3500/42M 135489-02|后端接线模块|汽机安全监测

Bently Nevada 3500/42M 135489-02 后端接线模块是专门为Bently Nevada 3500系列振动监测系统设计的关键组件。 它负责接收来自各类振动传感器的模拟信号，经过内部处理后，转换为数字信号，以便系统进行后续的分析和处理。 该模块在发电厂、石油化工等领域有着广泛的应用，用于监测大型旋转机械的健康状况，保障设备的安全可靠运行。

产品特点

高精度： 采用高精度ADC芯片，确保采集数据的准确性。 

多通道： 支持多通道同时采样，提高数据采集效率。 

抗干扰能力强: 具有良好的抗电磁干扰能力，确保测量数据的可靠性。 

灵活配置: 可以通过软件进行灵活配置，适应不同的应用场景。 

模块化设计： 模块化设计，方便安装和维护。

信号输入: 通过连接器接收来自振动传感器的模拟信号。 

信号调理: 对模拟信号进行放大、滤波等处理，以提高信号质量。 

模数转换： 将模拟信号转换为数字信号。 

数字信号处理： 对数字信号进行初步处理，如滤波、FFT等。 

数据输出: 将处理后的数据通过网络传输给上位机。 

应用场景

发电厂: 监测汽轮机、发电机、泵等大型旋转机械的振动状态。 

石油化工： 监测压缩机、风机等设备的振动状态。 

航空航天： 监测航空发动机的振动状态。

3500/42M 135489-02|后端接线模块|汽机安全监测

The Bently Nevada 3500/42M 135489-02 Back-end wiring module is a key component specifically designed for the Bently Nevada 3500 Series vibration monitoring system. It is responsible for receiving analog signals from various vibration sensors, converting them into digital signals after internal processing, so that the system can carry out subsequent analysis and processing. The module is widely used in power plant, petrochemical and other fields to monitor the health of large rotating machinery and ensure the safe and reliable operation of the equipment.

Product characteristics

High precision: Using high precision ADC chip to ensure the accuracy of data acquisition.

Multi-channel: Supports multi-channel simultaneous sampling to improve data acquisition efficiency.

Strong anti-interference ability: It has good anti-electromagnetic interference ability to ensure the reliability of measurement data.

Flexible configuration: Software can be flexibly configured to adapt to different application scenarios.

Modular design: Modular design, easy installation and maintenance.

Signal input: The analog signal from the vibration sensor is received through the connector.

Signal conditioning: The analog signal is amplified and filtered to improve the quality of the signal.

Analog-to-digital conversion: Converts an analog signal to a digital signal.

Digital signal processing: preliminary processing of digital signals, such as filtering, FFT, etc.

Data output: The processed data is transmitted to the host computer through the network.

Application scenario

Power plant: Monitor the vibration state of large rotating machinery such as steam turbine, generator and pump.

Petrochemical: Monitoring the vibration state of compressors, fans and other equipment.

Aerospace: Monitoring the vibration of aircraft engines.