Parker 690+ series Manuals

Manuals and User Guides for Parker 690+ series. We have 7 Parker 690+ series manuals available for free PDF download: Product Manual, Safety & Quickstart, Quick Start, Quick Start Manual

Parker 690+ - Flux Sensorless Vector Quick Start Manual

Brand: Parker | Category: Inverter Drive | Size: 0.29 MB

Parker 690+ series Product Manual (171 pages)

Brand: Parker | Category: Controller | Size: 4.24 MB

Table of Contents
5
Etting

11
S T a R T E D Introduction

11
Equipment Inspection

11
Packaging and Lifting Details

12
About this Manual

12
- How the Manual Is Organised
  12
  - Information for Users Without a Keypad
    13
- Initial Steps
  12
Drive

16
Introduction

16
Component Identification

18
- Product Range
  19
- Equipment Supplied
  19
Control Features

20
Functional Overview

21
- Handling the Drive
  24
Nstalling the

24
- Rive
  24
- Ventilation
  24
  - Air Flow
    24
- Mounting the Drive
  25
- Cable Tray and Cover
  29
Mechanical Installation

24
Electrical Installation

29
- Removing the Terminal Cover
  29
Chapter 1 Wiring Scheme

30
- Connections
  31
- Power Terminals
  31
- Motor Thermistor Terminals
  31
- Control Terminals
  33
- AC Line Choke (Input)
  34
Mandatory Equipment

34
- Output Sharing Choke
  37
  - Rating Guidelines for Output Sharing Chokes
    39
Optional Equipment

41
- System Board
  41
- Encoder Connections
  42
- Parker SSD Drives Approved Encoders
  42
- Technology Options
  43
- Fitting the Remote 6901/6911 Keypad
  44
- Dynamic Braking Option
  45
- External AC Supply Filter
  47
- Output Contactors
  50
- Earth Fault Monitoring Systems
  50
- 5703/1 Speed Repeater Support
  50
Installation Drawings

52
Chapter 4 OPERATING the DRIVE

62
Pre-Operation Checks

62
Control Philosophy

63
Start/Stop and Speed Control

63
- Selecting Local or Remote Control
  64
Initial Start-Up Routines

65
The Start/Stop Mode Explained

71
Starting and Stopping Methods

72
- Normal Stopping Methods
  72
  - Ramp to Stop
    73
  - Coast to Stop
    73
- Advanced Stopping Methods
  74
  - Forced Fast Stop
    74
  - Forced Coast Stop
    74
  - The Trip Condition
    74
  - Logic Stopping
    75
- Starting Methods
  75
Chapter 3 Connecting the Keypad

78
- The Power-Up Condition
  78
Chapter 5 THE KEYPAD

78
Controlling the Drive Using the Keypad

79
- Control Key Definitions
  79
  - Keys for Programming the Drive
    79
  - Keys for Operating the Drive Locally
    79
- LED Indications
  80
The Menu System

81
- Navigating the Menu System
  81
- Menu Viewing Levels
  81
- Changing a Parameter Value
  82
- What Do the Symbols Mean Next to some Parameters
  82
  - Parameter Status Information
    82
  - Expanded Menu Information
    82
- Alert Message Displays
  82
- The Menu System Map
  83
- The PROG Key
  85
- The L/R Key
  85
The OPERATOR Menu

86
- Parameter Selection
  86
- String Entry
  87
  - Customising the Parameter Name
    87
The DIAGNOSTICS Menu

88
The QUICK SETUP Menu

92
The SYSTEM Menu

93
- Saving/Restoring/Deleting Your Application
  93
- Selecting the Language
  95
Special Menu Features

