Product Description:
The Helium Leak Detector is equipped with a mini leak detection rate of 2.5*10-9 Pa.m3/s in sniffer mode, ensuring precise and accurate results. The device utilizes a helium mass spectrometer Leak Detector to detect the smallest of leaks, making it an excellent choice for applications where even the smallest leaks can have serious implications.
The Helium Leak Detector supports both Chinese and English languages, allowing users from different regions to use the device with ease. The device features a user-friendly 7-inch color touch screen interface that provides a clear and intuitive display of results and settings.
Whether you're working in the automotive, aerospace, or pharmaceutical industry, the Helium Leak Detector is the perfect tool for detecting and measuring helium leaks. Its advanced features and capabilities make it one of the most reliable and accurate helium leak detectors available on the market.
Features:
- Product Name: Helium Leak Detector
- Detectable Quality: 2, 3, 4 (H2, He3, He4)
- Max Allowable Leak Detection Pressure (Pa): 1500Pa
- Mini Leak Detection Rate(Pa.m3/s)/Sniffer Mode: 2.5*10-9 Pa.m3/s
- Leak rate display: Numbers, Bar Charts, Graphs
- MES Interface: Standard
This Helium Leak Detector is a vacuum leak detector that can detect 2, 3, and 4 detectable qualities, including H2, He3, and He4. It has a maximum allowable leak detection pressure of 1500Pa and a mini leak detection rate of 2.5*10-9 Pa.m3/s in sniffer mode. The leak rate can be displayed in numbers, bar charts, and graphs. It also features a standard MES interface. We are a helium leak detection supplier that provides high-quality products to meet your needs.
Technical Parameters:
| Technical Parameters |
Value |
| Ion Source |
2pcs, Iridium Coated Yttrium Oxide, Automatic Switching |
| Detectable Quality |
2, 3, 4 (H2, He3, He4) |
| Detection Method |
Helium Mass Spectrometer |
| MES Interface |
Standard |
| Mini Leak Detection Rate(Pa.m3/s)/Sniffer Mode |
2.5*10 -9 Pa.m 3 /s |
| Mini Leak Detection Rate(Pa.m3/s)/Vaccum Mode |
5*10 -13 Pa.m 3 /s |
| User Interface |
7inch Color Touch Screen |
| Leak detection port |
DN25KF |
| I/O Input output interface |
8 Inputs, 8 Outputs |
| Start Time (min) |
≤1.58min |
Applications:
Wayeal SFJ-231 Helium Leak Detector is a cutting-edge product that provides accurate, reliable, and fast helium leak testing solutions. It is designed to detect the presence of helium gas in various products and systems such as refrigeration systems, HVAC systems, automotive parts, aerospace components, medical equipment, and many more.
With its advanced features and capabilities, Wayeal SFJ-231 Helium Leak Detector is the perfect tool for companies that require high-quality helium leak detection systems. The product is manufactured in Anhui, China, and comes with a CE certification, ensuring its quality and performance.
The product has a minimum order quantity of 1 unit, and the price is negotiable. The packaging details include a wooden case, and the delivery time is around 35 days. Payment terms accepted are T/T and VISA, and the supply ability is 200 units per month.
The Wayeal SFJ-231 Helium Leak Detector has a maximum allowable leak detection pressure of 1500Pa and can detect helium gas in quantities of 2, 3, and 4 (H2, He3, He4). It has a mini leak detection rate of 5*10-13 Pa.m3/s in vacuum mode, making it highly sensitive and accurate. The operating temperature range is from 0 to 40°C, allowing it to be used in various environmental conditions.
One of the unique features of Wayeal SFJ-231 Helium Leak Detector is its ion source. It has two iridium-coated yttrium oxide ion sources that automatically switch, making it highly efficient and reliable. The product is perfect for companies that require a fast and accurate helium leak detection system.
The Wayeal SFJ-231 Helium Leak Detector is suitable for various occasions and scenarios. It can be used in the manufacturing industry to test the quality of products such as refrigeration systems, HVAC systems, and automotive parts. It is also suitable for the aerospace industry to test the quality of components and parts used in spacecraft and aircraft. Additionally, it can be used in the medical industry to test the quality of medical equipment and devices.
