Omega OMP-MODL - Manual

Omega OMP-MODL

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Table of Contents:

  • Page 2 – OMEGAnet; Servicing North America:
  • Page 3 – NTRODUCTION; it is HIGHLY
  • Page 4 – OMP-MODL System Base; plates
  • Page 5 – HyperWareTM Software
  • Page 6 – Additional Components
  • Page 7 – EATURES; all
  • Page 8 – UMMARY OF
  • Page 10 – YSTEM; System Base; NCLOSURE
  • Page 11 – KEYHOLE SLOTS
  • Page 12 – ODULE; Overview
  • Page 13 – Feedback LED Indicator:; Command; Status LED Indicator:
  • Page 14 – This Reset does not clear data memory
  • Page 15 – RS-232 Serial Communications Port; Note that this port is not for direct connection of a
  • Page 16 – For relative reference, with the communication
  • Page 18 – Relay R1; icon within the Program Net executing in the logger.; EPROM; LOW RANGE
  • Page 19 – Relay R2; TTL Alarm Output; icon within HyperNet. The; GND
  • Page 20 – RTC / Memory Backup Battery; Status
  • Page 21 – CJC
  • Page 22 – CJC S; EXT; Chassis Ground
  • Page 24 – Using the ModuLogger
  • Page 25 – NTERFACE; ANDLING; Do not wrap or store the Interface Module in static generating
  • Page 26 – NSTALLATION; To add a module, perform the following steps
  • Page 27 – Orient the Interface Module to be added so that the similar
  • Page 29 – ML-DISP Display and User Interface Module
  • Page 31 – ATTERY; Field Installation of the ML-BATT Module; positive terminal toward the holder end
  • Page 32 – Field Replacement of Batteries; To access the batteries, remove the four retaining screws holding
  • Page 33 – ISPLAY AND; Module Installation:; Refer to the; Hardware Input Signal Configuration Switches:
  • Page 34 – NEXT and SELECT
  • Page 35 – Display Operation
  • Page 36 – Erases data memory, leaving Net program intact; SELECT
  • Page 37 – TIP; Display Menu Items; Log to Full
  • Page 39 – Depending on the User defined format
  • Page 41 – Status Lights
  • Page 43 – OUR; The MLAD-1 module of the System Base; Type
  • Page 44 – Icon
  • Page 45 – The switch banks may have different numbering than the circuit; Module
  • Page 46 – AMP
  • Page 47 – MLIM-1 Channel Configuration via Software:; ON
  • Page 48 – HERMOCOUPLE; Thermocouple Connection:; Polarity is critical.; couple Icon; Terminal Strip; Shield
  • Page 49 – Thermocouple Application Notes:; DIFFERENTIAL POTENTIAL:; to minimize current loop induced errors, use; OLTAGE; Range Icon
  • Page 50 – Shielded wire minimizes the amount of noise picked
  • Page 51 – APPLICATION NOTES DC Voltage Channels; URRENT
  • Page 52 – Typically, with current signals (in contrast to low; Panel Meter
  • Page 53 – APPLICATION NOTES DC Current Channels
  • Page 55 – IGITAL
  • Page 56 – insure that the marking on the circuit board is followed; Hardware Input Configuration Switches:; Counter
  • Page 57 – Channel input impedance is greater than 30K ohm.; Event / Counter Input Signal Connections:; Input; VDC; Common Common; Contact Closure Application; connections
  • Page 58 – Note that a direct connection exists between; Frequency
  • Page 59 – Frequency Signal Connection:; Earth Ground; Channel A
  • Page 60 – Note; Voltage; Digital
  • Page 61 – Digital Output Signal Connections:; Output; Channel E; Channel F; Channel G; Channel H; LOAD
  • Page 62 – ESISTANCE
  • Page 63 – Each switch bank should have only ONE switch ON and the other four; New Program
  • Page 64 – RTD Input
  • Page 65 – -Wire Configuration; Estimate the total length of the lead wire to be used.; Wire Gauge; Table 5: Typical Copper Wire resistance
  • Page 66 – -Wire Configuration; Config
  • Page 67 – As can be seen in the 3-Wire Wiring Diagram, each channel
  • Page 68 – -Wire Configuration
  • Page 69 – Excitation Currents used for MLIM-4 Ranges
  • Page 72 – The switch bank may have different numbering than the circuit; VENT; For powered input signals, the MLIM-8 Event function defines; Event icon
  • Page 73 – Event Input Signal Connections:; HLIM-8 Terminal Strip Connections
  • Page 74 – negative lead to one of the four
  • Page 76 – OTES
  • Page 77 – EMORY; Operation of the MLIM-5 and PCMCIA Memory Card:
  • Page 79 – AND; Telephone Line Connection:
  • Page 80 – Plug the other end of the phone cord into the telephone wall jack.; Hardware Configuration Switches:; message
  • Page 84 – OFTWARE; HyperCommTM; - supports serial communications between the; HyperNetTM; - a visual programming environment for; HyperTrackTM; data display of Program; HyperComm; HyperNet
