GE Masoneilan 469 Series Manuals

Manuals and User Guides for GE Masoneilan 469 Series. We have 6 GE Masoneilan 469 Series manuals available for free PDF download: Instruction Manual, Manual, Communications Manual

GE Masoneilan 469 Series Manual (307 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 5 MB

Table of Contents
1
Introduction
9
Overview
9
Description
9
Order Information
12
Other Accessories
12
Specifications
13
Setpoint
13
Installation
19
Mechanical
19
Description
19
Product Identification
20
Installation
20
Unit Withdrawal and Insertion
22
Terminal Locations
24
Electrical
26
Typical Wiring Diagram
26
Typical Wiring
27
Control Power
27
Phase Current Inputs
28
Ground Current Input
28
Differential Current Inputs
30
Voltage Inputs
31
Digital Inputs
31
Analog Inputs
32
Analog Outputs
32
Rtd Sensor Connections
33
Description
33
Reduced Rtd Lead Number Application
34
Two Wire Rtd Lead Compensation
35
GROUNDING of Rtds
35
Output Relays
36
Drawout Indicator
37
Rs485 Communications Ports
38
Typical 2 Speed Motor Wiring
39
Dielectric Strength Testing
40
Operation
41
Overview
41
Faceplate
41
Display
42
Led Indicators
42
A 469 STATUS LED INDICATORS
42
Motor Status Led Indicators
43
Output Relay Led Indicators
43
Rs232 Program Port
43
Keypad
44
Entering Alphanumeric Text
44
Entering +/- Signs
44
Setpoint Entry
45
Procedure
45
Trips/Alarms/Blocks Defined
47
Trips
47
Alarms
47
Relay Assignment Practices
48
Setpoint Message Map
49
S1 469 Setup
50
Passcode
50
Function
50
Enabling Passcode Protection
50
Preferences
51
Serial Ports
52
Real Time Clock
52
Default Messages
53
Adding Default Messages
53
Removing Default Messages
53
Message Scratchpad
54
Clear Data
55
Installation
56
S2 System Setup
57
Current Sensing
57
Function
57
Examples
58
Voltage Sensing
58
Power System
59
Serial Communication Control
59
Reduced Voltage
60
S3 Digital Inputs
62
Description
62
Access Switch
62
Test Switch
62
Emergency Restart
62
Remote Reset
62
Starter Status
63
Assignable Digital Inputs
63
Digital Input Function: Remote Alarm
64
Digital Input Function: Remote Trip
64
Digital Input Function: Speed Switch Trip
65
Digital Input Function: Load Shed Trip
65
Digital Input Function: Pressure Switch Alarm
65
Digital Input Function: Pressure Switch Trip
66
Digital Input Function: Vibration Switch Alarm
66
Digital Input Function: Vibration Switch Trip
66
Digital Input Function: Digital Counter
67
Function
67
Example
67
Function
68
Example
68
Digital Input Function: General Switch A-D
69
Digital Input Function: Capture Trace
69
Digital Input Function: Simulate Pre-Fault
69
Digital Input Function: Simulate Fault
69
S4 Output Relays
70
Description
70
Relay Reset Mode
70
Example
70
Force Output Relay
71
S5 Thermal Model
72
Motor Thermal Limits
72
Thermal Model
74
Overload Curve Setup
75
Function
77
Custom Overload Curve
83
Unbalance Bias
88
Motor Cooling
89
Hot/Cold Curve Ratio
90
Rtd Bias
90
S6 Current Elements
92
Short Circuit
92
Overload Alarm
93
Mechanical Jam
93
Undercurrent
94
Function
94
Example
94
Current Unbalance
95
Function
95
Example
95
Ground Fault
96
Phase Differential
98
S7 Motor Starting
99
Acceleration Timer
99
Start Inhibit
100
Function
100
Example
100
Jogging Block
101
Function
101
Starts / Hour
101
Time between Starts
101
Restart Block
102
S8 Rtd Temperature
103
Rtd Types
103
Rtds 1 to 6
104
Rtds 7 to 10
105
Rtd 11
106
Rtd 12
107
Open Rtd Sensor
108
Rtd Short/Low Temp
108
S9 Voltage Elements
109
Undervoltage
109
Overvoltage
110
Phase Reversal
110
Frequency
111
S10 Power Elements
112
Power Measurement Conventions
112
Power Factor
113
Reactive Power
114
Underpower
115
Function
115
Example
115
Reverse Power
116
Torque Setup
117
Overtorque Setup
117
S11 Monitoring
118
Trip Counter
118
Starter Failure
118
Current, Kw, Kvar, Kva Demand
120
Pulse Output
122
S12 Analog I/O
123
Analog Outputs 1 to 4
123
Analog Output Table
124
Analog Inputs 1-4
125
Function
126
Analog in Diff 3-4
128
S13 469 Testing
129
Simulation Mode
129
Pre-Fault Setup
130
Fault Setup
131
Test Output Relays
132
Test Analog Output
132
Comm Port Monitor
133
Multilin Use Only
133
S14 Two-Speed Motor
134
Description
134
Speed2 O/L Setup
134
Speed2 Undercurrent
136
Speed2 Acceleration
137
Actual Values
139
Overview
139
Actual Values Messages
139
A1 Status
140
Motor Status
140
Last Trip Data
141
Alarm Status
143
Start Blocks
145
Digital Inputs
146
Real Time Clock
146
A2 Metering Data
147
Current Metering
147
Temperature
148
Voltage Metering
149
Speed
149
Power Metering
150
Torque Alarm Message
150
Demand Metering
151
Analog Inputs
152
Phasors
153
A3 Learned Data
155
Motor Starting
155
Average Motor Load
155
Rtd Maximums
156
Analog in Min/Max
157
A4 Maintenance
158
Trip Counters
158
General Counters
160
Timers
160
A5 Event Recorder
161
Event01 to Event40
161
A6 Product Info
164
Model Info
164
Calibration Info
164
Diagnostics
165
Diagnostic Messages for Operators
165
Example
165
Flash Messages
166
Communications
169
Modbus Communications
169
Electrical Interface
169
Modbus Rtu Protocol
169
Data Frame Format and Data Rate
169
Data Packet Format
170
Algorithm
171
Timing
171
Supported Modbus Functions
172
Overview
172
Function Codes 01/02: Read Relay Coil / Digital Input Status
172
Function Codes 03/04: Read Setpoints/Actual Values
176
Function Code 05: Execute Operation
177
Function Code 06: Store Single Setpoint
178
Function Code 07: Read Device Status
179
Function Code 08: Loopback Test
180
Function Code 16: Store Multiple Setpoints
181
Function Code 16: Performing Commands
182

