DX300 Helium mass spectrometer leak
Helium Leak Detector >
Helium Mass Spectrometer Leak Detector: Precision and Reliability for Leak Detection
The helium mass spectrometer leak detector swiftly locates and quantifies leaks with 10^-12 mbar·L/s sensitivity, surpassing bubble, pressure, and halogen methods. Using safe, inert helium, it ensures precise testing for automotive, refrigeration, aerospace, and power industries. Its fast detection, user-friendly design, and low maintenance boost efficiency and compliance. Anhui Daxin Vacuum Technology’s helium leak detectors enhance competitiveness in markets like Thailand, Mexico, and Korea, ensuring quality and reliability.
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Overview
This instrument is a mass spectrometry leak detection instrument that uses helium gas as a leak indicator gas for leak detection. It can be tested in two modes: positive pressure suction method and negative pressure vacuum method. It is widely used in scientific research, vacuum, refrigeration, automotive, power, pressure vessels, aerospace and other industries, and has the characteristics of fast response speed, high sensitivity, easy use, and less maintenance.
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Main technical index
| Main technical index |
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Minimum detectable leakage rate (Vacuum mode)
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5×10-13Pa·m3/s
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Minimum detectable leakage rate (Suction mode)
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1×10-8Pa·m3/s
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Detect gas
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He4
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Air inlet pressure Gross mode
Fine mode
Ultra mode
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1500Pa
200Pa
40Pa
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| Response time |
< 0.5s |
| Start time |
≤ 2.5min |
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Pumping speed of front stage pump
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1.8m3/h(0.5L/s)
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| Display units (optional) |
Pa·m3/s、mbar.l/s、ppm
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Input power
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AC 220V 50Hz/60Hz 1KW
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Analog output (recorder)
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DC 0-5V
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Serial interface
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RS232C*2 ,RS485
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Equipment calibration
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External standard leak calibration
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Weight
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45Kg
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| Overall dimension (W × D × H) |
510×510×380mm
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Helium mass spectrometer leak DX200
Helium Mass Spectrometer Leak Detector: Precision and Reliability for Leak Detection
The helium mass spectrometer leak detector is a high-precision tool for rapidly locating and quantifying leaks in sealed systems, widely used in automotive, refrigeration, aerospace, and power industries. Using helium as a tracer gas, it achieves a sensitivity of 10^-12 mbar·L/s, surpassing traditional methods like bubble testing, pressure decay, and halogen detection. Safe, non-toxic helium enables efficient, reliable testing of complex sy...