1OM-1064-002.pdf - 第187页

4. SEMI-AUTOMA TIC OPERA TION *5 [P .C.B. LOCA TION [MOVE]] Key When this key is selected and the [MOVE] button is pressed, the P .C.B. located on the P .C.B. positioning section can be re-positioned. *6 [FULL AUTO CONT …

4. SEMI-AUTOMATIC OPERATION

*10

4.3 Warm Start

When the [WARM START] key is pressed at the “SEMI-AUTOMATIC OP-

ERATION” display, the following display appears on the screen.

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Fig. 3.5

*1 LAST PLACED STEP DATA

Shown under this label is the step data related to the component which

was placed last on the P.C.B.

*2 NOT PLACED STEP #

Shown in the text box is the number of steps for which components are

not placed. ({{/XX)

{{ : Number of steps for which components are not placed (the num-

ber of steps for which components are to be placed after the warm

start operation)

XX : Total Number of Pattern Program Steps

*3 DEVICE ORIGIN

This indicates whether or not the devices are zeroed.

• Label Color Coding

Devices at Origins: Green

Devices Not at Origins: Light Red

*4 [P.C.B. LOCATION] Key

This display section indicates how the P.C.B. is positioned.

When a P.C.B. is correctly positioned, this key turns green.

When there is no P.C.B. or a P.C.B. is not positioned correctly, this key

turns light red.

When the [P.C.B. LOCATION] key is pressed, the “MANUAL TRANS-

FER OPERATION” display appears on the screen.

Refer to “8. Manual Transfer Operation of Section 4” for details.

When *3 and *4 are green, it indicates that the P.C.B. positioning opera-

tion is set ready.

4. SEMI-AUTOMATIC OPERATION

*5 [P.C.B. LOCATION [MOVE]] Key

When this key is selected and the [MOVE] button is pressed, the P.C.B.

located on the P.C.B. positioning section can be re-positioned.

*6 [FULL AUTO CONT [START]] Key

When this key is selected and the [START] button on the operation panel

is pressed, the warm start function is activated.

Ref.: The “AUTO OPN MODE (PLACEMENT)” display appears after

the warm start function is activated.

*7 [FULL AUTO STEP [MOVE]] Key

When this key is selected and the [MOVE] button is pressed, the warm

start function is activated.

Ref.: The “AUTO OPN MODE (PLACEMENT)” display appears after

the warm start function is activated.

*8 [X/Y BEAM TO LAST PLACE. POS. [MOVE]] Key

When this key is selected and the [MOVE] button is pressed, the X/Y

beam moves such that the last placement step position is located at the

P.E.C. camera position, enabling to check how the last component is placed.

After the checking, zero the X/Y beam.

*9 [NOT PLACEMENT MODE] and [PLACEMENT MODE] Keys

[NOT PLACEMENT MODE] Key : Select this key when a component

is placed at the last placement step

position.

[PLACEMENT MODE] Key : Select this key when no component is

placed at the last placement step position.

Default: “NOT PLACEMENT MODE”

*10 [X/Y BEAM TO ORIGIN [MOVE]] Key

When this key is selected and the [MOVE] button on the operation panel

is pressed, the X/Y beam is moved back to its origin.

Ref. : When the warm start function starts, the “AUTO OPN MODE (PLACE-

MENT)” display appears on the screen and the machine starts placing

components on the P.C.B.

After components are placed, the subsequent P.C.B. is transferred and

the normal automatic operation starts.

Notes: (a) Component placement data is managed for each individual steps.

However, when no component missing data exists, the warm start

function cannot be activated.

(b) When the warm start function starts, the components picked up

by the nozzles are discarded into the component storage box.

(d) The P.E.C. recognition is re-performed.

(e) Before activating the warm start function, check that any

unrequired components, etc., are not scattered over the unfinished

P.C.B.

When the last component (component placed last) is placed up-

right or bent, remove it and select the [PLACEMENT MODE]

key *9 at the “WARM START” display to place a component at

the last placement step position.

(f) When the current pattern program data is changed with the “Warm

Start” function feasible, the computer system cannot be re-started

without actually turning the computer off and on.

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5. Operation Mode

• Basically parameters for operation mode are set in the current pattern pro-

gram data. When some of the parameters (feeder alternate cancel, etc.) must

be modified according to situational changes and the required menu key is

pressed at the “OPERATION MODE” display, the corresponding display

opens, enabling the alteration of parameters set in the data boxes labeled

such as “RECOVERY MODE” (reserved function), etc.

When the [OPERATION MODE] key is pressed at the “AUTO OPN. SUB-

MENU” display, the following display appears on the screen.

Fig. 3.6

*1 [AUTOMATIC FEEDER AXIS ADJ. MODE] Key

“ENABLE” or “DISABLE” can be set in the “AUTOMATIC FEEDER

AXIS SETTING (X) DIR.” and “AUTOMATIC FEEDER AXIS SETTING

(Y) DIR.” data boxes. The function to learn and follow up the feeder (B)

offset using statistical processing can be set to correct positional deviation

of component picks caused due to variations in feeders.

*2 [OVERALL TACT TIME REDUCTION] Key

This key enables the setting of upper limit of the overall tact time (covering

the operation speed of each device for coordination) specified in the com-

ponent library data.

*3 [RECOG MONITOR DISPLAY MODE] Key

When this key is pressed, the “RECOG MONITOR DISPLAY MODE”

display appears on the screen, enabling the selection of how to display the

results of recognition such as P.E.C. and component recognition functions.

*4 [P.E.C. MANUAL ALIGNMENT MODE] Key

When this key is pressed, the “P.E.C. MANUAL ALIGNMENT MODE”

display appears on the screen, enabling the designation of the manual align-

ment mode to cope with a P.E.C. recognition error.

*5 [ALTERNATE MODE] Key

When this key is pressed, the “ALTERNATE MODE” display appears on

the screen, enabling the operator to determine whether or not the alternate

feeder mode should be used.

*6 [COMP. MISSING CHECK MODE] Key

When this key is pressed, the “COMPONENT MISSING CHECK MODE”

display appears on the screen, enabling the operator to determine whether

or not the component missing check mode should be used.

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