Bently Nevada 330104-00-09-10-02-05

1. Performance Parameters

Measurement accuracy: The shaft vibration measurement accuracy can reach to the accuracy of ±0.05 mm, while the accuracy of shaft displacement measurement reaches ±0.05 mm, these data would serve as a real basis for carrying out an accurate evaluation of the equipment.

Working frequency range: Within the bounds of 10Hz-500Hz, the frequency of vibration generated during the normal operation of the equipment will be continuously monitored by this system.

Temperature measurement range: Being capable of service from an ambient temperature range of -30 to 80 degrees C, Bently Nevada 330104-00-09-10-02-05  can accurately measure the temperature of the equipment under various industrial environments.

Some characteristics of output signals: Username has the option of either 4-20mA standard output or 0-10VDC output with extremely high signal stability and great reliability.

2. Functional characteristics

Real-time online monitoring function: The shaft vibration, shaft displacement and temperature being online monitored, so as to know the operational dynamics of the equipment at any time.

Failure warning function: Once monitoring parameters approach the dangerous range specified in advance by the user, an alarm will be issued.

Significant data logging and analysis: On the idea of long-term storage of monitoring data andmatic analysis of data, thereby making tracing back the historical operation status of the equipment convenient.

Multi-parameter comprehensive judgment function: Studies that implement multiple parameters-or shaft vibration, displacement, and temperature together will provide composite and accurate judgment about the overall health of the equipment.

3. Technical features

High-precision sensing technology: Bently Nevada 330104-00-09-10-02-05 adopts advanced eddy current sensors with high sensitivity and high resolution, and can measure accurately the vibration and displacement of the shaft in a noncontact way.

Advanced signal processing technology: The input signal is processed and digitized through DSP amplification, filtering, and ADC, thereby reliably extracting the characteristic signals of vibration and displacement and achieving high quality monitoring data.

Reliable communication technology: Bently Nevada 330104-00-09-10-02-05 has been provided with many communication ports to enable itself to drive high-speed data transmission and remote control by host computers, PLCs, and other equipment through supporting various commercial communication protocols.

Anti-interference design technology: Implementation of multiple anti-interference design measures constitutes an effective protection from electromagnetic interference, radio frequency interference, etc., in industrial sites whereby operating reliability of the product is assured.

4. Application scenarios and scope

Power Industry: Widely used for the real-time overarching surveillance of rotating equipment onboard power plant giant steam turbine generator sets, fans, pumps, etc.; acts in lieu of preventing disasters so that they might remain undetected before major damage takes place for safe and continuous running of power production.

Petrochemical industry: The condition monitoring service will also be expected from external suppliers who: (Includes) compressors, centrifuges, agitators, etc. In that sense, the petrochemical production process can reliably monitor the operational condition of various equipment, warn against faults, guarantee the safety of the technical process, and secure its continuity.

Steel and metallurgical industry: Bently Nevada 330104-00-09-10-02-05 will play an important role in operating the large equipment, which includes rolling mills, continuous casting machines, and blast furnace blowers. Its accurate monitoring and warning of impending faults are going to augment equipment operating efficiency.

Industrial automation production line: Implement real-time effective monitoring and management of rotating equipment inclusive of motors, reducers, and transmission devices on the automated production line; timely alarms of equipment faults are registered, causing prompt decisions.