Embed Size (px)
Citation preview
Published Manual Number/ECN: ME6HWEDSDE/2008254A• Publishing System: TPAS• Access date: 6/18/2008• Document ECN's: Latest Available
Schematic/Electrical Parts—
Divided Cylinder Washer-Extractors Serial Mark II Controls
PELLERIN MILNOR CORPORATION POST OFFICE BOX 400, KENNER, LOUISIANA 70063-0400, U.S.A.
Please Read About the Manual Identifying Information on the Cover—The front cover displays pertinent identifying information for this manual. Most important, are the published manual number (part number) /ECN (date code). Generally, when a replacement manual is furnished, it will have the same published manual number, but the latest available ECN. This provides the user with the latest information applicable to his machine. Similarly all documents comprising the manual will be the latest available as of the date the manual was printed, even though older ECN dates for those documents may be listed in the table of contents. When communicating with the Milnor factory regarding this manual, please also provide the other identifying information shown on the cover, including the publishing system, access date, and whether the document ECN’s are the latest available or exact. Best Available Information—This manual contains the most accurate and complete information available when Milnor shipped your machine/software. Products are occasionally released with the best available documentation, even though the device identification (model numbers, etc.) on the documentation does not explicitly include the delivered model. In such cases, use the documentation provided. Although unlikely, incorrect manuals may have been shipped with your machine. If you believe you received the wrong manuals, or if you need specific information about any aspect of your machine not addressed in the provided documentation, contact the Milnor Customer Service group. References to Yellow Troubleshooting Pages—This manual may contain references to “yellow pages.” Although the pages containing trouble-shooting procedures are no longer printed on yellow paper, troubleshooting instructions, if any, will be contained in the easily located “Troubleshooting” section. See the table of contents. Trademarks of Pellerin Milnor Corporation—The following terms, some of which may be used in this publication, are trademarks of Pellerin Milnor Corporation: CBW® E-P OneTouch® Gear Guardian® Mildata® Milnor® Staph-Guard® E-P Express® E-P Plus® Mentor® Milnet® MultiTrac™ Visionex™
Trademarks of Other Companies—The following terms, some of which may be used in this publication, are trademarks of their respective companies: Acronis® Microsoft Windows 2000® Yaskawa® Siemens® Atlas 2000® Microsoft Office XP® Microsoft Access® Seagate Crystal Reports® IBM® Microsoft Windows NT® Microsoft Windows XP®
Comments and Suggestions Help us to improve this manual by sending your comments to:
Pellerin Milnor Corporation Attn: Technical Publications P. O. Box 400 Kenner, LA 70063-0400 Fax: (504) 469-1849
Table of Contentsfor ME6HWEDSDE/2008254A
Divided Cylinder Washer-Extractors Serial Mark II Controls
Page Description Document/ECN
1 Component Parts List W6WEDSPL/2004514N
11 Warranty BMP720097/92732A
13 How to Order Parts BMP720097R/72332A
14 How to Use Milnor® Electrical Schematic Diagrams BIUUUK01/20080311
26 Sample Schematic BMP010012/2001503N
28 3 Phase Motor Connection Diagram BMP850029/99362B
29 3P Motor Diagram-Multivolt W80008/2001253A
30 Control Box Layouts W6WEDSTAG/2004514B
32 Autospot Controls W6WEDSASB/92501D
34 Board to Board Wiring W6WEDSBWC/92763D
36 Flushing Chemical Supplies W6WEDSCFB/2000185B
38 Liquid Chemical Supplies, Interpret Relays W6WEDSCPA/2000185D
40 Chemical Save Option W6WEDSCSA/92501D
42 Liquid Supplies Option W6WEDSCXA/92501D
44 Microprocessor Display W6WEDSD/92501D
46 Ampsaver Controls W6WEDSEAB/92501D
48 Optional Electronic Level W6WEDSEC/2004376B
50 Electrical Valves W6WEDSEVB/2003252B
52 Flow Sensor W6WEDSFS/92501D
54 Inputs Sheet 1 W6WEDSI1/92501D
56 Inputs Sheet 2 W6WEDSI2/92501D
58 Keypad Wiring W6WEDSKP/92501D
60 Drive Motor Contactors W6WEDSMCB/2002453B
62 600V Variable Speed Option W6WEDSMT6/2003124B
64 Motor Connections W6WEDSMTA/2000185D
66 20 Optional Programmable Outputs W6WEDSOP/2004376B
68 Printer Wiring W6WEDSPIA/92501Y
70 Control Circuit Power W6WEDSPSB/99271D
72 Start Circuit W6WEDSS+B/99271B
74 Speed, Door Circuits and Master Switch W6WEDSSPB/2000185D
76 Variable Speed Option W6WEDSVPB/92612D
79 How To Use Signal Routing Table MSTS0202BE/86082N
81 Signal Routing Table for Serial Divided Cylinders W6WEDSRT/88032N
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
>>C
ON
TR
OL
BO
X L
AY
OU
TS
00
1D
ET
AIL
-OU
TP
UT
BO
AR
D #
2W
6WE
DS
TA
GB
2TA
G86
014
M6
OP
EN
PK
T+
DIV
DY
E 0
/P#2
S
EE
FU
NC
TIO
N
00
2D
ET
AIL
-IN
TE
RP
RE
T R
ELA
Y B
OX
W6W
ED
ST
AG
B2T
AG
9006
5T
AG
:M6
INT
RE
PR
ET
RE
LAY
BO
XS
EE
FU
NC
TIO
N
00
3D
ET
AIL
-DIV
IDE
D C
YL
LOW
BO
LTA
GE
BX
W6W
ED
ST
AG
B2T
AG
8602
9M
6 D
IVC
YL
RIG
HT
CO
NT
RO
L B
XS
EE
FU
NC
TIO
N
00
4D
ET
AIL
-AU
TO
SP
OT
CO
NT
OL
BO
X 2
DIR
W6W
ED
ST
AG
B2T
AG
8501
3M
IC 6
AU
TO
SP
OT
=2D
IR D
IVC
YL
SE
E F
UN
CT
ION
00
5D
ET
AIL
-HIG
H V
OLT
AG
E C
ON
TR
OL
BO
XW
6WE
DS
TA
GB
2TA
G84
008
MIC
RO
6 C
ON
TR
OL
PA
NE
L LE
FT
SE
E F
UN
CT
ION
00
6D
ET
AIL
-PR
OC
ES
SO
R C
ON
TR
OL
BO
XW
6WE
DS
TA
GB
2TA
G98
033
TA
G:8
088P
RO
CE
SS
OR
CN
TL
BO
XS
EE
FU
NC
TIO
N
00
7D
ET
AIL
-AU
TO
SP
OT
CO
NT
RO
L B
OX
1D
IRW
6WE
DS
TA
GB
2TA
G85
037
MIC
6 A
UT
OS
PO
T=
1DIR
DIV
CY
LS
EE
FU
NC
TIO
N
00
8D
ET
AIL
-OU
TP
UT
BO
AR
D #
1W
6WE
DS
TA
GB
2TA
G86
013
M6
OP
EN
PK
T,D
IV,S
TA
PH
0/P
#1S
EE
FU
NC
TIO
N
00
9D
ET
AIL
-D/A
BO
AR
DW
6WE
DS
TA
GB
2TA
G86
025
M6
D T
O A
BO
AR
D C
ON
T B
OX
S
EE
FU
NC
TIO
N
01
0D
ET
AIL
-I/O
BO
AR
D #
1W
6WE
DS
TA
GB
2TA
G86
015
M6
OP
EN
PK
T,D
IV,S
TA
PH
I/0#
1S
EE
FU
NC
TIO
N
BA
>>P
RIN
TE
D C
IRC
UIT
BO
AR
DS
BA
D-1
BO
AR
D-A
NA
LOG
TO
DIG
ITA
L C
ON
VE
RT
ER
W6W
ED
SB
WC
08B
SA
DD
BT
BO
AR
D:W
/E+
DY
E S
ER
IAL
AT
O D
TE
ST
LOW
VO
LT B
OX
BA
D-1
BO
AR
D-A
NA
LOG
TO
DIG
ITA
L C
ON
VE
RT
ER
W6W
ED
SE
C08
BS
AD
DB
TB
OA
RD
:W/E
+D
YE
SE
RIA
L A
TO
D T
ES
TLO
W V
OLT
BO
X
BB
B-1
BO
AR
D-M
EM
OR
Y B
AT
TE
RY
BA
CK
UP
W6W
ED
SB
WC
08B
SB
B1T
BO
AR
D: S
ER
BA
TT
BA
CK
UP
-TE
ST
PR
OC
ES
SO
R B
X
BD
A-1
BO
AR
D-D
IGIT
AL
TO
AN
ALO
G C
ON
VE
RT
OR
W6W
ED
SB
WC
08B
SB
AD
TB
OA
RD
:SE
RIA
L D
TO
A-T
ES
TLO
W V
OLT
BO
X
BF
S-1
BO
AR
D-F
LOW
SE
NS
OR
SIG
NA
L C
ON
D. B
D.
W6W
ED
SF
S08
BN
DF
ST
FLO
W S
EN
SO
R S
IG C
ON
D>
TE
ST
ED
LOW
VO
LT B
OX
BIO
-1B
OA
RD
-8O
UT
PU
T/1
6IN
PU
T #
1W
6WE
DS
BW
C08
BS
816B
TB
OA
RD
:SE
RIA
L 8O
UT
-16I
N-T
ES
TLO
W V
OLT
BO
X
BIO
-3B
OA
RD
-8O
UT
PU
T/1
6IN
PU
T #
3 20
OU
TP
UT
SW
6WE
DS
OP
08B
S81
6BT
BO
AR
D:S
ER
IAL
8OU
T-1
6IN
-TE
ST
LOW
VO
LT B
OX
BLB
BO
AR
D-L
EV
EL
TR
AN
SD
UC
ER
+R
EC
EIV
ER
W6W
ED
SE
C08
BN
LRIT
E-L
VL
+P
RM
INT
ER
F 0
-2.5
V>
TS
TLO
W V
OLT
BO
X
BO
16-1
BO
AR
D-1
6 O
UT
PU
T #
1W
6WE
DS
BW
C08
BS
O16
BT
BO
AR
D:S
ER
IAL
16 O
UT
PU
T-T
ES
TLO
W V
OLT
BO
X
B01
6-2
BO
AR
D-1
6 O
UT
PU
T #
2W
6WE
DS
BW
C08
BS
O16
BT
BO
AR
D:S
ER
IAL
16 O
UT
PU
T-T
ES
TLO
W V
OLT
BO
X
BO
16-4
BO
AR
D 1
6 O
UT
PU
T #
4 20
OU
TP
UT
SW
6WE
DS
OP
08B
SO
16B
TB
OA
RD
:SE
RIA
L 16
OU
TP
UT
-TE
ST
LOW
VO
LT B
OX
BP
BB
OA
RD
-MIC
RO
PR
OC
ES
SO
RW
6WE
DS
BW
C08
BS
PD
T80
88 P
RO
CE
SS
OR
->
TE
ST
ED
PR
OC
ES
SO
R B
X
BT
P-1
BO
AR
D-T
EM
P P
RO
BE
INT
ER
FA
CE
-2C
HA
NL
W6W
ED
SB
WC
08B
NT
PT
BD
-TH
ER
MIS
TO
R 2
CH
AN
->T
ES
TE
DLO
W V
OLT
BO
X
CD
>>R
EL
AY
-TIM
E D
EL
AY
CD
EX
ND
ELA
Y-E
XT
RA
CT
HA
S E
ND
ED
W6W
ED
SS
PB
09C
F00
2037
TD
R F
2S 2
PD
T 1
1PIN
120
V60
/50C
LOW
VO
LT B
OX
CD
S+
ND
ELA
Y-3
-WIR
E D
ISA
BLE
W6W
ED
SS
PB
09C
F00
7537
TD
R F
7.5S
2P
DT
11P
IN 1
20V
60C
LOW
VO
LT B
OX
CD
VS
DE
LAY
-VA
RIA
BLE
SP
EE
D F
AU
LTW
6WE
DS
VP
B09
CF
0075
37T
DR
F7.
