The key to the completion of the Industrial Internet is data information, and ADM485JR sensors are especially important for smart systems across all ecosystems. In order to be integrated into the various main uses of a smart processing plant, it must be equipped with a variety of sensors, of which photoelectricity, temperature, fitness and motion, location and visualization are the most common. Here are some of the types of sensors that must be used for industrial automation solutions.
Dust Sensors: these sensors have been around for a long time and have triggered a number of interesting use cases in industrial automation solutions with IoT technology, such as HVAC, building supervision, machinery and equipment with high probability of fire accidents and gas leakage. Dust sensors, when integrated with industrial Internet solutions, can be used to deal with even the slightest vapor leaks or minor fire accidents in a timely manner.
Proximity Sensors: In the bumper of a car, sensors are the most common way to alert the driver that a collision is about to occur. In retail, sensors do the same. When consumers approach an item, they receive a discount.
Infrared Sensors: Infrared sensors are key to detecting the presence of humans and have been widely used in defense. However, in recent years, infrared sensors integrated with Industrial Internet solutions have been used in other industries as well, and are now widely used in electronics, organic chemistry, diagnostics and therapeutics. Among companies such as Renesas, Melexis, and Intersil, Murata and Melexis are among the few that can demonstrate infrared sensors for the Industrial Internet.
Piezoresistive Sensors: Integrated into IoT technology solutions, piezoresistive sensors can push data information related to changes in operating pressure in real time. Based on this sensor, we can develop and design an industrial production IoT system to monitor critical pressure equipment such as heating furnaces, water system software, airlines and oil drilling system software.
Motion sensors: can recognize information content such as running speed, instantaneous speed, rotation angle, offset, etc.. The mechanical equipment, such as magneto-electric sensors, can be used to observe the operation of servo motors in fine detail. These information contents are particularly important for the accuracy and efficiency of the actual operation of mechanical equipment.
Temperature sensors are among the most widely used sensors in industrial IoT applications. They are used in many areas, including the pharmaceutical industry, biotechnology and other areas where temperature monitoring is critical.
Optical Sensors: The basic technique of optical sensors is to use them to test various electromagnetic radiations such as light, electricity and electromagnetic fields. Communications, elevator cars, engineering and construction, diagnostic and therapeutic, and protection systems are all applications for optical sensors in industrial control automation. For example, vishay's VCNL4020X01 and TCxT1600X01 are optical sensors specialized in industrial production for IoT applications.
Image Sensing: Image sensing technology plays a key role in disruptive industrial automation processes in healthcare, road transportation and many other areas. In the pharmaceutical industry, optical lenses can be used to accurately measure heart rate and heart rate, which can help prevent cardiovascular diseases based on heart rate variations throughout the day. In the transportation industry, optical lenses are applied to better avoid train impacts and can alert the driver of trains on the same track. Omron and Invisige are the two companies that have accomplished great achievements in image awareness technology in IoT.
Machine Vision System: With the technological development trend of machine vision technology, electronic optical surveillance cameras are more and more used in the industrial Internet. Especially with the application of intelligent robots, the requirements for creating 3D visual effect information content will become more and more extensive, so the acquisition of "deep" data information technology, such as time-of-flight optical sensors, will also encounter new opportunities for upgrading.
Ultrasonic/millimeter wave communication sensor: In the case of dim light source and limited machine vision system, ultrasonic sensors can check the objects in the field of view according to the radar echoes from the reflective surfaces on the monitored objects, which is a perfect and cost-effective obstacle avoidance solution. In recent years, with the development trend of millimeter-wave radar technology, millimeter-wave communication-based inspection solutions have been recognized by more and more companies. Although the current price of millimeter-wave communication sensors is still high, it can accurately measure more information about the speed, viewing angle and position of objects, which will undoubtedly accelerate the popularization of millimeter-wave communication sensors.