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LNC-M600 Leading Numerical Controller Maintenance Manual

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

Parameter<br />

D5 ≒<br />

200 200 ⋅0.15<br />

60 + 60 ≒ 0.28mm<br />

100 2<br />

If the setting vaule for the offset amount of this axis reference point is larger than 0.28mm,<br />

it will be able to prevent this axis to do the reverse direction moving at the last step of the<br />

home return procedure.<br />

• When Reference Point is Ahead DOG<br />

伺 服 軸 進 給 率<br />

回 原 點 第 一 段<br />

速 度 F H1<br />

回 原 點 第 二 段<br />

速 度 F H2<br />

Ta<br />

Ta<br />

時 間<br />

原 點 偏 移 量<br />

+ 一<br />

D1<br />

D4<br />

D3<br />

D2<br />

原 點 擋 塊<br />

馬 達 Encoder Z 相 訊 號<br />

機 械 原 點<br />

原 點 擋 塊 訊 號 進 來 點 以 及 消 失 點<br />

1.D1is the distance between two Z phase signals that are close tegether of servo motor<br />

ECNODER.<br />

2.D2 is the distance between the HOME DOG input points to the servo axis by using the<br />

1 st gear speed decelerating stop. The calculating formula is as following:<br />

D2 ≒ servo lag + deceleration distance ≒<br />

K p is the servo position loop gain (sec -1 ), , T a<br />

acc/decelerating time.<br />

F<br />

K<br />

H1 H a<br />

p<br />

F<br />

1<br />

⋅T<br />

+<br />

2<br />

is the servo axis G00<br />

If the length between the Home DOG input point and the disappear point is<br />

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

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