BENTLY 190065A-00-04-01-00-00 Bentley Nevada

电力行业:

汽轮机、发电机的振动监测,预防转子裂纹、轴承损坏等故障。

风机、泵的振动分析,优化运行效率。

石油与天然气:

压缩机、膨胀机的轴向位移监测,防止转子与缸体碰撞。

离心泵的振动趋势分析,预测机械密封失效。

化工与制药:

反应釜搅拌器的振动监测,避免因不平衡导致的设备损坏。

挤出机、造粒机的状态评估,减少非计划停机。

钢铁与造纸:

轧机、卷取机的振动控制,提高产品质量。

风机、齿轮箱的故障诊断,延长设备寿命。

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描述

BENTLY 190065A-00-04-01-00-00产品详情

一、产品概述

BENTLY 190065A-00-04-01-00-00是Bently Nevada(现为Baker Hughes旗下品牌)推出的一款振动监测传感器模块,属于其经典的3500系列监测系统的核心组件。该模块主要用于旋转机械(如汽轮机、压缩机、发电机、风机等)的振动、位移、速度等参数的实时监测,是工业设备状态监测与预测性维护的关键设备。

二、技术规格与功能

1.核心功能

多参数监测:

支持振动(加速度、速度、位移)、轴向位移、胀差、键相等信号的采集与分析。

可扩展温度监测功能(需配合温度传感器模块)。

信号处理能力:

内置FFT频谱分析,可识别设备故障特征频率(如不平衡、不对中、轴承故障等)。

支持动态数据存储(波形、频谱)与趋势分析,为故障诊断提供历史数据支持。

通信接口:

通过Bently Nevada专用总线与3500系列机架通信,支持Modbus RTU/TCP或OPC UA协议与上位机(如SCADA、EDM系统)集成。

2.关键参数

参数规格

输入通道4通道(可配置为振动、位移或键相)

频率范围0.1 Hz~10 kHz(振动通道),0.01 Hz~100 Hz(位移通道)

灵敏度振动:100 mV/g(典型),位移:8 V/mm(典型)

动态范围±50 g(振动),±2 mm(位移)

分辨率12位ADC(模拟量输入)

环境适应性工作温度:-20℃~+60℃;存储温度:-40℃~+85℃;防护等级:IP20(室内安装)

供电24 V DC(由3500系列机架统一供电)

3.机械与电气接口

机械安装:

标准19英寸机架安装,与3500系列机架兼容。

模块正面配备LED指示灯,用于显示通道状态(正常/故障/报警)。

电气接口:

背部采用Bently Nevada专用连接器,支持热插拔,便于维护。

输入信号类型:IEPE(集成电子压电)传感器(如3300系列加速度计、涡流传感器)。

三、典型应用场景

电力行业:

汽轮机、发电机的振动监测,预防转子裂纹、轴承损坏等故障。

风机、泵的振动分析,优化运行效率。

石油与天然气:

压缩机、膨胀机的轴向位移监测,防止转子与缸体碰撞。

离心泵的振动趋势分析,预测机械密封失效。

化工与制药:

反应釜搅拌器的振动监测,避免因不平衡导致的设备损坏。

挤出机、造粒机的状态评估,减少非计划停机。

钢铁与造纸:

轧机、卷取机的振动控制,提高产品质量。

风机、齿轮箱的故障诊断,延长设备寿命。

BENTLY 190065A-00-04-01-00-00 Product Details

I.Product Overview

BENTLY 190065A-00-04-01-00-00 is a vibration monitoring sensor module launched by Bently Nevada(now a brand of Baker Hughes),which is a core component of its classic 3500 series monitoring system.This module is mainly used for real-time monitoring of vibration,displacement,speed and other parameters of rotating machinery(such as turbines,compressors,generators,fans,etc.),and is a key device for industrial equipment status monitoring and predictive maintenance.

II.Technical specifications and functions

1.Core functions

Multi-parameter monitoring:

Supports the collection and analysis of vibration(acceleration,speed,displacement),axial displacement,expansion difference,key phase and other signals.

Extensible temperature monitoring function(needs to cooperate with temperature sensor module).

Signal processing capabilities:

Built-in FFT spectrum analysis can identify the characteristic frequency of equipment failure(such as imbalance,misalignment,bearing failure,etc.).

Supports dynamic data storage(waveform,spectrum)and trend analysis,providing historical data support for fault diagnosis.

Communication interface:

Communicates with 3500 series racks through Bently Nevada dedicated bus,supports Modbus RTU/TCP or OPC UA protocol and integration with host computers(such as SCADA,EDM system).

2.Key Parameters

Parameter Specification

Input Channel 4 channels(configurable as vibration,displacement or key phase)

Frequency Range 0.1 Hz~10 kHz(vibration channel),0.01 Hz~100 Hz(displacement channel)

Sensitivity Vibration:100 mV/g(typical),displacement:8 V/mm(typical)

Dynamic Range±50 g(vibration),±2 mm(displacement)

Resolution 12-bit ADC(analog input)

Environmental Adaptability Working Temperature:-20℃~+60℃;Storage Temperature:-40℃~+85℃;Protection Level:IP20(Indoor Installation)

Power Supply 24 V DC(unified power supply by 3500 series rack)

3.Mechanical and Electrical Interface

Mechanical Installation:

Standard 19-inch rack installation,compatible with 3500 series rack.

The front of the module is equipped with LED indicators to display the channel status(normal/fault/alarm).

Electrical interface:

The back uses a Bently Nevada dedicated connector,which supports hot plugging and is easy to maintain.

Input signal type:IEPE(Integrated Electronic Piezoelectric)sensor(such as 3300 series accelerometer,eddy current sensor).

III.Typical application scenarios

Power industry:

Vibration monitoring of steam turbines and generators to prevent rotor cracks,bearing damage and other faults.

Vibration analysis of fans and pumps to optimize operating efficiency.

Oil and gas:

Axial displacement monitoring of compressors and expanders to prevent collision between rotors and cylinders.

Vibration trend analysis of centrifugal pumps to predict mechanical seal failure.

Chemical and pharmaceutical:

Vibration monitoring of reactor agitators to avoid equipment damage caused by imbalance.

Status assessment of extruders and granulators to reduce unplanned downtime.

Steel and papermaking:

Vibration control of rolling mills and coilers to improve product quality.

Fault diagnosis of fans and gearboxes to extend equipment life.

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