User Manuals: SSD 605C Frequency Inverter

Manuals and User Guides for SSD 605C Frequency Inverter. We have 1 SSD 605C Frequency Inverter manual available for free PDF download: Product Manual

SSD 605C Product Manual (236 pages)

Frequency inverter

Brand: SSD | Category: Inverter | Size: 4 MB

Intended Users
3
Table of Contents
5
Etting

13
- Optional Equipment
  13
S T a R T E D Introduction

13
Equipment Inspection

14
- How the Manual Is Organised
  14
- Initial Steps
  14
About this Manual

14
Nverter

17
Component Identification

17
Control Features

18
Understanding the Product Code

19
- Control Board
  20
  - Processor
    20
  - Technology Option Interface
    20
  - Operator Station Interface
    20
Functional Overview

20
- Power Board
  20
Nstalling the

23
Nverter

23
Mechanical Installation

23
- Minimum Air Clearances
  23
- Mounting the Inverter
  23
Electrical Installation

26
- Wiring the Inverter
  26
Optional Equipment

30
- Fitting the Remote 6901 Operator Station
  30
- Top Cover
  31
- Technology Options
  32
- External Brake Resistor
  33
- External AC Supply EMC Filter
  34
- Output Contactors
  35
Chapter 1 Earth Fault Monitoring Systems

35
- Line Chokes (Input)
  36
- AC Motor Choke (Output)
  36
Perating the

37
Nverter

37
Pre-Operation Checks

37
Control Philosophy

38
Start/Stop and Speed Control

38
- Selecting Local or Remote Control
  39
- Remote Control Using Control Terminals (Default Set-Up)
  40
  - Reading the Status Leds
    40
Start-Up Routines

40
- Local Control Using the Operator Station
  41
- Quick Set-Up as an Open-Loop Inverter (V/F Fluxing)
  41
Setting-Up the Inverter

41
The Start/Stop Mode Explained

44
- Tuning Difficulties
  44
- Normal Stopping Methods
  45
  - Ramp to Stop
    45
  - Coast to Stop
    46
Starting and Stopping Methods

45
- Advanced Stopping Methods
  46
  - Forced Fast Stop
    46
  - Forced Coast Stop
    47
  - The Trip Condition
    47
  - Logic Stopping
    47
- Advanced Starting Methods
  48
- Normal Starting Method
  48
Perator

51
Station

51
Connecting the Operator Station

51
- Welcome Screen
  51
Customising the Operator Station

51
Controlling the Drive Using the Operator Station

52
- Keys for Programming the Drive
  52
- Keys for Operating the Drive Locally
  52
- LED Indications
  53
- Navigating the Menu System
  54
  - The Menu System Map
    55
The Menu System

54
- Changing a Parameter Value
  56
- What Do the Symbols Mean Next to some Parameters
  56
  - Parameter Status Information
    56
  - Expanded Menu Information
    56
- Alert Message Displays
  57
- The L/R Key
  57
- The PROG Key
  57
The MMI DIAGNOSTICS Menu

58
- Menu Shortcuts and Special Key Combinations
  60
  - Quick Link Information
    60
  - Quick Save to Memory
    60
  - Changing the Display Language
    60
  - Quick Drive Copy
    60
  - Changing the Product Code
    61
  - Quick Restore Default
    61
Special Menu Features

60
How to Save, Restore and Copy Your Settings

64
- Restoring Saved Settings
  64
- Saving Your Application
  64
Chapter 6 PROGRAMMING YOURAPPLICATION

67
Introducing the Macro

67
Programming with Block Diagrams

67
Function Block Descriptions

71
- Analog Digin
  72
- Analog Input
  74
- Analog Output
  77
Chapter 5 AUTO RESTART

79
- Autotune
  81
- Brake Control
  82
- Comms Control
  83
- Current Feedback
  84
- Current Limit
  86
- Custom Screen
  87
- Demultiplexer
  89
- Digital Input
  90
- Digital Output
  91
- Dynamic Braking
  92
- Encoder
  93
- Fluxing
  94
- Flycatching
  96
- Inj Braking
  98
- I/O Trips
  99
- I*T TRIP
  100
Chapter 2 JOG

101
- Local Control
  102
- Logic Function
  103
- Minimum Speed
  107
- Multiplexer
  108
- Operator Menu
  109
- Op Station
  110
- Password
  112
- Pattern Gen
  113
Chapter 3 PID

114
- Preset
  116
Chapter 4 RAISE/LOWER

118
- Reference
  119
- Sequencing Logic
  121
- Setpoint Scale
  123
- Skip Frequencies
  124
- Slew Rate Limit
  126
- Slip Comp
  127
- Stabilisation
  128
- Stall Trip
  129
- Stop
  130
- System Port (P3)
  131
- System Ramp
  132
- Tec Option
  134
- Trips History
  135
- Trips Status
  136
- Underlap Comp
  138
- Value Function
  139
- Vector Fluxing
  146
- Voltage Control
  147
- Zero Speed
  148
Motor-Specific Parameters

149
Quadratic Torque Selection

150
Chapter 7 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
  154
  - Inverter Indications
    154
  - Operator Station Indications (When Connected)
    154
Fault Finding

154
Routine Maintenance

155
Chapter 8 ROUTINE MAINTENANCE ANDREPAIR

155
Repair

155
- Saving Your Application Data
  155
- Returning the Unit to SSD Drives
  155
- Disposal
  155
Chapter 10 Principle State Machine

157
- Main Sequencing States
  157
- State Outputs of the SEQUENCING LOGIC Function Block
  157
- Transition of States
  158
- State Diagram
  159
Chapter 9 SEQUENCING LOGIC

