Q170226E01.pdf - 第294页
8.2 List of Software Settings SERVICE MANUAL RH5 8.2−5 DA3SEC−85−470−B0 Real ROM address Description Default 0FFFEC (06806C) 7FFEC Transfer complete (R1RD) command output to host SW 0: Does not output R1LD 1: Outputs R1L…
RH5
8.2 List of Software Settings
SERVICE MANUAL
8.2−4
DA3SEC−85−470−B0
Real
ROM
address
Description Default
0FFFD4
(068054)
7FFD4 Bad mark recognition option SW
(When this SW is OFF, finding bad mark recognition commands (V10)
in NC data may cause a syntax error.)
0: V10 command invalid
1: V10 command valid
0
0FFFD6
(068056)
7FFD6 Pattern command option SW
(When this SW is OFF, finding pattern commands (S&R, P&R) in NC
data may cause a syntax error.)
00H: Pattern command (M901, 902) invalid
01H: Pattern command (M901, 902) valid
(Polar coordinate not allowed)
81H: Pattern command (M901, 902) valid
(Polar coordinate permissible)
01
0FFFD8
(068058)
7FFD8 1st insertion hole recognition command combination option SW
(When this SW is OFF, combination of all holes (optional hole) and 1st
insertion hole recognition in NC data will cause a syntax error if PC
board flow type is double.)
0: Invalid
1: Valid
1
0FFFDA
(06805A)
7EEDA Reference hole recognition combination option SW
0: Not available
1: Available
1
0FFFDE
(06805E)
7FFDE Insertion error position display function option SW
0: Not available
1: Available
0
0FFFDF
(06805F)
7EEDF Walking beam unit connection option SW
0: Not connected
1: Connected
0
0FFFE0
(068060)
7FFE0 XY table quadruple option SW
(Enables 1 pulse resolution of XY table to be changed from 1/100 to
2.5/1000 only in case of CNC−4S board.)
0: XY table 1 multiplication
1: XY table 4 multiplication
0
0FFFE2
(068062)
7FFE2 Block alternate option SW
0: Block alternate disabled
1: block alternate available
0
0FFFE4
(068064)
7FFE4 Insertion rate
0: Includes insertion error counts during auto recovery.
1: Excludes insertion error counts during auto recovery.
2: Supports total insertion rate
2
0FFFEA
(06806A)
7FFEA Board flow dedicated model option SW
0: Single/double board flow common use
1: Single board flow only
2: Double board flow only
1
8.2 List of Software Settings
SERVICE MANUAL
RH5
8.2−5
DA3SEC−85−470−B0
Real
ROM
address
Description Default
0FFFEC
(06806C)
7FFEC Transfer complete (R1RD) command output to host SW
0: Does not output R1LD
1: Outputs R1LD
1
0FAD14
(003B44)
0FAD15
(003B45)
7AD14
7AD15
Camera axis maximum speed (PTP) Low
Camera axis maximum speed (PTP) High
40
01
0FAD16
(003B46)
0FAD17
(003B47)
7AD16
7AD17
Camera axis maximum speed (JOG) Low
Camera axis maximum speed (JOG) High
16
00
0FAD18
(003B48)
0FAD19
(003B49)
7AD18
7AD19
Camera axis acceleration (ORG) Low
Camera axis acceleration (ORG) High
0A
00
0FAD1A
(003B4A)
7AD1A Camera axis acceleration (PTP) 40
0FAD1B
(003B4B)
7AD1B Camera axis maximum speed (ORG) 20
0FAD22
(003B52)
0FAD23
(003B53)
0FAD24
(003B54)
0FAD25
(003B55)
7AD22
7AD23
7AD24
7AD25
ZL axis standby coordinate position
30−feeder *
2
= 1637.000 mm (88H, FAH, 18H, 00H)
40−feeder *
2
= 2685.000 mm (48H, F8H, 28H, 00H)
RHII = 2689.000 mm (E8H, 07H, 29H, 00H)
E8
07
29
00
0FAD26
(003B56)
0FAD27
(003B57)
0FAD28
(003B57)
0FAD29
(003B59)
7AD26
7AD27
7AD28
