Display Menu Items | Omega Vehicle Security OMP-MODL specification

3... INTERFACE MODULES

Pressing the SELECT button selects that menu item and a new level of menus or results are displayed. A detailed description of the various menu items and levels follow.

TIP - a good comprehension of this LCD menu structure can be achieved by close reading of this section... but better results may be achieved by just `diving in’ and poking around with the NEXT and SELECT buttons to develop a feel for the structure. Then read through this section for the details.

Display Menu Items

Following are descriptions of each of the display menu items identified in Figure 3... -8. Further details may be found in later sections detailing the functions described.

TOP MENU:

When the OMP-MODL is powered ON, the Top Menu is displayed in the LCD. The Top Menu indicates the OMP-MODL EPROM version on the top line of the LCD (software version residing in an EPROM memory chip within the OMP-MODL) and on the bottom line, the current operational mode of the OMP- MODL. Displayed Modes include:

ENABLED

Indicates the OMP-MODL is currently executing a Program Net that has been developed with HyperNet and transferred to the OMP-MODL memory.

STOPPED

The OMP-MODL is not executing a Program Net. Since the Net is not executing and updating the net, stepping through various Probe Points will result in values and states that will not be current.

MEMFULL STOPPED

Data memory within the OMP-MODL has filled and the execution of the Program Net has stopped. This message will also display if the Rotary Memory mode is utilized (See Global icon in Appendix A) and a logging session has been performed. In Rotary Memory mode, only one logging session can be maintained in the OMP-MODL memory.

MEMFULL ENABLED

Memory within the OMP-MODL has filled, however execution of the Program Net is continuing. This mode of operation may be User selected when alarming/control functions are to be monitored.... even after the OMP-MODL

memory has filled. This display will only occur if the User has selected the memory utilization option Log to Full

USING THE OMP-MODL

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Omega Vehicle Security OMP-MODL manual Display Menu Items

