Rockwell Automation 592 Overload Relay Manuals

Manuals and User Guides for Rockwell Automation 592 Overload Relay. We have 1 Rockwell Automation 592 Overload Relay manual available for free PDF download: User Manual

Rockwell Automation 592 User Manual (192 pages)

Overload Relays

Brand: Rockwell Automation | Category: Relays | Size: 2 MB

Conventions
5
Preface
5
Vocabulary
5
Who Should Use this Manual
5
Reference Manuals
6
Table of Contents
7
Chapter 1 - Product Overview

17
- Introduction
  17
- Description
  17
- Figure 1.1 E3 and E3 Plus Overload Relays
  17
- Catalog Number Explanation
  18
- Single-/Three-Phase Operation
  18
- Protection and Warning Functions
  18
- Figure 1.2
  18
- Current Monitoring Parameters
  19
- Diagnostic Parameters
  19
- Trip Relay
  19
- Inputs and Outputs
  20
- Table 1.A E3 Overload Relay Inputs and Outputs
  20
- Status Indication
  21
- Test/Reset Button
  22
- Devicenet Compatibility
  22
Chapter 2 - Installation and Wiring

23
Chapter 3 - Protective Trip and Warning Functions

45
- Introduction
  45
- Trip Enable
  45
- Warning Enable
  45
- Overload Protection
  46
- Overload Trip
  46
- FLA Setting
  46
- Trip Class
  47
- Trip Curves
  47
- Time-Current Characteristics for Trip Classes
  48
- Table 3.A Time-Current Characteristic Scaling Factors
  49
- Auto/Manual Reset
  50
- Table 3.B Typical Overload Relay Reset Time Delays
  50
- Overload Reset Times
  51
- Overload Warning
  52
- Overload Diagnostics
  52
- Non-Volatile Thermal Memory
  53
- Phase Loss Protection
  53
- Phase Loss Trip
  53
- Ground Fault Protection (E3 Plus)
  55
- Ground Fault Trip
  55
- Table 3.C Recommended Phase Loss Trip Delay Settings for Explosive Environment Applications
  55
- Ground Fault Warning
  57
- Stall Protection
  57
- Stall Trip
  57
- Jam Protection
  59
- Jam Trip
  59
- Jam Warning
  60
- Underload Protection
  60
- Underload Trip
  61
- Underload Warning
  62
- Thermistor/Ptc Protection (E3 Plus)
  62
- Table 3.D E3 Plus PTC Input Ratings
  63
- PTC Trip
  64
- PTC Warning
  64
- Current Imbalance Protection
  65
- Current Imbalance Trip
  65
- Current Imbalance Warning
  66
- Communication Fault Protection
  67
- Comm Fault Trip
  67
- Comm Fault Warning
  68
- Communication Idle Protection
  68
- Comm Idle Trip
  68
- Comm Idle Warning
  69
- Protective Trip and Warning Summary
  70
Chapter 4 - Devicenet Node Commissioning

72
Chapter 5 - Programmable Parameters

99
- Introduction
  99
- Parameter Programming
  99
- Program Lock
  99
- Resetting to the Factory Default Values
  99
- Parameter Group Listing
  100
- Overload Setup Group
  101
- Advanced Setup Group
  104
- Reset/Lock Group
  111
- Devicenet Setup Group
  112
- Output Setup Group
  115
Chapter 6 - Current Monitoring Parameters

119
- Introduction
  119
- Phase Current Reporting
  119
- Current Range
  119
- Frequency Range
  120
- Reporting Accuracy
  121
- Ground Fault Current Reporting
  121
- Current Range
  121
- Frequency Range
  121
- Monitor Group
  122
Chapter 7 - Diagnostic Parameters

125
- Introduction
  125
- Monitor Group
  125
Chapter 8 - Logic Controller Application Example with Explicit Messaging

130
- Introduction
  130
- I/O Mapping
  130
- Examples
  133
- Sequence of Events
  133
- Setting up the Data File
  133
- Get_Attribute_Single Structure
  134
- Figure
  135
Chapter 9 - Troubleshooting

136
- Introduction
  136
- Advisory Leds
  137
- Trip/Warn LED
  137
- Network Status LED
  138
- OUT a & out B Leds
  138
- In 1,2,3 & 4 Leds
  138
- Power-Up Sequence
  139
- Devicenet Modes of Operation
  140
- Power-Up Reset Mode
  140
- Run Mode
  140
- Recoverable Error Mode
  141
- Unrecoverable Error Mode
  141
- Resetting a Trip
  142
- Trip/Warn LED Troubleshooting Procedures
  143
- Devicenet Troubleshooting Procedures
  145
- Input and Output Troubleshooting Procedures
  146
Appendix A - Specifications

148
- Electrical Specifications
  148
- E3 & E3 Plus Power Supply Current
  149
- Environmental Specifications
  151
- Electromagnetic Compatibility Specifications
  151
- Functionality Specifications
  152
- Protection
  153
- Electronic Data Sheets
  154
- Product Codes
  154
- Devicenet Objects
  155
- Identity Object - Class Code 0X01
  156
- Message Router - Class Code 0X02
  157
- Devicenet Object - Class Code 0X03
  157
- Assembly Object - Class Code 0X04
  159
- Output Assemblies
  159
- Input Assemblies
  160
- Connection Object - Class Code 0X05
  162
- Discrete Input Point Object - Class Code 0X08
  165
- Discrete Output Point Object - Class Code 0X09
  166
- Parameter Object - Class Code 0X0F
  167
- Parameter Group Object - Class Code 0X10
  168
- Control Supervisor Object - Class Code 0X29
  173
- Acknowledge Handler Object - 0X2B
  176
- Overload Object - Class Code 0X2C
  176
- Devicenet Interface Object - Class Code 0Xb4
  180
- PCP Object - Class Code 0Xc2
  181
- ODVA Fault Codes
  182
Appendix C - Explosive Environment Applications

184
- Introduction
  184
- Protection Requirements
  184
- Overload Protection
  184
- PTC Protection (E3 Plus
  185
- Phase Loss Protection
  185
- Power Supply Requirements
  186
- Devicenet - Networked
  186
- Stand-Alone
  186
- Control Wiring Requirements
  187
- OUT a or out B
  187
- Full Voltage Non-Reversing Starter Wiring Diagram (with Network Control
  188

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Rockwell Automation 592 Overload Relay Manuals

Rockwell Automation 592 User Manual (192 pages)

Table of Contents

Chapter 1 - Product Overview

Chapter 2 - Installation and Wiring

Chapter 3 - Protective Trip and Warning Functions

Chapter 4 - Devicenet Node Commissioning

Chapter 5 - Programmable Parameters

Chapter 6 - Current Monitoring Parameters

Chapter 7 - Diagnostic Parameters

Chapter 8 - Logic Controller Application Example with Explicit Messaging

Chapter 9 - Troubleshooting

Appendix A - Specifications

Appendix C - Explosive Environment Applications

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