Ono Sokki NP-2000 Series Accelerometer Charge Output Type

NP-2000 series sensors from Ono Sokki convert mechanical vibrations into signal proportional to vibration acceleration.

Various types are available such as extra small type weighing  only 0.4g, 3-axis type for measuring acceleration in the x, y and z  directions, water-tight type, high sensitivity type, etc.

In stock Yes No
Price was € (Inc. VAT) RRP € Price was € (Ex. VAT) RRP €

Features (Piezoelectric type accelerometer)

· Charge output type

· The seismo-type sensor requires no origin

· Smaller, lighter and tougher than other types, and the dynamic range is wider

· High resonance frequency makes the measurable frequency range wider

Further Information

Specifications of NP-2000 series Charge Output Type

Model NP-2110 NP-2910 NP-2810
Features Compact, lightweight Compact, general-purpose usage Compact
Sensitivity*1 (C/(m/s2)) 0.16pC/(m/s2)±2dB 0.3pC/(m/s2)±2dB 1.2pC/(m/s2)±2dB
Resonant Frequency 40kHz or higher 60kHz or higher 40kHz or higher
Frequency Response range*2 (Hz) fc to 10kHz ±0.5dB fc to 10kHz ±0.5dB fc to 6kHz ±0.5dB
fc to 20kHz ±3dB fc to 20kHz ±3dB fc to 15kHz ±3dB
Max.Acceleration (m/s2) 10000 50000 20000
Operating Temperature range ( °C) -20 to +160 -20 to +160 -20 to +160
Outer Dimensions  (mm) φ6.5 × 3.7H 7Hex × 10H 12Hex × 16H
Weight (g) 0.6 2 12

Model NP-2120 NP-2130 NP-2710
Features General-purpose usage General-purpose usege, high sensitivity Compact, high-temperature proof
Sensitivity*1 (C/(m/s2)) 5pC/(m/s2)±2dB 10pC/(m/s2)±2dB 0.31pC/(m/s2)±10%
Resonant Frequency 30kHz or higher 25kHz or higher 50kHz or higher
Frequency Response range*2 (Hz) fc to 5kHz ±0.5dB fc to 5kHz ±0.5dB fc to 10kHz ±5%
fc to 12kHz ±3dB fc to 10kHz ±3dB fc to 20kHz ±3dB
Max.Acceleration (m/s2) 8000 5000 22600
Operating Temperature range ( °C) -20 to +160 -20 to +160 -70 to +260
Outer Dimensions  (mm) 14Hex × 23.5H 17Hex × 32H 7.9Hex × 8.4H
Weight (g) 25 42 2
Charge convertor (CH-6130/CH6140 etc.) is required to use for NP-2000 series.
*1 : ±0.2dB is the variation range of the type (difference between individuals), but not the accuracy. Performing calibration for each of the sensors according to its respective sensitivity values enables measurement to be performed under the same conditions and with the same accuracy, irrespective of the sensor type.
*2 : fc determined by charge amplifier time constant setting

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