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3500/22M 是由 Bently Nevada 开发的瞬态数据接口模块。它用作与 3500 监控系统（系统 1 状态监控和诊断软件和 3500 系统配置软件）兼容的软件的接口。TDI 将 3500/20 机架接口模块（RIM 功能）与通信处理器（如 TDXnet）相结合，以收集数据。

3500/22M 特点

在 3500 机架中，TDI 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此数据传输到主机软件，它与 M 系列监视器（3500/40M、3500/42M 等）交互。

TDI 具有传统的静态数据收集功能。然而，TDI 也可以使用可选的通道启用磁盘记录动态、高分辨率的瞬态数据。

功能说明

3500 机架包含 TDI 的通信处理功能。虽然 TDI 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，并且与整个系统监控自主机械保护的效果无关。

每个 3500 机架需要一个 TDI 或 RIM，它始终占用插槽 1。（电源旁边）。

3500 监测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 状态监测和诊断软件和 3500 系统配置软件）。TDI 将 3500/20 机架接口模块 (RIMfunctionality ) 与通信处理器（如 TDXnet）相结合，以收集数据。

3500/22M is a transient data interface module developed by Bently Nevada. It serves as an interface for software compatible with the 3500 monitoring system (System 1 status monitoring and diagnostic software and 3500 system configuration software). TDI combines the 3500/20 rack interface module (RIM function) with communication processors (such as TDXnet) to collect data.

3500/22M features

In the 3500 rack, TDI is located in the slot next to the power supply. In order to continuously collect steady-state and transient dynamic (weform) data and transmit this data to the host software through an Ethernet link, it interacts with M-series monitors (3500/40M, 3500/42M, etc.).

TDI has traditional static data collection capabilities. However, TDI can also use optional channels to enable disk recording of dynamic, high-resolution transient data.

Function Description

The 3500 rack contains communication processing functions for TDI. Although TDI performs some tasks shared by the entire rack, it is not a critical component of the monitoring system and is not related to the effectiveness of autonomous mechanical protection in monitoring the entire system.

Each 3500 rack requires one TDI or RIM, which always occupies slot 1. (Next to the power supply).

The link between the 3500 monitoring system and compatible software is called the 3500/22M Transient Data Interface (TDI) (System 1 status monitoring and diagnostic software and 3500 system configuration software). TDI combines the 3500/20 Rack Interface Module (RIMfunctionality) with a communication processor (such as TDXnet) to collect data.

-16通道继电器模块需要3500机架配置，版本3.3或更高版本。

-16通道继电器模块需要：3500数据采集软件，版本2.40或更高版本。

-16通道继电器模块需要：3500数据显示软件版本 1.40或更高

16通道继电器模块 3500/33 本特利3500检测系统模块

继电器模块组态事项

●在组态继电器模块之前，先将监测器模块加到框架组态上。

●只将要用到的继电器块通道。

●在报警驱动逻辑器中，只有监测器模块可能被用到。

●只有三重模冗余组的个监测器模块，需要加到报警驱动逻辑器上。

●如果一条通道产生一个报警，而这个报瞥是与(AND)运算器的一部分，并且该通道被旁路，则被旁路的通道运算值为真。由于旁路，报警不会被。

●如果一条通道产生一个报警，而这个报警是或(OR) 运算器的一 部分，并且该通道被旁路，则被旁路的通道运算值为假。

●对于一个四通道标准继电器，对整个继电器组态来说，产生的指令不会超过60条。能被继电器所接收的指令数，也依赖于继电器程序语言的版本。高于等于(≥) 2. 0版的继电器程序语言,将能接收更加复杂的继电器报警驱动逻辑方程。在发送之前，程序语言的版本将被检查，同时将决定继电器是否能接收指令设置。

-The 16 channel relay module requires a 3500 rack configuration, version 3.3 or higher.

-The 16 channel relay module requires 3500 data acquisition software, version 2.40 or higher.

-16 channel relay module requires: 3500 data display software version 1.40 or higher

16 channel relay module 3500/33 Bentley 3500 detection system module

Relay module configuration matters

Before configuring the relay module, first add the monitor module to the framework configuration.

Only activate the relay block channels that will be used.

In the alarm driven logic, only the monitor module may be used.

Only the first monitor module of the triple modular redundancy group needs to be added to the alarm driver logic.

If a channel generates an alarm, and this alarm is part of the AND operator, and the channel is bypassed, then the operation value of the bypassed channel is true. Due to the bypass, the alarm will not be suppressed.

If a channel generates an alarm that is part of an OR operator and the channel is bypassed, the value of the bypassed channel operation is false.

For a four channel standard relay, the generated commands for the entire relay configuration will not exceed 60. The number of instructions that can be received by the relay also depends on the version of the relay programming language. Greater than or equal to (≥) 2 Version 0 of the relay programming language will be able to receive more complex relay alarm driving logic equations. Before sending, the version of the programming language will be checked and will determine whether the relay can receive instruction settings.

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