5S 2
PD
T 1
1PIN
120
V60
CV
AR
I SP
D B
OX
CD
WA
DE
LAY
-CC
W W
AS
HW
6WE
DS
VP
B09
CF
0010
37T
DR
F1S
2P
DT
11P
IN 1
20V
60C
VA
RI S
PD
BO
X
CD
WC
DE
LAY
-CW
-WA
SH
W6W
ED
SV
PB
09C
F00
1037
TD
R F
1S 2
PD
T 1
1PIN
120
V60
CV
AR
I SP
D B
OX
CR
>>R
EL
AY
-PIL
OT
OR
CO
NT
RO
L
CR
AS
A
RE
LAY
-AU
TO
SP
OT
EN
AB
LED
BE
FO
RE
11/
03W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
Pag
e 1
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
CR
AS
A
RE
LAY
-AU
TO
SP
OT
EN
AB
LED
AF
TE
R 1
1/03
W6W
ED
SA
SB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
AS
BR
ELA
Y-E
NA
BLE
RE
CO
GN
IZE
SLO
W <
11/0
3W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
BR
ELA
Y-E
NA
BLE
RE
CO
GN
IZE
SLO
W>
11/0
3W
6WE
DS
AS
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VA
UT
OS
PO
T B
OX
CR
AS
HR
ELA
Y-A
UT
OS
PO
T D
ES
IRE
D S
LAV
E <
11/0
3W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
HR
ELA
Y-A
UT
OS
PO
T D
ES
IRE
D S
LAV
E>
11/0
3W
6WE
DS
AS
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VA
UT
OS
PO
T B
OX
CR
AS
IR
ELA
Y-A
UT
OS
PO
T D
ES
IRE
D B
EF
OR
E 1
1/03
W6W
ED
SA
SB
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
AU
TO
SP
OT
BO
X
CR
AS
IR
ELA
Y-A
UT
OS
PO
T D
ES
IRE
D A
FT
ER
11/
03W
6WE
DS
AS
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VA
UT
OS
PO
T B
OX
CR
AS
JR
ELA
Y-I
NC
H N
OT
AU
TO
SP
OT
BE
FO
RE
11/
03W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
JR
ELA
Y-I
NC
H N
OT
AU
TO
SP
OT
AF
TE
R 1
1/03
W6W
ED
SA
SB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
AS
KR
ELA
Y-A
UT
OS
PO
T J
OG
DE
SIR
ED
<11
/03
W6W
ED
SA
SB
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
AU
TO
SP
OT
BO
X
CR
AS
KR
ELA
Y-A
UT
OS
PO
T J
OG
DE
SIR
ED
>11
/03
W6W
ED
SA
SB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
AS
LR
ELA
Y-A
-SP
OT
RE
CO
GN
IZE
SLO
W<
11/0
3W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
LR
ELA
Y-A
-SP
OT
RE
CO
GN
IZE
SLO
W>
11/0
3W
6WE
DS
AS
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VA
UT
OS
PO
T B
OX
CR
AS
MR
ELA
Y-A
-SP
OT
RE
CO
GN
IZE
SLO
W<
11/0
3W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
MR
ELA
Y-A
-SP
OT
RE
CO
GN
IZE
SLO
W>
11/0
3W
6WE
DS
AS
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VA
UT
OS
PO
T B
OX
CR
AS
SR
ELA
Y-A
UT
OS
PO
T S
TO
P B
EF
OR
E 1
1/20
03W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
SR
ELA
Y-A
UT
OS
PO
T S
TO
P A
FT
ER
11/
2003
W6W
ED
SA
SB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
AS
TR
ELA
Y-A
UT
OS
PO
T S
TO
P B
EF
OR
E 1
1/20
03W
6WE
DS
AS
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
AS
TR
ELA
Y-A
UT
OS
PO
T S
TO
P A
FT
ER
11/
2003
W6W
ED
SA
SB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
C01
RE
LAY
-CH
EM
INT
ER
PE
RT
#1
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C01
RE
LAY
-CH
EM
INT
ER
PE
RT
#1
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C02
RE
LAY
-CH
EM
INT
ER
PE
RT
#2
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C02
RE
LAY
-CH
EM
INT
ER
PE
RT
#2
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C03
RE
LAY
-CH
EM
INT
ER
PE
RT
#3
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C03
RE
LAY
-CH
EM
INT
ER
PE
RT
#3
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C04
RE
LAY
-CH
EM
INT
ER
PE
RT
#4
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C04
RE
LAY
-CH
EM
INT
ER
PE
RT
#4
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C05
RE
LAY
-CH
EM
INT
ER
PE
RT
#5
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C05
RE
LAY
-CH
EM
INT
ER
PE
RT
#5
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C06
RE
LAY
-CH
EM
INT
ER
PE
RT
#6
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C06
RE
LAY
-CH
EM
INT
ER
PE
RT
#6
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C07
RE
LAY
-CH
EM
INT
ER
PE
RT
#7
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C07
RE
LAY
-CH
EM
INT
ER
PE
RT
#7
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
Pag
e 2
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
CR
C08
RE
LAY
-CH
EM
INT
ER
PE
RT
#8
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C08
RE
LAY
-CH
EM
INT
ER
PE
RT
#8
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C09
RE
LAY
-CH
EM
INT
ER
PE
RT
#9
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C09
RE
LAY
-CH
EM
INT
ER
PE
RT
#9
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C10
RE
LAY
-CH
EM
INT
ER
PE
RT
#10
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C10
RE
LAY
-CH
EM
INT
ER
PE
RT
#10
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C11
RE
LAY
-CH
EM
INT
ER
PE
RT
#11
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C11
RE
LAY
-CH
EM
INT
ER
PE
RT
#11
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C12
RE
LAY
-CH
EM
INT
ER
PE
RT
#12
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C12
RE
LAY
-CH
EM
INT
ER
PE
RT
#12
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C13
RE
LAY
-CH
EM
INT
ER
PE
RT
#13
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C13
RE
LAY
-CH
EM
INT
ER
PE
RT
#13
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C14
RE
LAY
-CH
EM
INT
ER
PE
RT
#14
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C14
RE
LAY
-CH
EM
INT
ER
PE
RT
#14
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
C15
RE
LAY
-CH
EM
INT
ER
PE
RT
#15
BE
FO
RE
11/
03W
6WE
DS
CP
A09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CIN
T R
ELA
Y B
X
CR
C15
RE
LAY
-CH
EM
INT
ER
PE
RT
#15
AF
TE
R 1
1/03
W6W
ED
SC
PA
09C
024D
