50040, 58040, 58058, 58080, 64058, and 72072 Dryers

Transcription

Published Manual Number/ECN: ME72TG11BE/2000152N
• Publishing System: TPAS
• Access date: 4/7/00
• Document ECN's: Latest Available
Schematic/Electrical Parts—
50040, 58040, 58058,
58080, 64058, and 72072
Dryers - Gas / Oil Fired
Mark V 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.
References to Yellow Troubleshooting Pages
This manual may contain references to “yellow pages.” Although the pages containing
troubleshooting procedures are no longer printed on yellow paper, troubleshooting instructions, if
any, will be contained in the easily located “Troubleshooting” chapter or section. See the table of
contents.
Trademarks of Pellerin Milnor Corporation
The following, some of which may be used in this manual, are trademarks of Pellerin Milnor
Corporation:
Ampsaver®
Autolint®
Auto-Purge®
Autovac
CBW®
Dye-Extractor®
Dyextractor®
E-P Plus®
Gear Guardian®
Hands-Off®
Hydro-Cushion®
Mildata®
Milnet®
Milnor®
Miltrac
Miltron
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
Staph-Guard®
System 4®
System 7®
Totaltrol®
Table of Contents
for ME72TG11BE/2000152N
50040, 58040, 58058, 58080, 64058, and 72072 Dryers - Gas / Oil Fired Mark V Controls
Page
Description
Document/ECN
1
13
15
16
26
31
34
35
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
Component Parts List
Warranty
How to Order Parts
How to Use Electrical Schematics
Dryer Wiring Connections
Dryer Wiring For Allied Interface
3 Phase Motor Connection Diagram
3P Motor Diagram-Multivolt
Control Box Layouts Sheet 1
Control Box Layouts Sheet 2
Display Wiring
Board Wiring- Dryer / Shuttle Controller Interface
Electical Valves and Doors
Fire Controller (Fire Eye) Wiring
Fire Controller (Landis & Gyr) Wiring
Fire Controller (Landis & Gyr) Belgium Specifications
Fire Controller (Landuis & Gyr) Dutch Specifications
Fire Controller (Landuis & Gyr) Dutch Spec. 58040 Only
Fire Controller (Landuis & Gyr) French Specifications
Board to Board Wiring (Fire Eye Controller)
Board to Board Wiring (Landis & Gyr Controller)
Board to Board Wiring (Belgium Specification)
Board to Board Wiring (Dutch Specification)
Control Circuit Transformers
Inputs Sheet 1
Inputs Sheet 2
Allied Interface
Keypad Wiring
Motor Contactors (Fire Eye Controlller)
Motor Contactor (Landis & Gyr Controller)
Motor Contactors (Landis & Gyr, CSA, 72072TG1 Only)
600V Combustion Air inverter Power
Motors and Incoming Voltages
Start Circuit
Gas Train Safeties (Fire Eye Controller)
Thermocouple & Processor Board Wiring
Thermal Oil Modulating Valve
Variable Speed Inverter Basket Motor
W6DR3FPL/2000152N
BMP720097/92732A
BMP720097R/72332A
MSFD0106AE/95041V
MSIN0915AE/98247N
MSIN0106AE/9824AV
BMP850029/99362B
W80008/96266B
W6DR3FTG1/99171B
W6DR3FTG2/99241B
W6DR3FD/97251B
W6DR3FDC/2000152B
W6DR3FEV/99241B
W6DR3FFE/99241B
W6DR3FFEA/99241B
W6DR3FFEB/99241B
W6DR3FFED/99241B
W6DR3FFEE/99241B
W6DR3FFEF/99241B
W6DR3FGM/97212B
W6DR3FGMA/2000152B
W6DR3FGMB/2000152B
W6DR3FGMD/2000152B
W6DR3FHV/97212B
W6DR3FI1/97251B
W6DR3FI2/99241B
W6DR3FIA/99241B
W6DR3FKP/97042B
W6DR3FMC/99241B
W6DR3FMCA/99241B
W6DR3FMCB/99241B
W6DR3FMT6/99171B
W6DR3FMTR/98187B
W6DR3FS+/99241B
W6DR3FSF/97212B
W6DR3FTC/2000152B
W6DR3FTV/97507B
W6DR3FVP/99241B
1
THIS COMPONENT
NUMBER
B2TAG85053
M6 SYS.DRYER GAS FIRE ASSY<>
BOARD-DIGITAL TO ANALOG
BOARD-8OUTPUT/16INPUT #1
BOARD-CARD CAGE MOTHER
BOARD-24 OUTPUT #1
BOARD-24 OUTPUT #1
BOARD-24 OUTPUT #1
BOARD-24 OUTPUT #1
BDA1
BDA1
BDA1
BIO-1
BIO-1
BIO-1
BIO-1
BIO-2
BIO-2
BIO-2
BIO-2
BMTH
BMTH
BMTH
BMTH
BO1
BO1
BO1
BO1
