An internal motorized pump enables remote sampling, and an optional convertible kit allows you to detect accurate benzene levels. The MX6 iBrid provides the advanced gas detection you need for sampling and permitting tasks and excels in industries such as oil and gas, petrochemicals, and metal production.

MULTI-GAS MONITOR -gas monitor on the market. With hundreds of possible sensor combinations and a robust list of available configuration settings, the MX6 iBrid gas detector is ready to monitor oxygen, toxic and combustible gases, and volati Flexible sensor configurations monitor up to six gases simultaneously

The MX6 Multi-Gas monitor from Industrial Scientific is the industry's most versatile portable gas detector, offering continuous monitoring and simultaneous display of up to six gases, including combustible gases (LEL or methane), oxygen, and up to four toxic gases.

美国英思科MX6 iBrid不论是电化学、 催化燃烧 、红外还是 PID传感器 都可以同时安装在仪器之上。 除此以外，MX6 iBrid直观式计算机操作菜单和五向导航键使用户可以方便直观地进行仪器的设置和功能选择。

Industrial Scientific MX6 iBrid® Gas Monitor with a full color LCD display screen provides clear reading with enhanced safety in dim or bright light condition.

View and Download Industrial Scientific MX6 iBrid operation manual online. Multi-gas Monitor. MX6 iBrid security sensors pdf manual download. Also for: Ibrid mx6.

可燃气体报警器由探测器与报警仪构成，普遍应用于石油、燃气、化工、油库等存在可燃气体的石油化工行业，用以检测室内外风险场所的走漏状况，是保证人身安全的重要仪器。 那... 查看 …

Get ready to see hazardous levels of oxygen, toxic and combustible gas, and volatile organic compounds (VOCs) like never before. The MX6 iBrid™ is more than an intelligent hybrid of Industrial Scientific’s best monitoring technologies. It’s the first gas monitor to feature a full-color LCD display screen.

With several hundred possible gas sensor combinations and a wide range of configuration parameters, it detects explosive combustible gases, toxic, asphyxiating and VOCs (volatile organic compounds). The iBrid MX6 is available in the classical diffusion version or with a remote gas sampling pump.

Industrial Scientific Corporation (ISC) minimum frequency recommendations for each procedure are summarized in the table below. These recommendations are based on field data, safe work procedures, industry best practices, and regulatory standards to enhance worker safety.