374P
DT
"K
H"
110/
120V
INT
RE
LAY
BX
CR
DL
RE
LAY
-OP
EN
DO
OR
BE
FO
RE
11/
2003
W6W
ED
SS
+B
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
LOW
VO
LT B
OX
CR
DL
RE
LAY
-OP
EN
DO
OR
AF
TE
R 1
1/20
03W
6WE
DS
S+
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VLO
W V
OLT
BO
X
CR
EX
AR
ELA
Y-A
MP
SA
VE
R A
MP
S O
.K. B
EF
OR
E 1
1/03
W6W
ED
SE
AB
09C
01D
DD
24R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 2
4VLO
W V
OLT
BO
X
CR
EX
AR
ELA
Y-A
MP
SA
VE
R A
MP
S O
.K. A
FT
ER
11/
03W
6WE
DS
EA
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VLO
W V
OLT
BO
X
CR
PLA
RE
LAY
-DO
OR
LA
TC
H B
EF
OR
E 1
1/20
03W
6WE
DS
SP
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CA
UT
OS
PO
T B
OX
CR
PLA
RE
LAY
-DO
OR
LA
TC
H A
FT
ER
11/
2003
W6W
ED
SS
PB
09C
024D
374P
DT
"K
H"
110/
120V
AU
TO
SP
OT
BO
X
CR
PLB
RE
LAY
-DO
OR
IS C
LOS
ED
BE
FO
RE
11/
2003
W6W
ED
SS
PB
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
LOW
VO
LT B
OX
CR
PLB
RE
LAY
-DO
OR
IS C
LOS
ED
AF
TE
R 1
1/20
03W
6WE
DS
SP
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VLO
W V
OLT
BO
X
CR
S+
RE
LAY
-ST
AR
T 3
-WIR
E B
EF
OR
E 1
1/20
03W
6WE
DS
S+
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CLO
W V
OLT
BO
X
CR
S+
RE
LAY
-ST
AR
T 3
-WIR
E A
FT
ER
11/
2003
W6W
ED
SS
+B
09C
024D
374P
DT
"K
H"
110/
120V
LOW
VO
LT B
OX
CR
S+
SR
ELA
Y-S
TA
RT
3-W
IRE
BE
FO
RE
11/
2003
W6W
ED
SS
+B
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
HIG
H V
OLT
BX
CR
S+
SR
ELA
Y-S
TA
RT
3-W
IRE
AF
TE
R 1
1/20
03W
6WE
DS
S+
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VH
IGH
VO
LT B
X
CR
SG
RE
LAY
-SIG
NA
L B
EF
OR
E 1
1/20
03W
6WE
DS
S+
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
12O
VA
CLO
W V
OLT
BO
X
CR
SG
RE
LAY
-SIG
NA
L A
FT
ER
11/
2003
W6W
ED
SS
+B
09C
024D
374P
DT
"K
H"
110/
120V
LOW
VO
LT B
OX
CR
SP
RE
LAY
-SP
EE
D IS
SLO
W B
EF
OR
E 1
1/20
03W
6WE
DS
SP
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CLO
W V
OLT
BO
X
CR
SP
RE
LAY
-SP
EE
D IS
SLO
W A
FT
ER
11/
2003
W6W
ED
SS
PB
09C
024D
374P
DT
"K
H"
110/
120V
LOW
VO
LT B
OX
CR
SP
AR
ELA
Y-S
PE
ED
IS S
LOW
BE
FO
RE
11/
2003
W6W
ED
SS
PB
09C
01D
DD
37R
ELA
Y 3
PD
T D
IFG
OLD
11P
IN 1
20V
AC
LOW
VO
LT B
OX
Pag
e 3
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
CR
SP
AR
ELA
Y-S
PE
ED
IS S
LOW
AF
TE
R 1
1/20
03W
6WE
DS
SP
B09
C02
4D37
4PD
T "
KH
" 11
0/12
0VLO
W V
OLT
BO
X
CR
SS
RE
LAY
-ST
AR
T B
EF
OR
E 1
1/20
03W
6WE
DS
S+
B09
C01
DD
D37
RE
LAY
3P
DT
DIF
GO
LD 1
1PIN
120
VA
CLO
W V
OLT
BO
X
CR
SS
RE
LAY
-ST
AR
T A
FT
ER
112
0/03
W6W
ED
SS
+B
09C
024D
374P
DT
"K
H"
110/
120V
LOW
VO
LT B
OX
CS
>>C
ON
TA
CT
OR
-MO
TO
R S
TA
RT
ER
CS
DR
CO
NT
AC
TO
R-D
RA
IN M
OT
OR
W6W
ED
SM
CB
ME
SS
AG
E E
WS
EE
CS
DR
-1,-
2 O
R -
3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
CS
DR
-1C
ON
TA
CT
OR
-DR
AIN
MT
R 4
231W
P2,
&S
P3
W6W
ED
SM
CB
09M
C04
C33
718
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
DR
-2C
ON
TA
CT
OR
-DR
AIN
MT
R 4
244
& 6
044
W6W
ED
SM
CB
09M
C04
D33
725
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
DR
-3C
ON
TA
CT
OR
-DR
AIN
MT
R 7
244W
P2
&W
P3
W6W
ED
SM
CB
09M
C04
E33
732
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
E1
CO
NT
AC
TO
R-L
O E
XT
RA
CT
W6W
ED
SM
CB
ME
SS
AG
E E
WS
EE
CS
E1-
1,-2
OR
-3
FO
R P
AR
T N
UM
BE
RH
IGH
VO
LT B
X
CS
E1-
1C
ON
TA
CT
OR
-LO
EX
T.M
TR
4231
& 4
244
W6W
ED
SM
CB
09M
C04
C33
718
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
E1-
2C
ON
TA
CT
OR
-LO
EX
T.M
TR
604
4 W
P2/
3W
6WE
DS
MC
B09
MC
04G
337
37A
3P
CO
NT
.NR
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
E1-
3C
ON
TA
CT
OR
-LO
EX
T.M
TR
724
4 W
P2/
3W
6WE
DS
MC
B09
MC
04L3
3760
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
E2
CO
NT
AC
TO
R-H
I EX
TR
AC
TW
6WE
DS
MC
BM
ES
SA
GE
EW
SE
E C
SE
2-1-
2 O
R-3
FO
R P
AR
T N
UM
BE
RH
IGH
VO
LT B
X
CS
E2-
1C
ON
TA
CT
OR
-HI E
XT
.MT
R 4
231W
P2
&W
P3
W6W
ED
SM
CB
09M
C04
D33
725
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
E2-
2C
ON
TA
CT
OR
-HI E
XT
.MT
R 4
244W
P2
&W
P3
W6W
ED
SM
CB
09M
C04
E33
732
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
E2-
3C
ON
TA
CT
OR
-HI E
XT
.MT
R 6
044
& 7
244
W6W
ED
SM
CB
09M
C04
L337
60A
3P
CO
NT
.NR
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
JC
ON
TA
CT
OR
-AU
TO
SP
OT
-1D
IRE
CT
ION
W6W
ED
SM
CB
09M
C04
B33
712
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
AU
TO
SP
OT
BO
X
CS
JAC
ON
TA
CT
OR
-AU
TO
SP
OT
W6W
ED
SM
CB
ME
SS
AG
E E
WS
EE
CS
JC F
OR
PA
RT
NU
MB
ER
AU
TO
SP
OT
BO
X
CS
JCC
ON
TA
CT
OR
-AU
TO
SP
OT
2D
IRE
CT
ION
W6W
ED
SM
CB
09M
R04
B33
712
A 3
P R
EV
+2N
/C 1
20V
5/6
IEC
AU
TO
SP
OT
BO
X
CS
VS
CO
NT
AC
TO
R-V
AR
IAB
LE S
PE
ED
W6W
ED
SV
PB
ME
SS
AG
E E
WS
EE
CS
VS
-1-2
OR
-3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
CS
VS
-1C
ON
TA
CT
OR
-VA
RI S
PD
423
1 &
424
4W
6WE
DS
VP
B09
MC
04C
337
18A
3P
CO
NT
.NR
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
VS
-2C
ON
TA
CT
OR
-VA
RI S
PD
604
4WP
2/3
W6W
ED
SV
PB
09M
C04
G33
737
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
VS
-3C
ON
TA
CT
OR
-VA
RI S
PD
724
4WP
2/3
W6W
ED
SV
PB
09M
C04
J337
44A
3P
CO
NT
.NR
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
WA
CO
NT
AC
TO
R-R
EV
ER
SIN
G W
AS
H C
CW
W6W
ED
SM
CB
ME
SS
AG
E E
WS
EE
CS
WC
-1-2
OR
-3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
CS
WC
CO
NT
AC
TO
R-R
EV
ER
SIN
G W
AS
H C
WW
6WE
DS
MC
BM
ES
SA
GE
EW
SE
E C
SW
C-1
-2 O
R-3
FO
R P
AR
T N
UM
BE
RH
IGH
VO
LT B
