Honeywell Series 8 I/O Manuals

Manuals and User Guides for Honeywell Series 8 I/O. We have 1 Honeywell Series 8 I/O manual available for free PDF download: User Manual

Honeywell Series 8 I/O User Manual (293 pages)

Brand: Honeywell | Category: I/O Systems | Size: 5.87 MB

Table of Contents
9
Series 8 I/O Purpose

23
- Overview
  
  23
- What Is I/O
  
  23
  - Series 8 I/O
    23
Series 8 I/O Planning and Design

25
Series 8 I/O Installation and Upgrades

39
- Overview
  
  39
- Installation Declarations
  
  39
  - Introduction
    40
  - I/O Link Number and IOM Number DIP Switch
    40
  - Figure 5 Series 8 Board Connections
    40
  - Cabling
    41
  - Table 8 Series 8 I/O Cable Types
    41
  - Figure 6 Series 8 Cabling
    42
- Installing the Series 8 IOTA on the Panel
  
  43
  - Prerequisites
    43
  - Considerations
    43
  - Mounting the IOTA
    43
- Mounting the I/O Module on the IOTA
  
  45
  - Prerequisites
    45
  - Mounting the Module
    45
- Grounding and Power Considerations - IOTA Boards
  
  46
  - Attaching the IOTA Board
    46
  - Testing for Power
    46
- 3.6 Connecting Ioms and Field Devices through I/O Termination Assemblies
  
  47
- Powering the Series 8 System
  
  49
  - Supplying Power to I/O Modules
    49
- Fusing - Series 8 IOTA Boards
  
  49
  - Protecting the Series 8 I/O Components
    49
Series 8 Iota Pinouts

51
Series 8 I/O Configuration Form Reference

105
Series 8 I/O Configuration

157
- Adding an IOM to Project
  
  157
  - Using the File Menu Method
    157
  - Using the Drag and Drop Method
    159
- Assigning an IOM to an IOLINK in the Project Tab
  
  159
  - Using the Assignment Dialog Box
    159
- Adding an IOC Block to a Control Module
  
  161
  - Using the Project Tab Drag and Drop
    161
  - Using the Library Tab - Drag and Drop
    163
- Assigning an IOC Block to an IOM
  
  166
  - IOC Block Assignment
    166
- Unassigning an IOC Block from an IOM
  
  168
  - IOC Block Unassignment
    168
- Defining Channel Blocks
  
  169
- Defining Analog Input Channel Blocks
  
  182
  - Overview
    182
  - Table 49 HART Parameters
    182
  - Figure 52 Analog Input Conversion
    183
  - Determining PV Characterization
    184
  - Table 50 Analog Input Engineering Unit Conversions
    184
  - Determining Linear Conversion
    185
  - Determining Square Root Conversion
    185
  - Determining Thermal Conversion
    186
  - Table 51 RTD Lead Wire Characteristics
    186
  - Checking and Filtering PV Range
    187
- Defining Analog Output Channel Blocks
  
  188
  - Overview
    188
  - Determining Direct/Reverse Output
    189
  - Figure 53 Analog Output Conversion
    189
  - Determining Output Characterization
    190
  - Figure 54 Determining Fixed Endpoint
    190
  - Determining Calibration Compensation
    191
  - Determining Modes
    191
- Defining Digital Input Channel Blocks
  
  191
  - Overview
    191
  - Determining Status Digital Input Channel
    192
  - Figure 55 Digital Input Conversion
    192
  - Determining Latched Digital Input Channel
    193
- 6.10 Defining Digital Output Channel Blocks
  
  193
- Defining DIGITAL INPUT PULSE ACCUMULATION Channel Blocks
  
  199
- Electronic Short-Circuit Protection (Digital Output 24Vdconly)
  
  201
  - Non-Redundant Configuration
    201
  - Redundant Configuration
    202
  - Electronic Short-Circuit Fault Recovery
    203
Series 8 I/O Operations

205
- Overview
  
  205
- Reviewing the Control Builder Icons
  
  205
  - Series 8 I/O Block Icons
    205
  - Table 55 Channel Block Icons
    205
  - IOLINK Icons
    207
  - Table 56 IOLINK Icons
    207
  - Block Icons
    208
  - Channel Icons
    208
  - Table 57 Block Icons
    208
  - Table 58 Channel Icons
    208
- Series 8 I/O LED Descriptions
  
  209
  - Figure 60 Series 8 I/O LED Indicators
    210
  - Table 59 I/O LED Descriptions
    211
- Powering up the IOM
  
  212
- Activating a Control Strategy from the Monitoring Tab
  
  214
- Activating HART
  
  215
  - Assigning a Channel to HART - Series 8
    215
  - Enabling HART Alarm and Events - Series 8
    216
- IOM Configuration Values Not Copied During Block Copy Operation
  
