Demonstration thermography report for super resolution 1

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Demonstration Thermography Report Company Device Customer E-Mail: [email protected] Phone: 01420 544433 Andy McGrath - Testo Tester: 32 degree, Wide Angle Lens Lens: 01799300 & 01906938 Serial No.: Testo 875-2 & 876 Alton Newman Lane Testo Limited 21st October 2011 Measuring Date: Alton Testo Service & Calibration Laboratory Measuring Site: Demonstration Thermography Report to verify the Operation of the SuperResolution feature on Testo Thermal Imaging Cameras to provide Higher Resolution images for Reports. Task Alton, Hampshire, GU34 2QJ Cheriton House, Newman Lane, Testo Ltd 1/10 Page

Transcript of Demonstration thermography report for super resolution 1

Page 1: Demonstration thermography report for super resolution 1

Demonstration Thermography Report

Company

Device

Customer

E-Mail: [email protected]

Phone: 01420 544433

Andy McGrath - Testo

Tester:

32 degree, Wide AngleLens

Lens:

01799300 & 01906938Serial No.:Testo 875-2 & 876

Alton

Newman Lane

Testo Limited

21st October 2011Measuring Date:

Alton

Testo Service & Calibration Laboratory

Measuring Site:

Demonstration Thermography Report to verify the Operation of theSuperResolution feature on Testo Thermal Imaging Cameras to provideHigher Resolution images for Reports.

Task

Alton, Hampshire, GU34 2QJ

Cheriton House, NewmanLane,

Testo Ltd

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Demonstration Thermography Report

File:

IV_00065.BMT 21/10/2011

Measuring Time:

10:14:37

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.Standard Resolution.

Remarks:

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Demonstration Thermography Report

File:

IV_00066.BMT 21/10/2011

Measuring Time:

10:14:46

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.Standard Resolution.

Remarks:

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Demonstration Thermography Report

File:

IV_00067.BMT 21/10/2011

Measuring Time:

10:15:10

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.SuperResolution.

Remarks:

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Demonstration Thermography Report

File:

IV_00068.BMT 21/10/2011

Measuring Time:

10:15:17

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

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Demonstration Thermography Report

File:

IV_00069.BMT 21/10/2011

Measuring Time:

10:16:27

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.Standard Resolution.

Remarks:

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Demonstration Thermography Report

File:

IV_00070.BMT 21/10/2011

Measuring Time:

10:16:35

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.Standard Resolution.

Remarks:

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Demonstration Thermography Report

File:

IV_00071.BMT 21/10/2011

Measuring Time:

10:17:01

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.SuperResolution.

Remarks:

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Demonstration Thermography Report to highlight the capabilities of the Testo SuperResolution feature on Testo 875 & 876 series Thermal Imaging Cameras.

This is an example report for Demonstration purposes only. The report format is using the "Standard" report template from the selection of Report Templates available in the Testo IR software.

The Thermal images used in the Report are of various of Printed Circuit Boards and this report is compiled to

Demonstration Thermography Report

File:

IV_00072.BMT 21/10/2011

Measuring Time:

10:17:08

20.0Refl. temp. [°C]:

0.95Emissivity:

Picture parameters:

Date:

Test Image of Printed Circuit Board.Image taken with Testo 875-2 Thermal Imaging Camera.SuperResolution.

Remarks:

Review:

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Demonstration Thermography Report

The Thermal images used in the Report are of various of Printed Circuit Boards and this report is compiled to Demonstrate the capability of the SuperResolution feature, (which can be applied to the Testo range of Thermal Imaging cameras), to provide enhanced Resolution Thermal Images.

The purpose of the report is to demonstrate the capabilities of the Testo 160 x 120 pixel configuration Thermal Imaging cameras in respect of the image quality / resolution produced with this level of Thermal Imaging camera and to then show, that when the SuperResolution feature is applied, how the resolution of the thermal image is enhanced, thus producing higher quality images for Reporting purposes.

Please note that any temperatures indicated on the images are "Apparent Temperatures" and may not be truely representative. An overall emissivity value has been used in the images for these demonstration purposes. For accurate temperature measurement, the relevant emissivity value for the specific material to be measured, would have to be established and utilised in the report.

It should be noted that Testo do not provide a Thermography Consultancy Service, the images are purely for Equipment Demonstration purposes to highlight the capabilities of the Testo range of Thermal Imaging cameras and the Testo IR software.It is not the purpose of the images/report to specifically identify/highlight any faults or Thermal Anomalies, or to provide comment/observation relating to any anomalies.

Some of the features of the camera and software have also been applied to the Thermal images.

Spot Temperature markers have been added to the thermal images to indicate temperatures.

Auto Hot / Cold Spot Indicator has been applied, which automatically highlights the Hottest or Coldest point in the defined area.

Temperature Profile Line Graph shows the temperature variation in graph form across the subject.

Palettes a variety of palettes have been used for the thermal images. Eight palettes are available on the camera and in the software.

The images are automatically Time and Date Stamped to verify the time and date when the images were taken.

The report also details the Emissivity value relating to the image taken.

Andy McGrath - Testo

,21/10/2011

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