157
External Control of the Inverter

160
- Communications Command
  160
  - Example Commands
    161
- Communications Status
  162
Specification

163
Specification Table: Tag Number Order

164
Product-Related Default Values

181
- Language Dependant Defaults
  181
- AC Supply Voltage and Power Rating Dependant Defaults
  182
Specifications

185
- 605C Model Recognition
  185
- Environmental Details
  185
- Earthing/Safety Details
  186
- Terminal Block Wire Sizes
  186
- Electrical Ratings
  187
- Cabling Requirements for EMC Compliance
  188
- EMC Compliance
  188
- External AC Supply (RFI) Filters
  188
- Internal Dynamic Brake Switch
  189
- Control Terminals
  190
- Analog Inputs/Outputs
  191
- Digital Inputs
  191
- Digital Outputs
  191
- Supply Harmonic Analysis
  192
Requirements for EMC Compliance

193
- Minimising Radiated Emissions
  193
- Earthing Requirements
  193
  - Protective Earth (PE) Connections
    193
  - EMC Earth Connections
    193
- Cabling Requirements
  194
  - Planning Cable Runs
    194
  - Increasing Motor Cable Length
    194
- EMC Installation Options
  195
Chapter 12 CERTIFICATION for the INVERTER

193
Requirements for UL Compliance

199
- Solid-State Motor Overload Protection
  199
- Short Circuit Rating
  199
- Solid-State Short-Circuit Protection
  199
- Recommended Branch Circuit Protection
  199
- Motor Base Frequency
  199
- Field Wiring Temperature Rating
  199
- Field Wiring Terminal Markings
  199
- Power Wiring Terminals
  199
- Terminal Tightening Torque
  199
- Field Grounding Terminals
  200
- Operating Ambient Temperature
  200
- Direct Wall-Mountable Models
  200
European Directives and the CE Mark

201
- CE Marking for Low Voltage Directive
  201
- CE Marking for EMC - Who Is Responsible
  201
  - Legal Requirements for CE Marking
    202
  - Applying for CE Marking for EMC
    202
- Which Standards Apply
  202
  - Power Drive Product Specific or Generic Standards
    202
- Certificates
  206
Synchronous Motor Control

207
Chapter 13 APPLICATIONNOTES

207
Brake Motors

207
Using Line Chokes

207
Using Output Contactors

208
Using Motor Chokes

208
Using Multiple Motors on a Single Drive

209
Dynamic Braking

209
- Brake Resistor Selection
  210
High Starting Torque

211
Chapter 14 SERIAL COMMUNICATIONS

213
Communications Technology Option

213
- Configed Lite
  213
Connection to the P3 Port

213
Chapter 15 APPLICATIONMACROS

215
The Default Application

215
How to Load a Macro

215
Macro Descriptions

215
- Macro 0
  215
- Macro 1: Basic Speed Control (Default)
  217
- Macro 2: Run Forward/Run Reverse
  219
- Macro 3: Raise/Lower Trim
  221
- Macro 4: Process PID
  223
- Macro 5: Preset Speeds
  225
- Macro 6: Closed-Loop Speed Feedback
  227
- Macro 99: 584S Compatible Application
  229
- General Wiring Diagram for Macro 99
  232
- Macro Control Blocks
  233
- Macro User Blocks
  234

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More SSD Manuals

User Manuals: SSD 605C Frequency Inverter

SSD 605C Product Manual (236 pages)

Table of Contents

Etting

S T a R T E D Introduction

Equipment Inspection

About this Manual

Nverter

Component Identification

Control Features

Understanding the Product Code

Functional Overview

Nstalling the

Nverter

Mechanical Installation

Electrical Installation

Optional Equipment

Chapter 1 Earth Fault Monitoring Systems

Perating the

Nverter

Pre-Operation Checks

Control Philosophy

Start/Stop and Speed Control

Start-Up Routines

Setting-Up the Inverter

The Start/Stop Mode Explained

Starting and Stopping Methods

Perator

Station

Connecting the Operator Station

Customising the Operator Station

Controlling the Drive Using the Operator Station

The Menu System

The MMI DIAGNOSTICS Menu

Special Menu Features

How to Save, Restore and Copy Your Settings

Chapter 6 PROGRAMMING YOURAPPLICATION

Introducing the Macro

Programming with Block Diagrams

Function Block Descriptions

Chapter 5 AUTO RESTART

Chapter 2 JOG

Chapter 3 PID

Chapter 4 RAISE/LOWER

Motor-Specific Parameters

Quadratic Torque Selection

Chapter 7 TRIPS and FAULT FINDING

Trips

Fault Finding

Routine Maintenance

Chapter 8 ROUTINE MAINTENANCE ANDREPAIR

Repair

Chapter 10 Principle State Machine

Chapter 9 SEQUENCING LOGIC

External Control of the Inverter

Specification

Specification Table: Tag Number Order

Product-Related Default Values

Specifications

Requirements for EMC Compliance

Chapter 12 CERTIFICATION for the INVERTER

Requirements for UL Compliance

European Directives and the CE Mark

Synchronous Motor Control

Chapter 13 APPLICATIONNOTES

Brake Motors

Using Line Chokes

Using Output Contactors

Using Motor Chokes

Using Multiple Motors on a Single Drive

Dynamic Braking

High Starting Torque

Chapter 14 SERIAL COMMUNICATIONS

Communications Technology Option

Connection to the P3 Port

Chapter 15 APPLICATIONMACROS

The Default Application

How to Load a Macro

Macro Descriptions

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