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DS3800NEPB1B1B GE功率励磁板品牌General Electric是否进口否是否定制否系列Mark V制造商General Electric功能模拟输入输出输入电压600 VAC存储范围-40F 至 +176F使用环境常温常压质保一年颜色绿色结构形式模块式状况全新/二手可售卖地全国型号DS3800NFOA1C1DDS3800NEPB1B1B GE功率励磁板产品描述GE功率励磁板DS3
产品详情
DS3800NEPB1B1B GE功率励磁板
DS3800NEPB1B1B GE功率励磁板
产品描述
GE功率励磁板DS3800NEPB1B1B只有在连接到GE Mark IV印刷电路板时才能运行。该板必须连接到电机励磁板。
DS3800NEPB1B1B板没有任何可以更换或维修的组件,因此如果板有缺陷,则必须更换它。但是,端子板确实有一个跳线,可用于获取DS3800NEPB1B1B上的场速度信息或场电流信息。有关跳线和获取信息的详细信息,请参阅端子板随附的文档或联系服务代表。端子板是另一块可以安装在电源转换模块中的板。
DS3800NEPB1B1B板设计为易于安装在电源转换模块中。首先,您可能有电缆连接到电路板。通过参考开发板附带的信息,确定在开发板上的连接位置。将电缆压入到位。然后,将电路板与模块上的导轨对齐,并将电路板滑入到位。您必须将电路板压入模块内部的连接器中。
确保电缆不会接触模块中的其他板或干扰空气流动。当您计划在何处安装电路板时,通风是一个重要的考虑因素。选择一个插槽,为热量留出空间,使其从电路板中逸出而不会积聚。确保模块所在的环境不会太热。
DS3800NEPB1B1B GE功率励磁板
Product description
The GE power exciter DS3800NEPB1B1B can only operate when connected to a GE Mark IV printed circuit board. The board must be connected to the motor exciter board.
The DS3800NEPB1B1B board does not have any components that can be replaced or repaired, so if the board is defective, it must be replaced. However, the terminal board does have a jumper that can be used to obtain field velocity information or field current information on the DS3800NEPB1B1B. For more information about jumpers and obtaining information, refer to the documentation that came with the terminal board or contact a service representative. The terminal board is another board that can be installed in the power conversion module.
The DS3800NEPB1B1B board is designed to be easy to install in a power conversion module. First, you may have cables connected to the board. Determine the connection location on the development board by referring to the information that comes with the development board. Press the cable into place. Then, align the board with the rails on the module and slide the board into place. You must press the board into the connector inside the module.
Make sure the cable does not touch other plates in the module or interfere with air flow. Ventilation is an important consideration when you plan where to install the board. Choose a slot that leaves room for heat to escape from the board without building up. Make sure the environment where the module is located is not too hot.
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