133688-1

The Yaskawa 133688-1 is a sophisticated robotics MRC controller tailored to enhance automation processes. Designed to function within a voltage bracket of 200 to 240 V AC, this unit boasts the capability to control an impressive maximum of 12 axes simultaneously, making it suitable for complex robotic maneuvers. Its architecture incorporates a digital I/O count of 48 inputs and 48 outputs, allowing for expansion, which is critical for evolving automation requirements.

The controller's pose memory is capable of retaining 2,200 positional data points, offering extensive flexibility in maintaining various robotic positions during operation. Additionally, it holds an instruction memory of up to 1,200 steps, enabling detailed programming and sequencing tasks. This device has a current draw of 12 A, ensuring that it can meet the power demands required for advanced robotics applications. Additionally, the peak output power reaches 4.5 kW, contributing to its high-performance capabilities.

A single-unit operation feature allows for easy coordination of robotic movements, optimizing operational efficiency. The user interface is designed with practicality in mind, featuring a 12-character LCD pendant screen that facilitates interaction and programming. The controller operates using the INFORM II control language, renowned for its user-friendliness in robotic programming and control.