Used LEYBOLD HERAEUS 16513 #9142167 for sale

LEYBOLD HERAEUS 16513 is a high-end leak detector for use with high-efficiency systems. The device utilizes an innovative combination of a high-sensitivity infrared spectroscopy and an advanced digital signal processing to attain an impressive sensitivity of 2x10-10 mbar-l/s (mbar-l/s is the unit of leak) making it suitable for use in a variety of environmental conditions including vacuum and ultra-high purity applications. The complete system consists of two major components: 16513 Sensor Unit and LEYBOLD HERAEUS 16513 Control Unit. The latter is a compact, user-friendly control unit with two different programming modes. The first mode is ideal for beginners as it offers a step-by-step setup. The second mode is suited for advanced users and offers more in-depth control of the system. This unit features a backlit LCD screen for easy parameter settings, a USB port for external data storage, and a clear audio signal for increased detection accuracy. The heart of the system, 16513 Sensor Unit is a miniature vacuum chamber equipped with a powerful infrared spectroscopy detector. This detector is designed to measure minute increases in the surrounding air pressure and converts them into easily readable signals. Furthermore, the technology used in the Sensor Unit allows for the eybold Heraeus to accurately measure gases such as helium, nitrogen, oxygen, and hydrocarbons. Thanks to its advanced design and wide range of accessories, LEYBOLD HERAEUS is able to accurately detect leaks even in hard-to-reach places. LEYBOLD HERAEUS 16513 is a highly reliable and accurate device well-suited for use in a variety of applications. With its sensitivity of 2x10-10 mbar-l/s, it is able to detect the smallest of leaks and provide a certificate of leak tightness, ensuring that systems remain free of costly repairs due to loss of high-efficiency gases. Additionally, the device is easy to install and use, making it a cost-effective solution for the maintenance and upkeep of many high-efficiency systems.