Omega OSP SERIES manual Red Point pinpointing system, Filter installation, Part n Description

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2Remove the elevation and the windage adjustment caps.

3Switch on the two pinpointing lasers and aim them to a target placed at a distance equal to the working distance.

4The aiming must be carried out by keeping the eyepiece at a distance of about 80 cm from the eye.

5Operating on the two adjustments (elevation and windage), place the center of the reticule in connection with the center of the axis joining the two spot lasers. The minimum suggested working distance is 5 meters, shorter working distance can cause alignment problems.

6In this way the telescope is aligned to operate at the working distance; a variation in the working distance requires a new alignment of the telescope.

Filter installation

1Filter use is suggested in viewing targets with temperature higher than 1000°C

2Install the filter ring on the front side of the telescope lightly pushing the component

CAUTION

NEVER LOOK AT THE SUN THROUGH THE TELESCOPE: THE CONCENTRATION OF STRONG SOLAR RAYS CAN CAUSE SERIOUS EYE

DAMAGE.

NEVER LOOK AT TARGET WITH TEMPERATURE HIGHER THAN 1000°C WITHOUT THE TELESCOPE PROTECTION FILTER.

CONCENTRATION OF STRONG VISIBLE - IR RADIATION CAN CAUSE EYE DAMAGE

13.3Red Point pinpointing system

Item

Q.ty

Part n.°

Description

1

2

EE010015 fastening screws for the guide

2

1

EE280169

guide

3

1

EE280180

N°1 red point sight device

 

 

 

N°2 mounting rings

 

 

 

N°1 polarize filter

 

 

 

N°1 lens Hood extension

4

1

EE360055 filter for T > 1300°C

5

1

EE360057 filter for T from 1000 to 1300°C

6

1

EE370127

O-ring/O-ring

Installation of the sighting device :

1.Remove with a cut screwdriver the nut protection caps placed on the upper part of the instrument.

2.Place the guide on the upper part of the pyrometer, taking care of orientating it so that it leans entirely on the back of the instrument.

3.Fasten the screws in order to make the guide integral with the pyrometer.

4.Place the mounting rings on the guide, in order to cling them to the side edges. Let each ring slide along the guide until each catch is housed in the respective slot. Fasten firmly each fastening screw with a coin or a screwdriver.

5.Separate the upper and the lower half of each mounting ring by removing the two screws, using the enclosed hexagonal wrench.

6.Put the sighting device in the supporting framework formed by the lower halves of the mounting rings, so that the rheostat hand grip is situated on the left side of the pyrometer, with respect to the aiming direction.

7.Rotate the sighting device into the mounting rings, in order to bring the elevation adjustment (UP) high. Fasten the screws, avoiding to make an excessive clamping.

Alignment of the sighting device :

1.Make the pyrometer integral with a support.

2.Activate the illuminated red point by turning the rheostat hand grip clockwise to increase the brightness or in an counter-clockwise direction to reduce it. The position “1” indicates the minimum brightness and the position “7”, the maximum one.

3.The aiming must be carried out by keeping the eyepiece at a distance of at least 7 cm from the eye.

4.Remove the elevation and the windage adjustment caps.

5.Switch on the two pinpointing lasers and aim them to a target placed at a distance equal to the working distance. The minimum suggested working distance is 5 meters, shorter working distances can cause alignment problems

6.Operating on the two adjustments (elevation and windage), place the illuminated red dot in connection with the centre of the axis joining the two spot lasers.

7.In this way the sighting device is aligned to operate at the working distance ; a variation in the working distance requires a new alignment of the sighting device.

Filter installation

1Select the filter depending on the working temperature

2Insert the selected filter in the internal side of the polarized filter mount

3Place the O-ring over the filter to lock it

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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 SpecificationsTarget pinpointing General FeaturesGeneral Optical SystemSelf calibration KeyboardDisplay Digital InterfaceLogging Data Manager Logging ModeCalculated Measurements CasePhysical Description Functional Description Power supplyMicrocontroller Battery chargerFirmware 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 How to operate in data acquisition mode Data Acquisition Operative ModeAcquisition by dedicated Tags Log Recall stored data Logging Data Manager InstallationProgram Architecture 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 Printer operations Options & AccessoriesSighting telescope system Part n Description Filter installationInstallation of the sighting device Red Point pinpointing systemPage Emissivity Application NotesInfrared energy ApplicationsDigital 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 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