GE 90-70 manual Rack Module Configuration Parameters, Bus Controller Configuration Parameters

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Configuring the Redundancy CPU for Non-redundant Operation

he Redundancy CPU can be used for both redundant and non-redundant applications. For non- redundant applications, do not configure Redundancy Communications Modules in the system. If a Bus Transmitter Module is configured set the Remote RCM Present parameter to NO. Keep all redundancy-related parameters in their default settings.

Genius I/O in the non-redundant system can be configured for either no redundancy or externally paired. (If a GBC redundancy mode other than RED CTRL or NONE is selected, it will be necessary to select the GDB control strategy. When that is done, the programmer may display messages that %Q and %AQ must be included in the data transfer. These warnings can be ignored when configuring the CPU for non-redundant operation).

Rack Module Configuration Parameters

Interrupts cannot be ENABLED when the configured CPU is a Redundancy CPU. When a redundant CPU is configured, any interrupts enabled in the configuration are set to

DISABLED.

For redundant applications, a Bus Transmitter Module must be configured and its Remote

RCM parameter must be set to YES. (see the previous discussion for non-redundant

Tapplications.)

For redundant applications, a Redundancy Communications Module must be configured in rack 0 of each system. For a given unit, the Local RCM is the one configured in that unit; the Remote RCM is configured via the Bus Transmitter Module's Remote RCM parameter. Remote RCMs appear as being in slot 1 of rack 7. (see the previous discussion for non-redundant applications.)

Bus Controller Configuration Parameters

When configuring the PRIMARY PLC, all Genius Bus Controllers configured for redundancy must have Serial Bus Address 31.

When configuring the SECONDARY PLC, all Genius Bus Controllers configured for

Tredundancy must have Serial Bus Address 30.

Non-redundant busses with a bus controller in only one of the PLCs do not need to use Serial Bus Address 31 or 30.

For single Genius bus networks, all Genius Bus Controllers in the system must be configured for RED CTRL Redundancy with the redundant pair set to EXTERNAL, or they must be configured for no redundancy.

For Dual Bus Genius networks, all Genius Bus Controllers must be configured for Dual

Bus/Redundant Controller (DB/RC).

(It is possible to configure bus controllers in a Redundancy system with Redund Type set to NONE, but this bypasses some important integrity checks, which are desirable for optimum system operation).

GFK-1527A

Chapter 3 Configuration Requirements

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Contents GE Fanuc Automation GFL-002 Related Publications Content of This ManualPreface Preface Contents Contents Chapter Fault Detection Appendix a Cabling Information Introduction Definition of TermsEnhanced Hot Standby CPU Redundancy Using the Redundancy CPU for Non-Redundant Operation Compatibility with CPU780Differences in Operation for Redundancy CPUs Features not Available with Redundancy CPUsRedundancy CPUs as Compared to Other Series 90-70 CPUs Redundant Racks Enhanced Redundancy CPU ModuleRedundancy Communications Module Systems for Enhanced Hot Standby CPU RedundancyCable Connections Genius I/OLocal I/O Enhanced Hot Standby CPU Redundancy System with Local I/O Local I/0 Can beGDB Control Strategy Control StrategiesGHS Control Strategy Output Control with GDB Basic Enhanced Hot Standby OperationOutput Control with GHS Basic CPU Redundancy Setups Single Bus with Preferred Master GHS Control StrategySingle Bus with Floating Master GDB Control Strategy Critical Data + Redundant Outputs TransferredDual Bus with Floating Master GDB Control Strategy Paired GBC = INT/EXT Internal ExternalDuplex CPU Redundancy Online ProgrammingOn-Line Repair System Racks For Installation InstructionsSystem Components Features Redundancy CPUExpansion Memory Board Watchdog TimerCPU Architecture Battery Connectors CPU FeaturesMemory Protect Keyswitch CPU LEDsCPU Mode Switch PortRedundancy Communications Module Unit Select PushbuttonConnector RCM Status LedsBus Transmitter Module Status LEDs ConnectorsBus Transmitter Module Bus Receiver Module Status LEDs Bus Receiver ModuleCables and Termination Genius Bus Controller Location of GBCs and BlocksSingle Bus Genius Networks Dual Bus Genius NetworksBus Controller LEDs One Application Program in Both PLCs Configuration RequirementsProgrammer Connection for Configuration Program Folders in Control Programming SoftwareCPU Configuration Parameters Program Folders in LogicmasterConfiguring Shared I/O References Parameter Default Range DescriptionFinding the Memory Available for Application Program Storage System Communications Window ConsiderationsRack Module Configuration Parameters Bus Controller Configuration ParametersGenius I/O Block Configuration Parameters Normal Operation Powerup of a Redundant CPU Incompatible Configurations Resynchronization of a Redundant CPUGHS Control Strategy GDB Control StrategyReferences for CPU Redundancy Ovrpre %S Reference Not AvailableScan Synchronization Sweep Time SynchronizationOutput Data Transfer to the Backup Unit AT aData Transfer Time Fail Wait TimeGFK-1527A Normal Operation Programming a Data Transfer from Backup Unit to Active Unit Data Transfer ExampleDisabling Data Transfer Copy in Backup Unit Svcreq #43 Command Block for Svcreq #43 Validating the Backup PLCs Logic Solution Backup Qualification with Svcreq #43Validating the Backup PLCs Input Scan Switching Control to the Backup Unit Switching TimesExample 1 Role switches allowed on both units RUN Disabled ModeRUN Disabled Mode for GHS Control Strategy Example 4 Role switches allowed on both units Example 2 Role switches allowed on both unitsExample 3 Role switches not allowed on either unit Backup Active RUN Disabled Mode for GDB Control Strategy Example 8 InvalidFinding the Words to Checksum Each Sweep CGR772 CGR935Finding the Background Window Time Finding the Total Sweep TimeTimed Contacts Timer and PID Function BlocksMiscellaneous Operation Information Multiple I/O Scan SetsDebugger Stop to RUN Mode TransitionSequential Function Chart Programming SFC Background Window TimeGenius Bus Controller Switching Ethernet Global Data in a Redundancy CPU Ethernet Global Data ConsumptionEthernet Global Data Production Sntp TimestampingFault Detection Configuration of Fault ActionsFault Detection PLC Fault Table Messages for Redundancy Message Fault Description Corrective ActionWith redundancy in other fault groups Fault Response Faulting the Redundancy Communications Module Losing a LinkFault Actions in a CPU Redundancy System Configurable Faults Fault Group Type DescriptionNon-Configurable Fault Group Fatal Faults on Both Units in the Same SweepOn-Line Repair On-Line Repair Recommendations Power SupplyMaintaining Parallel Bus Termination RacksRedundancy Communications Link Failures Central Processor UnitRedundancy Communications Module and Cables Genius Bus Controller Single Bus Networks Bus faultsBus Transmitter Module Genius BusDual Bus Networks Genius BlocksIC690CBL714A Multi-drop Cable SpecificationsCabling Information PurposeConnector a Connector A, 15-pin Female Battery connectors Bus Controller, Genius IndexIndex Online programming Online repair Svcreq
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