Contents

OM-MODL OMEGAnetSM On-Line Service Internet e-mail Info@omega.com OMP-MODL System `THE BIG PICTURE’ IntroductionOMP-MNL VS OMP-MODL Manual Overview Interface Modules OMP-MODL System Base Interface Module HyperWare Software Additional Components Features Summary of Steps in Utilizing the OMP-MODL Introduction Using the Modulogger Enclosure / Mounting System Base Overview Bottom Plate / Mounting Top Plate Main Power Switch User Interface Indicators and ButtonsMLCPU-1 Module Overview Status LED Indicator Feedback LED IndicatorAlarm LED Indicators Enable Button Stop Button Reset Button RS-232 Serial Communications Port Button System Initialization OMP-MODL System Base MLCPU-1 Terminal Strip Connections end view Terminal Strip Connections LOW Range High Range TTL Alarm Output Terminal MLAD-1 Module RTC / Memory Backup Battery Cold Junction Compensation terminals 13, 14 Four Channel Analog Input terminals 1 through General Purpose Digital Input terminals 17 Chassis Ground terminals OMP-MODL System Base Using the OMP-MODL ModuLogger System Base Using the ModuLogger Handling Interface Modules Separating Modules without bending connector pins Installation Feedback LED on MLCPU-1 Layer / Module Address Reference Interface Module Operational Instructions Using the OMP-MODL ML-BATT Battery Pack Module Field Installation of the ML-BATT Module ML-CPU Module Field Replacement of Batteries Hardware Input Signal Configuration Switches Module InstallationModule Layer Requirements / Limitations Push Buttons Display Next and Select Display Operation Select Display Menu Items Memory and Continue Processing during setup Date and Time Return to TOP Menu Status Lights Using the OMP-MODL DC Voltage ThermocoupleMLIM-1 Four Channel Analog Interface Module DC Current MLIM-1 Module Address Switches 10 Example Address setting for Module Layer Position Input Input Overcurrent Fuses MLIM-1 Channel Configuration via Software MLIM-1 Thermocouple Application Thermocouple Connection Thermocouple Application Notes Signal Connection all RangesMLIM-1 DC Voltage Application Shielded Twisted Pair Line Signal Connection all Current Ranges Common Mode Input Range ConsiderationsMLIM-1 DC Current MA-LO Application Application Notes DC Voltage Channels Channel Isolation GND Application Notes DC Current Channels Channel Isolation Using the OMP-MODL MLIM-2 Digital Interface Module Overview 17 MLIM-2 Module Address Switch Bank Software Configuration of the MLIM-2 Hardware Input Configuration SwitchesMLIM-2 Event Input Application MLIM-2 Counter Input Application VD C Event / Counter Input Signal Connections MLIM-2 Frequency Input Application Shielded Twisted Pair Lead Frequency Signal Connection MLIM-2 Digital Output Application Voltage Current milliAmps 25 MLIM-2 Digital output terminal strip connections Digital Output Signal Connections MLIM-4 RTD / Resistance Interface Module Overview 26 MLIM-4 Module Address Switches 27 Example Address setting for Module Layer Position Software Configuration of the MLIM-4 MLIM-4 RTD Input Application MLIM-4 Input Signal Connection MethodsMLIM-4 Thermistor Input Application MLIM-4 Resistance Input Application Calculating Lead Wire Effects Wire Configuration Wire Compensation Theory Wire Terminal Strip Connections As can be seen in the 3-Wire Wiring Diagram, each channel Wire Configuration Range Excitation Current Using the OMP-MODL MLIM-8 Digital I/O Interface Module Overview 31 MLIM-8 Module Address Switch Bank MLIM-8 Event Input Application Software Configuration of the MLIM-8 Powered Signal Application Event Input Signal ConnectionsConnectionsStrip Terminal8 Contact Closure Application Voltage MLIM-8 Digital Output ApplicationCurrent milliAmps Terminal Strip Configured as outputs Using the OMP-MODL MLIM-5 Pcmcia Memory Card Module Configuration of the MLIM-5Operation of the MLIM-5 and Pcmcia Memory Card Using the OMP-MODL MLIM-5-2400 Pcmcia and 2400B Modem Module Configuration of the MLIM-5-2400Telephone Line Connection Operation of the MLIM-5-2400 