GE Mark VIeS Manuals

GE Mark VIeS Manuals

Manuals and User Guides for GE Mark VIeS. We have 2 GE Mark VIeS manuals available for free PDF download: System Manual

GE Mark VIeS System Manual

GE Mark VIeS System Manual (487 pages)

Functional Safety Systems for General Market

Brand: GE | Category: Industrial Equipment | Size: 6.73 MB

Table of Contents

Related Documents
3
Safety Symbol Legend
4
Control System Warnings
5
Table of Contents
6
1 Orderable Part Numbers

9
3 Unmanaged Ethernet Switches

85
- Available Form Factors
  86
- Installation
  86
- Configuration
  87
- Ionet Switch Specifications
  87
- Operation
  88
  - Conformance Criteria
    88
  - Flow Control (Pause)
    88
  - Reliability and Performance
    88
  - Diagnostic Leds
    89
- Third-Party Switch Replacement
  90
- Holes to Support Panel Mounting
  90
4 YAIC Analog I/O Modules

91
- Mark Vies YAIC Analog I/O Pack
  91
  - YAIC Compatibility
    92
  - YAIC Version Compatibility
    92
  - YAIC Terminal Board Compatibility
    92
  - YAIC Installation
    93
  - Connectors
    93
  - YAIC Operation
    94
  - Analog Input Hardware
    94
  - Analog Output Hardware
    95
  - YAIC Specification
    96
  - YAIC Diagnostics
    97
  - Status Leds
    97
  - Relay Application Leds
    97
  - YAICS1B Configuration
    98
  - Parameters
    98
  - Inputs
    98
  - Outputs
    99
  - Variables
    100
- YAIC Specific Alarms
  101
- TBAIS1C Analog Input/Output
  106
  - Compatibility
    106
  - TBAI Analog I/O Capacity
    109
  - Board TBAI
    110
  - Application Board
    110
  - Terminal Board TBAI
    111
  - TBAI Diagnostics
    112
  - TBAI Jumper Configuration
    112
- STAIS2A Simplex Analog Input
  113
5 YDIA Discrete Input Modules

115
- Mark Vies YDIA Discrete Input Pack
  115
  - YDIA Compatibility
    116
  - YDIA Version Compatibility
    116
  - YDIA Terminal Board Compatibility
    116
  - Input Signals
    117
  - Variable Threshold
    117
  - Diagnostics
    118
  - YDIA Status Leds
    118
  - Discrete Input Leds
    118
- Configuration
  119
- YDIA Specific Alarms
  120
- TBCIS#C Contact Input with Group Isolation
  121
  - TBCI Installation
    122
  - TBCIH4C Contact Input Circuits
    125
  - TBCI Specifications
    126
  - TBCI Diagnostics
    126
- STCIS#A Simplex Contact Input
  127
  - STCI Compatibility
    127
  - Wiring to STCI Terminal Board
    128
  - STCI Specification
    129
6 YDOA Discrete Output Modules