08BSO24AT
08BSO24AT
08BSO24AT
08BSO24AT
08BS5MTHAT
08BS5MTHAT
08BS5MTHAT
08BS5MTHAT
08BS816CT
08BS816CT
08BS816CT
08BS816CT
08BS816CT
08BS816CT
08BS816CT
08BS816CT
08BSDACT
08BSDACT
08BSDACT
08BSDACT
Page 1 of 11
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FTV
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
08BSDACT
BD: SERIAL 24 OUTPUT->TEST
BD:SERIAL 5 CARD MOTHER-TEST
BOARD:SERIAL 8OUT-16IN-TEST
BD:SERIAL D-A CONVERTR->TEST
BOARD: SER BATT BACKUP-TEST
BDA1
W6DR3FGM
08BSBB1T
BDA1
W6DR3FTC
THIS BOARD IS NOT USED AFTER JANUARY 2000, IT IS BUILT IN TO THE SERIAL PROCESSOR ITEM BPB, PART NO. 08BSPE1T
BD:KEYPAD SWITCH BOARD
BD:SER A-D+THERMOCOUP>TESTED
TAG:58"GAS DRYER LO VOLTBX<>
TAG:58"GAS DRYER HI VOLTBX<>
TAG:GAS DRYER CONTROL BDS<>
REMOTE DRYER CONTROLLER <>
M6 SYS DRYER AIR VALVE ASY<>
BOARD-MEMORY BATTERY BACKUP
08BSKPST
08BSADCTT
B2TAG97053
B2TAG97052
B2TAG96015
B2TAG87059
B2TAG85059
DESCRIPTION
BBB-1
W6DR3FDC
W6DR3FTC
W6DR3FTG2
W6DR3FTG2
W6DR3FTG1
W6DR3FTG1
W6DR3FTG1
W6DR3FTG1
THIS COMPONENT MILNOR P/N
WHERE TO FIND
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
PROCESSOR BX
PROCESSOR BX
LOW VOLT BOX
SEE FUNCTION
SEE FUNCTION
SEE FUNCTION
SEE FUNCTION
SEE FUNCTION
SEE FUNCTION
LOCATION
W6DR3FPL/2000152N
BADR-1 NOTE
BOARD- ADDRESS SETTING
DETAIL-58 GAS DRYER LOW VOLT PANEL
006
BOARD-A TO D+ THERMOCOUPLE
DETAIL-58 GAS DRYER HIGH VOLT PANEL
005
BADR-1
DETAIL-GAS DRYER CONTROL BOARDS
004
BAD1
DETAIL-REMOTE DRYER CONTROLLER
003
>>PRINTED CIRCUIT BOARDS
DETAIL-GAS DRYER AIR VALVE BOX
002
BA
DETAIL-GAS DRYER FIRE CONTROLLER
001
>>CONTROL BOX LAYOUTS
FUNCTION OF
COMPONENT
COMPONENT PARTS LIST
2
RELAY-CLOSE COOLDOWN
RELAY-FIRE EYE ENABLE
CRFE
RELAY-COMBUSTION AIR DAMPER CLOSED
CRCA
RELAY-DISCHARGE DOOR CLOSED
RELAY-COMBUSTION
CRC
CRDDC
RELAY-BASKET MOTOR CW
CRCDC
RELAY-BASKET MOTOR CCW
LATCH-MAIN AIR LOW
CLMA
CRBAC
LATCH-MAIN AIR LOW
CLMA
CRBAA
LATCH-GAS PRESSURE LOW
CLGL
LATCH-MAIN AIR LOW
CLGL
>>RELAY-PILOT OR CONTROL
CLGL
CR
LATCH-GAS PRESSURE HIGH
CLGH
CLMA
CLGH
>>RELAY-TIME DELAY
CD
CIRCUIT BRKR-BASKET MOTOR
CB2
LATCH-FIRE EYE TRIPPED
CIRCUIT BRKR-MAIN AIR MOTOR
CB1
CLGH
>>>CIRCUIT BREAKERS
CB
CLFET
BOARD-ROTATIONAL SAFETY
BRS1
LATCH-COMBUSTION AIR LOW
BRS1
LATCH-COMBUSTION AIR LOW
BRS1
CLCA
BRS1
CLCA
BOARD-MICROPROCESSOR
BPB
DELAY-VARIABLE SPEED FAULT
BOARD-MICROPROCESSOR
BPB
>>>RELAY-LATCH
BOARD-6 OUTPUT
BO2
CL
THIS COMPONENT
NUMBER
CDVS
FUNCTION OF
COMPONENT
W6DR3FS+
W6DR3FEV
W6DR3FTV
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CL2C-C37
09CF007537
MESSAGE SN
MESSAGE SN
08BNDSRAT
08BNDSRAT
08BNDSRAT
08BNDSRAT
08BSPE1T
08BSPE1T
08BN6OAT
Page 2 of 11
W6DR3FFEE
W6DR3FFEB
W6DR3FVP
W6DR3FVP
W6DR3FSF
W6DR3FFEF
W6DR3FFE
W6DR3FSF
W6DR3FFEF
W6DR3FFE
W6DR3FSF
W6DR3FFEF
W6DR3FFE
W6DR3FFE
W6DR3FSF
W6DR3FFE
W6DR3FVP
W6DR3FMTR
W6DR3FMTR
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DRFSTC
W6DR3FDC
W6DR3FDC
WHERE TO FIND
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
RELAY-LATCH DPDT 120V 2-COIL
TDR F7.5S 2PDT 11PIN 120V60C
SEE SPECIFIC MACHINE + NAMEPLATE
SEE SPECIFIC MACHINE + NAMEPLATE
BD:DRY SAFETY ROTATION->TEST
186 SER PROC-TEST
186 SER PROC-TEST
6 OUTPUT BOARD->TEST
DESCRIPTION
HIGH VOLT BX
HIGH VOLT BX
LOW VOLT BOX
FIRE CONTR PL
FIRE CONTR PL
VARI SPEED BX
VARI SPEED BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
VARI SPEED BX
HIGH VOLT BX
HIGH VOLT BX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
PROCESSOR BX
PROCESSOR BX
PROCESSOR BX
LOCATION
W6DR3FPL/2000152N
3
RELAY-DOORS CLOSED
RELAY-DOORS CLOSED
RELAY-DOORS CLOSED
RELAY-FIRE SAFETIES O,K.
