Table of Contents - TG Drives
Table of Contents - TG Drives
Table of Contents - TG Drives
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74<br />
Motor, Motor interface<br />
gosub Ical<br />
.<br />
Motor.Poles , - 6<br />
Motor.Ppr , 8192<br />
Motor.PhAlign , 18800<br />
gosub Ical<br />
;<strong>of</strong>fset calibrate<br />
;6 pole motor<br />
;2 pole resolver<br />
;normal value for SEM motors<br />
;<strong>of</strong>fset calibrate<br />
GROUP MEMBERS (GROUP 5)<br />
EXTENDED REGISTER GROUPS<br />
Group.member Member<br />
No<br />
Range Ability Default<br />
Motor.Mode 0 0 – 255 RW 0<br />
Motor.Mode=0<br />
Mode=8<br />
Mode=8+16<br />
Motor.Comm 1 0-4<br />
PM-synchronous motor commutation<br />
Induction motor commutation. Also disables current regulator<br />
integration. (see Sysio.Pout for details)<br />
Induction motor commutation with disabled slip compensation in<br />
field weakening region.<br />
This mode is used for motor parameter tuning only.<br />
Additional bits:<br />
b0 (1) change rotation definition Note. In order to use this<br />
you also need to change the rotation definition on the<br />
feedback, commutation source. See Rotation definition<br />
change.<br />
Commutation source<br />
.Comm = 0 No source selected<br />
.Comm = 1 Commutation is taken from the EN1 signal switch (default)<br />
.Comm = 2 Commutation is taken from the EN2 signal switch<br />
.Comm = 3 Commutation is taken from the EN3 signal switch<br />
.Comm = 4 Commutation is taken from the EN4 signal switch<br />
Motor.Poles 2 (-16385..16385)*2 RW<br />
Sets the number <strong>of</strong> poles on the motor. Use a negative number<br />
if the motor rotates in the wrong direction with respect to the<br />
resolver. The number <strong>of</strong> poles should generally be less than<br />
Motor.PPR / 128 and greater<br />
than or equal to<br />
Motor.PPR / 4096. If commutation<br />
position alignment can be<br />
performed at startup by rotating the motor, the Motor.Poles<br />
value may be less than Motor.PPR / 4096.<br />
Motor.PPR 3 (-32768..32767)*2 n ;n=(0..8) RW<br />
Defines the Pulses-per-revolution the commutation logic has to<br />
work with. For the standard resolver:<br />
User's Manual 5.1 Inmotion Technologies AB<br />
Doc. No.9032 0027 01 (B), Rev. 11.07.2001