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© Copyright 2004 ABB ALL right reserved.
ABB Automation Technologies AB
Robotics
SE-721 68 Västerås
Sweden
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LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
Manufacture
Type
Control cabinet
Mains voltage
Supply
Control voltage
Year of construction
:
:
:
:
:
:
:
Type of installation
Customer
Robot serial number(s)
Drawing number
Drawing version
:
:
:
:
:
Project start
Project manager
Last revision
Designed by
Designed date
Number of pages
:
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:
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LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
Table of contents
Plant Location RemarkPage Page description Date Editor
ABB_table_of_contents
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LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
SEPERAS2010-08-19COPYRIGHT PAGE1SP
SEPERAS2010-08-19TITLE PAGE2SP
SETHSTA2010-08-253SP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE S50SSP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE S - IRBDP SW551SSP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE HS52HSSP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE Se53SeSP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE Se - IRBDP SW554SeSP
SEPERAS2010-08-19BLOCK DIAGRAM TYPE HSe55HSeSP
SEPERAS2010-08-19VIEW SPOT WELDING CABINET - STANDARD56CABSP
SEPERAS2010-08-19CONNECTOR LAYOUT - IRBDP SW557CONSP
SEPERAS2010-08-19VIEW SPOT WELDING CABINET58CABSP
SEPERAS2010-08-23BOSCH AC/MFDC100P.24VSWCA
SEPERAS2010-08-23BOSCH AC/MFDC101P.24VSWCE
SEPERAS2010-08-19COMPACT BOSCH AC102P.24VSWC
SEPERAS2010-08-20BOSCH AC/MFDC103P.BSWC
SEPERAS2010-08-20COMPACT BOSCH AC104P.BSWC
SEPERAS2010-08-20BOSCH AC/MFDC105BSWCAE
SEPERAS2010-08-23COMPACT BOSCH AC106BSWC
SEPERAS2010-08-23COMPACT BOSCH AC107S.BSWC
SEPERAS2010-08-23BOSCH AC/MFDC108RGSWCAE
SEPERAS2010-08-25BOSCH AC/MFDC109PGSWCAE
SEPERAS2010-08-25BOSCH AC/MFDC110SWCWA_AE
SEPERAS2010-08-23BOSCH AC/MFDC111SBWA_AE
SEPERAS2010-08-23BOSCH AC/MFDC112SBWA_AE
SEPERAS2010-08-23COMPACT BOSCH AC113SWA
TABLE OF CONTENTS
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BLOCK DIAGRAM TYPE S
Location:
Plant: =
+
+Sublocation:
SP
S
Document no.
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1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E & A
BLOCK DIAGRAM TYPE S (pneumatic gun)
IRBDP SW2
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Dashed cables: See circuit diagram DressPack, 3HAC026209-001
Axis 1
R3.CP/CS
Axis 5
Axis 6
Axis 2
Axis 4
R2.CP/CS
Axis 3
Base
R1.WELD
R1.CP/CS/CBUS
WATER AND
AIR UNIT
XS/XP101
24VDC SUPPLY, PARALLEL INTERFACE, PROP. VALVE
WELD POWER
ROBOT SIGNALS, 24VDC SUPPLY XP/XS13
XP/XS103
X101
11
5/
23
0V
AC
C
AN
BU
S 
IN
TE
R
FA
C
E
SPOT WELDING
CABINET
XP/XS113
SINGLE CABINET
CONTROLLER
24
VD
C
 S
U
PP
LY
, W
EL
D
IN
G
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IG
N
AL
S
R
S2
32
/R
S4
85
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BLOCK DIAGRAM TYPE S - IRBDP SW5
Location:
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SP
S
Document no.
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1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
BLOCK DIAGRAM TYPE S (pneumatic gun)
IRBDP SW5
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Axis 6
Axis 1
R3.CP/CS
Axis 5
Axis 2
Axis 4
R2.CP/CS
Axis 3
Base
CONNECTION BOX
R1.WA
R1.CB
R1.CB
R1.WELD
WATER AND
AIR UNIT
CUSTOMER POWER
CUSTOMER SIGNAL
WELD POWER SWC.WELD
SWC.24V
SWC.I/O
3H
AC
02
94
44
-0
01
 
 C
AN
BU
S 
IN
TE
R
FA
C
E
3H
AC
02
94
46
-0
01
 
 2
4V
D
C
 S
U
PP
LY
, W
EL
D
IN
G
 S
IG
N
AL
S
SPOT WELDING
CABINET
SINGLE CABINET
CONTROLLER
3H
AC
02
94
86
-0
01
 
 R
S2
32
/R
S4
85
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BLOCK DIAGRAM TYPE HS
Location:
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HS
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06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E & A
BLOCK DIAGRAM TYPE HS (material handling and pneumatic gun)
IRBDP SW2
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Dashed cables: See circuit diagram DressPack,I/OBOARD
	-I/OBOARD1
	Multi-line
	=SWCAE+RG/108.1
	W
	-W1
	Multi-line
	=SWCAE+RG/108.4
	-W2
	Multi-line
	=SWCAE+RG/108.4
	-W3
	Multi-line
	=SWCAE+RG/108.4
	X
	-X1
	Multi-line
	=SWCAE+RG/108.1
	1 =SWCAE+RG/108.1
	6 =SWCAE+RG/108.1
	7 =SWCAE+RG/108.1
	8 =SWCAE+RG/108.1
	9 =SWCAE+RG/108.1
	10 =SWCAE+RG/108.1
	-X2
	Multi-line
	=SWCAE+RG/108.1
	1 =SWCAE+RG/108.1
	2 =SWCAE+RG/108.1
	8 =SWCAE+RG/108.1
	9 =SWCAE+RG/108.1
	10 =SWCAE+RG/108.1
	7 =SWCAE+RG/108.1
	-X3
	Multi-line
	=SWCAE+RG/108.1
	-X3
	Multi-line
	4 =SWCAE+RG/108.1
	5 =SWCAE+RG/108.1
	6 =SWCAE+RG/108.1
	7 =SWCAE+RG/108.1
	8 =SWCAE+RG/108.1
	9 =SWCAE+RG/108.1
	-X4
	Multi-line
	=SWCAE+RG/108.1
	-X4
	Multi-line
	1 =SWCAE+RG/108.1
	2 =SWCAE+RG/108.1
	3 =SWCAE+RG/108.1
	9 =SWCAE+RG/108.1
	XS/XP
	-XS/XP13
	Multi-line
	=SWCAE+RG/108.5
	A1 =SWCAE+RG/108.5
	B12 =SWCAE+RG/108.5
	A2 =SWCAE+RG/108.5
	B13 =SWCAE+RG/108.5
	A3 =SWCAE+RG/108.5
	C19 =SWCAE+RG/108.5
	A4 =SWCAE+RG/108.5
	B14 =SWCAE+RG/108.5
	B11 =SWCAE+RG/108.5
	B10 =SWCAE+RG/108.5
	B9 =SWCAE+RG/108.5
	B8 =SWCAE+RG/108.5
	B7 =SWCAE+RG/108.5
	B1 =SWCAE+RG/108.5
	B2 =SWCAE+RG/108.5
	-1
	Multi-line
	=SWCAE+RG/108.4
	-XS/XP61
	Multi-line
	=SWCAE+RG/108.3
	11 =SWCAE+RG/108.3
	12 =SWCAE+RG/108.3
	1 =SWCAE+RG/108.3
	2 =SWCAE+RG/108.3
	-XS/XP113
	Multi-line
	=SWCAE+RG/108.6
	B9 =SWCAE+RG/108.6
	B11 =SWCAE+RG/108.6
	B3 =SWCAE+RG/108.6
	B4 =SWCAE+RG/108.6
	B5 =SWCAE+RG/108.6
	B8 =SWCAE+RG/108.6
	B6 =SWCAE+RG/108.6
	B10 =SWCAE+RG/108.6
	F7 =SWCAE+RG/108.6
	F8 =SWCAE+RG/108.6
	F5 =SWCAE+RG/108.6
	F6 =SWCAE+RG/108.6
	B7 =SWCAE+RG/108.6
	B12 =SWCAE+RG/108.6
	B1 =SWCAE+RG/108.6
	B2 =SWCAE+RG/108.6
	XSXP
	-XSXP60
	Multi-line
	9 =SWCAE+RG/108.3
	3 =SWCAE+RG/108.3
	4 =SWCAE+RG/108.3
	5 =SWCAE+RG/108.3
	7 =SWCAE+RG/108.3
	8 =SWCAE+RG/108.3
	6 =SWCAE+RG/108.3
	10 =SWCAE+RG/108.3
	21 =SWCAE+RG/108.3
	22 =SWCAE+RG/108.3
	23 =SWCAE+RG/108.3
	24 =SWCAE+RG/108.3
	XT
	-XT5.1
	Multi-line
	=SWCAE+RG/108.3
	4 =SWCAE+RG/108.3
	5 =SWCAE+RG/108.3
	7 =SWCAE+RG/108.3
	3 =SWCAE+RG/108.3
	6 =SWCAE+RG/108.3
	1 =SWCAE+RG/108.3
	9 =SWCAE+RG/108.3
	10 =SWCAE+RG/108.3
	11 =SWCAE+RG/108.3
	12 =SWCAE+RG/108.3
	2 =SWCAE+RG/108.3
	-XT5.4
	Multi-line
	=SWCAE+RG/108.8
	9 =SWCAE+RG/108.8
	8 =SWCAE+RG/108.8
	10 =SWCAE+RG/108.8
	-XT5.5
	Multi-line
	=SWCAE+RG/108.8
	3 =SWCAE+RG/108.8
	11 =SWCAE+RG/108.8
	4 =SWCAE+RG/108.8
	5 =SWCAE+RG/108.8
	7 =SWCAE+RG/108.8
	6 =SWCAE+RG/108.8
	-XT6
	Multi-line
	=SWCAE+RG/108.3
	1 =SWCAE+RG/108.3
	2 =SWCAE+RG/108.3
	3 =SWCAE+RG/108.3
	4 =SWCAE+RG/108.3
	-XT31
	Multi-line
	=SWCAE+RG/108.2
	2 =SWCAE+RG/108.2
	3 =SWCAE+RG/108.2
	6 =SWCAE+RG/108.2
	7 =SWCAE+RG/108.2
	+PG
	(empty)
	-1003
	Multi-line
	=SWCAE+PG/109.6
	-1004
	Multi-line
	=SWCAE+PG/109.6
	-1005
	Multi-line
	=SWCAE+PG/109.6
	-1006
	Multi-line
	=SWCAE+PG/109.6
	-1007
	Multi-line
	=SWCAE+PG/109.6
	-1008
	Multi-line
	=SWCAE+PG/109.6
	-1009
	Multi-line
	=SWCAE+PG/109.6
	-1010
	Multi-line
	=SWCAE+PG/109.6
	-1011
	Multi-line
	=SWCAE+PG/109.6
	-1013
	Multi-line
	=SWCAE+PG/109.6
	-1014
	Multi-line
	=SWCAE+PG/109.6
	-1015
	Multi-line
	=SWCAE+PG/109.6
	-1016
	Multi-line
	=SWCAE+PG/109.6
	-1017
	Multi-line
	=SWCAE+PG/109.6
	-1018
	Multi-line
	=SWCAE+PG/109.6
	-1019
	Multi-line
	=SWCAE+PG/109.6
	-1020
	Multi-line
	=SWCAE+PG/109.6
	-1021
	Multi-line
	=SWCAE+PG/109.6
	-1022
	Multi-line
	=SWCAE+PG/109.6
	-1023
	Multi-line
	=SWCAE+PG/109.6
	-1024
	Multi-line
	=SWCAE+PG/109.6
	E
	-E1
	Multi-line
	=SWCAE+PG/109.5
	HAC
	-3HAC021579
	Multi-line
	=SWCAE+PG/109.6
	-3HAC22454
	Multi-line
	=SWCAE+PG/109.4
	=SWCAE+PG/109.7
	9:RD =SWCAE+PG/109.4
	7:VT =SWCAE+PG/109.7
	-3HAC22455
	Multi-line
	=SWCAE+PG/109.7
	-3HAC22456
	Multi-line
	=SWCAE+PG/109.7
	-3HAC22457
	Multi-line
	=SWCAE+PG/109.7
	-3HAC22458
	Multi-line
	=SWCAE+PG/109.4
	-3HAC22459
	Multi-line
	=SWCAE+PG/109.4
	-3HAC22460
	Multi-line
	=SWCAE+PG/109.4
	-3HAC22463
	Multi-line
	=SWCAE+PG/109.7
	-3HAC22464
	Multi-line
	=SWCAE+PG/109.7
	SG
	-SG.CP/CS
	Multi-line
	=SWCAE+PG/109.7
	-SG.CP/CS1
	Multi-line
	C4 =SWCAE+PG/109.7
	C5 =SWCAE+PG/109.7
	B18 =SWCAE+PG/109.7
	B19 =SWCAE+PG/109.7
	B1 =SWCAE+PG/109.7
	B2 =SWCAE+PG/109.7
	B3 =SWCAE+PG/109.7
	B4 =SWCAE+PG/109.7
	B14 =SWCAE+PG/109.7
	B20 =SWCAE+PG/109.7
	B21 =SWCAE+PG/109.7
	B22 =SWCAE+PG/109.7
	B24 =SWCAE+PG/109.7
	B25 =SWCAE+PG/109.7
	B16 =SWCAE+PG/109.7
	B17 =SWCAE+PG/109.7
	U
	-U1
	Multi-line
	=SWCAE+PG/109.8
	=SWCAE+PG/109.6
	VE
	-VE101_X3
	Multi-line
	=SWCAE+PG/109.5
	1 =SWCAE+PG/109.5
	2 =SWCAE+PG/109.5
	3 =SWCAE+PG/109.5
	4 =SWCAE+PG/109.5
	5 =SWCAE+PG/109.5
	W
	-W1
	Multi-line
	=SWCAE+PG/109.5
	-W2
	Multi-line
	=SWCAE+PG/109.5
	X
	-X104
	Multi-line
	=SWCAE+PG/109.6
	XS/XP
	-XS/XP5.7
	Multi-line
	=SWCAE+PG/109.6
	-XS/XP60
	Multi-line
	=SWCAE+PG/109.3
	13 =SWCAE+PG/109.3
	14 =SWCAE+PG/109.3
	15 =SWCAE+PG/109.3
	16 =SWCAE+PG/109.3
	17 =SWCAE+PG/109.3
	18 =SWCAE+PG/109.3
	19 =SWCAE+PG/109.3
	4 =SWCAE+PG/109.3
	3 =SWCAE+PG/109.3
	9 =SWCAE+PG/109.3
	7 =SWCAE+PG/109.3
	8 =SWCAE+PG/109.3
	6 =SWCAE+PG/109.3
	10 =SWCAE+PG/109.3
	5 =SWCAE+PG/109.3
	-XS/XP61
	Multi-line
	=SWCAE+PG/109.3
	5 =SWCAE+PG/109.3
	6 =SWCAE+PG/109.3
	7 =SWCAE+PG/109.3
	3 =SWCAE+PG/109.3
	4 =SWCAE+PG/109.3
	11 =SWCAE+PG/109.3
	1 =SWCAE+PG/109.3
	2 =SWCAE+PG/109.3
	12 =SWCAE+PG/109.3
	-XS/XP113
	Multi-line
	=SWCAE+PG/109.4
	C1 =SWCAE+PG/109.5
	C2 =SWCAE+PG/109.5
	C3 =SWCAE+PG/109.5
	C4 =SWCAE+PG/109.5
	C5 =SWCAE+PG/109.5
	C6 =SWCAE+PG/109.5
	C7 =SWCAE+PG/109.5
	C8 =SWCAE+PG/109.5
	C9 =SWCAE+PG/109.5
	C10 =SWCAE+PG/109.5
