288055-01  BENTLY 接口电源冗余模块

3500/22M是由本特利内华达公司开发的瞬态数据接口模块。它作为与3500监控系统兼容的软件的接口(系统1状态监控和诊断软件以及3500系统配置软件)。TDI将3500/20框架接口模块(RIMfunctionality)与通信处理器(如TDXnet)相结合，以收集数据。
3500/22M功能
在3500机架中，TD1位于电源旁边的插中。为了持续收集稳态和瞬态动态(波形 数据，并通过以太网链路将这些数据传输到主机软件，它与M系列监视器(3500/40M、3500/42M等)相互作用。)
TDI具有传统的静态数据收集能力。然而，TDI也可以使用可选的通道使能盘来记录动态的高分辨率瞬态数据.
功能描述
3500机架包含TDl的通信处理功能。尽管TD执行一些由整个机架共享的任务，但它不是监控系统的关键组件，对系统整体监控自主机械保护的效果没有影响。
每个3500机架需要一个TDI或RIM，它总是占用插槽1。(在电源旁边)。3500监控系统和兼容软件之间的链接称为3500/22M瞬态数据接口TDI系统1状态监控和诊断软件和3500系统配置软件)。TDI将3500/20框架接口模块(RIMfunctionality)与TDXnet等通信处理器相结合，以收集数据.位置
在3500机架中，TD位于电源旁边的插槽中。为了持续收集稳态和瞬态动态(波形数据，并通过以太网链路将这些数据传输到主机软件，它与M系列监视器(3500/40M、3500/42M等)相互作用。)TD具有传统的静态数据收集能力。然而，TD也可以使用可选的通道使能盘来记录动态的高分辨率瞬态数据。
3500机架包含TD的通信处理功能。尽管TD,执行一些由整个机架共享的任务，但它不是监控系统的关键组性，对系统整体监控自主机械保护的效果没有影响。
每个3500机架需要一个TDI或RIM，它总是占用插槽1。(在电源旁边)

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3500/22M框架接口模块是连接3500框架的基本接口。它支持本特利内华达公司专有协议，用作组态框架和收集机器信息。RIM必须安装在框架的槽位(与电源模块紧挨着)。

RIM提供一个连接，它支持当前本特利内华达通讯处理器(外部瞬态数据接口TDIX和外部动态数据接口DDIX)。

RIM使用两种类型的I/O模块，即框架接口I/O模块和数据管理I/O模块。这些I/O模块让你把主计算机和通讯处理器与3500框架连接起来，一次只能在RIM(盘装或架装框架中)的后面或RIM(壁挂式框架)的上面安装一个框架接口I/O模块。

对于3500监测系统，有效的两种框架接口I/O模块是RS-232/RS-422I/O 模块和调制解调器I/O模块。以下特性为两种I/O模块共有的。

框架接口I/O模块必须安装在框架接口模块的后面(盘装或架装框架)或者在框架接口模块的上面(壁挂式框架)。

Bently Nevada 3500系列机械保护系统的一部分，是3500系列功能安全(FS)产品的最新补充，还包括超速检测、径向振动、推力位置、外壳振动、温度和过程变量输入监视器。Bently Nevada保护系统通过启动关键生产机械的自动关闭和在危险故障之前早期检测系统特征，为显著增强安全性做出了贡献。

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The 3500/22M frame interface module is the basic interface to connect to the 3500 frame. It supports Bentley Nevada proprietary protocols and is used as a configuration framework and to collect machine information. The RIM must be installed in a slot in the frame (next to the PSU).

RIM provides a connection that supports current Bentley Nevada communications processors (External Transient Data Interface TDIX and External Dynamic Data Interface DDIX).

RIM uses two types of I/O modules, the Framework Interface I/O module and the data management I/O module. These I/O modules allow you to connect the main computer and communication processor to the 3500 frame, and only one frame interface I/O module can be installed at a time behind the RIM(disk or rack frame) or on top of the RIM(wall-mounted frame).

For 3500 monitoring systems, the two effective frame interface I/O modules are the RS-232/RS-422I/O module and the modem I/O module. The following features are common to both types of I/O modules.

The frame interface I/O module must be mounted behind the frame interface module (disk or rack mounted frame) or on top of the frame interface module (wall mounted frame).

Part of the Bently Nevada 3500 Series mechanical protection system, the latest addition to the 3500 Series of Functional safety (FS) products also includes overspeed detection, radial vibration, thrust position, housing vibration, temperature and process variable input monitors. The Bently Nevada protection system contributes to significantly enhanced safety by initiating automatic shutdown of critical production machinery and early detection of system characteristics before dangerous failures.

The 3500/22M is a transient data interface module developed by Bentley Nevada Corporation. It acts as an interface to software compatible with the 3500 monitoring system (System 1 condition monitoring and diagnostic software and 3500 system configuration software). TDI combines 3500/20 framework interface modules (RIMfunctionality) with communication processors such as TDXnet to collect data.
3500/22M function
In the 3500 rack, the TD1 is in a plug next to the power supply. In order to continuously collect steady-state and transient dynamics (waveform data, and transmit this data to the host software via an Ethernet link, it interacts with the M-series monitor (3500/40M, 3500/42M, etc.).
TDI has traditional static data collection capabilities. However, TDI can also use an optional channel enable disk to record dynamic, high-resolution transient data.
Function description
The 3500 rack contains the communication processing capabilities of TDl. Although the TD performs some tasks shared by the entire rack, it is not a critical component of the monitoring system and has no impact on the overall effectiveness of the system in monitoring autonomous mechanical protection.
Each 3500 rack requires a TDI or RIM, which always occupies slot 1. (Next to the power supply). The link between 3500 monitoring system and compatible software is called 3500/22M Transient Data Interface TDI System 1 Status monitoring and diagnostic software and 3500 System Configuration software). TDI combines 3500/20 framework interface modules (RIMfunctionality) with communication processors such as TDXnet to collect data. position
In the 3500 rack, the TD is located in the slot next to the power supply. In order to continuously collect steady-state and transient dynamics (waveform data, and transmit this data to the host software via an Ethernet link, it interacts with the M-series monitor (3500/40M, 3500/42M, etc.). TD has traditional static data collection capabilities. However, TDS can also use an optional channel enable disk to record dynamic, high-resolution transient data.
3500 rack contains TD’s communication processing capabilities. Although TDS perform some tasks shared by the entire rack, they are not a critical component of the monitoring system and have no impact on the overall effectiveness of the system in monitoring autonomous mechanical protection.
Each 3500 rack requires a TDI or RIM, which always occupies slot 1. (Next to the power supply)

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