Omega OSP SERIES manual Logging Data Manager, Installation, Program Architecture

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12 LOGGING DATA MANAGER

LogMan software allows OSP series users to set and prepare infrared thermometers to acquire the data organized by ‘Tag’.

This software also allows to download data from Instrument on document (table) with date, time and value. You can view table, save table, print table, export table in excel-txt-html and obtain graphs. You can also manage data coping, moving on other tables.

The software menages two different files :

"Extension .LMM are models. It means you will save on disk only preference setting.

"Extension .LMD are models and contains also data. It means you will save on disk current model with all data on table.

When you open a new file a DEFAULT.LMM model will be automatically loaded.

If you prefer different preferences (for example header and footer with your company name) load model DEFAULT.LMD change data and save it.

12.1Installation

LogMan runs on IBM PC under WINDOWS95 or NT. Minimum requirements are a 486 CPU with 8 Mb Ram and 2Mb on hard disk, color monitor and a Microsoft mouse or a compatible one.

In order to install LogMan for Windows, follow the below procedure:

Place the LogMan disk in a 3.5" diskette drive;

From the Windows Program Manager's File Menu, select <RUN>;

Enter the filename A:setup.exe (substitute the letter A for the disk drive that contains LogMan diskette)

Follow on screen instructions making sure to provide your LogMan directory, when prompted, with the correct path.

Once installed, in “Start” menu, the LogMan icon will appear it will be possible to boot it by select it as usual.

12.2Program Architecture

LogMan has a typical Windows structure with a series of menu and toolbars that can be recalled by clicking on the name, or on the icon which represents the action the user wants to carry out.

The main menu program is structured as it follows:

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Contents OSP Series Portable IR thermometers OMEGAnetSM On-Line Service Internet e-mail Info@omega.com Introductory Note Table of Contents Data Acquisition Operative Mode Innovative design General featuresGeneral Description Instrument codes Thermocouple measuring ranges SpecificationsTarget pinpointing General FeaturesGeneral Optical SystemSelf calibration KeyboardDisplay Digital InterfaceLogging Data Manager Logging ModeCalculated Measurements CasePhysical Description Functional Description Power supplyFirmware Battery chargerMicrocontroller Unpacking ΛEM = 10.6 ∝M PRE-OPERATIONAL CheckPower supply from main line AC Power SupplyHow to maximize the life span of the battery Power supply with alkaline batteriesAnalogue input Laser SightPage Trigger * MEM SEL Enter How to Operate the instrumentOperations Quick StartLaser sighting HoldWorking band Weight Unstable temperature measurementAlarm settings HAL Minimum, maximum, average and difference indication Automatic Emissivity Setting Technical Unit selection ConfigurationThermocouple input enabled Temperature Scale selectionAcquisition settings Date & Real Time clock settingActual Target Emissivity Ambient Temp Indicated Temp TAM Ambient Temperature Compensation TAMBuzzer On/Off OSP 500/800 decimal point selectionInstrument serial number Firmware revision numberBattery level of charge Acquisition by dedicated Tags Data Acquisition Operative ModeHow to operate in data acquisition mode Log Recall stored data Program Architecture InstallationLogging Data Manager Edit FileHelp DataToolbars Move into an open file Quick startingCopy into an open file Move into a new filePress the or key to select the Tag a identification code Log Page Sighting telescope system Options & AccessoriesPrinter operations Part n Description Filter installationInstallation of the sighting device Red Point pinpointing systemPage Emissivity Application NotesInfrared energy ApplicationsTTL to RS 232 adapter Digital output wiring practiceDigital Interface Computer Communication protocolComputer data request from OSP to PC Reading values $00 Pyrometer measureWriting values Computer data setting from PC to OSPExample a Communication programsExample a Data transfer from OSP to PC Example B PC instructions to OSP9Ø Chksum = DATA1 + DATA2 + DATA3 + DATA4 and &H7F Example BErr MaintenanceFaulty operating conditions StorageAppendix A1.1 Typical Emissivity Values A1 How to determine an object emissivity14 µm A1.2 Metals Typical Emissivity ValuesA1.3 Non-metals Typical Emissivity Values Index Weight Working band WARRANTY/DISCLAIMER Temperature