With the continuous development of industrial automation and intelligence, traditional pressure monitoring methods can no longer meet the comprehensive needs of high efficiency, accuracy and remote management. Atech AS100-110wireless pressure sensor was born, integrating high-performance pressure-sensitive components, ultra-low power processors and NB-IoT wireless communication technology, which has completely revolutionized the collection and transmission of pressure data. No wiring required, flexible installation, stable and reliable, Atech AS100-110 provides a convenient, efficient and intelligent pressure monitoring solution for various complex working conditions.
The wireless pressure sensor uses high-quality imported pressure-sensitive cores, combined with ATECH 's long-term accumulated signal conditioning technology and circuit design experience, perfectly combining high precision and high reliability. The internally integrated ultra-low power microprocessor enables the whole machine to maintain low energy consumption during collection, transmission and standby, which is particularly suitable for application environments with strict power supply conditions. Its standard lithium battery capacity is as high as 14550mAh. Combined with reasonable sampling and upload frequency settings, it can achieve stable operation for up to more than three years, truly achieving "wiring-free and maintenance-free".
In terms of communication methods, the wireless pressure sensor adopts NB-IoT wireless transmission technology, which has the characteristics of strong penetration, wide network coverage, stable transmission, and strong adaptability. The data communication structure based on the LWM2M protocol not only improves the compatibility between the device and the platform, but also lays a solid foundation for later data management and remote upgrades. Users only need to log in to the designated platform through an Internet PC or mobile terminal to view the data uploaded by the sensor in real time, easily realize remote monitoring, data statistics and trend analysis, and comprehensively improve management efficiency.
This sensor also has significant advantages in installation. Due to its wireless design, it eliminates the cumbersome wiring project, greatly reducing the on-site construction cost and maintenance difficulty. The shell is made of 304 stainless steel and aluminum die-casting, which is sturdy and durable, with an IP65 protection level, and can effectively cope with harsh environments such as dust and humidity commonly seen in industrial sites, ensuring long-term and stable operation of the equipment.
The application field of wireless pressure sensors is extremely wide. In unattended oil, gas, heating, tap water and fire protection pipeline systems, it can continuously and reliably monitor the pressure changes inside the pipeline, realize remote alarm and data collection; in industrial process control, water treatment pump station and automatic detection system, it can also provide stable and accurate pressure signals, becoming the core part of system control. Especially in dangerous areas or places where frequent inspections are not possible, it can show the significant advantages of wireless transmission and low power operation.
In terms of measurement capabilities, wireless pressure sensors cover a variety of ranges from 0.5MPa to 60MPa, support pressure measurement of various media such as liquids, gases or steam, and have strong adaptability. Its accuracy is as high as ±0.5%FS, and its long-term stability can be controlled within ±0.2%FS, meeting the strict requirements of industry for data accuracy.
