SR55 Soft Starters User Manual (SR55_UMW 1ed,RevA) View / The Sr55manual

• Stellar® SR55 Soft Starter User Manual
• Errata Sheet
• SR 55 User Manual
• Warnings and Trademarks
  • ~WARNING~
  • Trademarks
  • ~AVERTISSEMENT~
  • Marques de commerce
  • Warnings
• User Manual Revision History
• User Manual Table of Contents
• Chapter 1: Mechanical Installation
  • User Manual Overview
    • Overview of this Publication
    • Who Should Read This Manual
    • Supplemental Publications
    • Technical Support
    • Special Symbols
  • Mechanical Installation
    • Mounting
    • Requirements for an Enclosure
    • Enclosure Ventilation
    • Mechanical Specifications
    • Dimensions ( in [mm] )
• Chapter 2: Electrical Installation
  • Safety Warning
  • Agency Approvals
  • Technical Information and Standards
  • Electrical Specifications
  • Circuit Protection
    • Short-Circuit Protection
    • Motor overload Protection
  • Wire Sizes and Torques
  • Electrical Connections
  • Electrical Wiring
    • Power Circuit Wiring
    • Control Circuit Wiring
• Chapter 3: Configuration and Parameters
  • Errata Sheet
  • Configuration and Parameters
  • “Heartbeat” LED
  • Configuration Overview
    • Auto Setup Procedure
    • Setup by Individual Parameter Settings
  • Configuration From Touchscreen
    • Auto Setup Procedure from Touchscreen
    • Individual Parameter Settings from Touchscreen
    • Touchscreen Pictorial Example – Auto Setup
  • Auto Setup Procedure – Parameter Settings
  • Parameter Summary
    • Summary of Parameters Not Configurable Through Touchscreen Menu
    • Summary of Parameters for Auto Setup
    • Summary of Parameters for Individual Parameter Setup
  • Parameter Details
    • Parameters Not Configurable Through Touchscreen Menu
    • Parameters in Sequence and Grouped by Touchscreen Navigation
    • “Auto Setup” Menu of Parameters
    • “Advanced” Menu of Parameters
    • “I/O” Menu of Parameters
    • “Monitor” Menu of Parameters
    • “Log” Menu of Parameters
    • “Device” Menu of Parameters
  • Trip Code Descriptions
  • Fail Safe Codes
    • Main Board Trip (2402 – 2436)
    • Touchscreen Trip (2501 – 2581)
    • Logging Trip (2601 – 2603)
    • Fail Safe Trip Codes
  • Saving and Loading an SR55 Configuration File
• Chapter 4: Principles of iERS (intelligent Energy Recovery System)
  • Principles of the iERS
    • Principles
    • Advantages of iERS
    • How Much Energy?
    • Estimating Energy Savings
    • iERS with the SR55 System
  • Chapter 4 Glossary of Terms
• Chapter 5: Communications
  • SR55 Communications Overview
  • Modbus Serial Communications
    • Modbus RTU Communications Interface
    • Modbus RTU Connections
    • Modbus Communications Configuration
    • Transmission Modes
    • Message Structure For RTU Mode
    • Supported Functions
    • Memory Map
    • Message Timing
  • Network Communications – EtherNet/IP and Modbus TCP
    • Communication Module Overview
    • Module Installation – SR55-CM-ENETIP and SR55-CM-MODTCP
    • SR55 Configuration
    • IP Address Configuration
    • Communication Module Front Panel Indicator Lights
  • Modbus TCP Network Communications
  • EtherNet/IP Network Communications
    • EtherNet/IP Control
    • EDS File
    • Using the IP Configuration Tool (IPconfig)
    • Connecting to the SR55-CM-ENET Module through I/O (Implicit Messaging)
    • Connecting to the SR55-CM-ENET Module through Explicit Message:
    • Explicit Message Instruction Examples (from Productivity Series CPU)
• Chapter 6: Accessories
  • Optional Accessories
    • Finger Guards
    • Remote Touchscreen
    • RJ45 to RJ12 Adapter
    • Serial Modbus Communication Splitter
    • Communication Modules
  • Replacement/Spare Parts
    • Replacement Cooling Fans
    • Replacement Touchscreen
• Appendix A: Updating Firmware
  • Updating SR55 Firmware
• Appendix B: Soft Starter Application Considerations
  • B.1 – Motor Suitability and Associated Considerations
    • B.1.1 – Suitability
    • B.1.2 – Induction Motor Characteristics
    • B.1.3 – Rating
    • B.1.4 – Maximum Motor Cable Length
    • B.1.5 – Power Factor Correction Capacitors
    • B.1.6 – Lightly Loaded Small Motors
    • B.1.7 – Motors Installed with Integral Brakes
    • B.1.8 – Older Motors
    • B.1.9 – Wound-rotor or Slip-ring Motors
    • B.1.10 – Enclosures
    • B.1.11 – Efficiency
    • B.1.12 – High-Efficiency Motors
    • B.1.13 – EU Compliance with the EMC Directive
    • B.1.14 – Fuses
  • B.2 – Rules for Specific Applications
    • B.2.1 – In-Delta Operation
    • B.2.2 – High-Inertia Loads
    • B.2.4 – Resistive Loads
    • B.2.5 – Frequent Starting
    • B.2.6 – Optimizing
    • B.2.7 – Soft Stopping
    • B.2.9 – Replacement of Fluid Couplings
    • B.2.12 – Overhauling Loads
    • B.2.13 – Application Table
  • B.3 – Concepts and Principles of Fixed-Speed Induction Motor Starting and Control
    • B.3.1 – Introduction
    • B.3.2 – The Induction Motor
    • B.3.3 – Starting Induction Motors
    • B.3.4 – Electro-Mechanical Methods Of Starting
    • B.3.5 – The Semiconductor Motor Controller
    • B.3.6 – Running Induction Motors
    • B.3.7 – Reliability Considerations
  • Appendix B Glossary of Terms
• Appendix C: Electromagnetic Compatibility
  • C.0 – Electromagnetic Compatibility (EMC)
  • C.1 – Introduction
  • C.2 – Applicable Standard Within the EU
  • C.3 – Mandatory Requirements Within the EU
  • C.4 – Guidance for Installation Personnel and System Designers
  • C.5 – EMC Basic Criteria
  • C.6 – Purchasing Implications of Meeting an EMC Standard
  • C.7 – Basic EMC Considerations
    • C.7.1 – Immunity
    • C.7.2 – Emissions
    • C.7.3 – Emissions - Harmonics
    • C.7.4 – Emissions - Radio Frequency (RF)
    • C.7.5 – Emissions - Conducted
    • C.7.6 – Important Systems Information
    • C.7.7 – Strategies for Attaining and Maintaining EMC Compliance
• Appendix D: Sizing an SR55 Soft Starter
  • SR55 Soft Starter Selection Steps
  • SR55 Soft Starter Overload Trip
  • SR55 Index Ratings
  • Standard Overload Current Profile and Duty Cycle
  • Increased Starts per Hour – Derating
    • Derating Examples