Used ULVAC Heliot 102 #9158361 for sale

ULVAC Heliot 102 is a high-precision, cost-effective solution designed to detect unwanted gas and vapor leakage in both harsh and benign environments. This advanced leak detector features a powerful ionization detector, which is capable of providing accurate, real-time data on the presence of gases and vapors in a specified area. It is capable of accurately detecting up to 1 × 10-4 mbar L/sec with excellent sensitivity. Additionally, this unit is extremely portable, allowing for easy transportation and deployment, as well as being highly dependable in action ensuring reliable data capture and performance. The process of detecting leaks involves using Heliot 102 to sample a specific area of interest and detect and measure any leaked gases and vapors. It is capable of detecting helium, hydrogen, and several other common gases, including but not limited to carbon dioxide, nitrogen, sulfur hexafluoride, and methane. To enable use in tasks requiring enhanced detection, a variety of additional sampling accessories are available, such as probes, adapters, and filters. When a leakage is detected, this unit will report it with a visible LED alarm, recording the data and locating the source of the leak. Furthermore, ULVAC Heliot 102 includes a variety of safety features designed to keep both the device and the operator safe during use. It is certified for use in explosion-proof areas, has an emergency stop button, and has a built-in fire sensor with automatic shut-off. Additionally, the unit features a large vacuum chamber to protect from external environmental influences, and is available in a variety of designs to suit specific application requirements. Heliot 102 is designed to meet the demands of the most challenging testing and monitoring needs, from oil and gas applications to pharmaceutical and aerospace industries. It is a dependable, accurate leak detector that offers both convenience and safety during use, making it an ideal choice for any environmental monitoring and testing task requiring gas and vapor leakage detection.