Whether at a natural gas pipeline, petroleum refinery, or other setting, the slightest flame can lead to a fire or explosion. Because of the danger posed in these situations, facilities install flame detection systems in an effort to keep workers as safe as possible. Offering advanced technology and versatility in harsh work environments, these detectors operate based on numerous scientific principles. If your company is in the early stages of selecting a flame detection system, here is crucial information regarding the applications of flame detectors.
Unique among many types of detectors, most flame detectors are stand-alone devices, meaning they can directly connect to a facility’s sprinkler and fire extinguishing systems. With this feature, they can automatically control the operation of these systems, which in many cases allows for a quicker response to fires before they get out of control.
Rarity of False Alarms
One of the basic principles of flame sensors is their use of infrared and ultraviolet technology to ensure false alarms are a rarity. Relying on spectral signatures to enable them to detect specific types of flames, these detectors have gained a reputation for accuracy and reliability, particularly in areas where multiple accelerants are present.
Wide Range of Costs
Since flame detectors working principles involve a number of factors, the detectors often vary as to how much they cost. As an example, portable detectors, which are growing in popularity, are usually quite affordable, averaging about $200 each. For comparison, fixed flame detectors often cost $1,000 or more apiece, and flame detection kits, which can detect flames as well as gas buildups, may cost $3,000 or more. Due to the wide range of costs among these detectors, it is important for companies to plan accordingly before making a selection. However, in most companies, a combination of these detectors is recommended to ensure high levels of safety are maintained.
When focusing on the principles of flame detectors, one area that should never be overlooked is the capability of simultaneous detection. Since all industrial sites have variances in terms of size, floor plan, number of employees, and other aspects, having simultaneous detection makes these detectors very reliable and cost-efficient. By being able to detect flames from multiple gases at the same time, they can be easily adapted to numerous work environments, such as ones where humidity levels or temperature extremes are a major factor.
Commonly found in Sharpeye flame detectors, IR3 technology has been credited with revolutionizing flame detection technology. As one of the most important flame sensors working principles, IR3 technology allows for the use of color video cameras in the detection of flames within any setting. By being able to verify a fire using visual technology, these detectors allow safety personnel and engineers to assess an area much faster, enabling them to make quicker decisions that may potentially save lives.
If you need to know more about the working principles associated with these detectors, contact GDS at www.gdscorp.com or by phone at 409-927-2980.