Equipped with two MCX514 units. A motion control board with enhanced interpolation functions, capable of CW/CCW arcs, maximum 8-axis linear interpolation, and helical interpolation.
The MC8581P is a PCI bus-compatible circuit board equipped with two 4-axis motor control ICs with interpolation function, "MCX514." It can independently control the positioning or speed of 8-axis servo motors or stepping motors on a single board.
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basic information
● Speed Range Free You can set all speeds from 1pps to 8Mpps in 1pps increments. Additionally, since there is no speed multiplier setting, the output drive pulse can be set directly as the speed parameter. ● Eight-Stage Pre-Buffer Register for Continuous Interpolation To support high-speed continuous interpolation drives, it is equipped with an eight-stage pre-buffer register that stores endpoint data for each segment. Even if there are short segments like Seg3 shown in the lower center diagram, continuous interpolation can be performed as long as the average moving time of the eight segments, including Seg3, is longer than the dataset time for the next segment position. ● Diverse Interpolation Functions In addition to linear interpolation for 2 to a maximum of 8 axes, CW/CCW arc interpolation, and 2-axis/3-axis/4-axis bit pattern interpolation (interpolation based on bit data from the CPU), CW/CCW helical interpolation can also be performed. Furthermore, the two MCX514s equipped in the MC8581P can perform interpolation drives independently, allowing one MCX514 to execute arc interpolation while the other MCX514 performs 3-axis linear interpolation simultaneously.
Price range
P2
Delivery Time
P3
Applications/Examples of results
Resin and plastic, industrial machinery, electronic components and semiconductors, testing, analysis, and measurement, manufacturing and processing outsourcing.
Company information
Our company is a manufacturer that develops and produces motion control ICs, boards, and units. We strive to provide better products to the world with the aim of further advancing the field of motion control through new (NOVA) electronic technologies, improving the lives of people in society.
