Bently Nevada 200150-06-05

Product Features

Based on the piezoelectric effect, when the sensitive axis of the Bently Nevada 200150-06-05 accelerometer is parallel to the vibration direction of the equipment, the piezoelectric element generates an electric charge due to mechanical stress, the size of which is proportional to the acceleration. Internal circuitry converts the charge into a voltage signal (sensitivity 100 mV/g), which is transmitted via cable to a monitoring system (e.g. Trend master ProTIMs) for real-time monitoring and analysis of equipment vibration (e.g. unbalance, misalignment).

Bently Nevada 200150-06-05 accelerometer has a built-in ceramic piezoelectric element that generates an electric charge when subjected to vibration. This charge is converted into a differential voltage signal through an electronic circuit, which is then proportional to the acceleration and accurately reflects the vibration status of the equipment.

Product Parameters

Bently Nevada 200150-06-05 Accelerometer has more requirements in terms of technical parameters.

Sensitivity: 10.2 mV/(m/s²) (100 mV/g), error ±12% at 80 Hz

Measuring range: ±245 m/s² (±25 g)

Frequency range: 10 to 1000 Hz (600 to 60,000 cpm), error ±10% at 80 Hz ref

Resonant frequency: >20 kHz (>1200 kcpm)

Linearity: ±2% over 1 to 10 g pk range

Transverse sensitivity: ≤7%

Electrical Characteristics: Excitation voltage 4.7-5.5 Vdc, quiescent current < 800 µA, output bias voltage + 2.5 ± 0.23 Vdc

Noise level: 14.7 mm/s² (1.5 mg) @ 1 Hz-15 kHz

Shock limit: axial 49,050 m/s² pk (5,000 g pk), high resistance to severe shocks