CP643规格书.pdf - 第15页

– 12 – CP-643E/643ME Specifications Edition 3.0 7. V ision System 7.1 T wo-Camera Unit (Parts Recognition) The CP-643E/643ME is equipped with two cameras, each camera being used to process different parts. A high resolut…

100%1 / 33
6. Parts Supply System
6.1 Parts Supply Table (D-axis)
(1) Types of parts CP-643E: 140 types (using two tables each loaded
with seventy 8 mm feeders)
CP-643ME: 100 types (using two tables each loaded
with fifty 8 mm feeders)
(2) Mountable parts Parts that comply with the packaging, feed pitch and
part height requirements as outlined in section 3.1,
“Performance Specifications”.
(3) Table drive method 2 motor/2 independent drive mechanisms
(4) Device table operating modes Select from the following 3 modes:
• Device Change Mode
• Changeover Mode
• Joint Mode
Note: As the two D-axis tables are controlled independently on this machine, both tables
cannot be completely joined when the machine is operated in the joint mode. Due to the
safety gap of approximately 150 mm between the two tables, there will be a delay of
approximately 0.5 seconds when the machine switches from Device #70 to Device #71
(CP643ME: #50 to #51).
(5) Feeder Pitch
Note: The terms "left side" and "right side" refer to the feeder
mounting positions when viewed from the rear of the machine.
(6) Feeder Types (which can be placed at the ends of the device tables)
W8
W12
W16
W24
W32
W8
1P
2P
2P
2P
2P
W12
2P
2P
2P
2P
3P
W16
2P
2P
2P
2P
3P
W24
2P
2P
2P
3P
3P
W32
2P
3P
3P
3P
3P
Left side
Right side
– 11 –
CP-643E/643ME Specifications
Edition 3.0
– 12 –
CP-643E/643ME Specifications
Edition 3.0
7. Vision System
7.1 Two-Camera Unit (Parts Recognition)
The CP-643E/643ME is equipped with two cameras, each camera being used to process
different parts. A high resolution narrow view camera is used to acquire images of small
components such as 0603s (in. 0201s), 1005s (in. 0402s) and super small SOTs, and a wide
view camera is used for components such as SOICs, PLCCs and CSPs. In addition, the
ability to change between backlighting or frontlighting enhances the unit’s capability to
obtain a sharp outline of a part, or identify parts such as PLCCs by their J-leads.
Notes: Specify the camera type, narrow or wide view, in part data.
If a part larger than 3.2 x 1.6 mm is inspected using the narrow view camera, the
placing cycle time may be lengthened. The narrow view camera is intended for
inspecting small components at high resolution.
If a part smaller than 3.2 x 1.6 mm is inspected using the wide view camera, the placing
accuracy may be adversely affected. The wide view camera is designed for large
components from 3.2 x 1.6 mm size parts to SQFP 48 pin parts.
7.2 Camera Types
Refer to the table below for an overview of the different camera types and the
corresponding lighting methods.
7.3 Supported CSPs
* If incorrect orientation is detected, a vision error is issued and the part is rejected. This
function can be used on the condition that all bumps are registered in the part data and
the bump detection rate is set to 100%.
Notes: Detection of missing bumps does not include flattened or deformed bumps.
Parts with complicated bump arrays which require 17 lines or more of element data, can
be specified in F4G or FujiCam. Up to 16 lines of element data can be specified in
MCS2. (For matrix-type bump arrays, an unlimited number of rows and columns can
be described in just two lines in element data.)
The pitch of at least three bumps in each outer row must be aligned.
For information on parts that are not included, or parts whose size is increased by
package coating etc., contact Fuji.
Item
Max. size
Min. bump pitch
Min. bump dia.
Min. bump gap
Orientation check
Specifications
20 x 20 mm
0.5 mm
0.3 mm
0.2 mm
Possible *
Lighting
Backlight
Camera
Narrow
Applicable parts
0603 (in. 0201), 1005 (in. 0402), 1608 (in. 0603),
2125, 3216, SSMin, SMin, etc.
3216 to Max. 20 mm x 19 mm
Max. 20 x 20 mm (including CSPs)
Frontlight processing is limited to J-leaded and bump parts
Backlight
Frontlight
Wide
– 13 –
CP-643E/643ME Specifications
Edition 3.0