  • Page 85 – PC R; File
  • Page 88 – YPER; VERVIEW; Upon launching HyperWare, the
  • Page 89 – STABLISHING AN
  • Page 90 – If the port number is unkown, select one of the; Omega Engineering supplied; LBI supplied adapters are wired for proper; STABLISHING A; Modem Hardware Configuration:; This modem is referred to as the remote modem in this manual.
  • Page 91 – HyperComm Connection via Modem:; If the port number to which the modem is
  • Page 92 – The remote modem (at the logger) will automatically; Local Modem Capability
  • Page 95 – ISUAL
  • Page 96 – Communication Techniques; Drag and Drop of Icons:; Icons representing various types of; Communication Icons and their Functions
  • Page 97 – Clear Button Icon (; logger Clear not PCMCIA Clear; Unit Name and ID Query; icon
  • Page 99 – GOOD; Time Set; Synchronized with PC Time:; Program Net Transfer; The Net
  • Page 100 – If the target logger memory contains collected; Data Download; Memory
  • Page 101 – Probe Point Query; last updated value at the Probe Point node; Point icon
  • Page 102 – Probe Point is used for the icon name as; CAUTION; Password
  • Page 107 – PCMCIA C; ARD; NOTE
  • Page 108 – Hardware Configuration; Visually inspect the formatted and prepared (as supplied
  • Page 109 – OMP-MODL Configuration
  • Page 110 – Installing the CardTalk Drivers:
  • Page 111 – Quick Test of the PCMCIA Drive Configuration
  • Page 112 – HyperWare Software Configuration
  • Page 113 – PCMCIA Card Usage with HyperWare; PCMCIA Card - Expanded
  • Page 114 – Insert a PCMCIA card into the PD-1 drive; ISCELLANEOUS; Formatting PCMCIA cards; TCFORMAT X: where X is the PD-1 drive letter
  • Page 115 – however it is highly recommended that any valuable data in the; Read Only
  • Page 116 – Carefully insert the battery door and swing it closed.
  • Page 119 – XAMPLE
  • Page 120 – Accessing the HyperNet Window; To enter the; Returning to the HyperComm Window; Descriptions of the main button / icon groups follow:
  • Page 121 – HyperComm Access; and; Open Net and Save Net; Clicking on the Open Net button (or selecting; Return to
  • Page 122 – Program Net Icon Selection Bar; ROGRAM; Configuration details that must match include:
  • Page 123 – Users that have a number of OMP-MODLs in use; Icon Placement
  • Page 124 – Input Icons; construction
  • Page 126 – Configuring Icons
  • Page 127 – dialog box
  • Page 128 – Numerical values; DATA
  • Page 129 – Adding Signal Connections Between Icons; Differing terminal types cannot be interconnected. For; LOGIC; UPDATE
  • Page 130 – Modifying the Routing of Icon Connection Lines; CONNECTORS; Saving the Net; ET; Program Net Checklist
  • Page 131 – Program Net Execution Speed; Total number of icons in the Program Net; - different types of icons require various; Program Net design -; Program Nets can be developed
  • Page 132 – Input Icon Type; Thermocouple Type J; types of signals / Program Nets
  • Page 133 – HyperNet Printout
  • Page 135 – Before; OST
  • Page 137 – Entering the Post-Processing window; File/Data File Information; Processing
  • Page 138 – Adding Icons; which is then stored to the destination file.; Connecting Icons; or with the Save Net button. The saved Post-
  • Page 139 – TARTING A; type will be launched as specified under the; A S; YPER LOT
  • Page 140 – Merged File Characteristics
  • Page 142 – Directly from the HyperComm Window for an immediate review
  • Page 143 – From Post-Processing Window; Time Axis; HyperPlot
  • Page 144 – currently displayed screen view
  • Page 145 – for the currently displayed view; Options
  • Page 146 – Using the provided; Time Interval; text box, the time base
  • Page 147 – Manual Ranges
  • Page 148 – Through the; Via the Windows Clipboard
  • Page 150 – Develop and upload to the OMP-MODL a Program Net which
  • Page 151 – ONSTRUCTING A
  • Page 152 – Determining OMP-MODL Program Net Probes Information; Establish a serial connection with the OMP-MODL to be
  • Page 154 – HyperTrack
  • Page 155 – Unconnected Probe Point icons will not display.; Other HyperTrack Net Development Options; or with the; Scroll icon
  • Page 156 – HyperTrack Scrolling Display Window; Tracking
  • Page 158 – Trending Configuration Dialog; NOTE: After changing any of the following settings,; Time Display Formats
  • Page 159 – NOTE: Stopping, then restarting a HyperTrack; but will not close; button
  • Page 163 – PPENDICES