95
Power-Up Key Combinations

98
Chapter 6 TRIPS and FAULT FINDING

100
Trips

100
- What Happens When a Trip Occurs
  100
  - Drive Indications
    100
  - Keypad Indications (When Connected)
    100
- Resetting a Trip Condition
  100
- Using the Keypad to Manage Trips
  101
  - Trip Messages
    101
  - Automatic Trip Reset
    103
  - Setting Trip Conditions
    103
  - Viewing Trip Conditions
    104
- Checksum Fail
  104
  - Drive Indications
    104
  - Keypad Indications (When Connected)
    104
Fault Finding

104
- Troubleshooting Leds
  105
Chapter 7 ROUTINE MAINTENANCE ANDREPAIR

108
Routine Maintenance

108
Repair

108
- Saving Your Application Data
  108
- Returning the Unit to Parker SSD Drives
  108
- Disposal
  108
Chapter 8 Electro-Mechanical Parts

109
- Printed Circuit Boards
  109
- Spares List
  109
- Component Replacement
  110
  - Printed Circuit Board (PCB) Replacement
    110
  - Fan Replacement
    113
  - Phase Assembly Replacement
    116
Echnical Pecifications

120
- Understanding the Product Code
  120
  - Model Number (Europe)
    120
  - Catalog Number (North America)
    122
- Environmental Details
  124
- Earthing/Safety Details
  124
- Cabling Requirements for EMC Compliance
  125
- Terminal Block Wire Sizes
  125
- DC Link Fuses
  125
- Electrical Ratings (Master + 1 Slave)
  126
- Electrical Ratings (Master + 2 Slaves)
  127
- External AC Supply (RFI) Filter
  128
- AC Line Choke
  128
- Internal Dynamic Brake Switch
  129
- Control Terminals
  130
- System Board Terminals (Master Drive Option)
  131
- Analog Inputs/Outputs
  132
- Digital Inputs
  132
- Digital Outputs
  132
- System Board Digital Inputs/Outputs (DIGIO1-5)
  132
Chapter 9 CERTIFICATION for the DRIVE

134
Requirements for EMC Compliance

134
- Minimising Radiated Emissions
  134
- Earthing Requirements
  134
  - Protective Earth (PE) Connections
    134
  - EMC Earth Connections
    134
- Cabling Requirements
  135
  - Planning Cable Runs
    135
  - Increasing Motor Cable Length
    135
- EMC Installation Options
  136
  - Screening & Earthing (Cubicle Mounted)
    136
  - Star Point Earthing
    136
  - Sensitive Equipment
    137
- Certificates
  143
Chapter 10 APPLICATION NOTES

144
Synchronous Motor Control

144
Brake Motors

144
Using Line Chokes

144
Using Output Contactors

144
Using Multiple Motors on a Single Drive

145
Dynamic Braking

145
High Starting Torque

146
Winder Applications

146
- Roll Diameter Calculation Accuracy
  146
- Basic Set-Up Instruction
  148
  - Information Required
    148
  - Set-Up with no Web Connected to the Winder
    149
- Equations
  149
  - Simple Centre Winder Equations
    149
2-Q Common DC Bus Applications

152
4-Q Regen Control/Common DC Bus Applications

154
- Introduction
  154
- 4-Q Active Front End
  155
  - EMC Filtering
    156
  - Contactor and Fusing
    156
- Drive Set-Up
  157
- Macro 8 : 4Q Regen
  158
- A Single Motor System
  159
- A Multi-Motor System
  160
- A Smart Brake System
  161
- DC Link Fuses
  162
- Pre-Charge Sizing
  163
- 3-Phase Choke Sizing
  164
Chapter 11 THE DEFAULT APPLICATION

166
The Default Application

166
Macro Descriptions

166
- Macro 1: Basic Speed Control (Default)
  168

Parker 690+ series Product Manual (242 pages)

