1. The Important Function Of A Sensor In Modern Industry
The role of technology in changing the world as we know has been huge over the years. Advancements in technological findings have contributed to this change so immensely, especially for the modern industry.
One of the developments in technology that continues to influence the modern industry is the use of sensors.
Sensors are devices that pick up some measurable information. They convert this information to other forms of data like electrical signals based on defined some specified rules. These rules enable the transmission, processing, storage, display, recording, and control of these data collected by the sensors.
The use of sensors is found in diverse areas, including industrial production, environmental protection, resource investigation, space exploration, medical diagnosis, biological engineering, cultural relic protection, and many other fields.
The extensive use of sensors in so many industries have created a massive market for it and has prompted the emergence of a modern industry different from the one that once existed in the past.
The impact on some industries has been so huge using sensors to monitor and support their production line. This use has helped the industries reduce loss due to downtime and machine failures with data collection to enable process improvement.
2. What Are The Characteristics Of The Sensor?
You’ll expect specific characteristics of sensors based on their applications. These characteristics can ascertain the sensors’ detection level and include systems order, digital ability, networking, multi-function, and miniature tendencies. The intelligent nature of sensors is also a characteristic.
A sensor’s design is based on measuring or the perceived human sense like smell, taste, and touch that they tend to mimic.
Sensor types include temperature sensors, smoke or gas sensors, light sensors, pressure sensors, infrared sensors, humidity sensors, ultrasonic sensors, touch sensors, and color sensors. Others include flow sensors, level sensors, and tilt sensors.
These sensors measure physical properties based on their characteristics and their sensitivity. For instance, thermal sensors measure the temperature sensor’s change using a temperature sensor integrated circuit (IC) or a thermistor. This thermistor converts the temperature changes to an equivalent voltage.
Other sensors, such as proximity sensors and infrared sensors, use light-sensitive ICs to detect and measure. The output from this detection is used in different devices like smartphones and even streetlights.
Other sensors include computers, motion detectors, smoke detectors, alarm systems, alcohol breathalyzer, velocity, and distance measurement.
3. How To Test The Quality Of The Sensor?
With all the vast sensors’ application outlined previously, a faulty sensor might not accurately detect the intended parameters. Hence the manufacture of a useful sensor that is free from any manufacturing error is vital.
A sensor application will require that quality sensors be manufactured with the right sensitivity and other specifications and requirements for specific sensor types. But how do you guarantee the manufacture of a quality sensor?
X-ray is a non-destructive test that offers an accurate method of inspection using an x-ray machine for electronics. Hence sourcing for a suitable X-ray machine is essential to providing quality inspection of sensors.
X-ray machine manufacturers often produce different types of X-ray machines with different purposes in mind. For instance, an Industrial X-ray machine comes with different power ratings, which determine the clarity of the image produced by this machine.
Choosing an X-ray machine with high detection capabilities to view from different tilting angles will be great for inspecting sensors and their components. Also, a machine with good image quality is usually preferred.
in conclusion, using an X-ray machine for inspecting sensors is vital to achieving a well-functioning sensor at the end of the day. However, with Uni X-ray, you have a reliable manufacturer that guarantees quality sensor manufacturing.
Uni x-ray has always been conducting studies and manufacturing X-ray machines with precision technologies since 2002 when it was founded. It has been a national supplier for close to two decades. It has supplied its machines to different satisfied customers both across China and globally.
With the ergonomic-centered design, Uni X-ray equipment is very economical and uncomplicated in the use of sensor testing, as confirmed by several foreign and local sensor manufacturers who use Uni X-ray equipment.