STI Application Example | Bradley Smoker PLC-5 manual

17-2Using Selectable Timed Interrupts

Online editing affects the performance of an STI routine. The STI cannot interrupt the controller while it is managing its memory due to the online edits being made. The STI input must be on for an amount of time slightly greater than the actual time required to complete the online edits. If not, the STI does not execute.

STI Application Example

Periodically check the status of PLC-5 family controllers on the DH+ communication link. Compare the status of each controller with a file of reference data (see rungs below). Set a bit if a mismatch is found. Perform this comparison once every 800 ms. Assume that another active step retrieves status data from the PLC-5 controllers with a MSG instruction and loads it into a temporary source file (N5:10).

R6:0

/

DN

	FSC
	FILE SEARCH/COMPARE
	Control		R6:0
	Length		10
	Position		0
	Mode		ALL
	Expression
	#N5:0 <> #N5:10

EN

DN

ER

R6:0			O:000
	FD		00

Block-Transfers in Selectable Timed Interrupts (STIs)

If the controller runs an STI that contains block-transfer instructions, the controller performs these block-transfers immediately on completing any block-transfers currently in the active buffer, ahead of block-transfer requests waiting in the queue.

You can program “immediate” block-transfers to a local I/O chassis using the STI program (i.e., the STI is invoked and the block-transfer occurs immediately). The controller executes the block-transfer immediately, completes the remaining rungs in the STI, then resumes execution of the ladder program.

Set the .TO bit on any block-transfer instruction destined for the same slot as the block-transfer in the STI. These block-transfers only try to execute once so as not to keep the STI from completing.

Publication 1785-UM012D-EN-P - July 2005

Image 260

Bradley Smoker PLC-5 STI Application Example, Block-Transfers in Selectable Timed Interrupts STIs, Expression #N50 #N510