Brand: Parker | Category: Controller | Size: 1.63 MB

Table of Contents
5
Introducing the Macro

9
Chapter 1 PROGRAMMING YOURAPPLICATION

9
Programming with Block Diagrams

9
- Modifying a Block Diagram
  9
SETUP Menu - Function Block Descriptions

13
- Understanding the Function Block Description
  13
- MMI Menu Maps
  13
- Function Blocks by Category
  14
- Function Blocks in Alphabetical Order
  15
  - 5703 Input
    15
  - 5703 Output
    16
  - Access Control
    17
  - Analog Input
    18
  - Analog Output
    20
  - Auto Restart
    23
  - Autotune
    25
  - Brake Control
    26
  - Comms Control
    27
  - Compensation
    28
  - Current Limit
    30
  - Demultiplexer
    31
  - Diameter Calc
    32
  - Digital Input
    35
  - Digital Output
    37
  - Display Scale
    38
  - Dynamic Braking
    40
  - Encoder Speed
    41
  - Energy Meter
    42
  - Feedbacks
    43
  - Filter
    45
  - Fluxing
    46
  - Flycatching
    49
  - Home
    51
  - Inj Braking
    53
  - I/O Trips
    54
  - Inverse Time
    55
  - Linear Ramp
    56
  - Local Control
    57
  - Logic Function
    58
  - Minimum Speed
    62
  - Motor Data
    63
  - Multiplexer
    65
  - Op Station
    66
  - Operator Menu
    67
  - Pattern Gen
    70
  - Phase Auto Gear
    71
  - Phase Configure
    74
  - Phase Control
    77
  - Phase Inch
    79
  - Phase Move
    80
  - Phase Offset
    81
  - Phase Pid
    82
  - Phase Register
    84
  - Phase Tuning
    86
Chapter 2 PID

87
- Pid (Type 2)
  87
- Position
  91
- Preset
  92
Chapter 3 POWER LOSS CNTRL

94
- Raise/Lower
  95
- Reference
  96
- Reference Jog
  98
- Reference Ramp
  99
- Reference Stop
  101
- Regen Control
  102
- Sequencing Logic
  104
- Setpoint Scale
  107
- Skip Frequencies
  108
- Slew Rate Limit
  110
- Slip Comp
  111
- Spd Fbk Trip
  112
- Speed Calc
  113
- Speed Loop
  115
- S-Ramp
  118
- Stabilisation
  119
- Stall Trip
  120
- System Option
  121
- System Port (P3)
  122
- Taper Calc
  123
- Tec Option
  126
- Timer
  127
- Torque Calc
  129
- Torque Limit
  130
- Trips History
  131
- Trips Status
  132
- Value Function
  134
- Voltage Control
  142
- Zero Speed
  143
Quadratic/Constant Torque Selection

144
Arameter Pecification

145
Specification Table: Tag Name Order

146
Specification Table: Tag Number Order

158
6053 Technology Box Dependent Parameters

185
Product-Related Default Values

185
- Frequency Dependent Defaults
  185
- Power Dependent Defaults
  185
C O M M U N I C a T I O N S Communications Technology Option

201
- Configed Lite
  201
Connection to the P3 Port

201
File Transfer

202
- File Read (FR)
  203
- File Write (FW)
  203
- Interaction with the 6901 Operator Station
  204
- File Names
  204
Logic

205
Principle State Machine

205
- Main Sequencing States
  205
- State Outputs of the SEQUENCING LOGIC Function Block
  205
- Transition of States
  206
- State Diagram
  207
External Control of the Inverter

208
- Communications Command
  208
  - Example Commands
    209
- Communications Status
  210
Pplication

211
- Acros
  211
The Default Application

211
How to Load a Macro

211
Macro Descriptions

212
- Macro 1: Basic Speed Control (Default)
  213
- Macro 2: Raise/Lower
  215
- Macro 3: PID
  217
- Macro 4: Speed Programmed Winder (SPW)
  219
- Macro 5: Preset Speeds
  223
- Macro 7: Phase/Register
  227
- Macro 8: 4-Q Regen
  231
- Macro Control Blocks
  233