RELAY-FIRE CONTROLLER LOCKED OUT
RELAY-GAS VALVE ENABLED
RELAY-MAIN/COMBUSTION AIR
RELAY-DISCHARGE DESIRED
CRFEF
CRFEF
CRFEF
CRFEF
CRFET
CRFET
CRFET
CRFET
CRFET
CRFET
CRGA
CRGA
CRGA
CRGA
CRGA
CRK
CRK
RELAY-3-WIRE
>>CONTACTOR-MOTOR STARTER
CONTACTOR-5840, 5858,&5880 HV BASKET
CONTACTOR-5840, 5858,&5880 LV BASKET
CONTACTOR-7272 LOW VOLT BASKET
CONTACTOR-7272 HIGH VOLT BASKET
CONTACTOR-CNTR-CLOCKWISE ROTATION
CONTACTOR-CLOCKWISE ROTATION
CONTACTOR-COMBUSTION AIR
CSBA-1
CSBA-2
CSBA-3
CSBA-4
CSBAC
CSBAW
CSCA
CRRI
CS
RELAY-IGNITION
CRRI
CRS+
RELAY-LOAD DOOR CLOSED
RELAY-IGNITION
CRLDC
RELAY-DUTCH SPECS
RELAY-DOORS CLOSED
CRFEF
RELAY-DUTCH SPECS
RELAY-DOORS CLOSED
CRFEF
CRL
THIS COMPONENT
NUMBER
CRL
FUNCTION OF
COMPONENT
09MC08B337
MESSAGE EW
MESSAGE EW
09MRO8E337
09MR08L337
09MR08D337
09MR08C337
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
09C024D37
Page 3 of 11
W6DR3FMC
W6DR3FS+
W6DR3FS+
W6DR3FS+
W6DR3FS+
W6DR3FS+
W6DR3FS+
W6DR3FS+
W6DR3FFEE
W6DR3FFED
W6DR3FEV
W6DR3FFEE
W6DR3FFED
W6DR3FFEE
W6DR3FFED
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FSF
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FSF
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
WHERE TO FIND
12A 3P MCS CONT NR 120V5/6
SEE CSBA-1,-2,-3,-4 FOR CONTACTOR
SEE CSBA-1,-2,-3,-4 FOR CONTACTOR
30A 3P REV+2N/C 120V5/6 IEC
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
4PDT "KH" 110/120V
DESCRIPTION
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
LOW VOLT BOX
FIRE CONTR PL
FIRE CONTR PL
HIGH VOLT BX
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
FIRE CONTR PL
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOCATION
W6DR3FPL/2000152N
4
LIGHT-COMBUSTION AIR LOW
ELCA
ELCA
ELCA
LIGHT-DISCHARGE DOOR CLOSED
LIGHT-FIRE EYE TRIPPED
LIGHT-FIRE EYE TRIPPED
LIGHT-GAS PRESSURE HIGH
ELDDC
ELFET
ELFET
ELGH
LIGHT-DISCHARGE DESIRED
>>LIGHT-PILOT OR INDICATOR
EL
ELDD
FUSE-120V CONTROL CIRCUIT
EF37
>>FUSE OR FUSE HOLDER
EF
LIGHT-FIRE CNTRLLR LOCKED OUT
CONTROLLER-FIRE
EEEU
ELCLO
CONTROLLER-FIRE
EEEU
ELCA
CONTROLLER-FIRE
EEEU
>>BUZZER OR AUDIBLE SIGNAL
EB
CONTROLLER-FIRE
CONTACTOR-BASKET INVERTER
CSVS
CONTROLLER-FIRE
CONTACTOR-COMBUSTION AIR INVERTER
CSV
EEEU
CONTACTOR-5880,7272 LV MAIN AIR
CSMA-3
EEEU
CONTACTOR-5840,5858HV MAIN AIR
CSMA-2
>>FIRE CONTROLLERS
CONTACTOR-5840,5858,LV+5880,7272 HV
CSMA-1
DISPLAY-MICROPROCESSOR
CONTACTOR-MAIN AIR
CSMA
EE
CONTACTOR-MAIN AIR
CSMA
EDM
CONTACTOR-MAIN AIR
CSMA
BUZZER-SIGNAL AUDIBLE
CSCA
>>DISPLAY-ELECTRONIC
CSCA
ED
THIS COMPONENT
NUMBER
EBSG
FUNCTION OF
COMPONENT
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09FF004AHG
09X151
09X151
09X151
09X151
09X150A3
08BSEVFD5V
09H015
09MR08C337
09MC08B337
09MC08N337
09MC08E337
09MC08L337
MESSAGE EW
MESSAGE EW
MESSAGE EW
09MC08B337
09MC08B337
Page 4 of 11
W6DR3FFEA
W6DR3FMCB
W6DR3FMC
W6DR3FEV
W6DR3FS+
W6DR3FMCA
W6DR3FSF
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FHV
W6DR3FEF
W6DR3FEE
W6DR3FED
W6DR3FEB
W6DR3FEA
W6DR3FD
W6DR3FS+
W6DR3FVP
W6DR3FMCB
W6DR3FMC
W6DR3FMC
W6DR3FMC
W6DR3FMCB
W6DR3FMCA
W6DR3FMC
W6DR3FMCB
W6DR3FMCA
WHERE TO FIND
LAMP 1/2" AMB 125V IDI 1050QC3
FUSE BK/MDX 4 AMP 125V BUSS
BURNER CTL-AUSTR.110/50 10SEC
FLAME SAFE CTL ASSY #MC120
BD:SER VFD 2LINE-19200B-TEST
BUZZER 115V W/6-32 CRT+6" LEADS
60A 3P MCS CONT.NR 120V5/6
SEE CSMA-1,-2,-3 FOR CONTACTOR
DESCRIPTION
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
DISC CHUTE
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
HIGH VOLT BX
FIRE CONTRL PL
FIRE CONTRL PL
FIRE CONTRL PL
FIRE CONTRL PL
FIRE CONTRL PL
PROCESSOR BX
PROCESSOR BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
LOCATION
W6DR3FPL/2000152N
5
LIGHT-GAS PRESSURE LOW
FLASHER-SAFETY LIGHTS
LIGHT-LOAD DOOR CLOSED
LIGHT-LOAD DOOR OPEN
LIGHT-MAIN AIR LOW
LIGHT-MAIN AIR LOW
LIGHT-MAIN AIR LOW
LIGHT-MAIN AIR LOW
LIGHT-MAIN GAS ENABLED
LIGHT-IGNITION ENABLED
