YV180X_Ope_E.pdf - 第238页
6 -3 EPD8013110 Operation Chapter 6 6 Using various functions 1. Over view This chapter describes con venient functions for creating data more eff i- ciently . Read this chapter after you hav e obtained a suff icient und…
Chapter 6
Using various functions
1. Overview 6-3
2. Using the block repeat function 6-4
2.1 Creating the block repeat data .................................................................... 6-5
2.2 Block conversion ....................................................................................... 6-9
2.2.1 Executing the block conversion 6-10
2.2.2 Reconverting to the block repeat data 6-12
3. Creating the user database 6-14
3.1 Copying from the component or mark information ................................... 6-15
3.2 Copying from the YAMAHA database ....................................................... 6-17
4. Static component information 6-20
4.1 Registering the static component information ...........................................6-21
4.2 Static component matching ......................................................................6-22
5. Using the fiducial functions 6-24
5.1 PCB fiducial and block fiducial functions .................................................6-25
5.2 Local fiducial functions ............................................................................ 6-27
5.2.1 Point fiducial and local fiducial functions 6-29
5.2.2 4-point fiducial 6-32
6. Using the badmark functions 6-36
6.1 PCB badmark and block badmark ............................................................ 6-37
6.1.1 Operation flow 6-38
6.1.2 Registering the badmark information 6-39
6.2 Local badmark ......................................................................................... 6-40
6.3 Creating the badmark information ............................................................6-43
7. Self production control 6-47
8. Alternative component function 6-51
8.1 Multiplying the component data .............................................................. 6-52
8.2 Optimizing the feeder set positions .......................................................... 6-54
8.3 Alternative component number ................................................................6-55
8.4 Component switching flow ...................................................................... 6-56
9. Pattern matching 6-57
9.1 Pattern registration ................................................................................... 6-58
9.2 Using the pattern matching data ............................................................... 6-65
Chapter 6 explains useful functions that allow you to create or edit
data more efficiently.
6
-3
EPD8013110
Operation
Chapter 6
6
Using various functions
1. Overview
This chapter describes convenient functions for creating data more effi-
ciently. Read this chapter after you have obtained a sufficient understand-
ing of basic operations described in Chapters 4 and 5. The functions shaded
below are explained in this chapter.
Various useful functions
23601-C0-00
2/DATA/M PCB Info.
Component Info.
Mark Info.
Blk Repeat Info.
Local Fidu.Info.
LocalBadMrkInfo.
PCB Fiducial
BLOCK Fiducial
PCB Badmark
BLOCK Badmark
FixComRef.
Alt.Cmp
BadMrk
Mark for self production
Pattern matching
Point fiducial
Local fiducial
4-point fiducial
Local Badmark
Self production function
BLOCK CONVERSION
BACK TO BLOCK DATA
COMPONENT DATABASE
MARK DATABASE
1/EDIT_DATA
2/DATA_GENERATOR
3/DATABASE
6
-4
EPD8013110
Operation
Chapter 6
6
Using various functions
2. Using the block repeat function
A multi-block PCB is a printed circuit board consisting of two or more
independent printed circuits of the same type. Each printed circuit on a
multi-block PCB is called a “block”. The block repeat function allows the
machine to repeat the same mounting operation in each block on a PCB,
based on the reference block data. This function therefore greatly saves the
time required for creating data on multi-block PCBs.
Block repeat function
23602-C0-00
With the block
repeat function, you
can create or change
the data on an entire multi-
block PCB, by simply
creating or editing the
reference block data.
Block
Multi-block PCB