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PCB Triaxial Accelerometer - ICP® Triaxial Accelerometer - IEPE Triaxial Vibration Sensor

Triaxial accelerometers are used in vibration measurement applications to detect and measure vibration levels in three perpendicular directions.
 
If you plan to use a triaxial accelerometer to measure vibration, it is recommended to attach it to the surface under investigation using a suitable mounting device and connect it to a vibration analyzer or data logger.
 
You can then measure vibration levels in three axes—X, Y, and Z—and analyze the data to identify any patterns or anomalies.
 
Triaxial accelerometers can be extremely beneficial for anyone involved in machine maintenance, structural inspection, or vibration analysis. They provide valuable insight into the health of the monitored systems.
Triaxial accelerometer
  • Price: 720 €

PCB Model 356B21

2nd HAND TRIAXIAL ACCELEROMETER

  • Triaxial ICP® accel.
  • 10 mV/g
  • 500 g
  • 2 to 7 kHz,
  • mini 4-pin conn.
  • 10 ft cable included

Features:

  • Sensitivity: (±10%)10 mV/g (1.02 mV/(m/s²))
  • Measurement Range: ±500 g pk (±4905 m/s² pk)
  • Electrical Connector: 8-36 4-Pin

Delivery with sensor cable 3 meter

  • 356B21 Triaxial accelerometer
  • Connection cable 1/4-28(4-Pin)/3-BNC (3 Meter)
  • Certificate of calibration
Triaxial accelerometer
  • Price: 1520 €

141A10 – 10 mV/g

To use a triaxial accelerometer to measure vibration, you need to attach it to the surface of interest with a mounting fixture and connect it to a vibration analyzer or data logger.

You can then measure vibration levels in three axes – X, Y and Z – and analyze the data to identify patterns or irregularities.

Triaxial accelerometers are a useful tool for anyone involved in machine maintenance, structural inspection or vibration analysis, offering valuable insight into the health of the systems they monitor.

Features:

  • Small dimensions
  • Excellent phase response
  • High resolution
  • Low temperature coefficient
  • Well suited for modal and structural analysis
  • For sensitivity variants (10, 20, 50 and 100 mV/g)

Delivery with sensor cable 5 meter

  • 141A10 Triaxial accelerometer
  • Connection cable 1/4-28(4-Pin)/3-BNC (5 Meter)
  • Certificate of calibration
Triaxial accelerometer
  • Price: 1780 €

KS903B10/01 – 10 mV/g

Features:

  • Small dimensions
  • Excellent phase response
    High resolution
  • Low temperature coefficient
  • Contains digital memory for sensor data (TEDS according to IEEE 1451.4; Template 25 m. DS2431)
  • Well suited for modal and structural analysis
  • Two sensitivity variants (10 and 100 mV/g)

Delivery with accessory case:KS903B10x/01:

  • 091-CMR-B711-3: Cable for IEPE sensors; 3 m; 1/4″-28; 4-pin on Binder 711; mnl.; 120 °C; D2.1
  • 034-B711f-BNC: Adapter Binder 711; 0.5 m; 4-pin to wbl.; 3 x BNC; mnl.; 80 °C
  • 708: Rare earth holding magnet; M5; SW15; 120 °C
  • 029: Adhesive insulating flange; M5; D15; >250 °C
  • 003: Threaded screw; M5 x 8

Triaxial Seismic Accelerometer Set

triaxial low frequency accelerometer
  • Price: 2778 €

KS48C-3 + 729 Tripod floor plate Set

The triaxial seismic accelerometer set is designed for measuring low-frequency vibrations. Its high sensitivity makes it ideal for a wide range of applications. 
 
The highly sensitive accelerometer has a measuring range of 6g and can therefore detect even the smallest vibrations. 

KS48C Specifications

  • High Sensitivity Accelerometer
  • Suitable for seismic measurements and structural investigations at low frequencies
  • Highly sensitive sensor system without internal amplification thus excellent resolution and lowest noise
  • Particularly good sensitivity/ mass ratio
  • IEPE voltage output
  • Frequency response 0.07 Hz – 4000 Hz (-3dB)
  • Sensitivity 1000 mV/g
  • Residual noise wide band; <14 µg RMS (0,5 – 10000 Hz)
  • Mass 165 grams
  • Measuring range ± 6 g
  • Robust design with M12 connector
  • Protection grade IP67 
Vibration Analyzer
NVH DAQ
IEPE Datalogger

®TRADEMARK

ICP is a registered trademark of PCB Piezotronics, Inc., DeltaTron is a registered trademark of Hottinger Brüel & Kjær A/S, ISOTRON is a registered trademark of ENDEVCO. 

This document only describes the technical principles involved and inevitably mentions the registered trademarks of other manufacturers, which is not intended and will not harm the interests of trademark owners. The registered trademarks mentioned above belong to their respective owners.