GE Masoneilan 469 Series Instruction Manual (336 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 9 MB

Table of Contents
3
Cautions and Warnings
9
Inspection Checklist
9
Important Procedures

9
- Manual Organization
  10
Using the Relay

11
- Menu Navigation
  11
- Panel Keying Example
  16
Changing Settings

17
- Introduction
  17
- The Help Key
  18
- Numerical Settings
  18
- Enumeration Settings
  19
- Output Relay Settings
  23
- Text Settings
  23
Application Example

25
- Description
  25
- Instrument Transformer Data
  33
- Motor Protection
  33
- S2 System Settings
  38
- S3 Digital Inputs Settings
  40
- S5 Thermal Model
  41
- S6 Current Elements
  41
- S7 Motor Starting
  43
- S8 Rtd Temperature
  43
- Other Settings
  44
Installation

46
- Testing
  46
- Description
  47
- Ordering Information
  50
- Order Codes
  51
- Example Order Codes
  51
- Accessories
  51
Specifications

52
- Inputs
  52
- Outputs
  53
- Protection
  54
- Digital Inputs
  56
- Monitoring
  57
- Power Supply
  59
- Cpu
  59
- Testing
  59
- Certification
  60
- Physical
  61
- Environmental
  61
- Long-Term Storage
  61
- Description
  63
Mechanical Installation

63
- Product Identification
  64
- Installation
  65
- Unit Withdrawal and Insertion
  67
- Ethernet Connection
  69
- Devicenet Connection
  70
- Terminal Locations
  71
- Terminal List
  71
Electrical Installation

