
  333
- Zero Voltage Time While Start up
  333
- Injection Frequency
  334
- Injection Magnitude
  334
- Position Detection Method
  334
- ASR 1 Gain
  335
- PWM Mode Selection
  335
- System Control
  335
- Application Selection
  336
- Adjustment & Application
  348
Chapter 13 Warning Codes

355
Chapter 14 Error Codes

361
Chapter 15 Canopen Overview

371
- Delta Canopen Supporting Functions
  372
- Delta Canopen Supporting Services
  372
- Delta Canopen Not Supporting Service
  372
- Canopen Protocol
  373
- RJ-45 Pin Definition
  373
- Canopen Communication Protocol
  374
- NMT (Network Management Object)
  374
- SDO (Service Data Objects)
  375
- PDO (Process Data Object)
  375
- EMCY (Emergency Object)
  375
- Wiring for Canopen
  376
- Canopen Communication Interface Descriptions
  377
- Canopen Control Mode Selection
  377
- DS402 Standard Control Mode
  378
- Related Set up of Ac Motor Drive (by Following DS402 Standard)
  378
- The Status of the Motor Drive (by Following DS402 Standard)
  378
- Various Mode Control Method (by Following DS402 Standard)
  380
- Speed Mode
  380
- By Using Delta Standard (Old Definition, Only Support Speed Mode)
  382
- Various Mode Control Method (Delta Old Standard)
  382
- By Speed Mode
  382
- By Using Delta Standard (New Definition)
  383
- Related Set up of Ac Motor Drive (Delta New Standard)
  383
- DI/DO AI AO Are Controlled Via Canopen
  384
- Canopen Supporting Index
  385
- Delta Standard Mode (Old Definition)
  385
- Delta Standard Mode (New Definition)
  389
- DS402 Standard
  390
- Canopen Fault Codes
  391
- Canopen LED Function
  399
Chapter 16 Plc Function Applications