LIGHT-PILOT VALVE ENABLED
LIGHT FLASHING SIGNAL
LIGHT-SIGNAL VISUAL
>>ELECTROMAGNET AND SOLENOID
ELGL
ELL
ELLDC
ELLDO
ELMA
ELMA
ELMA
ELMA
ELMG
ELMG
ELMG
ELMG
ELMI
ELMI
ELMI
ELMI
ELPG
ELPG
ELPG
ELPG
ELSF
ELSG
EM
SOLENOID-SPRINKLER
ELGL
EMSK
ELGL
SOLENOID-SPRINKLER
ELGL
EMSK
ELGH
FAN-INVERTER COOLING
ELGH
SOLENOID-SPRINKLER
ELGH
EMSK
THIS COMPONENT
NUMBER
EMCF
FUNCTION OF
COMPONENT
09K061D
09K061D
09K061D
13AF100A37
09J060A37
09H025V37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
08FL007537
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
09J060A37
Page 5 of 11
W6DR3FMCB
W6DR3FMCA
W6DR3FMC
W6DR3FVP
W6DR3FS+
W6DR3FS+
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FSF
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FEV
W6DR3FEV
W6DR3FSF
W6DR3FSF
W6DR3FFEF
W6DR3FFEB
W6DR3FFEA
W6DR3FSF
W6DR3FFEF
W6DR3FFEB
WHERE TO FIND
NEWARK #90F6921
SOLENOID 120V 60C #8940
FAN 92CFM115V60
REACON ROTARY 5.5"DIA AMBER
FLASHER 120V 1AMP 75FL/MIN
DESCRIPTION
SPRINKLER ASSY
SPRINKLER ASSY
SPRINKLER ASSY
VARI SPD BOX
LOW VOLT BOX
BELT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOW VOLT BOX
LOCATION
W6DR3FPL/2000152N
6
OVERLOAD-58580 & 7272 MAIN AIR
>>TRANSFORMERS
TRANSFORMER-INCOMING VOLT.120VAC
TRANSFORMER-208/240>120VAC
TRANSFORMER-380/480>120VAC
TRANSFORMER-600->120VAC
>>KEYBOARD-ELECTRONIC
KEYPAD-MICROPROCESSOR
>>MOTORS
MOTOR-BASKET ROTATION
MOTOR-BASKET ROTATION
MOTOR-COMBUSTION AIR
MOTOR-MAIN AIR
>>PROXIMITY SWITCH
PROX SWITCH-COMBUTION AIR DAMPR CLS W6DR3FFEE
ETMA-3
EX
EX37
EX37-1
EX37-2
EX37-3
KB
KBM
MR
MRBA
MRBA
MRCA
MRMA
PX
PXCA
09RPS18AAU
MESSAGE SO
MESSAGE SO
MESSAGE SO
MESSAGE SO
08ND5X6DR
09U251AA37
09U200AAB
09U249AA37
MESSAGE EW
09FTD0230T
09FTD0230T
09FTD0120T
MESSAGE EW
09F024A
09FTD0016T
09FTD0010T
MESSAGE EW
09FTD0121T
09FTD0120T
09FTD0037T
MESSAGE EW
08PSS3401T
08PSS3401T
09N505
09N505
Page 6 of 11
W6DR3FMTR
W6DR3FMTR
W6DR3FVP
W6DR3FMTR
W6DR3FKP
W6DR3FHV
W6DR3FHV
W6DR3FHV
W6DR3FHV
W6DR3FMTR
W6DR3FMTR
W6DR3FMTR
W6DR3FMTR
W6DR3FVP
OVERLOAD-5840&5858LV MAIN AIR
OVERLOAD-DYNAMIC BRAKE
ETDB
W6DR3FMTR
W6DR3FMTR
ETMA-2
OVERLOAD-COMBUSTION AIR 5880 LV
ETCA-2
OVERLOAD-MAIN AIR
OVERLOAD-COMBUSTION AIR
ETCA-1
W6DR3FMTR
W6DR3FMTR
OVERLOAD-5840&5858HV MAIN AIR
OVERLOAD-COMBUSTION AIR
ETCA
ETMA-1
OVERLOAD-7272 LO VOLT BASKET MTR
ETBA-3
W6DR3FMTR
W6DR3FMTR
W6DR3FMTR
W6DR3FTC
W6DR3FTC
W6DR3FS+
W6DR3FS+
WHERE TO FIND
ETMA
OVERLOAD-5858LV+5880,7272HV BSKT
ETBA-2
>>THERMAL OVERLOAD DEVICES
ET
OVERLOAD-BASKET MOTOR
POWER SUPPLY-MACHINE BOARDS
ESPS2
OVERLOAD-5840+5858HV BASKET MOTOR
POWER SUPPLY-PROCESSOR BOX
ESPS1
ETBA-1
>>POWER SUPPLY-ELECTRONIC
ES
ETBA
SWITCH-EMERGENCY STOP LEFT
SWITCH-EMERGENCY STOP RIGHT
>>>EMERGENCY STOP SWITCHES
EMS
EMSR
THIS COMPONENT
NUMBER
EMSL
FUNCTION OF
COMPONENT
PRXSW QK CONN 18MM NO-AC UNSHLD
SEE SPECIFIC COMPONENT+NAMEPLATE
KEYPAD:5X6MATRIX DRYER
XFMR 600VPRI/120VSEC/250VA
XFMR 380-480V/240-120V-250VA
XFMR 200-240V PRI/120VSEC/250VA
SEE EX37-1, -2, OR -3 FOR VOLTAGE
MCS OL RELAY ADJ.RANGE 23-75
SEE ETMA-1,-2,-3 FOR PARTS
OL RELAY 1P SZ1 SQD #9065-C01
MCS OL RELAY ADJ.RANGE 1.6-5
MCS OL RELAY ADJ.RANGE 1.0-2.9
SEE ETCA-1 OR -2 FOR PARTS
MCS OL RELAY ADJ.RANGE 3.7-12
SEE ETBA-1,-2,3 FOR PARTS
40 WATT POWER SUPPLY TESTED
40 WATT POWER SUPPLY TESTED
SW ASSY EMER STOP
SW ASSY EMER STOP
DESCRIPTION
RT FRONT BASE
MACHINE TOP
MACHINE BASE
MACHINE BASE
MACHINE BASE
PROCESSOR BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
VARI SPEED BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
HIGH VOLT BX
LOW VOLT BOX
PROCESSOR BX
SIDE OF MACH RT
SIDE OF MACH LF
LOCATION
W6DR3FPL/2000152N
7
DECTECTOR-IGNITION
DECTECTOR-IGNITION
QRE1
QRE1
SWITCH-LOCAL / REMOTE (MILDATA)
SWITCH-NEW CUSTOMER
SWITCH-PENDENT BASKET ROTATE
SWITCH-START 3-WIRE
SWITCH-RANGE SELECT
SWITCH-SIGNAL CANCEL
SHNC
SHRB
SHS+
SHSFR
SHSG
SHDL
SWITCH-MANUAL / AUTOMATIC
SWITCH-DRYER IS LOADED
