Omega Vehicle Security 1400 D#

Appendix A API Commands

ChartScan User’s Manual A-27

D# - Set Relay Make Time

TYPE

System

EXECUTION

Deferred

SYNTAX

D#make

Specify how long to wait after closing a channel relay before reading valid

data, where make is the number of 520.833-microsecond intervals.

DESCRIPTION

The Set Relay Make Time (D#) command allows the user to increase the delay between closing a relay and

reading valid channel data. The system powerup default is: make = 6 = 3.125 milliseconds.

If common mode voltages on adjacent channels are widely dissimilar, reading inaccuracies can result. This

inaccuracy is due to inadequate settling time at the instrumentation amplifier when the unit is scanning between

channels. To eliminate these inaccuracies, the settling time can be increased usi ng the D# command as shown

in the example below.

EXAMPLE

PRINT#1, “OUTPUT07;M#0X”

‘ Select Normal mode

PRINT#1, “OUTPUT07;W#32X”

‘ Select number of samples = 32

PRINT#1, “OUTPUT07;D#12X”

‘ Set Relay Make Time = 12 = 6.25 milliseconds

PRINT#1, “OUTPUT07;Y0,10,0X”

‘ Setup to read 10 past trigger scans

PRINT#1, “OUTPUT07;C1-360,1X

‘ Enable channels 1 - 360 for J type thermocouples

PRINT#1, “OUTPUT07;T1,8,0,0X”

‘ Arm the unit

PRINT#1, “OUTPUT07;@X”