X
CS
WC
-1C
ON
TA
CT
OR
-WA
SH
MT
R 4
231&
4244
WP
2/3
W6W
ED
SM
CB
09M
R04
C33
718
A 3
P R
EV
+2N
/C 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
WC
-2C
ON
TA
CT
OR
-WA
SH
MT
R 6
044W
P2/
3W
6WE
DS
MC
B09
MR
04G
337
38A
3P
RE
V+
2N/C
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
WC
-3C
ON
TA
CT
OR
-WA
SH
MT
R 7
244W
P2/
3W
6WE
DS
MC
B09
MR
04J3
3744
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
W2L
CO
NT
AC
TO
R-2
SP
D W
AS
H L
OW
W6W
ED
SM
CB
ME
SS
AG
E E
WS
EE
CS
W2N
1, 2
OR
3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
CS
W2N
CO
NT
AC
TO
R-2
SP
D W
AS
H N
OR
MA
LW
6WE
DS
MC
BM
ES
SA
GE
EW
SE
E C
SW
2N1,
2 O
R 3
FO
R P
AR
T N
UM
BE
RH
IGH
VO
LT B
X
CS
W2N
1C
ON
TA
CT
OR
-LO
SP
D W
AS
H 4
231&
4244
WP
2/3
W6W
ED
SM
CB
09M
R04
C33
718
A 3
P R
EV
+2N
/C 1
20V
5/6
IEC
HIG
H V
OLT
BX
CS
W2N
2C
ON
TA
CT
OR
-LO
SP
D W
AS
H 6
044W
P2/
3W
6WE
DS
MC
B09
MR
04G
337
38A
3P
RE
V+
2N/C
120
V5/
6 IE
CH
IGH
VO
LT B
X
CS
W2N
3C
ON
TA
CT
OR
-LO
SP
D W
AS
H 7
244W
P2/
3W
6WE
DS
MC
B09
MR
04J3
3744
A 3
P C
ON
T.N
R 1
20V
5/6
IEC
HIG
H V
OLT
BX
Pag
e 4
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
EB
>>B
UZ
ZE
R O
R A
UD
IBL
E S
IGN
AL
EB
SG
BU
ZZ
ER
-SIG
NA
L A
UD
IBLE
W6W
ED
SS
+B
09H
015
BU
ZZ
ER
115
V W
/6-3
2 C
RT
+6"
LE
AD
SS
WIT
CH
PA
NE
L
ED
>>D
ISP
LA
Y-E
LE
CT
RO
NIC
ED
MD
ISP
LAY
-MIC
RO
PR
OC
ES
SO
RW
6WE
DS
DS
08B
SE
VF
D1T
BD
VF
D D
ISP
LAY
BU
F->
TE
ST
ED
SW
ITC
H P
AN
EL
ED
P>>
PR
INT
ER
-EL
EC
TR
ON
IC
ED
PM
PR
INT
ER
-MIC
RO
PR
OC
ES
SO
RW
6WE
DS
PIA
08M
PS
ER
EP
NP
RIN
TE
R -
EP
SO
N L
X30
0R
EM
OT
E M
OU
NT
EF
>>F
US
E O
R F
US
E H
OL
DE
R
EF
P1
FU
SE
-PR
IMA
RY
INC
OM
ING
VO
LTA
GE
W6W
ED
SP
SB
09F
F00
5AW
NB
US
E B
US
S K
TK
5A
MP
600
V=
HP
S H
OLD
ER
HIG
H V
OLT
BX
EF
P2
FU
SE
-PR
IMA
RY
INC
OM
ING
VO
LTA
GE
W6W
ED
SP
SB
09F
F00
5AW
NB
US
E B
US
S K
TK
5A
MP
600
V=
HP
S H
OLD
ER
HIG
H V
OLT
BX
EF
1F
US
E-W
AS
H M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E S
NS
EE
SP
EC
IFIC
MA
CH
INE
+ N
AM
EP
LAT
EH
IGH
VO
LT B
X
EF
16X
FU
SE
-AU
TO
SP
OT
CLU
TC
H X
-BU
SW
6WE
DS
MC
B09
FF
002A
MG
FU
SE
BK
/MD
X 2
AM
P 2
50V
BU
SS
AU
TO
SP
OT
BO
X
EF
16Y
FU
SE
-AU
TO
SP
OT
CLU
TC
H Y
-BU
SW
6WE
DS
MC
B09
FF
002A
MG
FU
SE
BK
/MD
X 2
AM
P 2
50V
BU
SS
AU
TO
SP
OT
BO
X
EF
2F
US
E-L
O E
XT
RA
CT
MO
TO
RW
6WE
DS
MT
AM
ES
SA
GE
SN
SE
E S
PE
CIF
IC M
AC
HIN
E +
NA
ME
PLA
TE
HIG
H V
OLT
BX
EF
3F
US
E-D
RA
IN M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E S
NS
EE
SP
EC
IFIC
MA
CH
INE
+ N
AM
EP
LAT
EH
IGH
VO
LT B
X
EF
37F
US
E-1
20V
AC
CO
NT
RO
L C
IRC
UIT
W6W
ED
SP
SB
09F
F00
6AM
AF
US
E B
K/A
BC
6 A
MP
250
V B
US
SH
IGH
VO
LT B
X
EF
4F
US
E-D
RA
IN M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E S
NS
EE
SP
EC
IFIC
MA
CH
INE
+ N
AM
EP
LAT
EH
IGH
VO
LT B
X
EL
>>L
IGH
T-P
ILO
T O
R IN
DIC
AT
OR
ELA
SI
LIG
HT
-AU
TO
SP
OT
ST
OP
W6W
ED
SA
SB
09J0
60A
37LA
MP
1/2
" A
MB
125
V ID
I 105
0QC
3S
WIT
CH
PA
NE
L
ELF
SG
LIG
HT
-RO
TA
TIN
G B
EA
CO
NW
6WE
DS
S+
B09
H02
5V37
BE
AC
ON
RO
TA
RY
5.5
"DIA
AM
BE
RT
OP
OF
MA
CH
INE
ELS
GLI
GH
T-S
IGN
AL
VIS
UA
LW
6WE
DS
S+
B09
J060
WH
37LA
MP
1/2
" W
H 1
20 T
AB
IDI1
050Q
C4
SW
ITC
H P
AN
EL
ELS
GLI
GH
T-S
PR
AY
DO
WN
W6W
ED
SS
+B
09J0
60G
37LA
MP
1/2
" G
RN
120
V ID
I 105
0QC
3S
WIT
CH
PA
NE
L
EM
>>E
LE
CT
RO
MA
GN
ET
AN
D S
OL
EN
OID
EM
AS
CLU
TC
H-A
UT
OS
PO
TW
6WE
DS
MC
B54
H16
4AC
LUT
CH
12V
DC
MA
PM
02D
RIV
E B
AS
E
EM
CF
FA
N-I
NV
ER
TE
R C
OO
LIN
GW
6WE
DS
VP
B13
AF
100A
37F
AN
92C
FM
115V
60
NE
WA
RK
#90
F69
21V
AR
I SP
D B
OX
ES
>>P
OW
ER
SU
PP
LY
-EL
EC
TR
ON
IC
ES
PS
PO
WE
R S
UP
PLY
-120
V T
O +
12,-
12,+
5VW
6WE
DS
BW
C08
PS
S34
01T
30 W
AT
T P
OW
ER
SU
PP
LY T
ES
TE
DLO
W V
OLT
BO
X
ET
>>T
HE
RM
AL
OV
ER
LO
AD
DE
VIC
ES
ET
DB
OV
ER
LOA
D-D
YN
AM
IC B
RA
KE
W6W
ED
SV
PB
09F
024A
OL
RE
LAY
1P
SZ
1 S
QD
#90
65-C
01V
AR
I SP
D B
OX
ET
DR
OV
ER
LOA
D-D
RA
IN M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E E
WS
EE
ET
DR
-1, O
R -
2 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
ET
DR
-1O
VE
RLO
AD
-DR
AIN
MT
R 4
2"+
60">
346V
W6W
ED
SM
TA
09F
TC
0037
TO
L R
ELA
Y 3
.7-1
2A A
B#1
93-A
3F1
HIG
H V
OLT
BX
ET
DR
-2O
VE
RLO
AD
-DR
AIN
MT
R 7
2" +
60"<
346V
W6W
ED
SM
TA
09F
TC
0120
TO
L R
ELA
Y 1
2-32
A A
B #
193-
A3H
1H
IGH
VO
LT B
X
ET
E1
OV
ER
LOA
D-L
OW
EX
TR
AC
T M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E E
WS
EE
ET
E1-
1, -
2, O
R -
3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
ET
E1-
1O
VE
RLO
AD
-LO
W E
XT
60"
DIA
W6W
ED
SM
TA
09F
TC
0120
TO
L R
ELA
Y 1
2-32
A A
B #
193-
A3H
1H
IGH
VO
LT B
X
Pag
e 5
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
ET
E1-
2O
VE
RLO
AD
-LO
W E
XT
72"
<34
6VW
6WE
DS
MT
A09
FT
C02
30T
OL
RE
LAY
23-
75A
AB
#193
-A3K
3H
IGH
VO
LT B
X
ET
E1-
3O
VE
RLO
AD
-LO
W E
XT
72"
>34
6VW
6WE
DS
MT
A09
FT
C01
40T
OL
RE
LAY
14-
45A
AB
#193
-A3J
2H
IGH
VO
LT B
X
ET
E2
OV
ER
LOA
D-H
IGH
EX
TR
AC
T M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E E
WS
EE
ET
E2-
1, -
2, -
3, O
R -
4 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
ET
E2-
1O
VE
RLO
AD
-LO
W E
XT
42"
>34
6VW
6WE
DS
MT
A09
FT
C00
37T
OL
RE
LAY
3.7
-12A
AB
#193
-A3F
1H
IGH
VO
LT B
X
ET
E2-
2O
VE
RLO
AD
-LO
W E
XT
42"<
346V
W6W
ED
SM
TA
09F
TC
0120
TO
L R
ELA
Y 1
2-32
A A
B #
193-
A3H
1H
IGH
VO
LT B
X
ET
E2-
3O
VE
RLO
AD
-LO
W E
XT
.60"
+72
" >
346V
W6W
ED
SM
TA
09F
TC
0140
TO
L R
ELA
Y 1
4-45
A A
B#1
93-A
3J2
HIG
H V
OLT
BX
ET
E2-
4O
VE
RLO
AD
-LO
W E
XT
.60"
+72
" <
346V
W6W
ED
SM
TA
09F
TC
0230
TO
L R
ELA
Y 2
