Bently Nevada 330103-00-10-10-02-CN

1. Performance parameters

Accuracy of measurement: Shaft vibration measurements of accuracy are possible down to ±0.025 mm with the support of data for the assessment of equipment status.

Frequency range of operation: Covers a range extending from 10Hz to1000Hz, able to monitor and analyze the equipment operating at given frequencies of operation for mechanical vibration.

Range of temperature measurement: -40 degrees C to 100 degrees C, where the temperature status can be critically assessed.

Type of output signal: Bently Nevada 330103-00-10-10-02-CN operates on 4 - 20mA currents as standard signal outputs and 0 - 10VDC voltage signal output.

2. Functional characteristics

Real-time monitoring and protection: Monitors shaft vibration, shaft displacement and temperature of the equipment. If monitoring parameters exceed thresholds defined as unsafe, a protection mechanism kick-starts and protects the equipment from failures and accidents.

Fault diagnosis assistance: A built-in intelligent fault diagnosis module is capable of performinganalyze preliminary fault analysis and judgment on detected data.

Data storage and review: Fairly good storage capacity, convenient for users seeing the trend of performance changes on the equipment.

Multi-parameter integrated analysis: Bently Nevada 330103-00-10-10-02-CN is capable of comprehensive multi-process analysis and processing of data concerning shaft vibration, displacement and thermal analysis that makes for enhanced prediction of faults.

3. Technical features

High precision sensor technology: Bently Nevada 330103-00-10-10-02-CN utilizes cutting-edge eddy current sensor technology, this enables high sensitivity, high resolution and long life while ensuring the measurement data's reliability.

Advanced signal processing technology: Such high-performance signal processing chips can amplify, filter, digitize and process the signals collected by the sensor to ensure the monitoring data is accurate and stable.

Reliable communication interface technology: Presents several communication interfaces for various communication protocols facilitated between host computers, PLCs (Programmable Logic Controllers) and other devices.

Anti-interference design technology: Multiple anti-interference techniques have been adopted for optimal product design to ensure stable and reliable operation within midst more complex electromagnetic environments.

4. Application scenarios and scope

Power industry: Widely used for monitoring and protection of rotating machinery and equipment such as steam turbine generator sets, hydropower generator sets, fans, pumps, etc. in Power Stations. By effecting real-time monitoring of the provided key parameters on the equipment, such equipment failure hazards can be thus detected within a snap and an endeavor to ensure safe and stable operation of power production can thus be undertaken.

Petrochemical industry: For status-monicntry and protection of such key equipment like various compressors, centrifuges, pumps and agitators. Bently Nevada 330103-00-10-10-02-CN may reliably monitor equipment running states to prevent from history accidents caused by equipment failures, thus ensuring continuity and safety of the production process.

Iron and steel metallurgical industry: For the operation of big machines, such as rolling mills, continuous casting machines, and blast furnace blowers, vibration, shift and temperature of the equipment shaft system can be monitored so that the parameters could be readjusted to improve efficiency and numbers of operating service on the one hand, leaving a greater efficiency and operation life on the equipment and at the same time ensure that steel production is unhindered.

Industrial automation production line: Various rotating equipment and power equipment installed along the automated production line, such as motors, reducers, transmission devices, and so on. Real-time monitoring of equipment state to achieve intelligent management and preventive maintenance of the equipment.