Işınlı Nevada 3500/50

Technical Parameters

4 Input Channels: Each channel is designed to accurately handle all types of sensors. It has maximized common-mode rejection, and the input impedance is optimized for low sensor loading and precise signal acquisition.

Sampling Rate: Up to 100 kS/s per channel. It allows you to identify fast and detailed changes in the monitored signal when capturing dynamic mechanical or process behavior.

Accuracy Statement: The accuracy of the Bently Nevada 3500/50 is ±0.25% of reading + 0.1% of full scale. This positioning accuracy is critical to discovering subtle changes in the observed parameters, so that potential problems can be identified at an early stage.

Frequency Response: The frequency response is 0.25–25 kHz. The wide bandwidth ensures that it can correctly analyze low-frequency drifts and high-frequency oscillations, so that it can cover the widest range of industrial vibration and dynamic phenomena.

Features

Event Logging and Real-Time Monitoring: The Bently Nevada 3500/50 comes with embedded signal conditioning. It is able to amplify, filter, and convert input signals to a digital format that requires further processing. You can adjust the internal filters to filter out unwanted noise and/or interference that would otherwise degrade the quality of the measured data.

Monitoring and Diagnostics: The Bently Nevada 3500/50 has very powerful self-test and diagnostic capabilities. The module itself is constantly monitored to ensure proper operation, including input channels, power supplies, and internal circuits. If faults and/or abnormal conditions occur, it can generate alarms and provide detailed diagnostic information.

Dynamic Range and Gain Adjustment: The input channels are adjustable to obtain different dynamic ranges and gains. This enables the system to operate over a wide range of input signal amplitudes, ensuring accurate measurements under a variety of operating conditions. The Bently Nevada 3500/50 is designed to be configurable to maximize the performance of many different sensors and measurement needs.

Data Logging and Communication: It can store large amounts of measurement data. This historical data can be accessed and analyzed to detect trends, predict failures, and optimize maintenance programs. In terms of communication, it is compatible with multiple protocols, such as Ethernet or serial interfaces, which facilitates easy interaction within industrial control and monitoring systems. This enables remote access and control, which facilitates the centralized management of multiple monitoring points.

Application scope

Power generation control: It is used to monitor the vibration and other important parameters of turbines, generators and motors in power plants. The accurate measurement of these parameters helps to monitor imbalance, misalignment and bearing wear in the system. It helps to detect and prevent costly failures and ensure the reliable performance of power generation equipment.

Petrochemical industry: Bently Nevada 3500/50 is used for condition monitoring of pumps, compressors and other rotating machinery in refineries and petrochemical plants. By accurately measuring vibration and related parameters, it helps to predict failures, minimize plant operation risks and optimize maintenance activities. It is very important for any industry where mechanical failure can have a significant impact on economic and personal safety.

Manufacturing: It is used to manufacture machine tools, industrial robots and equipment on production lines to monitor performance. By studying vibration and other data, manufacturers can improve product quality, increase productivity and minimize maintenance downtime. For example, it will identify tool wear or machine operation anomalies in CNC machining centers, allowing corrective actions to be taken in a timely manner.

Aerospace and Defense: It is used in aerospace applications to monitor the health of aircraft engines and critical components during ground testing and flight operations. Accurate and reliable measurements made by the Bently Nevada 3500/50 are essential for the safe operation of aerospace components and ensuring reliable performance in high-risk industries. Defense applications are more inclined towards R&D in this field to monitor the health of military vehicles and equipment to improve their combat readiness and reduce the number of field failures.