As companies in numerous industries continue to make sizable investments in equipment containing state-of-the-art technology, it has become increasingly important for them to have monitoring systems in place that can alert them to potential problems. As a result, more and more facilities now make use of transmitter detectors to ensure equipment performance is carefully measured and analyzed. Whether ensuring equipment is properly detecting gas leaks, maintaining pest control, or other areas, knowing the most common types of detectors available and their features is important in making the right selection.
Central Monitoring Capability
Rather than have multiple detectors stationed throughout a building, many facilities now have decided to use a transmitter detector that has central monitoring capability. This is particularly useful for such tasks as pest control, since these bug detectors can cover very large areas. As a result, they are very cost-efficient and require little if any maintenance. Along with pest control, the detectors can also be used to monitor for gas leaks that may be the result of poor equipment performance.
Monitoring Confined Spaces
When needing to monitor confined spaces, many facilities use analog transmitter detectors to get the most accurate and reliable data from these areas. Due to their isolated locations and small areas, confined spaces are without a doubt some of the hardest areas in an industrial plant or laboratory to properly monitor on a regular basis. But as technology has rapidly evolved in this area of detection management, portable detectors have been developed that provide excellent results and offer many advantages to workers. Along with linking to wireless networks and transmitting real-time data, these detectors allow instrumentation technicians to complete such tasks as equipment repairs and inspections using hands-free monitoring.
Due to the need for data that is consistently accurate and reliable, digital transmitter detectors are made to use a variety of calibration methods. The most popular of these is self-calibration, which allows engineers to automatically program the detector so that it can constantly adapt to changing environmental conditions. Thus, should there be a gas leak or equipment malfunction, the detector can quickly adjust its settings and continue to send accurate real-time data to monitoring centers. But along with self-calibration, the detectors can also be manually calibrated if necessary, allowing technicians to make adjustments as needed.
With increasing advances in technology, many of today’s detectors are also able to gather and store large amounts of information that can be analyzed by engineers and technicians. As a result, it becomes easier to not only spot current problems with equipment performance, but also examine data to spot trends that may happening with various types of equipment or within certain areas of a facility. Not only will this allow potentially dangerous situations to be addressed much more quickly, but it will also allow a company to save money by initiating equipment repairs before production shutdowns become necessary.
To learn more about this unique type of detection technology, contact GDS by visiting www.gdscorp.com or calling 409-927-2980.