High-Frequency Innovation: Self-Sustaining Ultrasonic Sensor Boosts Industrial Productivity in Brazil

Technological Boldness: Self-Sustaining Ultrasonic Sensor, Operating Without Wires and Batteries, Arrives on the National Market Through Reymaster Electrical Materials, Promising an Increase in Industrial Efficiency.

Created to identify the presence of people and obstacles, as well as to improve the performance of industrial conductors and equipment, the self-sustaining ultrasonic sensor arrives in Brazil. The innovation, which contributes to increasing productivity and product quality, has the main objective of preventing damage and losses, promoting a more optimized functioning of industrial processes.

Echoing Productivity: How Does the Ultrasonic Sensor Work?

The ultrasonic sensor operates similarly to a bat’s sonar, as explained by Rafael Mafra, technical promoter at Reymaster. Emitting a high-frequency sound pulse, the device measures the time taken for the echo to return, transforming this energy into an electrical signal.

“Contactless detection of any object in harsh industrial environments is possible thanks to ultrasonic sensors. They work independently of the material, state, color, or degree of transparency of the object to be detected, making them essential for monitoring the position of machine components, the flow of objects on conveyors, and even the level of materials”, comments Mafra.

Cable-Free Ultrasonic Sensor: The Innovation That Revolutionizes the Market

The launch from Telemecanique, a brand of Schneider Electric with over 90 years of tradition, arrives in Brazil through Reymaster. The compact ultrasonic sensor, requiring no cabling and operating wirelessly, allows for remote supervision and diagnostics of industrial systems. Its operation brings unprecedented cost savings and versatility.

Additionally, its self-sustaining operation, with no need for batteries or electrical power, represents an environmentally friendly solution. The ease of installation and the ability to adapt to equipment not designed for networking make this launch even more attractive to the market.

Attention to Details: Care with the Use of the Ultrasonic Sensor

Despite the advantages, Mafra points out that some precautions are necessary to ensure the proper functioning of ultrasonic sensors. Since the transmitter and receiver are in the same enclosure, it’s essential to ensure that the installation location of the device does not suffer from interference or multiple reflections that could cause reading errors.

Furthermore, it is important to pay attention to the correct marking of the sensor’s operating area, as the system’s tendency to retain its properties in the absence of a stimulus may create an area of uncertainty. Moreover, the object to be detected must be directly aligned with the sensor, due to the directivity of the device.

In summary, whether for door control, detection of objects, even transparent ones, or checking the height of stacks of various materials, ultrasonic sensors promise to bring innovative solutions for various industrial applications. Their effectiveness is calculated based on the distance between the sensor and the object, taking into account the time between emission and reception of sound waves and their speed in the air. Certainly, the Brazilian industry stands to gain significantly from this new technology.