AKG392 3-Axis MEMS Accelerometer Industrial Vibration Monitoring Sensor with RS485 Output

AKG392 MEMS DIGITAL ACCELEROMETER.pdf

The AKG392 triaxial accelerometer is a new accelerometer independently developed and produced by Rion Technology applied in wide range of applications which covers many fields such as vibration testing and impact testing. The product adopts digital interface output with options as RS232/485/TTL. Different address codes can be set, multiple accelerometers can be installed in series for long distance, which is convenient for multi-point measurement and data analysis. Internal FFT processing can directly output the object vibration frequency and speed and Amplitude, convenient for users to analyze data.

The users can change the sampling frequency according to the actual frequency of the object to improve the frequency measurement accuracy. AKG392 is a single crystal silicon capacitive sensor, which consists of a silicon chip processed by micro-machines, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor. This product has low power consumption, calibration, sturdy structure, and stable output. The new electronic configuration provides solid-state power for reset and protection from over-voltage. The long-term stability and deviation of the scale factor in the full-scale range are typically less than 0.1%. This series of products have the characteristics of sturdy structure, low power consumption, and excellent deviation stability, ensuring stable output reliability.

• Three axes (X, Y, Z)
• Output signal: RS232; RS485; TTL
• Power supply voltage: 9~36V
• Size: L34.3×W34.3×H38.5mm
• Working temperature: -40°C ~+85°C
• Storage temperature: -40°C ~+85°C
• Excellent deviation stability, good environmental performance

• Medical equipment
• Bridge
• Large machinery, engines
• Automobile
• Road roller
• Crash records, fatigue monitoring and prediction
• Wind power generation
• Low-frequency vibration and automatic monitoring
• Traffic system monitoring, roadbed analysis and high-speed railway fault detection