	C11 =SWCAE+PG/109.5
	C12 =SWCAE+PG/109.5
	B9 =SWCAE+PG/109.5
	B3 =SWCAE+PG/109.5
	B4 =SWCAE+PG/109.5
	B5 =SWCAE+PG/109.5
	B7 =SWCAE+PG/109.5
	B8 =SWCAE+PG/109.5
	B6 =SWCAE+PG/109.5
	B10 =SWCAE+PG/109.5
	B11 =SWCAE+PG/109.5
	B1 =SWCAE+PG/109.5
	B2 =SWCAE+PG/109.5
	B12 =SWCAE+PG/109.5
	=SWCAE+PG/109.5
	-1
	Multi-line
	=SWCAE+PG/109.4
	XS/XT
	-XS/XT5.7
	Multi-line
	1 =SWCAE+PG/109.6
	2 =SWCAE+PG/109.6
	4 =SWCAE+PG/109.6
	5 =SWCAE+PG/109.6
	3 =SWCAE+PG/109.6
	XT
	-XT5.4
	Multi-line
	=SWCAE+PG/109.6
	8 =SWCAE+PG/109.6
	9 =SWCAE+PG/109.6
	10 =SWCAE+PG/109.6
	-XT5.5
	Multi-line
	=SWCAE+PG/109.6
	3 =SWCAE+PG/109.6
	6 =SWCAE+PG/109.6
	4 =SWCAE+PG/109.6
	11 =SWCAE+PG/109.6
	5 =SWCAE+PG/109.6
	7 =SWCAE+PG/109.6
	-XT5.6
	Multi-line
	=SWCAE+PG/109.6
	2 =SWCAE+PG/109.6
	12 =SWCAE+PG/109.6
	3 =SWCAE+PG/109.6
	4 =SWCAE+PG/109.6
	5 =SWCAE+PG/109.6
	6 =SWCAE+PG/109.6
	7 =SWCAE+PG/109.6
	8 =SWCAE+PG/109.6
	9 =SWCAE+PG/109.6
	10 =SWCAE+PG/109.6
	11 =SWCAE+PG/109.6
	1 =SWCAE+PG/109.6
	-XT31
	Multi-line
	=SWCAE+PG/109.3
	2 =SWCAE+PG/109.3
	3 =SWCAE+PG/109.3
	6 =SWCAE+PG/109.3
	7 =SWCAE+PG/109.3
	+B.AC
	HAB
	-3HAB8277
	Multi-line
	=SWCAE+B/105.5
	1/Shield =SWCAE+B/105.5
	-3HAB8278
	Multi-line
	1/Shield =SWC+B/106.5
	HAC
	-3HAC022454
	Multi-line
	=SWCAE+B/105.6
	XP
	-XP60
	Multi-line
	=SWCAE+B/105.6
	-XP60
	Multi-line
	23 =SWCAE+B/105.6
	24 =SWCAE+B/105.6
	21 =SWCAE+B/105.6
	22 =SWCAE+B/105.6
	+B.MFDC
	U
	-U1
	Multi-line
	001 =SWCAE+B/105.8
	-U2
	Multi-line
	=SWCAE+B/105.4
	-1
	Multi-line
	=SWCAE+B/105.8
	XS
	-XS101
	Multi-line
	=SWCAE+B/105.8
	-XS102
	Multi-line
	=SWCAE+B/105.8
	+MAC
	A
	-A39.X1
	-A39.X1
	Multi-line
	1 =SWCAE+B/105.7
	3 =SWCAE+B/105.7
	2 =SWCAE+B/105.7
	9 =SWCAE+B/105.7
	5 =SWCAE+B/105.7
	-A46
	Multi-line
	=SWCAE+B/105.5
	-A47
	Multi-line
	=SWCAE+B/105.8
	-A48
	Multi-line
	=SWCAE+B/105.8DN
	-DN2
	Multi-line
	=SWCAE+B/105.5
	RS
	-RS2
	Multi-line
	=SWCAE+B/105.6
	XT
	-XT53
	Multi-line
	=SWCAE+B/105.6
	-XT54
	Multi-line
	=SWCAE+B/105.6
	-XT55
	Multi-line
	=SWCAE+B/105.6
	+PG.SG
	(empty)
	-681
	Multi-line
	=SWCAE+PG/109.2
	-686
	Multi-line
	=SWCAE+PG/109.2
	-687
	Multi-line
	=SWCAE+PG/109.2
	-688
	Multi-line
	=SWCAE+PG/109.2
	-691
	Multi-line
	=SWCAE+PG/109.2
	-692
	Multi-line
	=SWCAE+PG/109.2
	-698
	Multi-line
	=SWCAE+PG/109.2
	-703
	Multi-line
	=SWCAE+PG/109.2
	-704
	Multi-line
	=SWCAE+PG/109.2
	-705
	Multi-line
	=SWCAE+PG/109.2
	-706
	Multi-line
	=SWCAE+PG/109.2
	-707
	Multi-line
	=SWCAE+PG/109.2
	-709
	Multi-line
	=SWCAE+PG/109.2
	-710
	Multi-line
	=SWCAE+PG/109.2
	-711
	Multi-line
	=SWCAE+PG/109.2
	-830
	Multi-line
	=SWCAE+PG/109.2
	-831
	Multi-line
	=SWCAE+PG/109.2
	I/OBOARD
	-I/OBOARD1
	Multi-line
	=SWCAE+PG/109.1
	X
	-X1
	Multi-line
	=SWCAE+PG/109.1
	-X1
	Multi-line
	1 =SWCAE+PG/109.1
	6 =SWCAE+PG/109.1
	7 =SWCAE+PG/109.1
	8 =SWCAE+PG/109.1
	9 =SWCAE+PG/109.1
	10 =SWCAE+PG/109.1
	2 =SWCAE+RG/108.1
	-X2
	Multi-line
	=SWCAE+PG/109.1
	-X2
	Multi-line
	1 =SWCAE+PG/109.1
	2 =SWCAE+PG/109.1
	8 =SWCAE+PG/109.1
	9 =SWCAE+PG/109.1
	10 =SWCAE+PG/109.1
	-X3
	Multi-line
	=SWCAE+PG/109.1
	-X3
	Multi-line
	4 =SWCAE+PG/109.1
	5 =SWCAE+PG/109.1
	6 =SWCAE+PG/109.1
	7 =SWCAE+PG/109.1
	8 =SWCAE+PG/109.1
	9 =SWCAE+PG/109.1
	1 =SWCAE+RG/108.1
	2 =SWCAE+RG/108.1
	-X4
	Multi-line
	=SWCAE+PG/109.1
	-X4
	Multi-line
	1 =SWCAE+PG/109.1
	2 =SWCAE+PG/109.1
	3 =SWCAE+PG/109.1
	9 =SWCAE+PG/109.1
	+RG.IN
	(empty)
	-700
	Multi-line
	=SWCAE+RG/108.2
	-703
	Multi-line
	=SWCAE+RG/108.2
	+RG.RG
	(empty)
	-681
	Multi-line
	=SWCAE+RG/108.2
	-682
	Multi-line
	=SWCAE+RG/108.2
	-686
	Multi-line
	=SWCAE+RG/108.2
	-687
	Multi-line
	=SWCAE+RG/108.2
	-688
	Multi-line
	=SWCAE+RG/108.2
	-691
	Multi-line
	=SWCAE+RG/108.2
	-692
	Multi-line
	=SWCAE+RG/108.2
	-698
	Multi-line
	=SWCAE+RG/108.2
	-704
	Multi-line
	=SWCAE+RG/108.2
	-705
	Multi-line
	=SWCAE+RG/108.2
	-706
	Multi-line
	=SWCAE+RG/108.2
	-707
	Multi-line
	=SWCAE+RG/108.2
	-709
	Multi-line
	=SWCAE+RG/108.2
	-710
	Multi-line
	=SWCAE+RG/108.2
	-830
	Multi-line
	=SWCAE+RG/108.2
	-831
	Multi-line
	=SWCAE+RG/108.2
	-1088
	Multi-line
	=SWCAE+RG/108.3
	-1089
	Multi-line
	=SWCAE+RG/108.3
	W
	-W1
	Multi-line
	=SWCAE+RG/108.3
	XS/XP
	-XS/XP60
	Multi-line
	=SWCAE+RG/108.3
	=WA_AE
	+SWC
	(empty)
	-1003
	Multi-line
	=WA_AE+SWC/110.5
	-1004
	Multi-line
	=WA_AE+SWC/110.5
	-1005
	Multi-line
	=WA_AE+SWC/110.5
	-1006
	Multi-line
	=WA_AE+SWC/110.5
	-1007
	Multi-line
	=WA_AE+SWC/110.5
	-1008
	Multi-line
	=WA_AE+SWC/110.5
	-1009
	Multi-line
	=WA_AE+SWC/110.5
	-1010
	Multi-line
	=WA_AE+SWC/110.5
	-1011
	Multi-line
	=WA_AE+SWC/110.5
	-1043
	Multi-line
	=WA_AE+SWC/110.6
	-1044
	Multi-line
	=WA_AE+SWC/110.6
	-1045
	Multi-line
	=WA_AE+SWC/110.6
	-1046
	Multi-line
	=WA_AE+SWC/110.6
	-1047
	Multi-line
	=WA_AE+SWC/110.6
	-1048
	Multi-line
	=WA_AE+SWC/110.6
	-1049
	Multi-line
	=WA_AE+SWC/110.6
	-1053
	Multi-line
	=WA_AE+SWC/110.6
	-1085
	Multi-line
	=WA_AE+SWC/110.5
	-1086
	Multi-line
	=WA_AE+SWC/110.5
	E
	-E1
	Multi-line
	=WA_AE+SWC/110.4
	-E2
	Multi-line
	=WA_AE+SWC/110.5
	HAC
	-3HAC16844
	Multi-line
	=WA_AE+SWC/110.7
	=WA_AE+SWC/110.6
	-3HAC022454
	Multi-line
	=WA_AE+SWC/110.3
	=WA_AE+SWC/110.4
	I/OBOARD
	-I/OBOARD1
	Multi-line
	=WA_AE+SWC/110.1
	W
	-W1
	Multi-line
	=WA_AE+SWC/110.6
	-W2
	Multi-line
	=WA_AE+SWC/110.4
	X
	-X1
	Multi-line
	=WA_AE+SWC/110.1
	-X2
	Multi-line
	=WA_AE+SWC/110.1
	-X3
	Multi-line
	=WA_AE+SWC/110.1
	4 =WA_AE+SWC/110.1
	5 =WA_AE+SWC/110.1
	6 =WA_AE+SWC/110.1
	7 =WA_AE+SWC/110.1
	9 =WA_AE+SWC/110.1
	-X4
	Multi-line
	=WA_AE+SWC/110.1
	1 =WA_AE+SWC/110.1
	9 =WA_AE+SWC/110.1
	XS/XP
	-XS/XP60
	Multi-line
	=WA_AE+SWC/110.2
	4 =WA_AE+SWC/110.2
	3 =WA_AE+SWC/110.2
	9 =WA_AE+SWC/110.2
	7 =WA_AE+SWC/110.2
	8 =WA_AE+SWC/110.2
	6 =WA_AE+SWC/110.2
	10 =WA_AE+SWC/110.2
	5 =WA_AE+SWC/110.2
	-XS/XP61
	Multi-line
	=WA_AE+SWC/110.2
	1 =WA_AE+SWC/110.2
	2 =WA_AE+SWC/110.2
	11 =WA_AE+SWC/110.2
	12 =WA_AE+SWC/110.2
	5 =WA_AE+SWC/110.2
	6 =WA_AE+SWC/110.2
	7 =WA_AE+SWC/110.2
	3 =WA_AE+SWC/110.2
	4 =WA_AE+SWC/110.2
	-XS/XP101
	Multi-line
	=WA_AE+SWC/110.7
	19 =WA_AE+SWC/110.7
	6 =WA_AE+SWC/110.7
	5 =WA_AE+SWC/110.7
	16 =WA_AE+SWC/110.7
	3 =WA_AE+SWC/110.7
	15 =WA_AE+SWC/110.7
	17 =WA_AE+SWC/110.7
	9 =WA_AE+SWC/110.7
	7 =WA_AE+SWC/110.7
	14 =WA_AE+SWC/110.7
	2 =WA_AE+SWC/110.7
	13 =WA_AE+SWC/110.7
	-1
	Multi-line
	=WA_AE+SWC/110.7
	-2
	Multi-line
	=SWC+S.B/107.6
	-XS/XP103
	Multi-line
	=WA_AE+SWC/110.6
	1 =WA_AE+SWC/110.6
	2 =WA_AE+SWC/110.6
	3 =WA_AE+SWC/110.6
	4 =WA_AE+SWC/110.6
	5 =WA_AE+SWC/110.6
	6 =WA_AE+SWC/110.6
	7 =WA_AE+SWC/110.6
	8 =WA_AE+SWC/110.6
	9 =WA_AE+SWC/110.6
	10 =WA_AE+SWC/110.6
	11 =WA_AE+SWC/110.6
	12 =WA_AE+SWC/110.6
	-1
	Multi-line
	=WA_AE+SWC/110.6
	-2
	Multi-line
	=SWC+S.B/107.5
	-3
	Multi-line
	=SWC+S.B/107.5
	-XS/XP113
	Multi-line
	=WA_AE+SWC/110.4
	B1 =WA_AE+SWC/110.4
	B2 =WA_AE+SWC/110.4
	B3 =WA_AE+SWC/110.4
	B4 =WA_AE+SWC/110.4
	B5 =WA_AE+SWC/110.4
	B6 =WA_AE+SWC/110.4
	B7 =WA_AE+SWC/110.4
	B8 =WA_AE+SWC/110.4
	B9 =WA_AE+SWC/110.4
	B10 =WA_AE+SWC/110.4
	B11 =WA_AE+SWC/110.4
	B12 =WA_AE+SWC/110.4
	C10 =WA_AE+SWC/110.4
	C11 =WA_AE+SWC/110.4
	C12 =WA_AE+SWC/110.4
	C1 =WA_AE+SWC/110.4
	C2 =WA_AE+SWC/110.4
	-1
	Multi-line
	=WA_AE+SWC/110.4
	XT
	-XT5.4
	Multi-line
	=WA_AE+SWC/110.5
	8 =WA_AE+SWC/110.5
	9 =WA_AE+SWC/110.5
	10 =WA_AE+SWC/110.5
	-XT5.5
	Multi-line
	=WA_AE+SWC/110.5
	3 =WA_AE+SWC/110.5
	4 =WA_AE+SWC/110.5
	5 =WA_AE+SWC/110.5
	6 =WA_AE+SWC/110.5
	7 =WA_AE+SWC/110.5
	1 =WA_AE+SWC/110.5
	2 =WA_AE+SWC/110.5
	11 =WA_AE+SWC/110.5
	-XT31
	Multi-line
	=WA_AE+SWC/110.2
	2 =WA_AE+SWC/110.2
	6 =WA_AE+SWC/110.2
	+SB
	J
	-J1
	Multi-line
	=WA_AE+SB/112.4
	-J2
	Multi-line
	=WA_AE+SB/112.4
	-J3
	Multi-line
	=WA_AE+SB/112.4
	-J4
	Multi-line
	=WA_AE+SB/112.4
	-J5
	Multi-line
	=WA_AE+SB/112.4
	-J6
	Multi-line
	=WA_AE+SB/112.4
	1 =WA_AE+SB/112.4
	2 =WA_AE+SB/112.4
	3 =WA_AE+SB/112.4
	4 =WA_AE+SB/112.4
	5 =WA_AE+SB/112.4
	PV
	-PV1
	Multi-line
	=WA_AE+SB/111.5
	=WA_AE+SB/112.5
	001 =WA_AE+SB/111.5
	001 =WA_AE+SB/112.5
	002 =WA_AE+SB/111.5
	002 =WA_AE+SB/112.5
	003 =WA_AE+SB/111.5
	003 =WA_AE+SB/112.5
	004 =WA_AE+SB/111.5
	004 =WA_AE+SB/112.5
	SF
	-SF101.2
	Multi-line
	BN;;BU;BK;WH =WA_AE+SB/111.5
	BN;;BU;BK =WA_AE+SB/111.7
	BN;;BU;BK;WH =WA_AE+SB/112.5
	-SF101.3
	Multi-line
	BN;;BU;BK;WH =WA_AE+SB/111.5
	BN;;BU;BK =WA_AE+SB/111.7
	BN;;BU;BK;WH =WA_AE+SB/112.5
	-SF101.4
	Multi-line
	BN;WH;BU;BK =WA_AE+SB/111.5
	BN;WH;BU;BK =WA_AE+SB/112.5
	SPLITBOX
	-SPLITBOX1
	Multi-line
	=WA_AE+SB/111.2
	-SPLITBOX2
	Multi-line
	=WA_AE+SB/112.2
	VD
	-VD101.1
	Multi-line
	2;1 =WA_AE+SB/111.5
	2;1 =WA_AE+SB/111.7
	2;1 =WA_AE+SB/112.5
	XS/XP
	-XS/XP101
	Multi-line
	=WA_AE+SB/111.2
	=WA_AE+SB/112.2
	19 =WA_AE+SB/111.2
	6 =WA_AE+SB/111.2
	5 =WA_AE+SB/111.2
	16 =WA_AE+SB/111.2
	3 =WA_AE+SB/111.2
	15 =WA_AE+SB/111.2
	17 =WA_AE+SB/111.2
	9 =WA_AE+SB/111.2
	7 =WA_AE+SB/111.2
	14 =WA_AE+SB/111.2
	2 =WA_AE+SB/111.2
	13 =WA_AE+SB/111.2
	19 =WA_AE+SB/112.2
	6 =WA_AE+SB/112.2
	5 =WA_AE+SB/112.2
	16 =WA_AE+SB/112.2
	3 =WA_AE+SB/112.2
	15 =WA_AE+SB/112.2
	17 =WA_AE+SB/112.2
	9 =WA_AE+SB/112.2
	7 =WA_AE+SB/112.2
	14 =WA_AE+SB/112.2
	2 =WA_AE+SB/112.2
	13 =WA_AE+SB/112.2
	-XS/XP101.1
	Multi-line
	=WA_AE+SB/111.4
	=WA_AE+SB/111.6
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/111.6
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/111.6
	3 =WA_AE+SB/111.43 =WA_AE+SB/111.6
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/111.6
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/111.6
	-XS/XP101.2
	Multi-line
	=WA_AE+SB/111.4
	=WA_AE+SB/111.6
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/112.4
	1 =WA_AE+SB/111.6
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/112.4
	2 =WA_AE+SB/111.6
	3 =WA_AE+SB/111.4
	3 =WA_AE+SB/112.4