Contents

Enhanced Ethernet PLC-5 Programmable Controllers Important User Information Summary of Changes Additional Ethernet PLC-5 Controller EnhancementIs on Publication 1785-UM012D-EN-P July Summary of Changes Table of Contents Memory Chapter Communicating withController-Resident I/O Chapter Communicating with Devices on a DH+ Link Chapter Communicating with a PLC-5 Adapter ChannelExtended-Local I/O Communicating with Devices on a Serial Link Protecting Your Programs Preparing Fault Routines Appendix a System Specifications Appendix B Processor Status File Appendix C Appendix D Appendix E Switch Setting Reference Appendix F Troubleshooting Appendix G Cable Reference Index Related PLC-5 Documentation Publication Title Publication Number Term Definition Controllers in this manual only Manual Overview This manual has three main sections Design Operate Maintain Preface Publication 1785-UM012D-EN-P July Extended-local I/O scanner Using This Chapter Lay Out the SystemFor Information About PLC-5/11, -5/20 and -5/26 controllers PLC-5/30 controllers Identifying Controller ComponentsFor the Front Panels No parity Keyswitch selects controller modeInstall memory module here Install battery here Keyswitch selects controler mode PLC-5/30 Controller Front Panell4Understanding Your Programmable Controller DF1 point-to-point One stop-bit 2400 bps Install memory module here PLC-5 family member designation Channel 2B status indicator lights green and redChannel 1B status indicator lights green and red External transceiver fuse Keyswitch selects controller mode Configure this 3-pin port forPLC-5/20E Controller Front Panel 6Understanding Your Programmable Controller PLC-5/40E and -5/80E Controller Front Panels 8Understanding Your Programmable Controller Install battery here PLC-5 family member designationPLC-5/40L and -5/60L Controller Front Panels If You Want to This Capability Lets You MCP PLC-5/40 1771-ASB Remote I/O Link Cable BeldenScanner-mode PLC-5 controller At housekeeping Connect the controllers via the remote I/O link Controller transfers I/O data and status data using12Understanding Your Programmable Controller Publication 1785-UM012D-EN-P July Scanner 14Understanding Your Programmable Controller Using This Chapter Selecting and Placing I/OSelecting I/O Modules Selecting I/O modules Selecting I/O Module Density Choose this TypeExplanation Module Examples Selecting and Placing I/O Input Output 4Selecting and Placing I/O Publication 1785-UM012D-EN-P July Placing System Hardware Acceptable Range 51mm Wiring Duct 102mm 153mm 2Placing System Hardware102mm 51mm2 Mount the I/O chassis horizontally Troubleshooting is convenient Preventing Electrostatic DischargeProtecting Your Controller RFI, we recommend a steel enclosure Laying Out Your Cable Raceway Categorize ConductorsRoute Conductors 4Placing System Hardware Side Chassis Dimensions Series BLaying Out Your Backpanel Spacing Chassis and External Power Supply Dimensions 6Placing System Hardware Ground Bus To Grounding Electrode System Recommended Grounding Configuration for Remote I/O SystemsEnclosure 8Placing System Hardware Publication 1785-UM012D-EN-P July Addressing I/O and Controller Memory Classification Term Relation to Controller Memory Addressing as It Relates to an I/O Terminal 2Addressing I/O and Controller Memory Choosing an Addressing Mode 16-point Example InputTermi Nals Point Example Point input moduleController memory Rack Group Point input module Point output module Word # Example of Efficient I/O Image Table Use 6Addressing I/O and Controller Memory Addressing Mode Guidelines Addressing SummaryAddressing Block-Transfer Modules Use this table as a quick reference for addressing If Using this Slot Addressing Chassis Size Results Assigning RacksSlot Rack Racks 2 racks 8Addressing I/O and Controller Memory When assigning remote I/O rack numbers, use these guidelines Controller memory is divided into two basic areas Understanding Data Storage Data-Table Files Specify the file in which the data is storedFormatted address Data, you specify it with a formatted address 12Addressing I/O and Controller Memory Addressing File Types 1000words Words/1000 structures Structure14Addressing I/O and Controller Memory Understanding Program-File Storage