Parker 690+ series Product Manual (166 pages)

Frame B, C, D, E & F

Brand: Parker | Category: Controller | Size: 5.67 MB

Table of Contents
5
Chapter 1 Getting Started

9
Introduction

9
Equipment Inspection

9
Packaging and Lifting Details

9
About this Manual

10
- Initial Steps
  10
- How the Manual Is Organised
  10
- An Overview of the Drive
  
  11
Component Identification

11
Control Features

16
Functional Overview

17
- Control Board
  18
- Installing the Drive
  
  19
  - Filter Board (Frame B Only)
    18
  - Power Board/Stack
    18
Mechanical Installation

19
- Mounting the Drive
  19
- Ventilation
  19
Electrical Installation

30
Optional Equipment

37
- Operating the Drive
  
  49
Pre-Operation Checks

49
Control Philosophy

50
Start/Stop and Speed Control

50
Initial Start-Up Routines

52
The Start/Stop Mode Explained

58
- Normal Stopping Methods
  59
Starting and Stopping Methods

59
- Advanced Stopping Methods
  61
- Starting Methods
  62
- The Keypad
  
  64
Connecting the Keypad

64
- Control Key Definitions
  65
Controlling the Drive Using the Keypad

65
- LED Indications
  66
- Menu Viewing Levels
  67
- Navigating the Menu System
  67
The Menu System

67
- Alert Message Displays
  68
- Changing a Parameter Value
  68
- What Do the Symbols Mean Next to some Parameters
  68
- The Menu System Map
  69
- The L/R Key
  71
- The PROG Key
  71
- Parameter Selection
  72
The OPERATOR Menu

72
- String Entry
  73
The DIAGNOSTICS Menu

74
The QUICK SETUP Menu

78
- Saving/Restoring/Deleting Your Application
  79
The SYSTEM Menu

79
- Quick Save Feature
  81
- Selecting the Language
  81
Special Menu Features

81
Power-Up Key Combinations

84
Trips

86
Fault Finding

91
- Routine Maintenance and Repair
  
  92
  - Disposal
    92
Routine Maintenance

92
- Saving Your Application Data
  92
Repair

92
- Returning the Unit to Parker SSD Drives
  92
Chapter 8 Technical Specifications

93
Understanding the Product Code

93
- Manufacturing Product Codes
  93
- Environmental Details
  100
- Earthing/Safety Details
  100
- Cabling Requirements for EMC Compliance
  101
- Cooling Fans
  101
- Electrical Ratings (230V Build Variant)
  102
- Electrical Ratings (400V Build Variant)
  104
- Electrical Ratings (500V Build Variant)
  107
- Supply Short Circuit Rating
  109
- Input Fuse Ratings (Europe)
  110
- External AC Supply (RFI) Filters
  111
- EMC Compliance
  111
- Internal Dynamic Brake Switch (Frame B)
  112
- Internal Dynamic Brake Switch (Frame C)
  112
- Internal Dynamic Brake Switch (Frame D)
  113
- Internal Dynamic Brake Switch (Frame E)
  113
- Internal Dynamic Brake Switch (Frame F)
  114
- Control Terminals
  115
- System Board Terminals (Option)
  116
- Analog Inputs/Outputs
  117
- Digital Inputs
  117
- Digital Outputs
  117
- System Board Digital Inputs/Outputs (DIGIO11-15)
  117
- Supply Harmonic Analysis (Frame B Constant)
  118
- Supply Harmonic Analysis (Frame C Constant)
  119
- Supply Harmonic Analysis (Frame C Quadratic)
  120
- Supply Harmonic Analysis (Frame D Constant)
  121
- Supply Harmonic Analysis (Frame D Quadratic)
  122
- Supply Harmonic Analysis (Frame E Constant)
  123
- Supply Harmonic Analysis (Frame E Quadratic)
  124
- Supply Harmonic Analysis (Frame F Constant)
  125
- Supply Harmonic Analysis (Frame F Quadratic)
  126
- Certification for the Drive
  
