SM411F_Service Manual.pdf - 第133页

Softwar e Module No Constant Name Classification Va l u e Unit Description 69 SYS_HEAD_V AC_METHOD Use 34 Const Add each value of the method related to the vacuum control. 1: Check the Open Level at each cycle. 2: Check …

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Software
Module
No
Constant Name Classification
Value
Unit Description
59
VIS_NZ_CHK_DISPLAY Use 0 const
0: Not displa
y
the dialo
g
box for the nozzle check b
y
the vision, 1:
Display it
Jog Box 40
System OPT_Z_CHK_AT_BANG_MODE Use 0 Const
Use Z Safety Check when performing XY movement in the Bang Bang
Mode of the JogBox.
0: Not Check, 1: Check
43
OPT_USE_VAC_PLATE Use 0 Const
0 : The vacuum plate function is not used. , 1 : Use the vacuum plate
function.
44
OPT_VAC_PLATE_CHK_DELAY Use 0 msec
Waitin
g
time until the check b
y
the Vacuum plate sensor after the PCB is
locked.
45
OPT_VAC_PLATE_OFF_DELAY Use 100
msec
Waiting time until the next movement after turnin
g
off the vacuum of the
vacuum plate.
60
OPT_VAC_DUMP_SAVER_TIME_O
UT
Use 300 sec
When the vacuum of the head is not used in the Idle mode, cut off the
vacuum pump after a given period of time.
66
OPT_PICK_VAC_CHK Use 1 Const
0:Not use the routine to check if the part is picked up or not when
picking the part.
1: Use the routine to check if the part is picked up or not when picking
the part.
67
System
OPT_VAC_CHK_MNT_LEVEL Use 30 mmHg
Reference vacuum to determine whether to pick up the part by using the
difference between the vacuum pressure just before the placement and
that for the recognition.
63
SYS_HEAD_VAC_DELAY Use 8 msec
Delay from the Z pulse ending to the creation of the vacuum Sol Off
signal.
64
SYS_HEAD_VAC_TIME Use 5 msec
The period of time from the time the vacuum Sol is turned off until the
vacuum is released.
65
SYS_HEAD_VAC_GEN_TIME Use 30 msec
The period of time from the time the vacuum Sol is turned off until the
vacuum is created.
66
SYS_HEAD_VAC_REL_TIME Use 30 msec
The period of time from the time the vacuum Sol is turned off
until release of the vacuum is stabilized.
Vacuum
67
Factory
SYS_HEAD_VAC_TIME2 Reserved 0 msec The time for minimum change when releasing the vacuum.
Software
Module
No
Constant Name Classification
Value
Unit Description
69
SYS_HEAD_VAC_METHOD Use 34 Const
Add each value of the method related to the vacuum control.
1: Check the Open Level at each cycle.
2: Check the Open Level whenever ANC is performed.
8: Check the Open Level only when performing the Vac Check (Pick
Check).
16: Check for the nozzle clogging at each cycle.
32: Check for the nozzle clogging each time a part is dumped.
71
SYS_Z_OFFSET_VAC Use 40 um
The difference between the actual value and the measurement value of
the Z-axis height when it is measured using the vacuum.
The difference of the value when inserting the CN040 in the nozzle-
holder.
74
PICK_TEACH_VAC_METHOD Reserved 0 Const
Set whether to compensate the hei
g
ht b
y
usin
g
the vacuum for the small
part when a retry (Pickup) error occurred. (1: Use , 0: Not Use)
75
PICK_TEACH_VAC_DIST Reserved 0 um
When usin
g
the pickup position compensation function usin
g
the
vacuum, the difference between the measured value and the
compensated value.
96
VAC_CLOSE_DETECT_ABS Use 600 mmHg
The absolute value for the criteria for the nozzle clogging (used for the Z
offset).
97
VAC_CLOSE_DETECT_DIFF Use 60 mmHg
The difference value for the criteria for the nozzle clogging (used for the
Z offset).
47
Debug SKIP_VAC_SENSOR_ADJ Use 0 0 , 1 0: Adjust and check the VAC sensor in Auto mode. 1: Not checked.
46
OPT_HEAT_SENSOR_TERM Use 0 msec
0: Not used. Inform the operator of the heat sensor detection at the input
cycle.
47
OPT_AREA_SENSOR Use 0 Const 0: The area sensor is not used, 1: Use the area sensor.
48
OPT_BYPASS_SW_TIME Use 600
sec 0: Not used. Inform the bypass state at the input cycle.
Safety
49
System
OPT_BYPASS_SW_DOOR Use 0 Const
0: Check all the doors with only one ByPass key of the machine.
1: There is a ByPass key for each door. Check the front door.
2: There is a ByPass key for each door. Check the rear door.
3: There is a ByPass key for each door. Check the front and rear door.
Align /
Mount
50
System
OPT_MFOV_NO_Z_UP Use 0 Const
0: When performing split recognition(MFOV), the Z axis moves down
during XY movement.
1: When performing split recognition(MFOV) , the Z axis does not move
down during XY movement.
Software
Module
No
Constant Name Classification
Value
Unit Description
71
OPT_HRS_VISION Use 0 Const 0: The HRS function is not used, 1: Use the HRS function.
62
SYS_FLY_OUTER_LEVEL Use 0 Const Set the control algorithm of the outer illumination for the fly-camera.
68
SMALL_COMP_METHOD Use 15 Const Method related to the small component.
70
SMALL_COMP_SIZE Use 650 um The reference size of the small component.
72
VERY_SMALL_COMP_METHOD Use 7 Const Method related to the very small component.
73
VERY_SMALL_COMP_SIZE Use 400 um The reference size of the very small component.
94
Factory
FLY_INSPR_METHOD Use 3 Const
0: The fly camera performs recognition after rotation (recognition by
placement angle).
1: The fly camera rotates after recognition (recognition of 0 degrees).
2: The fly camera rotates after recognition. However, it performs
recognition after rotation at the feeding angle of 45 degrees and during
fine grabbing.
3: The fly camera rotates after recognition. However, it performs
recognition after rotation at the feeding angle of 45 degrees and during
fine grabbing and fine pitch feeding.
28
MOUNT_POS_CHECK_METHOD Use 0
The function that checks the position of the place stopper before
placement.
0: No check.
1: The placement stopper is at the right of the front side.
2: The placement stopper is at the left of the front side.
3: The placement stopper is at the right of the rear side.
4: The placement stopper is at the left of the rear side.
30
SUPPORT_GRAB_AND_MO
VE
Use 1
Determine whether to use the method that grabs the part
and immediately starts moving it when using the fix-
camera.
0: Move after recognition.
1: Move after GRAB.
33
Debug
SUPPORT_FIX_SYNC_GRA
B
Use 1
Determine whether to use the simultaneous grabbing
method by using 2 fix cameras.
0: No simultaneous grabbing, 1: Simultaneous grabbing