RS-1_instruction manual.pdf - 第1051页

Gl oss ary A − 5  Ext en sion Extens ion m eans the f orm at of a f ile. W hen a fi le i s nam ed, the f i le nam e c omes af ter the dir ec tor y, a nd f urther f oll ow s an extens io n. Inc ide nt all y, eac h m ac h…

Glossary

A−4

 Coordinate

Coordinates express the relation of X and Y to the origin, and for the mounter, the left-hand

direction viewed from the origin is −X, and the right-hand direction is +X, and the upward (rear)

direction viewed from the origin is +Y, and the downward (front) direction is −Y, both on control

and on data.

"On control" means that how the machine moves when we move the machine. For teaching

by OCC, for example, the 8-direction arrow buttons +X+Y on the teaching screen are used to

move the OCC to the upper right edge after putting the OCC at the lower left edge of PWB in

the PWB set status. The relation of +Y−Y is reversed for those machines in which the Y-axis of

PWB moves, such as KD-775 (dispenser).

"On data", it depends on the position at which the PWB origin (circuit origin) during program

preparation is to be placed.

For example, if we place the PWB origin (circuit origin) at the left bottom of the PWB edge, the

development of the BOC mark, placement position will be positive development both for X, Y.

On the contrary, if we place the origin at the right top of the PWB, all X, Y will be negative

development on data.

 Current memory

Current memory is the memory that is available at present. In a mounter, two or more files

cannot be opened simultaneously, and it has only one current memory.

 Data compatibility

Data compatibility means that a production program prepared by Machine A, for example, can

be read by Machine B. The RS-1/1R has “data compatibility with the host” (A program created

by an existing model can be read by RS-1/1R) for the existing KE series and KD series.

Conversely, the data created by RS-1/1R cannot be read (compatibility with the lower order) by

the existing KE series and KD series.

 Directory

A directory indicates the address in which a file is stored, and directories are divided into two.

First, [A] and [D] that is placed at the top of directory is called a root directory.

A root directory indicates the very root or the source, and if a root directory is [A], for example,

you can recognize it to be the FDD, and if it is [C], you can recognize it to be the HDD.

In RS-1/1R, the directories such as [Data] and [Prg] are provided in advance. To put it shortly,

a directory indicates the “address” of a file, and if we open [Read file] etc., for example, we will

see [D:¥ PRG] etc. in the directory list. Seeing this, we will understand that it is on the hard

disk because the root directory is D. Next, when we see :¥PRG, we can see what files are

stored in this dwelling place, or this directory. A number of branches are found in the same

hard disk, like this, allowing easy file management and distinction by applications. In addition,

the users can create

 EPU

An abbreviation for External Programming Unit.

production program is input on a personal computer, and it is used by the equipment main unit

via a USB.

RS-1/1R is not supported.

Glossary

A−5

 Extension

Extension means the format of a file. When a file is named, the file name comes after the

directory, and further follows an extension. Incidentally, each machine will add an extension

as follows:

D：￥○○￥○○￥

directory

AAEＪＵＫＩＤＡＴＡE

file name

AA Es01xE

extension

 Feed

Feed means a feed of tape components and stick components.

 Feeder (and similar units)

A unit that supplies electronic components to be mounted on a printed wiring board.

 Feeder bank

Feeder bank is a bench on which a feeder is mounted. Other optional IC collection belt and

others are attached to this bench for use.

 Head (unit)

A unit that takes out an electronic component from the component supply section and place it

on a printed wiring board.

 HMS

An abbreviation for Height Measurement System. Equipment to measure the component

picking height of.

 I/O safety direction setting

A series of processing including returning nozzles to the ATC, clamping and releasing the PWB,

moving the Z-axis to the safety height, etc. This function should be preferably executed

except the case in which interference occurs with other unit if the head moves even a little.

 IC mark

A positioning mark provided in the vicinity of mat of those components that need high accuracy

of placement, such as fine-pitch QFP. It is also called a local fiducial mark.

 IFS-NX

Aa abbreviation for Intelligent Feeder System.

This is a software system that prevents a component from being placed at a wrong position

with a mounter and/or controls the traceability function. This system can control up to 70 (10

when a production program created with the IS is used to perform setup operation) devices.

●JaNets

Abbreviation of JUKI advanced network system.

Software system that manages production lines, prepares programs, and compiles data. Up to

10 devices can be controlled.

Glossary

A−6

 Land

Also called a pad. This is a base for soldering provided on a PWB to facilitate attachment of

the lead or electrode.

 Lead

A conductor attached to the edge of a component. To mount a component, this part is

soldered and bonded to the PWB.

 Machine coordinate origin

The OCC recognizes the first mark being a common mark. After the recognition, the OCC of

LF/RF moves to the left front section of each station as viewed from the front side of the

machine. and the OCC of LR/RR moves to the right rear section of each station as viewed from

the front side of the machine.

With this, the return-to-home operation is finished. The OCC position of LF/RF at this time is

the origin on the coordinates. That is, the position of (X=0, Y=0), based on which development

will be made to each coordinate.

At the return-to-home operation, the OCC recognizes the first mark being a common mark,

where the distance from origin to the first mark has been defined on the software, and thus we

can find how the first mark is slipped from the design dimension compared with that distance.

At this moment, an offset is caused from the difference between the slippage of the X, Y marks

and the design dimension, and it returns to the post-correction coordinate origin. This position

will be the accurate coordinate origin.

 Mounter

A surface-mounting component placing machine. This is a machine that places electronic

components at the given position on a printed wiring board.

 MTC

Abbreviation of Matrix Tray Changer

This is a device that supplies a main unit of an RS-1/1R with components from a tray. A head

inside of the MTC pick up a component from a tray, and then places it on a unit referred to as a

shuttle. The shuttle picks up a component from the bottom side with vacuum, and then moves

it into the main unit of the RS-1/1R (referred to as “the machine” hereinafter). A head of the

machine picks up the component from the shuttle, and then places it on a board.

Two types of MTCs are provided, TR6D and TR6S. The TR6D/6S is supposed to be installed

on the right side of the machine. When the same type of components are set on both of the

upper and lower racks of the TR6D, Non-stop operation (that is, when components run out on

the lower rack, components are supplied from the upper rack while you can supply the lower

rack with components) becomes available.

 MTS

An abbreviation for Matrix Tray Server.

This is a feeder unit for tray components. The tray is pulled out into the unit and the head of

the unit picks and places each component directly.

A TR8SR can be attached on the same bank together with other types of tape feeders (up to 20

8-mm tape feeders).