1OM-1064-002.pdf - 第39页
2. Specifications 9910-001 1-9 Tg0246-PM-OP 16. N um be r o f Installable Feeders (1) Tape Feeders Max. 76 feeders (when only 8 mm tape feeders are used) (Max. 38 feeders when only 12 mm tape feeders are used) (Max. 36 f…
2. Specifications
0004-002 1-8 Tg0246-PM-OP
15. Applicable
Components
(1) Applicable Components
Size : 1.0 × 0.5 to 55 × 55 (150 × 26) mm
Thickness : Max. 25.4 mm
Lead Pitch : 0.3 mm or more
Ball Size : φ 0.19 mm or more
Ball Pitch : 0.27 mm or more
Connector : Max. 150 × 26 mm
Note :
Some components cannot be used due to the mechanical characteristics
and shapes, etc.
Consult our sales personnel for details.
Applicable Components
•
Square Components
Resistors, Laminated Capacitors, Coils,
Chip Ceramic Filters, Other similar-shaped components
•
Leaded Components
Mini-Mold Transistors, Mini-Power Transistors, Filters, LEDs,
Diodes, Coils,
Other similar-shaped components
•
Deform Components
Tantalum Capacitors, Semi-Fixed Potentiometers, Aluminum Electrolytic
Capacitors, Trimmer Capacitors, Other similar-shaped components
•
Cylindrical Components
Resistors, Capacitors, Diodes,
Other similar-shaped components
•
ICs
Mini-Flat ICs, Plastic Chip Carrier with Leads,
Other similar-shaped components
•
Others
BGA, CSP, FC, Other similar-shaped components
(2)
Packaged Posture Standards
Tapes and Reels : JIS/EIAJ or its equivalent
•
Paper Tapes (Width : 8 mm)
•
Embossed Tapes (Width : 8 to 72 mm)
•
Adhesive Tapes (Width : 32 mm)
Reel Outer Diameter : φ 382 mm or less
Stick Feeder : 3.5 to 16 × 14 to 33 × 270 to 600 mm
Tray Feeder : 100 to 230 × 100 to 360 mm
Note :
Some taping sizes are limited. Some taped components, stick
components, or tray components cannot be used due to the mechanical
characteristics. Consult our sales personnel for details.
2. Specifications
9910-001 1-9 Tg0246-PM-OP
16. Number of
Installable Feeders
(1) Tape Feeders
Max. 76 feeders (when only 8 mm tape feeders are used)
(Max. 38 feeders when only 12 mm tape feeders are used)
(Max. 36 feeders when only 16 mm tape feeders are used)
(Max. 36 feeders when only 24 mm tape feeders are used)
(Max. 24 feeders when only 32 mm tape feeders are used)
(Max. 18 feeders when only 32 mm adhesive tape feeders are used)
(Max. 16 feeders when only 44 mm tape feeders are used)
(Max. 12 feeders when only 56 mm tape feeders are used)
(Max. 12 feeders when only 72 mm tape feeders are used)
(2) Stick Feeders (Vibratory)
Max. 12 feeders
(when only vibratory stick feeders are used)
(3) Tray Feeders
Max. 2 feeders (Up to 360 types can be used)
Ref. : Tray feeders do not give any effect to the number of installable tape
and stick feeders.
Note : The number of installable feeders varies according to the combination
of tape and stick feeders. Consult our sales personnel for details.
17. Placement Heads Equipped with 4 DD (Direct-Drive Motor) Heads (2 beams)
18. Number of
Stocked Vacuum
Nozzles
Up to 20 nozzles can be attached. (Standard)
Up to 40 nozzles can be attached. (Option)
When the machine is provided with the lead coplanarity detection function
(option), up to 30 nozzles can be attached.
1 Type/DD Head
(Selected automatically according to the components being used)
19. Control System Numerical Control by Microcomputer
20. Pattern Program
Data Code
ASCII Code
21. Pattern Program
Memory Capacity
Maximum Number of Steps : 5,000 steps/model
Maximum Memorized Number of Steps : 7,600 steps
Maximum Memorized Number of Models : 24 models
Note : The occupied capacity is determined according to the interrelation of
the above-described conditions.
22. Pattern Program
Data Saving
Built-In Backup RAM
Pattern program data can be saved in the data storage device of the
programming device (option).
23. Pattern Program
Data Editing and
Input
Pattern program data editing is possible through touch screen key operations
of the monitor for operation or using the programming device (option).
Pattern program data can be entered through serial data transfer from the data
storage device of the programming device.
24. Pattern Program
and Management
Data Output
Data can be displayed on the monitor for operation, printed out from the
printer (option), and transferred to the data storage device of the programming
device.
2. Specifications
9910-001 1-10 Tg0246-PM-OP
Camera for Extra Large Visual Field
Front Lighting Recognition
2.0 × 1.2 to 46 × 46 mm
Batch
Back Lighting Recognition
2.0 × 1.2 to 36 × 36 mm
Divided
Front Lighting Recognition Max. 55 × 55 mm
Note
Minimum Lead Pitch : 0.5 mm
Minimum Ball Diameter : φ 0.5 mm
Minimum Ball Pitch : 0.7 mm
Camera for Large Visual Field
Front Lighting Recognition
2.0 × 1.2 to 46 × 34 mm
Batch
Back Lighting Recognition
2.0 × 1.2 to 36 × 35 mm
Divided
Front Lighting Recognition Max. 55 × 55 mm
Note
Minimum Lead Pitch : 0.4 mm
Minimum Ball Diameter : φ 0.4 mm
Minimum Ball Pitch : 0.55 mm
Camera for Small Visual Field
Front Lighting Recognition
1.0 × 0.5 to 23 × 15 mm
Batch
Back Lighting Recognition
1.0 × 0.5 to 23 × 15 mm
Divided
Front Lighting Recognition Max. 55 × 55 mm
Minimum Lead Pitch : 0.3 mm
Minimum Ball Diameter : φ 0.19 mm
Minimum Ball Pitch : 0.27 mm
Applicable
Component Sizes
Note : In the case of the connector , this recognition can
be applied to Max. 150 × 26 mm.
Ref. : Two types of cameras (four cameras in total) can
be installed on Beams A and B.
Photoimage Front Lighting System
(Direct Recognition of Component by Front Lighting)
Back Lighting System
(Recognition by Component Silhouette)
25. Component
Recognition
Notes : (a) The cameras are automatically selected according to the shape
and size of a component.
(b) The cameras (option) are to be selected by the customer. As a
standard combination of cameras, four large view cameras are
recommended. Consult our sales personnel for details.
Visual Field Approx. 16 × 12 mm
Ref. : One camera is installed on Beam A and the other
on Beam B.
Window Size 1.0 × 1.0 to 5.0 × 5.0 mm
Recognition
(Processing) Time
Approx. 0.15 second/mark
(including the reading time of the image)
Photoimage Front Lighting System
(Recognition of Fiducial Mark by Front Lighting)
(“Normal” or “Reverse” can be selected for each mark.)
26. P.E.C.
Recognition
Notes : (a) The above recognition time will be obtained when the window
size is “3 × 3 mm” and a fiducial mark size is “φ 1.0 mm”. The
recognition time changes according to the window size, a fiducial
mark size, etc.
(b) Time of X/Y beam movement is included in the actually
measured recognition time.