The Epson 3-axis accelerometer M-A352AD10 can be used in applications such as bridge health monitoring.
In the first half of this year, Turkey has touched the hearts of countless people, causing huge losses of people and property, in this disaster, many buildings collapsed, but there is such a building, still strong, that is, Turkey 1915 Canakkale Bridge, as a first-class sea-crossing bridge, why can it survive in **?
It turned out that as early as the beginning of construction, the engineer understood that Turkey is a country with many occurrences, because most of Turkey's territory is above the first belt, so earthquake resistance has become a factor that must be considered in engineering construction, so from the beginning of bridge design, how to improve the seismic grade of the bridge has become a problem that needs to be solved, and the seismic grade of the bridge is set to 10.
I would also like to mention one more important thing to know: the bridge has a comprehensive structural health monitoring system.
During the construction of the bridge, more than 1,000 sensors, divided into environmental and traffic sensors and structural behavior sensors, were installed to monitor the bridge's external events and structural reactions. These sensors not only provide direct warnings, but also provide ** and forecasts for the long-term performance of the bridge.
It can be seen that sensors play a non-negligible role in bridge safety.
Accelerometers are sensor units that support high dynamic range, low drift, and digital outputs. Today I would like to introduce to you a new standard accelerometer from Epson, namely Epson's new standard accelerometer M-A352AD10 sensor unit, Epson's three-axis accelerometer M-A352AD10 can be used in applications such as bridge health monitoring.
Epson's new M-A352AD10 is a three-axis digital signal output accelerometer with low noise, high stability, and low power consumption, and is made using Epson's QMEMS process technology. At the same time, it has the characteristics of high precision and high durability.
The all-round M-A352AD10 is mainly used in ultra-high building monitoring, bridge health monitoring, tunnel safety monitoring, foundation pit safety monitoring, slope safety monitoring, etc., using satellite positioning and various sensors to carry out ultra-high-precision measurement and automatic monitoring and early warning.
1. The features of M-A352AD10 are as follows:
Improved impact capacity: 1200g (M-A351: 300g);
Optional interfaces: SPI UART;
Optional output mode: acceleration tilt angle;
Programmable low-pass digital filter;
Low-jitter external trigger function for synchronous sampling;
low-power mode;
Solid alloy base (dimensions: 48x24x16mm3, weight 21g).
2. The typical applications of M-A352AD10 are as follows:
All kinds of bridge monitoring and testing, bridge static and dynamic load tests and long-term monitoring.
Highway and slope debris flow monitoring.
Tilt, crack, displacement, settlement of ordinary buildings, settlement, pressure and displacement detection of building pile foundations.
Environmental safety monitoring and collection.
Construction site safety monitoring.
Detection of supertall buildings and large buildings.
Tunnel and rail testing.
Long-term monitoring of disaster-prone areas.
Safety inspection of cranes at ports and construction sites.
Vibration measurement and vibration detection of port terminals.
Dam monitoring. Geotechnical testing and long-term monitoring.
Detection of rail vibration and subgrade settlement, pressure and displacement.
Fire monitoring and early warning.
Nuclear radiation monitoring and early warning.
3. The detailed specifications & functions of M-A352AD10 are as follows:
4. The noise performance characteristics of M-A352AD10 are as follows:
5. The structure diagram of M-A352AD10 is as follows:
6. The M-A352AD10 analysis tool is as follows:
Piezo Man is an authorized supplier of Epson Epson (China), welcome to consult and purchase Epson's new standard accelerometer M-A352AD10 sensor unit, if you need M-A352AD10 specifications, please contact us.