Hardware Configuration Switches MLIM-5-144 Pcmcia and 14.4K Baud Modem Module Installation / Operation Using the OMP-MODL Interface Modules Using the Modulogger Software Overview Hyperware S Oftware Introduction PC Requirements Hyperware InstallationUpgrading Hyperware to a NEW Version User Interface Hyperware Program Topology Hyperware S Oftware Introduction Overview Hypercomm S Erial Communications HyperComm Connection via RS-232 RS-232 Hardware ConnectionEstablishing AN RS-232 Link Establishing a Telephone Modem Link Modem Hardware ConfigurationIs the Omega Engineering supplied adapter used? Port HyperComm Connection via Modem Redial Baud Modem Phone Using the OMP-MODL HyperComm serial communication window connection established Visual Communications VIA Hypercomm Communication Techniques Communication Icons and their Functions Enable Button IconStop Button Icon Status Query Unit Name and ID Query Reported information includes Program Net Transfer Time Set Data Download 10 File Information comments entry dialog Probe Point Query Password 13 Password Configuration Dialog Disabling Passwords Using the OMP-MODL Hypercomm C Ommunications Using the Modulogger Pcmcia Card System Components Pcmcia Card Configuration and USE Software Configuration Hardware ConfigurationPcmcia Card Expanded Memory Capacity Application PC / External Pcmcia Drive Configuration OMP-MODL ConfigurationConnecting the PD-1 Drive Pcmcia Card Transportable Data Application DEVICEHIGH=C\CARDTALK\CTALKCS.EXE Installing the CardTalk Drivers Quick Test of the Pcmcia Drive Configuration HyperWare Software Configuration Transferring Data from the OMP-MODL to the PC Pcmcia Card Usage with HyperWareTransferring a Program Net from the PC to the OMP Formatting Pcmcia cards Memory Card Handling / MaintenanceWindows 95 Special Pcmcia Card Considerations Pcmcia Miscellaneous Battery Compartment Door Read Only Read and Write Using the OMP-MODL Pcmcia Card Configuration and USE Using the Modulogger Example Program Net Hypernet I CON Based Programming AN Example Program NET Temperature sampling Program Net Hypernet Development Window Features and Tools Accessing the HyperNet WindowReturning to the HyperComm Window HyperNet Window Topology Create New Net HyperComm AccessOpen Net and Save Net Delete Icon or Connection Link Program NET Construction Program Net Icon Selection Bar Using Grids Icon PlacementTo Develop a New Program Net To Open an Existing Net for Editing Icons Changing FontsIcon Topology Icon Configuring Icons 11 Thermocouple input icon configuration Dialog box Icon Assortment Signal TypesGlobal Icon Making Connections Between Icons Adding Signal Connections Between Icons Modifying the Routing of Icon Connection Lines Program Net ChecklistSaving the Net NET Performance Program Net Performance Guidelines Program Net Execution SpeedAn Empirical Answer Input Icon Type Samples per Second One channel Miscellaneous Program Net Performance Considerations HyperNet Printout Terminal Strip Wiring PrintoutProgram NET Documentation Program NET Upload to the OMP-MODL Using the OMP-MODL POST-PROCESSING Nets POST-PROCESSING of Collected Data Using the OMP-MODL Constructing a Post-Processing Net Entering the Post-Processing windowOpening a OMP-MODL Download File *.HLD Reviewing File Information Adding Icons Connecting IconsOther Post-Processing Net Development Options Saving the Post-Processing Net Tarting a P -PROCESSING Ession Options / PathsViewing the Onverted D Hyper LOT File Merge Process Merged File CharacteristicsMerging of Download Files OMP-MODL Launching Hyperplot Hyperplot G Raphic Data Display From Post-Processing Window From HyperCommFrom a Post-Processing Net Time Axis Menu Bar ZoomingFile Open View Save as Bitmap Cursor Zoom LastAnalyze View Options Axis HyperPlot Options / X-axis Y-Axis configuration dialog Via Bitmap Files HelpVia the Windows Clipboard Plotting Large Files with Hyperplot Hyperplot Graphic Data Display 10-1 Hypertrack R EAL-TIME Data Display 10-2 Constructing a OMP-MODL