Vibration speed sensor

The vibration speed sensor uses the principle of magnetoelectric induction to transform the vibration signal into an electrical signal. It is mainly composed of a magnetic circuit system, inertial mass, spring and other parts. A magnet is rigidly fixed in the sensor housing, and the inertial mass (coil assembly) is suspended from the housing by a spring element. During operation, the sensor is mounted on the machine. When the machine vibrates, within the operating frequency range of the sensor, the coil and the magnet move relative to each other, and the magnetic field lines are cut, and an induced voltage is generated in the coil, and the voltage value is proportional to the vibration speed value. Matching with the secondary instrument (such as series, series instruments and series of instruments produced by the company), the vibration speed or displacement can be displayed. It can also be sent to other secondary instruments or AC voltmeters for measurement.

1. Dimensions: Ф41×92; 2. Weight: 400g; 3. Operating temperature range: -30°c~120°c 4. Frequency response range: 10-1000hz(-3db) 5. Amplitude linearity: <3%; 6. Transverse sensitivity: <5%; 7. Sensitivity: 20mv/mm/s±5%; 8. Output impedance: ≤1kΩ; 9. Insulation resistance: ≥2mΩ; 10. Maximum measurement displacement: 1mm ( Single peak)

1. The output signal is proportional to the vibration speed, so the application of high frequency, intermediate frequency and low frequency can be considered for vibration measurement. And in line with current international standards (iso) requirements for rotating machine evaluation parameters. 2. It has low output impedance, good signal to noise ratio and easy to use. 3. With a lower frequency of use, it can be applied to rotating machines with low speed. 4. Flexibility to measure small vibrations. 5. It has certain resistance to lateral vibration (no more than 10g peak).

1. Safety data collection 2. Oil production 3. Mining 4. Fan 5. Compressor 6. Water pump 7. Power 8. Chemical 9. Steel 10. Metallurgy