131
- Mark Vies YDOA Discrete Output Pack
  131
  - YDOA Compatibility
    132
  - YDOA Version Compatibility
    132
  - YDOA Terminal Board Compatibility
    132
  - YDOA Installation
    133
  - To Install the YDOA Pack
    133
  - Relay Command Signals
    134
  - Output Enable
    134
  - Monitor Inputs/Control
    134
  - YDOA Specification
    135
  - YDOA Diagnostics
    136
  - YDOA Status Leds
    136
  - Output Leds
    136
- YDOA Configuration
  137
- YDOA Specific Alarms
  138
- TRLY Discrete Output Terminal Boards
  142
- TRLYS1B Relay Output with Coil Sensing
  143
  - TRLYS1B Relay Output Terminal Board
    143
  - TRLYS1B Compatibility
    144
  - TRLYS1B Installation
    144
  - TRLYS1B Terminal Board Wiring
    145
  - TRLYS1B Operation with Multiple Power Sources
    146
  - Dry Contacts
    146
  - Simplex
    147
  - TRLYS1B Circuits, Simplex System
    147
  - Tmr
    148
  - TRLYS1B Circuits, TMR
    148
  - TRLYS1B Specifications
    149
  - TRLYS1B Diagnostics
    149
  - TRLYS1B Configuration
    149
- TRLYS1D Relay Output with Solenoid Integrity Sensing
  150
  - TRLYS1D Block Diagram
    150
  - TRLYS1D Compatibility
    151
  - TRLYS1D Installation
    151
  - TRLYS1D Terminal Board Wiring
    151
  - TRLYS1D Operation
    152
  - TRLYS1D Solenoid Fault Announcement
    152
  - TRLYS1D Circuits (TMR)
    153
  - TRLYS1D Specifications
    154
  - TRLYS1D Diagnostics
    154
- TRLYS#F Relay Output - TMR Contact Voting
  155
  - TRLYS#F Block Diagram
    155
  - TRLYS#F Compatibility
    156
  - TRLYS#F Installation
    156
  - TRLYS1F Terminal Board Wiring
    157
  - TRLYS#F Operation
    158
  - TRLYS1F Contact Arrangement for TMR Voting
    158
  - TRLYS#F Specifications
    159
  - Derating Voted Relay Contact Output Diagram
    159
  - TRLYS#F Diagnostics
    160
- SRLYS2A Simplex Relay Output
  161
  - SRLY Compatibility
    161
  - SRLY Terminal Board Layout
    162
  - Function of each Terminal Point as Related to an Option Board
    163
  - Srlys2A
    164
  - Srly + Wrob
    164
  - SRLYS2A + WROB Circuitry
    165
  - SRLY + WROF Fused in Series
    166
  - SRLY + WROF Isolated Contact Voltage Feedback
    166
  - Fused in Series
    166
  - Normally Open
    167
  - Normally Closed
    167
  - Srly + Wrog
    168
  - SRLYS2A + WROG Circuitry
    168
  - SRLY Specification
    169
7 YUAA Universal I/O Modules

171
- Mark Vies YUAA Universal I/O Pack
  171
  - Support for Universal I/O Modules in Controlst
    171
  - YUAA Specifications
    172
  - YUAA Ma/Hart Specifications
    173
  - YUAA Performance
    174
  - YUAA Orderable Part Numbers
    175
- Module Installation and Mounting
  176
- Operation
  186
- Analog Inputs Wiring Options
  188
- Analog Inputs (Voltage or Ma Current)
  188
- GEH-6855_Vol_Ii Mark Vies Functional Safety Systems Volume II
  188
- Current Outputs
  189
- 0–20 Ma Analog Current Outputs
  189
- HART-Enabled Ma Inputs and Outputs
  190
- RTD Inputs
  191
  - RTD Wiring
    191
  - RTD Types and Temperature Ranges
    191
- Thermocouple Inputs
  192
  - Supported TC Types and Temperature Ranges
    192
  - Cold Junctions
    193
- Digital Inputs and Outputs
  194
- Pulse Accumulator
  200
- Wiring Details for Pulse Accumulator Inputs
  200
- Configuration
  200
  - Configuration (Modes)
    201
  - Current Inputs
    202
  - Voltage Inputs
    205
  - Rtds
    205
  - Thermocouples
    205
  - Pulse Accumulators
    207
  - Pulse Accumulator Buffer Example
    208
  - Frequency Calculation Example
    209
  - HART Signal Definitions
    211
  - HART Extended Status
    212
  - I/O Point Health Status
    213
  - I/O Status Leds
    213
  - For Digital Inputs
    213
  - For Ma Outputs
    213
- Diagnostics
  213
  - Other Diagnostic Monitors
    214
  - Replace YUAA I/O Pack with Another YUAA I/O Pack
    214
- Replacement
  214
- YUAA Diagnostic Alarms
  216
  - Failed Loading Configuration for Point
    216
  - Point Unhealthy Troubleshooting
    216
  - Cold Junction Temp
    218
  - Current Output Commanded Current Feedback Error
    219
  - Open Field Wire Detected
    219
  - Thermocouple Input Millivolt Exceeds Hardware Limit
    219
  - Thermocouple Value Beyond Range of Configured TC Type
    220
  - RTD Voltage out of Range
    220
  - RTD Current out of Range
    220
  - RTD Resistance Beyond Range of Configured RTD Type
    221
  - HART Not Initialized
    221
  - HART Address Mismatch
    221
  - HART Field Device Modified
    221
  - HART Extended Status Mismatch
    222
  - HART Control Messages Disabled
    222
  - Coldjunction Temperature
    222
  - Internal Burden Resistor Protection Activated
    222
  - Shorted Field Wire Detected
    223
  - NAMUR Sensor Failure Detected
    223
  - Input Saturation Detected
    223
  - HART Field Device Not Write Protected in Locked Mode
    224
  - Outputs Are Disabled
    224
  - Cold Junction Sensor
    224
  - Cold Junction Difference Detected
    224
- SUAA Universal Analog Terminal Board
  225
- SUAA Terminal Board Screw Definitions
  225
8 YVIB Vibration Monitor Modules