	3 =WA_AE+SB/111.6
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/112.4
	4 =WA_AE+SB/111.6
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/112.4
	5 =WA_AE+SB/111.6
	-XS/XP101.3
	Multi-line
	=WA_AE+SB/111.4
	=WA_AE+SB/111.6
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/112.4
	1 =WA_AE+SB/111.6
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/112.4
	2 =WA_AE+SB/111.6
	3 =WA_AE+SB/111.4
	3 =WA_AE+SB/112.4
	3 =WA_AE+SB/111.6
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/112.4
	4 =WA_AE+SB/111.6
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/112.4
	5 =WA_AE+SB/111.6
	-XS/XP101.4
	Multi-line
	=WA_AE+SB/111.4
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/112.4
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/112.4
	3 =WA_AE+SB/111.4
	3 =WA_AE+SB/112.4
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/112.4
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/112.4
	-XS/XP101.5
	Multi-line
	=WA_AE+SB/111.4
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/112.4
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/112.4
	3 =WA_AE+SB/111.4
	3 =WA_AE+SB/112.4
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/112.4
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/112.4
	-XS/XP101.6
	Multi-line
	=WA_AE+SB/111.4
	1 =WA_AE+SB/111.4
	1 =WA_AE+SB/112.4
	2 =WA_AE+SB/111.4
	2 =WA_AE+SB/112.4
	3 =WA_AE+SB/111.4
	3 =WA_AE+SB/112.4
	4 =WA_AE+SB/111.4
	4 =WA_AE+SB/112.4
	5 =WA_AE+SB/111.4
	5 =WA_AE+SB/112.4
	+SWC.SG
	(empty)
	-686
	Multi-line
	=WA_AE+SWC/110.2
	-687
	Multi-line
	=WA_AE+SWC/110.2
	-698
	Multi-line
	=WA_AE+SWC/110.2
	-703
	Multi-line
	=WA_AE+SWC/110.2
	-704
	Multi-line
	=WA_AE+SWC/110.2
	-705
	Multi-line
	=WA_AE+SWC/110.2
	-706
	Multi-line
	=WA_AE+SWC/110.2
	-709
	Multi-line
	=WA_AE+SWC/110.2
	-830
	Multi-line
	=WA_AE+SWC/110.2
	-831
	Multi-line
	=WA_AE+SWC/110.2
	X
	-X1
	-X1
	Multi-line
	6 =WA_AE+SWC/110.1
	7 =WA_AE+SWC/110.1
	9 =WA_AE+SWC/110.1
	10 =WA_AE+SWC/110.1
	-X2
	-X2
	Multi-line
	8 =WA_AE+SWC/110.1
	9 =WA_AE+SWC/110.1
	10 =WA_AE+SWC/110.1
	=WA
	+S
	PV
	-PV1
	Multi-line
	=WA+S/113.4
	001 =WA+S/113.4
	002 =WA+S/113.4
	004 =WA+S/113.4
	SF
	-SF101
	Multi-line
	BN;WH;BK =WA+S/113.4
	U
	-U1
	Multi-line
	=WA+S/113.4
	VD
	-VD101
	Multi-line
	2;1 =WA+S/113.4
	XS/XP
	-XS/XP8.3
	Multi-line
	=WA+S/113.2
	7 =WA+S/113.2
	13 =WA+S/113.2
	14 =WA+S/113.2
	1 =WA+S/113.2
	4 =WA+S/113.2
	8 =WA+S/113.2
	9 =WA+S/113.2
	10 =WA+S/113.2
	11 =WA+S/113.2
	12 =WA+S/113.2
	=SC
	+IO.RG
	W
	-W21
	Multi-line
	=SWCAE+RG/108.3
	=X3C
	+B
	X
	-X1
	Multi-line
	5 =SWC+B/106.8
	3 =SWC+B/106.8
	4 =SWC+B/106.83HAC026209-001
R1.CP/CS/CBUS
WATER AND
AIR UNIT
XS/XP101
ROBOT SIGNALS, 24VDC SUPPLY
WELD POWER
WELDING SIGNALS, 24VDC SUPPLY
24VDC SUPPLY, PARALLEL INTERFACE, PROP. VALVE
X104
X101
XP/XS13
XP/XS103
11
5/
23
0V
AC
C
AN
BU
S 
IN
TE
R
FA
C
E
SPOT WELDING
CABINET
SINGLE CABINET
CONTROLLER
XP/XS113
24
VD
C
 S
U
PP
LY
, W
EL
D
IN
G
 S
IG
N
AL
S
R
S2
32
/R
S4
85
PEDESTAL
GUN
Axis 1
R3.CP/CS
Axis 5
Axis 6
SG.WELD
SG.CP/CS
Axis 2
Axis 4
R2.CP/CS
Axis 3
Base
Prepared by, date:
54
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 53
26TotalSPOT PACK
Latest revision:
Approved by, date:
BLOCK DIAGRAM TYPE Se
Location:
Plant: =
+
+Sublocation:
SP
Se
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A
BLOCK DIAGRAM TYPE Se (servo gun)
IRBDP SW2
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Dashed cables: See circuit diagram DressPack, 3HAC026209-001
SPOT WELDING
CABINET
SINGLE CABINET
CONTROLLER
XP/XS113
24
VD
C
 S
U
PP
LY
, W
EL
D
IN
G
 S
IG
N
AL
S
R
S2
32
/R
S4
85
Servo gun
( axis 7 )
M
R3.CP/CS
R3.WELD
Axis 6
Axis 1
Axis 5
Axis 2
Axis 4
Axis 3
Base
R2.CP/CS
R2.WELD
R1.WELD
R1.CP/CS/CBUS
R1.SP
WATER AND
AIR UNIT
XS/XP101
24VDC SUPPLY, PARALLEL INTERFACE
WELD POWER
ROBOT SIGNALS, 24VDC SUPPLY
SERVO GUN POWER
XP/XS103
XP/XS7
X101
XP/XS13
11
5/
23
0V
AC
C
AN
BU
S 
IN
TE
R
FA
C
E
Prepared by, date:
+HSe/55
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 54
26TotalSPOT PACK
Latest revision:
Approved by, date:
BLOCK DIAGRAM TYPE Se - IRBDP SW5
Location:
Plant: =
+
+Sublocation:
SP
Se
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
BLOCK DIAGRAM TYPE Se (servo gun)
IRBDP SW5
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Dashed cables: See circuit diagram DressPack, 3HAC026209-001
3H
AC
02
94
44
-0
01
 
 C
AN
BU
S 
IN
TE
R
FA
C
E
3H
AC
02
94
46
-0
01
 
 2
4V
D
C
 S
U
PP
LY
, W
EL
D
IN
G
 S
IG
N
AL
S
SPOT WELDING
CABINET
SINGLE CABINET
CONTROLLER
3H
AC
02
94
86
-0
01
 
 R
S2
32
/R
S4
85
Servo gun
( axis 7 )
M
R3.CP/CS
R3.WELD
Axis 6
Axis 1
Axis 5
Axis 2
Axis 4
Axis 3
Base
R2.CP/CS
R2.WELD
CONNECTION BOX
R1.SP
R1.WELD
R1.CB
R1.CB
R1.CB
WATER AND
AIR UNIT
SERVO GUN POWER
CUSTOMER POWER
CUSTOMER SIGNAL
WELD POWER SWC.WELD
XP/XS7
SWC.24V
SWC.I/O
Prepared by, date:
+CAB/56
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 55
26TotalSPOT PACK
Latest revision:
Approved by, date:
BLOCK DIAGRAM TYPE HSe
Location:
Plant: =
+
+Sublocation:
SP
HSe
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A
BLOCK DIAGRAM TYPE HSe (material handling and servo gun)
IRBDP SW2
Single cabinet controller, IRC5: See circuit diagram, 3HAC024480-004.
Dashed cables: See circuit diagram DressPack, 3HAC026209-001
Base
R2.CP/CS
R2.WELD
R1.CP/CS/CBUS
R
3.
FB
7
WATER AND
AIR UNIT
XS/XP101
WELDING SIGNALS, 24VDC SUPPLY
ROBOT SIGNALS, 24VDC SUPPLY
POWER SERVOGUN
WELD POWER
24VDC SUPPLY, PARALLEL INTERFACE, PROP. VALVEXP/XS103
M
X101
Servo gun
XP/XS13
( axis 7 )
XP/XS7
X104
11
5/
23
0V
AC
C
AN
BU
S 
IN
TE
R
FA
C
E
SPOT WELDING
CABINET
SINGLE CABINET
CONTROLLER
XP/XS113
24
VD
C
 S
U
PP
LY
, W
EL
D
IN
G
 S
IG
N
AL
S
R
S2
32
/R
S4
85
PEDESTAL
GUN
FB.M7
R1.SP
Axis 1
Axis 5
Axis 6
SG.WELD
SG.CP/CS
R3.CP/CS
R3.WELD
Axis 2
Axis 4
Axis 3
RESOLVER/SMB SIGNALS
Prepared by, date:
+CON/57
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 56
26TotalSPOT PACK
Latest revision:
Approved by, date:
VIEW SPOT WELDING CABINET - STANDARD
Location:
Plant: =
+
+Sublocation:
SP
CAB
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A
REGION E
1
A
2
4
XT6.2
LEFT A-A
XP113 XS103
4
K103
MS101
LIN
E
LO
AD
XP113
XT5.4
A1
(+
)
LIN
E
A2
(-)
LO
AD
MED
LEFT
L1
XT5.6
XT5.5
T13
3
U
4
U
2D
X104
QC101
VE101
FZ101
X101
CONNECTION PLATE
FU100
QB101
XP/XS100
REGION A
B
1
DOOR
B
1
LIN
E
LO
AD
TOPP B-B
XT6.1
XT101
REGION E
QI101 (MFDC)
QI101 (AC)
K101
XT6.1
XT101
Front side
Back side
K102
4
5
LIN
E
6
LO
AD
LIN
E
LO
AD
FRONT
L1
T1 33 2
XT5.4
K101
A1
(+
)
A2
(-)
BACK
U
DL1
T1
XT5.5
XS105
XT5.6
LIN
E
XS105
LO
AD
A
1
X104
2
XS103
CONNECTION PLATE
A1
(+
)
A2
(-)
Prepared by, date:
+CAB/58
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 57
26TotalSPOT PACK
Latest revision:
Approved by, date:
CONNECTOR LAYOUT - IRBDP SW5
Location:
Plant: =
+
+Sublocation:
SP
CON
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
BLOCK DIAGRAM TYPE S
3HAC029396-001
3HAC029396-001
XP5.3
XT5.3
XS8.1
XT5.2
3HAC029470-001 3HAC029470-001
XS8.3XS8.1
XP5.1
XS8.2 XS8.3
XT5.1
3HAC029393-001 3HAC029393-001 3HAC029393-001 3HAC029393-001
XP5.2
Prepared by, date:
=SWCA+P.24V/100
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-03
Page 58
26TotalSPOT PACK
Latest revision:
Approved by, date:
VIEW SPOT WELDING CABINET
Location:
Plant: =
+
+Sublocation:
SP
CAB
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A
REGION E
FU100
2 8
A
BACK
A
B
CONNECTION PLATE
B
CABLE INLET
A
C
X3C
C
RIGHT C-CFRONTTOP B-BLEFT A-A
74 61
3
4
DOOR
5
LEFT
X101
3
51
62
CABLE INLET
10
QB101
XT101
Back side
XT5.1
Front side
XT5.2 XT5.3
VE101
9
CONNECTION PLATE
I/O BOARD 1
MED
XS/XP100
Prepared by, date:
=SWCE/101W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 100
26TotalPOWER SUPPLY, 24VDC, 115/230VAC
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
SWCA
P
24V
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A
SINGLE 
CABINET
SPOT
WELDING 
CABINET
+24VDC 0VDC
FAN UNIT
SE
E 
PA
G
E 
10
5,
 1
06
 o
r 1
07
BO
SC
H
 A
C
/M
FD
C
 - 
SI
G
N
AL
 O
R
M
ED
AR
 A
C
 - 
SI
G
N
AL
 O
R
M
ED
AR
 M
FD
C
 - 
SI
G
N
AL
115/230VAC 0VAC
0,75 0,75 0,75 0,75
X1
04
SE
E 
PA
G
E 
11
1
PE
D
ES
TA
L 
G
U
N
 (P
G
)
X1
04
SE
E 
PA
G
E 
11
3
W
AT
ER
 A
N
D
 
AI
R
 U
N
IT
-S
W
C
SEE PAGE 109, 111 and 113
ROBOT GUN (RG)
PEDESTAL GUN (PG)
WATER AND AIR UNIT-SWC
-1
01
1
AW
G
18
-1
01
3
AW
G
18 -1
01
4
AW
G
18
-1
02
5
AW
G
16
-1
02
6
AW
G
16-1
02
7
AW
G
16 -1029
AWG16
-1030
AWG16
-1
06
7
AW
G
18
-1
06
8
AW
G
18
-1
06
9
AW
G
18
-1
07
0
AW
G
18
-1
07
1
AW
G
20
-1
07
2
AW
G
20
-1
07
3
AW
G
20
-1
07
4
AW
G
20
-1075
AWG16
-1076
AWG16
-1077
AWG18
-1078 AWG18
-1079
AWG16
-1082
AWG18
-1083
AWG18
-1084 AWG18
-1
08
5
AW
G
18
-1
08
6A
W
G
16
-1090 AWG18
-1091 AWG18
-1092
AWG16
-1093
AWG18
-1
09
4A
W
G
18
-1
09
5
AW
G
18
-1
09
6
AW
G
18
-1097
AWG20
-1
09
8A
W
G
20
-1099 AWG18
-1100 AWG18
2
-F5
OPTION:
SERVICE
OUTLET
.6
OPTION:
790-1
-FZ101
-K
10
1
O
PT
IO
N
 7
90
-1
-K
10
2
13
14
-M
S1
01
OPTION: 
873 
TIP DRESSER
C1
C2-Q
B1
01
1114 .6
21 24 .1
14
11
-Q
B1
01
.8
21
24
-Q
B1
01
.8
A1
A2-Q
C
10
1
1211 .3
13 14 .4
11
12
-Q
C
10
1
OPTION:
MEDAR
AC/MFDC
13
14
-Q
C
10
1
OPTION:
BOSCH
AC/MFDC
CP/CS
35
POWER
3
AWG16 GNYE
AWG16
AWG21
2
2A
6
2A
8
-XS/XP61
-XS/XP113
124 3
-XT101
-XT5.4-XT5.5-XT5.6 -XT6.1
3
-F4
OPTION:
SERVICE
OUTLET
2 N(0)
-F5
2 6
-XT31
2
1
A1(3+)
A2(-4)
5
9A1(-)
A2(+)
A1
A2
13
14
-K
10
3
O
PT
IO
N
 8
73
1 3
-XS100
OPTION:
788-1
1 2 12 11
A1 A2 A11 A12 PEA4B1 B2 B12 B11A3
111 12311 4 5 67 21 21 2 1 2 3 4 5
2A
7
2A
5
OG
O
G
O
G
OG
OG
OG
OG
1,BK 2,BK
OG
OG
1, BK 2, BK GNYE
OG
O
G
O
G
OG
O
G
OG
OG
O
G
7:WH6:WH 5:WH4:WH9:WHRD 9:RD 10:YE 10:WHYE
O
G
O
G O
GO
G
O
G
OG
OG
OG
OG
O
G
OG
O
G
OG
O
G
O
G
O
G
+.
