The AS63B Smart Sensor Vibration Meter (also known as a vibration severity meter) is engineered for precise vibration analysis in industrial and mechanical environments. It utilizes a shear-type piezoelectric ceramic accelerometer to detect vibration signals and accurately display acceleration (m/s²), velocity (m/s), and displacement (mm) values.
With wide frequency ranges and stable accuracy, the AS63B helps technicians identify imbalance, misalignment, bearing wear, and other mechanical faults before failure occurs. Its compact design, Max Reading Hold, and °C/℉ temperature selection make it ideal for both field and laboratory applications.
Commonly used in power generation, petrochemical plants, metallurgy, machinery manufacturing, and vehicle maintenance, the AS63B is a reliable tool for predictive maintenance and condition monitoring.
Wide frequency range for industrial vibration analysis
High accuracy ±5%H ±2 digits
Temperature measurement support
Max Reading Hold function
℃ / ℉ temperature unit selection
Compact, lightweight, and portable design
Ideal for machinery, motors, pumps, and industrial equipment
Product Specifications
Type
digital vibration meter
measuring principle
piezoelectric ceramic accelerometer
acceleration range
0.1 ~ 199.9 m/s²
velocity range
0.1 ~ 199.9 m/s
displacement range
0.001 ~ 1.999 mm
acceleration frequency range
10hz ~ 1khz (low), 1khz ~ 15khz (high)
velocity frequency range
10hz ~ 1khz
displacement frequency range
10hz ~ 1khz
accuracy
±5%h ±2 digits
temperature measurement
yes
max reading hold
yes
temperature unit selection
℃ / ℉
power supply
9v battery
Product Details
The AS63B Smart Sensor Vibration Meter (also known as a vibration severity meter) is engineered for precise vibration analysis in industrial and mechanical environments. It utilizes a shear-type piezoelectric ceramic accelerometer to detect vibration signals and accurately display acceleration (m/s²), velocity (m/s), and displacement (mm) values.
With wide frequency ranges and stable accuracy, the AS63B helps technicians identify imbalance, misalignment, bearing wear, and other mechanical faults before failure occurs. Its compact design, Max Reading Hold, and °C/℉ temperature selection make it ideal for both field and laboratory applications.
Commonly used in power generation, petrochemical plants, metallurgy, machinery manufacturing, and vehicle maintenance, the AS63B is a reliable tool for predictive maintenance and condition monitoring.
