Triaxial Axis Accelerometer and Vibration Sensor, ±16g, 0–50 mm/s

SKU: SUCH-AS-3016ZW
$597.32
● Acceleration range: ±16g ● Velocity range: 0–50 mm/s ● Temperature range: -40°C to 150°C ● Vibration axis: X, Y, Z axis
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🕒 Delivery date: 6-12 days
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Overview

Multi-functional accelerometer and vibration sensor integrates acceleration (±16g), velocity (0–50 mm/s), and temperature (-40°C to 150°C) measurement functions. It operates on DC 12–24V power supply, supports X, Y, and Z-axis measurements, and includes time-domain RMS, peak, and kurtosis analysis, as well as frequency-domain frequency, energy, and fault feature band identification. Features an RS485 interface with Modbus RTU output, supporting a maximum communication rate of 460,800 bps, to fully meet users' real-time monitoring requirements.

Feature

Accelerometer and vibration sensor feature

  • Time domain analysis outputs multiple parameters, such as the effective value, peak value, and kurtosis coefficient of vibration acceleration.
  • Spectrum analysis outputs frequency point spectrum energy data. For example, the acceleration spectrum provides frequency points, frequency band spectrum energy, and bearing fault characteristic frequency point energy data. The velocity spectrum provides frequency points, frequency band spectrum energy, and frequency multiplication characteristic frequency point energy data.
  • Accelerometer sensor fault diagnosis: Provides vibration acceleration, vibration velocity, temperature warning alarms, and vibration-based fault diagnosis results for typical application scenarios.

Dimension (unit: mm)

Accelerometer and vibration sensor dimension

Wiring Diagram

Accelerometer and vibration sensor wiring diagram
Output Signal Type Line Color Function Description
RS485 Communication + DC Power Supply Black Ground wire (power ground)
White RS485 (data positive)
Blue RS485 (data negative)
Brown DC 12–24V power positive terminal
Specs
Power Supply DC 12~24V
Measurement Range Acceleration: ±16g
Velocity: 0–50 mm/s
Temperature: -40°C to 150°C
Operating Environment -40°C to 85°C
Vibration Axis X, Y, Z axis
Frequency Range 5Hz–3000Hz
Time Domain Analysis Acceleration & velocity: RMS, peak, kurtosis
Frequency Domain Analysis Acceleration spectrum & velocity spectrum: Frequency, energy, fault feature bands
Alarm Function Velocity, acceleration, and temperature alarms
Fault Diagnosis Fault identification in typical machine scenarios
Baud Rate 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400, 460800, and other multiple settings available.
Communication Interface RS485
Output Mode Modbus RTU server (passive real-time response)
Device Address Default “1”, settable from 1 to 240
Mounting Threaded mount (M8*8mm)
Protection Rating IP67
Dimensions Φ23×48×24 mm
Application
Accelerometer and vibration sensor of water pump

Water Pump

Accelerometer and vibration sensor of air compressor

Air Compressor

Accelerometer and vibration sensor of gas engine

Gas Engine

FAQ

A 3 axis accelerometer incorporates three mutually perpendicular sensing elements, enabling simultaneous capture of acceleration signals in the X, Y, and Z directions. Through a dedicated data acquisition system or dynamic signal analyzer, users can obtain three-dimensional vibration data, thereby more accurately analyzing equipment vibration characteristics and fault sources.

Accelerometers vibration sensors can be widely used in rotating machinery (such as motors, fans, and pumps), structural health monitoring (such as bridges and buildings), transportation vehicles (such as cars and trains), and laboratory vibration testing. Three-axis measurement reduces the need for multiple installations and calibrations, improving data acquisition efficiency and accuracy.

The installation surface must be flat and clean to ensure tight contact between the accelerometer base and the measured object. It is recommended to use screws or specialized mounting adhesive for fixation to prevent data distortion caused by loosening. Additionally, appropriate cables and connectors should be selected based on environmental conditions to prevent signal interference or transmission loss.

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