BENTLY NEVADA 3500/22-01-01-00

BENTLY NEVADA 3500/22-01-01-00是一款核心数据接口模块,用于连接3500机械监测系统与兼容软件(如System 1状态监控软件和3500组态软件)。以下是其产品简介:

一、核心功能

数据接口与通信整合

-担任3500系统与主计算机软件的桥梁,集成框架接口模块(RIM)与通信处理器(如TDXnet)功能,通过以太网传输稳态和瞬态波形数据。

-支持静态数据采集,可选配通道使能磁盘扩展动态瞬态数据捕获能力。

系统兼容性

-兼容M系列监测器(如3500/40M、3500/42M),实现振动、位移等多类型传感器数据的统一处理与传输。

二、硬件特性

模块化设计

-安装于3500框架的第一个插槽(紧邻电源模块),仅占用单个槽位。

-支持两种输入/输出模块类型:10/100 Base-T以太网或100 Base-FX光纤,满足不同通信需求。

描述

BENTLY NEVADA 3500/22-01-01-00是一款核心数据接口模块,用于连接3500机械监测系统与兼容软件(如System 1状态监控软件和3500组态软件)。以下是其产品简介:

一、核心功能

数据接口与通信整合

-担任3500系统与主计算机软件的桥梁,集成框架接口模块(RIM)与通信处理器(如TDXnet)功能,通过以太网传输稳态和瞬态波形数据。

-支持静态数据采集,可选配通道使能磁盘扩展动态瞬态数据捕获能力。

系统兼容性

-兼容M系列监测器(如3500/40M、3500/42M),实现振动、位移等多类型传感器数据的统一处理与传输。

二、硬件特性

模块化设计

-安装于3500框架的第一个插槽(紧邻电源模块),仅占用单个槽位。

-支持两种输入/输出模块类型:10/100 Base-T以太网或100 Base-FX光纤,满足不同通信需求。

冗余配置

-标准型(01)适用于常规监测,TMR冗余型(02)通过三重模块表决机制增强可靠性,持续比对冗余监测器输出并触发错误指示。

三、数据采集与处理

静态数据:默认支持常规参数采集,如振动幅值、相位等。

瞬态数据:通过可选磁盘扩展,捕捉高分辨率的启动/停机、报警前/后数据,支持速度范围内的动态事件分析。

四、系统角色与依赖

非关键路径:虽提供框架级通用功能(如地址设置、通信协议管理),但不直接影响机械保护通道的正常运行。

必备组件:每个3500框架需配置一个TDI或RIM模块,以实现数据传输与系统配置。

五、扩展与维护

备件型号:标准模块138607-01、TMR模块138607-02,输入/输出模块146031-01/02。

维护要求:支持热插拔,LED指示灯显示运行状态,可通过组态软件远程配置参数。

128275-01

128275-01

128275-01

128275-01

BENTLY NEVADA 3500/22-01-01-00 is a core data interface module used to connect the 3500 machinery monitoring system with compatible software(such as System 1 condition monitoring software and 3500 configuration software).The following is a product introduction:

I.Core Functions

Data Interface and Communication Integration

-Serves as a bridge between the 3500 system and the host computer software,integrating the functions of the frame interface module(RIM)and the communication processor(such as TDXnet),and transmitting steady-state and transient waveform data via Ethernet.

-Supports static data acquisition,and the channel-enabled disk can be optionally equipped to expand the dynamic transient data capture capability.

System Compatibility

-Compatible with M series monitors(such as 3500/40M,3500/42M),realizing unified processing and transmission of multiple types of sensor data such as vibration and displacement.

II.Hardware Features

Modular Design

-Installed in the first slot of the 3500 frame(next to the power module),occupying only a single slot.

-Supports two types of input/output modules:10/100 Base-T Ethernet or 100 Base-FX fiber to meet different communication needs.

Redundant Configuration

-Standard type(01)is suitable for routine monitoring,and TMR redundant type(02)enhances reliability through a triple module voting mechanism,continuously comparing redundant monitor outputs and triggering error indication.

III.Data Collection and Processing

Static data:By default,it supports routine parameter collection,such as vibration amplitude,phase,etc.

Transient data:Through optional disk expansion,it captures high-resolution start/stop,pre/post alarm data,and supports dynamic event analysis within the speed range.

IV.System Roles and Dependencies

Non-critical path:Although it provides common functions at the frame level(such as address setting and communication protocol management),it does not directly affect the normal operation of the mechanical protection channel.

Required components:Each 3500 frame must be configured with a TDI or RIM module to achieve data transmission and system configuration.

V.Expansion and maintenance

Spare parts model:standard module 138607-01,TMR module 138607-02,input/output module 146031-01/02.

Maintenance requirements:Support hot swap,LED indicator light shows the operating status,and parameters can be remotely configured through the configuration software.