Status Byte Register | Omega Vehicle Security 1400 specification

Appendix C

Registers, Data Formats, & Queries

Status Byte Register

The acquisition device sets the Message Available bit (MAV) in the Status Byte Register to determine if data can be read by the controller. This is the only status reporting register which requires RS-232 interface users to use a different read command than IEEE 488 interface users.

The status byte register contains the following active bits:

Bit Location	Value	Description
DIO1 (LSBit)	1	Alarm
DIO2	2	Trigger Detected
DIO3	4	Ready
DIO4	8	Scan Available
DIO5	16	Message Available
DIO6	32	Event Status Register Bit (ESB)
DIO7	64	Service Request Bit
DIO8 (MSBit)	128	Buffer Overrun

All bits in the serial poll status byte register are cleared by either a *R command, that returns ChartScan to its power-up default conditions, or a read of the serial poll status byte register via the Status command U1. The ESB in the Serial Poll Status Register is also cleared by these operations. The Command Error, Execution Error and Device Dependent Error are also cleared with an Error Query (E?) command.

ChartScan User’s Manual

C-15

Image 232

Omega Vehicle Security 1400 manual Status Byte Register, Bit Location Value Description

1400 specifications

The Omega Vehicle Security 1400 stands out as a premier solution for vehicle protection, offering a blend of advanced technology and user-friendly features. With the increasing rise of vehicle thefts, incorporating a robust security system has become essential for vehicle owners. The Omega 1400 aims to address these concerns effectively, ensuring peace of mind for users.

One of the key features of the Omega Vehicle Security 1400 is its sophisticated alarm system. The device is equipped with a motion sensor that activates the alarm when unauthorized movement is detected. This feature provides an added layer of protection, alerting owners to potential threats even when they are away from their vehicles. Additionally, the system comes with multiple sensors that monitor doors and trunk openings, fortifying security against tampering.

A standout component of the Omega 1400 is its remote control functionality, which allows users to arm and disarm the alarm with ease. Featuring a user-friendly remote, drivers can secure their vehicles from a distance, ensuring convenience and accessibility. The remote not only operates the alarm system but also integrates a panic button, which can be used in emergency situations to deter potential threats.

The Omega Vehicle Security 1400 is also designed with cutting-edge technology, offering compatibility with smartphone applications. This innovation enables users to monitor their vehicles in real-time, providing alerts directly to their mobile devices. Users can check the status of their vehicle, adjust settings, and receive notifications if the alarm is triggered, ensuring they are always connected to their vehicle's security.

Another remarkable characteristic of the Omega 1400 is its built-in GPS tracking capability. In the unfortunate event of a theft, the GPS feature allows vehicle owners to track the location of their vehicle, increasing the chances of recovery. This technology proves invaluable for users who prioritize the safety of their assets.

Additionally, the Omega Vehicle Security 1400 supports a robust battery backup system. This ensures that the alarm remains functional even if the vehicle's power supply is compromised. The reliability and durability of this security system make it a worthy investment for anyone looking to safeguard their vehicle.

In summary, the Omega Vehicle Security 1400 brings together advanced alarm technologies, remote access, GPS tracking, and reliable power support, creating a comprehensive security solution tailored for modern vehicle owners. Each feature has been designed with user convenience and vehicle protection in mind, making it a top choice in the vehicle security landscape.

