In large industrial facilities, manufacturing plants, laboratories, and other work settings, it is important to utilize technology to make sure a facility is kept safe, productive, and efficient. To accomplish this, companies use a variety of transmitter detectors to aid in such areas as security, gas and flame detection, pest control, and other aspects of building maintenance and security. But to ensure a detector is functioning at its optimal capacity, it is crucial to have a solid understanding of their components and features.
When using an analog transmitter detector, many companies find it can be used for centralized monitoring. Since this form of monitoring requires only one detector that can be placed in a central location, it makes monitoring not only more accurate and reliable, but also easier to do in areas that are often difficult to monitor, such as storage areas and warehouses. Considered a cost-effective option, this allows the detector to scan for gas leaks, flames, various types of pests, and intruders, depending on which functions are needed in an area.
The Challenges of Confined Spaces
In any industrial facility or similar environment, confined spaces present some of the most difficult challenges when it comes to accurate and reliable monitoring. Often located in isolated areas, confined spaces are nevertheless extremely important, since they often contain equipment vital to a company’s operations. Due to their importance, portable digital transmitter detectors are often purchased by companies for use by engineers and maintenance technicians who will be installing, troubleshooting, and repairing equipment in these areas. By offering hands-free monitoring and the transmission of real-time data, these transmitters can be a valuable addition to a company’s safety program.
Linking to Wireless Networks
Since virtually all industrial facilities in use today have wireless networks, a transmitter detector can be linked to mobile devices such as smartphones and tablets. Once done, this allows for managers, technicians, and security personnel to have immediate access to real-time data, which can be critical should a serious situation develop. In addition to on-site personnel having access to data, it can also be transmitted to off-site monitoring centers, allowing for in-depth analysis of various types of complex issues.
Whether it is bug detectors installed in a warehouse or storage area, a security transmitter placed near vital equipment, or other situations, most of today’s advanced transmitters are equipped with the ability to self-calibrate. By doing so, they can adjust themselves based on current environmental conditions, allowing for the continual transmission of accurate real-time data. Thus, should a gas leak or fire occur, the transmitter can adjust to such factors as temperature extremes, humidity levels, smoke, dust and dirt, shocks and vibrations, and other factors that might otherwise hinder a transmitter’s ability to send accurate data to monitoring personnel.
Due to their versatility, these detectors are becoming much more widespread in many work environments. If you need additional information about their uses and features, contact an Applications Engineer at GDS by calling 409-927-2980 or online at www.gdscorp.com today.