SHDH
SHMD
SWITCH-DRYER IS LOADING
SHDD
SHM
SWITCH-DISCHARGE DESIRED
SHCR
SWITCH-LOAD DOOR OPEN
SWITCH-CONTROLLER RESET
SHCR
SHLDO
SHCR
SWITCH-DRYER ALLOWED TO LOAD
SHCR
SWITCH-FORMULA SELECTOR
SHCR
SHFS
SHBC
SHDT
SWITCH-DISCHARGE ALLOWED
SWITCH-NORMAL/LITTLE LOAD
SHAD
>>SWITCH-HAND OPERATED
DECTECTOR-IGNITION
QRE1
SH
>>IGNITION DETECTOR
QR
DECTECTOR-IGNITION
PROX SWITCH-ROTATIONAL SAFETY
PXRS
DECTECTOR-IGNITION
PXRS
QRE1
PXRS
QRE1
PROX SWITCH-LOAD DOOR OPEN
PROX SWITCH-LOAD DOOR CLOSED
PXLDC
PXRS
THIS COMPONENT
NUMBER
PXLDO
FUNCTION OF
COMPONENT
W6DR3FI1
W6DR3FIA
W6DR3FS+
W6DR3FI2
W6DR3FIA
W6DR3FI2
W6DR3FI1
W6DR3FI1
W6DR3FIA
W6DR3FI1
W6DR3FI1
W6DR3FI1
W6DR3FI1
09N405PB10
09N405M210
09N405PG10
09M002BUTN
09N405M210
09N405M210
09N405M211
09N405M210
09N041N
09N405M211
09N405PB10
09N405PB10
09N405S211
09N405PB10
09N405PB10
09N405PB10
09N405PB10
09N405PB10
09N405M210
MESSAGE EW
09X150BAGA
09X150BAGA
09X150BAGA
09X150BAGA
09X150BAGA
09RPS18ADS
09RPS18ADS
09RPS18ADS
09RPS18ADS
09RPS30ADS
09RPS30ADS
Page 7 of 11
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FIA
W6DR3FI1
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FI1
W6DR3FI1
WHERE TO FIND
SWASS PBBK 1NO
SWASS M2W 1NO
SWASS PBGN 1NO
2BTM PENDANT STA.1-SP 2NO MON
SWASS M2W 1NO
SWASS M2W 1NO
SWASS M2W 1NO+1NC
SWASS M2W 1NO
ROTSW 5-POLE 8-POSIT 5A125V
SWASS M2W 1NO+1NC
SWASS PBBK 1NO
SWASS PBBK 1NO
SWASS S2W 1NO+1NC
SWASS PBBK 1NO
SWASS PBBK 1NO
SWASS PBBK 1NO
SWASS PBBK 1NO
SWASS PBBK 1NO
SWASS M2W 1NO
THESE PARTS SUPPLIED BY CUSTOMER
COIL IGNITION DETECT.AUSTR.
PRXSW QK CONN 18MM NO-DC SHLD
DESCRIPTION
PROCESSOR BX
ALLIED INF BX
PROCESSOR BX
LOAD/DISC DOOR
ALLIED INF BX
LOW VOLT BOX
RT DISC SIDE
LF LOAD SIDE
ALLIED INF BX
PROCESSOR BX
RT LOAD SIDE
RT LOAD SIDE
RT DISC SIDE
LF LOAD END
LF LOAD END
LF LOAD END
LF LOAD END
LF LOAD END
ALLIED INF BX
BY CUSTOMER
FIRE BOX
FIRE BOX
FIRE BOX
FIRE BOX
FIRE BOX
LEFT REAR
LEFT REAR
LEFT REAR
LEFT REAR
LD DOOR ASSY
LD DOOR ASSY
LOCATION
W6DR3FPL/2000152N
8
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FSF
SWITCH-COMBUSTION AIR FOR 7272 DRYER W6DR3FSF
SWITCH-GAS PRESSURE HIGH
SWITCH-GAS PRESSURE LOW
SPCA
SPCA
SPGH
SPGH
SPGH
SPGH
SPGH
SPGH
SPGL
SWITCH-COMBUSTION AIR FOR 7272 DRYER W6DR3FFEB
SPCA
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FFEF
SPCA
SPGL
SPCA
SPGL
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FFEE
SPCA
SPCA
SPGL
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FFED
SPCA
SPCA
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FFEB
SPCA
SPGL
SWITCH-COMBUSTION AIR FOR 7272 DRYER W6DR3FFEA
SPCA
SPGL
SWITCH-COMBUSTION AIR FOR 58XX DRYER W6DR3FFEA
SPCA
W6DR3FSF
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19104
09N19100
09N19105
09N19100
09N19105
09N19100
09N19105
09N19100
09N19105
09N19100
09N19105
09N19100
09N19105
09R012
09N127C
09N405S211
09N405PR01
09N405M210
09RM01209S
Page 8 of 11
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FSF
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
SWITCH-DISCHARGE DOOR CLOSED
>>SWITCH-PRESSURE
SP
W6DR3FEV
W6DR3FI1
W6DR3FI1
W6DR3FS+
W6DR3FHV
W6DR3FS+
WHERE TO FIND
SMDDC
SWITCH-RUN/PROGRAM (KEY OP)
>>SWITCH-MECHANICAL OPERATED
SM
>>SWITCH-KEYLOCK
SK
SKPR
SWITCH-STOP
SWITCH-MASTER
SHSMA
SWITCH-JOG
SWITCH-SPRINKLER
SHSK
SHWJ
THIS COMPONENT
NUMBER
SHSO
FUNCTION OF
COMPONENT
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
GAS PRESSW 2.0-20"WC #1996-20
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
AIR PRESSW .15-.50"WC #1910-0
AIR PRESSW 1.4-5.5"WC #1910-5
MICSW SPDT PAINTED BZE6-RN 01
KEYSW SPST 7A120VAC SCREW TERM
SWASS S2W 1NO+1NC
SWASS PBRD 1NC
SWASS M2W 1NO
CAPSW 9FT 180DEG ROLLER SILVER
DESCRIPTION
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
RT FRNT BASE
PROCESSOR BX
PROCESSOR BX
RT DISC SIDE
PROCESSOR BX
PROCESSOR BX
SPRINKLER ASSY
LOCATION
W6DR3FPL/2000152N
9