Contents

Portable Data Recorder OMB-483-0901 Rev For immediate technical or application assistance Servicing North AmericaServicing Europe How To Use This Manual Appendices Table of Contents EZ-PostView and ViewXL Calibration ChartScan User’s Manual ChartScan  Unit Startup and ChartView Tutorial Overview Unit Startup Inspect Your System Verify Voltage Setting Verify DIP Switch SettingInstall Signal Conditioning Cards Selection Micro Setting Switch # Install Ieee 488 Interface Communications Card option Connect Expansion Chassis option Apply Power to ChartScan Error Condition LED Indicators DB50 Pin Descriptions Start ChartView, Configure System, and Collect Data ChartView Main Window Control Options = Mouse, Ú= Arrow Keypads , = PageUp/PageDown Keypads Device Interface ChartView, Basic Concepts Configuration Files ChartView Tutorial Acquiring Data with no charting or meter use Select Interface Device Moderate Advanced Configure Acquisition Configure Channels & Alarms High Speed Setup Parameter OptionsStop Count Review Configuration Page ChartScan User’s Manual General Information General Description Data Handling and Triggering Operational AspectsSoftware and Hardware ChartScan Specifications General Channels Triggers Data Storage & Format Digital I/O Interface & Alarms Calibration − Notes Hardware Front Panel Rear Panel Power Aspects Changing the Voltage Setting Replacing the AC Power Supply Fuse Memory ConfigurationExpanded Memory Options Memory Option JP201 JP202 Calibration Memory Write Enable/Disable RS-232/422 Interface ConfigurationsConfiguring RS-232/422 Parameters Standard Units, Only Selection Micro Setting SwitchEarly Production Units, Only Serial Port Pin Connectors ChartScan to PC Connection RS-232 DB9 Male Pin & SignalCable Wiring DB9 Female Pin & Signal Pin # RS-232 Signal Pin Description Ethernet Interface Configuration Specifications Ieee 488 Interface Configuration OptionIeee 488 Pinout Ieee 488 Configuration Ieee 488 Configuration Settings Logic Levels Digital I/O LinesDigital I/O Port Pinout External TTL BNC Connectors Signal Conditioning Cards Input Connector Temperature Range, Accuracy, and Resolution1 Type JTemperature Units Fault Detection Voltage Range2, Accuracy3 and Resolution Digital Filtering Voltage Range, Accuracy1 and Resolution CSN14/LV/ T, B, & S Low Voltage Cards Voltage Range, Accuracy and Resolution Input ConnectorsNumber of Inputs Device Slot Connecting the Expansion Chassis CSN/Relay Card SpecificationsExpansion Chassis, CSN/Exp Option Cross Section of Mounting Block Automatic Channel Assignment Device Channel Assignments Slot Channel-to-System Isolation 500 V peak Dimensions Number of Slots Four − Notes ChartView Software Reference Groups, Charts, & Channels Three Ways of Using ChartView What ChartView and ChartView Plus Provide Waiting for Trigger Main Window ChartView Main Window and Control Options Channel Information Region Status Indicator Region Instrument Start, Pause, Stop Charts Main Window ToolbarGroup Select Scroll Faster Scroll Slower Display Configuration Normal Edit ChartView Software Reference ChartScan User’s Manual Adjusting Channel Setup for Channel Manually Creating a Display Adding a Chart to Group Adjusting Channel Setup for Channel Channel Configuration PostView post-acq data viewerArm Acquisition Disarm Print Charts Main Window Pull-Down MenusFile See File Menu Note, immediately following this text Chart File Menu Note Display config View System ChartsAcquisition Data AcquireDisplays the condition of a data acquisition Command Characters Data Destination Timeout Region Ctrl + J manual control Window Ctrl + U manual Setup Log configuration Device … ChartScan User’s Manual ChartView Software Reference Device Expanded Menu obtained