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GE DS3800HRRA1D1A 继电器输出板 设计用于快速安装在驱动器中品牌GE加工定制否10/100BaseT(X)端口5/8/24/4/4100Base-FX 端口2光纤模式MM - 多模 SS- 单模以太网标准IEEE 802.3: 10Base-TMAC Table1024/2048处理方式储存和转发输入电源冗余是功率消耗(典型值)3 瓦-9.6 瓦电流过载保护是反极性保护是可售卖地全
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产品描述
GE继电器输出板DS3800HRRA1D1A设计用于快速安装在驱动器中。该板的一端有一个模块化连接器,另一端有一个固定杆。该板装有 1 个红色指示灯 LED 和 8 个复位拨动开关。模数转换器是嵌入在电路板上的组件。它将模拟信号转换为数字格式。数字格式用于整个驱动器的信号处理。GE 继电器输出板DS1HRRA3800D1A还装有 1 个琥珀色指示灯 LED。
嵌入在GE继电器输出板上DS3800HRRA1D1A也是继电器开关。继电器是响应控制信号关闭和打开信号的机电设备。当继电器开关位于红色指示灯上时,与继电器关联的 LED 闪烁。通过这种方式,操作员将知道电路板上是否正在进行处理。如果闪烁已停止,则表示主板可能出现问题。
第一个修复操作是关闭和打开电路板,以查看控制信号是否不同步。GE继电器输出板DS3800HRRA1D1A具有复位开关,使复位成为一项简单的任务。为避免严重冲击,请小心翼翼地避免触摸电路板中的其他组件,并按照电路板上的指示将开关向左移动。这将停止处理几秒钟,而电路板中的电流仍然可用。电路板重新启动处理,同时重新启动控制信号。
Product description
The GE relay output board DS3800HRRA1D1A is designed for quick installation in the driver. The board has a modular connector at one end and a fixed rod at the other end. The board is equipped with a red indicator LED and 8 reset toggle switches. An analog-to-digital converter is a component embedded on a circuit board. It converts analog signals into a digital format. The digital format is used for signal processing throughout the drive. The GE relay output board DS1HRRA3800D1A is also equipped with an amber indicator LED.
Embedded on the GE relay output board the DS3800HRRA1D1A is also a relay switch. Relays are electromechanical devices that respond to control signals turning off and on. When the relay switch is on the red indicator light, the LED associated with the relay flashes. In this way, the operator will know if processing is taking place on the board. If the blinking stops, there may be a problem with the motherboard.
The first repair action is to turn the board off and on to see if the control signals are out of sync. The GE relay output board DS3800HRRA1D1A has a reset switch that makes resetting a simple task. To avoid severe shocks, carefully avoid touching other components in the board and follow the instructions on the board to move the switch to the left. This will stop processing for a few seconds while the current in the board is still available. The board restarts processing and the control signal restarts.
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