Accelerometers For Vibration Measurement

An accelerometer uses a spring‐mass system to generate a force proportional to the vibration responding to a wide range of research and industry test applications. Brüel & Kjær charge and CCLD accelerometers feature ICP©, DeltaTron™, and TEDS technology; for easy setup and consistent measurement results. With single-axis and three-axis (triaxial accelerometer) configurations, the adaptability of our accelerometers is extensive. Get in touch with our experts for advice, or learn more about our accelerometer types.

Accelerometer Types

OVER 70 YEARS OF INNOVATION

In 1943, Per V. Brüel, developed the world's first commercial piezoelectric accelerometer from Rochelle salt crystals.

In fact, many of the accelerometers on todays market are based on technology invented by Brüel & Kjær.

LEARN MORE:

Accelerometer history

> HISTORY OF THE ACCELEROMETER

Brüel & Kjær Accelerometer Types

Brüel & Kjær offers a broad spectrum of vibration measurement solutions that respond to varying needs and applications. In measuring acceleration, displacement and velocity, we provide a range of high-quality accelerometers, designed for specific environments, tasks and operating conditions.

Charge Accelerometers

A charge‐type piezoelectric accelerometer is robust and designed specifically for high‐temperature vibration measurement. The unique design of our charge sensors provide a high dynamic range, long‐term stability and ruggedness.

Available in single axial and triaxial configurations.

CCLD Accelerometers

A CCLD accelerometer is designed specifically to make vibration measurement easy because the needed preamplifier is built into the accelerometer unit. It features low impedance output enabling the use of inexpensive cable and can drive long cables.

Available in single axial and triaxial configurations.

Industrial Accelerometers

An industrial accelerometer - with its rugged design - is both robust and reliable and covers a wide range of permanent vibration monitoring applications including operations in wet, dusty and potentially explosive areas.

Charge and CCLD types are both available. Charge types are especially excellent for high‐temperature measurements.

Important Accelerometer Specifications

When selecting your accelerometer, please consider the following specifications according to your test application and environment.

Highlighted specifications to consider:

Frequency range: Does the unit selected have sufficient dynamic range for the measurement in question?
Sensitivity: What are the maximum and minimum acceleration levels
Amplitude Linearity: Is the unit linear across the required measurement range?
Temperature range: What is maximum and minimum temperature that the unit will be used at?

Watch this video for a quick overview of important accelerometer specifications.

For further details or questions in regard to specific sensor types, specifications and price, please get in touch with your local Brüel & Kjær sales representative.