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position / speed mode - Harmonic Drive LLC

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1-8-3 Functions in <strong>mode</strong>s<br />

Chapter 1Outlines of the HA-655 driver<br />

Each <strong>mode</strong> individually provides the following functions of the <strong>position</strong> <strong>mode</strong> and the <strong>speed</strong> <strong>mode</strong>.<br />

Mode Code Position <strong>mode</strong> Setting Code Speed <strong>mode</strong> Setting<br />

0 Error counter state 0 Error counter state<br />

1 Motor revolutions 1 Motor revolutions<br />

2 2 Speed command voltage<br />

3 Error pulse count (Low) 3 Error pulse count (Low)<br />

4 Error pulse count (High) 4 Error pulse count (High)<br />

5 Torque monitor 5 Torque monitor<br />

6 Overload rate 6 Overload rate<br />

7 Feedback pulse (Low) 7 Feedback pulse (Low)<br />

8 Feedback pulse (High)<br />

Impossible<br />

8 Feedback pulse (High)<br />

Impossible<br />

9 Command pule (Low) 9 <br />

A Command pulse (High) A <br />

b Command pulse frequency b <br />

c I/O monitor c I/O monitor<br />

d Alarm history d Alarm history<br />

E Actuator code E Actuator code<br />

F<br />

<br />

F<br />

<br />

Monitor <strong>mode</strong><br />

Tune <strong>mode</strong><br />

Parameter <strong>mode</strong><br />

Test <strong>mode</strong><br />

0 Speed loop gain 0 Speed loop gain<br />

1 S-loop integral compensation 1 S-loop integral compensation Possible<br />

2 Position loop gain Possible 2 Position loop gain<br />

3 Feed-forward gain 3 <br />

4 In-<strong>position</strong> range<br />

4 <br />

5 5 Attained <strong>speed</strong><br />

6 6 Internal <strong>speed</strong> command<br />

7 7 Acceleration time constant Possible<br />

8 8 Deceleration time constant<br />

9 9 Speed command offset<br />

0 Control <strong>mode</strong> 0 Control <strong>mode</strong> Possible<br />

1 Command configuration 1 <br />

2 Multiplication of 2-phase pulse 2 <br />

3 Electronic gear - denominator Possible 3 <br />

4 Electronic gear - numerator 4 <br />

5 Error count cleared by S-ON 5 <br />

6 Position error allowance<br />

6 <br />

7 7 Zero clamp<br />

8 Rotary direction 8 Rotary direction<br />

9 Speed conversion factor 9 Speed conversion factor<br />

A Speed limit Possible A Speed limit<br />

Possible<br />

b Torque limit b Torque limit<br />

c Alarm logic<br />

c Alarm logic<br />

d d <br />

E E <br />

f ABS multi-turn data clear Impossible f ABS multi-turn data clear Impossible<br />

Jo JOG operation Possible Jo JOG operation Possible<br />

SP JOG <strong>speed</strong><br />

SP JOG <strong>speed</strong><br />

Possible<br />

Ac JOG acceleration<br />

Ac JOG acceleration<br />

Possible<br />

InP Output port operation Possible InP Output port operation Possible<br />

c I/O monitor Impossible c I/O monitor Impossible<br />

An Analog monitor manual output Possible An Analog monitor manual output Possible<br />

So Speed command auto-offset Possible So Speed command auto-offset Possible<br />

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