73
- Typical Wiring
  73
- Description
  74
- Control Power
  74
- Current Inputs
  75
- Voltage Inputs
  79
- Digital Inputs
  80
- Analog Inputs
  81
- Analog Outputs
  81
- Rtd Sensor Connections
  82
- Output Relays
  84
- Drawout Indicator
  86
- Rs485 Communications Ports
  86
- Dielectric Strength
  87
- 2-Speed Motor Wiring
  89
- Description
  91
- Display
  91
Faceplate Interface

91
- Led Indicators
  92
- Rs232 Port
  93
- Keypad
  94
- Settings Entry
  96
- Diagnostic Messages
  97
- Self-Test Warnings
  98
- Flash Messages
  99
Enervista 469 Setup Software Interface

100
- Overview
  100
- Hardware
  101
- Installing the Enervista 469 Setup Software
  103
Connecting Enervista 469 Setup to the Relay

106
- Configuring Serial Communications
  106
- Using the Quick Connect Feature
  107
- Configuring Ethernet Communications
  108
- Connecting to the Relay
  109
Working with Settings and Settings Files

112
- Engaging a Device
  112
- Entering Settings
  112
- File Support
  113
- Using Settings Files
  113
Upgrading Relay Firmware

125
- Description
  125
- Saving Settings to a File
  125
- Loading New Firmware
  125
Advanced Enervista 469 Setup Features

128
- Triggered Events
  128
- Waveform Capture (Trace Memory)
  128
- Phasors
  130
- Trending (Data Logger)
  132
- Event Recorder
  135
- Modbus User Map
  136
- Viewing Actual Values
  136
- Modbu User Map
  136
Using Enervista Viewpoint with the 469

139
- Plug and Play Example
  139
- Settings Message Map
  143
- Trips, Alarms, and Blocks
  148
- Relay Assignment Practices
  149
S1 469 Setup

150
- Passcode
  150
- Preferences
  151
- Communications
  152
- Real Time Clock
  155
- Default Messages
  155
- Message Scratchpad
  156
- Clear Data
  157
- Installation
  158
S2 System Setup

159
- Current Sensing
  159
- Voltage Sensing
  161
- Power System
  161
- Communications Control
  162
- Reduced Voltage
  163
S3 Digital Inputs

166
- Description
  166
- Starter Status
  167
S4 Output Relays

176
- Description
  176
- Relay Reset Mode
  176
- Force Output Relay
  177
S5 Thermal Model

178
- Motor Thermal Limits
  178
- Thermal Model
  180
- Overload Curve Setup
  181
S6 Current Elements

201
- Short Circuit Trip
  201
- Overload Alarm
  202
- Mechanical Jam
  202
- Undercurrent
  203
- Current Unbalance
  204
- Ground Fault
  205
- Phase Differential
  206
S7 Motor Starting

208
- Acceleration Timer
  208
- Start Inhibit
  208
- Jogging Block
  209
- Restart Block
  211
S8 Rtd Temperature

212
- Rtd Types
  212
- Rtd S 1 to 6
  213
- Rtd S 7 to 10
  214
- Rtd 11
  216
- Rtd 12
  217
- Open Rtd Sensor
  217
- RTD Short/Low Temp
  217
S9 Voltage Elements

218
- Undervoltage
  218
- Overvoltage
  220
- Phase Reversal
  220
- Frequency
  221
S10 Power Elements

222
- Power Measurement Conventions
  222
- Power Factor
  223
- Reactive Power
  224
- Underpower
  225
- Reverse Power
  226
- Torque Setup
  226
- Overtorque
  227
S11 Monitoring

228
- Trip Counter
  228
- Starter Failure
  228
- Demand
  229
- Demand
  230
- Pulse Output
  231
S12 Analog Inputs/Outputs

233
- Analog Outputs 1 to 4
  233
- Analog Inputs 1 to 4
  235
- Analog Input 1 to
  235
- Analog Input Diff 1-2
  237
- Analog Input Diff 3-4
  238
S13 469 Testing

240
- Simulation Mode
  240
- Pre-Fault Setup
  241
- Fault Setup
  242
- Test Output Relays
  243
- Test Analog Outputs
  243
- Comm Port Monitor
  244
- Ge Multilin Use Only
  244
S14 Two-Speed Motor

