BENTLY 3500/22M 138607-01大卡 Bentley Nevada

BENTLY 3500/22M 138607-01是一款专为工业设备监测与控制系统设计的核心模块,属于BENTLY NEVADA 3500监测系统的关键组件,其功能覆盖数据采集、传输及系统集成等多个维度。以下是该模块的产品简介:

一、核心功能

数据采集与传输

瞬态与稳态数据采集:支持连续采集机械设备的振动、位移、速度等参数的稳态数据,同时通过可选的通道使能磁盘捕获高分辨率瞬态数据(如冲击、故障波形)。

高速以太网传输:通过10/100Base-T或100Base-FX光纤接口,实现数据实时传输至主计算机软件,满足工业场景对低延迟和高可靠性的要求。

系统集成与兼容性

接口模块功能:结合3500/20机架接口模块(RIM)与通信处理器(如TDXnet),提供统一的通信与数据收集能力,支持3500监测系统与Bently System 1TM软件的无缝对接。

多协议支持:兼容MODBUS、Profinet等工业协议,可扩展至其他自动化系统。

冗余与可靠性

TMR冗余设计:在三重模块冗余(TMR)应用中,该模块支持“监测器通道比较功能”,实时比对三个冗余监测器的输出数据,检测故障并触发警报,提升系统稳定性。

工业级防护:适应-40°C至+70°C工业环境,具备抗电磁干扰能力。

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描述

BENTLY 3500/22M 138607-01是一款专为工业设备监测与控制系统设计的核心模块,属于BENTLY NEVADA 3500监测系统的关键组件,其功能覆盖数据采集、传输及系统集成等多个维度。以下是该模块的产品简介:

一、核心功能

数据采集与传输

瞬态与稳态数据采集:支持连续采集机械设备的振动、位移、速度等参数的稳态数据,同时通过可选的通道使能磁盘捕获高分辨率瞬态数据(如冲击、故障波形)。

高速以太网传输:通过10/100Base-T或100Base-FX光纤接口,实现数据实时传输至主计算机软件,满足工业场景对低延迟和高可靠性的要求。

系统集成与兼容性

接口模块功能:结合3500/20机架接口模块(RIM)与通信处理器(如TDXnet),提供统一的通信与数据收集能力,支持3500监测系统与Bently System 1TM软件的无缝对接。

多协议支持:兼容MODBUS、Profinet等工业协议,可扩展至其他自动化系统。

冗余与可靠性

TMR冗余设计:在三重模块冗余(TMR)应用中,该模块支持“监测器通道比较功能”,实时比对三个冗余监测器的输出数据,检测故障并触发警报,提升系统稳定性。

工业级防护:适应-40°C至+70°C工业环境,具备抗电磁干扰能力。

二、技术特点

模块化设计

占用3500机架单一插槽(槽位1),紧邻电源模块安装,便于扩展与维护。

支持USB-B接口与机架复位按钮,简化配置流程。

高精度与实时性

采样速率可达高频范围,满足动态数据捕捉需求。

实时性误差小于5ms,适用于机械保护与故障预警。

扩展性

可搭配M系列监视器(如3500/40M、3500/42M)扩展监测通道。

支持自定义逻辑编程(如脉冲控制、速度测量)。

三、应用场景

旋转机械监测

汽轮机、压缩机、发电机等设备的振动与位移实时监控,预测轴承、齿轮故障。

工业自动化

工厂设备状态诊断、生产线性能优化。

安全防护

关键设备运行状态预警,避免突发故障导致的停机或事故。

BENTLY 3500/22M 138607-01 is a core module designed for industrial equipment monitoring and control systems.It is a key component of the BENTLY NEVADA 3500 monitoring system.Its functions cover multiple dimensions such as data acquisition,transmission and system integration.The following is a product introduction of this module:

I.Core functions

Data acquisition and transmission

Transient and steady-state data acquisition:supports continuous acquisition of steady-state data of parameters such as vibration,displacement,and speed of mechanical equipment,and enables disk capture of high-resolution transient data(such as impact and fault waveforms)through optional channels.

High-speed Ethernet transmission:Through 10/100Base-T or 100Base-FX fiber optic interface,data can be transmitted to the host computer software in real time to meet the requirements of low latency and high reliability in industrial scenarios.

System Integration and Compatibility

Interface Module Function:Combines the 3500/20 Rack Interface Module(RIM)with a communication processor(such as TDXnet)to provide unified communication and data collection capabilities,supporting seamless integration of the 3500 monitoring system with Bently System 1TM software.

Multi-protocol support:Compatible with industrial protocols such as MODBUS and Profinet,and can be expanded to other automation systems.

Redundancy and Reliability

TMR Redundancy Design:In triple module redundancy(TMR)applications,the module supports the”monitor channel comparison function”,which compares the output data of three redundant monitors in real time,detects faults and triggers alarms to improve system stability.

Industrial-grade protection:Adapts to industrial environments from-40°C to+70°C and has anti-electromagnetic interference capabilities.

II.Technical Features

Modular Design

Occupies a single slot(slot 1)of the 3500 rack and is installed next to the power module for easy expansion and maintenance.

Supports USB-B interface and rack reset button to simplify the configuration process.

High precision and real-time performance

The sampling rate can reach high frequency range to meet the needs of dynamic data capture.

The real-time error is less than 5ms,which is suitable for mechanical protection and fault warning.

Expandability

It can be matched with M series monitors(such as 3500/40M,3500/42M)to expand the monitoring channel.

Support custom logic programming(such as pulse control,speed measurement).

III.Application scenarios

Rotating machinery monitoring

Real-time monitoring of vibration and displacement of equipment such as turbines,compressors,generators,etc.,and prediction of bearing and gear failures.

Industrial automation

Factory equipment status diagnosis and production line performance optimization.

Safety protection

Earning of key equipment operating status to avoid shutdowns or accidents caused by sudden failures.