with use of the F12 Key Log EnableCtrl+A Bar Graph, Analog, and Digital Meters SetupOverview Configuration Note Bar Graph Meters Analog Meters …. for Analog Meters Digital Meters …. For Digital Meters Reset. This feature does not apply to the Digital Meters Meter ToolbarsMeter Pull-Down Menus Name Function Meters Configuration Menu Configuring a Meter Channel & Alarm Setup Dialog Box Setup WindowConfigure Meter Settings, Function Descriptions Channel and Alarm Setup, Button Descriptions Channel Configuration Columns Example Acquisition Setup Dialog Box Alarm Configuration Columns Acquisition Setup Dialog Box, Normal Mode Normal Mode, CH1 and CH2 Assigned to a Chart Burst Mode, Operational Issues Measuring AC Voltage, or AC RMS Voltage Introduction Measuring AC RMS Data Destination Dialog Box Data Destination Why use Auto Re-arm? Chart Setup Wizard Introduction Automatic Chart Setup with Wizard Chart Setup Wizard, Simple Mode Bypassing Automatic Chart Setup Introduction EZ-PostView ViewXL EZ-PostView includes the following featuresReference Note Range 100 mV Calibration SetupRange Non-Volatile Storage of Calibration Constants Hardware Protected RAM Using ScanCal ScanCal Software ApplicationScanCal’s Main Window Instruction Tool Icon Interface Parameters System Inventory Password Mode IndicatorCommand Active Indicators Calibration Without ScanCal Offset Calibration of Main Unit Calibration of Main UnitRequired Equipment U128 U129U130 U132 Gain Calibration of Main Unit U128 Calibration of Signal Conditioning Cards Offset Calibration of Cards Cal Err offset, gain, or temperature sensor out of range Gain Calibration of Low Volts Cards ChartScan User’s Manual Calibration …to clear the buffer #1X QC?C1,1X Volts DC Slot # Gain Calibration of High Volts Cards …to clear the buffer Cold Junction Calibration Option a Cold Cell MethodOption b Hot Cell Method Option c T/C Calibrator/Simulator Method Calibration ChartScan User’s Manual Enter J3,3,0000.0X J6,3,0000.0X J11,3,0000.0X J14,3,0000.0X Calibration ChartScan User’s Manual Appendices ChartScan User’s Manual Contents Appendix a Command Syntax Command Interpretation Conflict ErrorsImmediate & Deferred Commands Fixed Formats Command Type Deferred Commands, Order of Execution Order Function Command Summary #make E000E001 E002 Lchan LevelHyst Chan max Mmask Rtype #chansStime Tstart − Notes Command Reference Command Description FormatCommands Type Trigger On Command PRINT#1, OUTPUT07T1,1,0,0XPRINT#1, OUTPUT07 @X Sleep Flush Acquisition Buffer PRINT#1,SPOLL07INPUT#2, S% PRINT#1,OUTPUT07 *BX Clear Channel Configuration ‘ Clear all channels configurationPRINT#1,OUTPUT07 Channel Restore Factory Settings PRINT#1,OUTPUT07Q?T?Y?XPRINT#1,ENTER07 Input A$ If C% and 16 then PRINT,ERROR-INVALID Keyword Sleep Change Calibration KeywordPRINT#1, OUTPUT07U2X PRINT#1, ENTER07 INPUT#2, C% Adjust Calibration Card Pots PRINT#1,OUTPUT07K12345XPRINT#1,OUTPUT07*P02X PRINT#1,OUTPUT07*P01X Power-On Reset PRINT#1,OUTPUT07*RXWhile S% and 4 = Print #1, SPOLL07 Power-Up Settings ‘ Screen shows Q1,7,7,7,0 T1,3,0,0 Y000100PRINT#1,OUTPUT07*S1X PRINT#1, OUTPUT07*RX Time Stamping PRINT#1,OUTPUT07*T1XPRINT#1,OUTPUT07*T2X PRINT#1,OUTPUT07*T0X Assign Alarm Output # Alarm Stamping PRINT#1,OUTPUT07A#1XPRINT#1,OUTPUT07A#0X Byte 1 A07 A00 Byte 2 A15 A08 Byte 3 A23 A16 Byte 4 A31 A24 Configure Channels Same as Without temperature Temp Thermocouple Card TypesThese special types are valid only in degrees Celsius Volts Card Types PRINT#1,OUTPUT07X PRINT#1, OUTPUT07*CPRINT#1,OUTPUT07 U13X # Select Card Set Relay Make Time PRINT#1, OUTPUT07M#0XPRINT#1, OUTPUT07W#32X PRINT#1, OUTPUT07D#12X End Calibration Mode PRINT#1, OUTPUT07H17XPRINT#1, OUTPUT07G17,1X PRINT#1, OUTPUT07J1,2,90.0X ? Error