-1
03
3
 / 
VE
10
1
+.
-1
03
4
 / 
+.
-1
03
7
 / 
+.
-1
03
2
 / 
+.
-1
03
1
 / 
+.
-1
03
5
 / 
+.
-1
03
6
 / 
+.
-1
04
3
 / 
XS
/X
P1
03
+.
-1
04
4
 / 
+.
-1
05
3
 / 
Prepared by, date:
=SWC/102
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
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ep
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de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 101
26TotalPOWER SUPPLY, 24VDC, 115/230VAC
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
SWCE
P
24V
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
SINGLE 
CABINET
SPOT
WELDING 
CABINET
0,75
X1
04
+24VDC
SE
E 
PA
G
E 
11
1
PE
D
ES
TA
L 
G
U
N
 (P
G
)
X1
04
0,75 0,75
0VDC
SE
E 
PA
G
E 
11
3
W
AT
ER
 A
N
D
 
AI
R
 U
N
IT
-S
W
C
0,75
FAN UNIT
SE
E 
PA
G
E 
10
5,
 1
06
 o
r 1
07
BO
SC
H
 A
C
/M
FD
C
 - 
SI
G
N
AL
 O
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ED
AR
 A
C
 - 
SI
G
N
AL
 O
R
M
ED
AR
 M
FD
C
 - 
SI
G
N
AL
115/230VAC 0VAC
SEE PAGE 109, 111 and 113
ROBOT GUN (RG)
PEDESTAL GUN (PG)
WATER AND AIR UNIT-SWC
-1
01
1
AW
G
18
-1
01
3
AW
G
18
-1
01
4
AW
G
18
-1
02
5
AW
G
16
-1
02
6
AW
G
16
-1
02
7
AW
G
16
-1
02
8
AW
G
16
-1029
AWG16
-1030
AWG16
-1
06
7
AW
G
18
-1
06
8
AW
G
18
-1
06
9
AW
G
18
-1
07
0
AW
G
18
-1
07
1
AW
G
20
-1
07
2
AW
G
20
-1
07
3
AW
G
20
-1
07
4
AW
G
20
-1075
AWG16
-1076
AWG16-1077 AWG18
-1
07
8
AW
G
18
-1079 AWG18
-1080 AWG18
-1081 AWG18
-1082
AWG18
-1083AWG18
-1084 AWG18
-1
08
5
AW
G
18
-1
08
6
AW
G
18
-1090 AWG18
-1091 AWG18
-1
09
4A
W
G
18
-1
09
5
AW
G
18
-1
09
6
AW
G
18
-1097
AWG20
OPTION: 
873 
TIP DRESSER
-1
09
8A
W
G
18
-1099 AWG18
-1100 AWG18
2
-F5
OPTION:
SERVICE
OUTLET
.6
OPTION:
790-1
-FZ101
-K
10
1
O
PT
IO
N
 7
90
-1
-K
10
3
O
PT
IO
N
 8
73
13
14
-M
S1
01
C1
C2-Q
B1
01
1114 .7
23 24 .1
14
11
-Q
B1
01
.3
23
24
-Q
B1
01
.3
A1
A2-Q
C
10
1
1211 .4
13 14 .4
11
12
-Q
C
10
1
OPTION:
MEDAR
AC/MFDC
13
14
-Q
C
10
1
OPTION:
BOSCH
AC/MFDC
CP/CS
35
POWER
3
AWG16 GNYE
AWG16
AWG21
2
-XS/XP61
-XS/XP113
1234
-XT101
-XT5.4-XT5.5-XT5.6 -XT6.1-XT6.2
3
-F4
OPTION:
SERVICE
OUTLET
2 N(0)
-F5
13
14
2
1
A1(3+)
A2(-4)
A1
A2
1 3
-XS100
OPTION:
788-1
2 12 111
A3 A4A1 A2 A11 A12 PEB1 B2 B12 B11
111 123 4 5 67 21 2 111 2 1 2 3 421 3 4
2 6
-XT31
2A
8
2A
7
2A
6
2A
5
6,WH 4,WH 7,WH 5,WH9:WHRD 9:RD 10:YE 10:WHYE
O
G
O
G
OG
O
G
O
G
O
G
O
G
O
G
O
G
O
G
O
G
O
G
O
G
OG
OG
OG
OG
OG
OG
1,BK 2,BK
OG
OG
1, BK 2, BK GNYE
OG
O
G
OG
O
G
OG
O
G
OG
O
G
O
G
O
G
O
G
O
G
OG
OG
O
G
O
G
OG
+.
-1
04
3
 / 
XS
/X
P1
03
+.
-1
04
4
 / 
+.
-1
03
3
 / 
VE
10
1
+.
-1
03
4
 / 
+.
-1
03
7
 / 
+.
-1
03
2
 / 
+.
-1
03
1
 / 
+.
-1
03
5
 / 
+.
-1
03
6
 / 
+.
-1
05
3
 / 
Prepared by, date:
+.B/103
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
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in
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rm
at
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n 
co
nt
ai
ne
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n,
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se
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de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 102
26TotalPOWER SUPPLY, 24VDC
Latest revision:
Approved by, date:
COMPACT BOSCH AC
Location:
Plant: =
+
+Sublocation:
SWC
P
24V
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
SINGLE 
CABINET
SPOT
WELDING 
CABINET
CONNECTION
BOX
0V
FAN UNIT
24V 24V 0V
24V0V0V 24V
24V 0V 24V 0V
0V 24V
3HAC029446-001
0V 0V 0V 24V
-8
30
AW
G
18
-8
31
AW
G
18
-1001
AWG18
-1002
AWG18
-1
01
3
AW
G
18
-1
01
4
AW
G
18
-1
02
5
AW
G
18
-1
02
6
AW
G
18
-1
03
1
AW
G
18
-1
03
2
AW
G
18
-3HAC15620-1
AWG18
-3HAC15620-1
AWG18
-831
AWG18
-830
AWG18
-830
AWG18
-830
AWG18
-AWG21
-I/OB1
X1
.2
.3
.4
-I/OB1
X3
.2
.3
.4
-I/OB1
X4
.2
.2
.4
-I/OB1
X2
.2
.2
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3433
-K42
3433
-K43
-XS/XP8.1 -XS/XP8.3
-XT31
-XT/XP5.3
9 10 9 10 9 10 9 10
-X1S1
TIMER
BOSCH
3 4
12
-X1S2
TIMER
BOSCH
3 1
-XS100
OPTION:
788-1
26
1 2 1 4
1 212 3 4 5 6
124 310 9
-XT101
2A
6
2A
8
2A
7
2A
5
=SWCE-832 AWG18
2BK4BK 3BK 1BK
O
G
O
G
O
G
O
G
O
G
O
G
BU BU
1BK 2BK 3BK 4BK
O
G
O
G
OG
OG OG OG
OG
2 1
Prepared by, date:
104
W
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re
se
rv
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al
l r
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in
 th
is
 d
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de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 103
26TotalPOWER - WELD TIMER PHASES
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:SWC
P
B
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A & E
Incomming phases
(Customer) SPOT WELDING CABINET
EARTH FAULT
PROTECTION
ALT 1) BOSCH AC Outgoing phases
Incomming phases
(Customer) SPOT WELDING CABINET
EARTH FAULT
PROTECTION
ALT 2) BOSCH MFDC Outgoing phases
(10)
(10)
(10)
(10)
(10)
(10)
=-
U
1B
AW
G
4
AW
G
16
-1101AWG16 -1101AWG16
-1102AWG16 -1102AWG16
-1103AWG16 -1103AWG16
-1
10
4
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G
16
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10
4
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G
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G
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10
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10
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10
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16
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10
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16
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10
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G
16
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8
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G
16
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10
9
AW
G
16
2T1
1L1
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OPTION 873
4T2
3L2
2T1
1L1
-K103
OPTION 873
4T2
3L2
U1 V1 W1
PE
OPTION 807-1
TIP DRESSER
3~
M
U1 V1 W1
PE
OPTION 807-1
TIP DRESSER
3~
M
1
2
3
4
5
6
-MS101
OPTION 873
I> I>I>
1
2
3
4
5
6
-MS101
OPTION 873
I> I>I>
-P
E
AW
G
4
-P
E
AW
G
4
-P
E
AW
G
4
-P
E
AW
G
4
1
2
3
4
5
6
-QB101
I> I>I>
1
2
3
4
5
6
-QB101
I> I>I>
2T1
1L1
-QC101
OPTION 790-1
4T2
3L2
6T3
5L3
6T3
5L3
6T3
5L3
2T1
1L1
-QC101
OPTION 790-1
4T2
3L2
6T3
5L3
1
1
2
2
3
3
N
N
-QI101
1
1
2
2
3
3
N
N
-QI101
-R
D
-R
D
-R
D
-R
D
-R
D
-R
D
-R
D
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D
-U
1A
AW
G
1
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1A
AW
G
4
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G
1
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1A
AW
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1
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1A
AW
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4
PE
V
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PE
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OPTION 873
-XS/XP105
OPTION 873
L1
L2
L3
PE
L1
L2
L3
PE
U1 V1 W1
U2 V2
PE
-VE101
BOSCH
MFDC
U1 V1 PE
U2 V2
-VE101
BOSCH
AC
1 2 3 PE 1 2 3 PE
BK
BK
BK
BK
BK
BK
BK
G
N
YE
G
N
YE
BK
BK
BK
BK
BK
BK
G
N
YE
G
N
YE
BK
BK
BK
BK BK BK
BK BK BK
G
N
YE
GNYE1 2 3 GNYE1 2 3
BK
BK
BK
BK
BK
BK
BK
BK
BK
Prepared by, date:
=SWCAE+B./105
W
e 
re
se
rv
e 
al
l r
ig
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in
 th
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in
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co
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de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 104
26TotalPOWER - WELD TIMER PHASES
Latest revision:
Approved by, date:
COMPACT BOSCH AC
Location:
Plant: =
+
+Sublocation:
SWC
P
B
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
Incomming
phases
(Customer)
SPOT WELDING CABINET
ALT 3) BOSCH COMPACT
Outgoing
phases
3H
AC
02
51
66
-0
01
3HAC029395-001 3HAC029392-001
-3HAC3730-1-3HAC17137-1
-P
E
AW
G
4
1
2
3
4
5
6
-QB101
I> I>I>
1
2
3
-R2.WELD
PE
V
U
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1A
AW
G
1
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1B
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AW
G
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1B
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L1
L2
L3
PE
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COMPACT
BK
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K
BK
2B
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G
N
YE
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2BK
GNYE GNYE
2BK
1BK
Prepared by, date:
=SWC/106
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 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 105
26TotalSIGNAL
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
SWCAE
B
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A & E
BOSCH
AC/MFDC
SINGLE
CABINET
SPOT
WELDING 
CABINET
DEVICE NET KSR
SEE PAGE: 100 or 101
POWER SUPPLY
SEE PAGE: 109 or 111
RG or SG
SH
IE
LD
24
V
0V C
AN
_H
C
AN
_L
V-
R
EG
V-
R
EG
KS
R
KS
R
R
x-
Tx
-
Tx
+
R
x+
0V
OPTION: 796-1
EPV
-1
03
1
AW
G
18
-1
03
2
-1
03
3
-1
03
4
-1
03
5
-1036
-1
03
7
AW
G
18
-1038
AWG18
-1039
-1
04
0
AW
G
18
-1041 -1042-1087
AWG18
AWG26
8
-3HAB8277
5
AWG20
AWG24
2
AWG24
2
-A
35
.X
2
-A
39
.X
1
AWG18 AWG18
AWG16
-X
S/
XP
10
3
F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12-X
S/
XP
11
3
1 2 3 4 5 6 7 8 9 10 11 12-X
T5
.4
41 253
X4
-6
X4
-7
X8
-3
X4
-3
X8
-2
X2
-4
X4
-1
X1
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1
X2
-2
X3
-1
X3
-2
X3
-3
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-2
X1
0-
2
X4
-9
X4
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0
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1
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W
C
AE
+B
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13
24153
8
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CP/CS
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+.
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-X
P6
0
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RD BK2/RD 2/BK 1/WH 1/BU
1:
BU
1:
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BU
2:
O
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2:
W
H
O
G
3:
G
N
3:
W
H
G
N
BUOG OG OGOG OG
O
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O
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O
G
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2/
R
D
2/
BK
1/
W
H
1/
BU
5:
W
H
YE
5:
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4:
W
H
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4:
O
G
OG OG
GNYE
Prepared by, date:
+S.B/107
W
e 
re
se
rv
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al
l r
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in
 th
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in
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ly
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rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 106
26TotalTIMER SIGNAL
Latest revision:
Approved by, date:
COMPACT BOSCH AC
Location:
Plant: =
+
+Sublocation:
SWC
B
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
BOSCH
COMPACT
SINGLE
CABINET
SPOT
WELDING 
CABINET
SH
IE
LD
24
V
0V
DEVICE NET
C
AN
_H
C
AN
_L
DEVICE NET
R
x-
/T
x-
R
x-
/T
x-
R
x+
/T
x+
R
x+
/T
x+
0V
3HAC029444-001 3HAC029486-001
0...10V0VGND
SEE PAGE I/O SIGNALS SEE PAGE I/O SIGNALS
-3HAB8277-1
-3HAB8277-1
-3HAC025999-001
AWG26
-3HAC025999-001
-A
35
.X
2
-A
39
.X
1
-XT/XP5.2
41 253
24153
-I/
O
B1
X5
-I/
O
B2
X5
-VE101
1 11 14 13 12 3 4 5 6 7 8 9 10
=SWC+B-X2I
11 9 10 5 7 8
=SWC+B-X2O
=S
W
C
+B
-X
2U
=S
W
C
+B
-X
3C
3 5 1 4 2
123
9 10
1 3 2 9 5
5 3 4
1:
R
D
1:
BK
2:
W
H
2:
BU
1:
BU
1:
W
H
BU
2:
O
G
2:
W
H
O
G
3:
G
N
3:
W
H
G
N
Ba
re
 w
ire
1:
R
D
1:
BK
2:
W
H
2:
BU
1:
W
H
BU
1:
BU
2:
W
H
O
G
2:
O
G
Prepared by, date:
=SWCAE+RG./108
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 107
26TotalI/O SIGNALS
Latest revision:
Approved by, date:
COMPACT BOSCH AC
Location:
Plant: =
+
+Sublocation:
SWC
S
B
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
Region E
start1
weld/no weld, ext
fault reset
ackn. tip dress
ackn. tip change
temp ok
pressure ok
prog sel 1
prog sel 2
prog sel 4
prog sel 8
prog sel 16
prog sel 32
Weld complete
Timer ready
Weld fault
Tip dress req
Prewarning tip change
End of life tip change
SPOT WELDING 
CABINET
CONNECTION BOX
SPARE
SPARE
gun_open
hlift_open
temp_ok
SPARE
equalize
close_gun
open_hlift
close_hlift
SPARE
SPARE
flow2_ok
air_ok
SPARE
SPARE
SPARE
SPARE
flow1_nok
flow1_ok
start_water
pressure_ok
Press. output GND
Press. output (0..10V)
See page:
Customer 
signal - 
IRBDP SW5
See page:
Water and 
air unit
OPTION: 
WELD CONTACT FOR FUTURE TO CONTACTOR
SPARE
SPARE
3HAC029393-001
13
14
3
4
5
7
8
9
10
1
2
6
11
12
6
7
8
9
10
5
1
2
3
4
11
12
-3HAC2360-3
AWG24
-3HAC025999-1
-681
AWG20
-682 AWG20
-683 AWG20
-684 AWG20
-685 AWG20
-686 AWG20
-687
AWG20
-688
AWG20
-691
AWG20
-692
AWG20
-693 AWG20
-694 AWG20
-695 AWG20
-696 AWG20
-697 AWG20
-698 AWG20
-700AWG20
-701
AWG20
-702
AWG20
-703
AWG20
-704
AWG20
-705
AWG20
-706
AWG20
-707
AWG20
-707
AWG20
-709
AWG20
-709
AWG20
-710
AWG20
-711
AWG20
-712
AWG20
-713
AWG20
-714
AWG20
-I/OB1
X1
X2
X3
X4
-X2U
TIMER
BOSCH
COMPACT
-XS/XP8.1
-XS/XP8.2
-XS/XP8.3
-XT/XP5.2
-V101
1
11
14
13
12
5
6
7
8
9
10
3
4
X2I
11
9
10
5
8
7
X2O
1
2
3
4
5
6
7
8
1
2
3
4
5
6
7
8
123
1
2
3
4
5
6
7
8
1
2
3
4
5
6
11
12
13
14
1
2
3
4
5
6
7
8
9
10
11
12
13
14
7
8
9
10
11
12
13
14
-XT/XP5.1
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
1:WHBU
1:BU
2:WH/OG
2:OG
3:WH/GN
3:GN
4:WH/BN
4:BN
5:WH/GY
5:GY
6:RD/BU
6:BU
7:RD/OG
7:OG
10:RD/GY
10:GY
11:BK/BU
11:BU
12:BK/OG
12:OG
8:RD/GN
8:GN
9:RD/BN
9:BN
13:BK/GN
13:GN
1:WHBU
1:BU
2:OG
2:WHOG
Prepared by, date:
+PG/109
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 108
26TotalROBOT GUN (RG)
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
SWCAE
RG
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A & E
24V
24V
0V
0V
KSR
KSR
VOLT REG.
