Vibration CE620

Technical Specification

Output Signal: 500 mV/g

Frequency Response: Up to 14,000 Hz for the 100 mV

Temperature Range: -55 °C to +90 °C

Sensitivity Tolerance: ±5%

Dynamic Range: ±80

Linearity: ±1%

Transverse Sensitivity: < 5%

Resonant frequency: 16 kHz.

Features

General-Purpose Vibration Measurement：Vibration CE620 may also be used in simple vibration measurements of other basic plant machinery like compressors, gearboxes, motors, pumps, and fans.

IEPE Vibration Sensor：Being industry-standard IEPE (Integrated Electronics Piezo Electric) vibration sensors, Vibration CE620 require applied constant current power for operations, giving dynamic vibration output signals (AC voltage) upon completion, set on bias level (DC voltage).

Spectral Analysis：The dynamic voltage output signal of Vibration CE620 can be used for spectral analysis, allowing an elaborate study of vibration frequencies and amplitudes.

Connection to Monitoring System：Essentially Vibration CE620 feed functional into a machinery monitoring system for shutdown or condition monitoring applications. Therefore, it allows complete real-time monitoring of plant health.

IP68 Protection Rating: The IP68 protection grade means that the sensor can be protected against the ingress of dust and water, enhancing the level of reliability and durability in numerous industrial situations.

Low Noise and High Stability：The construction with isolated electronics and internal shield reduces noise by Vibration CE620, increasing the stability of a bias voltage, thus increases the accuracy and precision in vibration measurements.

Application

Power generation: Vibration CE620 can monitori the vibration of turbines, generators, and other rotating machines. In oil and gas, it is used for vibration measurement for pumps, compressors, and drilling equipment, which are critical assets employed in harsh and often dangerous environments.

Chemical and petrochemical: Vibration CE620 is used to monitor the vibration of reactors, mixers, and conveyor systems. This can detect abnormal vibrations that may indicate mechanical issues and avoid costly stoppages by ensuring the safety and continuity of production processes.

Automotive manufacturing: It may be employed to monitor the vibration of assembly line machinery, engine test beds, and robotic arms. In providing accurate data on vibration, it helps to check that manufacturing operations are kept efficient and accurate and detects malfunctions in their onset.

The aerospace industry employs Vibration CE620  in vibration testing and monitoring of aircraft engines, landing gear systems, and other critical components during both manufacturing and in-service phases. It allows for detection of developing faults or defects that could compromise safety and aircraft performance.