SM-131-006.pdf - 第191页

Device Name Chip Mounter Block Name Page No. Unit Name Revision Model Item GXH-1 Chapter 9 Cutter Section 5. Belt Tension 5.1 Cutter Transfer Belt Tension 0406-001 9-6 Fig. I11 Cutter Transfer Belt Two cutter transfer be…

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Device
Name
Chip Mounter
Block Name
Page No.
Unit Name
Revision
Model ItemGXH-1
Chapter 9 Cutter Section
4. Location of Limit Sensors
4.1 Stroke between Limit Sensors
622±0.5 mm
4.2 Positions for Origin Adjustment
• The origin (+) must be adjusted on the motor mounting side.
• The origin (-) must be adjusted on the cutter replacement position (= Position for Origin
Adjustment).
1
Mechanical Stopper
-B6301(6302)
-B6302(6301)
622±0.5
1
Limit Photosensors
620
1
1
Origin Origin
Fig. I9 Location of Limit Sensors and Origins
Mechanical Stopper
Unit: mm
Cutter B
Cutter A Cutter C
Cutter D
Origin (+)Origin (-)
Motor
Origin (+)Origin (-)
Origin (-)Origin (+)
Origin (-)Origin (+)
Fig. I10 Positions for Origin Adjustment
-B6301
-B6302
0406-001
9-5
Device
Name
Chip Mounter
Block Name
Page No.
Unit Name
Revision
Model ItemGXH-1
Chapter 9 Cutter Section
5. Belt Tension
5.1 Cutter Transfer Belt Tension
0406-001
9-6
Fig. I11 Cutter Transfer Belt
Two cutter transfer belts are used on
the front and rear sides.
Cutter Transfer Belt
Width : 9 mm
Unit Mass : 0.25 g/cm
2
Span : 675 mm
Attachment Tension : 44 N
The adjusting jig in Fig. I12 is required
for the tension adjustment.
Fig. I12 Transfer Belt Tension Adjusting Jig
Fig. I14 Method of Suppression
Fig. I13 Use of the Transfer Belt Tension
Adjusting Jig on Rear Side
Device
Name
Chip Mounter
Block Name
Page No.
Unit Name
Revision
Model ItemGXH-1
Chapter 9 Cutter Section
5. Belt Tension
5.2 Driving Belt Tension
Fig. I15 Driving Belt
Tension Adjusting Bolt
Driving Belt
Width : 9 mm
Unit Mass : 0.25 g/cm
2
Span : 87.8 mm
Attachment Tension : 44 N
0406-001
9-7