Milwaukee 2260-21 manual How to Use the Manuals

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How to Use the Manuals

All of the manuals needed to safely and properly operate the Thermal Imager are available in Adobe® PDF (Portable Document Format) on the CD. You can easily load these PDF documents from the CD or from the MILWAUKEE website onto your computer. There, you read them on the computer screen, search for topics or keywords, or print pages from them.

NOTE

To open and read the PDF manuals, your PC uses Adobe® Acrobat®. If your PC does not already have Acrobat Reader, you can install it at no cost by following the prompts on the PC when you run the CD supplied with your Thermal Imager. Adobe® and Adobe Reader® are registered trademarks of Adobe Systems Incorporated in the United States and other countries.

The following manuals are supplied with the Thermal Imager:

M12 160x120 Thermal Imager Operator’s Manual: this explains how to use the Thermal Imager. Thermal Imager Specifications and a Glossary of Terms are located at the back of this manual.

Thermal Imager Report Software Manual: this explains how to use MILWAUKEE Thermal Imager Report Software to produce a report. You load this manual onto your computer from the product CD when you install the software. It opens for viewing whenever you press F1 or “Help” while using the software.

M12 Battery Charger and Battery Operator’s Manual: this is a printed booklet that you should read and understand before using the product. It contains important warnings and information for proper battery handling and charging. Improper usage, handling or charging of the batteries can cause risk of fire or injury. You must first charge the battery before you use the Thermal Imager.

Warranty and Safety Information: this is a printed booklet with the Warranty, safety information from the Operator’s Manuals for the battery, charger and Thermal Imager and an explanation of symbols on the product and in the documentation.

Reference Card: this is a printed, folded, pocket-sized, picture-based guide. It gives you visual step-by-step instructions for basic workflow using with the Thermal Imager system.

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M12 160x120 Thermal Imager Operator’s Manual

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Contents OPERATOR’S Manual Contents Safety Information M12 160x120 Thermal Imager Operator’s Manual Introduction Thermal Imager and a Thermal ImageHow to Use the Manuals Obtaining Technical Support or Service Unpacking the System Identifying Items in the Hard CaseIdentifying Items in the Hard Case Model or Part Number Charging and Installing the Battery Accessing the SD Memory CardControls and Features Locating the Controls and FeaturesControls and Features Name FunctionSymbology 876 Battery Life and Power-Saving Features Battery Fuel Gauge Levels and Imminent Shutdown WarningSetting Time Taking a Basic Thermal Picture138.9˚F Using the Built-In Visual Image Camera Live Visual Camera ViewReviewing Saved Images Optimizing Thermal ImagesEmissivity Manual Range and Auto Range Material Corresponding Emissivity Menu Emissivity RatioAuto Manual Changing the Color Palette IRON, Rainbow and Gray Color Palette ChoicesChanging the Settings Settings MenuSpecifications Physical and EnvironmentalVisual Imaging Glossary Detector CelsiusColor palette, palette Detector, InfraredFPA focal-plane Focusing ringFixed focus ArrayIP rating Infrared IRInfrared detector Jpeg .jpgMenu Object temperatureTemperature MicrobolometerSaved image ResolutionSleep mode ScaleThermal Imager Storage temperatureTarget Thermal imager lensType a USB ToggleTrigger Visual imageM12 160x120 Thermal Imager Operators Manual USA Milwaukee Service Sawdust

2260-21 specifications

The Milwaukee 2260-21 is a state-of-the-art infrared thermometer designed primarily for industrial applications. This tool is integral for professionals who require precision in temperature measurements without direct contact with the surface being measured.

One of the standout features of the Milwaukee 2260-21 is its infrared capabilities, which allow users to measure temperatures ranging from -18°F to 1,112°F. This wide temperature range makes it incredibly versatile for various applications, including electrical diagnostics, HVAC maintenance, and automotive servicing. With its laser targeting system, users can pinpoint target areas accurately, enhancing measurement precision.

Another remarkable aspect is Milwaukee's True RMS technology. This ensures that the thermometer delivers accurate readings even in the presence of variable or distorted signals, a feature that professionals in the electrical field deeply appreciate. The device is equipped with a dual laser that not only aids in aiming but also offers a visual representation of the area being measured, making it easier to evaluate possible hot spots on surfaces.

The Milwaukee 2260-21 also boasts a backlit display, enabling visibility in low-light conditions. This feature is essential for professionals who often work in dimly lit environments, ensuring that temperature readings are clear and easily readable. Additionally, the display includes multiple measurement modes, allowing users to switch between Fahrenheit and Celsius according to their preferences.

Ease of use is another characteristic that sets the Milwaukee 2260-21 apart. The simple interface includes a one-handed operation feature, making it facile for technicians to take readings while performing other tasks. The device is also built with durability in mind, featuring a rugged housing that can withstand the rigors of job site conditions.

In terms of battery life, the Milwaukee 2260-21 offers exceptional performance, allowing users to rely on the thermometer throughout the day without frequent changes. The tool also comes with a remanufactured battery system, reducing environmental impact while ensuring maximum efficiency.

Overall, the Milwaukee 2260-21 infrared thermometer is a blend of advanced technology, rugged design, and user-friendly features. Whether it’s for troubleshooting electrical problems, optimizing HVAC systems, or conducting routine maintenance checks, this tool is an invaluable asset for any professional looking to enhance their efficiency and accuracy in temperature measurement. Its reliability, precision, and user-oriented design make it a top choice in the industry.