Fluke Thermal Cameras
Discover the best Fluke thermal cameras for precise inspections and maintenance. Enhance your accuracy and efficiency?read the full article now!
Find out more about Fluke Thermal Cameras below.
- 256 x 192 pixels, detailed image quality
- 9 Hz (Android) or 25 Hz frame rate
- Smooth video without lag
- Android or IOS
- Resolution of 120 x 90 (10,800 pixels)
- IR-Fusion blends thermal and visible light images
- Fluke Connect Asset Tagging saves IR images and data to a predefined folder
- IR-Fusion technology
- Fluke Connect compatibility
- Long battery life
- TiS20+ and TiS20+ Max models
- Two models available: 9Hz and 27Hz
- IR resolution: 256px x 192px
- Supports voice annotation, IR-PhotoNotes, and asset-tagging
- 9Hz and 30Hz versions available
- IR-Fusion™ technology: combines visible and thermal images to varying degrees
- Capture small temperature differences from greater distances
- IR resolution: 384px x 288px
- Dew Point Colour Alarm, voice annotations, IR-PhotoNotes, and asset tagging
- Two models: 9Hz and 27Hz
- Thermal resolution: 320 x 240px
- LaserSharp™ Auto Focus and IR-Fusion™ Technology
- Choice of 9Hz or 60Hz frame rate
- 9Hz frame rate
- LaserSharp, Auto Focus, and MultiSharp Focus functions
- Ex-Demo model in excellent condition
- Available with a 9Hz or 60Hz frame rate
- LaserSharp™ Auto Focus calculates the distance to the target and adjusts the focus
- IR-Fusion™ Blending combines thermal and visible-light images
- Available in with a 9Hz or 60Hz frame rate
- Equipped with LaserSharp™ Auto Focus and MultiSharp™ Focus functions
- IR-Fusion™ technology allows the user to blend thermal and visible-light images to varying degrees
- Available with a 9 Hz or 60 Hz frame rate
- 240° rotating (articulating) lens
- IR-Fusion™ Blending and LaserSharp Auto Focus functions
- Available with a 9Hz or 60Hz frame rate
- Flexible, ergonomic, rotatable design for capturing IR images of awkwardly located targets
- LaserSharp™ Auto Focus and MultiSharp™ Focus for capturing crisp, clear images
About Fluke Thermal Cameras
Fluke thermal cameras, also known as infrared cameras or thermal imagers, are tools that detect and visualize heat patterns by capturing infrared radiation emitted from objects. They measure surface temperatures across a specified area, translating thermal energy into detailed images that display temperature variations.
These cameras utilise infrared sensors to detect heat emitted by objects. The sensors convert this thermal energy into electronic signals, which are then processed to produce a visual representation of temperature distribution, known as a thermogram. This allows users to identify areas of heat loss, overheating components, or other thermal anomalies.
Applications
Fluke thermal cameras are employed across various industries for:
- Electrical Inspections: Identifying overheating connections, overloaded circuits, and potential electrical failures.
- Mechanical Maintenance: Detecting worn bearings, misaligned components, and lubrication issues in machinery.
- Building Diagnostics: Assessing insulation effectiveness, locating moisture intrusion, and identifying air leaks.
- HVAC Systems: Evaluating heating and cooling efficiency, detecting duct leaks, and ensuring proper system performance.
- Research and Development: Analysing thermal properties of materials and components in product design and testing.
Fluke thermal imaging cameras stand out with advanced features like IR-Fusion? technology, which seamlessly combines thermal and visible light images for enhanced clarity. This capability ensures users can easily pinpoint potential issues by overlaying thermal data on standard visuals. With detailed thermal images supported by resolutions up to 640 x 480px, these cameras deliver unmatched image quality and accuracy. For efficient data management, features like asset tagging and Fluke Connect integration simplify the storage and sharing of captured measurements, making these devices suitable for collaborative workflows.
