Honeywell Series A - CIOM-A FIM versus C200 CPM redundancy

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3. Fieldbus Integration With Experion System

3.7. CIOM-A FIM Redundancy Functionality

R400 Experion PKS Series A Fieldbus Interface Module User's Guide 79

July 2010 Honeywell

Figure 14 Typical RCP setup in 10-slot chassis.

CIOM-A FIM versus C200 CPM redundancy

th the CIOM-A FIM and the C200 CPM or Controller redundancy use Redundancy

Modules in a Redundant Chassis Pair (RCP) configuration to provide redundant

functionality. The RCP does this by providing a pair of chassis, so a component failure in

one chassis switches the handling of the assigned functions to the other chassis. This is

Main Page

Default Chapter2
- Figure 16 RTP Model TC-FFRU01 Is Unpowered and Can be Used in Division2
  - Symbol Definitions7
  - Table of Contents9
1 Introduction23
- Where to Look for Information23
  - Contents Guide23
- Conventions24
  - Terms and Type Representations24
2 What Is Fieldbus27
- Fieldbus Organization27
  - About the Fieldbus Foundation27
  - Want more Information27
- Fieldbus Technology27
  - Reference27
- Fieldbus Terms27
  - Description27
3 Fieldbus Integration with Experion System33
- Overview33
  - Background33
  - CIOM-A FIM Versus Series C FIM33
  - Non-Redundant Fieldbus Integrated Architecture for CIOM-A FIM34
  - Figure 1 Sample System Architecture for Non-Redundant Fieldbus Integration for CIOM-A34
  - Redundant Fieldbus Integrated Architecture for CIOM-A FIM35
  - Figure 2 Sample System Architecture for Redundant Fieldbus Integration for CIOM-A FIM36
  - Fieldbus Interface Module (FIM) - the Key to Integration37
  - Redundancy Module - the Key to Redundant Operation37
  - Control Builder Serves as Common Configuration Tool37
  - Parameter Definition Editor Serves as Key Interoperability Tool39
  - Figure 3 Project Tab in Control Builder Has New Icons for Fieldbus Components39
  - Parameter Definition Editor Supports Fieldbus Methods40
  - Figure 4 Typical Parameter Definition Editor View for Selected Fieldbus Device Block40
  - Station Provides Centralized Operator Interface41
  - Figure 5 Sample Fieldbus Methods View in Parameter Definition Editor41
- Control Integration42
  - FIM Handles Data Integration42
  - About Link Object42
  - Network Management Description42
  - System Management Description43
  - About Device Objects43
  - About VFD Objects43
  - Type Creation Makes Integration Possible44
- Fieldbus Device Analog Input Integration44
- Fieldbus Analog Input Data Manipulation45
- Figure 6 Integration of Fieldbus Device Analog Input Signal with Control Builder Control Strategy45
- R400 Experion PKS Series a Fieldbus Interface Module User's Guide July45
- Fieldbus Device Analog Output or PID Integration46
- Figure 7 Integration of Fieldbus Device Analog Output Signal with Control Builder Control Strategy47
- Fieldbus Analog Output or PID Data Manipulation48
- Fieldbus Device Discrete Input Integration50
- Fieldbus Discrete Input Data Manipulation51
- Figure 9 Integration of Fieldbus Device Digital Input Signal with Control Builder Control51
- Fieldbus Device Discrete Output Data Integration52
- Fieldbus Discrete Output Data Manipulation53
- Figure 10 Integration of Fieldbus Device Digital Output Signal with Control Builder Control Strategy53
- Interface Connections Summary54
- A Word about SCM Parameter Interaction54
- Fieldbus Status Data Details55