‘ Trigger unit and collect scans

Contents

Main OMEGAnetSM On-Line Service http://www.omega.com Internet e-mail info@omega.com Servicing North America: USA: Canada: How To Use This Manual Appendices Table of Contents 1 ChartScan- Unit Startup & ChartView Tutorial 2 General Information 3 Hardware 4 ChartView Software Reference 5 eZ-PostView and ViewXL 6 Calibration Appendices Page ChartScan Unit Startup and ChartView Tutorial 1 Unit Startup 1. Inspect Your System 2. Install Software 3. Check and Install Hardware a) Verify Voltage Setting b) Verify DIP Switch Setting c) Install Signal Conditioning Card(s) Page 5. Apply Power to ChartScan 6. Connect Channel Signal Inputs Page 7. Start ChartView, Configure System, and Collect Data = Mouse, = Arrow Keypads , or, or, F6 or,[Tab to and hit or, [Tab to and hit Page ChartView, Basic Concepts Configuration Files Understanding Groups, Charts, & Channels Three Ways of Using ChartView ChartView Tutorial 1. Select Interface Device (1) From Windows, start ChartView by double-clicking on the (3) Select Simulated Instrument. In an actual application you would select 2. Configure Chart Setup (5) Verify that the Advanced tab (under Automatic Chart Creation) is (6) Choose 2 for the number of groups. [Standard program is (7) Choose 3 for the number of charts. (8) Choose 4 for the number of channels. (9) Click Automatic Chart Creations/Create Charts. At this point (14) On ChartViews Main Window, click on Setup in the pull-down menu row. The Setup pull-down 4. Configure Acquisition. Page 5. Review Configuration. (20) (21) (22) (23) 6. [Optional]. Save Configuration File. Page Page General Information 2 General Description Operational Aspects Data Handling and Triggering Software and Hardware ChartScan Specifications General Channels Triggers Data Storage & Format Page Calibration Page Hardware 3 Front Panel Rear Panel ChartScan Rear Panel Power Aspects Memory Configuration Page RS-232/422 Interface Configurations Steps for RS-232/422 Configuration RS-232/422 Serial Settings (Standard Units) RS-232/422 Serial Settings (Early Production Units) Serial Port Pin Connectors Serial Port Pin Connector Signals for RS-232/422 Applications Ethernet Interface Configuration IEEE 488 Interface Configuration (Option) IEEE 488 Pinout Specifications Page IEEE 488 Configuration Settings Digital I/O Lines Logic Levels Digital I/O Port Pinout External TTL BNC Connectors Signal Conditioning Cards CSN14/TC/P Page CSN14/LV/ (T, B, & S) CSN14/HV/S CSN14/HV/S, High Voltage Card with Safety Jack Connectors CSN/Relay Card CSN/Relay Card Specifications Expansion Chassis, CSN/Exp (Option) Connecting the Expansion Chassis WARNING WARNINGWARNING WARNING Page Page Page Page ChartView Software Reference 4 ChartView, ChartView Plus, ChartViewNET, and ChartViewNET Plus Groups, Charts, & Channels Three Ways of Using ChartView Some of the data acquisition scenarios pertaining to ChartView are as follows: Four Basic Data Acquisition Sce narios What ChartView and ChartView Plus Provide Main Window = Mouse, = Arrow Keypads , or, F5 15 Multiply (x2) or, Tab-to/Spacebar or, Windows Pull- Channel Information Region Status Indicator Region Main Window Toolbar Group Select Start, Pause, and Stop Charts Scroll Faster & Scroll Slower Display Configuration Page Page Page Page Page Channel Configuration PostView post-acq data viewer Arm Acquisition Disarm... Print Charts Main Window Pull-Down Menus File File Menu Note Chart View Page Acquire Data Link to Excel Upload Data During Acquisition Stop Upload Window Device Setup IEEE 488 Setup RS-232/422 Page Page Device Setup Bar Graph, Analog, and Digital Meters Overview Bar Graph Meters Analog Meters Digital Meters Meter Toolbars Meter Pull-Down Menus Meters Configuration Menu Configuring a Meter Setup Window Channel & Alarm Setup Dialog Box Page Page Acquisition Setup Dialog Box Page Page Burst Mode, Operational Issues Measuring AC Voltage, or AC RMS Voltage Page Data Destination Dialog Box Page Chart Setup Wizard Introduction Automatic Chart Setup with Wizard Bypassing Automatic Chart Setup eZ-PostView and ViewXL 5 Introduction eZ-PostView ViewXL Calibration 6 Introduction Calibration Setup Page ScanCal Software Application ScanCals Main Window Using ScanCal Interface Parameters System Inventory Calibration Calibration Without ScanCal Password Mode Indicator Command Active Indicators Calibration of Main Unit Page Page Page Calibration of Signal Conditioning Cards Page Page Page Page Page Page Cold Junction Calibration Page Page Page Appendices Page Appendix A API Commands Command Syntax Case Sensitivity Spaces Multiple Parameters Command Strings Command Interpretation Immediate & Deferred Commands Page Deferred Commands, Order of Execution Command Summary Page Page Page Page Command Reference Command Description Format Type Execution The Commands @ *B *C *F *K *P *R *S *T A A# C Page Page C# D# E E? F Page Page F# G H I I# J K L M M# N O P ? Q Page QC? Page R R# S T Page U Page Page Page V W# X Y Appendix B Configuration Aspects for Programmers Memory Allocation Measuring Modes Overview Normal Mode High-Speed, Single-Channel Mode (Burst Mode) Configuration Requirements Channel Configuration CSN14/TC/P Configuring Thermocouple Channels CSN14/LV/ (T, B, or S) Configuring Low Volts Channels CSN14/HV/S Scan Configuration Configuring a Scan Configuring the Scan Interval Acquisition Configuration Introduction Pre-Trigger State Continuous, Gap-Free Acquisition with Two Timebases Page Post-Trigger State Post-Stop State Trigger and Stop Events Page Time Stamping (*T) Alarm Stamping (A#) Digital Input Stamping (I#) Page Acquisition Buffer, A Description Trigger Block Organization Page Multiple Trigger Blocks Acquisition Buffer Interrogation Page Page Reading the Acquisition Buffer Page Configuring Alarms Alarm Set Points Digital Alarm Outputs Set Point Hysteresis Digital I/O Operation Appendix C Registers, Data Formats, & Queries Using High/Low/Last (HLL) Registers HLL Register Contents Accessing HLL Registers Page Page Data Input Formats Data Output Formats Engineering Units Data Format Page Binary Data Format Counts Data Format Configuring Power-Up State Queries Query (?) Commands U Status Commands Status, Event Reporting, and Mask Registers Theory of Operation Page Calibration Status Register (U2 Command) Error Source Register (E? Command) Event Status Register Event Status Enable Register Status Byte Register Service Request Enable Register IEEE 488 Serial Poll Response Using Status Reporting Registers Trigger Latency Trigger Overrun Buffer Overrun Buffer Overrun With One Trigger Block Buffer Overrun With Multiple Trigger Blocks Real Time Clock Open Thermocouple/Range Error Checking Page Appendix D ChartScan Program Examples Note: Reading HLL Status using HLL16.BAS Reading HLL Data from T/C & Volts Cards using HLL32.BAS Acquiring Pre- & Post-Trigger Data at Different Rates using SLOW_ACQ.BAS Page Acquiring Pre- & Post-Trigger Data at the Same Rate using FAST_ACQ.BAS Operating Alarms using ALARM2.BAS Page Using the IEEE 488 SRQ with Alarms using ALAR2SRQ.BAS Collecting Data in Binary Format using BIN_ACQ.BAS Page Collecting Binary-Formatted HLL Data using BIN_HLL.BAS 'Decode received data and print on screen in ASCII 'Convert counts to Degree C or Voltage readings Using Auto-Rearm to Capture Multiple Trigger Blocks using BLK_ACQ.BAS After all 5 trigger blocks have been collected, the unit is disarmed by sending the T command. Configure for 12 Channels with Continuous Binary Upload using CONTIN_D.BAS Page 'Query the ChartScan for the # of scans available in the Buffer 'Upload available data Configure for High-Speed, Single-Channel Burst Mode using BURST.BAS 'Query the ChartScan for the # of 256 sample scans available in the Buffer 'Program terminators for LF EOI and a space between channels 'Upload data one scan at a time from the ChartScan Appendix E Bus States, Bus Lines, and Data Transfer Aspects Page Appendix F ASCII Code Summary A ASCII Code Details Decimal Values 00 to 31 ACG & UCG Characteristics Decimal Values 00 to 31 ACG & UCG Descriptions Decimal Values 32 to 63 LAG Decimal Values 64 to 95 TAG Decimal Values 96 to 127 SCG Page Appendix G ChartScan Error Messages Page Appendix H Abbreviations Page Index -A- -B- -C- -D- Page WARRANTY/DISCLAIMER RETURN REQUESTS/INQUIRIES TEMPERATURE PRESSURE, STRAIN AND FORCE FLOW/LEVEL pH/CONDUCTIVITY DATA ACQUISITION