Technical articles
This language edition currently contains 72 articles. Further reviewed translations will be added in batches.
The 16i/18i-MB macro-interrupt rules distinguish M99 restoring the original modes from M99 P retaining interrupt-modified modes. An assumed common start shows why the return destination and inherited coordinate/feed state need separate review.
Read article →Within the 0i-F Plus straightness-compensation scope, an original cumulative correction curve compares a constant zero offset, interval interpolation and incremental changes. The analytical curve is kept separate from raw controller compensation data.
Read article →The 30i-A line-to-arc jerk-control rules distinguish continuous velocity direction, an acceleration jump and jerk. A tangent path may still require deceleration, and acceleration-change units must not be confused with jerk units.
Read article →An original gravity-and-friction force table illustrates the four motion states in 30i-A optimum torque acceleration/deceleration. Travel direction, acceleration direction and driving-force direction are not interchangeable.
Read article →The 15/150-B simple synchronous control definition separates common lag from relative position error. Three position examples show that identical commands, individual following errors and mechanical synchronization accuracy require different assessments.
Read article →The 16i/18i/20i/21i-A rules use the greater of fixed and percentage-based speed tolerances. Reaching speed and timing out are separate detection-start events, explaining why the same deviation can produce different outcomes.
Read article →The 0i-F Plus electronic gearbox definition separates mechanical speed ratio from feedback-pulse conversion. An original example with different detection resolutions shows why a tooth-count ratio alone cannot be entered as the synchronization coefficient.
Read article →An original semicircle in an inclined plane explains three-point orientation for 30i-B three-dimensional arcs. The intermediate point need not be at half the arc length, and the second incremental block is measured from that point.
Read article →The 16i/18i-MA exponential-interpolation relationship gives different rotary increments over equal axial intervals. Its formula constant is distinguished from the segment length at address K, and a linear approximation exposes angular interpolation error.
Read article →An original sinusoidal model based on the 2018 single-axis servo learning oscillation specification compares integer and half-integer frequency multipliers. Peak-to-peak displacement, inter-revolution path spacing and actual chip breaking are distinguished.
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