M20_Ope_E - 第99页

Chapter 2 Creating and Editing a Program 2-55 Shortage Alarm When the remaining componen t count drops to the level set here, the shortage alarm signal will be output. APC The amount of deviation that is measured by visi…

Chapter 2 Creating and Editing a Program

2-54

2-7-2 Pickup Data

Menu: PickupData

In simple display mode, items “X”, “Y”, “Z”, “θ” and “Shortage Alarm” can be hidden.

Item:

Component code Enter the component code. (Linked to the placement & mark data and

component libraries)

Specify the pickup-point information for this component. If there are

component codes that have been registered, the desired component

code can be selected from the combo box that appears when a

right-click is made.

★Up to 38 characters can be entered.

X, Y, Z Offset If necessary, set the X, Y and Z offset values for the pickup coordinates

that are registered prior to shipment of the mounter. When teaching of

a pickup-point is performed and its coordinates are determined, the

offset values will be entered for these items automatically. (To do this,

locate the cursor on a pickup-point under [ST No.], and select Tool >

Teach or right-click on one of the offset cells.) To use this function,

entries in [Feed Style] and [ST No.] must be made in advance.

★Unit: 0.01mm

θ Offset Set the offset value for the θ pickup coordinates that are registered

prior to shipment of the mounter.

★Unit: 0.01°

Feed Style Right-click in a [Feed Style] cell. A pop-up menu will appear, so select

the feeder location (feeder style) from which components are to be

picked up. The feeder location can be selected from ST-F (front station),

ST-R (rear station), and CTF (changeable tray feeder).

ST No. If ST-F/R is selected for “Feed Style”, select the desired pickup-point

No. (ST No.) Feeder station Nos. are shown on the mounter: they are

numbered from No.1 to No. 36 from right to left when viewed from the

front side, and No.1 to No. 36 from left to right when viewed from the

rear side. CTF (changeable tray feeder) is selected, specify any number

(1 to 199) for distinguishing purposes, however, the same ST No.

cannot be used twice in the same program.

In the case of PS-MS3, nine different feeder names (PS-MS3-A to –I) are

available, however, the ST No. for which MS3 is set will be used for

each of those feeders.

9 kinds of feeder names from PS-MS3-A to PS-MS3-I can be set for the

PS-MS3 multi-stick feeder. However, different feeder names share the

same station number (where electrical contact between the feeder bank

and PS-MS3 is made).

Accordingly, 16 kinds of feeder names from MSF-01 to MSF-16 can be

set for the MSF-1 multi-stick feeder. However, different feeder names

share the same station number (where electrical contact between the

feeder bank and MSF-1 is made).

Feeder / Pallet If ST-F/R is selected for “Feed Style”, select the desired feeder name

from the combo box that appears when a right-click is made. (Linked

with feeder names registered in the feeder library.) If a feed style other

than ST-F/R is selected, select the desired pallet name from the combo

box that appears when a right-click is made. (Linked with pallet names

registered in the pallet library.) If you want to use a new pallet name,

enter it manually to create it in the pallet library. For multi-stick feeder

names, refer to “Feeder Library” in “4. Libraries”.

Packaging / Tray If ST-F/R is selected for “Feed Style”, select the desired packaging

name from the combo box that appears when a right-click is made.

(Linked with packaging names registered in the packaging library.)

If a feed style other than ST-F/R is selected, select the desired tray

name from the combo box that appears when a right-click is made.

(Linked with tray names registered in the tray library.)

If you want to use a new packaging/tray name, enter it manually to

create it in the packaging/tray library.

Availability Select “Available” or “Not Available”.

Chapter 2 Creating and Editing a Program

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Shortage Alarm When the remaining component count drops to the level set here, the

shortage alarm signal will be output.

APC The amount of deviation that is measured by vision process is applied

to the Pickup-point correction. Right-click in a [APC] cell to select

either “Enabled” or “Disabled”. The value of 7. Auto Pickup-point

Correction Interval and 8. Auto Pickup-point Correction Tolerance in

User Parameter>Parameters are used.

Optimization Select “Enabled” if the feeder set position (ST No.) can be changed by

optimization. If not, select “Disabled”. (Refer to 3. Optimization.)

Reject / Reuse Specify how the component that has caused an error is to be processed.

Select “Standard (Reject)”, “Specified Location” or “Reject Conveyor”

from the combo box that appears when a right-click is made.

Standard (Reject):

The component will be rejected into the front-side

reject tray if ST-F is selected in [Feed Style], or into the rear-side reject

tray if ST-R is selected. The component will be returned to the tray

from which it was picked up if a feed style other than ST-F and ST-R

(i.e. if any of MX-RT1, MX-ST2, MX-20, MXR(L) and MXR(R) is

selected).

Specified Location

: The component will be rejected into the location

(coordinates) specified in [Reject Location]. The reject location will be

linked with the location specified in the tab page displayed by selecting

System > User Parameter > Reject Location.

Reject Conveyor:

The component will be rejected onto the reject

conveyor attached to the station specified in [Reject Location]. The

reject location will be linked with the location specified in the tab page

displayed by selecting System > User Parameter > Reject Conveyor

Offset.

Note: The return-to-tray of the components picked up from CTF (changeable tray feeder) is performed

after component placement, if “Standard (Reject)” is selected, and after component pickup if

“Specified Location” or “Reject Conveyor” is selected.

Reject Location If “Specified Location” is selected in [Reject / Reuse], set the

component reject location No. (3 to 10) registered to the user

parameters.

If “Reject Conveyor” is selected in [Reject / Reuse], set the component

reject conveyor offset No. (1 to 10) registered to the user parameters.

Chapter 2 Creating and Editing a Program

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2-7-2-1 Automatic Feeder Link

When several pickup data share the same component code, same feeder, and same packaging,

they can be linked automatically. The link sequence is automatically optimized for minimizing the

head travel and for enabling simultaneous pickup.

Example:

No. Component Code -- Feed Style ST No.

Feeder Packaging

005 1608CHIP -- ST-F 10 PS-84 Kyokyu1

007 1608CHIP -- ST-F 16 PS-84 Kyokyu1

025 1608CHIP -- ST-R 23 PS-84 Kyokyu1

When pickup data of the PS-MS3 multi-stick feeder are entered as follows, they can be linked. In

use of PS-MS3, different feeder names (PS-MS3-A, -B, ...-I for each attachment position) share the

same station number (where electrical contact between the feeder bank and PS-MS3 is made).

Example:

No. Component Code -- Feed Style ST No.

Feeder Packaging

005 SOP-16 -- ST-F 16 PS-MS3-A Kyokyu2

006 SOP-16 -- ST-F 16 PS-MS3-C Kyokyu2

007 SOP-16 -- ST-F 16 PS-MS3-E Kyokyu2

Accordingly, when pickup data of the MSF-1 multi-stick feeder are entered as follows, they can be

linked. In use of MSF-1, different feeder names (MSF-01, -02, ...-16 for each attachment position)

share the same station number (where electrical contact between the feeder bank and MSF-1 is

made).

Example:

No. Component Code -- Feed Style ST No.

Feeder Packaging

005 SOP-16 -- ST-F 16 MSF-02 Kyokyu2

006 SOP-16 -- ST-F 16 MSF-04 Kyokyu2

007 SOP-16 -- ST-F 16 MSF-06 Kyokyu2

For information about link of trays, see Chapter 5.

Link: When a currently used feeder is emptied, link allows the head to move automatically to a spare feeder for

components. This can eliminate machine down time due to changeover.