Used MCT 3608E-6 #9132271 for sale

MCT 3608E-6 is a multi-axis manipulator controller designed to automate the operation of robotic manipulators. The device is equipped with a suite of advanced motion control features that enable high performance, closed-loop motion control of robotic manipulators. 3608E-6 consists of two main components, the motion control board and an integrated processor and memory board. The motion control board includes a dedicated DSP processor for motion emulation and precise motion control. The motion control board also includes a variety of pulse sources, configurable pulse and encoder filters, pulse increment generators, and a local bus system. The motion control card is empowered by an advanced motion algorithm that provides precise control and motion emulation capability. A variety of motion profiles can be programmed, ranging from linear movements, point-to-point moves, and ramp and dwell profiles, to more complex moves such as arc sub-division and oscillatory motion. The motion control board is further supplemented by a powerful data acquisition capability that permits sample rates up to 10 kHz. On the other side, the integrated processor and memory board is designed to develop and store sophisticated control programs. The processor board is powered by an ARM9 processor with an embedded Linux OS. The embedded Linux OS provides an open environment to develop and execute sophisticated motion applications or incorporate third-party library functions. It also enables enhanced feature sets that supplement the motion control functions, such as multi-axis synchronous motion control, motion triggering, and motion blending. The integration between the motion control board and processor board enables high performance motion control of robotic manipulators, with a variety of motion profiles. MCT 3608E-6 is perfect for tasks that require precise motion control of robotic manipulators. Furthermore, its high precision and capabilities make 3608E-6 an ideal solution for operations that demand high accuracy and repeatability.