IS210AEPSG1AFC​ GE Mark VI 系统板组件

 IS210AEPSG1AFC GE Mark VI 系统板组件

 IS210AEPSG1AFC GE Mark VI 系统板组件

IS210AEPSG1AFC是GE为Mark VI系统制造的电路板组件。作为通用电气长期流行的Speedtronic系列的一部分，MKVI是重型蒸汽或燃气轮机的管理系统。这个系列是在生产的通用电气从1969年(与释放的马克I)通过20世纪90年代(与释放的马克VI和马克VIe)。Mark VI定期监测涡轮，使用特定应用和通用输入/输出，如轴电压积累，温度问题，火焰检测和振动。

IS210AEPSG1AFC是一个小的矩形板，有大量的组件。该板可作为电源板使用。板在每个角上钻孔，并在板体内的其他几个位置钻孔。IS210AEPSG1AFC有变压器、电感线圈和电源等组件。电路板也有十二个保险丝。这些被放在棋盘上作为一行四和四对二。大多数保险丝都安装在快速连接保险丝座上。

IS210AEPSG1AFC有一个压敏电阻元件。压敏电阻是可变电阻。电路板上有几个金属膜电阻器。电路板上的电容器包括聚酯乙烯基，陶瓷以及高压电解电容器。该板包括插接式连接器，散热器，插头连接器，头连接器和LED指示灯。晶体管通常位于散热片附近。该板还采用TP测试点和集成电路。有关安装过程的更多信息，请参阅制造商出版物。

 IS210AEPSG1AFC GE Mark VI 系统板组件

The IS210AEPSG1AFC is a board component made by GE for the Mark VI system.   As part of General Electric’s long-running popular Speedtronic series, the MKVI is a management system for heavy-duty steam or gas turbines.   This series was in production by GE from 1969 (with the release of the Mark I) through the 1990s (with the release of the Mark VI and Mark VIe.)   The Mark VI monitors the turbine on a regular basis using both application specific and general purpose Input/Outputs for issues like shaft voltage build up, temperature issues, flame detection, and vibration.

The IS210AEPSG1AFC is a small rectangular-shaped board with a large number of components.   This board functions as a power board.  The board is drilled in each corner and has been drilled at several more locations within the board body.   The IS210AEPSG1AFC has components like transformers, an inductor coil, and a power supply.  The board also has twelve fuses.  These are placed on the board as a line of four and four pairs of two.    Most fuses are placed in quick-connect fuse holders.

The IS210AEPSG1AFC has a varistor component.   Varistors are variable resistors.  The board has several metal film resistors.   Capacitors on the board include ones made of polyester vinyl, ceramic, as well as high voltage electrolytic capacitors.  The board includes stab-on connectors, heat sinks, plug connectors, header connectors, and LED indicators.  Transistors are usually located near heat sinks.   The board also uses TP test points and integrated circuits.  Refer to manufacturer publications for more information on installation procedures.