Measuring Tools
Fluke 369 True-rms Leakage Current Clamp Meter
Reduced downtime - find current leaks without shutting down equipment
The Fluke 369 FC true-rms leakage current clamp meter helps users detect, document, record, and compare leakage current readings over time to prevent unexpected downtime, and identify intermittent trips of GFCI and RCDs, all without the need to turn the equipment off.
The Fluke 369 FC has a very large 61 mm clamp for working with extra large conductors. The clamps are fully coated so that they can accurately capture very small leakage signals, and can minimize external electromagnetic interference.
The Fluke 369 FC true-rms leakage current clamp meter helps users detect, document, record, and compare leakage current readings over time to prevent unexpected downtime, and identify intermittent trips of GFCI and RCDs, all without the need to turn the equipment off.
The Fluke 369 FC has a very large 61 mm clamp for working with extra large conductors. The clamps are fully coated so that they can accurately capture very small leakage signals, and can minimize external electromagnetic interference.
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Ideal for accurately measuring internal and external thread forms. Manufactured from hardened and polished steel, the blades are precision milled for optimum accuracy. Enclosed in a steel case.
Featrures and Benefits
• Hardened and polished steel for increased durability
• With precision milled blades for accuracy
• Used to internal and external thread forms
• Enclosed in a steel case for easy storage and portability
Featrures and Benefits
• Hardened and polished steel for increased durability
• With precision milled blades for accuracy
• Used to internal and external thread forms
• Enclosed in a steel case for easy storage and portability
The range of Kennedy round end engineers rulers are made from spring tempered flexible steel blades with permanent black figures and graduations. With rustless properties and 12mm blade width and and a satin chrome anti-glare finish they are extremly easy to read with EEC Class one accuracy (/- 0.2mm full scale). Features a handy hanging hole for easy storage.
Features and Benefits
• Spring tempered flexible steel blades with round end
• Anti-glare properties
• With hanging hole for easy storage
• Permanent black figures and graduations
• ECC Class one accuracy
Typical Applications
• Measurements
• Engineering
• Industrial
• Workshop
• On site
Notes
• Available in imperial and metric measurements
Features and Benefits
• Spring tempered flexible steel blades with round end
• Anti-glare properties
• With hanging hole for easy storage
• Permanent black figures and graduations
• ECC Class one accuracy
Typical Applications
• Measurements
• Engineering
• Industrial
• Workshop
• On site
Notes
• Available in imperial and metric measurements
- Customizable reports - display the information you need based on your application
- Real time radiometric data streaming capability
- Data trending and time plots
- Advanced analysis features; Spot measures, lines/profiles, area/histograms, hot/cold markers, rulers, adjustable emmisivity by object, and more
- Easy to use file management
- Real time radiometric data streaming capability
- Data trending and time plots
- Advanced analysis features; Spot measures, lines/profiles, area/histograms, hot/cold markers, rulers, adjustable emmisivity by object, and more
- Easy to use file management
Fluke 62 Max Infrared Thermometer delivers single-laser targeting accuracy
The Fluke 62 MAX Infrared thermometer delivers many of the features of the Fluke 62 MAX+, but features a single laser and 10:1 distance to spot ratio. You can use the Fluke 62 MAX to perform non-contact temperature measurements on transformers, motors, pumps, panels, breakers, compressors, duct, steam lines, valves, and vents. It is small in size and extremely easy to use. The single laser helps you pinpoint the target for more accurate readings and makes it easier to measure temperatures in hard to reach areas. With its IP54 rating for dust and water resistance you can rely the Fluke 62 MAX to deliver accurate, repeatable temperature measurements, rain or shine, in even the dirtiest and dustiest industrial sites. And it’s rugged enough to take a 3-meter drop so no worries even if you work from a ladder.
Other useful features:
- High and low alarms for rapid detection of temperatures outside the limits
- Powered by a single, standard AA battery.
- Comes with a three-year warranty -30-
- Withstands a 3 m (9.8 ft.) drop
- Offers small, lightweight form factor to clip comfortably to your tool belt or belt loop, or easily fit in your tool box
- Features a large, backlit display to make data easier to read, even in dark areas.
- Displays Min/Max/Avg/Dif: the minimum, maximum or average temperature, or the difference between two measurements
The Fluke 62 MAX Infrared thermometer delivers many of the features of the Fluke 62 MAX+, but features a single laser and 10:1 distance to spot ratio. You can use the Fluke 62 MAX to perform non-contact temperature measurements on transformers, motors, pumps, panels, breakers, compressors, duct, steam lines, valves, and vents. It is small in size and extremely easy to use. The single laser helps you pinpoint the target for more accurate readings and makes it easier to measure temperatures in hard to reach areas. With its IP54 rating for dust and water resistance you can rely the Fluke 62 MAX to deliver accurate, repeatable temperature measurements, rain or shine, in even the dirtiest and dustiest industrial sites. And it’s rugged enough to take a 3-meter drop so no worries even if you work from a ladder.
Other useful features:
- High and low alarms for rapid detection of temperatures outside the limits
- Powered by a single, standard AA battery.
- Comes with a three-year warranty -30-
- Withstands a 3 m (9.8 ft.) drop
- Offers small, lightweight form factor to clip comfortably to your tool belt or belt loop, or easily fit in your tool box
- Features a large, backlit display to make data easier to read, even in dark areas.
- Displays Min/Max/Avg/Dif: the minimum, maximum or average temperature, or the difference between two measurements