Ono Sokki NP-3560B Triaxial Accelerometer

SPECIFICATIONS ONO SOKKI NP-3560B TRIAXIAL ACCELEROMETER

Introduction Ono Sokki NP-3560B Triaxial Accelerometer

Ono Sokki NP-3560B Triaxial Accelerometer detector is an accelerometer that can output electric signals in proportion of vibration acceleration, which has been converted from mechanical vibrations, at the same time from XYZ three vibration directions. Various types of accelerometers are provided including built-in preamplifier type, charge output type, and TEDS compatible type.

The NP-3560B model manufactured by Ono Sokki is known for its high precision, reliability, and versatility. It is designed to provide accurate measurements in a wide range of applications and operating conditions. The triaxial configuration means that it can measure acceleration along three perpendicular axes simultaneously, allowing for comprehensive analysis of dynamic motion.

This accelerometer incorporates advanced sensing technology and signal processing capabilities, enabling it to capture both static and dynamic acceleration. It typically measures acceleration in units such as meters per second squared (m/s²) or gravitational units (g). The NP-3560B is equipped with features such as a built-in amplifier, filtering options, and a digital output interface, which facilitate easy integration with data acquisition systems or other measurement devices.

Features Ono Sokki NP-3560B

• The seismo-type^*1 sensor requires no reference point for measurement
• Compact and light weight, easy to mount and easy handling
• Wide measurement range: The accelerometer can capture a broad spectrum of acceleration, making it suitable for various applications, from low-frequency vibrations to high-g shock events.
• Compact and rugged design: The NP-3560B is designed to withstand harsh environments and demanding conditions, making it suitable for field applications.
• Versatile mounting options: The accelerometer offers flexibility in mounting orientations, allowing it to be easily positioned and secured in different setups.
• Wide dynamic range, micro acceleration measurement available
• Mechanical strength is suitable for measurement of large acceleration or impact acceleration
• High resonance frequency makes the measureable frequency range wider. Wide band frequency can be measured without waveform distortion
• Selectable from various types according to the purpose or conditions of use
• TEDS compatible sensors are available

*1:Vibration system where M is mass, K is the spring constant, and C is the viscosity resistance.