Introduction of Helium Leak Detector:
If you are working with systems that require leak-tightness, you need a reliable method to detect and locate small leaks. Helium Leak Detection is a widely used technique that can help you achieve that. Helium Leak Detection works by introducing helium gas into a sealed container or system. If there is a leak in the system, helium will escape through the leak and into the surrounding area. The mass spectrometer will detect the presence of helium in the surrounding area and pinpoint the location of the leak.
Technical Parameters of Helium Leak Detector:
| SFJ-16D Highly Sensitive Helium Leak Testing Equipment Vaccum Helium Leak Detector |
| 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) | 1800Pa |
| Communication Interface | RS232/485, LAN |
| Detectable Quality | 2, 3, 4 (H2, He-3, He-4) |
| Mini Leak Detection Rate(Pa.m3/s)/Sniffer Mode | 2.5*10 -9 Pa.m3/s |
| Mini Leak Detection Rate(Pa.m3/s)/Vacuum Mode | 5.0*10-13 Pa.m3/s |
| Startup Time (min) | ≤1.58 |
| Backing Pumps | Scroll Vacuum Pump |
| Diamension | 755*467*1180mm |
| Power Supply | 220V, 50Hz/60Hz |
| Language | Chinese/English |
Applications of Helium Leak Detector:
Battery: In the energy industry, helium leak detector is used to test the integrity of the battery pack, battery housing, and even pouches and cells to prevent leaks and ensure safety.
Aerospace Applications
Helium leak detector is also widely used in the aerospace industry for various applications. Some of the most common aerospace applications of helium leak detection include:
Leak testing of rocket engines and fuel systems
Testing of vacuum systems used in space probes and satellites
Leak testing of aircraft fuel tanks and hydraulic systems
Testing of hermetic seals on electronic components used in spacecraft
Helium leak detector is preferred in aerospace applications because it is highly sensitive and accurate, which is critical for ensuring the safety and reliability of aerospace equipment. It is also non-reactive and does not leave any residue, which is important for ensuring the cleanliness of space probes and satellites.
Support and Services:
Our Product Technical Support and Services for the Helium Leak Detector include:
Online Resources: Access our comprehensive online library of manuals, FAQs, and troubleshooting guides designed to help you understand and operate your Helium Leak Detector effectively.
Software Updates: Keep your Helium Leak Detector up-to-date with the latest software enhancements and performance improvements by downloading the latest firmware from our support portal.
Technical Assistance: Our skilled team of technical support engineers is available to provide expert advice and assistance with any questions or issues you may encounter with your Helium Leak Detector.
Training Services: We offer specialized training programs to help you and your team get the most out of your Helium Leak Detector, covering operation, maintenance, and best practices for leak detection.
Parts and Accessories: We supply a full range of genuine parts and accessories specifically designed for the Helium Leak Detector to maintain its performance and extend its service life.
Methods of Helium Leak Detection (Helium Leak Detector)
Helium Vacuum Method
Helium Hood Method
Negative Pressure Method
Vacuum Chamber Helium Leak Detection and Recovery System (external filling)
Vacuum Chamber Helium Leak Detection and Recovery System (internal filling)
Sniffer Method