- Fieldbus Status Indications57
- Control Mode Interaction57
  - Fieldbus Block Modes Versus Control Modes57
  - Control Mode Priorities and Indications59
  - Rotary Switch Model Versus Toggle Switch Model61
  - Display Indications and Mode Calculation62
  - Access Control through GRANT_DENY Parameter63
  - Figure 11 Block Mode Calculation Summary63
- Link and Block Schedules64
  - Link Active Scheduler (LAS) and Link Master64
  - Link Schedule66
  - Function Block Execution Schedule67
- Tags, Addresses, and Live List69
  - Tag and Address Assignments69
  - Figure 12 Algorithm Execution Phase Sequence69
  - A Word about Fieldbus Address Assignments in Control Builder70
  - Live List and Uncommissioned Devices70
  - Figure 13 Summary of Address Allocations for Fieldbus Devices70
- Notification Scheme71
  - Fieldbus Versus Experion Alarm Priorities71
  - Advanced Alarming73
  - Fieldbus Alarm Conditions73
  - Loading Alarm Conditions77
  - Alarm Server Operation77
- CIOM-A FIM Redundancy Functionality78
  - About CIOM-A FIM Redundancy78
  - CIOM-A FIM Versus C200 CPM Redundancy79
  - Figure 14 Typical RCP Setup in 10-Slot Chassis79
  - Switchover and Secondary Readiness80
  - Switchover Behavior Considerations81
  - Failure Conditions and Switchover82
  - Fieldbus Network Switchover Considerations83
  - Switchover Versus Fieldbus Network Activities84
  - Switchover Events86
- Block Instantiation Support86
  - About Instantiable Blocks86
  - Control Builder Supports Block Instantiation86
    - Instantiable Block Implementation Considerations87
4 Installation99
- Planning Considerations99
- Installing CIOM-A Fieldbus Interface Module TC-FFIF01104
- 4.3. Installing Fieldbus RTP TC-FFRU01/TC-FFRP02 or RRTP TC-FFSU01/TC-FFSP02109
5 Configuration117
- Before You Start117
- Non-Experion Interface Precautions118
- Free VCR Recommendation119
- Configuring Fieldbus Components in a Control Strategy120
- Loading Components Online202
- Configuring Advanced Alarming225
- Block Offnet Diagnostic Alarm234
  - Behavior of the Block Offnet and Device Offnet System Alarms in Various Communication Loss Scenarios235
  - Behavior of the Block Offnet and Device Offnet System Alarms in Various Operational Scenarios236
- Configuring Non-Cache Parameters238
- Summary240
6 Operation243
- Monitoring Fieldbus Functions through Station Displays243
  - Using Station Detail Displays243
- Foundation Fieldbus Detail Displays/Faceplates244
- Monitoring Fieldbus Functions through Monitoring Tab253
7 Fieldbus Device Commissioning277
- Getting Started277
  - Read this First277
  - Initial Checks and Operations279
- Connecting Devices280
- Checking Device282
- Checking Control Strategy283
- Flowchart Summary284
8 Maintenance, Checkout, and Calibration287
- Adding, Removing and Replacing Components287
- Unlike Device Replacement Report317
- Replacing Device Template with a Different One320
- Correcting some Common UTR Errors328
- Upgrading Firmware in Uncommissioned Device328
- R400 Experion PKS Series a Fieldbus Interface Module User's Guide July329
- Changing or Clearing Tag And/Or Address of Uncommissioned Device332
- Using Fieldbus Device Simulate Function334
- Preparing Fieldbus Device for a Move or Software Migration343
  - Migrating Fieldbus Device Type to a Release Supporting Enable Block Offnet Diagnostic Alarm347
- Interpreting Component LED Indications348
- 8.10 FIM Self-Test Diagnostic Codes349