227
- Mechanical Vibration Standards
  227
- Index for Application Diagrams
  227
- Mark Vies YVIB Vibration Monitor I/O Pack
  228
- YVIB Functions
  234
  - Vibration Monitoring Hardware
    234
  - Accuracy of Vibration Inputs
    235
  - Accuracy of Vibration Inputs for YVIBS1B
    235
  - Accuracy of Position Inputs
    235
  - Accuracy of Position Inputs for YVIBS1B
    235
  - Tracking Filters
    236
  - Wideband Filters & Velocity Conditioning
    236
  - CDM Sensors
    236
  - Vibration Monitoring Firmware
    236
  - Signal Space Inputs for Sensor Types, with Firmware Version 5.0
    237
  - System Limits
    237
  - Configuration of System Limits
    238
  - System Limits Implementation
    238
  - Legacy Peak-Peak Algorithm
    238
  - Enhanced Peak-Peak Algorithm
    239
  - Enhanced RMS Algorithm
    239
  - Default Sensor Gain and Bias
    240
  - Sensor Gain and Bias Override
    241
  - Use of Gain and Snsr_Offset in YVIB
    241
  - Maximum Input Voltage Definition
    241
  - Minimum Input Voltage Definition
    241
  - Input Clipping Due to Gain
    242
  - YVIB Firmware Changes
    243
  - YVIBS1B Firmware Enhancements
    243
  - Vibration Monitoring Application Examples
    243
  - Input Processing
    243
  - Position Configuration
    244
  - Position Application Example
    244
  - Example Proximitor Specifications
    244
  - To Configure GAP9_POS1
    245
  - Keyphasor
    246
  - Keyphasor Input Processing
    246
  - Gapn_Kph# Signal Path (Keyphasor)
    246
  - Keyphasor Configuration
    247
  - Keyphasor Application Example
    247
  - Keyphasor Sensor Monitoring Pedestal Key
    247
  - Example Keyphasor Specifications
    247
  - To Configure GAP13_KPH1
    248
  - Vibration Displacement
    249
  - Vibration Displacement Input Processing
    249
  - Wideband Vibration Scan Period
    249
  - Vibration Displacement Configuration
    250
  - Gapn_Vibn
    250
  - Tmr_Difflimt
    250
  - Vibn
    250
  - Vibration Displacement Application Example
    251
  - Vibration Displacement Sensor
    251
  - To Configure GAP4_VIB4
    252
  - Velocity
    252
  - Velocity Input Processing
    252
  - Velocity Input Configuration
    254
  - Velocity Application Example
    255
  - Example Velomitor Specifications
    255
  - Combustion Dynamics Monitoring
    257
  - CDM Input Processing
    257
  - CDM Configuration
    258
  - CDM Application Example
    260
  - Example PCB Sensor Specifications
    260
  - To Configure Channel 1
    260
  - Component Editor
    262
  - Probe Nominal Settings
    263
  - Lm 1–3
    264
  - Vib1X 1-8
    264
  - Vib2X 1-8
    264
  - Vib 1-8
    265
  - Gap 1-3
    266
  - Gap 4-8
    267
  - Gap 9-11
    268
  - Kph
    269
  - YVIB Diagnostics
    270
- YVIB Specific Diagnostic Alarms
  271
- TVBA Vibration Input
  276
  - TVBA Compatibility and Attributes
    276
  - TVBA Installation, Operation, and Jumper Configuration
    276
  - Accelerometers with Integrated Outputs
    276
  - Seismic Sensors
    277
  - I/O Variable Name, Vibx
    277
  - Velomitor Sensors
    278
  - Eddy-Current or Proximitor Sensors for Position and Velocity
    278
  - Eddy-Current or Proximitor Sensors for Keyphasor
    279
  - Bently Nevada 350500 Charge Amplifier
    280
  - PCB Piezotronics 682A02 Signal Conditioner
    280
  - Customer Terminal Points
    281
  - TVBAS2B Buffered Outputs
    282
  - Bently Nevada Buffered DB Connector Points
    282
  - Jumper, Jpxb
    282
  - TVBA Specifications
    283
9 PSCA Modbus Master (Serial Communication) Module

