Designed with a 304 stainless steel housing, the industrial piezoelectric accelerometer sensor offers extreme durability with a measuring range of ±50. This piezoelectric accelerometer has a minimum noise of <50μV rms, an IP65 rating of protection, and a sensitivity of 100mV/g at a frequency of 160Hz, providing accurate vibration measurements. The accelerometer's affordable price is perfect for industries that require accurate acceleration data in harsh environments.
Specifications
Model |
ATO-SA-AV-100T |
Measuring Range |
±50g (peak) |
Sensitivity |
100mV/g (160HZ) (25°C) |
Amplitude Non-linearity |
±1% (peak) |
Frequency Response |
0.2~10,000Hz (±3dB) |
Transverse Sensitivity Ratio |
≤5% (25°C) |
Excitation Voltage |
18VDC~28VDC (Constant current source) |
Constant Current Source Excitation |
2~10mA |
Output Impedance |
<100Ω |
Full Scale Output |
±5V (peak) |
Noise |
<50μV (rms) |
Bias Voltage |
+10~+12V |
Mounting Insulation to Ground |
≥108Ω |
Operating Temperature |
-40°C to +121°C |
Shock Limit |
±2000g (peak) |
Temperature Response |
See attached temperature curve |
Construction |
Shear |
Housing Material |
304 Stainless Steel |
Output Method |
5/8-24 2-pole socket |
Mounting Method |
1/4/28 |
Piezoelectric Material |
PZT-5 |
Protection Grade |
IP65 |
Mounting Bolt |
1/4/28 |
Connection Cable |
MIL 2-pole connection cable (5m) |
Weight |
56g |
Features
- This industrial accelerometer sensor utilizes the positive piezoelectric effect of piezoelectric materials.
- The internal IEPE isolation two-core, low-resistance voltage output.
- The accelerometer sensor is equipped with an isolated float, industrial field monitoring, strong anti-interference performanc.
Dimension (unit: mm)

Typical Frequency Response Curve

Temperature Curve

Application

Tips: What is an industrial accelerometer sensor?
Industrial piezoelectric accelerometer sensors are used to measure the acceleration or vibration of an object in a wide range of applications such as machine monitoring, equipment maintenance and dynamic testing. It converts analog signals into digital signals for analysis by detecting changes in the acceleration of an object.
Typically highly accurate and durable, they can be used in harsh environments such as high temperatures, vibration, and humidity. Industrial accelerometer sensors are widely used for monitoring industrial equipment such as motors, pumps, fans and compressors. They help in detecting abnormal vibration or excessive acceleration of equipment to avoid equipment failure.