BENTLY 131151-01 Bentley Nevada

易操作性:支持在线组态与配置,用户界面友好,可快速集成至现有系统。

三、技术细节

传感器兼容性

支持多种本特利内华达传感器(如Proximitor系列),可实现油膜轴承振动、位移及键相位测量,兼容轴振、偏心、加速度等多场景需求。

系统扩展性

支持冗余配置与热插拔,模块化架构便于维护与升级。

可与其他3500系列模块(如数据管理者模块、调制解调器接口模块)协同工作,形成完整监测系统。

防护标准

符合IP54防护等级,防尘防水性能优异。

通过EMC认证(E1000-4-2至E1000-4-5),抗干扰能力达到工业级标准。

四、应用场景

石油化工:监测离心泵、压缩机等设备运行状态,预防故障导致的生产中断。

电力行业:用于汽轮机、发电机转子振动监控,保障机组安全运行。

制造业:在重型机械、船舶工业中实现设备健康度评估与预测性维护。

航空航天:精密设备振动分析,提升飞行器可靠性。

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描述

BENTLY 131151-01是本特利内华达(Bently Nevada)旗下的一款高精度振动监测模块,专为工业自动化控制系统设计,广泛应用于机械状态监测与保护领域。以下是其核心功能与技术特点的综合解析:

一、产品概述

型号与定位

131151-01属于本特利3500在线状态监测系统的核心组件,该系统是工业领域中功能强大且灵活的监测平台,已历经7代技术迭代,广泛应用于石油化工、电力、航空航天等行业。

技术标准

符合美国石油协会API 670标准,具备高可靠性与抗干扰能力,可满足极端工业环境需求。

二、核心参数与功能

电气参数

工作电压:220V AC,50Hz

外形尺寸:5mm×5mm×5mm

重量:2.3kg

适用温度:-18°C至65°C(储存)/0°C至54°C(工作)

功能特性

振动监测:采用先进传感器技术,可精确测量设备振动幅度、频率及速度,支持径向振动、轴向位移、偏心度等多参数监测。

输入输出模块:具备强大的I/O扩展能力,兼容DCS/PLC系统,支持RS-232/RS-422通信协议。

稳定性:模块化设计与表面贴装技术(SMT)显著提升抗电磁干扰性能,适用于高温、多尘等复杂工况。

易操作性:支持在线组态与配置,用户界面友好,可快速集成至现有系统。

三、技术细节

传感器兼容性

支持多种本特利内华达传感器(如Proximitor系列),可实现油膜轴承振动、位移及键相位测量,兼容轴振、偏心、加速度等多场景需求。

系统扩展性

支持冗余配置与热插拔,模块化架构便于维护与升级。

可与其他3500系列模块(如数据管理者模块、调制解调器接口模块)协同工作,形成完整监测系统。

防护标准

符合IP54防护等级,防尘防水性能优异。

通过EMC认证(E1000-4-2至E1000-4-5),抗干扰能力达到工业级标准。

四、应用场景

石油化工:监测离心泵、压缩机等设备运行状态,预防故障导致的生产中断。

电力行业:用于汽轮机、发电机转子振动监控,保障机组安全运行。

制造业:在重型机械、船舶工业中实现设备健康度评估与预测性维护。

航空航天:精密设备振动分析,提升飞行器可靠性。

135137-01

135137-01

123M4610

123M4610

BENTLY 131151-01 is a high-precision vibration monitoring module from Bently Nevada,designed for industrial automation control systems and widely used in the field of mechanical condition monitoring and protection.The following is a comprehensive analysis of its core functions and technical features:

I.Product Overview

Model and Positioning

131151-01 is a core component of Bently 3500 online condition monitoring system,which is a powerful and flexible monitoring platform in the industrial field.It has undergone 7 generations of technology iterations and is widely used in petrochemical,power,aerospace and other industries.

Technical Standards

It complies with the API 670 standard of the American Petroleum Institute,has high reliability and anti-interference capabilities,and can meet the needs of extreme industrial environments.

2.Core parameters and functions

Electrical parameters

Working voltage:220V AC,50Hz

Dimensions:5mm×5mm×5mm

Weight:2.3kg

Applicable temperature:-18°C to 65°C(storage)/0°C to 54°C(operating)

Functional characteristics

Vibration monitoring:Using advanced sensor technology,it can accurately measure the vibration amplitude,frequency and speed of the equipment,and support multi-parameter monitoring such as radial vibration,axial displacement,eccentricity,etc.

Input and output module:It has powerful I/O expansion capabilities,is compatible with DCS/PLC systems,and supports RS-232/RS-422 communication protocols.

Stability:Modular design and surface mount technology(SMT)significantly improve anti-electromagnetic interference performance,and are suitable for complex working conditions such as high temperature and dust.

Easy to operate:Supports online configuration and configuration,user-friendly interface,and can be quickly integrated into existing systems.

3.Technical Details

Sensor Compatibility

Supports a variety of Bently Nevada sensors(such as the Proximitor series),which can realize the vibration,displacement and key phase measurement of oil film bearings,and is compatible with multiple scenarios such as shaft vibration,eccentricity,acceleration,etc.

System Scalability

Supports redundant configuration and hot-swap,and the modular architecture facilitates maintenance and upgrades.

Can work with other 3500 series modules(such as data manager modules and modem interface modules)to form a complete monitoring system.

Protection Standard

Meets IP54 protection level and has excellent dust and water resistance.

Passed EMC certification(E1000-4-2 to E1000-4-5),and the anti-interference ability reaches industrial standards.

4.Application Scenarios

Petrochemical:Monitor the operating status of equipment such as centrifugal pumps and compressors to prevent production interruptions caused by failures.

Power Industry:Used for turbine and generator rotor vibration monitoring to ensure safe operation of the unit.

Manufacturing:Realize equipment health assessment and predictive maintenance in heavy machinery and shipbuilding industries.

Aerospace:Vibration analysis of precision equipment to improve aircraft reliability.