接触器驱动板 DS200CDBAG1B  提供协调的接触器操作

产品说明:GE DS200CDBAG1B PLCSCR是一款专为工业自动化应用而设计的可编程逻辑控制器(PLC)。它提供了各种过程和机械的可靠和有效的控制。产品参数:

—输入电压:24vdc

—输出电压:24vdc

-通信协议:以太网、Modbus

—输入次数:16次

—输出数量:16个

DS200CDBAG1B型号是通用电气为 Mark V 系列生产的众多主板之一。该型号被定义为接触器驱动板 （CBDA），主要用于驱动器控制和 Mark V 机柜中的高速接触器之间的接口，从而在驱动器内实现快速压降保护。CDBA模型执行的另一个过程是提供电源以打开和关闭接触器，DS200电源板、反馈采集和电源板或直流电源和仪表板将控制接触器。DS200CDBAG1B板上有一个标记为 JP2 的附加跳线，它将通过多桥系统与其他 CBDA 板及其接触器进行协调，以便所有接触器可以同时运行。

DS200CDBAG1B板是第二组CDBA模型的一部分。G1B 版本可以提供协调的接触器操作，JP2 用于协调操作，LED1 在电路板选择协调模式时提供状态信息。JP2 的位置必须能够控制 1TB-9 和 1TB-10 输入，以便它们可以同步操作接触器。当 JP2 设置正确时，它允许启用固态开关;该开关还将打开 1TB-1 和 1TB-1 输入，并为 1TB-9 和 1TB-10 输入通电，以便它们可以继续为接触器通电。

接触器驱动板 DS200CDBAG1B  提供协调的接触器操作

Product Description :GE DS200CDBAG1B PLCSCR is a programmable logic controller (PLC) designed for industrial automation applications. It provides reliable and effective control of various processes and machinery. Product parameters:

- Input voltage :24vdc

- Output voltage :24vdc

- Communication protocols: Ethernet and Modbus

- Input times :16 times

- Output quantity :16

The DS200CDBAG1B model is one of many motherboards produced by General Electric for the Mark V series. This model is defined as a contactor driver board (CBDA) and is primarily used for the interface between the drive control and the high-speed contactors in the Mark V cabinet, enabling rapid voltage drop protection within the drive. Another process performed by the CDBA model is to provide power to turn the contactor on and off, and the DS200 power board, feedback acquisition and power board, or DC power supply and dashboard will control the contactor. The DS200CDBAG1B board has an additional jumper labeled JP2, which will coordinate with other CBDA boards and their contactors via a multi-bridge system so that all contactors can operate simultaneously.

The DS200CDBAG1B board is part of the second set of CDBA models. The G1B version can provide coordinated contactor operation, JP2 is used for coordinated operation, and LED1 provides status information when the board selects the coordinated mode. The position of JP2 must be able to control the 1TB-9 and 1TB-10 inputs so that they can operate the contactors simultaneously. When JP2 is set correctly, it allows the solid-state switch to be enabled; The switch will also turn on the 1TB-1 and 1TB-1 inputs and power on the 1TB-9 and 1TB-10 inputs so that they can continue to power the contactors.