Robinair超生测漏仪 型号:16455

Robinair超声波泄漏检测仪是*的超声仪器专门设计用于空调和制冷泄漏检测
是用于检测任何制冷剂压力真空泄漏的理想工具。

由于该仪器检测到的声音，它是独立于气体。即使是干燥的氮气泄漏可以检测。该trutrack超声波泄漏检测仪定位泄漏的气体饱和区，在大风条件下，并在系统的负压（真空态）。这消除了需要使用示踪气体，因为它是利用声波定位泄漏。该trutrack超声波泄漏检测仪是一种非侵入性的检测器，所处的压力和真空泄漏都。它代表着*的技术水平，因为它是一个监听设备，检测超声的声音，而不是化学制冷剂。泄漏任何多余的流动物质的系统，或在真空中，在一个系统。摩擦流动产生的声音。例如，在管道中流动的水造成的声音像漏气的轮胎。人类可以听到的声音频率是小于总频谱产生三分之一。通过小泄漏的声音主要是超声波高于人类的听觉范围。该trutrack超声波泄漏检测仪“听到”的湍流气体穿过的开口在泄漏现场的声音和显示声音的强度。较大的泄漏，在探测器指示更强。探测器也产生的漏气声音频再现。音频的变化对泄漏的声音强度成比例的强度。

Product Description
The Robinair TruTrack Ultrasonic Leak Detector is the only ultrasonic instrument specifically designed for air conditioning and refrigeration leak detection. The TruTrack is the ideal tool for detecting both vacuum and pressure leaks of any refrigerant. Because this instrument detects sound, it is gas independent. Even dry nitrogen leaks can be detected. The TruTrack Ultrasonic Leak Detector locates leaks in gas saturated areas, in windy conditions, and in systems under negative pressure (vacuum states). It eliminates the need to use tracer gases since it uses sound waves to locate leaks. The TruTrack Ultrasonic Leak Detector is a noninvasive detector that locates both pressure and vacuum leaks. It represents an advanced level of technology, because it is a listening device that detects ultrasonic sounds, not chemical refrigerants. A leak is any unwanted flow of a substance out of a system, or in a vacuum, into a system. Friction in flow generates sound. For example, water flowing in pipes creates sound just as air leaking out of a tire. The sound humans can hear represents less than a third of the total spectrum of frequencies generated. The sound made by small leaks is mostly ultrasonic above the human hearing range. The TruTrack Ultrasonic Leak Detector "hears" the sound of the turbulent gases moving through the opening at the leak site and displays the strength of the sound. The larger the leak, the stronger the indication on the detector. The detector also produces an audio reproduction of the leak sound. The intensity of the audio changes proportionally to the intensity of the leak sound.