3-75
A A
B#1
93-A
3K3
HIG
H V
OLT
BX
ET
WA
OV
ER
LOA
D-H
IGH
EX
TR
AC
T M
OT
OR
W6W
ED
SM
TA
ME
SS
AG
E E
WS
EE
ET
WA
-1, -
2, O
R -
3 F
OR
PA
RT
NU
MB
ER
HIG
H V
OLT
BX
ET
WA
-1O
VE
RLO
AD
-LO
W E
XT
42"
>34
6VW
6WE
DS
MT
A09
FT
C00
37T
OL
RE
LAY
3.7
-12A
AB
#193
-A3F
1H
IGH
VO
LT B
X
ET
WA
-2O
VE
RLO
AD
-LO
W E
XT
42"<
346V
+60
",72
">34
6VW
6WE
DS
MT
A09
FT
C01
20T
OL
RE
LAY
12-
32A
AB
#19
3-A
3H1
HIG
H V
OLT
BX
ET
WA
-3O
VE
RLO
AD
-LO
W E
XT
.60"
+72
" <
346V
W6W
ED
SM
TA
09F
TC
0121
TO
L R
ELA
Y 1
2-38
A A
B #
193-
A3H
2H
IGH
VO
LT B
X
EX
>>T
RA
NS
FO
RM
ER
S
EX
AS
TR
AN
SF
OR
ME
R-1
20V
-16V
AC
W6W
ED
SM
CB
09U
B10
0A16
XF
MR
120
/240
VP
EB
R 1
2VD
C 9
0 W
AT
TA
UT
OS
PO
T B
OX
EX
37T
RA
NS
FO
RM
ER
-IN
CO
MIN
G V
OLT
.120
VA
CW
6WE
DS
PS
BM
ES
SA
GE
EW
SE
E E
X37
-1, -
2, O
R -
3 F
OR
VO
LTA
GE
HIG
H V
OLT
BX
EX
37-1
TR
AN
SF
OR
ME
R-2
08/2
40>
120V
AC
W6W
ED
SP
SB
09U
249A
A37
XF
MR
200
-240
V P
RI/1
20V
SE
C/2
50V
AH
IGH
VO
LT B
X
EX
37-2
TR
AN
SF
OR
ME
R-3
80/4
80>
120V
AC
W6W
ED
SP
SB
09U
200A
AB
XF
MR
380
-480
V/2
40-1
20V
-250
VA
HIG
H V
OLT
BX
EX
37-3
TR
AN
SF
OR
ME
R-6
00->
120V
AC
W6W
ED
SP
SB
09U
251A
B37
XF
MR
600
VP
RI/1
20V
SC
-250
VA
-3%
RE
GH
IGH
VO
LT B
X
EX
96A
HT
RA
NS
FO
RM
ER
-600
V-4
80V
52-
72"D
IAW
6WE
DS
MT
609
US
050A
96X
FM
R 1
PH
5K
VA
240
/280
X 1
20/2
4060
0V B
OX
EX
96A
LT
RA
NS
FO
RM
ER
-600
V-4
80V
42-
48"D
IAW
6WE
DS
MT
609
US
030A
96X
FM
R 1
PH
3K
VA
240
/480
X12
0/24
060
0V B
OX
EX
96B
HT
RA
NS
FO
RM
ER
-600
V-4
80V
52-
72"D
IAW
6WE
DS
MT
609
US
050A
96X
FM
R 1
PH
5K
VA
240
/280
X 1
20/2
4060
0V B
OX
EX
96B
LT
RA
NS
FO
RM
ER
-600
V-4
80V
42-
48"D
IAW
6WE
DS
MT
609
US
030A
96X
FM
R 1
PH
3K
VA
240
/480
X12
0/24
060
0V B
OX
KB
>>K
EY
BO
AR
D-E
LE
CT
RO
NIC
KB
MK
EY
PA
D-M
ICR
OP
RO
CE
SS
OR
W6W
ED
SK
P08
ND
5X6W
EK
EY
PA
D:5
X6M
AT
RIX
WA
SH
ER
-EX
TS
WIT
CH
PA
NE
L
MV
>>M
OT
OR
PO
WE
R IN
VE
RT
ER
S
MV
DB
RR
ES
IST
OR
-DY
NA
MIC
BR
AK
EW
6WE
DS
VP
B09
MV
100R
ES
RE
SIS
T 1
00 O
HM
225
WA
TT
AD
JV
AR
I SP
D B
OX
MV
WIN
VE
RT
ER
-WA
SH
MO
TO
RW
6WE
DS
VP
BM
ES
SA
GE
EW
SE
E M
VW
AH
OR
MV
WA
L F
OR
VO
LTA
GE
VA
RI S
PD
BO
X
MV
W-1
INV
ER
TE
R-W
AS
H M
TT
423
1&42
44 L
O V
LW
6WE
DS
VP
B09
MV
027A
96V
AR
SP
EE
D 2
7 A
MP
S 4
60V
VA
RI S
PD
BO
X
MV
W-2
INV
ER
TE
R-W
AS
H M
TT
423
1&42
44 H
I VL
W6W
ED
SV
PB
09M
V05
4A74
VA
RS
PE
ED
54
AM
PS
230
VV
AR
I SP
D B
OX
MV
W-3
INV
ER
TE
R-W
AS
H M
TR
604
4&72
44 L
O V
LW
6WE
DS
VP
B09
MV
027A
96V
AR
SP
EE
D 2
7 A
MP
S 4
60V
VA
RI S
PD
BO
X
MV
W-4
INV
ER
TE
R-W
AS
H M
TR
604
4&72
44 H
I VL
W6W
ED
SV
PB
09M
V05
4A74
VA
RS
PE
ED
54
AM
PS
230
VV
AR
I SP
D B
OX
SC
>>S
WIT
CH
-AU
TO
SP
OT
SC
AS
1S
WIT
CH
-AU
TO
SP
OT
SE
LEC
T 1
ST
PO
CK
ET
W6W
ES
SA
SB
09R
015
AC
TU
AT
OR
,MIC
RO
SW
#JV
-9 (
CLA
SS
004
)A
SP
OT
SE
NS
OR
SC
AS
2S
WIT
CH
-AU
TO
SP
OT
SE
LEC
T 2
ND
PO
CK
ET
W6W
ES
SA
SB
09R
015
AC
TU
AT
OR
,MIC
RO
SW
#JV
-9 (
CLA
SS
004
)A
SP
OT
SE
NS
OR
Pag
e 6
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
SC
AS
3S
WIT
CH
-AU
TO
SP
OT
SE
LEC
T 3
RD
PO
CK
ET
W6W
ES
SA
SB
09R
015
AC
TU
AT
OR
,MIC
RO
SW
#JV
-9 (
CLA
SS
004
)A
SP
OT
SE
NS
OR
SH
>>S
WIT
CH
-HA
ND
OP
ER
AT
ED
SH
AS
SW
ITC
H-D
ES
IRE
AU
TO
SP
OT
PO
CK
ET
W6W
ED
SA
SB
09N
041R
RO
TS
W 2
PO
LE 8
PO
SIT
5A
125V
ULC
SA
SW
ITC
H P
AN
EL
SH
DO
SW
ITC
H-D
OO
R O
PE
NW
6WE
DS
S+
B09
R01
9M
ICS
W S
PD
T K
EY
ED
BZ
-2R
Q12
8T (
03S
WIT
CH
PA
NE
L
SH
EA
KS
WIT
CH
-EX
TR
AC
T C
ON
TR
OL
(AM
PS
AV
ER
)W
6WE
DS
EA
B09
N40
5M21
0S
WA
SS
M2W
1N
OLO
W V
OLT
BO
X
SH
MD
SW
ITC
H-M
ILD
AT
A L
OC
AL/
RE
MO
TE
W6W
ED
SI1
A09
N40
5M21
0S
WA
SS
M2W
1N
OP
RO
CE
SS
OR
BX
SH
S+
SW
ITC
H-S
TA
RT
3-W
IRE
W6W
ED
SS
+B
09N
405P
G10
SW
AS
S P
BG
N 1
NO
SW
ITC
H P
AN
EL
SH
SG
SW
ITC
H-S
IGN
AL
CA
NC
EL
W6W
ED
SI1
A09
N40
5PY
10S
WA
SS
PB
YE
LLO
W 1
NO
SW
ITC
H P
AN
EL
SH
SM
AS
WIT
CH
-MA
ST
ER
W6W
ED
SS
PB
09N
405M
210
SW
AS
S M
2W 1
NO
SW
ITC
H P
AN
EL
SH
SO
ES
WIT
CH
-EM
ER
GE
NC
Y S
TO
PW
6WE
DS
S+
B09
N50
5S
W A
SS
Y E
ME
R S
TO
PS
WIT
CH
PA
NE
L
SH
SO
MS
WIT
CH
-ST
OP
W6W
ED
SS
+B
09N
405P
R01
SW
AS
S P
BR
D 1
NC
SW
ITC
H P
AN
EL
SH
WJ
SW
ITC
H-J
OG
W
6WE
DS
AS
B09
N40
5M21
1S
WA
SS
M2W
1N
O+
1NC
SW
ITC
H P
AN
EL
SK
>>S
WIT
CH
-KE
YL
OC
K
SK
PR
SW
ITC
H-R
UN
/PR
OG
RA
M (
KE
Y O
P)
W6W
ED
SI1
09N
127C
KE
YS
W S
PS
T 7
A12
0VA
C S
CR
EW
TE
RM
S
WIT
CH
PA
NE
L
SL
>>S
WIT
CH
-LE
VE
L O
PE
RA
TE
D
SLL
L1LE
VE
L S
W-L
OW
LE
VE
LW
6WE
DS
I109
R01
4AM
INI-
SW
SP
DT
ST
AK
ON
#V
15G
1C26
KLE
VE
L T
UB
E
SLL
L3LE
VE
L S
W-H
IGH
LE
VE
LW
6WE
DS
I109
R01
4AM
INI-
SW
SP
DT
ST
AK
ON
#V
15G
1C26
KLE
VE
L T
UB
E
SM
>>S
WIT
CH
-ME
CH
AN
ICA
L O
PE
RA
TE
D
SM
D2
SW
ITC
H-S
EC
ON
DA
RY
DO
OR
W6W
ED
SS
+B
09R
M01
212S
CA
PS
W 1
2FT
180
DE
G R
OLL
ER
SIL
VE
RD
OO
R H
ING
E
SM
ER
BS
WIT
CH
-EX
CU
RS
ION
W6W
ED
SS
+B
09R
008A
MIC
SW
SP
DT
PA
INT
ED
BZ
E6-
RN
01
MA
CH
HO
US
E
SM
PL1
SW
ITC
H-D
OO
R L
AT
CH
ED
LE
FT
W6W
ED
SS
PB
09R
012
MIC
SW
SP
DT
PA
INT
ED
BZ
E6-
RN
01
DO
OR
AS
SE
MB
Y
SM
PL2
SW
ITC
H-D
OO
R L
AT
CH
ED
RIG
HT
W6W
ED
SS
PB
09R
012
MIC
SW
SP
DT
PA
INT
ED
BZ
E6-
RN
01
DO
OR
AS
SE
MB
Y
SM
SP
SW
ITC
H-S
PE
ED
IS S
LOW
W6W
ED
SS
PB
SA
E03
-088
AS
SY
=C
EN
SW
+ M
OU
NT
BK
T 4
2M
OT
OR
DR
IVE
SM
WV
BS
WIT
CH
-MA
CH
INE
VIB
RA
TIO
NW
6WE
SS
S+
B09
R02
0S
WIT
CH
NC
VIB
R #
WZ
-2R
W84
429-
P52
HIG
H V
OLT
BX
SP
>>S
WIT
CH
-PR
ES
SU
RE
OP
ER
AT
ED
SP
BR
PR
ES
SU
RE
SW
-BR
AK
EW
6WE
DS
I109
N08
2AP
RE
SS
W N
AS
ON
CLO
SE
@ 6
2 LB
.A
IR V
ALV
E B
X
SP
B2R
PR
ES
SU
RE
SW
-2N
D B
RA
KE
W6W
ED
SS
+B
09N
082A
PR
ES
SW
NA
SO
N C
LOS
E @
62
LB.
