Whether it is in a water treatment plant, electronics manufacturing facility, offshore drilling platform, or other similar industrial setting, there is always the danger an undetected gas leak will result in a fire, explosion, or other tragic event. Due to these dangers, companies have started to invest in purchasing and installing LEL combustible gas detectors. Designed to be installed in various types of work environments, these Lower Explosive Limit detectors use advanced technology to scan for small amounts of gas that may be in the surrounding atmosphere. Once these amounts exceed certain limits, data can quickly be sent to engineers alerting them to a potentially dangerous situation. To learn more about the types of LEL gas monitors needed for your business, here are some key details regarding their features.
In laboratories and industrial settings of various types, it is critical gas levels be accurately and reliably monitored at all times. Since even the smallest gas leak that goes unnoticed can result in a fire or explosion, workers know this is one area of industrial safety that cannot be overlooked. Because of this, many buildings and complexes now use LEL gas leak detectors that possess sophisticated electronics and alarms. However, due to the many types of harsh work environments in which these detectors are placed, it is always possible problems can develop regarding the detector’s accuracy and reliability. To ensure all goes well, here are some tips on how to check a faulty LEL monitor.
In any type of work environment where employees work in isolated areas, it can be difficult to accurately monitor the area for gas levels that may result in fires or explosions. To do so effectively, this requires the use of specialized monitoring devices known as Lower Explosive Limit meters. Commonly referred to as LEL, this type of monitoring plays an important role in various industrial facilities throughout many industries. With many factors at play during the monitoring process, it becomes important to not underestimate even the slightest of details, since overlooking one bit of data could result in tragedy.
When combustible gases are part of the mix, sophisticated systems should be in place to detect dangerous levels of these gases. If this is not the case, the result can be a massive fire or explosion. To keep this from happening, companies rely on catalytic gas detectors. But to make sure the detectors used are the best for a particular work environment, it is important to understand how these detectors function.
Whether it is a confined space inside a chemical processing plant or an isolated area on a natural gas pipeline or offshore drilling platform, the threat of a toxic or combustible gas buildup is always possible. In these and other work environments, engineers often recommend installing infrared LEL gas leak detectors so that potentially dangerous gas buildups can be quickly detected and stopped before a catastrophic event occurs. While offering many benefits, these detectors also come with many aspects of advanced technology that must be well-understood to ensure maximum effectiveness. To learn if LEL gas detectors are right for you, here is additional information regarding their risks and rewards.
In many instances when a gas leak goes undetected, the result is a fire or explosion. If this happens within an industrial work environment, the damage to property and injuries sustained by people at the scene can be catastrophic. To guard against the presence of an undetected gas leak, many facilities make use of Lower Explosive Limit detection systems. Able to scan for many different types of gases, these detectors can immediately alert engineers and safety personnel of gas levels that may fall into a dangerous range, allowing emergency procedures to occur before it is too late. In addition, LEL gas detectors have many other features and capabilities that make them invaluable to modern industrial and laboratory settings.