SWITCH-OUTLET TEMP.SAFETY PROBE
SWITCH-OUTLET TEMP SAFETY PROBE
SWITCH-INLET TEMP SAFETY PROBE
SWITCH-INLET TEMP SAFETY PROBE #1
SWITCH-INLET TEMP SAFETY PROBE #2
>>VALVE-ELECTRIC OPERATED
VALVE-COOLDOWN DAMPER CLOSED
VALVE-COOLDOWN DAMPER OPEN
VALVE-DISCHARGE DOOR CLOSED
VALVE-DISCHARGE DOOR OPEN
VALVE-DAMPER #1 SHORT STROKE
VALVE-DAMPER #2 LONG STROKE
ST225-5
ST225-5
ST240-1
ST240-1
ST240-1
ST240-3
ST240-3
ST240-3
ST550
ST550
ST550
ST550
ST550
ST550A
ST550B
VE
VECDC
VECDO
VEDDC
VEDDO
VED1
VED2
VALVE-LOAD DOOR OPEN
ST225-2
VELDO
>>SWITCH-TEMPERATURE
ST
VALVE-LOWER DRYER HOME TARGET
SWITCH-MAIN AIR
SPMA
VALVE-LOAD DOOR CLOSED
SWITCH-MAIN AIR
SPMA
VELDC
SWITCH-MAIN AIR
SPMA
VELDA
SWITCH-MAIN AIR
SWITCH-MAIN AIR
SWITCH-MAIN AIR
SPMA
SPMA
THIS COMPONENT
NUMBER
SPMA
FUNCTION OF
COMPONENT
W6DR3FEV
W6DR3FEV
W6DR3FEV
W6DR3FEV
W6DR3FEV
W6DR3FEV
W6DR3FEV
W6DR3FTV
W6DR3FTV
W6DR3FSF
W6DR3FSF
96R301A37
96R301A37
96R301A37
96R301A37
96R301A37
96R301A37
96R301A37
96R301A37
96R301A37
30R0550P
30R0550P
30R0550P
30R0550P
30R0550P
30R0550P
30R0550P
30R0240P
30R0240P
30R0240P
30R0240P
30R0240P
30R0240P
30R0225P
30R0225P
30R0225P
09N19103
09N19103
09N19103
09N19103
09N19103
09N19103
Page 9 of 11
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FMCB
W6DR3FMCA
W6DR3FMC
W6DR3FMCB
W6DR3FMCA
W6DR3FMC
W6DR3FMCB
W6DR3FMC
W6DR3FMCA
W6DR3FSF
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
WHERE TO FIND
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
1/8" PILOT 3W-NC 110/50 120/60
THERMOSW.FENWAL CLOSE @ 550F
AIR PRESSW .40"-1.6" WC 1910-1
AIR PRESSW .40"-1.6" WC 1910-1
AIR PRESSW .40"-1.6" WC 1910-1
AIR PRESSW .40"-1.6" WC 1910-1
AIR PRESSW .40"-1.6" WC 1910-1
AIR PRESSW .40"-1.6" WC 1910-1
DESCRIPTION
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
AIR VALVE BX
RT LOWER BSKT
RT LOWER BSKT
RT LOWER BSKT
RT LOWER BSKT
RT LOWER BSKT
RT LOWER BSKT
RT LOWER BSKT
MACHINE TOP
MACHINE TOP
MACHINE TOP
MACHINE TOP
MACHINE TOP
MACHINE TOP
OUTLET DUCT
OUTLET DUCT
OUTLET DUCT
FIRE CONT PL
FIRE CONT PL
FIRE CONT PL
FIRE CONT PL
FIRE CONT PL
FIRE CONT PL
LOCATION
W6DR3FPL/2000152N
10
VALVE-GAS VALVE ACTUATOR ON-OFF
VEMG
VEMG
VALVE-VENT
VENT
VENT
VALVE-PILOT GAS VALVE #1
VEPG1
VEPG2
VEPG2
VEPG2
VALVE-VENT
VENT
VEPG1
VALVE-VENT
VENDD
VALVE-NO DRY DESTINATION
VEMTR
VALVE-ACTUATOR THERMAL OIL
VEMMG
VEPG1
VALVE-MODULATING GAS VALVE
VEMMG
VEPG1
VEMMG
VEMMG
VALVE-PILOT VALVE ENABLED
VEMI
VEPG1
VALVE-IGNITION
VEMI
VEPG
VALVE-IGNITION
VEMI
VALVE-VENT
VALVE-IGNITION
VEMI
VALVE-VENT
VALVE-IGNITION
VEMI
VENT
VALVE-IGNITION
VEMI
VENT
VALVE-IGNITION
VEMG
VEMG
VALVE-LINT REMOVAL FROM FAN
VEL1
VEMG
THIS COMPONENT
NUMBER
VEMG
FUNCTION OF
COMPONENT
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96R301A37
96S2001A
96S1500A
96S1500A
96S1500A
96S1500A
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96TCC2BA37
96S1501
96R301A37
Page 10 of 11
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FEV
W6DR3FTV
W6DR3FGMD
W6DR3FGMB
W6DR3FGMA
W6DR3FGM
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FFEF
W6DR3FFEE
W6DR3FFED
W6DR3FFEB
W6DR3FFEA
W6DR3FFE
W6DR3FEV
WHERE TO FIND
3/8" N/C 2WAY 120V50/60C VALVE
1/8" AIRPIILOT 3W NC 120V50/60
MOTOR 90DEG 30SEC 24V50/60
ACTUATOR MODULATE #V9055A1055 + TAG
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
AIR VALVE BX
INLET PIPING
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
GAS TRAIN
AIR VALVE BX
LOCATION
W6DR3FPL/2000152N
ACTUATOR ON-OFF #V4055D1043
1/8" PILOT 3W-NC 110/50 120/60
DESCRIPTION
11
FUNCTION OF
THIS COMPONENT
COMPONENT
NUMBER
VEPG2
VEPG2
96TCC2BA37
96TCC2BA37
Page 11 of 11
W6DR3FFEF
W6DR3FFEE
WHERE TO FIND
DESCRIPTION
GAS TRAIN
GAS TRAIN
LOCATION
W6DR3FPL/2000152N
12
3(//(5,10,/125&25325$7,21
/,0,7('67$1'$5':$55$17<
We warrant to the original purchaser that MILNOR machines including electronic
hardware/software (hereafter referred to as “equipment”), will be free from defects in material
