Eurotherm 605 Series Manuals

Manuals and User Guides for Eurotherm 605 Series. We have 1 Eurotherm 605 Series manual available for free PDF download: Product Manual Installation & Instructions

Eurotherm 605 Series Product Manual Installation & Instructions

Eurotherm 605 Series Product Manual Installation & Instructions (221 pages)

Brand: Eurotherm | Category: DC Drives | Size: 3 MB

Table of Contents

Table of Contents
5
Chapter 1 GETTING STARTED Introduction

13
- Optional Equipment
  13
- Equipment Inspection
  14
- About this Manual
  14
- Initial Steps
  14
- How the Manual Is Organised
  15
  - Application Block Diagrams
    15
  - Information for Users Without an Operator Station
    15
- Ve R Vie W O F T He Nve R T E R
  17
- Component Identification
  17
- Control Features
  18
- Understanding the Product Code
  19
- Functional Overview
  20
- Filter Board
  20
- Power Board
  20
- Control Board
  20
  - Processor
    20
  - Technology Box Interface
    21
  - Operator Station Interface
    21
- Installing the Inverter
  23
  - Mechanical Installation
    23
  - Mounting the Inverter
    23
  - Minimum Air Clearances
    24
    
    Ventilation
    24
    
    Air Clearance: Cubicle-Mount Product/Application
    24
    
    Air Clearance: Wall-Mount Product/Application
    24
  - Electrical Installation
    25
  - Wiring the Inverter
    25
    
    Protective Earth (PE) Connections
    26
    
    Power Wiring Connections
    26
    
    Control Wiring Connections
    27
  - Optional Equipment
    28
    
    Fitting the Remote 6051 Operator Station
    28
    
    Top Cover
    29
    
    External Brake Resistor
    30
    
    External AC Supply EMC Filter
    31
  - EMC Motor Output Filter
    32
  - Output Contactors
    32
  - Earth Fault Monitoring Systems
    32
  - Line Chokes (Input)
    32
  - AC Motor Choke (Output)
    32
- Operating the Inverter
  35
- Pre-Operation Checks
  35
- Control Philosophy
  36
- Start/Stop and Speed Control
  36
  - Selecting Local or Remote Control
    37
- Remote Control Using Control Terminals (Default Set-Up)
  38
  - Reading the Status Leds
    38
- Start-Up Routines
  38
- Local Control Using the Operator Station
  39
- Quick Set-Up as an Open-Loop Inverter (V/F Fluxing)
  39
- Setting-Up the Inverter
  39
- Set-Up Using the Sensorless Vector Fluxing Mode
  40
- The Autotune Feature
  40
- Manual Tuning
  41
  - Tuning Using the Motor Equivalent Circuit
    41
  - Tuning Using a Simple Tuning Sequence
    41
- The Start/Stop Mode Explained
  42
- Tuning Difficulties
  42
- Normal Stopping Methods
  43
  - Ramp to Stop
    43
  - Coast to Stop
    44
- Starting and Stopping Methods
  43
- Advanced Stopping Methods
  44
  - Forced Fast Stop
    44
  - Forced Coast Stop
    45
  - The Trip Condition
    45
  - Logic Stopping
    45
- Advanced Starting Methods
  46
- Normal Starting Method
  46
Chapter 5 THE OPERATOR STATION

49
- Connecting the Operator Station
  49
  - Welcome Screen
    49
- Customising the Operator Station
  49
- Controlling the Operator Station
  52
- Control Keys
  52
  - Keys for Operating the Inverter Locally
    52
  - Keys for Programming the Inverter
    52
- LED Indications
  53
- The Menu System
  54
- Navigating the Menu System
  57
  - The Menu System Map
    58
- Changing a Parameter Value
  59
- What Do the Symbols Mean Next to some Parameters
  59
  - Parameter Status Information
    59
  - Expanded Menu Information
    59
- Alert Message Displays
  60
- The PROG Key
  60
- The L/R Key
  60
- The MMI DIAGNOSTICS Menu
  61
- Special Menu Features
  63
- Menu Shortcuts and Special Key Combinations
  63
  - Quick Link Information
    63
  - Quick Save to Memory
    63
  - Changing the Display Language
    63
  - Quick Drive Copy
    63
  - Changing the Product Code
    64
  - Quick Restore Default
    64
  - Quick Enter Configuration Mode
    64
- Menu Viewing Levels
  64
  - Startup Screen Timeouts
    65
- Selecting the Display Language
  65
- Control Key Enable/Disable
  65
- Password Protection
  65
  - To Activate Password Protection
    65
  - To Deactivate Password Protection
    66
- Selecting Parameters for the Operator Menu
  66
- How to Save, Restore and Copy Your Settings
  67
- Saving Your Application
  67
- Restoring Saved Settings
  67
- Copying an Application
  67
  - Transferring Your Application to Another Inverter
    67
  - Backing-Up Your Application
    68
- PROGRAMMING YOUR APPLICATION Introducing the Macro
  69
- Programming with Block Diagrams
  69
- Modifying a Block Diagram
  69
- Execution Rules
  70
  - Saving Your Modifications
    71
- Understanding the Function Block Description
  71
  - MMI Menu Maps
    71
- Hexadecimal Representation of Trips
  72
- Function Block Descriptions
  73
  - Analog Digin
    74
  - Analog Input
    76
  - Analog Output
    78
  - Auto Restart
    80
  - Autotune
    82
  - Brake Control
    83
  - Comms Control
    84
  - Current Feedback
    85
  - Current Limit
    87
  - Custom Screen
    88
  - Demultiplexer
    90
  - Digital Input
    91
  - Digital Output
    92
  - Dynamic Braking
    93
  - Encoder
    94
  - Fluxing
    95
  - Flycatching
    97
  - I/O Trips
    99
  - I*T TRIP
    100
  - Inj Braking
    101
Chapter 2 JOG

