GE 369 Manuals

Manuals and User Guides for GE 369. We have 2 GE 369 manuals available for free PDF download: Communications Manual, Quick Start Manual

GE 369 Communications Manual (137 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 1.4 MB

Table of Contents
3
Electrical Interface
5
Overview

5
Profibus-DP Communications

8
- Profibus Communication Options
  8
Profibus-DPV1 Communications

20
Devicenet Protocol

24
Modbus RTU Protocol

42
- Data Frame Format and Data Rate
  42
- Data Packet Format
  43
- Error Checking
  43
- CRC-16 Algorithm
  44
- Timing
  45
- Supported Modbus Functions
  45
- Error Responses
  45
- Modbus Commands
  46
- Memory Map Information
  47
- User Definable Memory Map Area
  47
- Waveform Capture
  48
- Motor Start Data Logger
  48
- Event Recorder
  48
- Data Logger
  49
- Modbus Memory Map
  50
  - Product ID
    50
  - Setpoint Access
    51
  - Commands (Addresses 0080 to 00FB)
    51
  - Real Time Clock
    51
  - Actual Values
    51
  - Last Trip Data
    52
  - Alarm Status
    52
  - Start Block Status
    53
  - Digital Input Status
    53
  - Output Relay Status
    53
  - 369 Digital Input and Output Relay Status
    53
  - Fieldbus Specification Status
    54
  - Current Metering
    54
  - Overall Stator RTD
    54
  - Temperature/Voltage Metering/Backspin Metering/Power Metering
    54
  - Demand Metering
    55
  - Motor Data
    55
  - Local RTD Maximus
    55
  - Trop Counters
    55
  - Remote RTD Actual Values
    56
  - RRTD 1 Temperatures
    56
  - RRTD 2/3/4 Temperatures
    57
  - Loss or RRTD Communications
    57
  - RRTD 1 Alarm Status
    57
  - RRTD 2 Alarm Status
    58
  - RRTD 3/4 Alarm Status
    59
  - RRTD 1/2/3/4 Maximum Temperatures
    60
  - RRTD 1/2/3 Trip Counter
    61
  - RRTD 1/2/3/4 Digital Input Status
    61
  - Setpoints
    62
  - RRTD 1/2/3/4 Output Relay Status
    62
  - RRTD Digital Input and Output Relay Status
    62
  - Digital Preferences / Event Records / Waveform Capture
    62
  - 369 Communications
    63
  - Default Messages
    63
  - Message Scratchpad
    63
  - Clear Preset Data
    64
  - CT/VT Setup
    64
  - Serial Comm Control
    64
  - Reduced Voltage
    65
  - Autorestart
    65
  - Undervoltage Autorestart
    65
  - Digital Counter / Emergency
    65
  - Differential
    66
  - Speed
    66
  - Reset
    66
  - Spare
    66
  - Output Relay Setup
    67
  - Force Output Relays
    67
  - Protection Function Blocking
    67
  - Thermal Model (0 = Off)
    67
  - O/L Curve Setup
    68
  - Short Circuit Trip
    68
  - Overload Alarm
    68
  - Mechanical Jam
    68
  - Undercurrent
    69
  - Current Unbalance
    69
  - Ground Fault
    69
  - Acceleration Trip / Backspin Detection
    69
  - Local RTD
    70
  - Open RTD Alarm
    73
  - Short/Low Temperature RTD Alarm
    73
  - Loss of Remote RTD Communications
    73
  - Undervoltage
    74
  - Overvoltage
    74
  - Phase Reversal
    74
  - Overfrequency / Underfrequency / Lead Power Factor
    74
  - Lag Power Factor
    75
  - Positive Reactive Power
    75
  - Negative Reactive Power
    75
  - Underpower / Reverse Power
    75
  - Enhanced Motor Learned Data
    76
  - Trip Counter
    76
  - Starter Failure
    76
  - Current Demand/Kw Demand/Kvar Demand/Kva Demand/Analog Outputs
    76
  - Speed 2 O/L Curve Setup
    77
  - Speed 2 Undercurrent
    77
  - Speed 2 Acceleration
    78
  - Test Output Relays / Test Analog Outputs
    78
  - Remote RTD Slave Addresses
    78
  - Rrtd 1- Rtd #1
    78
  - Rrtd 1 – Rtd #2
    79
  - Rrtd 1 – Rtd #3
    79
  - Rrtd 1 – Rtd #4
    79
  - Rrtd 1 – Rtd #5
    80
  - Rrtd 1 – Rtd #6
    80
  - Rrtd 1 – Rtd #7
    80
  - Rrtd 1 – Rtd #8
    81
  - Rrtd 1 – Rtd #9
    81
  - Rrtd 1 – Rtd #10
    81
  - Rrtd 1 – Rtd #11
    82
  - Rrtd 1 – Rtd #12
    82
