When industrial workers find themselves in areas where they are working on equipment, conducting tests, or completing other tasks, one of the most dangerous hazards they face is the threat of combustible gases. Because of this, they find themselves in need of H2S gas monitors that can provide accurate and reliable results in various types of work environments. From chemical processing plants to offshore oil platforms and auto or electronics manufacturers, employees in these facilities rely on the advanced technology of H2S transmitters to keep them safe. To gain a greater understanding of catalytic LEL combustible gas sensor performance, here are some key details to take into consideration.

Sensor Cost

Depending upon your company’s budget, it’s crucial to consider how much you’ll want to spend on H2S gas detectors. In many situations, this revolves around whether you choose infrared or catalytic bead sensors. If your facility is in need of accurate and reliable monitoring equipment that can be purchased on a tight budget, catalytic bead sensors are a better choice. However, they often require more maintenance than other similar sensors that are more expensive, so take this into consideration. But if you choose to purchase hydrogen sulfide sensors that do cost more, the biggest advantage is they require little maintenance, and can be installed almost anywhere. Therefore, they tend to pay for themselves after several years.

Harsh Work Environments

Because these hydrogen sulphide transmitters are expected to provide accurate and reliable data in many types of work environments, they are designed to perform well in numerous types of environments. For example, they are widely used in manufacturing facilities where many confined spaces are present. Since these spaces can contain high temperatures, high humidity levels, dust, dirt, and other environmental conditions that can make it difficult to have accurate readings, catalytic LEL combustible gas sensors are designed with state-of-the-art electronics and other safety features that allow them to maintain accuracy under difficult conditions. By being designed to detect extremely small levels of combustible gases such as hydrogen sulfide, these sensors can be effective virtually anywhere.

Data Network Compatibility

As monitoring for dangerous gases has become more sophisticated over the past decade, catalytic LEL combustible gas sensors are now equipped with advanced electronics that let them be very compatible with virtually any facility’s computerized data networks. By having this capability, the sensors can not only send data to monitoring centers located miles away, but also to supervisors, managers, and maintenance technicians and engineers who are located on-site at the facility. With this option, the data can link to various types of mobile devices such as tablets, laptops, and smartphones.

Consult GDS Engineers

Due to the many changes in catalytic LEL combustible gas sensors over the past decade, it’s vital to make the right choice for your facility. To do so, it’s best to consult with engineers who understands the intricacies of these systems. Therefore, always choose to contact experienced Applications Engineers at Global Detection Systems, who can answer your most detailed questions.

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