- 8.11 Checking Fieldbus Device Calibration358
- Figure 34 Typical Tune Tab for Fieldbus Device's Transducer Block358
- 8.12 Using Fieldbus Methods Manager359
9 Experion Pks Host Registration365
- Overview365
10 Appendix A377
- 10.1 Fieldbus Technology377
  - Open Communications Architecture377
  - Figure 36 OSI Versus Fieldbus Communication Model377
Appendix A377
- Communication Layer Description378
- 10.2 Standard Function Blocks381
- 10.3 Device Descriptions and Block Parameters416
- 10.4 Fieldbus Foundation Documents418
  - Reference Data418
11 Appendix B419
- Standard Function Block Parameters419
Appendix B419
- Alert_Key420
- Bal_Time421
- Bias421
- Bkcal_Hys422
- Bkcal_In422
- Bkcal_Out423
- Bkcal_Out_D423
- Bkcal_Sel_1424
- Bkcal_Sel_2424
- Bkcal_Sel_3425
- Block_Alm425
- Block_Err426
- Block_Err.disabled427
- Bypass428
- Cas_In428
- Cas_In_D429
- Channel429
- Clr_Fstate430
- Confirm_Time430
- Control_Opts431
- Table 2 CONTROL_OPTS Bit Selections431
- Cycle_Sel432
- Cycle_Type432
- Dev_Rev433
- Dev_Type433
- Dd_Resource434
- Dd_Rev434
- Disc_Alm435
- Disc_Lim435
- Disc_Pri436
- Dv_Hi_Alm436
- Dv_Hi_Lim437
- Dv_Hi_Pri437
- Dv_Lo_Alm438
- Dv_Lo_Lim439
- Dv_Lo_Pri439
- Fault_State439
- Experion PKS Series a Fieldbus Interface Module User's Guide440
- Features440
- Feature_Sel440
- Ff_Gain441
- Ff_Scale441
- R400 Experion PKS Series a Fieldbus Interface Module User's Guide July441
- Ff_Val442
- Field_Val442
- Field_Val_D443
- Free_Space444
- Free_Time444
- Fstate_Time445
- Fstate_Val445
- Fstate_Val_D446
- Gain446
- Grant_Deny446
- Hard_Types447
- Hi_Alm447
- Hi_Hi_Alm448
- Hi_Hi_Lim449
- Hi_Hi_Pri449
- Hi_Lim450
- Hi_Pri450
- Io_Opts451
- Table 3 IO_OPTS Bit Selections451
- In_1452
- Lim_Notify453
- L_Type453
- Lo_Alm454
- Lo_Lim455
- Lo_Lo_Alm455
- Lo_Lo_Lim456
- Lo_Lo_Pri456
- Low_Cut457
- Lo_Pri457
- Manufac_Id458
- Max_Notify458
- Memory_Size459
- Min_Cycle_T459
- Mode_Blk460
- Nv_Cycle_T460
- Offnetalm_Enabled461
- Out461
- Out_D462
- Out_Hi_Lim463
- Out_Lo_Lim463
- Out_Scale463
- Out_State464
- Pv_D465
- Pv_Ftime466
- Pv_Scale466
- Pv_State467
- Ra_Ftime467
- Rate468
- Rcas_In468
- Rcas_In_D469
- Rcas_Out469
- Rcas_Out_D470
- Readback471
- Readback_D471
- Reset472
- Restart472
- Rout_In473
- Rout_Out474
- Rs_State474
- Sel_1475
- Sel_2475
- Sel_3476
- Sel_Type477
- Set_Fstate477
- Shed_Opt478
- Shed_Rcas478
- Shed_Rout479
- Simulate479
- Simulate_D480
- Sp_D482
- Sp_Hi_Lim482
- Sp_Lo_Lim483
- Sp_Rate_Dn483
- Sp_Rate-Up484
- Status_Opts484
- St_Rev484
- Table 4 STATUS_OPTS Bit Selections485
- Strategy486
- Tag_Desc486
- Test_Rw487
- Trk_In_D488
- Trk_Scale488
- Trk_Val489
- Update_Evt490
- Write_Alm490
- Write_Lock491
- Write_Pri491
- Xd_Scale492
- Xd_State493
Appendix C495
- 12.1 Fieldbus Status Display Indications495
- 12.2 Substatus Definitions for Quality Status502
13 Appendix D507
- 13.1 Mode Change Conditions507
14 Appendix E511
- 14.1 Fieldbus Wiring Considerations511
15 Appendix F517
- About Parameter Definition Editor for Fieldbus Device Block517
16 Appendix G519
- 16.1 Loading CIOM-A FIM Firmware519
17 Appendix H533
- 17.1 Important Functional Considerations533
  - General533
18 Appendix I539
- 18.1 Link Parameters Reference539
- 18.2 Description540
19 Appendix J557
- Load Interactions for Fieldbus Related Operations557
  - Summary557
Appendix J557

Honeywell Series A - CIOM-A FIM versus C200 CPM redundancy

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