and workmanship for a period of one year from the date of shipment from our factory with no
operating hour limitation. This warranty is contingent upon the equipment being installed,
operated and serviced as specified in the operating manual supplied with the equipment, and
operated 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. We
retain the right to require inspection of the parts claimed defective in our factory prior to
repairing or replacing same. We will not be responsible, or in any way liable, for unauthorized
repairs or service to our equipment, and this warranty shall be void if the equipment is repaired
or 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 parts
damaged 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 previously
supplied.
ANY SALE OR FURNISHING OF ANY EQUIPMENT BY MILNOR IS MADE ONLY UPON
THE EXPRESS UNDERSTANDING THAT MILNOR MAKES NO EXPRESSED OR IMPLIED
WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR USE OR
PURPOSE. MILNOR WILL NOT BE RESPONSIBLE FOR ANY COSTS OR DAMAGES
ACTUALLY INCURRED OR REQUIRED AS A RESULT OF: THE FAILURE OF ANY OTHER
PERSON OR ENTITY TO PERFORM ITS RESPONSIBILITIES, FIRE OR OTHER HAZARD,
ACCIDENT, IMPROPER STORAGE, MISUSE, NEGLECT, POWER OR ENVIRONMENTAL
CONTROL MALFUNCTIONS, DAMAGE FROM LIQUIDS, OR ANY OTHER CAUSE BEYOND
THE NORMAL RANGE OF USE. REGARDLESS OF HOW CAUSED, IN NO EVENT SHALL
MILNOR BE LIABLE FOR SPECIAL, INDIRECT, PUNITIVE, LIQUIDATED, OR
CONSEQUENTIAL COSTS OR DAMAGES, OR ANY COSTS OR DAMAGES WHATSOEVER
WHICH EXCEED THE PRICE PAID TO MILNOR FOR THE EQUIPMENT IT SELLS OR
FURNISHES.
WE NEITHER ASSUME, NOR AUTHORIZE ANY EMPLOYEE OR OTHER PERSON TO
ASSUME FOR US, ANY OTHER RESPONSIBILITY AND/OR LIABILITY IN CONNECTION
WITH THE SALE OR FURNISHING OF OUR EQUIPMENT TO ANY BUYER.
BMP720097
92732A
13
14
How to order repair parts
Repair parts may be ordered either from the authorized dealer who sold you this
machine, or directly from the MILNOR factory. In most cases, your dealer will
have 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 all
nameplate data, including wiring diagram number and the make or
manufacturer 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 manual
before attempting to install or operate your machine. We suggest that this manual
be kept in your business office so that it will not become lost.
32%2;.(11(5/$86$
FAX: Administration 504/468-9307, Engineering 504/469-1849, Service 504/469-9777
BMP720097R
72332A
15
MSFD0106AE/95041V (1 of 5)
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HOW TO USE MILNOR ELECTRICAL SCHEMATICS
…
Milnor electrical schematic manuals contain a table of contents/component list, a set of schematic drawings, and a signal routing table. These documents are cross referenced and must be used together.
R
The table of contents/components list shows, for every component on every schematic in the manual, the
component item number(explained in detail below), statement of function, parent schematic number, part number,
description and electric box location.
The schematic drawings use symbols for each electro-mechanical component, and indicate the function of
each. Integrated circuits are not shown, but the function of each microprocessor input and output is stated. Certain
electrical components not pertinent to circuit logic, such as wire connectors, are not represented on the schematic
but are shown in the signal routing table. Most machines (manuals) require several schematics to describe the
complete control system including all available options. However, this means that there are usually some
schematics that do not apply to a specific machine. Each schematic is devoted to circuits with common functions
(e.g., microprocessor inputs, motor contactors). Schematics appear in the manual in alphanumeric order.