401
- Wplsoft Ladder Diagram Editing Tool
  402
- Notes before PLC Use
  403
- Turn on
  405
- Connect to PC
  405
- I/O Device Explanation
  407
- Installation Wplsoft
  407
- Program Writing
  407
- Basic Operation
  411
- Basic Principles of PLC Ladder Diagrams
  414
- Schematic Diagram of PLC Ladder Diagram Program Scanning
  414
- Introduction to Ladder Diagrams
  414
- Ladder Diagram Images and Their Explanation
  416
- Overview of PLC Ladder Diagram Editing
  417
- Explanation of Basic Structure of Ladder Diagrams
  417
- Commonly-Used Basic Program Design Examples
  419
- Start, Stop, and Protection
  419
- Commonly-Used Control Circuits
  420
- Interlocking Control
  421
- Sequence Control
  421
- Oscillating Circuit
  421
- Flashing Circuit
  422
- Triggering Circuit
  422
- Delay Circuit
  423
- Extended Timing Circuit
  423
- Various PLC Device Functions
  424
- Introduction to Device Functions
  425
- Input/Output Contact Functions
  425
- Output Contact y Functions
  425
- Binary Number, bin
  425
- Octal Number, OCT
  426
- Decimal Number, DEC
  426
- Binary Code Decimal, BCD
  426
- Hexadecimal Number, HEX
  426
- Functions of Auxiliary Relays
  427
- Timer Functions
  427
- Counter Features
  427
- Counter Functions
  427
- Introduction to Special Relay Functions (Special M)
  429
- Introduction to Special Register Functions (Special D)
  430
- Introduction to the Command Window
  433
- Overview of Basic Commands
  433
- Detailed Explanation of Basic Commands
  435
- Series Circuit Block
  437
- Parallel Circuit Block
  437
- Read Stack (Pointer Does Not Change)
  437
- Clear Contact or Register
  439
- 16-Bit Timer
  439
- 16-Bit Counter
  439
- Connect/Release a Common Series Contact
  440
- Start of Forward Edge Detection Action
  441
- Start of Reverse Edge Detection Action
  441
- Forward Edge Detection Series Connection
  441
- Reverse Edge Detection Series Connection
  442
- Forward Edge Detection Parallel Connection
  442
- Reverse Edge Detection Parallel Connection
  442
- Upper Differential Output
  443
- Lower Differential Output
  443
- Program Conclusion
  443
- No Action
  444
- Inverse of Operation Results
  444
- Index
  444
- Overview of Application Commands
  445
- Detailed Explanation of Applications Commands
  448
- Call Subprogram
  448
- Conclusion of Subprogram
  448
- Conclusion a Main Program
  449
- Compares Set Output
  450
- Range Comparison
  451
- Data Movement
  452
- Send All
  453
- BIN Addition
  454
- BIN Subtraction
  455
- BIN Multiplication
  456
- BIN Division
  457
- BIN Add One
  458
- BIN Subtract One
  459
- Right Rotation
  460
- Left Rotation
  461
- Clear Range
  462
- BIN Whole Number - Binary Decimal Transformation
  463
- Comparison of Binary Floating Point Numbers
  464
- Comparison of Binary Floating Point Number Range
  465
- Angle - Diameter
  466
- Adding Binary Floating Point Numbers
  468
- Subtraction of Binary Floating Point Numbers
  469
- Multiplication of Binary Floating Point Numbers
  470
- Division of Binary Floating Point Numbers
  471
- Binary Floating Point Number Obtain Exponent
  472
- Binary Floating Point Number Obtain Logarithm
  473
- Binary Floating Point Number Find Square Root
  474
- Binary Floating Point Number - bin Whole Number Transformation
  475
- Binary Floating Point Number sin Operation
  476
- Binary Floating Point Number COS Operation
  477
- Binary Floating Point Number tan Operation
  478
- Binary Floating Point Number ASIN Operation
  479
- Binary Floating Point Number ACOS Operation
  480
- Binary Floating Point Number ATAN Operation
  481
- Binary Floating Point Number SINH Operation
  482
- Binary Floating Point Number COSH Operation
  483
- Binary Floating Point Number TANH Operation
  484
- BIN-GRAY Code Transformation
  485
- GRAY Code - bin Transformation
  486
- Contact Form Logical Operation LD#
  487
- Contact Form Logical Operation AND#
  488
- Contact Form Logical Operation OR#
  489
- Contact Form Compare LD
  490
- Contact Form Compare AND*
  491
- Contact Form Compare or
  492
- Floating Point Number Contact Form Compare LD
  493
- Floating Point Number Contact Form Compare and
  494
- Floating Point Number Contact Form Compare or
  495
- Detailed Explanation of Drive Special Applications Commands
  496
- Read Servo Parameter
  496
- Write Servo Parameter
  496
- Drive PID Control Mode
  497
- Drive Speed Control Mode
  498
- Error Display and Handling
  500
- Explanation of PLC Speed Mode Control
  501
- Count Function Using Pulse Input
  503
- High-Speed Count Function
  503
- Frequency Calculation Function
  503
Chapter 17 Safe Torque off Function

505
- Basic Function Description
  506
- The Circuit Diagram of Safe Torque off Function
  506
- Safe Torque off Terminal Function Description
  507
- Wiring Diagram
  508
- Failure Rate of the Drive Safety Function
  509
- Reset the Parameter Settings
  509
- Timing Diagram Description
  510
- Normal Operation Status
  510
- Error Code and Troubleshooting Instructions
  513
  - Error Code Description
    513
  - Troubleshooting Instructions
    514
- Test and Fault Confirmation
  515

Delta MS300 Series User Manual (805 pages)

