A videoscope with a 7-inch LCD display for detailed inspection of hard-to-reach areas. An LED light source and digital zoom provide high-quality images. Up is Up technology automatically rotates the image on the screen, detecting the actual top and bottom of the image regardless of the probe's position. The intuitive user interface features buttons for easy navigation.
Acoustic imaging and thermal imaging
Introducing the ii910, a precision acoustic imaging device designed to detect partial and corona discharges, as well as gas and vacuum leaks. The ii910's advanced technology makes it cost-effective, safe, simple, and easy to use. It's ideal for teams inspecting and maintaining switchgear and high-voltage industrial equipment.
Whether you're designing the next mobile device, scaling passenger cars, or developing new strong and lightweight polymers, you'll need the best thermal data you can get. For accurate and effective IR testing in research and development, the Fluke RSE series—the RSE300 and RSE600 infrared cameras—are recommended. These tripod-mounted cameras offer thermal sensitivity down to 40 mK and resolution up to 640 x 480 pixels, capable of streaming data to a PC for research, development, and quality analysis.
Due to the higher sensitivity of the internal sensor, thermal imaging
The scope can detect smaller changes in surface temperature, which
simplifies visualization of results.
Acoustic imaging and thermal imaging in Atyrau
Acoustic imaging and thermal imaging, when used with the right tools, allow trained personnel at industrial and manufacturing facilities to obtain a wealth of valuable data on equipment condition. Furthermore, thermal imaging and acoustic imaging help ensure the accuracy and effectiveness of any preventative maintenance schedule.
What is thermal imaging?
Thermal imaging cameras (or simply thermal imagers) are practical tools for monitoring the condition of machinery, electrical systems, and thermal insulation. The cameras work by detecting infrared (IR) radiation associated with the object being monitored. A thermal imaging camera consists of a lens, a thermal sensor, processing electronics, and a mechanical housing. These components work together to create a thermal image of the monitored area.
Before these cameras were available, IR thermometers were used, but they only showed temperatures in remote locations. Thermal imaging cameras can read the temperature of thousands of points simultaneously and process the data into a color image that's easy for the user to read.
What is acoustic imaging?
Acoustic thermal imaging cameras are designed as a convenient tool, similar to thermal imaging cameras but significantly different. While thermal imaging cameras interpret and visualize infrared radiation, acoustic thermal imaging cameras focus on ultrasound information.
For example, an 800x400 resolution acoustic imaging device is a lightweight imaging camera that is successfully used to identify machine faults much faster than traditional diagnostic tools. These cameras are equipped with specialized microphones that transmit data to internal processors for interpretation into a visual image. Furthermore, the installed microphones can record audible and ultrasonic noises and eliminate constant noise common in industrial environments.
Visualization and thermal imaging in Kazakhstan
By contacting Power Technology, every employee of an industrial or manufacturing enterprise can purchase a videoscope and thermal imager for diagnosing devices and critical industrial equipment.