SSD 605C - Page 24

To Next Page

To Previous Page

3-2 Installing the Inverter

605C Frequency Inverter

equipment may have its own clearance requirements. When mounting two or more 605s

together, these clearances are additive.

Ensure that the mounting surface is normally cool.

Main Page

Default Chapter3
- Intended Users3
- Table of Contents5
Etting13
- Optional Equipment13
S T a R T E D Introduction13
Equipment Inspection14
- How the Manual Is Organised14
- Initial Steps14
About this Manual14
Nverter17
Component Identification17
Control Features18
Understanding the Product Code19
- Control Board20
Functional Overview20
- Power Board20
Nstalling the23
Nverter23
Mechanical Installation23
- Minimum Air Clearances23
- Mounting the Inverter23
Electrical Installation26
- Wiring the Inverter26
Optional Equipment30
- Fitting the Remote 6901 Operator Station30
- Top Cover31
- Technology Options32
- External Brake Resistor33
- External AC Supply EMC Filter34
- Output Contactors35
Chapter 1 Earth Fault Monitoring Systems35
- Line Chokes (Input)36
- AC Motor Choke (Output)36
Perating the37
Nverter37
Pre-Operation Checks37
Control Philosophy38
Start/Stop and Speed Control38
- Selecting Local or Remote Control39
- Remote Control Using Control Terminals (Default Set-Up)40
  - Reading the Status Leds40
Start-Up Routines40
- Local Control Using the Operator Station41
- Quick Set-Up as an Open-Loop Inverter (V/F Fluxing)41
Setting-Up the Inverter41
- Set-Up Using the Sensorless Vector Fluxing Mode42
- The Autotune Feature42
- Manual Tuning43
  - Tuning Using the Motor Equivalent Circuit43
  - Tuning Using a Simple Tuning Sequence43
The Start/Stop Mode Explained44
- Tuning Difficulties44
- Normal Stopping Methods45
  - Ramp to Stop45
  - Coast to Stop46
Starting and Stopping Methods45
- Advanced Stopping Methods46
- Advanced Starting Methods48
- Normal Starting Method48
Perator51
Station51
Connecting the Operator Station51
- Welcome Screen51
Customising the Operator Station51
Controlling the Drive Using the Operator Station52
- Keys for Programming the Drive52
- Keys for Operating the Drive Locally52
- LED Indications53
- Navigating the Menu System54
  - The Menu System Map55
The Menu System54
- Changing a Parameter Value56
- What Do the Symbols Mean Next to some Parameters56
  - Parameter Status Information56
  - Expanded Menu Information56
- Alert Message Displays57
- The L/R Key57
- The PROG Key57
The MMI DIAGNOSTICS Menu58
- Menu Shortcuts and Special Key Combinations60
Special Menu Features60
- Menu Viewing Levels61
  - Startup Screen Timeouts61
- Control Key Enable/Disable62
- Password Protection62
  - To Activate Password Protection62
  - To Deactivate Password Protection62
- Selecting the Display Language62
- Selecting Parameters for the Operator Menu63
- Copying an Application64
  - Transferring Your Application to Another Inverter64
  - Backing-Up Your Application65
How to Save, Restore and Copy Your Settings64
- Restoring Saved Settings64
- Saving Your Application64
Chapter 6 PROGRAMMING YOURAPPLICATION67
Introducing the Macro67
Programming with Block Diagrams67
- Modifying a Block Diagram67
- Understanding the Function Block Description69
  - MMI Menu Maps69
- Hexadecimal Representation of Trips70
Function Block Descriptions71
- Analog Digin72
- Analog Input74
- Analog Output77
Chapter 5 AUTO RESTART79
- Autotune81
- Brake Control82
- Comms Control83
- Current Feedback84
- Current Limit86
- Custom Screen87
- Demultiplexer89
- Digital Input90
- Digital Output91
- Dynamic Braking92
- Encoder93
- Fluxing94
- Flycatching96
- Inj Braking98
- I/O Trips99
- I*T TRIP100
Chapter 2 JOG101
- Local Control102
- Logic Function103
- Minimum Speed107
- Multiplexer108
- Operator Menu109
- Op Station110
- Password112
- Pattern Gen113
Chapter 3 PID114
- Preset116