245
- Description
  245
- Speed2 Undercurrent
  249
- Speed2 Acceleration
  249
- Actual Values Map
  251
- Description
  253
A1 Status

254
- Network Status
  254
- Motor Status
  255
- Last Trip Data
  255
- Alarm Status
  257
- Start Blocks
  259
- Digital Inputs
  259
- Real Time Clock
  260

GE Masoneilan 469 Series Instruction Manual (260 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 8 MB

Table of Contents
3
Getting Started

9
- Cautions and Warnings
  9
- Inspection Checklist
  9
- Manual Organization
  10
Using the Relay

10
- Menu Navigation
  10
- Panel Keying Example
  13
Changing Setpoints

14
- Introduction
  14
- Numerical Setpoints
  15
- Enumeration Setpoints
  15
- The HELP Key
  15
- Output Relay Setpoints
  19
- Text Setpoints
  19
Application Example

20
- Description
  20
- Instrument Transformer Data
  27
- Motor Protection
  27
- S2 System Setpoints
  31
- S3 Digital Inputs Setpoints
  32
- S5 Thermal Model
  33
- S6 Current Elements
  33
- S7 Motor Starting
  34
- Other Settings
  35
- S8 RTD Temperature
  35
Installation

36
- Testing
  36
Introduction

37
Overview

37
- Description
  37
- Ordering Information
  39
- Order Codes
  40
- Example Order Codes
  40
- Accessories
  40
- Inputs
  40
- Outputs
  42
- Protection
  42
- Digital Inputs
  43
- Monitoring
  44
- Power Supply
  44
- Cpu
  45
- Testing
  45
- Certification
  46
- Physical
  46
- Environmental
  46
Specifications

40
Installation

47
Mechanical Installation

47
- Description
  47
- Product Identification
  48
- Installation
  49
- Unit Withdrawal and Insertion
  50
- Ethernet Connection
  51
- Devicenet Connection
  52
- Terminal Locations
  53
- Terminal List
  54
Electrical Installation

55
- Typical Wiring
  55
- Description
  56
- Current Inputs
  56
- Voltage Inputs
  61
- Digital Inputs
  62
- Analog Inputs
  62
- Analog Outputs
  63
- Output Relays
  66
- Drawout Indicator
  67
- Dielectric Strength
  68
- RS485 Communications Ports
  68
- 2-Speed Motor Wiring
  70
Interfaces

71
Faceplate Interface Description

71
- Display
  71
- LED Indicators
  71
- RS232 Port
  73
- Keypad
  73
- Setpoint Entry
  74
- Diagnostic Messages
  76
- Self-Test Warnings
  76
- Flash Messages
  77
Enervista 469 Setup Software Interface

77
- Overview
  77
- Hardware
  77
- Installing the Enervista 469 Setup Software
  79
Connecting Enervista 469 Setup to the Relay

81
Working with Setpoints and Setpoint Files

86
- Engaging a Device
  86
- Entering Setpoints
  86
- File Support
  87
- Using Setpoints Files
  87
Upgrading Relay Firmware

92
- Description
  92
- Saving Setpoints to a File
  92
- Loading New Firmware
  92
Advanced Enervista 469 Setup Features

94
- Triggered Events
  94
- Waveform Capture (Trace Memory)
  94
- Phasors
  96
- Trending (Data Logger)
  97
- Event Recorder
  99
- Modbus User Map
  100
- Viewing Actual Values
  101
Using Enervista Viewpoint with the 469

103
- Plug and Play Example
  103
Setpoints

107
Overview

107
- Setpoint Message Map
  107
- Trips, Alarms, and Blocks
  111
- Relay Assignment Practices
  112
S1 469 Setup

113
- Passcode
  113
- Preferences
  113
- Communications
  115
- Real Time Clock
  117
- Default Messages
  117
- Message Scratchpad
  118
- Clear Data
  119
- Installation
  119
S2 System Setup Current Sensing

120
- Voltage Sensing
  121
- Power System
  122
- Communications Control
  122
- Reduced Voltage
  123
S3 Digital Inputs