Valid Data Types/Values AreAccepts Any Program File Number of Words Used Valid formats for addressing data files are AddressingSpecifying I/O Image Addresses To Specify the Address of a Use these Parameters Where IsSpecifying Logical Addresses TON, TOF, RTO Specifying Indirect AddressesWord Level Example Bit Level Example Variable Explanation Specifying Indexed Addresses Value Base AddressSource N710 N720 N115 N1115 Specifying Symbolic Addresses LS1AUTO1 SW1 Optimizing Instruction Execution Time and Controller Memory 22Addressing I/O and Controller Memory Following examples illustrate these concepts Effectively Using I/O Memory Use Application Configuring the system for controller-resident I/O Introduction to PLC-5 Controller Scanning Program Scanning 2Communicating with Controller-Resident I/O Transferring Data to Controller-Resident I/O Transferring Discrete Data to Controller-Resident I/OTransferring Immediate I/O Requests Transferring Block-Transfer Data to Controller-Resident I/O 4Communicating with Controller-Resident I/O Communicating to a remote I/O node adapter Configuring a controller channel as a scannerCommunicating with Remote I/O Can Connect Category Product Catalog Number An example remote I/O system looks like this Introduction to Remote I/OBlock-transfer data with remote I/O devices Designing a Remote I/O Link Network using a daisy chain or trunk line/drop line ConfigurationTransmission rate. Configure all devices on a remote I/O Link to communicate at the same transmission rate Configuring a Controller Channel as a Scanner Catalog Number Series Specify the scan list Publication 1785-UM012D-EN-P July Specify Channel Configuration InformationDefine an I/O Status File Diagnostic file Scanner mode link 57.6, 115.2, and 230.4 kbpsThis Field Define By Doing the Following Cursor to the field, type an integer file number Specify the Scan List Scan list includes the followingDo the Following For this Field Scan List Contains 10Communicating with Remote I/O Communicating to a Remote I/O Node Adapter Remote I/O Scan and Program Scan LoopsASB Adapter Modules, Do the Following See Appendix E Troubleshooting Remote I/O Communication Difficulties 12Communicating with Remote I/O Interrupt from STI or Fault Routine Remote I/O Scan Extended LocalRacks Adapter used in the remote I/O scan is the 1771-ASB Description Block-Transfer Minor Fault Bits Minor Fault DescriptionChannel pairMinor fault bits set PLC-5 typeMaximum number of command blocks 16Communicating with Remote I/O Packet includes data if it is a block-transfer writeBlock-transfer module Transfer read Block-Transfer Sequence with Status Bits Yes Does this slot addressDoes the module respond? Yes See Sets the error .ER bit Yes 18Communicating with Remote I/OYes Sets the done .DN bit Go to General Considerations Retries request once more before setting the .ER bitBlock-Transfer Programming Considerations For Controller-Resident Local Racks 20Communicating with Remote I/O Status Field Location Description Monitoring transmission retriesMonitoring Remote I/O Scanner Channels Fault ResetField indicating the rack was globally reset Rack Address Error Messages sent with errorMessages Tab Messages = SDA messages + SDN messages Messages unable to receive N1547 24Communicating with Remote I/ODefined I/O status file Fault Bits Present Bits Fault Bits Not Used When you use a ladder program or the software to Inhibit and reset an I/O rack, you must set or clearReset and inhibit bits that correspond to each quarter Rack in a given chassis. Failure to set all the appropriate Configuring communication to a PLC-5 adapter channel Communicating with a PLC-5 Adapter ChannelMonitoring remote I/O adapter channels Monitoring the status of the supervisory controller 2Communicating with a PLC-5 Adapter Channel Configuring Communication to a PLC-5 Adapter ChannelInto for the supervisory controller Remote I/O Adapter Specify adapter settings Publication 1785-UM012D-EN-P JulyController Default is rack Status informationDamage can result Cursor to the field and select the desired rate Specify the Discrete Transfer Configuration Files 6Communicating with a PLC-5 Adapter Channel Discrete Data and Block-Transfer Status 8Communicating with a PLC-5 Adapter Channel Input