VOLT REG.
g1_flow1_ok
g1_flow2_ok
g1_air_ok
g1_start_water
g1_pressure_ok
g1_weld_power
g1_weld_contact
TIMER ON
g1_open_hlift. Pneu/Spare
g1_close_hlift. Pneu/Spare
g1_close_gun. Pneu/Spare
g1_gun_open. Pneu/Spare
g1_hlift_open. Pneu/Spare
g1_equalize. Servo/Pneu/Spare
g1_temp_ok. Servo/Pneu
KSR
KSR
VOLT REG.
VOLT REG.
IN 4
IN 5
IN 6
IN 7
IN 8
IN 9
IN 10
IN 11
0 VDC
OUT 1
OUT 6
OUT 7
OUT 8
OUT 9
OUT 10
OUT 16
DSQC
328
SINGLE CABINET SPOT WELDING CABINET
SE
E 
C
IR
C
U
IT
 D
IA
G
R
AM
 3
H
A0
26
20
9-
00
1
C
AB
LE
 T
O
 R
1.
C
P/
C
S
SE
E 
PA
G
E:
 1
05
, 1
06
Bo
sc
h 
AC
/M
FD
C
M
ed
ar
 A
C
SE
E 
PA
G
E:
 1
13
W
AT
ER
 A
N
D
 A
IR
 U
N
IT
 - 
SW
C
0 VDC
0 VDC
24 VDC
0 VDC
24 VDC
BU
BU
BU
BU
1:WHBU
1:BU
2:WHOG
2:OG
4
BU
-1094 / 
-1096 / 
-1095 / 
AW
G
16
2
1
2
-700AWG20
-701AWG20
-1003 AWG18
-1004 AWG18
-1005 AWG18
-1006 AWG18
-1007 AWG18
-1008 AWG18
-1009 AWG18
-1010 AWG18
-1011 AWG18
-1110AWG20
CP/CS
35
AWG24
-3HAC15654-1
-I/OBOARD1
DIGITAL I/O UNIT
AWG20
24
AWG24
16
AWG24
8
-X1
OUTPUT CH 1-8
-X2
OUTPUT CH 9-16
-X3
INPUT CH 1-8
-X4
INPUT CH 9-16
-XS/XP13
-XS/XP61 OPTION 873
B11
-XS/XP113
-XT6
-XT5.1
-XT5.4
3
12
5
7
6
-XT5.5
1
6
7
8
9
10
1
2
8
9
10
7
4
5
6
7
8
9
1
2
3
9 B12
B13
C19
B14
B11
B10
B9
B8
B7
B1
B2
A1
A2
A3
A4
9
3
4
5
7
8
6
10
21
22
23
24
11
1
2
B9
B3
B4
B5
B8
B6
B10
F7
F8
F5
F6
B7
B12
B1
B2
4
5
7
3
6
1
9
10
11
12
2
9
8
10
11
1
2
3
4
3
7
2
6
-XT31
+.IN-700AWG20
+.IN-703AWG20
+.RG-681AWG20
+.RG-682AWG20
+.RG-686AWG20
+.RG-687AWG20
+.RG-688AWG20
+.RG-691AWG20
+.RG-692AWG20
+.RG-698AWG20
+.RG-704AWG20
+.RG-705AWG20
+.RG-706AWG20
+.RG-707AWG20
+.RG-709AWG20
+.RG-710AWG20
+.RG-830AWG20
+.RG-831AWG20
+.RG-1088 AWG16
+.RG-1089 AWG16
AW
G
16
XS/XP60
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BN
OG
BK
RD
YE
BU
OG
YE
BU
RD
GN
BK
1/WH
1/BU
2/WH
2/OG
BN
1/WH
1/BU
2/WH
2/OG
9:RD
9:WHRD
10:YE
10:WHYE
8:WHOG
7:WHVT
7:VT
7:WHGY
8:WHBK
8:BK
7:GY
8:OG
4:WHOG
4:OG
5:WHYE
5:YE
OG
OG
OG
OG
OG
OG
OG
OG
OGSpare
Spare/Start tip dress
Spare/Mains on
Spare/Tip dress on
SE
E 
PA
G
E:
 1
05
Bo
sc
h 
AC
/M
FD
C
IN 2
IN 1
OUT 2
O
PT
IO
N
 8
73
SE
E 
PA
G
E:
 1
00
, 1
01
Po
w
er
 s
up
pl
ay
OUT 15
Prepared by, date:
=WA_AE+SWC/110
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 109
26TotalPEDESTAL GUN (PG)
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
SWCAE
PG
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
XT31.Terminal No. changed(3).
Rev. 06
REGION A & E
SINGLE CABINET
SPOT WELDING CABINET
PEDESTAL GUN
(CUST. CONN.)
24VDC
0VDC
SPARE
SPARE
SPARE
g1_open_hlift. Pneu/spare
g1_close_hlift. Pneu/spare
g1_close_gun. Pneu/spare
g1_gun_open. Pneu/spare
g1_hlift_open. Pneu/spare
g1_equalize.
Servo/Pneu/Spare
g1_temp_ok. Servo/Pneu
KSR
KSR
VOLT REG.
VOLT REG.
0,75
0,75
SHIELD
IN 4
IN 5
IN 6
IN 7
IN 8
IN 9
IN 10
IN 11
0 VDC
DSQC
328
OUT 1
OUT 6
OUT 7
RD
BK
GN/YE
BU
=SWC+-XT101_7 / 
=SWC+-XT101_3 / 
-1003 AWG18
-1004 AWG18
-1005 AWG18
-1006 AWG18
-1007 AWG18
-1008 AWG18
-1009 AWG18
-1010 AWG18
-1011 AWG18
-1013 AWG18
-1014 AWG18
-1015 AWG18
-1016 AWG18
-1017 AWG18
-1018 AWG18
-1019 AWG18
-1020 AWG18
-1021 AWG18
-1022 AWG18
-1023 AWG18
-1024 AWG18
AWG24
AWG24
2
CP/CS
35
AWG24
-SG.CP/CS
AWG16
AWG20
-X104
-XS/XP61
=SWCAE+PG-XS/XP113
-XS/XP113
6
2
3
7
-XT31
8
10
-XT5.4
3
4
5
7
-XT5.5
2
3
4
5
6
7
8
9
10
11
1
-XT5.6
C4
C5
B18
B19
B1
B2
B3
B4
B14
B20
B21
B22
B24
B25
B16
B17
1
2
4
5
3
-VE101_X3 -XS/XP5.7
1
2
4
5
3
13
14
15
16
17
18
19
4
3
9
7
8
6
10
5
-XS/XP60
5
6
7
3
4
11
1
2
12
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C11
C12
B9
B3
B4
B5
B7
B8
B6
B10
B11
B1
B2
B12
9
6
11
12
+.SG-681 AWG20
+.SG-686 AWG20
+.SG-687 AWG20
+.SG-688 AWG20
+.SG-691 AWG20
+.SG-692 AWG20
+.SG-698 AWG20
+.SG-703 AWG20
+.SG-704 AWG20
+.SG-705 AWG20
+.SG-706 AWG20
+.SG-707 AWG20
+.SG-709
AWG20
+.SG-710
AWG20
+.SG-711
AWG20
+.SG-830 AWG20
+.SG-831 AWG20
DIGITAL I/O UNIT
I/OBOARD1
OUTPUT CH 1-8
X1
OUTPUT CH 9-16
X2
INPUT CH 1-8
X3
INPUT CH 9-16
X4
1
6
7
8
9
10
1
2
8
9
10
4
5
6
7
8
9
1
2
3
9
1:WHBK
1:BK
6:WHGN
6:GN
6:WHBU
6:BU
9:BN
2:WHBN
2:BN
3:WHRD
4:WHOG
4:OG
5:WHYE
5:YE
3:RD
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
3:WHRD
2:WHBN
2:BN
3:RD
9:WHBN
10:WHYE
9:WHRD
9:RD
10:YE
1:WHBK
1:BK
6:WHGN
6:GN
6:WHBU
6:BU
9:BN
7:VT
7:WHVT
8:WHOG
8:WHBK
8:BK
7:GY
8:OG
7:WHGY
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU
OG
OG
OG
OG
OG
OG
OG
OG
OG
OUT 8
OUT 9
OUT 10
OUT 16
0 VDC
0 VDC
24 VDC
0 VDC
24 VDC
SE
E 
PA
G
E:
 1
05
BO
SC
H
 A
C
/M
FD
C
SE
E 
PA
G
E:
 1
05
BO
SC
H
 A
C
/M
FD
C
DRAIN
WIRE
0,75
0,75
SE
E 
PA
G
E:
 1
13
W
AT
ER
 A
N
D
 A
IR
 U
N
IT
 - 
SW
C
SE
E 
PA
G
E:
 1
08
R
ob
ot
 G
un
 (R
G
)
Prepared by, date:
+SB/111
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
ss
 a
ut
ho
rit
y 
is
 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 110
26TotalWATER AND AIR UNIT - SWC
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
WA_AE
SWC
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
XT31.Terminal No. changed(2).Rev. 06
REGION A & E
SPOT WELDING CABINET
DSQC
327A
IN 4
IN 5
IN 6
IN 7
0 VDC
IN 9
0 VDC
DSQC
328
OUT 6
OUT 7
0 VDC
24 VDC
OUT 16
0 VDC
24 VDC
SINGLE CABINET
SPARE
SPARE
SPARE
SPARE
WATER AND AIR UNIT
24V
0V
g1_flow1_ok
g1_flow2_ok
g1_air_ok
g1_start_water
g1_pressure_ok. Pneu
PROP. REF. Pneu
SPARE
SPARE
SPARE / g1_epvalve_ok
SPARE
SE
E 
PA
G
E:
 1
05
, 1
06
Bo
sc
h 
AC
/M
FD
C
M
ed
ar
 A
C
Option:
SEE PAGE: 105
Bosch AC/MFDC
YE
GN
GN/YE
GNYE
=W
A+
--X
T1
01
_6
 / 
=W
A+
--X
T1
01
_2
 / 
-1094 / 
-1095 / 
-1096 / 
-700 / 
-701 / 
-1110 / 
-682 / 
-1003 AWG18
-1004 AWG18
-1005 AWG18
-1006 AWG18
-1007 AWG18
-1008 AWG18
-1009 AWG18
-1010 AWG18
-1011 AWG18
-1043 AWG18
-1044 AWG18
-1045 AWG18
-1046 AWG18
-1047 AWG18
-1048 AWG18
-1049 AWG18
-1053 AWG18
-1085 AWG18
-1086 AWG18
-3HAC16844
AWG18
CP/CS
35
AWG24
-I/OBOARD1
DIGITAL I/O UNIT
AWG16
AWG16
-X1
OUTPUT CH 1-8
-X2
OUTPUT CH 9-16
4
5
6
7
9
-X3
INPUT CH 1-8
1
9
-X4
INPUT CH 9-16
-XS/XP61
-XS/XP101-XS/XP103
=WA_AE+SWC-XS/XP113
-XS/XP113
-XT5.4
-XT5.5
4
3
9
7
8
6
10
5
-XS/XP60
1
2
11
12
5
6
7
3
4
19
6
5
16
3
15
17
9
7
14
2
13
1
2
3
4
5
6
7
8
9
10
11
12
B1
B2
B3
B4
B5
B6
B7
B8
B9
B10
B11
B12
C10
C11
C12
C1
C2
8
9
10
3
4
5
6
7
1
2
11
6
2
-XT31
+.SG-686
AWG20
+.SG-687
AWG20
+.SG-698
AWG20
+.SG-703 AWG20
+.SG-704 AWG20
+.SG-705 AWG20
+.SG-706 AWG20
+.SG-709
AWG20
+.SG-830
AWG20
+.SG-831
AWG20
6
7
9
10
8
9
10
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
OG
BU
BU
BU
BU
BU
BU
BU
BU
BU
BU 9:WHRD
9:RD
7:WHVT
7:VT
7:WHGY
7:GY
8:WHBK
8:BK
8:WHOG
8:OG
10:WHYE
10:YE
2:WHBN
2:BN
9:WHBN
3:WHRD
3:RD
WH
VT
GY
WHBK
WHBN
RD
BK
BU
OG
BN
SPARE
SPARE
SPARE
SPARE
SPARE
O
PT
IO
N
 8
73
SE
E 
PA
G
E:
 1
00
, 1
01
Po
w
er
 s
up
pl
ay
O
PT
IO
N
 8
73
SE
E 
PA
G
E:
 1
09
R
ob
ot
 g
un
 (R
G
)
Prepared by, date:
112
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
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t a
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in
fo
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at
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ai
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ep
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io
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 fo
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 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 111
26TotalWATER AND AIR UNIT - SPLIT BOX
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
WA_AE
SB
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A & E
WATER
VALVE
MECHANICAL
0V
24V
SIGNAL
0V
SIGNAL
SIGNAL
24V
0V
SIGNAL
SIGNAL
24V
0V
SIGNAL
SIGNAL
FLOW 
CONTROL 1
OPTION:
FLOW 
CONTROL 2
OPTION:
PRESSURE 
SWITCH
0V
SIGNAL
24V
0V
SIGNAL
24V
0V
SIGNAL
OPTION: DIGITAL
WATER
VALVE
OPTION:
FLOW 
CONTROL 1
OPTION:
FLOW 
CONTROL 2(1*)
(1*)
(1*) TERMINAL 1 AND 4 STRAPPED IF NOT USED.
OPTION:
PROP. VALVE 1
PNEU.
(1*)
24V
PROP. REG.
0V
FEED BACK
24 VDC
0 VDC
SPARE / PROP. REF.
SPARE
SPARE
SPARE
SPARE
g1_flow1_ok
g1_flow2_ok
g1_air_ok
g1_start_water
SPARE / g1_pressure_ok
VALID FOR
3HAC16711-1 
3HAC16711-2
3HAC16711-3
3HAC16711-4
3HAC16711-5
3HAC16711-6
3HAC16711-7
3HAC16711-8
3HAC16711-9
3HAC16711-10
3HAC16711-11
3HAC16711-12
BN
BU
BK
WH
-SF101.2
BN
BU
BK
-SF101.2
BN
BU
BK
WH
-SF101.3
BN
BU
BK
-SF101.3
BN
WHBU
BK
-SF101.4
-SPLITBOX1
21
-VD101.1
21
-VD101.1
1
2
3
4
5
-XS/XP101.1 -XS/XP101.1
1
2
3
4
5
-XS/XP101.2 -XS/XP101.2
1
2
3
4
5
-XS/XP101.3 -XS/XP101.3
-XS/XP101.4
-XS/XP101.5
1
2
3
4
5
-XS/XP101.6
-PV1
19
6
5
16
3
15
17
9
7
14
2
13
-XS/XP101
/112.2
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
Prepared by, date:
=WA+S/113
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
t e
xp
re
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 a
ut
ho
rit
y 
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 s
tri
ct
ly
 fo
rb
id
de
n.