  218
- Sequence of Events Scenarios
  
  218
- Sequence of Events Events and Configuration
  
  221
  - Sequence of Events Event Configuration
    221
  - Sequence of Events Events
    222
- 7.10 DIMODE Related Scenarios
  
  223
  - DIMODE Parameter Changes
    223
  - Low Latency Mode
    224
- Enabling Point Type Selection in Digital Input Pulse Accumulation Channel
  
  224
- Enabling the Configuration in Digital Input Pulse Accumulation Channel
  
  225
Series 8 I/O Loading

227
- Loading Series 8 I/O Components
  
  227
  - Load Order Guidelines
    227
  - Table 61 Sequence of Activating Components - Project Tab
    227
- Loading an IOLINK
  
  228
  - IOLINK Load with Contents
    228
- Loading the IOM Block the First Time
  
  228
- Common I/O Block Load Activities
  
  233
  - Uploading the I/O Block
    233
  - Table 62 IOM Reconfiguration Rules
    233
  - Update to Project
    234
  - Using IOM Checkpoint
    234
- Loading a CM
  
  234
- Setting Priority Ioms
  
  236
  - Figure 65 Setting Priority IOM
    237
Series 8 I/O Link Fiber Optic Extenders (Foe)

241
- Overview
  
  241
  - Fiber Optic Extender Assembly
    241
  - Table 63 FOE Module and Back Panel Summary
    242
  - Figure 66 FOE Assembly
    242
  - FOE Features
    243
  - Fiber Optic Redundancy
    244
- FOE Installation
  
  244
  - Handling Components - ESD
    244
  - Work Practices
    244
- Component Mounting Sequence
  
  245
- Defining the Fiber Optic Topology
  
  249
  - Table 64 FOE LED Descriptions
    249
    
    FOE Capacity
    250
    
    Required Hardware
    250
    
    Figure 67 Example of Possible FOE Usage
    250
    
    FOE Topologies
    251
    
    Fiber Optic Budget Considerations
    252
    
    I/O Link Extender Cable Selection
    253
    
    Allowable Standard I/O Link Extender Cable Signal Loss
    254
10. Series 8 I/O Troubleshooting

255
- 10.1 Initial Checks
  
  255
- 10.2 Self-Test Diagnostics at Power-Up
  
  256
  - Power-Up Diagnostics
    256
- 10.3 Communication Problems
  
  257
  - IOLINK - Loss of Communications
    257
  - IOLINK - Re-Establishing Communications
    257
11. Series 8 I/O Maintenance

258
- 11.1 Series 8 Recommended Spares
  
  258
  - IOM Removal and Installation under Power
    258
  - Table 65 Recommended Spare Parts
    258
- 11.2 Replacing a Series 8 IOTA
  
  264
- 11.3 Replacing an I/O Module
  
  264
  - Prerequisites
    265
Series 8 Power Sub-System Connections and Alarm Indications

267
- 12.1 Series 8 DC Power Connections and Indicators
  
  267
  - Figure 68 Typical DC Power and Power Control Module Connections in Series 8 Cabinet
    267
- Series 8 Power Sub-System Alarm Contacts and LED Activation Levels
  
  268
13. Series 8 I/O Alarms and Failures

269
- 13.1 Reviewing IOM Alarms Generated by the C300
  
  269
  - IOM Alarms
    269
  - HART Alarms/Events
    269
  - Table 66 IOM Alarms Displayed by the C300 Controller
    269
- 13.2 Reviewing IOM Soft Failures
  
  270
  - IOM Soft Failures
    270
  - Stcovrun
    270
  - Ftamissg
    271
  - Eecksmer
    271
  - Eecnterr
    271
  - Eeflager
    271
  - Inptfail
    272
  - Outputfl
    272
  - Stcklim
    272
  - Diagctfl
    272
  - Ftamsmch
    273
  - Vzero-Fl
    273
  - Badrjval
    273
  - Fta1Fail
    274
  - Fta2Fail
    274
  - Calbabrt
    274
  - Badcalrf
    274
  - Vreffail
    275
  - Adoutudf
    275
  - Adoutcal
    275
  - Badflreg
    275
  - Bdsndltc
    275
  - Bdoutbfr
    276
  - Vcalfail
    276
  - F1Notcal
    276
  - F2Notcal
    277
  - F1Com_Fl
    277
  - F2Com_Fl
    277
  - F1_Iderr
    277
  - F2_Iderr
    277
  - F1Vreffl
    278
  - F2Vreffl
    278
  - F1Cal_Fl
    278
  - F2Cal_Fl
    279
  - Writenbl
    279
  - Mltinpfl
    279
  - Redndiag
    279
  - Wrong_Hw
    280
  - Dtpathfl
    280
  - Dtpathto
    280
  - Pifaulty
    280
  - Hmodem1
    281
  - Hmodem2
    281
  - Hmodem3
    281
  - Hmodem4
    281
  - Hdiagto
    282
  - Hstackhi
    282
  - Fta3Fail
    282
  - Fta4Fail
    282
  - F3Notcal
    283
  - F4Notcal
    283
  - F3Comfl
    283
  - F4Comfl
    283
  - F3Iderr
    283
  - F4Iderr
    284
  - F3Vreffl
    284
  - F4Vreffl
    284
  - F3Calfl
    285
  - F4Calfl
    285
  - Openwire
    285
  - Dovrcrnt
    285
  - Ftapowfl
    286
  - Dpadiafail
    286
  - Rdbkrgdiagfl
    286
  - Wdtdiagfail
    286
  - Rlyextbdmssng
    287
  - Redhwfail
    287
  - Hartchanfail
    287
- 13.3 Reviewing IOM Hard Failures
  