destination Enter the file number decimal of the source dataEnter the word number decimal of the source data Adapter’s input file Programming Discrete Transfers Adapter Mode Data to an Adapter Channel10Communicating with a PLC-5 Adapter Channel 0x7 N5115 Configure Block-Transfer Requests 12Communicating with a PLC-5 Adapter Channel Adapter Mode Configuration screenData Monitor screen BT100 Has a length of 64 words Must MatchBT000000 BT010000 BT011000 BT011001 BT011040 Examples of Block-Transfer Ladder Logic 14Communicating with a PLC-5 Adapter Channel PLC-5 adapter-mode processor is configured for rack Condition the use of BTR data with a data valid bitBR0200 BWO200 Data Not Valid Bit Locations of module 0 and 1 data 16Communicating with a PLC-5 Adapter ChannelWord For status Output File Input File Module Adapter channel status Monitoring the Status of the Adapter ChannelStatus bits sent to scanner When this Bits It Indicates Monitoring the Status of the Supervisory Controller Adapter Messages received with errorMonitoring Remote I/O Adapter Channels Page Configuring the controller as an extended-local I/O For Information About Go toScanner Monitoring extended-local I/O status PLC-5/40L and -5/60L processor Cabling Form a custom cable length. For example, if you have aYou cannot connect two 2 m cables together. You would Have to use the 5 m cable and have the extra 1 m as slack Processor-resident local I/O racks Numbered 4, 5, 10, 11, 12, 4Communicating with Extended-Local I/O PLC-5/40L and -5/60L I/O Scanning and UpdateTransferring Data Extended Local I/O Data Exchange Image Update Discrete Data TransferRemote I/O Scan PLC-5/40L and -5/60L Extended-Local I/O Scan Time Transferring Block Data 6Communicating with Extended-Local I/O This formula assumes Calculating Block-Transfer Completion TimeWhere Considerations for Extended-local Racks 8Communicating with Extended-Local I/O This Field Specifies Configure by Doing the Following Scan list Channel I/O configurationWant to get status information for that channel List Or 1/2-Slot Slot Logical rack Logical racks 11/2 logical rackRemote I/O Scan List vs Extended-local I/O Scan List 10Communicating with Extended-Local I/O An asterisk * after a range indicates the last Valid rack entryAutomatically calculated based upon rack Switch settings on the adapters are set correctly Display the new configuration when you save editsMonitoring Extended-Local I/O Status Screen Channel retry Word Retry countsRetry Word Word Multiples Etc EntryPage Using the global status flag file Selecting Devices That You Can ConnectSelecting devices that you can connect Link design Estimating DH+ link performance Application guidelines Link Design Configuring the Channel for DH+ Communication You must set switch assembly SW1 on the controllerSerial port or a PLC-5 coprocessor, use channel 2 for Better overall system performance Diagnostic file File containing the channel’s Link ID Local link where the channelStatus information Words long Other used file. Unpredictable machine damage can result Using the Global Status Flag File Pass dataSystem creates an integer file 64 words long Information previously in this file is lost Octal N107 Octal N1010 Octal N1015 Octal N1030 Files are updated during housekeeping6Communicating with Devices on a DH+ Link Status Field Words Description Monitoring messagesMonitoring DH+ Communication Channels Monitoring Data Sent with Acknowledgment Need updates once per second Noise or a cabling problemTransmit confirm Transmit NAK full Monitoring Data Sent without Acknowledgment 10Communicating with Devices on a DH+ Link Monitoring General Status Noise or cabling problems Linear scan failedStarted linear scan below for more information Token retry Sending Command Type Maximum Packet Station Size Data Words NodesSize and Number of Messages PLC-5 Completes the message transaction Station Message Destination14Communicating with Devices on a DH+ Link Internal Processing Time Average DH+ Link Response Time Test Results 16Communicating with Devices on a DH+ LinkNumber of Controllers 50 W 100 W + 250 W X 500 W =Words Application Guidelines Number of ControllersPage This Is Normally Used When You Method Communicating with Devices on a Serial LinkChoosing