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General| Brand | Fluke |
|---|---|
| Model | Ti30 |
| Category | Multimeter |
| Language | English |
Details the product warranty and limitations of liability for defects and workmanship.
Instructions on how to access and remove the battery compartment.
Guidance on inserting either non-rechargeable or rechargeable battery packs.
Details the steps and indicators for charging the rechargeable battery pack.
Instructions on how to download images using the docking station's USB cable.
Describes the method of powering the imager on and off using the lens door.
Describes the automatic recalibration sequence performed by the imager.
Explanation of the MODE, Up, and Down buttons for navigation and parameter adjustment.
How to open the hinged door to access the imager's five setting switches.
How to use the toggle button to switch the laser sighting aid on and off.
Functionality to toggle displayed temperature data between Celsius and Fahrenheit.
Controls for adjusting the LCD backlight to three different illumination levels.
Allows selection of display palettes: Rainbow, Ironbow, or Grayscale.
Selects how thermal information is presented: Automatic, Semi-Automatic, or Manual.
Controls for adjusting the median point (Level) and temperature band (Gain).
How to adjust focus by rotating the wheel for a clear thermal image.
Using the trigger to freeze an image for evaluation and storage.
Step-by-step guide for capturing and saving thermal images.
Procedure for adjusting the emissivity setting of the imager.
Procedure for adjusting reflected temperature compensation (RTC).
Lists the necessary hardware and software specifications for installing InsideIR.
Instructions on connecting the docking station to your computer via USB.
Steps for installing the USB driver on Windows XP using the Found New Hardware Wizard.
Steps for driver installation on Windows 2000.
Steps for driver installation on Windows 98 SE.
Why setting the imager's internal clock is important for time/date stamps.
Procedure to set the imager's clock using the 'Set Date and Time' button.
Why proper focusing is critical for sharp thermal images and accurate measurements.
Guidance on choosing between Rainbow, Ironbow, and Grayscale palettes.
Explanation of Automatic, Semi-Automatic, and Manual measurement modes.
Details on automatic adjustment of MIN/MAX temperature values.
Using Level and Gain thumbwheels in Manual/Semi-Automatic modes.
Using Semi-Automatic mode to control resolution around a temperature level.
Using Manual mode for maximum flexibility in adjusting Level and Gain.
Detailed operation of the thumbwheels for adjusting Gain and Level.
Ensuring the target is larger than the measurement spot size for accuracy.
Definition of emissivity and how to adjust the imager's emissivity setting.
Tape method and contact thermometer method for determining emissivity.
Further analysis by changing Emissivity and Reflected Temperature values.
Summary of pixel data presented as a histogram of temperature values.
Graph showing measurement accuracy over the temperature range and specification lines.
Graph illustrating reading error relative to the Source Distance/Size ratio.
Tables providing approximate emissivity values for common materials.
A table listing emissivity values for various metals across different wavelengths.
A table listing emissivity values for various non-metals across different wavelengths.
Advice on emissivity, reflections, instrument choice, and measurement angles.
Key factors for accurate measurement: emissivity, distance-to-spot, field-of-view.
How objects emit, reflect, and transmit infrared energy, and emissivity adjustments.
Steps and considerations for taking temperature measurements with infrared thermometers.
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