3OM-996-005.pdf - 第295页

*2 Camera X Theta [deg], Y Theta [deg] This is the offset data for angle difference between the camera X and Y axis and the scanning coordinates X and Y of the component recognition camera (Camera 1: high magnification).…

• Sheet Composition

*1 X/Y table X [mm] (Horizontal), Y [mm] (Vertical)

This is the offset data between the X/Y table origin and the positional

reference of the head’s component placement.

When the X/Y table is at its origin, the distance between the P.C.B.

origin and the positional reference (reference head position) for com-

ponent placement performed by a nozzle on the #1 head should be

set to adjust the data compared with the design values.

Fig. 3E14

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Head Placement Positional Reference

Rotary Turret

P.C.B.

P.C.B. Origin

(TCM-X210 TCM-X300)

P.C.B. Origin

(TCM-X110)

3.2 "Device Offset" Tab

*2 Camera X Theta [deg], Y Theta [deg]

This is the offset data for angle difference between the camera X

and Y axis and the scanning coordinates X and Y of the component

recognition camera (Camera 1: high magnification).

The parameters are computed using the jig nozzle.

Fig. 3E15

*3 Component pickup (Z) axis [mm]

This is the offset data for the origin position of the component pickup

Z axis (CZ).

A plus (+) value increases the downward movement of the

nozzle.

*4 Component placement (Z) axis [mm]

This is the offset data for the origin position of the component place-

ment Z axis (MZ).

A plus (+) value increases the downward movement of the

nozzle.

*5 P.C.B. transfer

Left [mm], Right [mm]

This is the offset data to adjust the feed limit at P.C.B. transfer.

This offset data is used for fine adjustment of the transfer

stroke.

*6 Master nozzle

H [mm], L-L [mm], L-X [mm], L-Y [mm]

Entered are the nozzle parameters that were measured using the

master nozzle.

H:Height (H Level)

L-L : Height (L Level)

L-X : X in L Level

L-Y : Y in L Level

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AIM01EDTP

3.2 "Device Offset" Tab

Note

*7 Feeder carriage connection

1-2 [mm], 2-3 [mm], 3-4 [mm]

This is the offset data used to adjust the space between the two

feeder carriages when connected.

Reserved Data

*8 Feeder carriage 1 X (Horizontal) [mm], Y (Vertical) [mm], L

(Height) [mm],

Feeder carriage 2 X (Horizontal) [mm], Y (Vertical) [mm], L

(Height) [mm],

Feeder carriage 3 X (Horizontal) [mm], Y (Vertical) [mm], L

(Height) [mm], and

Feeder carriage 4 X (Horizontal) [mm], Y (Vertical) [mm], L

(Height) [mm]

This is the offset data used to adjust the positional distances be-

tween the component pickup position and the feeder carriages.

X [mm] (Horizontal) : Horizontal Position Data

Y [mm] (Vertical) : Vertical Position Data

L [mm] (Height) : Pickup Height Position Data

Fig. 3E16

Plus parameters entered in these text boxes increase the

travel of the feeder carriages in the "Fdr. No." direction from

the component pickup position.

Fig. 3E17

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3.2 "Device Offset" Tab

Feeder Carriage #3

FDR. 301 at Origin

Pickup

Position

Feeder Carriage #2

FDR. 201 at Origin

Feeder Carriage #4

FDR. 401 at Origin

Feeder Carriage #1

FDR. 101 at Origin

#3 #2

Note