125
- Description
  125
- Starter Status
  127
- Assignable Inputs 1(4)
  127
S4 Output Relays

134
- Description
  134
- Relay Reset Mode
  134
- Force Output Relay
  135
S5 Thermal Model

135
- Motor Thermal Limits
  135
- Thermal Model
  137
- Overload Curve Setup
  139
S6 Current Elements

155
- Short Circuit Trip
  155
- Overload Alarm
  156
- Mechanical Jam
  156
- Undercurrent
  157
- Current Unbalance
  158
- Ground Fault
  159
- Phase Differential
  160
S7 Motor Starting Acceleration Timer

161
- Start Inhibit
  161
- Jogging Block
  162
- Restart Block
  163
S8 RTD Temperature RTD Types

163
- Rtds 1 to 6
  165
- Rtds 7 to 10
  166
- Rtd 11
  167
- Rtd 12
  168
- Open RTD Sensor
  169
- RTD Short/Low Temp
  169
S9 Voltage Elements

170
- Undervoltage
  170
- Overvoltage
  172
- Phase Reversal
  172
- Frequency
  173
S10 Power Elements

174
- Power Measurement Conventions
  174
- Power Factor
  175
- Reactive Power
  176
- Underpower
  177
- Reverse Power
  178
- Torque Setup
  178
- Overtorque
  179
S11 Monitoring

179
- Trip Counter
  179
- Starter Failure
  180
- Demand
  181
- Pulse Output
  182
S12 Analog Inputs/Outputs

183
- Analog Outputs 1 to 4
  183
- Analog Inputs 1 to 4
  185
- Analog Input Diff 1-2
  188
- Analog Input Diff 3-4
  188
S13 469 Testing Simulation Mode

189
- Pre-Fault Setup
  190
- Fault Setup
  191
- Test Output Relays
  192
- Test Analog Outputs
  192
- Comm Port Monitor
  193
- GE Multilin Use Only
  193
S14 Two-Speed Motor

194
- Description
  194
- Speed2 Undercurrent
  198
- Speed2 Acceleration
  198
Actual Values

199
- Actual Values Map
  199
- Description
  201
A1 Status Network Status

202
- Motor Status
  202
- Last Trip Data
  202
- Alarm Status
  204
- Start Blocks
  206
- Digital Inputs
  206
- Real Time Clock
  207
A2 Metering Data

207
- Current Metering
  207
- Temperature
  208
- Speed
  209
- Power Metering
  209
- Demand Metering
  210
- Analog Inputs
  210
- Phasors
  211

GE Masoneilan 469 Series Instruction Manual (244 pages)

MOTOR MANAGEMENT RELAY

Brand: GE | Category: Control Unit | Size: 5 MB

Table of Contents
3
1 Introduction

7
- Overview
  7
  - Description
    7
  - Order Information
    9
- Specifications
  10
2 Installation

15
- Mechanical
  15
  - Description
    15
  - Product Identification
    16
  - Installation
    16
  - Unit Withdrawal and Insertion
    18
  - Terminal Locations
    20
- Electrical
  22
  - Typical Wiring Diagram
    22
  - Control Power
    23
  - Current Inputs
    24
  - Voltage Inputs
    27
  - Digital Inputs
    27
  - Analog Inputs
    28
  - Analog Outputs
    28
  - RTD Sensor Connections
    29
  - Output Relays
    31
  - Drawout Indicator
    32
  - RS485 Communications Ports
    32
  - Dielectric Strength
    33
  - Two-Speed Motor Wiring
    34
3 User Interfaces

35
- Faceplate Interface
  35
  - Display
    35
  - LED Indicators
    35
  - RS232 Program Port
    36
  - Keypad
    36
  - Setpoint Entry
    37
- 469Pc Software Interface
  38
  - Requirements
    38
  - Installation/Upgrade
    39
  - Startup and Communications Configuration
    41
  - Using 469PC
    42
  - Trending
    46
  - Waveform Capture
    48
  - Phasors
    49
  - Event Records
    49
  - Troubleshooting
    50
4 Setpoints

