BOY-MS01 Seismic intensity meter

BOY-MS01 Seismic intensity meter

Product features:

1. Delicate and compact, easy to install 

2. Real-time data transmission, real-time status and intensity output 

3. High-level protection, strong anti-interference 

4. High dynamic range acceleration sensor, good frequency bandwidth and linearity

Cellphone(Whatsapp/Wechat):
Mr. Lin+86 13960777235 
 technical consultation

Product Introduction

  With the development of seismic observation technology, seismic intensity meter has been more and more widely used in the process of selecting, processing and calculating seismic intensity of seismic recording data. The seismic intensity meter is the basis of the seismic intensity report, which can provide a scientific basis for the rapid judgment of the disaster situation, the strategy and action of earthquake emergency rescue, and the decision-making of engineering rescue and restoration. Boyaa Tianan BOY-MS01 seismic intensity meter is a high-performance seismic intensity measurement device, which realizes real-time seismic intensity monitoring through MEMS (microcomputer electronic system) and Internet of Things technology.

▋ Working mechanisms

BOY-MS01 Seismic Intensity Meter adopts 4G network communication and supports both utility and solar power supply. The device monitors the acceleration of X, Y and Z axes during an earthquake through MEMS sensors, and transmits the data to the cloud platform in real time through 4G network.

▋ Product parameters

Seismic intensity meter BOY-MS01

sensor

Built-in 3-axis high precision accelerometer

Accelerate the measurement range

±2g

resolution ratio

16ug

sampling rate

≥100dB

frequency bandwidth

0-80HZ

Built-in services

NTP, PTP, GPS time service

power input

Rated DC12V

data communication

4G

Power supply capacity

Built-in back power supply capability

levels of protection

IP67


▋ Application scenarios

    BOY-MS01 Seismic Intensity Meter can be used in a variety of scenarios including: free site strong seismic observation; strong vibration observation and health monitoring of buildings and structures; artificial blasting observation; vibration monitoring of dams, bridges, stations, tunnels, and other facilities; emergency mobile seismic observation; seismic scientific investigation; earthquake pre-monitoring; landslide rockfall monitoring; and construction of seismic intensity quick report and earthquake pre-network. It can also be used to estimate the magnitude of earthquake impacts that may occur in a construction area. New construction projects can be based on this to carry out seismic calculations of structures or take different seismic measures.