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GE DS3800HSAA1T1M 伺服放大器板 配备了1个34针连接器和1个插座品牌GE加工定制否输入范围电流:0 ~ 20mA, 4 ~ 20mA背板电源要求Alg608: alg616: alg626: ALG628:输入数据格式可配置为浮点IEEE 32位或32位字段中的16位整数输入阻抗>100 kï ' -电压输入电流输入电阻249 ï´-1%开路检测时间最多1秒过电压6
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产品描述
GE Dom Plus 伺服放大器板DS3800HSAA1T1M一端采用模块化连接器,另一端设有固定杆。电路板装有散热器。模数转换器是嵌入在电路板上的组件。GE Dom Plus 伺服放大器板DS1HSAA3800T1M还配有 1 个 1 针连接器和 34 个插座,用于电可擦除可编程只读存储器 (EEPROM) 模块。该板还装有 1 个微调电阻器。
GE Dom Plus 伺服放大器板DS3800HSAA1T1M装有多个电容器。电容器在正常驱动操作期间存储电流。电路板接收控制信号,使电容器释放电流。然后,循环再次开始,电容器存储电流。这在没有用户干预的情况下发生,也不会对操作员或附近区域的其他个人造成危险。
如果更换电路板,必须考虑电容器中存储的电流。在卸下有缺陷的电路板之前,必须关闭驱动器的电源。技术人员必须使用功能齐全的测试设备来测试驱动器中是否存在电源。但是,当所有交流和直流电流都被移除时,电容器可能仍会保持电流。高压电流会对技术人员造成严重的电击或烧伤。一种方法可用于消除电容器中的高压。从驱动器上断开电源后,等待 30 秒,让电容器的功率消散,然后再接触电路板。
Product description
GE Dom Plus servo amplifier board DS3800HSAA1T1M adopts a modular connector at one end and a fixed rod at the other end. The circuit board is fitted with a radiator. An analog-to-digital converter is a component embedded on a circuit board. The GE Dom Plus servo amplifier board DS1HSAA3800T1M is also equipped with a 1-pin connector and 34 sockets for electrically erasable programmable read-only memory (EEPROM) modules. The board is also equipped with a trimmer resistor.
The GE Dom Plus servo amplifier board DS3800HSAA1T1M is equipped with multiple capacitors. Capacitors store current during normal drive operation. The circuit board receives the control signal and causes the capacitor to release the current. Then, the cycle starts again, and the capacitor stores the current. This occurs without user intervention and poses no danger to the operator or other individuals in the immediate area.
If the board is replaced, the current stored in the capacitor must be taken into account. Before removing the defective circuit board, the power to the driver must be turned off. Technicians must use fully functional test equipment to test for the presence of power in the drive. However, when all AC and DC current is removed, the capacitor may still maintain current. High voltage currents can cause severe electric shocks or burns to technicians. One method can be used to eliminate high voltage in capacitors. After disconnecting the power from the drive, wait 30 seconds for the capacitor power to dissipate before touching the circuit board.
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