  288
  - IOM Hard Failures
    288
  - Figure 69 Location of Hard Failure Message
    288
  - IOM Behavior During Hard Failures
    289
  - Table 67 IOM Hard Failures
    290
- 13.4 Getting Further Assistance
  
  291
  - Other Troubleshooting Sources
    291
  - Guidelines for Requesting Support
    291

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Honeywell Series 8 I/O Manuals

Honeywell Series 8 I/O User Manual (293 pages)

Table of Contents

Series 8 I/O Purpose

Overview

What Is I/O

Series 8 I/O Planning and Design

Overview

Series 8 I/O Appearance and Features

Series 8 I/O and C300 Topology

Supported Series 8 I/O Modules

Pulse Accumulation Module

Supported Series 8 I/O Options

I/O Link Performance Specifications

Series 8 I/O Installation and Upgrades

Overview

Installation Declarations

Installing the Series 8 IOTA on the Panel

Mounting the I/O Module on the IOTA

Grounding and Power Considerations - IOTA Boards

3.6 Connecting Ioms and Field Devices through I/O Termination Assemblies

Powering the Series 8 System

Fusing - Series 8 IOTA Boards

Series 8 Iota Pinouts

Hart/Non-HART Analog Input IOTA (Models 8X-TAIXA1, 8X-TAIXB1)

Differential Analog Input IOTA (Models 8X-TAIDA1 and 8X-TAIDB1)

Analog Output IOTA Models 8X-TAOXA1, 8X-TAOXB1

TC/RTD IOTA Models 8X-TAIMA1

Digital Input 24V IOTA Models 8X- TDILA1, 8X- TDILB1

Digital Output 24V IOTA Models 8X-TDODA1, 8X-TDODB1

AC Digital Output (Source) Relay Extension Board Models 8U-SDOX01, 8C-SDOX01

Upgrading Firmware in Series 8 I/O Components

Series 8 I/O Configuration Form Reference

Overview

Determining Series 8 I/O Block Redundancy

Switchover and Secondary Readiness

Failure Conditions and Switchover

Configuration Tools

Configuring the Main Tab - IOM Block

Status Data Tab - IOM Block

Configuring the Maintenance Tab - IOM Block

Configuring Box Soft Failures Tab - IOM Block

5.10 Configuring Channel Soft Failures Tab - IOM Block

5.11 Configuring Server History Tab - IOM Block

5.12 Configuring Server Displays Tab - IOM Block

5.13 Configuring Control Confirmation Tab - IOM Block

5.14 Configuring Identification Tab - IOM Block

5.15 Configuring the Calibration Tab - IOM Block

5.16 Configuring HART Status Tab - IOM Block

5.17 Configuring the Configuration Tab - Channel Block

5.18 Configuring HART Configuration Tab - Channel Block

5.19 Configuring HART Device Status Tab - Channel Block

5.20 Configuring HART Identification Tab - Channel Block

5.21 Configuring HART Variables Tab - Channel Block

5.22 Configuring HART Notifications Tab - Channel Block

5.23 Configuring Dependencies Tab - Channel Block

5.24 Configuring Template Defining Tab - Channel Block

Series 8 I/O Configuration

Adding an IOM to Project

Assigning an IOM to an IOLINK in the Project Tab

Adding an IOC Block to a Control Module

Assigning an IOC Block to an IOM

Unassigning an IOC Block from an IOM

Defining Channel Blocks

Defining Analog Input Channel Blocks

Defining Analog Output Channel Blocks

Defining Digital Input Channel Blocks

6.10 Defining Digital Output Channel Blocks

Defining DIGITAL INPUT PULSE ACCUMULATION Channel Blocks

Electronic Short-Circuit Protection (Digital Output 24Vdconly)

Series 8 I/O Operations

Overview

Reviewing the Control Builder Icons

Series 8 I/O LED Descriptions

Powering up the IOM

Activating a Control Strategy from the Monitoring Tab

Activating HART

IOM Configuration Values Not Copied During Block Copy Operation

Sequence of Events Scenarios

Sequence of Events Events and Configuration