  127
  - Earthing Requirements
    127
  - Minimising Radiated Emissions
    127
Requirements for EMC Compliance

127
- Cabling Requirements
  128
- EMC Installation Options
  129
- C Hapter 3 I Nstalling the D Rive
  132
Requirements for UL Compliance

132
- CE Marking for EMC - Who Is Responsible
  137
- CE Marking for Low Voltage Directive
  137
European Directives and the CE Mark

137
- Which Standards Apply
  138
- Certificates
  139
- Application Notes
  
  140
Synchronous Motor Control

140
Brake Motors

140
Using Line Chokes

140
Using Output Contactors

141
Using Motor Chokes

141
Using Multiple Motors on a Single Drive

142
Dynamic Braking

142
High Starting Torque

143
- Roll Diameter Calculation Accuracy
  143
Winder Applications

143
- Basic Set-Up Instruction
  145
- Equations
  146
2-Q Common DC Bus Applications

149
4-Q Regen Control/Common DC Bus Applications

151
- Introduction
  151
- 4-Q Active Front End
  152
- Drive Set-Up
  154
- Macro 8 : 4Q Regen
  155
- A Single Motor System
  156
- A Multi-Motor System
  157
- A Smart Brake System
  158
- DC Link Fuses
  159
- Pre-Charge Sizing
  160
- 3-Phase Choke Sizing
  161
- Application Macros
  
  163
  - Macro 0
    163
The Default Application

163
- Macro 1: Basic Speed Control (Default)
  165
Macro Descriptions

163

Parker 690+ series Product Manual (148 pages)

Brand: Parker | Category: Controller | Size: 2.57 MB

Table of Contents
5
Chapter 1 Getting Started

9
Introduction

9
Equipment Inspection

9
Packaging and Lifting Details

9
About this Manual

9
- Initial Steps
  10
- How the Manual Is Organised
  10
- An Overview of the Drive
  
  11
Component Identification

11
Control Features

12
Functional Overview

13
- Installing the Drive
  
  15
  - Air Flow
    15
  - Handling the Drive
    15
Mechanical Installation

15
- Ventilation
  15
- Fitting the Top Vent and Gasket (690+ H & J)
  16
- Installing the External Vent Kit (Frame G)
  17
- Mounting the Drive
  18
- AC Line Choke
  19
Electrical Installation

23
Optional Equipment

26
Installation Drawings

37
- Operating the Drive
  
  43
Pre-Operation Checks

43
Control Philosophy

44
Start/Stop and Speed Control

44
Initial Start-Up Routines

46
The Start/Stop Mode Explained

52
- Normal Stopping Methods
  53
Starting and Stopping Methods

53
- Advanced Stopping Methods
  55
- Starting Methods
  56
- The Keypad
  
  59
Connecting the Keypad

59
- Control Key Definitions
  60
Controlling the Drive Using the Keypad

60
- LED Indications
  61
- Menu Viewing Levels
  62
- Navigating the Menu System
  62
The Menu System

62
- Alert Message Displays
  63
- Changing a Parameter Value
  63
- What Do the Symbols Mean Next to some Parameters
  63
- The Menu System Map
  64
- The L/R Key
  66
- The PROG Key
  66
- Parameter Selection
  67
The OPERATOR Menu

67
- String Entry
  68
The DIAGNOSTICS Menu

69
The QUICK SETUP Menu

73
- Saving/Restoring/Deleting Your Application
  74
The SYSTEM Menu

74
- Quick Save Feature
  76
- Selecting the Language
  76
Special Menu Features

76
Power-Up Key Combinations

79
Trips

81
Fault Finding

85
- Routine Maintenance and Repair
  
  87
  - Disposal
    87
Routine Maintenance

87
- Saving Your Application Data
  87
- Spares List
  88
- Component Replacement
  89
Repair

