Elettronica Santerno SINUS/ISD Series Manuals

Manuals and User Guides for Elettronica Santerno SINUS/ISD Series. We have 1 Elettronica Santerno SINUS/ISD Series manual available for free PDF download: User Manual

Elettronica Santerno SINUS/ISD Series User Manual

Elettronica Santerno SINUS/ISD Series User Manual (206 pages)

0.75-4kW VECTORIAL SENSORLESS INVERTER

Brand: Elettronica Santerno | Category: DC Drives | Size: 3 MB

Table of Contents

Table of Contents
4
Getting Started
9
- Introduction
  9
- Equipment Inspection
  9
- About this Manual
  10
Initial Step
10
How the Manual Is Organized
10
Application Block Diagram
10
Information for Users Without an Operator Station
10
- Component Identification
  11
- Control Features
  12
- Product-Related Default Values
  13
Language Dependant Defaults
13
Ac Supply Voltage and Power Rating Dependant Defaults
13
- Functional Overview
  14
Filter Board
14
Power Board
14
Control Board
14
Processor
14
Technology Box Interface
14
Operator Station Interface
14
Installing the Inverter
15
- Requirements for Emc Compliance
  15
Minimising Radiated Emissions
15
Earthing Requirements
15
Protective Earth (PE) Connections
15
EMC Earth Connections
15
Cabling Requirements
16
Planning Cable Runs
16
Increasing Motor Cable Lenght
16
Emc Installation Options
17
Screening & Earthing (Cubicle Mounted, Class B)
17
Start Point Earthing
18
Sensitive Equipement
19
- Mechanical Installation
  20
Mounting the Inverter
20
Minimum Air Clearances
21
Ventilation
21
Air Clearance for an IP20 Product/Application
21
- Dynamic Braking
  22
Introduction
22
Brake Resistor Selection
22
Specification of the Dynamic Braking Switch
23
Specification and Overall Dimensions of the Braking Resistors
23
- Electrical Installation
  24
Wiring the Inverter
24
Cable Grand Requirements
25
Earth Connections
25
Power Wiring Connections
25
Digital Input 6 -
26
Control Wiring Connections
26
Optional Equipment Installation Details
27
EMC Filters
27
Line Chokes (Input)
27
Motor Chokes (Output)
27
Output Contactors
27
Earth Fault Monitoring Systems
28
Operating the Inverter

29
Pre-Operation Checks

29
Start/Stop and Speed Control

30
- Selecting Local or Remote Control
  31
Start-Up Routines

32
Setting-Up the Inverter

33
The Start/Stop Mode Explained

37
Starting and Stopping Methods

38
- Normal Stopping Methods
  38
- Ramp to Stop
  38
- Coast to Stop
  39
- Advanced Stopping Methods
  39
- Forced Fast Stop
  39
- Forced Coast Stop
  39
- The Trip Condition
  40
- Logic Stopping
  40
- Normal Starting Method
  41
- Advanced Starting Methods
  41
- Starting Several Inverters Simultaneously
  41
- Single Wire Logic Starting
  41
- Two Wire Logic Starting
  42
- Three Wire Logic Starting
  42
The Operator Station

43
Customising the Operator Station

43
Connecting the Operator Station

43
- Welcome Screen
  43
Controlling the Operator Station

44
- Control Keys
  44
- Keys for Operating the Inverter Locally
  44
- Keys for Programming the Inverter
  44
- Led Indications
  45
The Menu System

46
- Navigating the Menu System
  46
- The Programmer Menu System Map
  47
- Changing a Parameter Value
  48
- What Do the Symbols Mean Next to some Parameters
  48
- Parameter Status Information
  48
- Expanded Menu Information
  48
- Alert Message Displays
  49
- The Prog Key
  49
- The L/R Key
  49
- Menu Shortcuts and Special Key Combinations
  50
- Quick Link Information
  50
- Quick Save to Memory
  50
- Changing the Display Language
  50
- Quick Drive Copy
  50
- Changing the Product Code
  51
- Quick Restore Default
  51
Special Menu Features

