>>>>>型号:138607-01 标准瞬态数据接口模块 接口监控系统
【功能描述】
3500 TDI(暂态数据接口)是3500之间的接口监控系统和GE的system 1*机械管理软件。的TDI结合了3,500 /20机架接口模块(RIM)的能力数据收集能力的通信处理器，如TDXnet。TDI与M系列一起在3500机架的RIM插槽中运行监视器(3500/40M, 3500/42M等)连续采集稳态和暂态波形数据，并将该数据通过以太网链路传递给主机软件(请参阅本文档末尾的兼容性部分。)静态数据捕获是TDI的标准配置，但是使用一个可选的通道启用磁盘将允许TDI捕获动态或瞬态数据。的与以前的通信相比，TDI在几个方面进行了改进并将通信处理器功能集成到3500架。
尽管TDI提供了整个机架通用的某些功能，但它并不是部分关键监控路径，对正常、正常无影响整个监控系统的运行。每3500机架需要一个TDI或RIM，它总是占用槽位1(电源旁边)。对于三模冗余(TMR)应用，3500系统需要一个TMR版本的TDI。除了所有标准TDI功能外，TMR TDI还执行“监视器通道比较”。3500tmr配置使用监控器选项中指定的设置执行监控器投票。使用在这种方法中，TMR TDI不断地比较三(3)的输出。多余的监视。如果TDI检测到来自其中一个的信息监视器不再等同于其他监视器(在配置的百分比内)两个监视器，它将监视器标记为错误，并将事件放置在系统事件列表。如果您使用过 bently nevada vib 系统，该系统可能会显示来自 bently nevada 系统的间隙电压。但是你必须知道连接监控系统。很长一段时间我调整了 9 伏直流电。
线性范围中心的真实陈述，通常为 (-1) 至 (-18) VDC。为简单起见，间隙振动探头适用于（-10、-10.5 或-11）VDC。至于推力，假设中心零为 -10 VDC。转子禁止活动时说 12 密耳，总浮动 24 密耳，将探头设置为 -12.4 VDC。
12 x .2 = 2.4 VDC，加上中心的 -10 VDC。要求涡轮机工作人员将转子停止然后启动 3 次，以验证读数和可重复性。
大多数最终用户都会在位置测量方面遇到麻烦。我可以帮忙。
>>>>>型号:138607-01 标准瞬态数据接口模块 接口监控系统
【英文介绍】
3500 TDI(Transient Data Interface) is the interface between 3500 monitoring systems and GE's system 1* machine management software. The TDI combines the data collection capabilities of 3500/20 rack interface modules (RIM) with communications processors such as TDXnet. Together with the M Series, the TDI runs monitors (3500/40m, 3500/42m, etc.) in the RIM slot of the 3500 rack to continuously collect steady-state and transient waveform data and pass this data over the Ethernet link to the host software (see the Compatibility section at the end of this document). Static data capture is standard for TDI, but using an optional channel-enabled disk will allow TDI to capture dynamic or transient data. Compared to previous communications, TDI has improved on several aspects and integrated communication processor capabilities into 3,500 units.
Although TDI provides certain functions common to the entire rack, it is not part of the critical monitoring path and has no impact on the normal and normal operation of the entire monitoring system. Every 3500 racks requires a TDI or RIM, which always occupies slot 1(next to the power supply). For three-mode redundancy (TMR) applications, the 3500 system requires a TMR version of TDI. In addition to all standard TDI functions, TMR TDI also performs "monitor channel comparison." The 3500tmr configuration performs monitor voting using the Settings specified in the monitor options. Using this method, TMR TDI constantly compares the outputs of three (3). Extra surveillance. If TDI detects that the information monitor from one of the two monitors is no longer equivalent to the other monitors (within a configured percentage), it marks the monitor as an error and places the event in the system event list. If you have used a bently nevada vib system, the system may display the gap voltage from the bently nevada system. But you must know to connect to the monitoring system. For a long time I adjusted the 9 volts DC.
A true statement of the center of the linear range, usually (-1) to (-18) VDC. For simplicity, the gap vibration probe is suitable for (-10, -10.5 or -11) VDC. As for thrust, let's say center zero is -10 VDC. Rotor inactive say 12 mil, total float 24 mil, set probe to -12.4 VDC.
12 x.2 = 2.4 VDC, plus -10 VDC in the center. Turbine crews are asked to stop and then start the rotor 3 times to verify readings and repeatability.
Most end users will have trouble with location measurement. I can help.
>>>>>型号:138607-01 标准瞬态数据接口模块 接口监控系统