  • Page 165 – PPENDIX; THERMOCOUPLE I; NPUT; ICON CONFIGURATION DIALOG BOX:
  • Page 166 – Use This Channel for Voltage:
  • Page 167 – OLD
  • Page 169 – ULL; Change this channel to a thermocouple input:
  • Page 173 – ADC F
  • Page 175 – RTD
  • Page 177 – HERMISTOR
  • Page 178 – CONFIGURATION OPTIONS:
  • Page 181 – EVENT
  • Page 182 – Contact bounce is a phenomenon that
  • Page 183 – COUNTER
  • Page 189 – FREQUENCY
  • Page 192 – Change This Channel to an Output:
  • Page 193 – DIGITAL O; UTPUT; Use this channel for Input:
  • Page 194 – DIGITAL ALARM
  • Page 195 – RELAY ALARM
  • Page 197 – GREEN LED S; TATUS
  • Page 198 – LCD MESSAGE
  • Page 200 – PAGER C; ALL
  • Page 201 – Number of times to repeat page:; Number of seconds between retries:; APPLICATION CONSIDERATIONS:
  • Page 202 – PROBE POINT; Display Probe Icon Values; Default to Input Formats
  • Page 203 – Long Integer
  • Page 204 – MEMORY; CON
  • Page 206 – DESTINATION FILE
  • Page 207 – DISPLAY I
  • Page 210 – DELTA; UNCTION
  • Page 211 – Output data if input changes by more than:
  • Page 212 – AVERAGE; Sliding
  • Page 213 – Number of Samples per Average:
  • Page 214 – Clear Sample Count and Average upon Enable:
  • Page 215 – MINIMUM
  • Page 216 – Output current Value upon disable:
  • Page 217 – MAXIMUM
  • Page 219 – SUM
  • Page 222 – Calculate Per Period:
  • Page 223 – IME
  • Page 225 – MATH
  • Page 226 – FUNCTION
  • Page 227 – X or Y Updated
  • Page 229 – COMPARATOR; SETPOINT
  • Page 231 – X input Updated; Y input Updated
  • Page 232 – CONSTANT
  • Page 234 – LATCH
  • Page 236 – AND L; OGIC
  • Page 237 – OR L
  • Page 238 – XOR; XCLUSIVE
  • Page 239 – NOT; NVERTER
  • Page 240 – TIMED COUNTER; Clear Counter on Output:
  • Page 241 – Output Count upon disable:
  • Page 242 – UP COUNTER
  • Page 244 – SAMPLE RATE CLOCK; Alternate Rate Input:
  • Page 245 – Never use Alternate Rate
  • Page 248 – WarmUp Time
  • Page 249 – CLOCK F
  • Page 250 – Absolute Start / Stop or Delayed Start Mode:
  • Page 252 – Suspend While Disabled:
  • Page 253 – Reset Upon Enable/Suspend While Enabled:
  • Page 254 – STOP LOGGING
  • Page 255 – WARNING
  • Page 256 – System RESET
  • Page 257 – GLOBAL; Program Description:
  • Page 259 – Battery
  • Page 261 – Clear Sample Count and Totals upon Enable:; Clear Totals After Output:
  • Page 264 – This is the state of the icon’s output uon enabling
  • Page 265 – HAP
  • Page 269 – ATE OF; Input Rate Time Base:
  • Page 271 – Engine Oil Cooler Performance Test:
  • Page 272 – Hydraulic Pump Performance Test
  • Page 273 – Tank Level / Inventory Profiling Data Collection with Alarming:
  • Page 274 – High Speed Thermocouple Application:
  • Page 277 – Path and File
  • Page 283 – To change the EPROM chip:
  • Page 284 – SYSTEM INITIALIZED
  • Page 285 – ADC Input Filtering; However; Filter Level; 0Hz / 60Hz Sofware Filtering
  • Page 286 – As with all filtering, a compromise is involved.
  • Page 289 – Interface Modules
  • Page 291 – PIN; Ground
  • Page 293 – TROUBLESHOOTING PROGRAM NETS:; Probe Point Diagnostics:; The main batteries may be discharged:
  • Page 294 – The OMP-MODL may have a corrupted Program Net:; SERIAL COMMUNICATION PROBLEMS:; only Omega Engineering OMP-MODL adapters and cables
  • Page 295 – LOCAL
  • Page 296 – Initialization String
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Summary

Page 2 - OMEGAnet; Servicing North America:

OMEGAnet SM On-Line Service http://www.omega.com Internet e-mail [email protected] Servicing North America: USA: One Omega Drive, Box 4047Stamford, CT 06907-0047Tel: (203) 359-1660e-mail: [email protected] FAX: (203) 359-7700 Canada: 976 BergerLaval (Quebec) H7L 5A1Tel: (514) 856-6928e-mail: canada@omega....

Page 3 - NTRODUCTION; it is HIGHLY

1... I NTRODUCTION U SING THE OMP-MODL 1-1 1... I NTRODUCTION M ANUAL O VERVIEW This User’s manual provides information relative to the use of the OMP-MODLPortable Data Logging Systems manufactured by Omega Engineering. The manualis organized into sections describing the main components of a OMP-MOD...

Page 4 - OMP-MODL System Base; plates

1... I NTRODUCTION U SING THE OMP-MODL 1-2 OMP-MODL System Base The OMP-MODL System Base refers to the main data logger unit composedof a stack of two interconnected modules... the MLCPU-1 module and theMLAD-1 module. These two modules combined house the mainmicroprocessor and support circuitry, mem...

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