KANDHKOT FIELD GAS COMPRESSOR STATION

THERMOGRAPHY AND THERMAL Imagers

Presented by:

Arslan Ahmed AminEngineer (Electrical / Instrument)

THERMOGRAPHY AND THERMAL IMAGERS

What is ThermographyBenefits of ThermographyApplications in KFGCSSummary

CONTENTS

THERMOGRAPHY AND THERMAL IMAGERS

Thermography is the science of Infrared imaging.

Infrared radiation is electromagnetic radiation emitted by all objects on earth proportion to their temperature.

Infrared camera / thermal imager detects this infrared radiation, also known as radiant heat and generates thermogram.

THERMOGRAPHY

HOW TO USE!!

EXAMPLE

APPLICATIONS

THERMOGRAPHY AND THERMAL IMAGERS

Efficiency in InspectionImprovement in Equipment

MaintenanceIncrease in Equipment ReliabilityIncrease in Equipment SafetySavings in Company Money

BENEFITS

THERMOGRAPHY AND THERMAL IMAGERS

Emissivity of Target SurfacesAluminum, polished 0.05 Platinum 0.08

Brick 0.85 Rubber 0.95

Bronze, polished 0.10 Snow 0.80

Bronze, porous 0.55 Steel, galvanized 0.28

Copper, oxidized 0.65 Steel, rolled 0.24

Copper, oxidized to black 0.88 Steel, rough 0.96Skin 0.98 Tin 0.05

Nickel 0.05 Tungsten 0.05

Paint 0.94 Water 0.98

Paint, silver finish 0.31 Zinc, sheet 0.20

Thermal Imaging ScannerGeneral Specifications

General SpecificationsTemperature

Operating ............................................................ -10 °C to 50 °C (14 °F to 122 °F) Storage ............................................................... -20 °C to 50 °C (-4 °F to 122 °F)

without batteriesCharging ............................................................. 0 °C to 40 °C (32 °F to 104 °F)

Relative Humidity.................................................. 10 to 90 % non-condensing Display ................................................................... 640 x 480 Color LCD, approximately

2 in x 3 in (Landscape orientation)with Backlight (selectable Bright or

Auto)Controls and Adjustments

User selectable temperature scale (°C/°F) Language selectionTime/Date set

Software................................................................. SmartView® full analysis and reporting software includedPowerBattery ................................................................ Internal rechargeable battery pack(included)Battery Life.......................................................... 3 to 4 hours continuous use (assumes50 % brightness of LCD)

Battery Charge Time........................................... 2 hours full charge with ac adapter or dc car chargerAC Operation/Charging ...................................... AC adapter/charger (110 – 220 V ac,

50/60 Hz). Charges battery while imager is operating. Universal ac mains adapters included.Power Saving...................................................... Sleep Mode activated after 5 minutes of inactivity

Automatic Power Off after 30 minutes of inactivitySafety Standards

CE Directive........................................................ IEC/EN 61010-1 2nd Edition PollutionDegree 2

Electromagnetic CompatibilityEMC Directive..................................................... EN61326-1C Tick.................................................................. IEC/EN 61326US FCC .............................................................. CFR 47, Part 15 Class A

Vibration ................................................................ 2 G, IEC 68-2-29Shock ..................................................................... 25 G, IEC 68-2-6Drop ....................................................................... 2 meter drop, all sides

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THERMOGRAPHY AND THERMAL IMAGERS

P4 F19 XM-1001 C3

Ph-1 Train-C Inter-stage Cooler Fan 3

15KW/32A

Device: Fluke, Ti10 (έ = 0.95 constant)

BEFORE MAINTENANCE

THERMOGRAPHY AND THERMAL IMAGERS

P4 F19 XM-1001 C3

Ph-1 Train-C Inter-stage Cooler Fan 3

15KW/32A

Device: Fluke, Ti10 (έ = 0.95 constant)

AFTER MAINTENANCE

THERMOGRAPHY AND THERMAL IMAGERS

Device: Fluke, Ti10 (έ = 0.95 constant)

PG COOLER MOTORXM-2001C-3

BEFORE BEARINGS REPLACEMENT

AFTER BEARINGS REPLACEMENT

THANK YOU!!