51
- Overview
  51
  - Setpoint Message Map
    51
  - Trips, Alarms, and Blocks
    55
  - Relay Assignment Practices
    55
- S1 469 Setup
  56
  - Passcode
    56
  - Preferences
    57
  - Serial Ports
    58
  - Real Time Clock
    58
  - Default Messages
    59
  - Message Scratchpad
    60
  - Clear Data
    60
  - Installation
    61
- S2 System Setup
  62
  - Current Sensing
    62
  - Voltage Sensing
    63
  - Power System
    64
  - Serial Communication Control
    64
  - Reduced Voltage
    65
- S3 Digital Inputs
  67
  - Description
    67
  - Starter Status
    67
  - Assignable Inputs 1 to 4
    68
- S4 Output Relays
  76
  - Description
    76
  - Relay Reset Mode
    76
  - Force Output Relay
    77
- S5 Thermal Model
  78
  - Motor Thermal Limits
    78
  - Thermal Model
    79
  - Overload Curve Setup
    80
- S6 Current Elements
  92
  - Short Circuit Trip
    92
  - Overload Alarm
    93
  - Mechanical Jam
    93
  - Undercurrent
    94
  - Current Unbalance
    95
  - Ground Fault
    96
  - Phase Differential
    97
- S7 Motor Starting
  98
  - Acceleration Timer
    98
  - Start Inhibit
    98
  - Jogging Block
    99
  - Restart Block
    100
- S8 Rtd Temperature
  101
  - RTD Types
    101
  - Rtds 1 to 6
    102
  - Rtds 7 to 10
    103
  - Rtd 11
    104
  - Rtd 12
    105
  - Open RTD Sensor
    106
  - RTD Short/Low Temp
    106
- S9 Voltage Elements
  107
  - Undervoltage
    107
  - Overvoltage
    108
  - Phase Reversal
    108
  - Frequency
    109
- S10 Power Elements
  110
  - Power Measurement Conventions
    110
  - Power Factor
    111
  - Reactive Power
    112
  - Underpower
    113
  - Reverse Power
    114
  - Torque Setup
    115
  - Overtorque Setup
    115
- S11 Monitoring
  116
  - Trip Counter
    116
  - Starter Failure
    117
  - Current, KW, Kvar, and KVA Demand
    118
  - Pulse Output
    119
- S12 Analog I/O
  121
  - Analog Outputs 1 to 4
    121
  - Analog Inputs 1 to 4
    123
  - Analog in Diff 1-2
    125
  - Analog in Diff 3-4
    126
- S13 469 Testing
  127
  - Simulation Mode
    127
  - Pre-Fault Setup
    128
  - Fault Setup
    129
  - Test Output Relays
    130
  - Test Analog Output
    130
  - Comm Port Monitor
    131
  - GEPM Use Only
    131
- S14 Two-Speed Motor
  132
  - Description
    132
  - Speed 2 O/L Setup
    132
    
    Speed 2 Undercurrent
    134
  - Speed 2 Acceleration
    134
5 Actual Values

135
- Overview
  135
  - Actual Values Message Map
    135
  - Last Trip Data
    135
  - Alarm Status
    135
  - Motor Status
    137
  - Alarm Status
    139
    
    Start Blocks
    141
    
    Digital Inputs
    142
    
    Real Time Clock
    142
- A2 Metering Data
  143
  - Current Metering
    143
  - Temperature
    144
  - Voltage Metering
    145
  - Speed
    145
  - Power Metering
    146
  - Demand Metering
    147
  - Analog Inputs
    147
  - Phasors
    148
- A3 Learned Data
  150
  - Motor Starting
    150
  - Average Motor Load
    150
  - RTD Maximums
    151
  - Analog in Min/Max
    152
- A4 Maintenance
  153
  - Trip Counters
    153
  - General Counters
    154
  - Timers
    155
- A5 Event Recorder
  156
  - Event 01 to Event 40
    156
- A6 Product Info
  158
  - Model Information
    158
  - Calibration Information
    158
- Diagnostics
  159
  - Diagnostic Messages
    159
  - Flash Messages
    160

GE Masoneilan 469 Series Communications Manual (150 pages)