Between RS-423 Using Channel User ModeSystem Mode 10-2Communicating with Devices on a Serial Link Use this Mode For DF1 Master ModeDF1 Slave Mode Point-to-Point Method Option Name Principal Benefits Polling Inactive Priority Stations Changing ModesFollow these guidelines Port Transmission Configuring Channel Configure Channel 0 for DF1 Point-to-PointDF1 slave 10-9 DF1 master 10-12 User mode If You Want to Use Serial Settings Option Settings DF1 Enqs Configure Channel 0 as a Slave Station Select Enabled or DisabledOption is enabled To get status information for that channel Error checking. CRC is more complete checking Select one of the followingDriver Station address RTS send delay Amount of time that elapses Signal and the beginningRTS signal Message ACK timeout Amount of time you want Configure Channel 0 as a Master Station 10-12Communicating with Devices on a Serial Link Enter a valid value RTS send delay OctalRetried before being declared This time allows the modem to Polling Settings Master message If you want the master station toTransmit Message transmit Between Station Polls Default size is 64 words Default size is 18 wordsRemote stations Priority poll file Contains this Information Being polled, etcNew remote station is polled Word 2 through word Configure Channel 0 for User Mode Ascii Protocol Remote mode change10-18Communicating with Devices on a Serial Link File containing the channel’s 10-19 XON/XOFF Enable DisableIf You Want To Select Remotely 10-22Communicating with Devices on a Serial Link Using the System Mode Status DisplayMonitoring Channel 0 Status DCD recover HighMessages sent Device Using the User Mode Ascii Status Display Modem Lines Communicating with Devices on an Ethernet Network Using This Chapter Media and CablingConfiguring channel 2 for Ethernet communication Manually Configuring Channel Network AddressingAssigning Your IP Address 11-2Communicating with Devices on an Ethernet Network 11-3 Ethernet Channel 2 Configuration Fields With programming software if Bootp is enabled Using Bootp to Enter Configuration Information Network This field is required when youBroadcast Address Controller should respond 11-6Communicating with Devices on an Ethernet Network Editing the Bootptab Configuration File Based on this configuration, the Bootptab file looks like 11-8Communicating with Devices on an Ethernet Network Using Broadcast Addressing If Bootp is enabled, you can’t change anyAdvanced Ethernet communications characteristics Broadcast addressing 11-9 Subnet masks and gateways 11-11 C.dWhere a, b, c, d are between 0-255 decimal If you change the default and need to reset it, typeForm 11-10Communicating with Devices on an Ethernet Network Using Subnet Masks and Gateways Using Bootp to configure Be sure Bootp is enabled 11-13If You are Then See 11-12 Subnet Mask Controller’s subnet mask SubnetsEnter an address of the following form Local subnet Personal computer Windows Or HP 9000 or VAX computerServer 130.151.194.xxx Ethernet TCP/IP network 130.151.132.1 Bootptab files that correspond to this example looks like 11-14Communicating with Devices on an Ethernet Network Using Domain Name Service Using the Embedded Web Server 11-16Communicating with Devices on an Ethernet Network Diagnostic Information 11-18Communicating with Devices on an Ethernet Network This Counter Totals This Indicates Application MemorySession Table Connections 11-20Communicating with Devices on an Ethernet Network 11-21 Generating User Provided Web Pages 11-22Communicating with Devices on an Ethernet Network Output Timer Status Counter Control 11-24Communicating with Devices on an Ethernet Network Input image word is I0 is b!ABDTR-I0/bTime values in T40 are!ABDTR-T40 BCD Importing User Page Files to the PLC-5 Controller 11-26Communicating with Devices on an Ethernet Network 11-27 11-28Communicating with Devices on an Ethernet Network 11-29 Following examples use this system configuration Multihop Examples 11-31 11-32Communicating with Devices on an Ethernet Network Communicating with ControlLogix DevicesComparing Multihop and Non-Multihop Messages Over Ethernet Interpreting Error Codes Controller sets the .ER bit and enters an error codeCode Hexadecimal Description Displayed on the data monitor screen