  - RRTD 1 – Open RTD Alarm / RRTD 1 - Short/Low Temperature RTD Alarm
    82
  - Rrtd 2 – Rtd #1
    82
  - Rrtd 2 – Rtd #2
    83
  - Rrtd 2 – Rtd #3
    83
  - Rrtd 2 – Rtd #4
    83
  - Rrtd 2 – Rtd #5
    84
  - Rrtd 2 – Rtd #6
    84
  - Rrtd 2 – Rtd #7
    84
  - Rrtd 2 – Rtd #8
    84
  - Rrtd 2 – Rtd #9
    85
  - Rrtd 2 – Rtd #10
    85
  - Rrtd 2 – Rtd #11
    85
  - Rrtd 2 – Rtd #12
    86
  - RRTD 2 - Open RTD Alarm
    86
  - RRTD 2 - Shoft/Low Temperature RTD Alarm
    86
  - Rrtd 3 – Rtd #1 / Rrtd 3 – Rtd #2
    86
  - Rrtd 3 – Rtd #3
    87
  - Rrtd 3 – Rtd #4
    87
  - Rrtd 3 – Rtd #5
    87
  - Rrtd 3 – Rtd #6
    88
  - Rrtd 3 – Rtd #7
    88
  - Rrtd 3 – Rtd #8
    88
  - Rrtd 3 – Rtd #9
    89
  - Rrtd 3 – Rtd #10
    89
  - Rrtd 3 – Rtd #11
    89
  - Rrtd 3 – Rtd #12
    90
  - Rrtd 3 – Open Rtd Alarm
    90
  - RTD 3 – Short/Low Temperature RTD Alarm
    90
  - Rrtd 4 – Rtd #1 / Rrtd 4 – Rtd #2
    90
  - Rrtd 4 – Rtd #3
    91
  - Rrtd 4 – Rtd #4
    91
  - Rrtd 4 – Rtd #5
    91
  - Rrtd 4 – Rtd #6 - #9
    92
  - Rrtd 4 – Rtd #10 - #12
    93
  - RRTD 4 - Open RTD Alarm
    94
  - RRTD 4 – Short/Low Temperature RTD Alarm
    94
  - RRTD 1-4 - Output Relay Setup
    94
  - RRTD 1-3 - Analog Outputs
    95
  - RRTD 4 - Analog Outputs
    96
  - RRTD 1 - Digital Input 2
    96
  - RRTD 1 - Digital Input 5
    96
  - RRTD 1 - Digital Input 4/1/6/3
    97
  - RRTD 2 - Digital Input 2/5/4/1
    98
  - RRTD 2 - Digital Input 6/3/2
    99
  - RRTD 3 - Digital Input 5/4/1/6
    100
  - RRTD 3 - Digital Input 3
    101
  - RRTD 4 - Digital Input 2/5
    101
  - RRTD 4 - Digital Input 4/1/6/3
    102
  - RRTD 1-4 - Test Output Relays
    103
  - RRTD 1/2 - Test Analog Outputs
    103
  - RRTD 3/4 - Test Analog Outputs
    104
  - RRTD 1-4 - Digital Counter
    104
  - Event Recorder
    104
  - Waveform Capture / Motor Start Data Logger
    105
  - Data Logger Log Header
    105
  - Memory Map Data Formats
    107
  - Installed Options
    107
  - Hardware Revision
    107
  - Software Revision
    107
- Format Codes
  107
  - Date/Time
    108
  - Unsigned Value
    108
  - Analog Output Selection
    108
  - Backspin Detection State
    108
  - Disable/Enable Selection
    109
  - Command Function Codes
    109
  - Waveform Capture Trigger Cause
    109
  - Temperature Display Units/Baud Rate/Parity
    109
  - Off/On No/Yes Selection
    110
  - Ground CT Type / CT Type
    110
  - Voltage Transformer Connection Type
    110
  - Nominal Frequency/Reduced Voltage Starting Transition on
    110
  - Trip Relays
    111
  - Alarm Relays
    111
  - Counter Type
    111
  - Alarm/Trip Type Selection /Switch Type / Reset Mode
    111
  - Backup Relays
    112
  - RTD Type
    112
  - RTD Application
    112
  - Local/Remote RTD Voting Selection
    112
  - Phase Rotation at Motor Terminals
    113
  - Starter Type
    113
  - Analog Output Parameter Selection
    114
  - Curve Style
    115
  - Digital Input Pickup Type
    115
  - Input Switch Status / Motor Status
    115
  - Cause of Event
    115
  - Channel 3 Application
    128
  - Channel Type
    128
  - Number of Records / Differential Switch Input Function
    128
  - Remote RTD Communication Status
    128
  - Speed Switch Input Function
    129
  - Spare Switch Input Function
    129
  - Reset Switch Input Function
    129
  - Output Relay Failsafe Code / Access Level
    129
  - RRTD Digital Input Function
    130
  - Communications Module Status
    130
  - Overall Hottest Stator RTD Owner
    130
  - Energy Unit Display
    130
  - Trip and Alarm Relays
    131
  - ANSI/IEEE Device
    131
  - Output Relay Type
    131
  - Protection Function Blocking Status
    131
  - Actively Communicating Rrtds
    132
  - Data Record Access Type
    132
  - VT Connection Type
    132
  - Motor Speed / Start/Stop Data Log Command / Data Log Recording Type
    132

