138607-01 系统的间隙电压

Description

138607-01 系统的间隙电压

138607-01 来自 bently nevada 系统的间隙电压

您将间隙电压设置为尽可能靠近线性跨度的中心，并从那里将您的参考归零。设置间隙电压后，您可以使用各种偏移来确定跳闸设定点和警报设定点，或者在原始电压输入到 TVIB 卡后调整信号。

VVIB 卡上的 GEH-6421 第 II 卷描述了如何将探头直接设置到 MKVI。我看到与 BN 机柜并联的唯一优势是将信息发送到系统 1，就像我们在 Hope Creek 所做的那样。如有任何问题，请随时与我联系。

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。

瞬态数据接口模块是一种在特定的工业领域，如电力、石油化工等，被用于监测旋转设备运行状态的模块。它具有多种功能，例如采集稳态和瞬态波形数据，通过以太网将数据传送到主计算机软件，还可以提供标准静态数据采集以及瞬态或动态数据采集的功能。

瞬态数据接口模块通常被安装在3500框架中，运行在3500框架的RIM插槽中，与M系列监测器（如3500/40M、3500/42M等）配合使用。它能够连续采集稳态和瞬态波形数据，然后通过以太网将数据传送到主计算机软件。

此外，瞬态数据接口模块还具有一些关键特性。例如，它为框架提供了通用功能，但并不是关键监测通道的组成部分，不影响整个监测系统的正确和常规运行。另外，每个框架要求一个TDI或RIM，而TDI只占用框架中的一个槽位，并且必须位于一个插槽中（紧邻电源模块）。对于三重模块冗余（TMR）应用，3500系统则需要TMR形式的TDI。

瞬态数据接口模块的应用有助于确保工业设备的正常运行，从而提高生产效率和设备性能。

138607-01 系统的间隙电压

138607-01 Gap voltage from a bently nevada system

You set the gap voltage as close to the center of the linear span as possible and zero your reference from there. After setting the gap voltage, you can use various offsets to determine the trip set point and alarm set point, or adjust the signal after the original voltage is entered into the TVIB card.

Volume II of GEH-6421 on the VVIB card describes how to set the probe directly to the MKVI. The only advantage I see in parallel with the BN cabinet is sending information to System 1, as we did at Hope Creek. If you have any questions, please feel free to contact me.

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.

Transient data interface module is a kind of module used to monitor the operation status of rotating equipment in specific industrial fields, such as power, petrochemical, etc. It has a variety of functions, such as collecting steady-state and transient waveform data, transferring data to the main computer software over Ethernet, and providing standard static data acquisition as well as transient or dynamic data acquisition functions.

The transient data interface module is usually installed in the 3500 frame and runs in the RIM slot of the 3500 frame for use with M-series monitors such as 3500/40M, 3500/42M, etc. It can continuously collect steady-state and transient waveform data, and then transmit the data to the main computer software via Ethernet.

In addition, transient data interface modules have some key characteristics. For example, it provides common functionality to the framework, but is not part of the critical monitoring channel and does not affect the correct and regular operation of the overall monitoring system. In addition, each frame requires a TDI or RIM, and the TDI occupies only one slot in the frame and must be located in a slot (next to the power module). For triple module redundancy (TMR) applications, the 3500 system requires TDI in the form of TMR.

The application of transient data interface modules helps to ensure the normal operation of industrial equipment, thereby improving production efficiency and equipment performance.