HS50_advance_level 1_20200522_221201 (1) - 第203页

Studen t Guide HS-50 A dvanced I 06/200 2 Edition 6 Operat ing the S ITE ST S o ftware 19 6.4. 3.1 P osit ions of t the PCB Reference Corne r

06/2002 Edition Student Guide HS-50 Advanced I

6 Operating the SITEST Software

6.4.3 Gantry‘s Calibration Functions

Upon each actuation of the button, the active gantry is advanced by

one increment of the selected step size in positive y-direction.

Upon each actuation of the button, the active gantry is advanced by

one increment of the selected step size in positive x-direction.

Upon each actuation of the button, the active gantry is advanced by

one increment of the selected step size in negative x-direction.

Upon each actuation of the button, the active gantry is advanced by

one increment of the selected step size in negative y-direction.

Call-up of the gantry functions.

Call-up of the display of the

gantry axis functions.

Call-up of the display of the

gantry's calibration functions.

Call-up of the display of the

gantry's PCB mapping

functions.

Call-up of the display of the

gantry's PCB camera

functions.

Return to the main view.

Park position [mm]

X/Y

Indicates the x/y-position

of the gantry's park

position.

Approach

Moves the gantry to the

Park position.

Calibration tool position 1 [mm]

X/Y

Indicates the calibration tool's x/y-position

determined by calibration as well as the previous

x-position (in parentheses).

Approach

Moves the gantry with the PCB camera mounted

to it over the calibration tool position and

switches the screen display to the PCB camera

for verification purposes. The calibration tool

must be visible in the camera's field of view.

Calibrate

Determines the x and y-positions of the

calibration tool.

Machine zero point: Zero Point Correction

[Digit]

X/Y

Indicates the zero point correction determined

by calibration as well as the previous zero point

correction (in parentheses) in x/y-direction.

Approach

Moves the gantry with the PCB camera mounted

to it over the measuring hole for the machine

zero point and switches the screen display to the

PCB camera for verification purposes. The

machine zero point must be visible in the

camera's field of view.

Calibrate

Opens the Teach dialog window for approaching

the position of the machine zero point.

Subsequently, the zero point correction of the x-

and y-axes is determined within the scope of the

calibration procedure.

Step

The desired step size for

traversing the gantry can be

activated in a given resolution.

PCB camera

Switches the

screen display to

the PCB camera.

Selects gantry 1-4.

PCB reference corner position 1 right/left [mm]

X/Y

Indicates the x/y-position of the PCB reference corner

determined during teaching as well as the previous x-

position of the PCB reference corner (in parentheses).

Approach

Checks the position of the PCB reference corner

right.Moves the active gantry with the PCB camera

mounted to it over the PCB reference corner and

switches the screen display to the PCB camera for

verification purposes.The position of the PCB reference

corner must be visible in the camera's field of view.

X-pos.

Indicates the applicable

gantry's x-position

approached during teaching.

Y-pos.

Indicates the applicable

gantry's y-position

approached during teaching.

The Teach function for PCB

reference corners is not available

in the long PCB with additional

stopper transport mode.

Student Guide HS-50 Advanced I 06/2002 Edition

6 Operating the SITEST Software

6.4.3.1 Positions oft the PCB Reference Corner

06/2002 Edition Student Guide HS-50 Advanced I

6 Operating the SITEST Software

6.4.4 Gantry‘s PCB Mapping Functions

Call-up of the gantry functions.

Call-up of the display of the

gantry axis functions.

Call-up of the display of the

gantry's calibration functions.

Call-up of the display of the

gantry's PCB mapping

functions.

Call-up of the display of the

gantry's PCB camera

functions.

Return to the main view.

PCB Mapping

Conveyor 1/2

Activates conveyor track 1/2 of the dual

conveyor .

No. of mapping plate (at the bottom of the

mapping plate)

Display and input of the current number of

the mapping plate which can be found at

the bottom of the mapping plate.

High resolution

Changes the resolution used for

determining the data during the mapping

run. When making your selection please

take into account whether the machine

was configured in the single conveyor or

dual conveyor mode.

Start

The active gantry starts the mapping run

on the selected conveyor track and

automatically saves the data determined

after the mapping run has been

completed successfully.

The values x-ind, y-ind,

xs[µm], ys[µm], xd[µm] and

yd[µm] describe the offset

of the mapping plate after

the mapping run.

Selects gantry 1-4.

Check run

Approaches the mapping

positions for checking purposes.

The values xs[µm], ys[µm],

xd[µm] and yd[µm] describe the

setpoint positions calculated

during the mapping check.