Chapter 4 RAISE/LOWER118
- Reference119
- Sequencing Logic121
- Setpoint Scale123
- Skip Frequencies124
- Slew Rate Limit126
- Slip Comp127
- Stabilisation128
- Stall Trip129
- Stop130
- System Port (P3)131
- System Ramp132
- Tec Option134
- Trips History135
- Trips Status136
- Underlap Comp138
- Value Function139
- Vector Fluxing146
- Voltage Control147
- Zero Speed148
Motor-Specific Parameters149
Quadratic Torque Selection150
Chapter 7 TRIPS and FAULT FINDING151
Trips151
- What Happens When a Trip Occurs151
  - Inverter Indications151
  - Operator Station Indications (When Connected)151
- Resetting a Trip Condition151
- Using the Operator Station to Manage Trips152
- Checksum Fail154
  - Inverter Indications154
  - Operator Station Indications (When Connected)154
Fault Finding154
Routine Maintenance155
Chapter 8 ROUTINE MAINTENANCE ANDREPAIR155
Repair155
- Saving Your Application Data155
- Returning the Unit to SSD Drives155
- Disposal155
Chapter 10 Principle State Machine157
- Main Sequencing States157
- State Outputs of the SEQUENCING LOGIC Function Block157
- Transition of States158
- State Diagram159
Chapter 9 SEQUENCING LOGIC157
External Control of the Inverter160
- Communications Command160
  - Example Commands161
- Communications Status162
Specification163
Specification Table: Tag Number Order164
Product-Related Default Values181
- Language Dependant Defaults181
- AC Supply Voltage and Power Rating Dependant Defaults182
Specifications185
- 605C Model Recognition185
- Environmental Details185
- Earthing/Safety Details186
- Terminal Block Wire Sizes186
- Electrical Ratings187
- Cabling Requirements for EMC Compliance188
- EMC Compliance188
- External AC Supply (RFI) Filters188
- Internal Dynamic Brake Switch189
- Control Terminals190
- Analog Inputs/Outputs191
- Digital Inputs191
- Digital Outputs191
- Supply Harmonic Analysis192
Requirements for EMC Compliance193
- Minimising Radiated Emissions193
- Earthing Requirements193
  - Protective Earth (PE) Connections193
  - EMC Earth Connections193
- Cabling Requirements194
  - Planning Cable Runs194
  - Increasing Motor Cable Length194
- EMC Installation Options195
Chapter 12 CERTIFICATION for the INVERTER193
Requirements for UL Compliance199
- Solid-State Motor Overload Protection199
- Short Circuit Rating199
- Solid-State Short-Circuit Protection199
- Recommended Branch Circuit Protection199
- Motor Base Frequency199
- Field Wiring Temperature Rating199
- Field Wiring Terminal Markings199
- Power Wiring Terminals199
- Terminal Tightening Torque199
- Field Grounding Terminals200
- Operating Ambient Temperature200
- Direct Wall-Mountable Models200
European Directives and the CE Mark201
- CE Marking for Low Voltage Directive201
- CE Marking for EMC - Who Is Responsible201
  - Legal Requirements for CE Marking202
  - Applying for CE Marking for EMC202
- Which Standards Apply202
  - Power Drive Product Specific or Generic Standards202
- Certificates206
Synchronous Motor Control207
Chapter 13 APPLICATIONNOTES207
Brake Motors207
Using Line Chokes207
Using Output Contactors208
Using Motor Chokes208
Using Multiple Motors on a Single Drive209
Dynamic Braking209
- Brake Resistor Selection210
High Starting Torque211
Chapter 14 SERIAL COMMUNICATIONS213
Communications Technology Option213
- Configed Lite213
Connection to the P3 Port213
Chapter 15 APPLICATIONMACROS215
The Default Application215
How to Load a Macro215
Macro Descriptions215
- Macro 0215
- Macro 1: Basic Speed Control (Default)217
- Macro 2: Run Forward/Run Reverse219
- Macro 3: Raise/Lower Trim221
- Macro 4: Process PID223
- Macro 5: Preset Speeds225
- Macro 6: Closed-Loop Speed Feedback227
- Macro 99: 584S Compatible Application229
- General Wiring Diagram for Macro 99232
- Macro Control Blocks233
- Macro User Blocks234

SSD 605C - Page 24

Table of Contents