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LNC-M600 Leading Numerical Controller Maintenance Manual

LNC-M600 Leading Numerical Controller Maintenance Manual

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<strong>LNC</strong>-<strong>M600</strong><br />

Appendix B: Servo Connection Example<br />

B3 Mitsubishi Servo Example<br />

Mitsubishi Servo Motor Adjust Parameter<br />

classification Para. # Symbol Name and function Default Setting<br />

value<br />

Basic<br />

parameter<br />

Extended<br />

parameter 1<br />

19 *BLK Parameter write<br />

function setting:<br />

0 *STY Control mode selection:<br />

0:position control<br />

2:speed control<br />

Please refer to 5-5<br />

Control<br />

Unit<br />

mode<br />

0000 000E P.S.T<br />

0000 0000 P.S.T<br />

2 ATU Auto-tuning:<br />

0105 0405 P.S<br />

Please refer to 5-6<br />

3 CMX electronic gear ratio 1 8192 P<br />

numerator<br />

4 CDV electronic gear ratio 1 625 P<br />

denominator<br />

21 *OP Function 3(command 0000 0012 P<br />

pulse selection)<br />

25 VCM Max. Feedback Speed 0 3000 Rpm/min S.T<br />

of Analogy Speed:<br />

Setting Analogy Speed<br />

Command(VC). Key-in<br />

the feedback speed of<br />

maximum voltage<br />

(10V).<br />

The setting value is 0<br />

as the constant<br />

rotational speed.<br />

27 *ENC Checking Output<br />

PLUSE:<br />

Output PLUSE =<br />

Analogy Degree/REV<br />

of Servo Motor<br />

Please also refer to<br />

Section 5-15.<br />

4000 10000 Pulse/rev P.S.T<br />

29 VCO Analogy Speed Accordi Millivolt<br />

Command OFFSET: ng to<br />

Setting Voltage servo<br />

OFFSET value of driver<br />

Analogy Speed<br />

Command(VC).<br />

37 VG2 Speed Incremental 2 817 1000 Rad/s<br />

Adjusting effort is more<br />

obvious than that of<br />

Speed Incremental 1.<br />

Mitsubishi electron gear ratio formula<br />

318 <strong>LNC</strong> Technology Co., Ltd.

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