 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 112
26TotalWATER AND AIR UNIT - SPLIT BOX
Latest revision:
Approved by, date:
BOSCH AC/MFDC
Location:
Plant: =
+
+Sublocation:
WA_AE
SB
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION A & E
g1_flow1_ok
g1_flow2_ok
g1_air_ok
24 VDC
0 VDC
g1_start_water
SPARE / g1_pressure_ok
SPARE / PROP. REF.
SPARE
SPARE
g1_epvalve_ok
SPARE
(1*)
0V
SIGNAL
24V
0V
SIGNAL
SIGNAL
24V
0V
SIGNAL
SIGNAL
24V
SIGNAL
0V
SIGNAL
24V
PROP. REG.
0V
FEED BACK
MECHANICAL
WATER
VALVE
FLOW 
CONTROL 1
OPTION:
FLOW 
CONTROL 2
PRESSURE 
SWITCH
OPTION:
PROP. VALVE 1
PNEU.
(1*) TERMINAL 1 AND 4 STRAPPED IF NOT USED.
VALID FOR
3HAC027294-001
3HAC027294-002
3HAC027294-003
-J1
-J2
-J3
-J4
-J5
BN
BU
BK
WH
-SF101.2
BN
BU
BK
WH
-SF101.3
BN
WHBU
BK
-SF101.4
-SPLITBOX2
21
-VD101.1
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
-J6
-PV1
19
6
5
16
3
15
17
9
7
14
2
13
-XS/XP101
/111.2
Prepared by, date:
W
e 
re
se
rv
e 
al
l r
ig
ht
s 
in
 th
is
 d
oc
um
en
t a
nd
 in
 th
e 
in
fo
rm
at
io
n 
co
nt
ai
ne
d 
th
er
ei
n.
R
ep
ro
du
ct
io
n,
 u
se
 o
r 
di
sc
lo
su
re
 to
 th
ird
 p
ar
tie
s 
w
ith
ou
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xp
re
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 a
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ho
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tri
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ly
 fo
rb
id
de
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 ©
 C
op
yr
ig
ht
 2
00
3 
AB
B
2008-07-02
Page 113
26TotalWATER AND AIR UNIT 
Latest revision:
Approved by, date:
COMPACT BOSCH AC
Location:
Plant: =
+
+Sublocation:
WA
S
Document no.
Next
Rev. Ind
Lab/Office: Status:SWC IRC5 M2004
1 2 73 4 5 6 8
06
LCM 500000041477
3HAC026208-001
APPROVED
PERA, 2010-08-31 GUED, 2010-08-31
Rev. 06
REGION E
24 VDC
0 VDC
g1_flow1_nok
g1_flow1_ok
g1_start_water
g1_pressure_ok
Pressure output GND
Pressure outpt (0...10V)
SPARE
EARTH
0V
SIGNAL
24V
SIGNAL
SIGNAL
24V
INPUT
OUTPUT
GND
1
2
4
3
MECHANICAL
WATER
VALVE
FLOW 
CONTROL 1
OPTION: 796-1
PROP. VALVE 1
PNEU.
DELIVERED BY SMC
BN
WH
BK
BU
EARTH
BN
WH
BK
-SF101
21
-VD101
-PV1
7
13
14
1
4
8
9
10
11
12
-XS/XP8.3
	Page tree
	SP
	1 COPYRIGHT PAGE
	2 TITLE PAGE
	3 TABLE OF CONTENTS
	S
	50 BLOCK DIAGRAM TYPE S
	51 BLOCK DIAGRAM TYPE S - IRBDP SW5
	HS
	52 BLOCK DIAGRAM TYPE HS
	Se
	53 BLOCK DIAGRAM TYPE Se
	54 BLOCK DIAGRAM TYPE Se - IRBDP SW5
	HSe
	55 BLOCK DIAGRAM TYPE HSe
	CAB
	56 VIEW SPOT WELDING CABINET - STANDARD
	58 VIEW SPOT WELDING CABINET
	CON
	57 CONNECTOR LAYOUT - IRBDP SW5
	SWCA
	P.24V
	100 BOSCH AC/MFDC
	SWCE
	P.24V
	101 BOSCH AC/MFDC
	SWC
	P.24V
	102 COMPACT BOSCH AC
	P.B
	103 BOSCH AC/MFDC
	104 COMPACT BOSCH AC
	B
	106 COMPACT BOSCH AC
	S.B
	107 COMPACT BOSCH AC
	SWCAE
	B
	105 BOSCH AC/MFDC
	RG
	108 BOSCH AC/MFDC
	PG
	109 BOSCH AC/MFDC
	WA_AE
	SWC
	110 BOSCH AC/MFDC
	SB
	111 BOSCH AC/MFDC
	112 BOSCH AC/MFDC
	WA
	S
	113 COMPACT BOSCH AC
	Page list
	=SP+/1 COPYRIGHT PAGE
	=SP+/2 TITLE PAGE
	=SP+/3 TABLE OF CONTENTS
	=SP+S/50 BLOCK DIAGRAM TYPE S
	=SP+S/51 BLOCK DIAGRAM TYPE S - IRBDP SW5
	=SP+HS/52 BLOCK DIAGRAM TYPE HS
	=SP+Se/53 BLOCK DIAGRAM TYPE Se
	=SP+Se/54 BLOCK DIAGRAM TYPE Se - IRBDP SW5
	=SP+HSe/55 BLOCK DIAGRAM TYPE HSe
	=SP+CAB/56 VIEW SPOT WELDING CABINET - STANDARD
	=SP+CON/57 CONNECTOR LAYOUT - IRBDP SW5
	=SP+CAB/58 VIEW SPOT WELDING CABINET
	=SWCA+P.24V/100 BOSCH AC/MFDC
	=SWCE+P.24V/101 BOSCH AC/MFDC
	=SWC+P.24V/102 COMPACT BOSCH AC
	=SWC+P.B/103 BOSCH AC/MFDC
	=SWC+P.B/104 COMPACT BOSCH AC
	=SWCAE+B/105 BOSCH AC/MFDC
	=SWC+B/106 COMPACT BOSCH AC
	=SWC+S.B/107 COMPACT BOSCH AC
	=SWCAE+RG/108 BOSCH AC/MFDC
	=SWCAE+PG/109BOSCH AC/MFDC
	=WA_AE+SWC/110 BOSCH AC/MFDC
	=WA_AE+SB/111 BOSCH AC/MFDC
	=WA_AE+SB/112 BOSCH AC/MFDC
	=WA+S/113 COMPACT BOSCH AC
	Device tree
	+P.B
	U
	-U1B
	Multi-line
	=SWC+P.B/103.6
	=SWCA
	+P.24V
	(empty)
	-1011
	Multi-line
	=SWCA+P.24V/100.5
	-1013
	Multi-line
	=SWCA+P.24V/100.2
	-1014
	Multi-line
	=SWCA+P.24V/100.3
	-1025
	Multi-line
	=SWCA+P.24V/100.3
	-1026
	Multi-line
	=SWCA+P.24V/100.4
	-1027
	Multi-line
	=SWCA+P.24V/100.2
	-1029
	Multi-line
	=SWCA+P.24V/100.6
	-1030
	Multi-line
	=SWCA+P.24V/100.7
	-1067
	Multi-line
	=SWCA+P.24V/100.6
	-1068
	Multi-line
	=SWCA+P.24V/100.7
	-1069
	Multi-line
	=SWCA+P.24V/100.7
	-1070
	Multi-line
	=SWCA+P.24V/100.8
	-1071
	Multi-line
	=SWCA+P.24V/100.8
	-1072
	Multi-line
	=SWCA+P.24V/100.8
	-1073
	Multi-line
	=SWCA+P.24V/100.3
	-1074
	Multi-line
	=SWCA+P.24V/100.4
	-1075
	Multi-line
	=SWCA+P.24V/100.7
	-1076
	Multi-line
	=SWCA+P.24V/100.7
	-1077
	Multi-line
	=SWCA+P.24V/100.6
	-1078
	Multi-line
	=SWCA+P.24V/100.4
	-1079
	Multi-line
	=SWCA+P.24V/100.8
	-1082
	Multi-line
	=SWCA+P.24V/100.6
	-1083
	Multi-line
	=SWCA+P.24V/100.6
	-1084
	Multi-line
	=SWCA+P.24V/100.4
	-1085
	Multi-line
	=SWCA+P.24V/100.2
	-1086
	Multi-line
	=SWCA+P.24V/100.3
	-1090
	Multi-line
	=SWCA+P.24V/100.4
	-1091
	Multi-line
	=SWCA+P.24V/100.4
	-1092
	Multi-line
	=SWCA+P.24V/100.8
	-1093
	Multi-line
	=SWCA+P.24V/100.6
	-1094
	Multi-line
	=SWCA+P.24V/100.1
	-1095
	Multi-line
	=SWCA+P.24V/100.5
	-1096
	Multi-line
	=SWCA+P.24V/100.5
	-1097
	Multi-line
	=SWCA+P.24V/100.1
	-1098
	Multi-line
	=SWCA+P.24V/100.1
	-1099
	Multi-line
	=SWCA+P.24V/100.4
	-1100
	Multi-line
	=SWCA+P.24V/100.4
	F
	-F4
	Multi-line
	=SWCA+P.24V/100.7
	3 =SWCA+P.24V/100.8
	-F5
	Multi-line
	=SWCA+P.24V/100.6
	2 =SWCA+P.24V/100.6
	N(0) =SWCA+P.24V/100.8
	FZ
	-FZ101
	Multi-line
	=SWCA+P.24V/100.7
	K
	-K101
	Multi-line
	=SWCA+P.24V/100.5
	-B1
	Multi-line
	2;1 =SWCA+P.24V/100.7
	-K1
	Multi-line
	A1(3+);A2(-4) =SWCA+P.24V/100.6
	-K102
	Multi-line
	=SWCA+P.24V/100.6
	-B2
	Multi-line
	5;9 =SWCA+P.24V/100.8
	-K1
	Multi-line
	A1(-);A2(+) =SWCA+P.24V/100.6
	-K103
	Multi-line
	=SWCA+P.24V/100.4
	A1;A2 =SWCA+P.24V/100.5
	13;14 =SWCA+P.24V/100.5
	MS
	-MS101
	Multi-line
	13;14 =SWCA+P.24V/100.1
	PE
	-PE1
	Multi-line
	=SWCA+P.24V/100.8
	-PE2
	Multi-line
	=SWCA+P.24V/100.8
	QB
	-QB101
	Multi-line
	C1;C2 =SWCA+P.24V/100.8
	14;11 =SWCA+P.24V/100.6
	21;24 =SWCA+P.24V/100.1
	QC
	-QC101
	Multi-line
	A1;A2 =SWCA+P.24V/100.7
	11;12 =SWCA+P.24V/100.3
	13;14 =SWCA+P.24V/100.4
	W
	-W1
	Multi-line
	=SWCA+P.24V/100.1
	-W2
	Multi-line
	=SWCA+P.24V/100.6
	-W4
	Multi-line
	=SWCA+P.24V/100.8
	-W5
	Multi-line
	=SWCA+P.24V/100.2
	-W8
	Multi-line
	=SWCA+P.24V/100.5
	X
	-X1
	Multi-line
	6 =SWCA+P.24V/100.2
	7 =SWCA+P.24V/100.2
	5 =SWCA+P.24V/100.3
	8 =SWCA+P.24V/100.2
	1 =SWCA+P.24V/100.2
	1 =SWCA+P.24V/100.3
	2 =SWCA+P.24V/100.2
	2 =SWCA+P.24V/100.3
	-X2
	Multi-line
	7 =SWC+P.24V/102.7
	5 =SWC+P.24V/102.7
	-X3
	Multi-line
	6 =SWC+P.24V/102.7
	8 =SWC+P.24V/102.6
	XS
	-XS100
	Multi-line
	=SWCA+P.24V/100.5
	1 =SWCA+P.24V/100.5
	3 =SWCA+P.24V/100.5
	XS/XP
	-XS/XP61
	Multi-line
	=SWCA+P.24V/100.4
	1 =SWCA+P.24V/100.4
	2 =SWCA+P.24V/100.5
	12 =SWCA+P.24V/100.5
	11 =SWCA+P.24V/100.5
	-XS/XP113
	Multi-line
	=SWCA+P.24V/100.1
	A1 =SWCA+P.24V/100.3
	A2 =SWCA+P.24V/100.4
	A11 =SWCA+P.24V/100.6
	A12 =SWCA+P.24V/100.8
	PE =SWCA+P.24V/100.8
	A4 =SWCA+P.24V/100.3
	B1 =SWCA+P.24V/100.1
	B2 =SWCA+P.24V/100.5
	B12 =SWCA+P.24V/100.5
	B11 =SWCA+P.24V/100.5
	-XS/XP114
	Multi-line
	A3 =SWCA+P.24V/100.2
	XT
	-XT5.4
	Multi-line
	=SWCA+P.24V/100.4
	1 =SWCA+P.24V/100.5
	11 =SWCA+P.24V/100.5
	12 =SWCA+P.24V/100.5
	-XT5.5
	Multi-line
	3 =SWCA+P.24V/100.4
	-XT5.6
	Multi-line
	4 =SWCA+P.24V/100.4
	-XT5.7
	Multi-line
	5 =SWCA+P.24V/100.5
	-XT5.8
	Multi-line
	6 =SWCA+P.24V/100.6
	-XT5.9
	Multi-line
	7 =SWCA+P.24V/100.5
	-XT5.10
	Multi-line
	2 =SWCA+P.24V/100.5
	-XT5.5
	Multi-line
	=SWCA+P.24V/100.3
	-XT5.5
	Multi-line
	11 =SWCA+P.24V/100.3
	-XT5.6
	Multi-line
	=SWCA+P.24V/100.2
	-XT6.1
	Multi-line
	=SWCA+P.24V/100.6
	1 =SWCA+P.24V/100.6
	2 =SWCA+P.24V/100.7
	3 =SWCA+P.24V/100.7
	4 =SWCA+P.24V/100.8
	5 =SWCA+P.24V/100.8
	-XT31
	Multi-line
	=SWCA+P.24V/100.2
	2 =SWCA+P.24V/100.2
	6 =SWCA+P.24V/100.3
	-XT101
	Multi-line
	=SWCA+P.24V/100.2
	1 =SWCA+P.24V/100.4
	2 =SWCA+P.24V/100.3
	3 =SWCA+P.24V/100.3
	4 =SWCA+P.24V/100.3
	=SWCE
	+P.24V
	(empty)
	-832
	Multi-line
	=SWC+P.24V/102.7
	-1011
	Multi-line
	=SWCE+P.24V/101.5
	-1013
	Multi-line
	=SWCE+P.24V/101.2
	-1014
	Multi-line
	=SWCE+P.24V/101.3
	-1025
	Multi-line
	=SWCE+P.24V/101.2
	-1026
	Multi-line
	=SWCE+P.24V/101.4
	-1027
	Multi-line
	=SWCE+P.24V/101.2
	-1028
	Multi-line
	=SWCE+P.24V/101.2
	-1029
	Multi-line
	=SWCE+P.24V/101.7
	-1030
	Multi-line
	=SWCE+P.24V/101.8
	-1067
	Multi-line
	=SWCE+P.24V/101.7
	-1068
	Multi-line
	=SWCE+P.24V/101.7
	-1069
	Multi-line
	=SWCE+P.24V/101.8
	-1070
	Multi-line
	=SWCE+P.24V/101.8
	-1071
	Multi-line
	=SWCE+P.24V/101.3
	-1072
	Multi-line
	=SWCE+P.24V/101.4
	-1073
	Multi-line
	=SWCE+P.24V/101.4
