Hanwha SM481 PLUS Series Administrator’s Guide Eng.pdf.pdf - 第369页

14-17 Machine Calibration 2) Click the < Manual T ools> butt on in the ‘Nozzle Check’ tab dialog box to execute th e ‘Manual Control’ dialog box. 3) Select the Z i n the <Axis> combo box of the Axis T ab dial…

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Fast Flexible Placer SM481(L) PLUS Administrator’s Guide

In the case of the fly-camera with FOV 16mm, match the bottom of the LED

with the second scale from the bottom of the cross hair in the ‘SMVision’

window.

6) Close the Manual Tools dialog box..

7) At this time, apply the Mirror value in the “Position” dialog box as the Mirror

value of the Check Position.

 Z-axis Height Teaching (Head Z Teaching)

The default value is 50.5.

1) Select the Current Position( ) in the View menu and execute the

“Position” dialog box.

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Machine Calibration

2) Click the <Manual Tools> button in the ‘Nozzle Check’ tab dialog box to

execute the ‘Manual Control’ dialog box.

3) Select the Z in the <Axis> combo box of the Axis Tab dialog box.

4) In the ‘Camera’ dialog box, select the camera corresponding to the head that

will check the existance of the nozzle.

5) Move the Z-axis so that the nozzle wing surface contacts the bottom of the

outer lighting device.

A: Nozzle wing

B: Outer Lighting Device Bottom

6) Close the Manual Tools dialog box.

7) At this time, apply the Axis Z value in the “Position” dialog box as the Z value

of the Check Position.

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Fast Flexible Placer SM481(L) PLUS Administrator’s Guide

 Nozzle Offset Teaching

1) If the Offset X and Y cells are clicked, the <Test> button is activated. At this

time click the <Test> button

2) The area to be tested is displayed in the box shape of the ‘SMVision’ window.

Set the value of OffsetX and OffsetY so that the test box comes to the center

of the bottom of the LED. The coordinate system used to set the X and Y

values is the Right-Down coordinate system.

After clicking the <Test> button, SMVision window

 Nozzle Count Teaching

1) If the Offset X and Y cells are clicked, the <Test> button is activated. At this

time click the <Test> button.

2) The area to be tested is displayed in the box shape of the ‘SMVision’ window.

Set the Count X (Width) and Count Y (Height) to change the box size so that

the Pixel CountPercent becomes greater than 90% when clicking the <Test>

button. The box size is changed based on the previously set Offset X and Y

values.

 Light Offset Teaching

Despite the fact that the nozzle is thought to exist when the Pixel CountPercent is

less than ‘30’, this light offset teaching is performed to prepare for the case that

the light is not turned on due to the fault of the LED. Set this area after inserting

the largest nozzle.

The only difference between Nozzle Offset Teaching and Nozzle Count Teaching

is the position of the test box.

1) If the Offset X and Y cells are clicked, the <Test> button is activated. At this

time click the <Test> button.

2) When clicking the <Test> button, the test box is the bright area (LED) on the