Status Query PRINT#1,CLEAR07PRINT#1,OUTPUT07E?X PRINT#1,ENTER07 INPUT#2,A$ Print A$ Set Data Format Data Input Formats see Note Data Output Formats MM/DD/YYDddddddd Dddddddd = PRINT#1, OUTPUT07F0,0X PRINT#1,OUTPUT07C1, 1PRINT#1, OUTPUT07 U4X PRINT#1, ENTERO7 # Set Burst Mode Frequency PRINT#1OUTPUT07F#15000.0X OUTPUT07F#100.5X Calibrate Channel Gain PRINT#1, OUTPUT07G17,1 Calibrate Channel Offset Set Scan Interval InormAcq PRINT#1, OUTPUT07I010000.0 Digital Input Stamping PRINT#1, OUTPUT07I#0XPRINT#1, OUTPUT07R1X PRINT#1, OUTPUT07I#1X Temp Calibrate Cold Junction OffsetPRINT#1, OUTPUT07J1,2,101.7X Enter Calibration Mode PRINT,ERROR-INVALID Keyword HaltPrint #1, ENTER07 INPUT#2, C% If C% and 16 then Set Trigger Level HystPRINT#1, OUTPUT07F0,0X PRINT#1, OUTPUT07L1,100.0,10.0X PRINT#1, OUTPUT07T4,5,0,0X Set SRQ Mask Set Measuring Mode PRINT#1, OUTPUT07M#1X Set Event Mask Set Digital Outputs PRINT#1 OUTPUT07O?XLine Input #2, N$ Print N$ PRINT#1, OUTPUT07O?X Program Trigger Times ? Query OUTPUT07 V1 X V?PRINT#1, OUTPUT07 V0 X V? PRINT#1, OUTPUT07 V4 V? Set Query Terminator CR LF/EOI LF CR/EOI USER/EOI UserTerminator Type Terminator Description IEEE-488 None R1X R2X R3X U4X U5XPRINT#1,OUTPUT07F0,0X PRINT#1,OUTPUT07Q?X QC? Query Card Data PRINT#1, OUTPUT07 C#5XPRINT#1, OUTPUT07 QC?X INPUT#1 PRINT#1 API Commands Appendix a Read Buffered Data While S% and 8 =PRINT#1 SPOLL07 INPUT#2, S% Wend PRINT#1,OUTPUT07R1X PRINT#1,ENTER07 Line INPUT#2, A$ # Read Last Readings PRINT#1,OUTPUT07F1,0XPRINT#1,OUTPUT07R#16X Line Input #2, R$ Print R Set Real Time Clock PRINT#1, OUTPUT07 S140000.0,4/30/93X Set Trigger Configuration PRINT#1, OUTPUT07 000100.0XPRINT#1, OUTPUT07Y100,10000,0X PRINT#1, OUTPUT07T1,7,0,1X User Status ?I?L?P?Q?S?T?Y? 00256 01024001,1,002,0,003,0 … #123101.20,04/24/93 Change Calibration Keyword Set User Terminator PRINT#1, OUTPUT07V44XPRINT#1,OUTPUT07@X PRINT#1, OUTPUT07V58X # Set Average Weight PRINT#1, OUTPUT07W#64XOUTPUT07Y0,10,0X PRINT#1, OUTPUT07C1 Execute PRINT#1,OUTPUT07*CPRINT#1,OUTPUT07C1-16,1 C17,2 C18-32,3 Set Counts, or Select Blocks PRINT#1,OUTPUT07N0 N2PRINT#1,SPOLL07 INPUT#2,S% Wend PRINT#1,OUTPUT07N0 N1 PRINT#1,SPOLL07 INPUT#2,S% Wend PRINT#1,OUTPUT07U6X Appendix B Memory Allocation U16 Measuring ModesU17 Normal Mode ‘Select Normal mode #16 Samples over which to average‘Select Normal mode Sample over which to average Scan time = #channels x #samples/channel + 12 x 520.83 µs ‘Select high-speed, single-channel mode High-Speed, Single-Channel Mode Burst ModeCondition Configuration Requirements PRINT#1,OUTPUT07 U4X Channel Configuration Signal-Conditioning Modules Type Inputs Connector CSN14/TC/P  Configuring Thermocouple Channels CSN14/LV/ T, B, or S  Configuring Low Volts ChannelsType Volts DC Type Volts AC Scan Configuration CSN14/HV/S Configuring High Volts ChannelsConfiguring a Scan Configuring the Scan Interval Acquisition Configuration Component Description RequiredI000010.0,000000.1 I000010.0,000000.0 Pre-Trigger State Continuous, Gap-Free Acquisition with Two Timebases Configuration Aspects for Programmers Appendix B Post-Trigger State Trigger and Stop EventsPost-Stop State Selected Temperature Channel High or Low Level Alarm on or offExternal TTL High or Low Level ‘@’ character Alarm Stamping A# Time Stamping *T Digital Input Stamping I# With Alarm StampingPRINT#1, OUTPUT07A#1X ‘ Enable digital input stamping With Digital Input Stamping Acquisition Buffer, a Description Trigger Block OrganizationPRINT#1,ENTER Get the response PRINT#1,OUTPUT 07R1X PRINT#1,OUTPUT 07 U6X Multiple Trigger Blocks Acquisition Buffer Interrogation Field Response Implication Field Response Implication Reading the Acquisition Buffer PRINT#1,OUTPUT07 U6XInput Print PRINT#1,OUTPUT07R2X PRINT#1,OUTPUT07R3X