Interpreting Ethernet Status Data F00AActive screen 11-34Communicating with Devices on an Ethernet Network Monitoring general Ethernet status Status Field Bytes Displays the Number 11-36Communicating with Devices on an Ethernet Network Monitoring Ethernet commandsMonitoring Ethernet replies Personal Computer Ethernet PLC-5 Performance ConsiderationsPerformance Host to Ethernet PLC-5 Controller PLC-5 Controller Typed Write Packet Size 11-38Communicating with Devices on an Ethernet Network Using protected controllers 12-6 Protecting Your Programs12-4 File Assigning a privilege class to a node 12-4 Node privileges override the default privilege class Channel Structure Defining Privilege ClassesWill be appropriate for a particular application 12-4Protecting Your Programs Assigning a Privilege Class to a NodeAssigning a Privilege Class to a Channel or Offline File 12-5 Page Programming Considerations ForcingForcing Inputs and Outputs 13-11 13-2Programming Considerations Extended ForcingForcing SFC Transitions That you include in the extended force configuration Do not use BTR data tables files to storeNon-block-transfer data. All non-block-transfer data Table as read data will be forced to zero during Enabled 003 ms Disabled 0015 ms Increased Program Scan TimeForce Privileges 13-4Programming Considerations Using Protected Controllers Setting Up and Using Extended ForcingWith the Programming Software Package Select Which Group of Data You Want to Force 13-6Programming ConsiderationsSelect all of data file N11 BTR #2 and ending at the end of BTR #4 Forces Must be of Type B, A, N, or D Enable or Disable the Forces Using Extended Forcing with Time-Critical ApplicationsRadix Force Screen Display Binary Enable the BTW OTL Using Special Programming Routines 13-10Programming Considerations Deciding When to Use Special Routines Priority Scheduling for Interrupts and MCPs Program Execution States 13-12Programming Considerations Program would be executing if it were of a higher priority An MCP, STI, PII Does the program fault?Rescheduling Operation 13-14Programming Considerations I012Program can be Interrupted Power-up routines Fault routines Defining and Programming Interrupt RoutinesPage Preparing Power-Up Routines Setting Power-Up ProtectionIf S26/1 is After power loss, the controller Set Defining a Controller Power-Up Procedure Portion of the fault routine associated with a particularFault or power-up condition Allowing or Inhibiting Startup Use this Bit 15..............0Page Preparing Fault Routines Responses to a Major FaultUnderstanding the Fault Routine Concept For Information About See Faults UnderstandingGeneral It Sets Fault in a Remote I/O Chassis Preparing Fault Routines 15-4Preparing Fault Routines Remote inputs inactiveHere are two programming methods you can use Inputs 15-5 Programming a Fault Routine Avoiding Multiple Watchdog FaultsTo fault mode without completing the fault routine If You Encounter Then Setting an Alarm Clearing a Major FaultFault. Be sure to examine the fault bit and correct Cause of the fault before clearing it Example of Comparing a Major Fault Code with a Reference If the Fault Routine Then the ControllerThen faults 15-8Preparing Fault Routines Changing the Fault Routine from Ladder Logic Using Ladder Logic to Recover from a Fault Ways to Recover from a Rack Fault Method Description Monitoring Faults Block-Transfers in Fault RoutinesTesting a Fault Routine You can Monitor Description Monitoring Major/Minor Faults and Fault Codes Interpreting Major FaultsInterpreting Minor Faults For a description of the major faults S11, see Appendix B PLC-5/60, -5/60L, -5/80, 5/80E Monitoring Status BitsPLC-5/11, -5/20, 5/20E PLC-5/30 PLC-5/40, -5/40L, 5/40E Page Selecting Main Control Programs Using Main Control ProgramsConsider Using this Technique If You are 16-2Using Main Control Programs MCP Configuring MCPs An I/O updateUsing Main Control Programs If the MCP is a Following Occurs This Field Do the Following Status File Monitoring MCPs Page Writing STI Ladder Logic Using Selectable Timed InterruptsUsing a Selectable Timed Interrupt 17-2Using Selectable Timed Interrupts Control R60 Length Position ModeSTI Application Example Block-Transfers in Selectable Timed Interrupts STIs Defining