ΑΝΙΧΝΕΥΤΗΣ ΑΠΩΛΕΙΩΝ ΔΙΑΡΡΟΩΝ PS-i ΜΕ ΥΠΕΡΗΧΟΥΣ ΓΙΑ ΨΥΚΤΙΚΑ ΥΓΡΑ,ΚΕΝΟ,CO2 κ.α , PLANT SCAN USA

The PS-i of the American company PlantScan is a high-tech and innovative concept instrument created after years of research and practical application in state-of-the-art laboratories in the USA.

The working principle of PS-i is based on detection of ultrasound generated during the turbulent flow of gases and liquids. The flow passing through narrow passages (sections, holes etc.), contains a large amount of ultrasound which can be detected with absolute precision by the device.

The PS-i can also detects, not simply if there is any leakage in the space, but with absolute precision the point of leakage so that the respective technician can resolve it.

It is a necessary "tool" that offers great time and money savings to everyone.

It is the ideal solution for every professional refrigerant and a necessary "tool" that offers a great saving of time and money..

Because the PS-i detects sound and not some chemical property of a gas it can and does detect all gases, as well as nitrogen and of course the vacuum. Unique heterodyne ultrasound transducer faithfully converts ultrasound to acoustic sound, making it easy to distinguish mechanical sounds from leaky sounds.

PS-i can find pressure or vacuum leaks in air conditioning systems without being affected by wind or Freon gases in the space.

PS-i can find Freon leakage of the order of 84g/year.

It costs less than, what is the cost of a 1/16″ hole in 90 PSI compressed air leak for 7000 hours.

A few words about detectors in general:

First of all, PS-i ultrasonic probe it bases its operation on a completely different logic compared to the detectors that almost all refrigerants know.

We usually call them the most common coolant detectors electronic detectors and this because they base their operation on some electronic method. Essentially an electronic detector sucks air from the probe point and tells the refrigerant if the air it sucked in contains the refrigerant it's looking for, which leads him to leak.

Also another way of detection is known as "lamp" or "color" and is usually found by name UV detector. Both are the same as they refer to the refrigerant investigating a leak by illuminating the area with a UV lamp which will show it the location of the leak as it has primed the system with a detection fluid which will come out of the hole and show him the leak.

So until now we need for the method 1 smell and for her method 2 visual contact.

Somewhere here she also came third technology which is about sound.

But what happens in this case?;

All leaks from one atmosphere to another create a sound... the well-known fssssss... like when we open a bottle of freon. This sound is bad 2/3 ultrasonic and according to 1/3 acoustic. But what is their difference?; The Ultrasonic unlike the acoustic always goes in straight lines. This means that having the ultrasonic probe in hand and moving it in different directions it will show us the leak point with closed eyes as the sound volume at the point of leakage will be enormous.

But why is this loss detector different from the others out there?;

This happens because uperipheric probe doesn't actually smell any gas but can hear the leak through a special ability. The advantage given to you by the above reason is that with the PS-i leak detector you don't care if you have nitrogen in your system, coolant, carbon dioxide, ammonia or any other gas. Leak detection can be done in the same easy way and with the same instrument regardless of chemical property