Standard Compact Drive

Brand: Delta | Category: DC Drives | Size: 36.06 MB

Table of Contents
5
Introduction
10
Nameplate Information
10
Model Name
10
Serial Number
10
Apply after Service by Mobile Device
10
RFI Jumper
15
Dimensions
18
Frame a
19
Frame B
20
Frame C
21
Frame D
22
Frame E
23
Frame F
24
Digital Keypad
25
Installation
26
Mounting Clearance
26
Airflow and Power Dissipation
26
Wiring
30
System Wiring Diagram
30
Wiring
33
Main Circuit Terminals
34
Main Circuit Diagram
39
Main Circuit Terminal Specifications
40
Control Terminals
48
Control Terminal Specifications
48
Optional Accessories
56
Brake Resistors and Brake Units Used in AC Motor Drives
56
Magnetic Contactor / Air Circuit Breaker and Non-Fuse Circuit Breaker
56
Fuse Specification Chart
56
AC / DC Reactor
56
Zero Phase Reactors
56
EMC Filter
94
EMC Shield Plate
100
Capacitive Filter
103
NEMA 1 / UL Type 1 Kit
105
Fan Kit
113
Keypad Panel Mounting
114
DIN-Rail Mounting
116
Mounting Adapter Plate
118
Digital Keypad KPC-CC01
122
Option Cards
158
Option Card Installation
158
CMM-DN02 - Communication Card, Devicenet
167
EMM-BPS02 -- +24V Power Extension Card
183
Delta Standard Fieldbus Cables
185
Specifications
186
Models
186
General Specifications
186
Environment for Operation, Storage and Transportation
186
Derating for Ambient Temperature, Altitude and Carrier Frequency
186
Digital Keypad
204
KPMS-LE01 Keyboard Panel
204
Keypad Operation Process
204
Reference Table for the Seven-Segment Digital Keypad LED Display
204
Summary of Parameter Settings
214
Drive Parameters
215
Basic Parameters
222
Digital Input / Output Parameters
227
Analog Input / Output Parameters
233
Multi-Step Speed Parameters
237
Motor Parameters
238
Protection Parameters (1)
242
Special Parameters
249
High-Function PID Parameters
252
Communication Parameters
255
Speed Feedback Control Parameters
260
Advanced Parameters
262
Industry Application Parameters
264
Protection Parameters (2)
265
Descriptions of Parameter Settings
268
Drive Parameters
269
Basic Parameters
290
Digital Input / Output Parameters
304
Analog Input / Output Parameters
330
Multi-Step Speed Parameters
352
Motor Parameters
354
Protection Parameters (1)
364
Special Parameters
390
High-Function PID Parameters
406
Communication Parameters
424
Speed Feedback Control Parameters
432
Advanced Parameters
440
Industry Application Parameters
450
Protection Parameters (2)
460
Adjustment & Application
466
Warning Codes
480
Fault Codes
554
Canopen Overview
640
Wiring for Canopen
640
Canopen Communication Interface Descriptions
640
Canopen Supported Index
640
Canopen Fault Codes
640
Canopen LED Function
640
PLC Function Applications
666
PLC Summary
666
Notes before Using a PLC
666
Turn on
670
Basic Principles of PLC Ladder Diagrams
681
Various PLC Device Functions
693
Introduction to the Command Window
702
Error Display and Handling
771
Explanation of PLC Speed Mode Control
772
Count Function Using Pulse Input
774
Safe Torque off Function
776
Basic Function Description
776
Safe Torque off Terminal Function Description
776
Wiring Diagram
779
Failure Rate of the Drive Safety Function
780
Reset the Parameter Settings
781
Timing Diagram Description
782
Error Code and Troubleshooting Instructions
785
Test and Fault Confirmation
787
Modbus Protocol
790

Delta MS300 Series Operation Manual (64 pages)

EtherCAT Communication Card

Brand: Delta | Category: Computer Hardware | Size: 13.28 MB

Delta MS300 Series Operation Manual (56 pages)

PROFINET Communication Card

Brand: Delta | Category: Conference System | Size: 11.5 MB

Delta MS300 Series Manual (16 pages)

Brand: Delta | Category: DC Drives | Size: 1.2 MB

Delta Categories

Plumbing Product Kitchen & Bath Fixtures Bathroom Fixtures Saw

Power Supply

More Delta Manuals

Delta MS300 Series Manuals

Delta MS300 Series User Manual (517 pages)

Table of Contents

Chapter 1 Introduction

Chapter 2 Dimension

Chapter 3 Installation

Chapter 4 Wiring

Chapter 5 Main Circuit Terminals

Chapter 7 Optional Accessories

Chapter 8 Option Cards

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

Chapter 15 Canopen Overview

Chapter 16 Plc Function Applications

Chapter 17 Safe Torque off Function

Delta MS300 Series User Manual (805 pages)

Table of Contents

Delta MS300 Series Operation Manual (64 pages)

Table of Contents

Delta MS300 Series Operation Manual (56 pages)

Table of Contents

Delta MS300 Series Manual (16 pages)

Table of Contents

Related Products

Delta Categories