AIR
VA
LVE
BX
SP
LL1
PR
ES
SU
RE
SW
-LO
WLE
VE
LW
6WE
DS
I1
09N
069
PR
ES
S S
WIT
CH
4"W
C E
AT
ON
738-
719
LOW
VO
LT B
OX
VE
>>V
AL
VE
-EL
EC
TR
IC O
PE
RA
TE
D
VE
AS
VA
LVE
-AU
TO
SP
OT
SW
EN
GA
GE
W6W
ED
SA
SB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
B2R
VA
LVE
-2N
D B
RA
KE
W6W
ED
SS
PB
96R
302A
371/
8"A
IR P
ILO
T 3
WA
NO
120
V50
/60C
AIR
VA
LVE
BX
VE
CF
MV
ALV
E-F
LUS
H M
AN
IFO
LDW
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60S
UP
PLY
VLV
ST
VE
C01
VA
LVE
-CH
EM
ICA
L #1
FLU
SH
W6W
ED
SC
FB
96T
CC
2AA
371/
2" N
/C 2
WA
Y 1
20V
50/6
0C V
ALV
ES
UP
PLY
INJE
C
Pag
e 7
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
VE
C02
VA
LVE
-CH
EM
ICA
L #2
FLU
SH
W6W
ED
SC
FB
96T
CC
2AA
371/
2" N
/C 2
WA
Y 1
20V
50/6
0C V
ALV
ES
UP
PLY
INJE
C
VE
C03
VA
LVE
-CH
EM
ICA
L #3
FLU
SH
W6W
ED
SC
FB
96T
CC
2AA
371/
2" N
/C 2
WA
Y 1
20V
50/6
0C V
ALV
ES
UP
PLY
INJE
C
VE
C04
VA
LVE
-CH
EM
ICA
L #4
FLU
SH
W6W
ED
SC
FB
96T
CC
2AA
371/
2" N
/C 2
WA
Y 1
20V
50/6
0C V
ALV
ES
UP
PLY
INJE
C
VE
C05
VA
LVE
-CH
EM
ICA
L #5
FLU
SH
W6W
ED
SC
FB
96T
CC
2AA
371/
2" N
/C 2
WA
Y 1
20V
50/6
0C V
ALV
ES
UP
PLY
INJE
C
VE
C06
VA
LVE
-CH
EM
ICA
L #6
W6W
ED
SC
XA
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
INT
ER
PR
ET
BX
VE
C07
VA
LVE
-CH
EM
ICA
L #7
W6W
ED
SC
XA
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
INT
ER
PR
ET
BX
VE
C08
VA
LVE
-CH
EM
ICA
L #8
W6W
ED
SC
XA
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
INT
ER
PR
ET
BX
VE
C09
VA
LVE
-CH
EM
ICA
L #9
W6W
ED
SC
XA
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
INT
ER
PR
ET
BX
VE
C10
VA
LVE
-CH
EM
ICA
L #1
0W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
C11
VA
LVE
-CH
EM
ICA
L #1
1W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
C12
VA
LVE
-CH
EM
ICA
L #1
2W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
C13
VA
LVE
-CH
EM
ICA
L #1
3W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
C14
VA
LVE
-CH
EM
ICA
L #1
4W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
C15
VA
LVE
-CH
EM
ICA
L #1
5W
6WE
DS
CX
A96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60IN
TE
RP
RE
T B
X
VE
DR
RV
ALV
E-D
RA
IN T
O R
EU
SE
W6W
ED
SE
VB
96R
302A
371/
8"A
IR P
ILO
T 3
WA
NO
120
V50
/60C
AIR
VA
LVE
BX
VE
DR
SV
ALV
E-D
RA
IN T
O S
EW
ER
W6W
ED
SE
VB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
PL
VA
LVE
-DO
OR
LA
TC
H
W6W
ED
SS
PB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
PP
OV
ALV
E-I
NF
LAT
E D
OO
R S
EA
LW
6WE
DS
SP
B96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60A
IR V
ALV
E B
X
VE
ST
MV
ALV
E-S
TE
AM
W6W
ED
SE
VB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
TC
WA
VA
LVE
-CO
OLD
OW
N 6
0" A
ND
72"
W6W
ED
SE
VB
96P
151A
371+
1/4"
VA
L 11
0V H
AY
S 2
110-
6021
1SW
AT
ER
INLE
T
VE
TC
WB
VA
LVE
-CO
OLD
OW
N 4
2" O
NLY
W6W
ED
SE
VB
96P
053A
373/
4" V
AL
110V
HA
YS
#21
10-6
0211
SW
AT
ER
INLE
T
VE
WB
RV
ALV
E-B
RA
KE
W6W
ED
SE
VB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
WB
RA
VA
LVE
-BR
AK
E F
OR
72"
ON
LYW
6WE
DS
EV
B96
TB
O3B
A37
1/4"
N/O
3W
AY
120
V50
/60C
AIR
VA
LVE
BX
VE
WC
LV
ALV
E-A
IR C
LUT
CH
42"
DIA
W6W
ED
SS
PB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
WC
L*V
ALV
E-A
IR C
LUT
CH
60"
& 7
2"D
IAW
6WE
DS
SP
B96
TB
C3B
A37
1/4"
N/C
3W
AY
120
V50
/60C
VA
LVE
AIR
VA
LVE
BX
VE
WC
LAV
ALV
E-A
IR C
LUT
CH
VE
NT
42"
DIA
W6W
ED
SS
PB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
WC
LA*
VA
LVE
-AIR
CLU
TC
H V
EN
T 6
0"&
72"
DIA
W6W
ED
SS
PB
96T
BC
3BA
371/
4" N
/C 3
WA
Y 1
20V
50/6
0C V
ALV
EA
IR V
ALV
E B
X
VE
WP
DV
ALV
E-P
US
H D
OW
N 4
2" D
IA
W6W
ED
SS
PB
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
VE
WP
D*
VA
LVE
-PU
SH
DO
WN
60"
& 7
2" D
IAW
6WE
DS
SP
B96
TC
C3A
A37
3/8"
N/C
3W
AY
120
V50
/60C
VA
LVE
AIR
VA
LVE
BX
VE
WS
SV
ALV
E-S
EA
L S
UC
KE
RW
6WE
DS
SP
B96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60A
IR V
ALV
E B
X
VE
WV
CV
ALV
E-C
OLD
WA
TE
RW
6WE
DS
EV
B96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60A
IR V
ALV
E B
X
VE
WV
HV
ALV
E-H
OT
WA
TE
RW
6WE
DS
EV
B96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60A
IR V
ALV
E B
X
VE
WV
SV
ALV
E-S
PR
AY
DO
WN
W6W
ED
SS
+B
96R
301A
371/
8" P
ILO
T 3
W-N
C 1
10/5
0 12
0/60
AIR
VA
LVE
BX
Pag
e 8
of 9
C O
M P
O N
E N
T
P A
R T
S
L I
S T
W
6WE
DS
PL/
2004
514N
CO
MP
ON
EN
TF
UN
CT
ION
OF
WH
ER
E T
O F
IND
NU
MB
ER
TH
IS C
OM
PO
NE
NT
TH
IS C
OM
PO
NE
NT
MIL
NO
R P
/ND
ES
CR
IPT
ION
LO
CA
TIO
N
VE
WV
XV
ALV
E-E
XT
RA
WA
TE
RW
6WE
DS
EV
B96
R30
1A37
1/8"
PIL
OT
3W
-NC
110
/50
120/
60A
IR V
ALV
E B
X
WF
>>M
ET
ER
-WA
TE
R
WF
MM
ET
ER
-WA
TE
R F
LOW
W6W
ED
SF
S30
F51
5F
LOW
SE
NS
OR
SIG
NE
T P
5153
0-P
0W
AT
ER
INLE
T
ZF
>>R
EC
TIF
IER
S
ZF
AS
RE
CT
IFIE
R-A
UT
OS
PO
TW
6WE
DS
MC
B09
A02
0EB
RR
EC
TIF
IER
(E
BR
) 15
A/6
00P
IVA
UT
OS
PO
T B
OX
Pag
e 9
of 9
3(//(5,1�0,/125�&25325$7,21
/,0,7('�67$1'$5'�:$55$17<
We warrant to the original purchaser that MILNOR machines including electronichardware/software (hereafter referred to as “equipment”), will be free from defects in materialand workmanship for a period of one year from the date of shipment from our factory with nooperating hour limitation. This warranty is contingent upon the equipment being installed,operated and serviced as specified in the operating manual supplied with the equipment, andoperated under normal conditions by competent operators.
Providing we receive written notification of a warranted defect within 30 days of its discovery,we will – at our option – repair or replace the defective part or parts, FOB our factory. Weretain the right to require inspection of the parts claimed defective in our factory prior torepairing or replacing same. We will not be responsible, or in any way liable, for unauthorizedrepairs or service to our equipment, and this warranty shall be void if the equipment is repairedor altered in any way without MILNOR’s written consent.
Parts which require routine replacement due to normal wear – such as gaskets, contact points,brake and clutch linings and similar parts – are not covered by this warranty, nor are partsdamaged by exposure to weather or to chemicals.
We reserve the right to make changes in the design and/or construction of our equipment(including purchased components) without obligation to change any equipment previouslysupplied.
ANY SALE OR FURNISHING OF ANY EQUIPMENT BY MILNOR IS MADE ONLY UPONTHE EXPRESS UNDERSTANDING THAT MILNOR MAKES NO EXPRESSED OR IMPLIEDWARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR USE ORPURPOSE. MILNOR WILL NOT BE RESPONSIBLE FOR ANY COSTS OR DAMAGESACTUALLY INCURRED OR REQUIRED AS A RESULT OF: THE FAILURE OF ANY OTHERPERSON OR ENTITY TO PERFORM ITS RESPONSIBILITIES, FIRE OR OTHER HAZARD,ACCIDENT, IMPROPER STORAGE, MISUSE, NEGLECT, POWER OR ENVIRONMENTALCONTROL MALFUNCTIONS, DAMAGE FROM LIQUIDS, OR ANY OTHER CAUSE BEYONDTHE NORMAL RANGE OF USE. REGARDLESS OF HOW CAUSED, IN NO EVENT SHALLMILNOR BE LIABLE FOR SPECIAL, INDIRECT, PUNITIVE, LIQUIDATED, ORCONSEQUENTIAL COSTS OR DAMAGES, OR ANY COSTS OR DAMAGES WHATSOEVERWHICH EXCEED THE PRICE PAID TO MILNOR FOR THE EQUIPMENT IT SELLS ORFURNISHES.
WE NEITHER ASSUME, NOR AUTHORIZE ANY EMPLOYEE OR OTHER PERSON TOASSUME FOR US, ANY OTHER RESPONSIBILITY AND/OR LIABILITY IN CONNECTIONWITH THE SALE OR FURNISHING OF OUR EQUIPMENT TO ANY BUYER.
BMP72009792732A
How to order repair parts
Repair parts may be ordered either from the authorized dealer who sold you thismachine, or directly from the MILNOR factory. In most cases, your dealer willhave these parts in stock.
When ordering parts, please be sure to give us the following information:
1. Model and serial number of the machine for which the parts are required
2. Part number
3. Name of the part
4. Quantity needed
5. Method of shipment desired
6. In correspondence regarding motors or electrical controls, please include allnameplate data, including wiring diagram number and the make ormanufacturer of the motor or controls.
All parts will be shipped C.O.D. transportation charges collect only.
Please read this manual
It is strongly recommended that you read the installation and operating manualbefore attempting to install or operate your machine. We suggest that this manualbe kept in your business office so that it will not become lost.
PELLERIN MILNOR CORPORATION3�2��%2;������.(11(5��/$���������������8�6�$�
FAX: Administration 504/468-9307, Engineering 504/469-1849, Service 504/469-9777
BMP720097R72332A
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
BIUUUK01 (Published) Book specs- Dates: 20080311 / 20080311 / 20080311 Lang: ENG01 Applic: PCR UUU
How to Use Milnor® Electrical Schematic DiagramsMilnor® electrical schematic manuals contain a table of contents/component list and a set ofschematic drawings. These documents are cross referenced and must be used together.
The table of contents/components list shows, for every component on every schematic in themanual, the component item number (explained in detail below), statement of function, parentschematic number, part number, description and electric box location. In older manuals, twocomponent lists are provided: List 1 sorts the components by function, and List 2 by type ofcomponent. Newer schematic manuals include only the list sorted by component number.
The schematic drawings use symbols for each electromechanical component, and indicate thefunction of each. Integrated circuits are not shown, but the function of each microprocessor inputand output is stated. Certain electrical components not pertinent to circuit logic, such as wireconnectors, are not represented on the schematic.
Most machines require several schematics to describe the complete control system and all theoptions available on the included models. In most manuals there are some schematic pages thatdon't apply to your specific machine because certain options and configurations are mutuallyexclusive or are not necessary in all markets. You may find it helpful to mark or remove suchpages. A schematic page that only applies to a subset of machines will normally state, in the title,which models and/or options it covers. Compare this with the nameplate on your machine andwith your purchase records.
Each schematic is devoted to circuits with common functions (e.g., microprocessor inputs, motorcontactors). Schematics appear in the manual in alphanumeric order.
1. Component Prefix Classifications and DescriptionsComponent item numbers consist of up to six characters and appear as part of a component'ssymbol on the schematic. The first two characters indicate the general class of component, andthe remaining characters are a mnemonic for the function. For example, “CD” is the code for alltime delay relays, and “SR” stands for safety reset. Thus, CDSR is a time delay relay that servesas a safety reset.