285
- PSCA Serial Communication I/O Pack
  285
  - To Install the PSCA I/O Pack
    286
  - Serial Channels
    286
  - Dataflow from PSCA to Controller
    287
  - Serial Modbus Master Service
    288
  - Ethernet Modbus Master Service
    289
  - PSCA Specification
    290
- PSCA Specific Alarms
  291
  - Communication Failure - Bad Data
    292
  - Configuration Problem Port
    292
  - Electric Drive Port
    292
- SSCA Simplex Serial Communication Input/Output
  293
  - SSCA Jumper Positions
    293
  - Signal Assignments
    294
  - Terminal Board Screw Connections
    294
  - Termination Jumpers
    294
  - Ground Jumpers
    295
  - SSCA Specification
    295
  - SSCA Configuration
    296
  - RS-232C (Point-To-Point)
    296
  - RS-232C to Third-Party Device
    297
  - RS-485 Half-Duplex to Third-Party Device (Slave)
    299
  - RS-485 (Half-Duplex) – Point-To-Point
    300
  - RS-485 (Half-Duplex) – Multidrop
    300
10 PDM Power Distribution Modules

301
11 Common I/O Module Functionality

441
- Bppx Processor
  441
  - Power Management
    441
  - ID Line
    441
  - Bppx Processor Leds
    442
  - Flash Codes for BPPB-Based Mark Vies I/O Packs
    442
- I/O Module Common Diagnostic Alarms
  443
12 Maintenance and Replacement

477
- Ethernet Switches
  477
- Terminal Boards and Cables
  477
- Replacement
  478
  - Mark Vies Safety I/O Pack Replacement
    479
  - Replacement Procedures
    479
  - To Replace a Mark Vies Safety I/O Pack with an Upgraded Hardware Form
    480
  - Eswx to Eswx Switch Replacement
    481
  - Replacing Other I/O Packs
    481
  - To Replace an Eswx Switch
    481
  - Replacing D-Type Boards
    482
  - Replacing J-Type Boards
    482
  - Replacing Other S-Type Boards
    482
  - To Replace the S-Type Terminal Board
    482
  - Replacing Fuses
    483
  - Replacing T-Type Boards
    483
- Ordering Parts
  484

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GE Mark VIeS System Manual

GE Mark VIeS System Manual (202 pages)

Brand: GE | Category: Control Systems | Size: 26.38 MB

Table of Contents

Table of Contents
9
1 Control System Overview

11
- Introduction
  11
- Controllers
  15
- Ionet Switches
  16
- Distributed I/O Modules
  16
- Power Distribution
  36
- Redundancy Options
  37
- Reliability and Availability
  49
- Component Part Numbers and Serial Numbers/Barcodes
  57
2 Functional Safety

67
3 Ethernet Networks

75
- Introduction
  75
- Ionet Layer
  80
- Unit Control Layer
  86
- Supervisory Layer
  91
- Monitoring Layer
  92
- Enterprise Layer
  93
- Ethernet Cabling for Monitoring, Supervisory, and Unit Control Layers
  94
- Third-Party Communication Links
  98
4 Communication Protocols

99
- OPC Protocols
  101
- Workstationst GSM Protocol
  104
- Modbus Protocol
  106
- Ethernet Global Data (EGD)
  109
- System Data Interface (SDI) Protocol
  111
- Network Time Protocol (NTP)
  112
- Fieldbus Communications
  115
5 Technical Regulations, Standards, and Environment

117
- Safety Standards
  117
- Conditions for Compliance
  118
- Electrical
  119
- Environment
  121
6 Installation Guidelines

127
- Installation Support
  127
- Equipment Receiving and Handling
  130
- Power Requirements
  132
- Installation Support Drawings
  134
- Grounding
  134
- Cable Separation and Routing
  143
- Power and I/O Field Wiring
  149
- System Power Connection
  152
- Startup Checks
  153
- BPPC-Based I/O Pack Migration
  158
- Available Mark Vie BPPC-Based I/O Packs
  160
- Mark Vie BPPC I/O Migration Guidelines
  161
- Equip Mark Vie System for Migration
  163
7 Alarm Overview

165
- Alarm System Architecture
  165
- Alarm Types
  168
- Controller Alarm Subsystem
  168
- Diagnostic Alarms
  169
- Process Alarms
  172
- Alarm Communication Flow
  174
8 Troubleshooting

175
Glossary of Terms

195
Index

199

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