Used DRAGER X-am 5000 #9247189 for sale

The Dräger DRAGER X-am 5000 is a lab equipment and accessory designed by Dräger, a leading manufacturer of medical and safety technology. It is a multi-gas chromatograph that reliably and accurately detects low levels of combustible gases and oxygen. X-am 5000 includes a unique combination infrared cell that allows for measurements of a variety of combustible gases in one device. The device features an ultra-fast warm-up time and a built-in diagnostics system that performs extensive self-checks to ensure high measuring accuracy. Moreover, DRAGER X-am 5000 is built for easy use and requires minimal maintenance. It is very lightweight and compact but still resistant to external influences and extreme temperatures, making it ideal for use in hazardous environments and locations that may be difficult to get to. Additionally, its special casing is designed to meet EN and ATEX standards, guaranteeing the highest levels of safety. The device is also equipped with a clear graphic LCD display for intuitive operation and navigation, while the large data storage capacity stores up to 4,000 records. It can also work with external accessories such as carrying straps and wall mount brackets, ensuring portability and secure installation that is tailored to the user's needs. Moreover, the device includes the GasVision reporting and calibration software. The user-friendly software allows users to manage the device's configuration settings, calibrations, and report status, as well as to retrieve stored data and create reports. Additionally, the software is capable of monitoring and transmitting data via a USB modem or GSM/GPRS network. The Dräger X-am 5000 is the perfect solution for measuring a variety of combustible gases and oxygen levels, making it suitable for a wide range of industries and applications. With its intuitive design, reliable results, and advanced features, this is an ideal choice for any laboratory or work site that needs to monitor and detect combustible gases and oxygen levels.