XP-142E System Reference-SYS-XP142-2.0E.pdf.pdf - 第159页

Main Mark No. Specifies the mark number which serves as the main reference for the part to be placed. (1 ~ 255) Sub-Mark No. Specifies the mark number which serves as the sub-reference for the part to be placed. (1 ~ 255…

Setting Item Explanations

Selection area (sequence No.)

Display the sequence number.

Board No. (0 ~ 255)

This is the ID number of each board in cases where a single panel (PCB) contains a

number of same-pattern boards. This item should be set to “0” when producing panels

which do not contain multiple boards. When producing a multi-board panel, the

necessary sequence data is created in one of the following ways:

• A board No. of “1” is specified for a given board, and the sequence data is entered

manually for that board only. The machine then subjects this data to expander

processing to automatically generate the sequence data for the number of boards

being produced.

• The board Nos. and sequence data for all the boards are entered manually.

Sequence Type

Select the sequence type from the following.

B: Board skip mark reading sequence

D: Placement sequence

F: Fiducial mark reading sequence

X-coordinate

Enter the panel’s X-direction coordinate.

If a coordinate is entered relative to a reference point other than the Fuji program’s origin

point (-5 mm in X-direction, or 5 mm in Y-direction, measured from panel’s bottom right

corner), an X-offset value must be entered in the panel data as an “origin offset X”

setting. (-650.00 mm ~ 650.00 mm)

Y-coordinate

Enter the panel’s Y-direction coordinate.

If a coordinate is entered relative to a reference point other than the Fuji program’s origin

point (-5 mm in X-direction, or 5 mm in Y-direction, measured from panel’s bottom right

corner), an Y-offset value must be entered in the panel data as an “origin offset Y”

setting. (-650.00 mm ~ 650.00 mm)

Angle

Enter the angle of the part to be placed. Use the part angle viewed when editing the part,

as a reference.

Stage No.

Each of the machine sides where MFU part supply units are set is referred to as a

“stage”. On XP series machines, the front side is “stage 1”, and the rear side is “stage 2”.

Enter stage numbers which correspond to the sides where parts are being supplied.

(1, 2)

Slot No.

Slots are defined as the location of tape feeders loaded on the part supply units.

Enter a slot no. in which a part can be loaded. (1 ~ 50)

Mark No.

Specifies the mark number. Any number may be entered, provided that it does not

duplicate an existing number. Mark numbers can only be specified at the mark reading

sequence. (1 ~ 255)

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Edition 2.0 3-3-3 XP-142E System Reference

Main Mark No.

Specifies the mark number which serves as the main reference for the part to be placed.

(1 ~ 255)

Sub-Mark No.

Specifies the mark number which serves as the sub-reference for the part to be placed.

(1 ~ 255)

Mark Name

Enter the name of the mark to be read. Be sure and enter the mark name when multiple

mark types exist. Valid only at the mark reading sequence. (Max. 23 characters)

Board Skip

Set this item to “1” when no parts are to be placed on a given board.

0: Not skipped 1: Execute board skip

Feeder Skip

Set this item to “1” when no parts are to be placed from a given feeder. When a feeder

skip is specified, all the relevant sequences are skipped if a skip is specified for any one

sequence at the slot in question.

0: Not skipped 1: Execute feeder skip

Sequence Skip

Select “1” when the sequence in question must be skipped.

0: Not skipped 1: Execute sequence skip

Transport Mode

With reference to the illustration below, select the axis motion desired when placing the

part. (Select a setting of “1” to decrease the chance of interference in placing sequences

where tall or large parts have been placed in advance.)

0: Arch motion 1: Gate motion

When "0" is input

When "1" is input

Part

Feeder

Camera

Panel

Feeder

Camera

Panel

Tall part

MCSX312Ec

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Edition 2.0 3-3-4 XP-142E System Reference

Terminate (Presently not supported)

In cases where part placement is occurring as shown in the illustration below, a 3216 part

placing error occurs, and the 3216 part cannot be placed if the SOIC part is placed first.

To avoid this problem, set the “Terminate” item of the SOIC placing sequence to “1”

(terminate sequence enabled) so that the SOIC part will not be placed until all other

placing sequences are completed.

As a result, even when an error occurs at the previous sequence, the part for the next

sequence will not be placed.

0: No terminate sequence 1: Execute terminate sequence

Place Before

Enter the comment for the placement sequence which is to occur later (max. 256

characters). If an error occurs at the 3216 part placement when placing parts as shown in

the illustration below, it will no longer be possible to place the 3216 part if the SOIC part

is placed first. Entering the SOIC sequence comment in this 3216 placement sequence

textbox ensures that the SOIC part will not be placed until after the 3216 part has been

placed.

Comment

Up to 256 characters can be used for the sequence comment input. In order to specify a

“Place Before” sequence comment, unique sequence comments must be specified for

each board. When a “Place Before” entry is made, there must be other parts with the

same sequence comment on that board.

Panel

SOIC

3216

MCSX313E

Panel

SOIC

3216

MCSX313E

Part 3 Chapter 3 Editor

Edition 2.0 3-3-5 XP-142E System Reference