IC693CHS397 GE通用电气5槽底座模块 工业自动化备件产品

IC693CHS397 GE通用电气5槽底座模块 工业自动化备件产品

IC693CHS397是 90-30 系列可编程逻辑控制器 （PLC） 系列的 5 插槽底板。在产品系列的生命周期中，该硬件是 GE Fanuc Automation 的一部分，但 PLC 系列和其他产品最近被艾默生自动化收购。IC693CHS397共有五 （5） 个插槽和另一个专用于电源模块的未计数插槽。该底板具有一 （1） 个专用于中央处理器 （CPU） 或专用模块的插槽、分配给 I/O 的四 （4） 个插槽和选件模块。它还在硬件的最右侧提供了一个扩展槽，可用于机架扩展。此底板上只允许安装一 （1） 个 CPU。此外，CPU 的同一插槽（插槽 1）也设计为与通信模块兼容，例如 FIP 远程 I/O 扫描仪和类似模块。插槽 2 和其他 I/O 插槽具有独特的尺寸，不适合任何其他模块。这提供了连接安全性，并防止在安装过程中损坏其他模块。提供的底板扩展端口是一个 25 针 D 型外壳母连接器，安装在硬件的最右侧。连接扩展电缆或实施多个扩展底板时，请确保电缆的总长度不得超过 50 英尺或 15 米。该IC693CHS397设计用于通过提供的安装片进行面板安装。此硬件尺寸为 10.43 x 5.12 x 5.59 英寸。（宽 x 高 x 深），5 VDC 时内部功耗为 270 mA。

GE Fanuc IC693CHS397 GE Fanuc 系列 90-30 的 5 插槽底板，用于托管模块化 CPU 或中央处理器、I/O 和专用模块。IC693CHS397底板有 5 个插槽，用于安装各种 CPU 和其他设备，这些设备构成了一个完整的 PLC 或可编程逻辑控制器。从技术上讲，GE Fanuc IC693CHS397底板总共有 6 个插槽，而不仅仅是 5 个，但左侧的第一个插槽没有编号，因为它始终且仅用于托管电源模块。这个电源插槽的尺寸和形状与编号的 5 个插槽不同，其尺寸和形状只能容纳一个电源，不能容纳其他任何内容。

GE Fanuc 系列 90-30 IC693CHS397 5 插槽 CPU 底板中的 5 个主插槽包括 1 个 CPU 插槽（底板得名）和 4 个可以容纳 I/O 模块的非 CPU 插槽。在IC693CHS397底板的最右边缘还有一个 I/O 扩展总线连接器，可用于扩展基板的 I/O 通信能力，使其超出 4 个 I/O 插槽的处理能力。扩展底板和远程底板可以作为更大的 PLC 系统的一部分连接到IC693CHS397 CPU 底板，但一个 PLC 中只能有 1 个 CPU 底板。CPU 底板始终安装在 PLC 系统的机架编号 0 中。由于IC693CHS397 CPU底板支持模块化CPU，因此在必要时可以轻松更换或升级CPU模块。

IC693CHS397 GE通用电气5槽底座模块 工业自动化备件产品

The IC693CHS397 is a 5-slot baseboard for the 90-30 series Programmable Logic controller (PLC) series. During the lifecycle of the product family, the hardware was part of GE Fanuc Automation, but the PLC family and other products were recently acquired by Emerson Automation. The IC693CHS397 has a total of five (5) slots and another uncounted slot dedicated to the power module. The backboard has one (1) slot dedicated to a central processing unit (CPU) or dedicated module, four (4) slots allocated to I/O, and option modules. It also provides an expansion slot on the far right side of the hardware for rack expansion. Only one (1) CPU is allowed to be installed on this backboard. In addition, the same slot (slot 1) of the CPU is also designed to be compatible with communication modules, such as FIP remote I/O scanners and similar modules. Slot 2 and other I/O slots have a unique size and do not fit into any other module. This provides connection security and prevents damage to other modules during installation. The mainboard expansion port provided is a 25-pin D-housing female connector that is installed on the far right side of the hardware. When connecting expansion cables or implementing multiple expansion plates, ensure that the total length of the cables does not exceed 50 feet or 15 meters. The IC693CHS397 is designed for panel mounting via the provided mounting strip. This hardware measures 10.43 x 5.12 x 5.59 inches. (W x H x D), the internal power consumption is 270 mA at 5 VDC.

GE Fanuc IC693CHS397 5-slot baseboard of the GE Fanuc Series 90-30 for hosting modular cpus or cpus, I/O, and dedicated modules. The IC693CHS397 baseboard has five slots for mounting various cpus and other devices that make up a complete PLC or programmable logic controller. Technically, the GE Fanuc IC693CHS397 baseboard has a total of six slots, not just five, but the first slot on the left side is not numbered as it is always and only used to host the PSU. The size and shape of this power socket is different from the numbered five slots, and its size and shape can only accommodate one power supply and nothing else.

GE Fanuc Series 90-30 IC693CHS397 5-slot CPU The five main slots in the baseboard consist of one CPU slot (the baseboard name) and four non-CPU slots that can house I/O modules. There is also an I/O expansion bus connector on the far right edge of the IC693CHS397 backboard, which can be used to extend the I/O communication capability of the substrate beyond the processing capacity of four I/O slots. Extended backboards and remote backboards can be connected to IC693CHS397 CPU backboards as part of a larger PLC system, but there can only be 1 CPU backboard in a PLC. The CPU backboard is always installed in the PLC system's rack number 0. Since the IC693CHS397 CPU baseboard supports modular cpus, CPU modules can be easily replaced or upgraded if necessary.