87
- Returning the Unit to Parker SSD Drives
  87
Chapter 8 Technical Specifications

97
Understanding the Product Code

97
- Model Recognition (Frame G)
  99
- Model Recognition (Frame H)
  99
- Model Recognition (Frame J)
  99
- Environmental Details
  100
- Earthing/Safety Details
  100
- Cabling Requirements for EMC Compliance
  101
- Terminal Block Wire Sizes
  101
- Electrical Ratings (Frame G)
  102
- Electrical Ratings (Frame H)
  103
- Electrical Ratings (Frame J)
  104
- External AC Supply (RFI) Filter (Part Number CO467843U340)
  105
- AC Line Choke
  105
- Internal Dynamic Brake Switch (Frame G)
  106
- Internal Dynamic Brake Switch (Frame H)
  106
- Internal Dynamic Brake Switch (Frame J)
  106
- Control Terminals
  107
- System Board Terminals (Option)
  108
- Analog Inputs/Outputs
  109
- Digital Inputs
  109
- Digital Outputs
  109
- System Board Digital Inputs/Outputs (DIGIO11-15)
  109
- Supply Harmonic Analysis (Frame G Quadratic)
  110
- Supply Harmonic Analysis (Frame H Quadratic)
  111
- Supply Harmonic Analysis (Frame J Quadratic)
  112
- Certification for the Drive
  
  113
  - Earthing Requirements
    113
  - Minimising Radiated Emissions
    113
Requirements for EMC Compliance

113
- Cabling Requirements
  114
- EMC Installation Options
  115
Requirements for UL Compliance

117
- CE Marking for EMC - Who Is Responsible
  120
- CE Marking for Low Voltage Directive
  120
European Directives and the CE Mark

120
- Which Standards Apply
  121
- Certificates
  122
- Application Notes
  
  123
Synchronous Motor Control

123
Brake Motors

123
Using Line Chokes

124
Using Output Contactors

124
Using Motor Chokes

124
Using Multiple Motors on a Single Drive

125
Dynamic Braking

125
High Starting Torque

126
- Roll Diameter Calculation Accuracy
  126
Winder Applications

126
- Basic Set-Up Instruction
  128
- Equations
  129
4-Q Regen Control/Common DC Bus Applications

132
- Introduction
  132
- 4-Q Active Front End
  133
- Drive Set-Up
  135
- Macro 8 : 4Q Regen
  136
- A Single Motor System
  137
- A Multi-Motor System
  138
- A Smart Brake System
  139
- DC Link Fuses
  140
- Pre-Charge Sizing
  141
- 3-Phase Choke Sizing
  142
- Application Macros
  
  145
  - Macro 0
    145
The Default Application

145
- Macro 1: Basic Speed Control (Default)
  147
- Macro 1: Basic Speed Control (Default)
  148
Macro Descriptions

145

Parker 690+ series Safety & Quickstart (32 pages)

Flux Vector Sensorless Vector Volts/Hertz, Frame B

Brand: Parker | Category: DC Drives | Size: 1.03 MB

Table of Contents
2
Chapter 1 English

3
- Safety Information
  3
- Quickstart
  5
- Before You Start
  5
  - Control Modes
    5
  - Power Connections
    5
  - Speed Feedback
    6
- Power on
  7
  - Calibration
    7
  - Autotune
    7
- First Power on
  8
- View Levels
  8
- Macros
  8
- Internal Links
  8
- Technology Boxes
  8
- Compliance
  9
Chapter 2 Deutsch

10
- Sicherheits Informationen
  10
- Schnellstartanleitung
  12
- Bedienerebene
  12
- Steuer- und Regelungsmodi
  12
- Leistungsanschlüsse
  12
  - Drehzahlrückfürhung
    13
- Nezt ein
  14
  - Navigation
    14
  - Selbstabgleich
    14
- Erstes Einschalten
  15
- Bedienerebene
  15
- Makros
  15
- Interne Verbindungen (Links)
  15
- Technologieboxen
  15
- Konformität
  16
Chapter 3 Français