The following are descriptions of electrical components used in Milnor® machines. Descriptionsare in alphabetical order by the component class code (two character prefix).
Note 1: Some component class codes do not have a corresponding symbol, but are represented by a boxand an accompanying note describing the component. Examples of such codes are BA (printed circuitboard), ED (electronic display), and ES (electronic power supply).
BA=Printed Circuit Board—Insulating substrate on which a thin pattern of copper conductorshas been formed to connect discreet electronic components also mounted on the board.
CB=Circuit Breaker (Figure 1)—Automatic switch that opens an electric circuit in abnormalcurrent conditions (e.g., an overload).
Figure 1: Circuit Breaker (CB)
CD=Control, Time Delay Relay (Figure 2)—A relay whose contacts switch only after a fixedor adjustable delay, once voltage has been applied to its coil. The contacts switch back tonormal (de-energized state) immediately when the voltage is removed.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 2: Time Delay Relay (CD)
Coil and Contacts Legend
.
A. CoilB. Contacts
CL=Control, Latch Relay (Figure 3)—A relay which latches in an energized or set positionwhen operated by one coil (the latch/set coil). The relay stays latched even though coil voltageis removed. The relay releases or unlatches when voltage is applied to a second coil (theunlatch/reset coil).
Figure 3: Latch Relay (CL)
Coils and Contacts Legend
.
A. CoilsB. Contacts
CR=Control, Relay (Figure 4)—A relay whose contacts switch immediately when voltage isapplied to its coil and revert to normal when the voltage is removed.
Figure 4: Standard Relay (CR)
Coils and Contacts Legend
.
A. CoilB. Contacts
CP=Control, Photo-Eye (Figure 5)—Photo-eyes sense the presence of an object without directphysical contact. Photo-eyes consist of a transmitter, receiver, and output module. Thesecomponents may be housed in one assembly with the transmitter bouncing light off of areflector to the receiver, or these components can be housed in two separate assemblies withthe transmitter pointed directly at the receiver. The photo-eye can be set to turn on its outputeither when the light beam becomes blocked (dark operate) or when it becomes un-blocked(light operate).
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 5: Photo-eye (CP)
Symbols Legend
.
A. Example of singleassembly
B. Example of two separateassemblies
CS=Control, Contactor/Motor Starter (Figure 6)—A relay capable of handling heavierelectrical loads, usually a motor.
Figure 6: Other Control Symbols
EB=Electric Buzzer (Figure 6)—An audible signaling device.EC=Electric Clutch (Figure 6)—A clutch consists of a coil and a rotor. The rotor has two
separate rotating plates. These plates are free to rotate independent of each other until the coilis energized. Once energized the two plates turn as one.
ED=Electronic Display—A visual presentation of data, such as an LCD (liquid crystal display),LED (light emitting diode) display, or VFD (vacuum florescent display).
EF=Electric Fuse (Figure 6)—A fuse is an over-current safety device with a circuit openingfusible member which is heated and severed by the passage of over-current through it.
EL=Electric Light (Figure 6)—Indicator lights may be either incandescent or fluorescent.EM=Electro Magnet Solenoid—A device consisting of a core surrounded by a wire coil through
which an electric current is passed. While current is flowing, iron is attracted to the core (e.g.,a pinch tube drain valve solenoid).
ES=Electronic Power Supply—A device that converts AC (alternating current) to filtered andregulated DC (direct current). The input voltage to the power supply is usually 120 or 240VAC. The output is +5, +12, and -12 VDC.
ET=Thermal Overload (Figure 7)—A safety device designed to protect a motor. A thermaloverload consists of an overload block, heaters, and an auxiliary contact. The auxiliary contactis normally installed in a safety (three-wire) circuit that stops power to the motor contactorcoil when a motor overload occurs.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 7: Thermal Overload (ET)
Schematic Symbol Legend
.
A. Heater (one per phase)B. Overload relay; contacts open if overload
condition exists
EX=Electrical Transformer (Figure 8)—A device that transfers electrical energy from oneisolated circuit to another, often raising or lowering the voltage in the process.
KB=Keyboard—Device similar to a typewriter for making entries to a computer.MN=Electronic Monitor (CRT)—A cathode ray tube used for visual presentation of data.MR=Motors (Figure 9)—Electromechanical device that converts electrical energy into
mechanical energy.
Figure 8: Transformer (EX) Figure 9: Electric Motor (MR)
MV=Motor (Variable Speed) Inverter—To vary the speed of an AC motor, the volts tofrequency ratio must be kept constant. The motor will overheat if this ratio is not maintained.The motor variable speed inverter converts three phase AC to DC. The inverter then uses thisDC voltage to generate AC at the proper voltage and frequency for the commanded speed.
Note 2: Switch symbols used in the schematics and described below always depict the switch in its un-actuated state.
PX=Proximity Switch (Figure 10)—A device which reacts to the proximity of an target withoutphysical contact or connection. The actuator or target causes a change in the inductance of theproximity switch which causes the switch to operate. Proximity switches can be two-wire(AC) or three-wire (DC) devices.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 10: Proximity Switches (PX)
Switch Symbols Legend
.
A. Alternating currentproximity switch
B. Direct current proximityswitch
SC=Switch, Cam Operated (Figure 11)—A switch in which the electrical contacts are openedand/or closed by the mechanical action of a cam(s). Applications include 35-50 pound timeroperated machines, Autospot, timer reversing motor assembly, and some balancing systems.
SH=Switch, Hand Operated (Figure 12)—A switch that is manually operated (e.g., Startbutton, Master switch, etc.).
Figure 11: Cam Switch (SC) Figure 12: Hand Operated Switch(SH)
SK=Switch, Key Lock (Figure 13)—A switch that requires a key to operate. This preventsunauthorized personnel from gaining access to certain functions (e.g., the Program menu).
SL=Switch, Level Operated (Figure 14)—A switch connected to a float that causes the switchto open and close as the level changes.
Figure 13: Key Switch (SK) Figure 14: Level Switch (SL)
SM=Switch, Mechanically Operated (Figure 15)—A switch that is mechanically operated by apart of or the motion of the machine (e.g., door closed switch, tilt limit switches, etc.)
SP=Switch, Pressure Operated (Figure 16)—A switch in which a diaphragm presses against aswitch actuator.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 15: Mechanical Switch (SM) Figure 16: Pressure Switch (SP)
ST=Switch, Temperature Operated (Figure 17)—A switch that is actuated at a presettemperature (e.g., dryer safety probes) or has adjustable set points (e.g., Motometers orCombistats).
TB=Terminal Board (Figure 18)—A strip or block for attaching or terminating wires.
Figure 17: Temperature Switch(ST)
Figure 18: Terminal Board (TB)
VE=Valve, Electric Operated (Figure 19)—A valve operated by an electric coil to control theflow of fluid. The fluid can be air, water or hydraulic.
Figure 19: Electrically OperatedValve (VE)
ZF=Rectifier (Figure 20)—A solid state device that converts alternating current to directcurrent.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 20: Bridge Rectifier (ZF)
Component Symbol Legend
.
A. Alternating current inputB. Direct current output
Figure 21: Bridge Rectifier
Component Legend
.
A. Alternating current inB. Negative direct current
outC. Positive direct current out
WC=Wiring Connector—A coupling device for joining two cables or connecting a cable to anelectronic circuit or piece of equipment. Connectors are male or female, according to whetherthey plug into or receive the mating connector.
2. Component Terminal NumberingCAUTION 1 : Risk of Mis-wiring—Due to electrical component manufacturinginconsistencies, the pin numbers imprinted on components such as connectors and relay basesused on Milnor machines often do not correspond to the pin numbers shown in the schematics.• Ignore pin numbers imprinted on in-line connectors (e.g., Molex connectors) and relay
bases.• Use the pin identification illustrations herein to identify pins on these components.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 22: Plug-in Relays
14-pin Relay in Relay Base 11-pin Relay in Relay Base
LegendA. View of relay and baseB. Same view, showing assigned pin numbers
.
Note 3: Relay functional names ending with the letter "M" (e.g., CRxxM) are not discrete components butare a component of a printed circuit board. They are usually not individually replaceable.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 23: AMP Connector Pin Locations
36-pin Connector
18-pin Connector Legend
.
A. View of mating halves of connectorB. Same view, showing assigned pin numbers
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 24: Molex Connector Pin Locations
15-pin Connector 9-pin Connector
6-pin Connector 4-Pin Connector
2-pin Connector LegendA. View of mating halves of connectorB. Same view, showing assigned pin numbers
.
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
Figure 25: Pressure Switch
Component Legend
.
A. Contact 1—Normally openB. Contact 2—Normally closedC. Contact 3—Common
Figure 26: Toggle Switch
Component Legend
.
A. Normally closed contactsB. Common contactsC. Normally open contactsD. Pole
Figure 27: Switch with Replaceable Contact Blocks
Rotary or Push-button Switch Component Legend
.
A. Terminal 7B. Terminal 8C. Terminal 4 if normally open; terminal 1 if normally closedD. Terminal 5 if normally open; terminal 2 if normally closedE. Terminal VF. Terminal 9G. Terminal Q if normally open; terminal K if normally closedH. Terminal 6 if normally open; terminal 3 if normally closedI. Terminal WJ. Terminal XK. Terminal R if normally open; terminal L if normally closedL. Terminal S if normally open; terminal M if normally closed
3. Features of Milnor® Electrical Schematic DiagramsDocument BMP010012 (following this section) is a sample schematic, based on a schematicdiagram for the Milnor® gas dryer. For the purposes of this exercise, the schematic is shown grayand explanations of the items on the schematic are shown black.
The item numbers below correspond to the circled item numbers shown on the drawing.1. The first six characters of the drawing number (W6DRYG) indicate that this is a wiring
diagram (W), identify the generation of controls (6), and identify the type of machine(DRYG=Gas Dryer). These characters appear in the drawing number of every schematic inthe set.
The characters following the first six are unique to each drawing. The two charactersidentified as the page number are an abbreviation for the function performed by the depicted
How to Use Milnor® Electrical Schematic Diagrams
PELLERIN MILNOR CORPORATION
circuitry (S+=three-wire circuit) and establish the order in which the schematic occurs in themanual (schematics are arranged in alpha-numeric order in the manual).
Whenever circuitry changes are significant enough to warrant publishing a new schematicdrawing, the new drawing number will be the same as the old except for the major revisionletter (A in the example).
2. Included in the drawing title are the class of control system, the title of this circuit, and thecircuit voltage.
3. Line numbers are provided along the bottom edge of the drawing. These permit servicepersonnel in the field and at the Milnor® factory to quickly relate circuit locations whendiscussing troubleshooting over the phone. Page and line numbers are referenced on thedrawing as explained in items five and six below.