51
- Menu Viewing Levels
  51
- Startup Screen Timeouts
  51
- Selecting the Display Language
  52
  - Modifying a Block Diagram 6 -
    57
  - Fluxing 6 -
    61
- Analog Digin
  62
- Analog Input
  64
- Analog Output
  66
- Auto Restart
  68
- Autotune
  70
- Brake Control
  71
- Comms Control
  72
- Current Feedback
  73
- Current Limit
  75
- Custom Screen
  76
- Demultiplexer
  78
- Digital Input 2
  79
- Digital Output
  80
- Dynamic Braking
  81
- Encoder
  82
- Fluxing
  83
- Flycatching
  85
- I/O Trips
  87
- I*T Trip
  88
- Inj Braking
  89
- Jog
  90
- Local Control
  91
- Logic Function
  92
- Minimum Speed
  96
- Multiplexer
  97
- Operator Menu
  98
- Op Station
  99
- Password
  101
- Pattern Gen
  102
- Pid
  103
- Preset
  105
- Raise/Lower
  107
- Reference
  108
  - Setpoint Scale
    112
  - Skip Frequencies
    113
  - Slew Rate Limit
    115
  - Slip Comp
    116
  - Stabilisation
    117
  - Stall Trip
    118
  - Stop
    119
  - System Port (P3)
    120
  - System Ramp
    121
  - Tec Option
    123
  - Trips History
    124
  - Trips Status
    125
  - Underlap Comp
    127
  - Value Functions
    128
  - Vector Fluxing
    135
  - Voltage Control
    136
  - Zero Speed
    137
- Motor-Specific Parameters
  
  138
- Trips
  
  139
  - What Happens When a Trip Occurs
    139
  - Trip Messages
    140
  - Using the Operator Station to Manage Trips
    140
  - Automatic Trip Reset
    141
  - Checksum Fail
    141
  - Inverter Indications
    141
  - Setting Trip Conditions
    141
  - Viewing Trip Conditions
    141
- Fault Finding
  
  142
  - Operator Station Indications (When Connected)
    142
- Repair
  
  143
  - Returning the Unit to Elettronica Santerno
    143
- Routine Maintenance
  
  143
  - Saving Your Application Data
    143
  - Main Sequencing States
    145
- Principle State Machine
  
  145
  - Transition of States
    146
  - State Diagram
    147
- Communications Command
  
  148
- Communications Status
  
  150
Environmental Details

167
Emc Compliance

167
Fuse Rating and Recommended Wire Sizes

168
Cabling Requirements for Emc Compliance

168
Terminal Block Wire Sizes

169
Earthing/Safety Details

169
Power Details

169
Control Terminals

170
Digital Outputs

171
- Power Loss Estimates
  171
- Switching Frequencies
  171
- Supply Harmonic Analysis
  172
- Ce Marking for Low Voltage Directive
  173
- European Directives and the Ce Mark
  173
- Applying for Ce Marking for Emc
  174
- The Legal Requirements of Ce Marking for Emc
  174
- Basic and Generic Standards
  175
- Which Standards Apply
  175
Analogue Inputs/Outputs

171
Digital Inputs

171
Brake Motors

181
- Synchronous Motor Control
  181
- Using Multiple Motors on a Single Inverter
  182
- Connection to the P3 Port
  183
- How to Load a Macro
  185
- Macro
  185
- Macro 0 15 -
  185
- Macro Descriptions
  185
- The Default Application
  185
- Macro 1 15 -
  186
- Macro
  187
- Macro
  188
  - Macro 2 15 -
    188
  - Macro 3 15 -
    190
  - Macro 4 15 -
    192
- Procedure for Internal Link Change
  197
- Programming Examples
  197
- Link Change - Change Saving
  198
  - Regolation Torque - Current
    206
  - Potenziometers (Speed Ref. - Current Ref.)
    206

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