102
- Local Control
  103
- Logic Function
  104
- Minimum Speed
  108
- Multiplexer
  109
- Operator Menu
  110
- Op Station
  111
- Password
  113
- Pattern Gen
  114
Chapter 3 PID

115
- Preset
  117
Chapter 4 RAISE/LOWER

119
- Reference
  120
- Sequencing Logic
  122
- Setpoint Scale
  124
- Skip Frequencies
  125
- Slew Rate Limit
  127
- Slip Comp
  128
- Stabilisation
  129
- Stall Trip
  130
- Stop
  131
- System Port (P3)
  132
- System Ramp
  133
- Tec Option
  135
- Trips History
  136
- Trips Status
  137
- Underlap Comp
  139
- Value Functions
  140
- Vector Fluxing
  147
- Voltage Control
  148
- Zero Speed
  149
- Motor-Specific Parameters
  150
- Trips and Fault Finding
  151
- Trips
  151
- What Happens When a Trip Occurs
  151
  - Inverter Indications
    151
  - Operator Station Indications (When Connected)
    151
- Resetting a Trip Condition
  151
- Using the Operator Station to Manage Trips
  152
  - Trip Messages
    152
  - Automatic Trip Reset
    153
  - Setting Trip Conditions
    153
  - Viewing Trip Conditions
    153
- Checksum Fail
  153
  - Inverter Indications
    153
  - Operator Station Indications (When Connected)
    154
- Fault Finding
  154
- O U T Inea I N T E N a N C E a N D E P a Ir
  155
- Routine Maintenance
  155
- Repair
  155
- Saving Your Application Data
  155
- Returning the Unit to Eurotherm Drives
  155
- Sequencing Logic
  157
- Principle State Machine
  157
- Main Sequencing States
  157
- State Outputs of the SEQUENCING LOGIC Function Block
  157
- Transition of States
  158
- State Diagram
  159
- Communications Command
  160
  - Example Commands
    161
- Communications Status
  162
- Arameter Pecification Able
  163
- Specification Table: Tag Number Order
  164
- Product-Related Default Values
  180
  - Language Dependant Defaults
    180
  - AC Supply Voltage and Power Rating Dependant Defaults
    180
- E C Hnic a L P E C if IC a T Io Ns
  181
- Environmental Details
  181
- EMC Compliance
  181
- External AC Supply (RFI) Filters
  181
- Cabling Requirements for EMC Compliance
  182
- Fuse Rating and Recommended Wire Sizes
  182
- Terminal Block Wire Sizes
  183
- Earthing/Safety Details
  183
- Power Details
  183
- Control Terminals
  184
- Analog Inputs/Outputs
  185
- Digital Inputs
  185
- Digital Outputs
  185
- Power Loss Estimates
  185
- Switching Frequencies
  185
- Supply Harmonic Analysis
  186
- Ertification for the Nverter
  187
- Requirements for EMC Compliance
  187
- Minimising Radiated Emissions
  187
- Earthing Requirements
  187
  - Protective Earth (PE) Connections
    187
  - EMC Earth Connections
    187
- Cabling Requirements
  188
  - Planning Cable Runs
    188
  - Increasing Motor Cable Length
    188
- EMC Installation Options
  189
- Requirements for UL Compliance
  192
  - Solid-State Motor Overload Protection
    192
  - Short Circuit Rating
    192
  - Solid-State Short-Circuit Protection
    192
  - Recommended Branch Circuit Protection
    192
  - Motor Base Frequency
    192
  - Field Wiring Temperature Rating
    192
  - Field Wiring Terminal Markings
    192
  - Power Wiring Terminals
    192
  - Terminal Tightening Torque
    192
- European Directives and the CE Mark
  193
- CE Marking for Low Voltage Directive
  193
- CE Marking for EMC - Who Is Responsible
  193
  - The Legal Requirements of CE Marking for EMC
    194
  - Applying for CE Marking for EMC
    194
- Which Standards Apply
  195
  - Basic and Generic Standards
    195
- Certificates
  197
- Pplication Otes
  199
- Synchronous Motor Control
  199
- Brake Motors
  199
- Using Multiple Motors on a Single Inverter
  200
- Dynamic Braking
  200
- Brake Resistor Selection
  201
- E R Ia L O Mmu Nic a Tio Ns
  203
- Connection to the P3 Port
  203
Chapter 15 APPLICATION MACROS

205
Chapter 14 Macro Descriptions

205
- Macro 0
  205
- Macro 1: Basic Speed Control (Default)
  207
- Macro 2: Run Forward/Run Reverse
  210
- Macro 3: Raise/Lower Trim
  211
- Macro 4: Process PID
  213
- Macro 5: Preset Speeds
  215
- Macro 6: Closed-Loop Speed Feedback
  217
- Macro Control Blocks
  219
- Macro User Blocks
  220
- The Default Application
  205
- How to Load a Macro
  205

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