4. Relay contacts show the page and line number on which the relay coil may be found. This isthe type of cross referencing most frequently used in troubleshooting.
5. Relay coils show the page and line number on which its associated contacts are located.6. Relay contacts and relay coils show the physical location of the relay.7. The designation MTA applies to electronic circuit board connections. Typically, a control
system will contain several different types of circuit boards and one or more boards of eachtype. A numerical suffix identifies the board type and a numerical prefix identifies which oneof several boards of a given type is being depicted. For example, the designation 1MTA5identifies this as the first I/O board (8 output, 16 input board) in the control system. As shownon the drawing, a pin number follows the board number, separated by a dash. Thus, 1MTA5-9 is pin 9 on this board. The numerical designations for board types vary from one controlsystem to another. Some of the board types commonly encountered on the Mark V and MarkVI washer-extractor control and their designations are as follows:
• MTM1-MTM8 = Mother board• MTA1-MTA5 = 8 output, 16 input (8/16) boards• MTA11-MTA14 = 24 output boards• MTA30-MTA40 = processor boards• MTA41-MTA43 = digital to analog (D/A) boards• MTA51-MTA55 = analog to digital (A/D) boards• MTA81-MTA85 = balance A-D board
The complete listing of the boards utilized in a given control system can be found in thecomponent list for that system.
8. Wire numbers, as described earlier in this section, are shown at appropriate locations on theschematic drawing.
9. Where diamond symbols appear at the end of a conductor, these are match points forcontinuing the schematic on another drawing. The page and line number that continues thecircuit is printed adjacent to the diamond symbol. Where more than one match point appearson the referenced page, match diamonds containing corresponding letters.
— End of BIUUUK01 —
5
4
9
6
This indicates on whichpage (W6DRYGS+) and
line number (08) the relaycoil can be found for this
set of contacts
This indicates on whichschematic page andline number the relay
contacts of this coil (on Line08) are located (i.e.,
W6DRYGS+, Lines 9 and 11).
This is the physicallocation of the relay onthe machine. Row andcolumn numbers are
shown on the appropriatetag for each relay tray.
A
B
Position
2A1MRelay Tray
NumberRow
ColumnFunction
(M=Main Air)
Any relay that endswith an "M" islocated on an
electronic board.
S+09 S+11
S+11
Normallyopen
contacts
Normallyclosed
contacts
7-1 contact
8-2 contact
9-3 contact
V-Q contact
7-4 contact
8-5 contact
9-6 contact
V-K contact
Contact not used
Drawing and line wherecontact is located
1 2 3 4
BMP010012-L
1
2
3
7
8Wire identification marking.
This designation isstamped on the wire every6 inches and is used withthe signal routing table.
1MTA5-9
Pin number
Board MTA group designation
Mass termination assembly
MTA designation on board
An MTA is a connection on anelectronic circuit board. The
notes and the tag page locatethe appropriate board.
Page linenumbers
Major revision(letter)
Page number(S+)
Machine type(Gas fired dryer)
6th generationof controls
W = Wiring
Class of control system
Title of this circuitVoltage of this circuit
BMP010012-R
W6WEDSTAG2004514B
MICRO 6 SYSTEMS
DIVIDED CYLINDER
LOW VOLTAGE CONTROL BOX
PELLERIN MILNOR CORPORATION B2TAG8602995501G
1M
TA
51
1M
TA
1
1M
TA
11
2M
TA
11
1M
TA
41
1M
TA
52
1M
TA
2
1M
TA
12
2M
TA
12
1M
TA
42
1M
TA
53
1M
TA
3
1M
TA
13
2M
TA
13
1M
TA
54
1M
TA
4
1M
TA
14
2M
TA
14
1M
TA
55
1M
TA
5
1M
TA
15
2M
TA
15
1M
TA
56
1M
TA
6
1M
TA
16
2M
TA
16
1M
TA
43
BA
D-1
(A-D
BO
AR
D)
BIO
-1(8
OU
TP
UT
-16
INP
UT
BO
AR
D)
BO
-1(1
6O
UT
PU
TB
OA
RD
)
BO
-2(1
6O
UT
PU
TB
OA
RD
)OP
TIO
NA
L
BD
A-1
(D-A
BO
AR
D)O
PT
ION
AL
1MTP
1MTD
POWER SUPPLY
120VAC TO+12VDC-12VDC+5VDC
TBS
WCY
1 2 3 4 5 6
CDEXN120VAC
CRSS120VAC
CRSP120VAC
CRS+120VAC
CDS+N120VAC
CRSPA120VAC
CRDL120VAC
CRPLB120VAC
CRPLA120VAC
NOTUSED
NOTUSED
NOTUSED
A
B
WCR WCF WCV WCJ
GND
TB
4
TB
P
TBS TB3
1MTA57
1MTA58
BT
P-1
TH
ER
MIS
TO
RP
RO
BE
BO
AR
D WCP
ESPS
SPLLL
MICRO 6 SYSTEMS
OPEN POCKET WASHER-EXTRACTOR
HIGH VOLTAGE CONTROL BOXPELLERIN MILNOR CORPORATION
B2TAG8400895021G
CSE2
ETE2
CSWA CSWC
(BECOMES CSVS IFMACHINE HAS INVERTER)
CSDR
ETWA
ETDR
EX37
SMWVB
INCOMINGPOWERBLOCK
EF1
L1 L2 L3 GND
ETHYP
OPTIONAL FORTILT ONLY
ETE1
OPTIONAL FOR2 SPEED EXT.
CSHYP
OPTIONAL FORTILT ONLY
CSE1OPTIONAL FOR2 SPEED EXT.
TB2
GROUND
B2TAG9803398227G
MICRO 6 SYSTEMS8088 PROCESSOR CONTROL BOX
PELLERIN MILNOR CORPORATION
WC
PW
CX
BB
B-1
BA
TT
ER
YB
AC
KU
PB
D
2M
TA
41
2
1
EP
RO
MS
NO
TE
:1
.EA
CH
EP
RO
MM
US
TB
EM
AT
CH
ING
NU
MB
ER
ED
SO
CK
ET
(EP
RO
MS
AR
EN
UM
BE
RE
D.)
2.M
AK
ES
UR
ET
HA
TA
LL
PIN
SA
RE
INS
ER
TE
D(B
EC
AR
EF
UL
NO
TT
OB
EN
DP
INS
UN
DE
RC
HIP
.)3
.EP
RO
MS
MU
ST
BE
INS
TA
LL
ED
WIT
HT
HE
RE
FE
RE
NC
EN
OT
CH
AS
SH
OW
NRS232
RS485PORT #4
1MTA30
1MTA34
1MTA33
1MTA32
2MTA31
1MTA31
RS485PORT #3
RS485PORT #2
RS485PORT #1
TO BATTERYBACKUP
INCOMMINGPOWER
1MTA39INPUTS
1MTA38INPUTS
1MTA36
1MTA37
1MTA40
1MTA35
DISPLAY
DISPLAY
KEYPAD
KEYPAD
EPROMS MUST BEINSTALLED WITH THENOTCH IN THIS POSITION
TB1
GN
D
BP
BP
RO
CE
SS
OR
BO
AR
D
W6WEDSTAG2004514B
W6W
ED
STA
G2004514B
MICRO 6 SYSTEMSOPEN POCKET, DIVIDED CYLINDER, STAPHGUARD
I/O BOARD # 1PELLERIN MILNOR CORPORATION B2TAG86015
86383G
PINS10-----1
PINS6-----1
PINS10-----1
PINS10-----1
PINS10-----1
PINS10-----1
CHEM# 5
CR05M
CHEM# 2
CR02M
CHEM# 3
CHEM# 1
CR01MOFF
DIPSWITCH
ELECTRONICS
ON
CR03M
CHEM# 4
CR04M
2SPEEDWASH
CRW2M
COOL-DOWN
CRCWM
DRAINMOTOR
CRDAM
1MTA1 1MTA2 1MTA3 1MTA4 1MTA5 1MTA6
12345678
MICRO 6 SYSTEMSD/A BOARD
PELLERIN MILNOR CORPORATIONB2TAG68025
99406G
OFF
DIPSWITCH
ELECTRONIC
ON
PINS10-----1
1MTA41
PINS6-----1
1MTA42
PINS10-----1
1MTA43
12345678
MICRO 6 SYSTEMSOPEN POCKET, DIVIDED CYLINDER,STAPHGUARD OUTPUT BOARD #1
PELLERIN MILNOR CORPORATION B2TAG8601387353G
PINS10-----1
PINS6-----1
PINS10-----1
PINS10-----1
PINS10-----1
PINS10-----1
PUSHDOWN
CRPDM
CLUTCH
CRCLM
DRAINTO
REUSE
CRDRM
DRAINTO
SEWER
CRDRM
EXTRAWATER
CRVXM
COLDWATER
CRVCM
HOTWATER
CRHVM
BRAKE
OFF
DIPSWITCH
ELECTRONIC
ON
CRBRM
3-WIRE
CRS+M
SIGNAL
CRSGM
STEAM
CRSTM
CCWWASH
CRWAM
CWWASH
CRWCM
LOW & HIEXTRACTENABLED
CRE1M
SPRAY/DOWN
*CREBM
HIEXTRACTENABLED
CRE2M
1MTA11 1MTA12 1MTA13 1MTA14 1MTA15 1MTA16
12345678
* ON STAPHGUARD MACHINE, THIS RELAY IS “CLEANSIDE TRANSFER” (CRTM)
MICRO 6 SYSTEMSOPEN POCKET + DIVIDED CYLINDER DYE
OUTPUT BOARD #2PELLERIN MILNOR CORPORATION
B2TAG8601492236G
PINS10-----1
PINS6-----1
PINS10-----1
PINS10-----1
PINS10-----1
PINS10-----1
FLUSH8
CR8FM
FLUSH7
CR7FM
FLUSH6
CR6FM
DRAIN8
CR8DM
DRAIN7
CR7DM
DRAIN6
CR6DM
CHEM.#6
CRCEM
DIRECTSTEAM
OFFDIP
SWITCH
ELECTRONICS
ON
CRSDM
SPEED4
CRW4M
SPEED3
CRW3M
SPEED2
CRW1M
CHEM.INJECTRIGHT
CRRMM
PRES-SURE
ENABLE
CRTPM
CHEM.INJEC-TION
CRC+M
FLUSHMANI-FOLD
CRCAM
DIRECTCOOL-DOWN
CRCTM
2MTA11 2MTA12 2MTA13 2MTA14 2MTA15 2MTA16
12345678
