Introduction of Helium Leak Detector
Helium Leak Detector
The SFJ-16C helium leak detecor is the perfect leak detection
solutions adapted to the semiconductor and display industries as
well as other demanding applications where rapid pump down and high
sensitivity is key. Our helium leak detectors have been specially designed to locate
and quantify leaks precisely. Thus, improving the output quality,
efficiency and reliability of the entire process. In almost every
industry, from automotive to oil and gas. There are different ways to detect leakage with our helium leak
detector. The so-called spray test, that is suitable for components
under vacuum. And the sniffing leak detection for components under
pressure. The means of detection is the tracer gas helium or
hydrogen. Both test methods are easy to perform and deliver accurate results,
making TAPIR the perfect complement for your vacuum process.
Technical Parameters of Helium Leak Detector:
SFJ-16C Portable Helium Leak Tester Vaccum Helium Leak Detector
Machine Price |
|---|
Product Name | Helium Leak Detector |
|---|
Detection Method | Helium Mass Spectrometer |
Leak Detection Port | DN25KF |
Leak Rate Display | Numbers, Bar Charts, Graphs |
Response Time(s) | <1s |
User Interface | 7inch Color Touch Screen |
Operating temperature | 0~40°C |
Max Allowable Leak Detection Pressure (Pa) | 1800 |
Communication Interface | RS232/485, LAN |
Detectable Quality | 2, 3, 4 (H2, He-3, He-4) |
Mini Leak Detection Rate(Pa.m3/s)/Sniffer Mode | 5.0*10 -13 Pa.m3/s |
Mini Leak Detection Rate(Pa.m3/s)/Vacuum Mode | 2.5*10-9 Pa.m3/s |
Startup Time (min) | ≤2 |
Diamension | 475*714*1168mm |
Power Supply | AC220V, 50Hz/60Hz |
Language | Chinese/English |
Applications of Helium Leak Detector:
SFJ-16C helium leak detector can be used in almost all applications for the leak testing of
pipes, valves, tanks, vacuum pumps, etc. For example, in the
automotive industry (e.g. airbags, gas tanks, ABS valves),
hospitals and healthcare facilities (e.g. pacemaker, catheters,
blood filters), vacuum packaging, semiconductor production (e.g.
mass flow controllers, integrated circuits, gas lines), aerospace
(e.g. engines, antennas, fuel delivery).
