FUJI NXT Programming Manual QD004-18.pdf - 第128页
4. Part Data Settings QD004-18 118 NXT Programming Manual Note: The vision types in parentheses use the part cen ter. 151 (156) Black connectors placed using mechanical chuck 152 (157) Black bodied connectors Supports mu…
QD004-18 4. Part Data Settings
NXT Programming Manual 117
4.6.2 NXT vision types
This section provides a list of the vision types for the NXT and an explanation of the
processing method used for each type. It is possible to use older vision types for other Fuji
machines in some cases. When making part data, if the parts are to be shared between
the NXT and other Fuji machines, use the old vision types in the “generic” section and enter
overrides for the NXT vision type when necessary. Refer to 4.7 "Compatibility with Existing
Part Data" for details.
Select the appropriate vision type from the following list of algorithms.
Vision
Type
Part Types Note
18 MPA (uses VPDplus) Supported V3.55 and
later.
19 MPA (uses VPDplus) With lead checks,
supported V3.90 and
later.
60 Rectangular chips
61 Tantalum spragues
62 Resistor networks, MELFs
63 Tantalum spragues Polarity check
performed
65 Aluminum electrolytic capacitors
66 Rectangular chips (skewed pickup check
function)
70 (75) Power transistors
71 Trimmer resisters, trimmer capacitors
72 HEMT Supplied at 0 degrees
73 HEMT Supplied at 45 degrees
74 Trimmer resisters, trimmer capacitors Polarity check
performed
80 Round shaped parts (no polarity)
123 (128) IC-type leaded parts Supports multiframe
124 (129) J-leaded parts
140 (145) Flip-chips
142 (147) Black bodied parts with irregular bump
patterns
Supports multiframe
143 (148) CCGA parts Supports multiframe
144 (149) LGA parts Supports multiframe
4. Part Data Settings QD004-18
118 NXT Programming Manual
Note: The vision types in parentheses use the part center.
151 (156) Black connectors placed using mechanical
chuck
152 (157) Black bodied connectors Supports multiframe
153 (158) White bodied connectors Supports multiframe
160 (165) Body detection (frontlight)
170 Mechanical chuck part existence check
180 (185) Tantulams, condensers, SOT-type parts Up to 6 leads.
Supports multiframe
181 Coil parts 2 Leads at 45 degrees
230 (235) Black bodied BGAs Supports multiframe
231 (236) White bodied BGAs Supports multiframe
233 (238) Black bodied CSPs
234 (239) White bodied CSPs
240 MPA (uses VPDplus) From NXT V3.00
Supports multiframe
241 Insertion pin inspection (uses VPDplus) Inspects part shape
and pins
Supports multiframe
242 Insertion pin inspection (uses VPDplus) Inspects part shape
and pins
Supports multiframe
243 Insertion pin inspection Inspects pins
Supports multiframe
251 Segmented parts inspection
252 White bodied parts Supports multiframe
Vision
Type
Part Types Note
QD004-18 4. Part Data Settings
NXT Programming Manual 119
Vision type number details
The following section provides an explanation of the processing method for each vision
type.
Vision Type 18 MPA (Multi-Purpose Algorithm)
Vision Type 19 MPA (Multi-Purpose Algorithm) with lead checks
Use this vision type for irregularly shaped parts for which other vision types cannot be used.
Use VPDplus to create the vision data.
Vision Type 60 Rectangular Chips
Enter the body size in part data. There is no need to enter element information. The
reference point for the part is the part center.
Vision Type 61 Tantalum Spragues
Vision Type 63 Tantalum Spragues (polarity check performed)
Enter the body size in part data. There is no need to enter element information. The
projection of the tantalum sprague must be included in the body size. The reference point
for the part is the part center. To perform a polarity check, the supply direction must be
correctly specified in part data.
Rectangular chip
Body size X
Direction 0 deg
90 deg
Supply direction
Body size
Y
Tantalum sprague
Direction 0 deg 90 deg 180 deg 270 deg
Body size X
Body
size Y
Supply direction