7AD29
ZR axis standby coordinate position
30−feeder *
2
= 0.000 mm (00H, 00H, 00H, 00H)
40−feeder *
2
= 0.000 mm (00H, 00H, 00H, 00H)
00
00
00
00
0FAD2E
(003B5E)
0FAD2F
(003B5F)
0FAD30
(003B60)
0FAD31
(003B61)
7AD2E
7AD2F
7AD30
7AD31
Distance from head to camera origin (X direction)
Current model: 380.000 mm (60H, CCH, 05H, 00H)
Standard model: 380.000 mm (60H, CCH, 05H, 00H)
Large model: 558.000 mm (B0H, 83H, 08H, 00H)
60
CC
05
00
0FAD32
(003B62)
0FAD33
(002B63)
0FAD34
(003B64)
0FAD35
(003B65)
7AD32
7AD33
7AD34
7AD35
Distance from head to light source (2) (X direction)
Current model: 086.000 mm (F0H, 4FH, 01H, 00H)
Standard model: 086.000 mm (F0H, 4FH, 01H, 00H)
Large model: 086.000 mm (F0H, 4FH, 01H, 00H)
RHII: −90.000 mm (70H, A0H, FEH, FFH)
70
A0
FE
FF
RH5
8.2 List of Software Settings
SERVICE MANUAL
8.2−6
DA3SEC−85−470−B0
Real
ROM
address
Description Default
0FAD36
(003B66)
0FAD37
(003B67)
0FAD38
(003B68)
0FAD39
(003B69)
7AD36
7AD37
7AD38
7AD39
Distance from head to machine origin (X direction)
Current model: 102.000 mm (70H, 8EH, 01H, 00H)
Standard model: 102.000 mm (70H, 8EH, 01H, 00H)
Large model: 102.000 mm (70H, 8EH, 01H, 00H)
RHII: 0.000 mm (00H, 00H, 00H, 00H)
00
00
00
00
0FAD3A
(003B6A)
0FAD3B
(003B6B)
0FAD3C
(003B6C)
0FAD3D
(003B6D)
7AD3A
7AD3B
7AD3C
7AD3D
Distance from head to machine origin (Y direction)
Current model: 390.000 mm (70H, F3H, 05H, 00H)
Standard model: 259.000 mm (B8H, F3H, 03H, 00H)
Large model: 390.000 mm (70H, F3H, 05H, 00H)
RHII: 235.000 mm (F8H, 95H, 03H, 00H)
F8
95
03
00
0FAD3E
(003B6E)
0FAD3F
(003B6F)
0FAD40
(003B70)
0FAD41
(003b71)
7AD3E
7AD3F
7AD40
7AD41
XY table moving coordinate (X direction) when recognizing guide pin
Current model, board transfer: right to left
X = −290.000 mm (30H, 93H, FBH, FFH)
Current model, board transfer: left to right (reverse)
X = − 056.000 mm (40H, 25H, FFH, FFH)
Standard model, board transfer: right to left
X = − 290.000 mm (30H, 93H, FBH, FFH)
Standard model, board transfer: right to left (reverse)
X = − 056.000 mm (30H, 25H, FBH, FFH)
Large model, board transfer: right to left
X = − 29.000 mm (30H, 93H, FBH, FFH)
Large model, board transfer: left to right (reverse)
X = − 056.000 mm (40H, 25H, FFH, FFH)
High speed model, board transfer: right to left
X = − 245.000 mm (F8H, 42H, FCH, FFH)
30
93
FB
FF
0FAD42
(003B72)
0FAD43
(003B73)
0FAD44
(003B74)
0FAD45
(003B75)
7AD42
7AD43
7AD44
7AD45
XY table moving coordinate (Y direction) when recognizing guide pin
Current model, board flow: right to left
Y = −360.000 mm (C0H, 81H, FAH, FFH)
Current model, board flow: left to right (reverse)
Y = −360.000 mm (C0H, 81H, FAH, FFH)
Standard model, board flow: right to left
Y = −230.000 mm (90H, 7DH, FCH, FFH)
Standard model, board flow: left to right (reverse)
Y = −230.000 mm (90H, 7DH, FCH, FFH)
Large model, board flow: right to left
Y = − 360.000 mm (C0H, 81H, FAH, FFH)
Large model, board flow: left to right (reverse)
Y = −360.000 mm (C0H, 81H, FAH, FFH)
90
7D
FC
FF
0FAD46
(003B76)
0FAD47
(003B77)
7AD46
7AD47
Sets the number of times to use compulsory refueling function. 64
00
0FAD46
(003B76)
0FAD47
(003B77)
7AD46
7AD47
Determines the number of compulsory refueling. 01
00