Accurate and reliable flame detectors useful in a variety of work environments, SharpEye flame detectors contain some of the most advanced electronics available today. As a result, they are relied on to keep employees and facilities safe in areas where work conditions are very harsh, such as offshore drilling platforms, pipelines, and manufacturing plants where there may be temperature extremes, high humidity levels, and dirt and dust. Since these flame detectors play such a key role in industrial safety, it is important to know as much about them as possible before selecting them for your facility. Thus, for those of you with questions about Sharp Eye flame detectors, here is a selection guide to help in the decision-making process.
Because these detectors provide accurate and reliable data in harsh work environments, they come with self-contained electronics and calibration systems. In doing so, they can not only be protected against fires or other hazards, but also self-calibrate and connect directly with a facility’s sprinkler systems, fire extinguishing systems, and other emergency systems. As a result of being able to control these systems during an emergency, serious situations can often be averted.
Infrared and Ultraviolet Detection
With state-of-the-art technology now widely used in SharpEye 40/40I flame detectors, one of the biggest advances has been the use of infrared and ultraviolet technology to quickly detect flames. By using these detectors in areas where there are many different types of accelerants, specific spectral signatures of these accelerants can be identified. As a result, the number of false alarms is greatly reduced, keeping a facility and its employees much safer.
Logic Circuits and IR3 Capabilities
To aid in allowing SharpEye IR3 flame detectors to be so accurate and reliable, they are built with many types of advanced logic circuits and IR3 technology. By having this state-of-the-art technology, the detectors can not only use their self-containment capabilities to work well in harsh work environments, but also be useful in simultaneously detecting flames from many different types of gases. Whether it is flames that are originating from various metals, hydrogen, or certain hydrocarbon gas and fuels, these detectors can perform well no matter the size or floor plan of a facility.
Expanded Detection Range
While there are many features that make a SharpEye flame detector useful in manufacturing and laboratory settings, the expanded detection range it can offer often plays a key role in keeping an area safe. Offering a detection range of up to 140 feet, these detectors can efficiently monitor confined spaces, large warehouses, and other areas of a facility, all while using very little power to do so. As a result, they are very cost-efficient in terms of energy costs, enabling companies to install several of them throughout an area.
With their numerous features that make them viable solutions to many different work environments, flame detectors using SharpEye techology can be a key part of your company’s safety program. To learn more about SharpEye technology, speak with an Applications Engineer at GDS.