a Selectable Timed Interrupt Do the Following Status File STI. If you disable the STI write a 0 to S31, Monitoring Selectable Timed InterruptsController uses the value in S30 to determine how often to Check for a non-zero value in S31 Using Processor Input Interrupts Using a Processor Input InterruptUsing a processor input interrupt 18-1 Mode Description Writing PII Ladder LogicPII Application Examples Two ways that you can use a PII program Counter C40 Preset 100 Accum Block-Transfers in Processor Input Interrupts PIIsOutput image bit remains set until the next count C40.CU 18-4Using Processor Input Interrupts Design Considerations Defining a Controller Input Interrupt Monitoring Controller Input Interrupts This PII Field Stores Address System Specifications Controller Specifications Memory and Channel Specifications Controller MaximumMaximum Maximum Number of I/O Cat. No Any Mix PLC-5/60 64 K2 Any mix or Compatible PLC-5/60L 64 K2 Any mix orCompatible Extended Local I/O PLC-5/80 100 K3 Any mix or Compatible PLC-5/80E 100 K3 Any mix or Battery Specifications Eeprom CompatibilityAvailable Eeprom compatibility is related to Area Description 6System Specifications Publication 1785-UM012D-EN-P July Processor Status File S0 S2This Word Stores Arithmetic flags Step in an SFC 2Processor Status File S2Switch setting informationThis Word Stores S3-10 S11 S12 This word stores the following fault codesThis Fault Code Indicates this Fault Fault Is Error using SFR. This error occurs if Non-recoverable. The faultYou jumped to an invalid non-ladder file For instruction with missing NXT Publication 1785-UM012D-EN-P July 8Processor Status File RecoverableService S13-S24 S26-S35 RUN S36-S78 S79-S127 Maximizing System Performance Using This Chapter Program ScanUsing program control instructions Effects of Different Input States on Logic Scan Time Effects of False Logic versus True Logic on Logic Scan TimeOther instructions may have a greater or lesser effect If I000/00 is Then the Rung is Effects of Using Interrupts on Logic Scan Time Effects of Different Instructions on Logic Scan Time Editing While in Remote Run Mode Effects of Housekeeping TimeOnline editing times for ladder programs are as follows For this Editing Operation This Type Times are Program Calculating Throughput Using Global Status Flag FilesCard Backplane + Card Remote I/O Processor Delay Scan Time 6Maximizing System Performance Input and Output Modules DelayRemote I/O Scan Time Communication Rate Number of Rack EntriesTime Rate kbps 57.6 115.2 230.4 8Maximizing System Performance Block-TransfersMs/Word Overhead ms Rate kbps Kbps Rack Words words No BTs Calculating Worst-Case Remote I/O Scan TimeOptimizing Remote I/O Scan Time 10Maximizing System Performance Maximum scan time Update Image Controller TimeMinimum time to complete Block-transfer to all modules = 1 3D + 3BT = 3D + 3BT Variable Value Example CalculationWorst-case controller time is Effect of Inserting Ladder Rungs at 56K-word Limit Down at the End of a Rungs Program FileNo impact 50 ms/Kwords Remote block-transfers Using JMP/LBL Instructions Using FOR/NXT InstructionsInstruction Consideration JMP Timing and memory requirements for file program control, Instruction Set Quick ReferenceIf You Want to Read About Relay Instructions Timer Instructions Instruction DescriptionTON TOF Counter Instructions RTORES CTU Compare Instructions CTDLIM MEQ CMP EQUGEQ GRT Compute Instructions CPTACS ADD AVE ASNATN DIV CLRCOS Multiply MUL10Instruction Set Quick Reference SourceN70 SQR NEGSIN SRT STD To the power of Y XPY SubtractSUB Tangent Logical Instructions DEG Conversion InstructionsConvert to Degrees Bit Modify and Move Instructions RADMOV MVM File Instructions BTDFAL FSC File Copy COPFile Fill FLL DDT Diagnostic InstructionsFBC Shift Register Instructions BSLBSR FFL Sequencer Instructions LFLLFU SQI Program Control Instructions JSR SBRRET AFI SFR EOTUID UIE Process Control, Message Instructions Block Transfer Instructions BTR RequeuedBTW Identifies the number of words in the transfer. a ACB Ascii InstructionsABL AEX AICAHL ARD ASC ASRAWA AWT Floating Point True False Bit and Word InstructionsCategory Code Title True False TODFRD LOG File, Program Control, and Ascii Instructions Category Code