GE 369 Quick Start Manual (76 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 2.15 MB

Table of Contents
3
General Overview
5
Unctional Ummary
6
Relay Label Definition
7
Mechanical Installation
9
Terminal Identification

11
- 369 Terminal List
  11
- Terminal Layout
  13
Electrical Installation

14
- Typical Wiring Diagram
  14
- Typical Wiring
  15
- Control Power
  15
- Remote Display
  15
- Output Relays
  16
- Rs485 Communications
  16
- Display
  19
- Led Indicators
  19
- Rs232 Program Port
  20
- Keypad
  20
- Setpoint Entry
  21
Enervista 369 Setup Interface

22
- Hardware and Software Requirements
  22
- Installing Enervista 369 Setup
  22
Connecting Enervista 369 Setup to the Relay

25
369 Setup Using the Keypad

35
- Keypad Setpoint Access
  35
S2 System Setup Using the Keypad

36
- Description
  36
- Example: CT/VT Setup
  36
S3 Overload Protection

38
- Description
  38
- Overload Curves
  39
- Overload Alarm
  43
S4 Current Elements

44
- Description
  44
- Example: Short Circuit
  44
S8 Power Elements

46
- Description
  46
- Lead Power Factor
  47
- Lag Power Factor
  47
- Positive Reactive Power
  48
- Negative Reactive Power
  49
- Underpower
  50
- Reverse Power
  51
S9 Digital Inputs

52
- Digital Input Functions
  52
- Spare Switch
  54
- Emergency Restart
  55
- Differential Switch
  55
- Speed Switch
  55
- Remote Reset
  56
S10 Analog Outputs

57
- Analog Outputs
  57
S11 369 Testing

59
- Test Output Relays
  59
- Test Analog Outputs
  60
- Protection Features
  62
- Additional Features
  63
Specifications

64
- Inputs
  64
- Outputs
  66
- Metering
  67
- Communications
  68
- Protection Elements
  69
- Monitoring Elements
  72
- Control Elements
  73
- Environmental Specifications
  73
- Long-Term Storage
  74
- 5.2.10 Approvals/Certification
  74
- 5.2.11 Type Test Standards
  74
- 5.2.12 Production Tests
  75

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More GE Manuals

GE 369 Manuals

GE 369 Communications Manual (137 pages)

Table of Contents

Overview

Profibus-DP Communications

Profibus-DPV1 Communications

Devicenet Protocol

Modbus RTU Protocol

GE 369 Quick Start Manual (76 pages)

Table of Contents

Terminal Identification

Electrical Installation

Enervista 369 Setup Interface

Connecting Enervista 369 Setup to the Relay

369 Setup Using the Keypad

S2 System Setup Using the Keypad

S3 Overload Protection

S4 Current Elements

S8 Power Elements

S9 Digital Inputs

S10 Analog Outputs

S11 369 Testing

Specifications

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