IC800SSD104RS1-D0   |   S2K 系列    伺服放大器

产品描述

型号：IC800SSD104RS1-D0

作为 GE Fanuc Automation 更大的 VersaMotion 系列的一部分，IC800SSD104RS1是一款具有旋转变压器反馈的 S2K 系列伺服放大器。该放大器为 4.3 安培和 115/230 VAC 52 K。它适用于以下控制器：IC800SSI104RSI、IC800SSI104RD2 和 IC800SSI104RP2。该器件具有扩展的 I/O，需要 S 系列伺服电机。

IC800SSD104RS1-D0伺服放大器通过采用数字信号处理器（DSP）作为控制核心，可以实现复杂的控制算法，使系统数字化、网络化和智能化。其功率器件普遍采用智能功率模块（IPM）为核心设计的驱动电路，该模块内部集成了驱动电路，同时具有过电压、过电流、过热、欠压等故障检测保护电路，确保了驱动器的稳定运行。

IC800SSD104RS1-D0伺服放大器的工作原理是：控制回路接收输入信号和参考信号，通过比较来确定误差信号，然后根据误差信号调整输出信号，使用负反馈控制使输出信号与参考信号保持一致。接着，控制回路将调整后的输出信号发送给功率放大器进行放大，产生所需的输出功率。最后，输出信号经过滤波和其他电路处理，以改善系统的稳定性和响应性能。

Product description

Model: IC800SSD104RS1-D0

Part of GE Fanuc Automation's larger VersaMotion series, the IC800SSD104RS1 is an S2K series servo amplifier with rotary transformer feedback. The amplifier is 4.3 amps and 115/230 VAC 52 K. It is applicable to the following controllers: IC800SSI104RSI, IC800SSI104RD2, and IC800SSI104RP2. The device has extended I/O and requires S series servo motors.

IC800SSD104RS1-D0 servo amplifier by using digital signal processor (DSP) as the control core, can realize the complex control algorithm, make the system digital, network and intelligent. Its power devices generally adopt intelligent power module (IPM) as the core design of the drive circuit, the module integrated drive circuit, and has overvoltage, overcurrent, overheating, undervoltage and other fault detection protection circuit, to ensure the stable operation of the driver.

The working principle of IC800SSD104RS1-D0 servo amplifier is: the control loop receives the input signal and the reference signal, determines the error signal by comparison, and then adjusts the output signal according to the error signal, and uses negative feedback control to make the output signal consistent with the reference signal. The control loop then sends the adjusted output signal to the power amplifier for amplification to generate the desired output power. Finally, the output signal is filtered and processed by other circuits to improve the stability and responsiveness of the system.