SM Instruments provides partial discharge measurement, partial discharge detector, and industrial detection camera in Korea. SM Instruments which is a noise vibration specialist, has developed a condition monitoring system in cooperation with the Korea Electric Power Research Institute and the Korea Institute of Machinery and Materials.
SM Instruments has world-leading customers in its neighborhood. These customers continuously require high-end sound and vibration solutions; thus, this has become a core factor in SM Instruments’ technical innovation. A total of 14 patents in the sound and vibration measurement area show volume about SM Instruments, a provider of many innovative instruments such as Sound Camera, Sound Scanner and BSR Scanner. SM Instruments has been investing in quality control to guarantee customer’s confidence and has obtained the ISO 9001 and ISO 14001 certifications as a part of SM Instrument’s continuous pursuit of error-free solutions.
[BATCAM 2] Gas leakage, partial discharge, power plant abnormality detects an Ultrasonic sound camera!
BATCAM is the world’s smallest and lightest ultrasonic/acoustic camera.
It was developed to detect gas leaks and electric arcs by measuring signals in the ultrasonic band. With 112 microphones used to increase the measurement sensitivity, it has been developed to measure signals in the ultrasonic band up to 48 kHz. It also excels in high-frequency noise measurements, including the BSR (buzz, squeak, and rattle) noise.
Purpose: This product can be used to find, prevent, maintain, and repair various causes that may cause fires and accidents at various industrial sites. For example, when gas leaks from gas pipes and plants, ultrasonic waves are generated, so it can be found using this product. Electrical discharge can also be found due to aging of electrical facilities. In addition, when the user adjusts the frequency band, it may be used to specify a noise source of the audible frequency band.
Main function: This product is a device that shows the distribution of heat on the screen in real time by converting the sound of the ultrasound area that is not audible to the ears into a video. This product measures sound signals generated from noise sources using a number of digital MEMS microphones, and changes the distribution of noise sources into images and displays them through signal processing. It converts the distribution of noise into rainbow colors and combines it with images taken with optical cameras to display the location of the noise source and prevent industrial accidents.
If you are looking for partial discharge measurement, you can find them at SM Instruments.
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