Bonjour à tous,
la réponse ne c'est pas fait attendre, vraiment exceptionnel ce SAV, email envoyé hier vers 21h00, réponse reçue à 02H40
$33 — Motion Velocity Gain:
○In simple terms: This setting controls how quickly the machine reaches its desired speed during motion. For example, if you want your CNC machine to accelerate to cutting speed faster, you can adjust this parameter. A higher value makes the machine accelerate more quickly, but if set too high, it might make the machine’s motion unstable.
2. $34 — Acceleration Gain:
○In simple terms: This setting determines how smoothly the machine accelerates from a standstill. If you want the machine to accelerate more smoothly and avoid sudden jolts or mechanical stress, you can adjust this parameter. Proper adjustment will make the acceleration process smoother.
3. $35 — Velocity Integral Gain:
○In simple terms: This parameter helps the machine maintain a stable speed, especially when there are changes in load. For example, when cutting different materials, this setting helps the machine maintain a consistent speed and avoid speed fluctuations.
4. $36 — Acceleration Integral Gain:
○In simple terms: This setting helps the machine accelerate more smoothly. If your machine experiences vibrations or uneven acceleration during the speeding-up process, adjusting this parameter can help smooth out the acceleration.
5. $37 — Position Integral Gain:
○In simple terms: This setting controls the machine’s precision in reaching a specified position. For example, when you want the machine to stop at a precise location, this parameter helps ensure the machine stops accurately at the target position, reducing positional errors.
6. $38 — Position Proportional Gain:
○In simple terms: This parameter affects how the machine adjusts its position control to reach the target position more accurately. If you find the machine is consistently off target, adjusting this setting can help correct the deviations more effectively.
7. $39 — Position Derivative Gain:
○In simple terms: This parameter improves the machine’s response speed to changes in position. If your machine is slow to adjust its position or not sensitive enough, adjusting this parameter can help it respond more quickly to position changes.
In summary, these parameters are used to optimize the performance of the machine, making it more stable and accurate during operations such as cutting and engraving. Adjusting these settings allows your CNC machine to perform better under various operating conditions.
je viens d'envoyer un deuxième email pour connaitre
l'entendu l'etendue possible de ces paramètres.
y'a plus qu à jouer avec pour en voir les effets
pas sur que je verrai quelque chose mais au moins je sais maintenant à quoi ça sert.