Bently Nevada 330854-080-24-CN

1. Performance Parameters

Measurement Range: Vibration displacement covers from 0.500 microns; speed in RBE will cover from 0.200 mm/s.

Resolution: Displacement resolution up to 0.1 micron; Speed resolution up to 0.01 mm/s.

Operating temperature range: The device can work in temperature ranges from -30 to 80℃ with stable properties.

Frequency response range: The wide frequency response of 10Hz to 1k is able to effectively detect the vibration signal produced by any equipment at different operating frequencies.

2. Functional features

Real-time monitor function: Bently Nevada 330854-080-24-CN can monitor in real-time the equipment shaft vibration, shaft displacement, shaft speed, etc. and display the equipment operating status in real time in a form of data.

Fault warning and diagnosis: Able to establish some possible equipment failures beforehand and provide a warning signal in time that would allow for preliminary diagnosis of a fault.

Data storage and analysis: The huge internal memories built into the device would allow storage of monitoring data for long periods of time, ease of access to historical operation data of the equipment for subsequent traceability analysis.

Multi-channel monitoring ability: Allows multi-channel monitoring at a time and can centrally monitor and manage different monitoring points or numerous devices of the same equipment.

3. Technical features

High-precision sensor technology: Bently Nevada 330854-080-24-CN ability to sense all tiny displacement changes over the whole shaft surface to be measured non-contact helps to guarantee high sensitivity, high reliability, and good stability.

Advanced signal processing technology: The weak original signal collected by the sensor will be amplified, filtered, and digitized such that the extracted real and effective vibration characteristic signals give assurance to the accuracy and reliability of monitoring data.

Reliable communication interface technology: Several communication interfaces, supporting mainstream communication protocols include Modbus and TCP/IP. Therefore, seamless connection with industrial automation systems is achieved.

Anti-interference design technology: Shielding, grounding, a filter, and other anti-interference measurements have been adopted in the design for effective suppression of the unwanted effects of the external electromagnetic interference onto the monitoring system.

4. Application Scenarios and Scope

Power industry: Widely applied in the monitoring and protection of rotating mechanical equipment such as steam turbine generator sets, hydroelectric generator sets, fans, pumps, etc. in power plants. The real-time monitoring of operating parameters such as the unit shaft vibration on the set under consideration permits the early detection of abnormal unit operation for the prevention of major accidents, thus assuring safe and stable operational conditions during power production.

Petrochemical industry: Status monitoring of key equipment such as various compressors, centrifuges, pumps, and agitators. This is for the health our machines that will monitor themselves under extreme conditions of high temperature, high pressure, flammable and explosive. Bently Nevada 330854-080-24-CN would establish bases for preventive maintenance of the machines in order to avert sundry losses migrating from production downtimes and safety hazards incident to fast and sudden machine breakdowns.

Steel and metallurgy industries: Bently Nevada 330854-080-24-CN is highly important in large machinery, for example-roll, continuous casting, and blast furnace dust-blowers. Through vibration observation in real-time on the equipment, refinements may be done particularly in operating parameters of the equipment for enhanced efficiency, durability, and perpetuality of steel production.