UNS2882A-3BHE003855R0001 ABB 励磁系统测量板 参数调节设备

品牌:ABB

型号: UNS2882A 3BHE003855RO001

目录描术:励磁系统测量板

原产地:美国

UNS2882A 3BHE003855RO001励磁系统测量板是用于测量励磁系统各项参数并进行调节的设备。

UNS2882A 3BHE003855RO001励磁系统测量板主要由电压测量、电流测量、功率因数测量、转子电压测量、转子电流测量、励磁电压调节、励磁电流调节等部分组成，可对励磁系统进行检测和调节，保证励磁系统的正常运行。

磁性测厚仪工作原理是磁性法测厚仪测量永久磁铁和基体金属之间的磁引力，该磁引力受到覆盖层存在的影响；或者测量穿过覆盖层与基体金属的磁通路的磁阻。

UNS2882A 3BHE003855RO001磁性测厚仪由一个磁铁和一个磁力传感器组成。当磁性测厚仪靠近金属表面时，磁铁会产生一个磁场，这个磁场通过金属材料并在另一侧形成感应电流，磁力传感器用来检测这个感应电流，并将其转换为一个电压信号，通过测量这个电压信号的大小确定金属材料的厚度。

接口抽象处理一个域(OTIT)内的更改或扩展，而无需在另一个域中进行任何修改。因此，无需更改OT端的OPCUA接口，即可将新的IT应用程序集成到整体解决方案中。也不需要调整IⅠT应用程序来匹配生产端所做的更改——只要中间件中实现的OPCUA接口保持不变即可。这意味着可以选择要部署的IT应用程序和平台，以利用IT中较短的创新周期，同时减少集成工作量。在OT中，无需返回IT集成绘图板即可进行更改。

UNS2882A 3BHE003855RO001数据聚合允许将来自多个来源的数据整合到单个OPCUA服务器·上。因为IT应用程序现在只需要访问这台服务器，这简化了底层通信基础设施。另一个主要好处是节省了配置系统的时间，因为不再需要为每个OPC-UA数据源和每个OPC-UA客户端单独配置。

UNS2882A-3BHE003855R0001 ABB 励磁系统测量板 参数调节设备

Brand :ABB

Model: UNS2882A 3BHE003855RO001

Description of contents: excitation system measurement board

Country of Origin: USA

UNS2882A 3BHE003855RO001 Excitation system measurement board is used to measure and adjust the excitation system parameters.

The UNS2882A 3BHE003855RO001 excitation system measurement board consists of voltage measurement, current measurement, power factor measurement, rotor voltage measurement, rotor current measurement, excitation voltage regulation, and excitation current regulation. It can detect and regulate the excitation system to ensure the normal operation of the excitation system.

The working principle of the magnetic thickness gauge is that the magnetic attraction between the permanent magnet and the base metal is measured by the magnetic thickness gauge, which is affected by the presence of the covering layer. Or measure the magnetoresistance of the magnetic path through the coating and the base metal.

The UNS2882A 3BHE003855RO001 magnetic thickness gauge consists of a magnet and a magnetic sensor. When the magnetic thickness gauge is close to the metal surface, the magnet will generate a magnetic field, which passes through the metal material and forms an induced current on the other side. The magnetic sensor is used to detect the induced current and convert it into a voltage signal. By measuring the size of the voltage signal, the thickness of the metal material is determined.

Interface abstraction deals with changes or extensions within one domain (OTIT) without making any modifications in another domain. As a result, new IT applications can be integrated into the overall solution without changing the OPCUA interface on the OT side. There is also no need to adjust the I T application to match the changes made on the production side - as long as the OPCUA interface implemented in the middleware remains the same. This means you can choose which IT applications and platforms to deploy to take advantage of the shorter innovation cycle in IT while reducing the integration effort. In OT, changes can be made without going back to the IT integration drawing board.

UNS2882A 3BHE003855RO001 Data aggregation allows data from multiple sources to be consolidated onto a single OPCUA server. Because IT applications now only need to access this server, this simplifies the underlying communications infrastructure. Another major benefit is the time saved in configuring the system, as there is no longer a need for separate configuration for each OPC-UA data source and each OPC-UA client.