Title Time ∝s Words Integer Floating Point Category Code Title Time ∝s Words END ISA AHL ¡ ACIACN Ascii AIC ASCII2 AWA Write with appendWrite 38Instruction Set Quick Reference Controller’s DH+ address Switch Setting ReferenceFor this Switch Setting Channel 1A Controller SwitchesSwitch Front Processor 12 3 4 5 6 7 8 9 Side View To Specify Set SwitchesRS-232C Off RS-422A RS-423 PLC-5 Controller in the I/O Chassis 4Switch Setting ReferenceChassis Backplane Always Off Switch Last State AS or -ASB Switches Addressing PressedOff Slot At top on closed Pressed Slot At bottom OFF open Not allowed Chassis Configuration Plug 6Switch Setting ReferenceSet Y when you install Power supply module First I/O Group Number First I/O Group Number Rack Number see below see nextKbps Link Response 8Switch Setting Reference Rack ALX Switch SW1 Extended-Local I/O Adapter ModuleSW-2 Not Used First I/O Group Number Rack Number ALX Configuration Plug If You are Using But NotOn the 2 upper pins Modules and any Addressing method Troubleshooting For Information About Troubleshooting Go toEntering run mode Unexpected PLC-5 controller operation when General Problems Indicator Color DescriptionPLC-5 Controller Recommended Action Force Comm DH+ Controller Communication Channel TroubleshootingColor Channel Mode Description Extended-Local I/O Troubleshooting Ethernet Status IndicatorIndicator Color Channel Mode Description Indicator Color Description Probable Cause Remote I/O System Ethernet Transmit LED Indicators are still blinking, check Mode adapter toTroubleshooting F-7 Adapter module Off Chassis fault Problem exists between Problem resulting from high noise.2Line fault Off Module not Power supply fault Configuration Fault Rack Extended-Local I/O System Unexpected Operation when Entering Run Mode Instructions with Unique Prescan OperationsThis Executes These Actions During Prescan Instruction AWT AWA ACB ABL AHL BTR Suggested Action MSG 12Troubleshooting Publication 1785-UM012D-EN-P July Shading indicates that the pin is reserved Cable ReferencePin RS-232C RS-422A RS-423 Serial Cable Pin Assignments 2Cable Reference Connecting Diagrams Terminal 1784-CAK KE Series B 1770-CD 4Cable Reference Terminal Cable #2 1770-KF2 1784-CP5 1784-CP7 Cable 1784-CAK Connects 1785-KE to WorkstationT Programming Cable SpecificationsFor Use this Cable See 6Cable Reference ShieldBlue Controller Pin D-Shell Workstation Clear Shield Blue Pin Position Terminal connector Blue Shield Clear Twinax CablePin D-Shell Female 10 ft Cable 1784-PCM5 Controller to Workstation using a 1784-PCMK 8Cable ReferencePin D-Shell Workstation Female Controller DH+ 9-pin Controller Male Table below describes Allen-Bradley transceivers Catalog Number DescriptionCable Reference G-9 Ethernet cable Transceivers and transceiver cables 5810-TC15/A 5810-TAS/A kit5810-TAM/A kit 5810-TBS/A kit 1784CP2 9-21784CP3 Numerics1771KRF 9-21771SN IP address 11-7using Using 6200 software 11-3using BootpExtendedlocal I/O scanner configuration Serial 10-6troubleshooting F-4 Connections Ethernet G-9 Data transfer 6-11blocktransfer Token passing 9-13transmission rate 9-4troubleshooting F-4 Power supplies 3-6discrete data transferProgram state 13-12extendedlocal I/O Addressing 11-2advanced functions Clearing 6-10,8-11global status bits 15-11,15-13 Gapping 4-12gateways Communication F-4Ethernet F-5,F-6 Prescan timing F-10program control D-22Interrupts C-3scheduling Mnemonic 4-18specifying Passwords 12-2performance Chassis dimensions 3-5power supply dimensionsOptimizing 4-22program files 4-15protection E-4 Multiple chassis status bits 15-11,15-13 Mounting dimensions 3-6powerup routines 13-10,13-11,14-1 Fault routines 15-6featuresRecover from rack fault 15-10terminal connections G-5 Schemes 10-16techniques Serial devices 10-1setting switches Specifications A-1specifications A-1 Program files 4-15temperaturePerformance 17-2program flow Pointtopoint 10-3status Token passing 9-13transceivers G-9troubleshooting User interrupts 13-14user mode 10-2,10-18Input states C-2instructions C-3 Influencing processor priorities Index Publication 1785-UM012D-EN-P July Completeness Technical AccuracyClarity Other Comments Business Reply Mail Other CommentsPage Page 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