Editing Using LinMot linear actuator with IONI servo drive
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− | {{#ev:youtube|QUvghOEEdk0|320|right|Demonstration of LinMot actuator with IONI Pro | + | {{#ev:youtube|QUvghOEEdk0|320|right|Demonstration of LinMot actuator with IONI Pro}} |
− | Most | + | Most (if not all) LinMot linear actuators can be used with [[IONI]] Pro drives because the drive supports driving of three and two phase motors as well as SinCos feedback devices. This page gives instructions of setting up drive for them. |
==Connections== | ==Connections== | ||
Typical LinMot actuator has two phase windings and analog sine & cosine outputs as position feedback. For example many LinMot actuators have following wires: | Typical LinMot actuator has two phase windings and analog sine & cosine outputs as position feedback. For example many LinMot actuators have following wires: | ||
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*Cosine -> CHB+ | *Cosine -> CHB+ | ||
*Temp -> no connection | *Temp -> no connection | ||
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==Parameters== | ==Parameters== | ||
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*{{param|FBD}} -> SinCos encoder 256X | *{{param|FBD}} -> SinCos encoder 256X | ||
*{{param|FBR}} -> 256 PPR | *{{param|FBR}} -> 256 PPR | ||
− | *{{param|FBI}} -> try both settings and see which one works | + | *{{param|FBI}} -> try both settings and see which one works |
Other motor parameters configured according to motor manufacturer specs. To test configuration, set drive in torque mode and try motor with different torque setpoints (Granity testing tab). If motor produces force over it's travel distance, the settings are correct. If motor locks at some position, invert FBI. | Other motor parameters configured according to motor manufacturer specs. To test configuration, set drive in torque mode and try motor with different torque setpoints (Granity testing tab). If motor produces force over it's travel distance, the settings are correct. If motor locks at some position, invert FBI. | ||
− | + | The rest of work is to proceed with [[Servo motor tuning guide]]. | |
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