	-1074
	Multi-line
	=SWCE+P.24V/101.4
	-1075
	Multi-line
	=SWCE+P.24V/101.7
	-1076
	Multi-line
	=SWCE+P.24V/101.7
	-1077
	Multi-line
	=SWCE+P.24V/101.4
	-1078
	Multi-line
	=SWCE+P.24V/101.3
	-1079
	Multi-line
	=SWCE+P.24V/101.4
	-1080
	Multi-line
	=SWCE+P.24V/101.4
	-1081
	Multi-line
	=SWCE+P.24V/101.4
	-1082
	Multi-line
	=SWCE+P.24V/101.6
	-1083
	Multi-line
	=SWCE+P.24V/101.6
	-1084
	Multi-line
	=SWCE+P.24V/101.4
	-1085
	Multi-line
	=SWCE+P.24V/101.2
	-1086
	Multi-line
	=SWCE+P.24V/101.3
	-1090
	Multi-line
	=SWCE+P.24V/101.4
	-1091
	Multi-line
	=SWCE+P.24V/101.4
	-1094
	Multi-line
	=SWCE+P.24V/101.1
	-1095
	Multi-line
	=SWCE+P.24V/101.5
	-1096
	Multi-line
	=SWCE+P.24V/101.5
	-1097
	Multi-line
	=SWCE+P.24V/101.1
	-1098
	Multi-line
	=SWCE+P.24V/101.1
	-1099
	Multi-line
	=SWCE+P.24V/101.4
	-1100
	Multi-line
	=SWCE+P.24V/101.4
	F
	-F4
	Multi-line
	=SWCE+P.24V/101.8
	3 =SWCE+P.24V/101.8
	-F5
	Multi-line
	=SWCE+P.24V/101.6
	2 =SWCE+P.24V/101.7
	N(0) =SWCE+P.24V/101.8
	FZ
	-FZ101
	Multi-line
	=SWCE+P.24V/101.7
	K
	-K101
	Multi-line
	=SWCE+P.24V/101.6
	-B1
	Multi-line
	2;1 =SWCE+P.24V/101.7
	-K1
	Multi-line
	A1(3+);A2(-4) =SWCE+P.24V/101.6
	-K103
	Multi-line
	=SWCE+P.24V/101.4
	-1
	Multi-line
	13;14 =SWCE+P.24V/101.5
	-K1
	Multi-line
	A1;A2 =SWCE+P.24V/101.5
	MS
	-MS101
	Multi-line
	13;14 =SWCE+P.24V/101.1
	PE
	-PE1
	Multi-line
	=SWCE+P.24V/101.8
	-PE2
	Multi-line
	=SWCE+P.24V/101.8
	QB
	-QB101
	Multi-line
	C1;C2 =SWCE+P.24V/101.3
	14;11 =SWCE+P.24V/101.7
	23;24 =SWCE+P.24V/101.1
	QC
	-QC101
	Multi-line
	A1;A2 =SWCE+P.24V/101.8
	11;12 =SWCE+P.24V/101.4
	13;14 =SWCE+P.24V/101.4
	W
	-W1
	Multi-line
	=SWCE+P.24V/101.1
	-W2
	Multi-line
	=SWCE+P.24V/101.7
	-W4
	Multi-line
	=SWCE+P.24V/101.8
	-W5
	Multi-line
	=SWCE+P.24V/101.2
	-W8
	Multi-line
	=SWCE+P.24V/101.5
	X
	-X1
	Multi-line
	8 =SWCE+P.24V/101.2
	7 =SWCE+P.24V/101.2
	6 =SWCE+P.24V/101.2
	5 =SWCE+P.24V/101.2
	XS
	-XS100
	Multi-line
	=SWCE+P.24V/101.5
	1 =SWCE+P.24V/101.5
	3 =SWCE+P.24V/101.5
	XS/XP
	-XS/XP61
	Multi-line
	=SWCE+P.24V/101.4
	2 =SWCE+P.24V/101.5
	12 =SWCE+P.24V/101.5
	11 =SWCE+P.24V/101.5
	1 =SWCE+P.24V/101.4
	-XS/XP113
	Multi-line
	=SWCE+P.24V/101.1
	A3 =SWCE+P.24V/101.2
	A4 =SWCE+P.24V/101.2
	A1 =SWCE+P.24V/101.2
	A2 =SWCE+P.24V/101.4
	A11 =SWCE+P.24V/101.7
	A12 =SWCE+P.24V/101.8
	PE =SWCE+P.24V/101.8
	B1 =SWCE+P.24V/101.1
	B2 =SWCE+P.24V/101.5
	B12 =SWCE+P.24V/101.5
	B11 =SWCE+P.24V/101.5
	XT
	-XT5.4
	Multi-line
	=SWCE+P.24V/101.4
	1 =SWCE+P.24V/101.511 =SWCE+P.24V/101.5
	12 =SWCE+P.24V/101.5
	-XT5.5
	Multi-line
	3 =SWCE+P.24V/101.5
	-XT5.6
	Multi-line
	4 =SWCE+P.24V/101.5
	-XT5.7
	Multi-line
	5 =SWCE+P.24V/101.6
	-XT5.8
	Multi-line
	6 =SWCE+P.24V/101.6
	-XT5.9
	Multi-line
	7 =SWCE+P.24V/101.5
	-XT5.10
	Multi-line
	2 =SWCE+P.24V/101.5
	-XT5.5
	Multi-line
	=SWCE+P.24V/101.2
	1 =SWCE+P.24V/101.3
	2 =SWCE+P.24V/101.3
	11 =SWCE+P.24V/101.3
	-XT5.6
	Multi-line
	=SWCE+P.24V/101.2
	1 =SWCE+P.24V/101.2
	2 =SWCE+P.24V/101.2
	-XT6.1
	Multi-line
	=SWCE+P.24V/101.6
	1 =SWCE+P.24V/101.7
	2 =SWCE+P.24V/101.7
	-XT6.2
	Multi-line
	3 =SWCE+P.24V/101.8
	-XT6.3
	Multi-line
	4 =SWCE+P.24V/101.8
	-XT6.2
	Multi-line
	=SWCE+P.24V/101.3
	2 =SWCE+P.24V/101.4
	-XT6.3
	Multi-line
	1 =SWCE+P.24V/101.3
	-XT6.4
	Multi-line
	3 =SWCE+P.24V/101.4
	-XT6.5
	Multi-line
	4 =SWCE+P.24V/101.4
	-XT31
	Multi-line
	=SWCE+P.24V/101.1
	2 =SWCE+P.24V/101.2
	6 =SWCE+P.24V/101.2
	-XT101
	Multi-line
	=SWCE+P.24V/101.1
	1 =SWCE+P.24V/101.4
	2 =SWCE+P.24V/101.3
	3 =SWCE+P.24V/101.3
	4 =SWCE+P.24V/101.2
	=SWC
	+P.24V
	(empty)
	-830
	Multi-line
	=SWC+P.24V/102.2
	=SWC+P.24V/102.3
	=SWC+P.24V/102.4
	-831
	Multi-line
	=SWC+P.24V/102.2
	=SWC+P.24V/102.3
	-1001
	Multi-line
	=SWC+P.24V/102.6
	-1002
	Multi-line
	=SWC+P.24V/102.6
	-1013
	Multi-line
	=SWC+P.24V/102.7
	-1014
	Multi-line
	=SWC+P.24V/102.7
	-1025
	Multi-line
	=SWC+P.24V/102.5
	-1026
	Multi-line
	=SWC+P.24V/102.5
	-1031
	Multi-line
	=SWC+P.24V/102.5
	-1032
	Multi-line
	=SWC+P.24V/102.5
	-(3HAC15620-1)
	Multi-line
	=SWC+P.24V/102.6
	AWG
	-AWG21
	Multi-line
	=SWC+P.24V/102.5
	E
	-E1
	Multi-line
	=SWC+P.24V/102.7
	-E2
	Multi-line
	=SWC+P.24V/102.7
	HAC
	-3HAC15620
	-1
	Multi-line
	=SWC+P.24V/102.5
	=SWC+P.24V/102.7
	I/OB
	-I/OB1
	Multi-line
	=SWC+P.24V/102.2
	=SWC+P.24V/102.3
	=SWC+P.24V/102.4
	9 =SWC+P.24V/102.2
	10 =SWC+P.24V/102.2
	-I/OB11
	Multi-line
	9 =SWC+P.24V/102.2
	10 =SWC+P.24V/102.3
	-I/OB12
	Multi-line
	9 =SWC+P.24V/102.3
	10 =SWC+P.24V/102.3
	-I/OB13
	Multi-line
	9 =SWC+P.24V/102.4
	10 =SWC+P.24V/102.4
	K
	-K42
	Multi-line
	34;33 =SWC+P.24V/102.6
	-K43
	Multi-line
	34;33 =SWC+P.24V/102.6
	X
	-X1S1
	Multi-line
	=SWC+P.24V/102.5
	1 =SWC+P.24V/102.5
	2 =SWC+P.24V/102.5
	3 =SWC+P.24V/102.5
	4 =SWC+P.24V/102.5
	5 =SWC+P.24V/102.5
	6 =SWC+P.24V/102.6
	-X1S2
	Multi-line
	=SWC+P.24V/102.2
	1 =SWC+P.24V/102.2
	2 =SWC+P.24V/102.2
	XS
	-XS100
	Multi-line
	=SWC+P.24V/102.5
	1 =SWC+P.24V/102.6
	3 =SWC+P.24V/102.5
	XS/XP
	-XS/XP8.1
	Multi-line
	=SWC+P.24V/102.6
	1 =SWC+P.24V/102.6
	1 =SWC+P.24V/102.7
	2 =SWC+P.24V/102.6
	4 =SWC+P.24V/102.7
	-XS/XP8.3
	Multi-line
	=SWC+P.24V/102.7
	-XS/XP60
	Multi-line
	2 =SWC+P.24V/102.5
	6 =SWC+P.24V/102.5
	XT
	-XT31
	Multi-line
	=SWC+P.24V/102.5
	-XT101
	Multi-line
	=SWC+P.24V/102.5
	1 =SWC+P.24V/102.8
	2 =SWC+P.24V/102.8
	3 =SWC+P.24V/102.8
	4 =SWC+P.24V/102.7
	9 =SWC+P.24V/102.5
	10 =SWC+P.24V/102.5
	XT/XP
	-XT/XP5.1
	Multi-line
	1 =SWC+P.24V/102.7
	3 =SWC+P.24V/102.7
	2 =SWC+P.24V/102.7
	4 =SWC+P.24V/102.7
	-XT/XP5.3
	Multi-line
	=SWC+P.24V/102.7
	+P.B
	(empty)
	-1
	Multi-line
	=SWC+P.B/103.1
	-1101
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	-1102
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	-1103
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	-1104
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	-1105
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	-1106
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	-1107
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	-1108
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	-1109
	Multi-line
	=SWC+P.B/103.1
	-1124
	Multi-line
	=SWC+P.B/103.5
	-1125
	Multi-line
	=SWC+P.B/103.1
	-1126
	Multi-line
	=SWC+P.B/103.1
	-1127
	Multi-line
	=SWC+P.B/103.5
	HAC
	-3HAC3730
	-1
	Multi-line
	=SWC+P.B/104.4
	-3HAC17137
	-1
	Multi-line
	=SWC+P.B/104.3
	K
	-K103
	Multi-line
	2T1;1L1 =SWC+P.B/103.1
	2T1;1L1 =SWC+P.B/103.5
	4T2;3L2 =SWC+P.B/103.1
	4T2;3L2 =SWC+P.B/103.5
	M
	-M1
	Multi-line
	U1;V1;W1;PE =SWC+P.B/103.1
	-M2
	Multi-line
	U1;V1;W1;PE =SWC+P.B/103.5
	MS
	-MS101
	Multi-line
	1;2;3;4;5;6 =SWC+P.B/103.1
	1;2;3;4;5;6 =SWC+P.B/103.5
	PE
	-PE
	Multi-line
	=SWC+P.B/103.3
	=SWC+P.B/103.7
	=SWC+P.B/104.2
	-PE3
	Multi-line
	=SWC+P.B/103.4
	-PE4
	Multi-line
	=SWC+P.B/103.8
	-PE5
	Multi-line
	=SWC+P.B/103.2
	-PE6
	Multi-line
	=SWC+P.B/103.6
	-PE10
	Multi-line
	=SWC+P.B/104.3
	QB
	-QB101
	Multi-line
	1;2;3;4;5;6 =SWC+P.B/103.2
	1;2;3;4;5;6 =SWC+P.B/103.6
	1;2;3;4;5;6 =SWC+P.B/104.1
	QC
	-QC101
	Multi-line
	2T1;1L1 =SWC+P.B/103.2
	2T1;1L1 =SWC+P.B/103.6
	4T2;3L2 =SWC+P.B/103.2
	4T2;3L2 =SWC+P.B/103.6
	6T3;5L3 =SWC+P.B/103.3
	6T3;5L3 =SWC+P.B/103.7
	-QC103
	Multi-line
	6T3;5L3 =SWC+P.B/103.1
	-QC104
	Multi-line
	6T3;5L3 =SWC+P.B/103.5
	QI
	-QI101
	Multi-line
	1;1;2;2;3;3;N;N =SWC+P.B/103.2
	1;1;2;2;3;3;N;N =SWC+P.B/103.6
	R
	-R2.WELD
	Multi-line
	=SWC+P.B/104.4
	1 =SWC+P.B/104.4
	2 =SWC+P.B/104.4
	3 =SWC+P.B/104.4
	-R3.WELD
	Multi-line
	=SWC+P.B/104.4
	PE =SWC+P.B/104.4
	U =SWC+P.B/104.4
	V =SWC+P.B/104.4
	RD
	-RD
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.3
	=SWC+P.B/103.6
	=SWC+P.B/103.7
	U
	-U1
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.3
	L1 =SWC+P.B/103.1
	L2 =SWC+P.B/103.1
	L3 =SWC+P.B/103.1
	PE =SWC+P.B/103.1
	=SWC+P.B/103.7
	-U1A
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	=SWC+P.B/104.1
	-U1B
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/104.1
	-U2
	Multi-line
	=SWC+P.B/103.5
	L1 =SWC+P.B/103.5
	L2 =SWC+P.B/103.5
	L3 =SWC+P.B/103.5
	PE =SWC+P.B/103.5
	-U3
	Multi-line
	=SWC+P.B/104.1
	L1 =SWC+P.B/104.1
	L2 =SWC+P.B/104.1
	L3 =SWC+P.B/104.1
	PE =SWC+P.B/104.1
	V
	-V1A
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	=SWC+P.B/104.2
	-V1B
	Multi-line
	=SWC+P.B/103.3
	=SWC+P.B/103.7
	=SWC+P.B/104.2
	VE
	-VE101
	Multi-line
	=SWC+P.B/103.2
	=SWC+P.B/103.6
	=SWC+P.B/104.1
	PE =SWC+P.B/103.3
	PE =SWC+P.B/103.7
	PE =SWC+P.B/104.2
	U1 =SWC+P.B/103.2
	U1 =SWC+P.B/103.6
	U1 =SWC+P.B/104.1
	U2 =SWC+P.B/103.2
	U2 =SWC+P.B/103.6
	U2 =SWC+P.B/104.1
	V1 =SWC+P.B/103.2
	V1 =SWC+P.B/103.6
	V1 =SWC+P.B/104.2
	V2 =SWC+P.B/103.3
	V2 =SWC+P.B/103.7
	V2 =SWC+P.B/104.2
	W1 =SWC+P.B/103.7
	W
	-W1A
	Multi-line
	=SWC+P.B/103.7
	-W2
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.2
