VPS vibration pickup sensor Decription VPS (Vibration pickup sensor) Vibration sensor, mainly used to measure the vibration of the bearing, housing or mechanical structure. The vibration of the rotor, which is supported by the roll, is transmitted to the bearing seat, mounted on the frame or very close to the vibration sensor on the housing. The vibration sensor can measure the mechanical vibration (relative to the absolute vibration of the free space) of the rotating or reciprocating mechanical motion, and provide signals to the detection instrument for predicting and alarming the mechanical failure. The company has developed three categories of vibration sensors (magnetoelectric induction, accelerometer and eddy current induction) to adapt to different working conditions, meet the low frequency (0.5Hz-20Hz), intermediate frequency 10Hz-300Hz and high frequency (50Hz-2000Hz) vibration detection. The magnetic induction vibration sensor cuts the magnetic field line by the internal moving coil and outputs the voltage. It uses the principle of magnetic induction to convert the vibration velocity into the voltage output, and the output voltage is proportional to the vibration velocity, so it is also called the speed vibration sensor.
Main feature Directly installed on the outside of the machine, easy to use and maintain. The vibration response frequency is wide, and different types of vibration sensors can be selected according to the working condition and application Vibration sensor has small size and high precision. Stable performance, good reliability, long life, no need to replace maintenance during the overhaul cycle. Stainless steel housing, durable.
Application Mainly used in thermal power generation, oil and gas, renewable energy, metallurgical steel processing, such as: compressors (centrifugal, axial, reciprocating and screw) and turbines (gas, steam, hydraulic and wind, water pumps
Main Techinical Data Frequency response: 12 ~ 300Hz±8%, 0.5-20Hz, or 50-2.0KHz optional Sensitivity: 20mV/mm/S±5% Nonlinearity: not more than 0.5% F.S Temperature drift coefficient: less than 0.03% F.SºC Output impedance: not less than 500Ω (oscillation frequency is 2KHz) Insulation resistance: > 2MΩ Amplitude limit: 2mm (peak-peak) Maximum acceleration: 10g Temperature range: -30ºC ~ 120ºC Relative humidity: up to 95% non-condensing, and no strong electromagnetic field interference around Installation method: Vertical or horizontal, double-headed scr fixation Lead wire: three core insulated sheathed wire with stainless steel sheathed hose. Dimensions: φ35×72mm Implementation standard: Refer to ISO10816, ISO4866 Mechanical vibration and shock - mechanical fixed structure.