Program NET for Hypertrack Constructing a Hypertrack NET Determining OMP-MODL Program Net Probes Information10-3 Probe Points detected in the currently loaded Net Program 10-4 Building the HyperTrack Net Icons Reading Probe Point icons from a Program Net on disk10-5 Saving the HyperTrack Net Other HyperTrack Net Development Options10-6 Channel Display Order HyperTrack Scrolling Display WindowStarting a Hypertrack Session 10-7 HyperTrack Trending Display Window Data Buffer Time Display Formats Trending Configuration Dialog10-9 Channel Ranges Pausing a Hypertrack SessionPlot Period Resuming After Pause 10-11 Stopping a Hypertrack Session 10-12 10-1 11-1 Appendices 11-2 Thermocouple Input Icon Appendix a Master Icon Reference11-3 11-4 11-5 CJC Cold Junction Compensation Input Icon 11-6 Supply Voltage Vbatt Input Icon System Base 11-7 DC-LO +/- 2VDC Full Scale Voltage Input Icon 11-8 11-9 DC-MED +/- 10 VDC Full Scale Voltage Input Icon 11-10 DC-HI +/- 30 VDC Full Scale Voltage Input Icon 11-11 MA-LO +/- 20 Madc Full Scale Current Input Icon 11-12 11-13 RTD Input Icon MLIM-4 11-14 11-15 Thermistor Input Icon MLIM-4 11-16 11-17 Resistance Input Icon MLIM-4 11-18 11-19 Event Input Icon Gpdi 11-20 11-21 Counter Input Icon Gpdi 11-22 11-23 Event Input Icon Digital I/O with MLIM-2 11-24 11-25 Counter Input Icon Digital I/O with MLIM-2 11-26 11-27 Frequency Input Icon Digital I/O with MLIM-2 11-28 11-29 Event Input Icon Digital I/O with MLIM-8 11-30 11-31 Digital Output Icon MLIM-8 11-32 Digital Alarm Output Icon System Base 11-33 Relay Alarm Output Icon 11-34 +5 Volt Output Icon System Base 11-35 Green LED Status Output Icon 11-36 LCD Message Output Icon 11-37 Digital Output Icon MLIM-2 11-38 Pager CALL-OUTICON 11-39 11-40 Probe Point Output Icon 11-41 11-42 Memory OMP-MODL Icon 11-43 11-44 Destination File Icon 11-45 REAL-TIME Scrolling Display Icon 11-46 REAL-TIME Trending Display Icon 11-47 Dialog Configuration Options 11-48 Delta Function Icon 11-49 11-50 Average Function Icon 11-51 11-52 11-53 Minimum Function Icon 11-54 11-55 Maximum Function Icon 11-56 11-57 SUM Function Icon 11-58 11-59 DUTY-CYCLE Function Icon 11-60 11-61 Time Integration Function Icon Input Rate Timebase Units per 11-62 11-63 Math Function Icon 11-64 Function Syntax Explanation 11-65 TCJX,Y 11-66 11-67 Comparator Setpoint Function Icon 11-68 11-69 11-70 Constant Function Icon 11-71 11-72 Latch Function Icon 11-73 11-74 Logic Function Icon 11-75 Or Logic Function Icon 11-76 XOR Exclusive or Logic Function Icon 11-77 Not Inverter Logic Function Icon 11-78 Timed Counter Function Icon 11-79 11-80 UP Counter Function Icon 11-81 11-82 Sample Rate Clock Function Icon 11-83 11-84 11-85 WARM-UP Function Icon 11-86 11-87 START/STOP Clock Function Icon 11-88 11-89 11-90 Periodic Output Function Icon 11-91 11-92 Stop Logging Function Icon 11-93 11-94 11-95 Global Function Icon 11-96 11-97 11-98 Histogram Function Icon 11-99 11-100 Remote Control Function Icon 11-101 11-102 11-103 HAP Function Icon 11-104 11-105 Text Note Icon 11-106 11-107 Rate of Change Function Icon 11-108 Engine Oil Cooler Performance Test Appendix B Example Program Nets11-109 11-110 Hydraulic Pump Performance Test 11-111 11-112 High Speed Thermocouple Application 11-113 11-114 Path and File Description Appendix C Hyperware File Listing11-115 11-116 Page 11-118 Appendix D Changing the Clock / Memory Backup Battery 11-119 11-120 11-121 Appendix E Changing the OMP-MODL 11-122 ADC Input Filtering Appendix F Filtering Options50Hz / 60Hz Sofware Filtering 11-123 11-124 11-125 Appendix G Hypernet Theory of Operation 11-126 11-127 Appendix H Accessories 11-128 11-129 Appendix I RS-232 CABLE, PORT, Adapter 11-130 11-131 Appendix J Troubleshooting Tips OMP-MODL may have a corrupted Program Net 11-132 Local 2400 to Remote 2400 MDM-2400 Modem Option Appendix K Modem Configuration SupplementBaud Rate Local 2400 to Remote 14.4 MDM-14.4 Modem Option Local 14.4 to Remote 14.4 MDM-14.4 Modem Option Local 14.4 to RemoteBaud Rate 19,200 11-134 11-135