17
- Informations de Sécurité
  17
- Risques
  17
- Démarrage Rapide
  19
- Preambule
  19
- Modes de Contrôle
  19
- Puissance
  19
- Retour Codeur
  20
- Mise Sous Tension
  21
  - Calibration
    21
  - Autoreglage
    21
- Démarrage Initiale
  22
- Niveaux D'affichage
  22
- Macros
  22
- Liaisons Internes
  22
- Boîtiers Technologiques
  22
- Conformité
  23
Chapter 4 Italiano

24
- Informazioni Sulla Sicurezza
  24
- Guida Rapida
  26
- Prima Dell'installazione
  26
- Metodi DI Controllo
  26
- Connessioni DI Potenza
  26
- Retroazione DI Velocità
  27
- Avviamento
  28
- Autotune
  28
- Prima Accensione
  29
- Livelli DI Visione
  29
- Macro
  29
- Technology Boxes
  29
- Conformità
  30

Parker 690+ series Quick Start (2 pages)

Flux Vector Sensorless Vector Volts/Hertz frames C frames C - F 1 5 - 150 HP 7.5 - 90 kW

Brand: Parker | Category: Inverter Drive | Size: 0.25 MB

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Parker 690+ series Manuals

Parker 690+ - Flux Sensorless Vector Quick Start Manual

Table of Contents

Parker 690+ series Product Manual (171 pages)

Table of Contents

Etting

S T a R T E D Introduction

Equipment Inspection

Packaging and Lifting Details

About this Manual

Drive

Introduction

Component Identification

Control Features

Functional Overview

Nstalling the

Mechanical Installation

Electrical Installation

Chapter 1 Wiring Scheme

Mandatory Equipment

Optional Equipment

Installation Drawings

Chapter 4 OPERATING the DRIVE

Pre-Operation Checks

Control Philosophy

Start/Stop and Speed Control

Initial Start-Up Routines

The Start/Stop Mode Explained

Starting and Stopping Methods

Chapter 3 Connecting the Keypad

Chapter 5 THE KEYPAD

Controlling the Drive Using the Keypad

The Menu System

The OPERATOR Menu

The DIAGNOSTICS Menu

The QUICK SETUP Menu

The SYSTEM Menu

Special Menu Features

Power-Up Key Combinations

Chapter 6 TRIPS and FAULT FINDING

Trips

Fault Finding

Chapter 7 ROUTINE MAINTENANCE ANDREPAIR

Routine Maintenance

Repair

Chapter 8 Electro-Mechanical Parts

Echnical Pecifications

Chapter 9 CERTIFICATION for the DRIVE

Requirements for EMC Compliance

Chapter 10 APPLICATION NOTES

Synchronous Motor Control

Brake Motors

Using Line Chokes

Using Output Contactors

Using Multiple Motors on a Single Drive

Dynamic Braking

High Starting Torque

Winder Applications

2-Q Common DC Bus Applications

4-Q Regen Control/Common DC Bus Applications

Chapter 11 THE DEFAULT APPLICATION

The Default Application

Macro Descriptions

Parker 690+ series Product Manual (242 pages)

Table of Contents

Introducing the Macro

Chapter 1 PROGRAMMING YOURAPPLICATION

Programming with Block Diagrams

SETUP Menu - Function Block Descriptions

Chapter 2 PID

Chapter 3 POWER LOSS CNTRL

Quadratic/Constant Torque Selection

Arameter Pecification

Specification Table: Tag Name Order

Specification Table: Tag Number Order

6053 Technology Box Dependent Parameters

Product-Related Default Values

C O M M U N I C a T I O N S Communications Technology Option

Connection to the P3 Port

File Transfer