Motor Management Relay

Brand: GE | Category: Relays | Size: 0 MB

Table of Contents
3
Electrical Interface
5
Modbus RTU Protocol
5
- Function Code
  6
- Slave Address
  6
Data Frame Format and Data Rate
6
Data Packet Format
6
- Crc
  7
- CRC-16 Algorithm
  7
- Data
  7
Timing
8
Message Format and Example, Function 01
9
MODBUS FUNCTIONS Supported Functions

9
- Read Relay Coil / Digital Input Status
  9
- Message Format and Example, Function 02
  10
- Read Setpoints and Actual Values
  11
- Execute Operation
  12
- Store Single Setpoint
  12
- Read Device Status
  13
- Loopback Test
  14
- Store Multiple Setpoints
  14
- Performing Commands
  15
- Error Responses
  16
- Memory Map Information
  17
Modbus Memory Map

17
- User-Definable Memory Map Area
  17
- Default Assignments for User-Definable Memory Map Area
  18
- Event Recorder
  19
- Waveform Capture
  19
- Memory Map
  23
  - 469 Memory Map
    24
  - Data Formats
    113
- Format Codes
  113
- Change of State (COS)
  128
Devicenet Protocol

128
- Overview
  128
  - Poll Data
    128
  - COS Data
    129
- Devicenet Objects
  129
- Specific Objects
  135
- Devicenet Data Formats
  144
- Index
  147

GE Masoneilan 469 Series Instruction Manual (28 pages)

Position Transmitter and Limit Switch

Brand: GE | Category: Transmitter | Size: 1 MB

Table of Contents
4
Instrument Operation
6
Numbering System
6
Technical Specification
7
ATEX Intrinsic Safety Marking and Electrical Safety Parameters
8
ATEX Flameproof Marking and Electrical Safety Parameters
10
Position Transmitter 496-8
11
Electrical Connection, Installation and Start-Up
12
Calibration
15
Maintenance
21
Special Conditions of Work
21
Special Conditions of Use
22
Annex I
24
Annex II
26
Annex III
27

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GE Masoneilan 469 Series Manual (307 pages)

Table of Contents

GE Masoneilan 469 Series Instruction Manual (336 pages)

Table of Contents

Important Procedures

Using the Relay

Changing Settings

Application Example

Installation

Specifications

Mechanical Installation

Electrical Installation

Faceplate Interface

Enervista 469 Setup Software Interface

Connecting Enervista 469 Setup to the Relay

Working with Settings and Settings Files

Upgrading Relay Firmware

Advanced Enervista 469 Setup Features

Using Enervista Viewpoint with the 469

S1 469 Setup

S2 System Setup

S3 Digital Inputs

S4 Output Relays

S5 Thermal Model

S6 Current Elements

S7 Motor Starting

S8 Rtd Temperature

S9 Voltage Elements

S10 Power Elements

S11 Monitoring

S12 Analog Inputs/Outputs

S13 469 Testing

S14 Two-Speed Motor

A1 Status

GE Masoneilan 469 Series Instruction Manual (260 pages)

Table of Contents

Getting Started

Using the Relay

Changing Setpoints

Application Example

Installation

Introduction

Overview

Specifications

Installation

Mechanical Installation

Electrical Installation

Interfaces

Faceplate Interface Description

Enervista 469 Setup Software Interface

Connecting Enervista 469 Setup to the Relay

Working with Setpoints and Setpoint Files

Upgrading Relay Firmware

Advanced Enervista 469 Setup Features

Using Enervista Viewpoint with the 469

Setpoints

Overview

S1 469 Setup

S2 System Setup Current Sensing

S3 Digital Inputs

S4 Output Relays

S5 Thermal Model

S6 Current Elements

S7 Motor Starting Acceleration Timer

S8 RTD Temperature RTD Types

S9 Voltage Elements

S10 Power Elements

S11 Monitoring

S12 Analog Inputs/Outputs

S13 469 Testing Simulation Mode

S14 Two-Speed Motor

Actual Values

A1 Status Network Status

A2 Metering Data

GE Masoneilan 469 Series Instruction Manual (244 pages)

Table of Contents

1 Introduction

2 Installation

3 User Interfaces