	-W3
	Multi-line
	=SWC+P.B/103.5
	X
	-X101
	Multi-line
	=SWC+P.B/103.4
	=SWC+P.B/103.8
	=SWC+P.B/104.3
	PE =SWC+P.B/103.4
	PE =SWC+P.B/103.8
	U =SWC+P.B/103.4
	U =SWC+P.B/103.8
	V =SWC+P.B/103.4
	V =SWC+P.B/103.8
	XS/XP
	-XS/XP105
	Multi-line
	=SWC+P.B/103.1
	=SWC+P.B/103.5
	1 =SWC+P.B/103.1
	2 =SWC+P.B/103.1
	3 =SWC+P.B/103.1
	PE =SWC+P.B/103.2
	-XS/XP106
	Multi-line
	1 =SWC+P.B/103.5
	2 =SWC+P.B/103.5
	3 =SWC+P.B/103.5
	PE =SWC+P.B/103.6
	+B
	(empty)
	-1104
	Multi-line
	=SWC+B/106.7
	-1105
	Multi-line
	=SWC+B/106.7
	-1106
	Multi-line
	=SWC+B/106.7
	-1107
	Multi-line
	=SWC+B/106.7
	-1108
	Multi-line
	=SWC+B/106.4
	A
	-A35.X2
	Multi-line
	=SWC+B/106.5
	4 =SWC+B/106.6
	1 =SWC+B/106.6
	2 =SWC+B/106.6
	5 =SWC+B/106.6
	3 =SWC+B/106.5
	-A39.X1
	Multi-line
	=SWC+B/106.7
	HAB
	-3HAB8277
	-1
	Multi-line
	=SWC+B/106.7
	=SWC+B/106.5
	HAC
	-3HAC025999
	-001
	Multi-line
	=SWC+B/106.5
	=SWC+B/106.7
	I/OB
	-I/OB1
	Multi-line
	=SWC+B/106.5
	-I/OB2
	Multi-line
	=SWC+B/106.7
	VE
	-VE101
	Multi-line
	=SWC+B/106.1
	W
	-W1
	Multi-line
	=SWC+B/106.5
	-W7
	Multi-line
	=SWC+B/106.8
	-W8
	Multi-line
	=SWC+B/106.7
	-W9
	Multi-line
	=SWC+B/106.5
	X
	-X2I
	Multi-line
	=SWC+B/106.1
	1 =SWC+B/106.1
	3 =SWC+B/106.2
	4 =SWC+B/106.2
	5 =SWC+B/106.2
	6 =SWC+B/106.2
	7 =SWC+B/106.2
	8 =SWC+B/106.3
	9 =SWC+B/106.310 =SWC+B/106.3
	11 =SWC+B/106.1
	12 =SWC+B/106.2
	13 =SWC+B/106.1
	14 =SWC+B/106.1
	-X2O
	Multi-line
	=SWC+B/106.3
	5 =SWC+B/106.4
	7 =SWC+B/106.4
	8 =SWC+B/106.4
	9 =SWC+B/106.3
	10 =SWC+B/106.3
	11 =SWC+B/106.3
	-X2U
	Multi-line
	=SWC+B/106.4
	-X2U1
	Multi-line
	2 =SWC+B/106.5
	-X3C
	Multi-line
	=SWC+B/106.7
	XS/XP
	-XS/XP1
	Multi-line
	=SWC+B/106.5
	XT/XP
	-XT/XP5.2
	Multi-line
	10 =SWC+B/106.5
	x
	-x1
	Multi-line
	2 =SWC+B/106.7
	+S.B
	(empty)
	-1
	Multi-line
	=SWC+S.B/107.2
	-681
	Multi-line
	=SWC+S.B/107.4
	-682
	Multi-line
	=SWC+S.B/107.2
	-683
	Multi-line
	=SWC+S.B/107.2
	-684
	Multi-line
	=SWC+S.B/107.2
	-685
	Multi-line
	=SWC+S.B/107.2
	-686
	Multi-line
	=SWC+S.B/107.2
	-687
	Multi-line
	=SWC+S.B/107.4
	-688
	Multi-line
	=SWC+S.B/107.4
	-691
	Multi-line
	=SWC+S.B/107.4
	-692
	Multi-line
	=SWC+S.B/107.4
	-693
	Multi-line
	=SWC+S.B/107.2
	-694
	Multi-line
	=SWC+S.B/107.2
	-695
	Multi-line
	=SWC+S.B/107.2
	-696
	Multi-line
	=SWC+S.B/107.2
	-697
	Multi-line
	=SWC+S.B/107.2
	-698
	Multi-line
	=SWC+S.B/107.2
	-700
	Multi-line
	=SWC+S.B/107.2
	-701
	Multi-line
	=SWC+S.B/107.2
	-702
	Multi-line
	=SWC+S.B/107.2
	-703
	Multi-line
	=SWC+S.B/107.2
	-704
	Multi-line
	=SWC+S.B/107.4
	-705
	Multi-line
	=SWC+S.B/107.4
	-706
	Multi-line
	=SWC+S.B/107.4
	-707
	Multi-line
	=SWC+S.B/107.2
	=SWC+S.B/107.4
	-709
	Multi-line
	=SWC+S.B/107.2
	=SWC+S.B/107.4
	-710
	Multi-line
	=SWC+S.B/107.4
	-711
	Multi-line
	=SWC+S.B/107.4
	-712
	Multi-line
	=SWC+S.B/107.2
	-713
	Multi-line
	=SWC+S.B/107.2
	-714
	Multi-line
	=SWC+S.B/107.2
	-(3HAC025999-)1
	Multi-line
	=SWC+S.B/107.4
	HAC
	-3HAC2360
	-3
	Multi-line
	=SWC+S.B/107.6
	-3HAC025999
	-1
	Multi-line
	=SWC+S.B/107.4
	I/OB
	-I/OB1
	Multi-line
	=SWC+S.B/107.3
	V
	-V101
	Multi-line
	=SWC+S.B/107.1
	W
	-W1
	Multi-line
	=SWC+S.B/107.5
	-W2
	Multi-line
	=SWC+S.B/107.6
	-W3
	Multi-line
	=SWC+S.B/107.4
	X
	-X1
	Multi-line
	=SWC+S.B/107.3
	1 =SWC+S.B/107.3
	2 =SWC+S.B/107.3
	3 =SWC+S.B/107.3
	4 =SWC+S.B/107.3
	5 =SWC+S.B/107.3
	6 =SWC+S.B/107.3
	7 =SWC+S.B/107.3
	8 =SWC+S.B/107.3
	-X2
	Multi-line
	=SWC+S.B/107.3
	-X2I
	Multi-line
	=SWC+S.B/107.1
	1 =SWC+S.B/107.1
	3 =SWC+S.B/107.1
	4 =SWC+S.B/107.1
	5 =SWC+S.B/107.1
	6 =SWC+S.B/107.1
	7 =SWC+S.B/107.1
	8 =SWC+S.B/107.1
	9 =SWC+S.B/107.1
	10 =SWC+S.B/107.1
	11 =SWC+S.B/107.1
	12 =SWC+S.B/107.1
	13 =SWC+S.B/107.1
	14 =SWC+S.B/107.1
	-X2O
	Multi-line
	=SWC+S.B/107.1
	5 =SWC+S.B/107.1
	7 =SWC+S.B/107.1
	8 =SWC+S.B/107.1
	9 =SWC+S.B/107.1
	10 =SWC+S.B/107.1
	11 =SWC+S.B/107.1
	-X2U
	Multi-line
	=SWC+S.B/107.4
	-X2U1
	Multi-line
	1 =SWC+S.B/107.4
	2 =SWC+S.B/107.4
	3 =SWC+S.B/107.4
	-X3
	Multi-line
	=SWC+S.B/107.3
	-X4
	Multi-line
	=SWC+S.B/107.3
	XS/XP
	-XS/XP8.1
	Multi-line
	=SWC+S.B/107.6
	1 =SWC+S.B/107.7
	11 =SWC+S.B/107.7
	2 =SWC+S.B/107.7
	12 =SWC+S.B/107.7
	3 =SWC+S.B/107.7
	13 =SWC+S.B/107.7
	4 =SWC+S.B/107.7
	14 =SWC+S.B/107.7
	5 =SWC+S.B/107.7
	6 =SWC+S.B/107.7
	7 =SWC+S.B/107.7
	8 =SWC+S.B/107.7
	9 =SWC+S.B/107.7
	10 =SWC+S.B/107.7
	-XS/XP8.2
	Multi-line
	=SWC+S.B/107.6
	-XS/XP8.3
	Multi-line
	=SWC+S.B/107.6
	7 =SWC+S.B/107.7
	8 =SWC+S.B/107.7
	9 =SWC+S.B/107.7
	10 =SWC+S.B/107.7
	11 =SWC+S.B/107.7
	12 =SWC+S.B/107.7
	13 =SWC+S.B/107.7
	14 =SWC+S.B/107.7
	XT/XP
	-XT/XP5.1
	Multi-line
	=SWC+S.B/107.5
	-XT/XP5.2
	Multi-line
	=SWC+S.B/107.5
	+MAC
	DN
	-DN3
	Multi-line
	=SWC+B/106.5
	-DN2
	Multi-line
	=SWC+B/106.7
	-DN1
	Multi-line
	=SWC+B/106.5
	-DN4
	Multi-line
	=SWC+B/106.7
	A
	-A39.X1
	-A39.X1
	Multi-line
	1 =SWC+B/106.8
	3 =SWC+B/106.8
	2 =SWC+B/106.8
	9 =SWC+B/106.8
	5 =SWC+B/106.8
	+B.MFDC
	U
	-U1
	Multi-line
	=SWC+B/106.5
	+S.24V
	XT/XP
	-XT/XP5.1
	-XT/XP5.1
	Multi-line
	13 =SWC+S.B/107.5
	14 =SWC+S.B/107.5
	3 =SWC+S.B/107.5
	4 =SWC+S.B/107.5
	5 =SWC+S.B/107.5
	7 =SWC+S.B/107.5
	8 =SWC+S.B/107.5
	9 =SWC+S.B/107.5
	10 =SWC+S.B/107.5
	1 =SWC+S.B/107.5
	2 =SWC+S.B/107.5
	6 =SWC+S.B/107.5
	11 =SWC+S.B/107.5
	12 =SWC+S.B/107.5
	-XT/XP5.2
	-XT/XP5.2
	Multi-line
	6 =SWC+S.B/107.5
	7 =SWC+S.B/107.5
	8 =SWC+S.B/107.5
	9 =SWC+S.B/107.5
	10 =SWC+S.B/107.5
	5 =SWC+S.B/107.5
	1 =SWC+S.B/107.5
	2 =SWC+S.B/107.5
	3 =SWC+S.B/107.5
	4 =SWC+S.B/107.5
	11 =SWC+S.B/107.5
	12 =SWC+S.B/107.5
	=SWCAE
	+B
	(empty)
	-1031
	Multi-line
	=SWCAE+B/105.1
	-1032
	Multi-line
	=SWCAE+B/105.1
	-1033
	Multi-line
	=SWCAE+B/105.1
	-1034
	Multi-line
	=SWCAE+B/105.2
	-1035
	Multi-line
	=SWCAE+B/105.2
	-1036
	Multi-line
	=SWCAE+B/105.2
	-1037
	Multi-line
	=SWCAE+B/105.2
	-1038
	Multi-line
	=SWCAE+B/105.4
	-1039
	Multi-line
	=SWCAE+B/105.4
	-1040
	Multi-line
	=SWCAE+B/105.3
	-1041
	Multi-line
	=SWCAE+B/105.3
	-1042
	Multi-line
	=SWCAE+B/105.3
	-1087
	Multi-line
	=SWCAE+B/105.3
	-1088
	Multi-line
	=SWCAE+B/105.5
	-1089
	Multi-line
	=SWCAE+B/105.8
	-1090
	Multi-line
	=SWCAE+B/105.6
	-1091
	Multi-line
	=SWC+P.24V/102.6
	-1092
	Multi-line
	=SWC+P.24V/102.6
	-1093
	Multi-line
	=SWC+B/106.5
	-1094
	Multi-line
	=SWC+B/106.5
	A
	-A35.X2
	Multi-line
	=SWCAE+B/105.5
	4 =SWCAE+B/105.5
	1 =SWCAE+B/105.5
	2 =SWCAE+B/105.5
	5 =SWCAE+B/105.5
	3 =SWCAE+B/105.5
	-A39.X1
	Multi-line
	=SWCAE+B/105.7
	E
	-E1
	Multi-line
	=SWCAE+B/105.4
	HAB
	-3HAB6266
	Multi-line
	=SWCAE+B/105.7
	-3HAB8277
	Multi-line
	=SWCAE+B/105.5
	-3HAB8303
	Multi-line
	=SWCAE+B/105.7
	HAC
	-3HAC021579
	Multi-line
	=SWCAE+B/105.6
	=SWCAE+B/105.8
	RS
	-RS1
	Multi-line
	=SWCAE+B/105.6
	VE
	-VE101
	Multi-line
	=SWCAE+B/105.1
	X2-1 =SWCAE+B/105.8
	X2-2 =SWCAE+B/105.4
	X2-4 =SWCAE+B/105.3
	X2-5 =SWCAE+B/105.8
	X3-1 =SWCAE+B/105.6
	X3-2 =SWCAE+B/105.6
	X3-3 =SWCAE+B/105.7
	X3-4 =SWCAE+B/105.7
	X3-5 =SWCAE+B/105.7
	X4-1 =SWCAE+B/105.3
	X4-2 =SWCAE+B/105.4
	X4-3 =SWCAE+B/105.3
	X4-6 =SWCAE+B/105.1
	X4-7 =SWCAE+B/105.1
	X4-9 =SWCAE+B/105.4
	X4-10 =SWCAE+B/105.4
	X4-11 =SWCAE+B/105.4
	X4-12 =SWCAE+B/105.4
	X8-2 =SWCAE+B/105.3
	X8-3 =SWCAE+B/105.2
	X10-1 =SWCAE+B/105.3
	X10-2 =SWCAE+B/105.4
	=SWCAE+B/105.8
	W
	-W1
	Multi-line
	=SWCAE+B/105.4
	-W2
	Multi-line
	=SWCAE+B/105.4
	-W3
	Multi-line
	=SWCAE+B/105.4
	X
	-X13
	Multi-line
	=SWCAE+B/105.5
	XS/XP
	-XS/XP103
	Multi-line
	=SWCAE+B/105.8
	8 =SWCAE+B/105.8
	-XS/XP113
	Multi-line
	=SWCAE+B/105.4
	001 =SWCAE+B/105.4
	F1 =SWCAE+B/105.5
	F2 =SWCAE+B/105.5
	F3 =SWCAE+B/105.5
	F4 =SWCAE+B/105.5
	F5 =SWCAE+B/105.6
	F6 =SWCAE+B/105.6
	F7 =SWCAE+B/105.6
	F8 =SWCAE+B/105.6
	F9 =SWCAE+B/105.7
	F10 =SWCAE+B/105.7
	F11 =SWCAE+B/105.7
	F12 =SWCAE+B/105.7
	-1
	Multi-line
	=SWCAE+B/105.8
	XT
	-XT5.4
	Multi-line
	=SWCAE+B/105.1
	1 =SWCAE+B/105.1
	2 =SWCAE+B/105.1
	3 =SWCAE+B/105.1
	4 =SWCAE+B/105.2
	5 =SWCAE+B/105.2
	6 =SWCAE+B/105.2
	7 =SWCAE+B/105.2
	8 =SWCAE+B/105.2
	9 =SWCAE+B/105.2
	10 =SWCAE+B/105.3
	11 =SWCAE+B/105.3
	12 =SWCAE+B/105.3
	x
	-x13
	Multi-line
	2 =SWCAE+B/105.5
	4 =SWCAE+B/105.5
	1 =SWCAE+B/105.5
	5 =SWCAE+B/105.5
	3 =SWCAE+B/105.5
	+RG
	(empty)
	-700
	Multi-line
	=SWCAE+RG/108.2
	-701
	Multi-line
	=SWCAE+RG/108.2
	-1003
	Multi-line
	=SWCAE+RG/108.8
	-1004
	Multi-line
	=SWCAE+RG/108.8
	-1005
	Multi-line
	=SWCAE+RG/108.8
	-1006
	Multi-line
	=SWCAE+RG/108.8
	-1007
	Multi-line
	=SWCAE+RG/108.8
	-1008
	Multi-line
	=SWCAE+RG/108.8
	-1009
	Multi-line
	=SWCAE+RG/108.8
	-1010
	Multi-line
	=SWCAE+RG/108.8
	-1011
	Multi-line
	=SWCAE+RG/108.8
	-1012
	Multi-line
	=SWCAE+RG/108.5
	-1110
	Multi-line
	=SWCAE+RG/108.2
	HAC
	-3HAC15654
	Multi-line
	=SWCAE+RG/108.4
	-1
	Multi-line
	=SWCAE+RG/108.3
	-3HAC022454
	Multi-line
	=SWCAE+RG/108.4
	=SWCAE+RG/108.5