Omega OSP SERIES manual Computer data setting from PC to OSP, Writing values

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DATA4 'X' (ASCII CODE)

$0C - Last 4 chars tag description --------------------------------------------------

RX

DATA1

'X' (ASCII CODE)

 

DATA2

'X' (ASCII CODE)

 

DATA3

'X' (ASCII CODE)

 

DATA4

-

 

$0D - Alarm status ------------------------------------------------------------------------

RX

DATA1

LAL Status (0=No alarm - 1=Alarm active)

 

DATA1

HAL Status (0=No alarm - 1=Alarm active)

 

DATA1

-

 

DATA1

-

 

$1C - Firmware version -----------------------------------------------------------------

RX

DATA1

'X' (ASCII CODE)

 

DATA2

'X' (ASCII CODE)

 

DATA3

'X' (ASCII CODE)

 

DATA4

'X' (ASCII CODE)

 

15.3.2Computer data setting from PC to OSP

Computer

 

OSP

 

Tx IDNAME

Rx IDNAME

Proceed if the name is acknowledged

Rx IDNAME

Tx IDNAME

If not, do not answer

Tx Instruction

Rx Instruction

 

Rx Instruction

Tx Instruction

 

Tx DATA 1

Rx DATA 1

 

Rx char

Tx char

 

Tx DATA 2

Rx DATA 2

 

Rx char

Tx char

 

Tx DATA 3

Rx DATA 3

 

Rx char

Tx char

 

Tx DATA 4

Rx DATA 4

 

Rx char

Tx char

 

Tx CHKSUM

Rx char

 

Rx char

Tx char

 

IDNAME, Instruction, DATA 1, DATA 2, DATA 3, DATA 4 and CHKSUM are 8-bit values (1 byte). CHKSUM = DATA 1+DATA 2+DATA 3+DATA 4 .AND. FF

The above is useful to verify correct received data.

The minimum time-out of OSP is 3 seconds.

IDNAME is set to 1.

Writing values

$80 - Emissivity----------------------------------------------------------------------------

TX

DATA1

0

 

DATA2

0

 

DATA3

0

 

DATA4

VALUE

 

VALUE = EMISSIVITY X 100

 

$82 - Tc type --------------------------------------------------------------------------------

TX

DATA1

0

 

DATA2

Tc type (0=Tc K - 1=Tc S)

 

DATA3

0

 

DATA4

0

 

$84 - HAL Setpoint------------------------------------------------------------------------

TX

DATA1

VALUE (HH)

 

DATA2

VALUE (H)

 

DATA3

VALUE (L)

 

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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 General Description General featuresInnovative design Instrument codes Thermocouple measuring ranges SpecificationsGeneral General FeaturesOptical System Target pinpointingDisplay KeyboardDigital Interface Self calibrationCalculated Measurements Logging ModeCase Logging Data ManagerPhysical Description Functional Description Power supplyMicrocontroller Battery chargerFirmware Unpacking ΛEM = 10.6 ∝M PRE-OPERATIONAL CheckHow to maximize the life span of the battery Power SupplyPower supply with alkaline batteries Power supply from main line ACAnalogue input Laser SightPage Operations How to Operate the instrumentQuick Start Trigger * MEM SEL EnterLaser sighting HoldWorking band Weight Unstable temperature measurementAlarm settings HAL Minimum, maximum, average and difference indication Automatic Emissivity Setting Thermocouple input enabled ConfigurationTemperature Scale selection Technical Unit selectionAcquisition settings Date & Real Time clock settingBuzzer On/Off Ambient Temperature Compensation TAMOSP 500/800 decimal point selection Actual Target Emissivity Ambient Temp Indicated Temp TAMInstrument serial number Firmware revision numberBattery level of charge How to operate in data acquisition mode Data Acquisition Operative ModeAcquisition by dedicated Tags Log Recall stored data Logging Data Manager InstallationProgram Architecture Help FileData EditToolbars Copy into an open file Quick startingMove into a new file Move into an open filePress the or key to select the Tag a identification code Log Page Printer operations Options & AccessoriesSighting telescope system Installation of the sighting device Filter installationRed Point pinpointing system Part n DescriptionPage Infrared energy Application NotesApplications EmissivityDigital Interface Digital output wiring practiceTTL to RS 232 adapter Computer data request from OSP to PC Communication protocolComputer Reading values $00 Pyrometer measureWriting values Computer data setting from PC to OSPExample a Data transfer from OSP to PC Communication programsExample B PC instructions to OSP Example a9Ø Chksum = DATA1 + DATA2 + DATA3 + DATA4 and &H7F Example BFaulty operating conditions MaintenanceStorage ErrAppendix 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