890-2 Thermal Imager Kit, 640 x 480 FPA
The testo 890-2 is a feature rich thermal imager that can be used in a variety of thermography applications. With an optional 15° telephoto lens, and Lens Protector, the 890-2 Thermal Imager is an ideal solution for wide angle or narrow field thermography needs.
Includes
- Thermal Imaging Infrared Camera
- Hard shell storage case
- 2GB SD memory card
- USB cable
- IRSoft software
- Power supply
- Battery
- Instruction manual,
- Certificate of Conformity
Features
- Site Recognition & Database will easily allow you to revisit past information by scanning a barcode
- Radiometric Video / Sequence Imaging Capture will enable detailed image analysis at timed thermic events
- Solar Mode is used for detecting invisible defects of solar panel arrays
The Best just keeps getting better. The 890-2 thermal imager uses a rotating touchscreen, and swivel handle that was designed and developed to your wishes, creating a thermal imager for practically any application. With 40 mK sensitivity, 42° standard lens, and 640 x 480 resolution, this imager is extremely versatile in any inspection of research thermography program.
The 890-2 has an optional 15° telephoto lens, bridging the gap between you and hard to reach areas. The Site Recognition barcode and database solution to easily stores information in its proper location, keeping muliple readings grouped together. Add to all of this, the ability of Radiometric Video Capture for detailed frame by frame post analysis and trending, the 890-2 is an amazing thermal imager.
- Large 4.3“ Rotating TouchScreen
- Quality resolution 640 x 480
- Patented SuperResolution provides 1280 x 960 resolution images when downloaded to IRSoft
- 42° lens wide angle included, and 15° telephoto lens optional
- High Temperature Option (2192°F)
- Site Recognition & Database Application
- Radiometric Video Recording
- Atmospheric Corrections
- Solar Mode
- Isotherms
- Bluetooth Voice Annotation
- Lens Protection Glass
- Customizable Reporting Software
- Rotating display and swivel handle allow for ease of use in a variety of applications
- Included 2GB SD card for storage
- Video Output via USB allows for immediate viewing on a computer screen
The 890-2 is ideal for the following thermography applications:
- Electrical and Mechanical Maintenance
- Fluid Level Checks
- High Temperature Measurements
- Reliable quality assurance and production monitoring
- Power and Energy Applications
- Microelectronics
- Solar Panel Inspection
- Thermographic Video
The thermal imager testo 890 in the new ergonomic camcorder design offers outstanding image quality: with the 640 x 480 pixel detector and SuperResolution technology you can record extremely high-resolution thermal images in megapixel quality. This video shows the key features of the thermal imager testo 890.
Heating process of a compressor with automatic Hotspot-detection
Heating process of Field Programmable Gate Array with one measuring point
Heating process of voltage regulator with two measuring points
IR Video Capture - Full Radiometric
Video output from a IR thermal imager is not new, what is new is to capture in radiometric mode to have the ability to stop at any frame and perform image analysis. Available as standard feature on Testo 885-2 and 890-2 thermal imagers
Providing comprehensive energy advice
In building thermography, infrared technology is particularly suited for quick and effective analysis of energy losses in buildings' heating or air conditioning systems. Due to their high temperature resolution, Testo thermal imagers provide detailed images of inadequate insulation and thermal bridges. They are ideal for the recording and documentation of energy losses on outer windows and doors, radiator niches, in roof structures or the entire building shell. Testo thermal imagers are the perfect measuring tool for comprehensive diagnoses and maintenance uses, and providing energy consultation services.
Reliable high temperature measurement
Testo thermal imagers adapt to the requirements for applications with high temperatures. With the high temperature option, the measuring range can be flexibly extended up to 1,200 °C . The high-contrast presentation on the display is achieved via the high-temperature iron HT color palette or the special histogram adjustment.
Electrical maintenance checks
Testo thermal cameras are used to spot overheating components in the low, medium, and high voltage systems. Thermal images help to locate parts that are either failing or exposed to imbalanced loads. Routine thermal scans are used to prevent outages and fire risks.
Analyzing building shells at a glance
The task of taking thermal images of large buildings poses several challenges for users. Spatial restrictions due to walls, roads or safety zones around neighboring buildings can make it impossible to capture the measuring object in a single image. In such cases, Testo thermal imagers help users obtain the necessary overview. The panorama image assistant can be used to combine several images of the building shell taken at close range into a single thermal image. Users can therefore identify thermal irregularities at a glance across the entire building shell with a high degree of detail.
Making it possible to see critical temperatures on circuit boards precisely
In the field of research and development, thermal imagers are also used for the targeted analysis of temperature distribution, such as on circuit boards. Electronic components on circuit boards are getting smaller and smaller - thus increasing the challenges with regard to heat dissipation. Only premium-quality thermal imagers with a really fine geometric resolution are suitable for this task. Analysis of the heating and cooling behavior over time is also helpful for optimization and this can be carried out using the Testo thermal imager's video measurement.
Analysis of power distribution systems
Avoiding the failure of power distribution systems is absolutely essential due to the far-reaching consequences. Faulty connections on high voltage masts can be particularly critical here. These transitions to high-voltage lines, which sometimes occur at great distances, can only be clearly identified with a sufficiently large detector or a telephoto lens. This is the only way to obtain the necessary degree of detail to enable error-free analysis of the thermal image.