Configuring Alarms Alarm Set PointsDigital Alarm Outputs Print #1 PRINT#1,OUTPUT07A3,0X ‘Disable channel 3 from digital output Set Point Hysteresis Digital I/O Operation Appendix C HLL Register Contents Using High/Low/Last HLL RegistersAccessing HLL Registers Example Example shows how to read only the Last readings Data Format F Data Input FormatsCode Data Format F Data Output Formats Engineering Units Data FormatExamples Thermocouples Time/Date Stamp VoltsHhmnss.t,mm,dd,yy Binary Data Format Counts Data Format010203.5 HHhmstMDYLLhmstMDYll Configuring Power-Up State Query ? Commands Status CommandsVuser where 0 user Queries Status, Event Reporting, and Mask Registers Register Chart Status and Event Reporting Registers Register AccessRegister Chart Mask Registers Theory of Operation Appendix C Registers, Data Formats, & Queries Calibration Status Register U2 Command Error Source Register E? CommandEvent Status Enable Register Event Status Register Status Byte Register Bit Location Value Description Ieee 488 Serial Poll Response Service Request Enable RegisterDIO8 MSBit Using Status Reporting Registers DI02 Trigger Latency Trigger OverrunBuffer Overrun Avg Open Thermocouple/Range Error Checking Real Time ClockBuffer Overrun With One Trigger Block Buffer Overrun With Multiple Trigger Blocks − Notes ChartScan Program Examples Appendix D Reading HLL Status using HLL16.BAS Reading HLL Data from T/C & Volts Cards using HLL32.BAS CLS Print The ChartScan is resetting Print #1, Output 07C1-16,1X Print #1, Output 07C17-32,2XPrint #1, Output 07Y30,1,200X Print #1, Output 07I000001.0,00000.3X PRINT#1, Enter INPUT#2, READING$ While INKEY$ = ‘’Print #1, ENTER07 Output #2, U% Print #1, Output 07C1-16,3X Print #1, Output 07C17-32,2X Print #1, Output 07Y50,100,200XPrint #1, Output 07I000000.1,000000.1X Print #1, Output 07L1,20.0,0X T4,5,0,0X Operating Alarms using ALARM2.BAS Print #1, Enter 07 Line Input #2, A$ Print A$ ElseEND if END if Wend Using the Ieee 488 SRQ with Alarms using ALAR2SRQ.BAS On PEN Gosub AlarmHandlerPEN on Print #1, ARM SRQ Print #1, Output 07M1X Collecting Data in Binary Format using BINACQ.BAS LocateInput #2 Print #1 Output 07O?X Line Input #2, A$ Print #1, Output 07R2X Print #1, Enter 07 Line Input #2, U$ Print U$Binary DATA%/10 = C Collecting Binary-Formatted HLL Data using BINHLL.BAS Print #1, Clear Print #1, Output 07*S1XPrint #1, Output 07M#0X Print #1, Output 07W#32X Print #1, Output 07C1-16,1X Print #1, Output 07C17-32,14X Decode received data and print on screen in Ascii Print STR$VALLAST$ Else Print #1, Output 07Y1000,20,10X Print #1, Output 07I000000.3,000000.0XPrint #1, Output 07T1,8,1,0X Print #1, Output 07Q,0,0,8,8,0X Print #1, Output 07U6X Loop Until UA$=Print UAT$ Print UA$ Wend Close END While INKEY$ =Print #1, Disarm SRQ Input #2, EVENT% Print UAPrint #1, Output 07R3X Sleep Print #1, ARM SRQ Return Print #1, Output 07C1,14x Print #1, Output 07M#1X Print #1, Output 07F#20000.0XPrint #1, Output 07Y0,8,0X Print #1, Output 07V32X Q7,0,7,7,1X For i = 1 to UA% Print #1, EnterLocate 14, 1 Print Scan i is Print SCAN$ Appendix E − Notes Universal Command Group UCG Appendix FDecimal Values 00 to 63 ACG, UCG & LAG Box Items Decimal Values 64 to 127 TAG & SCG $41 Decimal Values 00 to 31 ACG & UCG Characteristics Ascii Code Details Decimal Values 00 to 31 ACG & UCG Descriptions Dec Name Description Addressed Command Group ACGAscii Control Codes 00 to Decimal Values 32 to 63 LAG Space Decimal Values 64 to 95 TAG Delete Command Decimal Values 96 to 127 SCGDEL Ascii Code SummaryAppendix F − Notes LED Indications of Error Conditions LED Indicators Appendix G ChartScan Error Messages Appendix H Abbreviations Appendix H Index ChartScan User’s Manual WARRANTY/DISCLAIMER Temperature