The signal routing table assists in determining wire routing. It identifies each group of conductors in a control
system connected with zero resistance. Groups are identified by a two or three character wire number. Each wire
belonging to such a group of conductors has that group’s wire number printed along the wire insulation. Although
there are some exceptions, generally each group of conductors within the entire electrical system for a machine
family has its own unique wire number. The signal routing table for the manual lists each wire alphanumerically by
wire number and each component/pin number to which the wire is attached, including those not shown on the
schematics (e.g., wire connectors). Milnor document MSTS0202BE HOW TO USE THE SIGNAL ROUTING
TABLE provides more information.
R
Component Prefix Classifications and Descriptions
The component item numbers consist of up to six characters and appear as part of a component’s symbol on
the schematic. The first two characters indicate the general class of component and the remaining characters are a
mnemonic for the function. For example, CD is the code for all time delay relays and SR stands for safety reset.
Thus, CDSR is a time delay relay that serves as a safety reset.
The following are descriptions of the electrical components used in Milnor
alphabetical order of the component class code (two character prefix).
R
machines. Descriptions are in
BA=Printed Circuit Board Insulating substrate on which a thin pattern of copper conductors has been
À
formed to connect discreet electronic components also mounted on the board.
CB=Circuit Breaker Automatic switch that opens an electric circuit in abnormal curÀ
rent conditions (e.g., an overload).
16
CD=Control, Time Delay Relay A relay whose contacts
À
switch only after a fixed or adjustable delay, once voltage has been applied to its coil. The contacts switch back to normal (de-energized state)
immediately when the voltage is removed.
À
CL=Control, Latch Relay A re la y w h ic h
latches in an energized or set position when operated
by one coil (the latch/set coil). The relay stays latched,
even though coil voltage is removed. The relay
releases or unlatches when voltage is applied to a
second coil, (the unlatch/reset coil).
CR=Control, Relay A relay whose contacts switch immediately
À
when voltage is applied to its coil and revert to normal when the voltage
is removed.
À
CP=Control, Photo-Eyes Photo-eyes sense the presence of
an object without direct physical contact. Photo-eyes consist of a transmitter, receiver, and output module.These components may be housed
in one assembly with the transmitter bouncing light off of a reflector to
the receiver, or these components can be housed in two separate assemblies with the transmitter pointed directly at the receiver.
The photo-eye can be set to turn on its output either when the light
beam becomes blocked (dark operate) or when it becomes unblocked
(light operate).
17
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HOW TO USE MILNOR ELECTRICAL SCHEMATICS
R
CS=Control, Contactor/Motor Starter A relay capable of handling heavier electrical loads, usually a
À
motor.
EB=Electric Buzzer An audible signaling device.
À
EC=Electric Clutch A clutch consists of a coil and a rotor. The rotor has two separate rotating plates. These
À
plates are free to rotate independent of each other until the coil is 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
À
emitting diode) display, or VFD (vacuum florescent display).
EF=Electric Fuse A fuse is an over-current safety device with a circuit opening fusible member which is
À
heated and severed by the passage of over-current through it.
EL=Electric Light Indicator lights may be either incandescent or fluorescent.
À
EM=Electro Magnet Solenoid A device consisting of a core surrounded by a wire coil through which an
À
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 and regulated DC
À
(direct current). The input voltage to the power supply is usually 120 or 240 VAC . The output is +5, +12, and -12 VDC.
ET=Thermal Overload A safety device designed to protect a motor. A thermal
À
overload consists of an overload block, heaters, and an auxiliary contact. The auxiliary
contact is normally installed in a safety (three-wire) circuit that stops power to the motor
contactor coil when a motor overload occurs.
EX=Electrical Transformer A device that transfers electrical energy from
À
one isolated circuit to another, often raising or lowering the voltage in the process.
18
MSFD0106AE/95041V (2 of 5)
KB=Keyboard Device similar to a typewriter for making entries to a computer.
À
MN=Electronic Monitor (CRT) A cathode ray tube used for visual presentation of data.
À
MR=Motors Electro-mechanical device that converts electrical energy into mechanical energy.
À
MV=Motor (Variable Speed) Inverter To vary the speed of an AC motor, the volts to frequency ratio
À
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 this DC voltage to
generate AC at the proper voltage and frequency for the commanded speed.
NOTE: Switch symbols used in the schematics and described below always depict the switch in its
unactuated state.
PX=Proximity Switch A device which reacts to the proximity of an target
À
without physical contact or connection. The actuator or target causes a change in the
inductance of the proximity switch which causes the switch to operate. Proximity
switches can be two-wire (AC) or three-wire (DC) devices.
SC=Switch, Cam Operated A switch in which the electrical contacts are opened and/or
À
closed by the mechanical action of a cam(s). Applications include 35-50 pound timer operated
machines, autospot, timer reversing motor assembly, and some balancing systems.
SH=Switch, Hand Operated A switch that is manually operated (e.g., Start button,
À
Master switch, etc.).
SK=Switch, Key Lock A switch that requires a key to operate . This prevents unauthorized
À
personnel from gaining access to certain functions (e.g., the Program Menu).
SL=Switch, Level Operated A switch connected to a float that causes the switch to open
À
and close as the level changes.
19
HOW TO USE MILNOR R ELECTRICAL SCHEMATICS
SM=Switch, Mechanically Operated A switch that is mechanically operated by a part of
À
or the motion of the machine (e.g., door closed switch, tilt limit switches, etc.)
SP=Switch, Pressure Operated A switch consisting of a diaphragm that
À
pushes against a switch actuator.
ST=Switch, Temperature Operated A switch that is actuated at a preset temperature
À
(e.g., dryer safety probes) or has adjustable set points (e.g., Motometers or Combistats).
TB=Terminal Board A strip or block for attaching or terminating wires.
À
VE=Valve, Electric Operated A valve operated by an electric coil to control the flow of
À
fluid. The fluid can be air, water or hydraulics.
ZF=Rectifier A solid state device that converts alternating current to
À
direct current.
À
WC=Wiring Connector A coupling device for joining two cables or connecting a cable to an electronic
circuit or piece of equipment. Connectors are male or female, according to whether they plug into or receive the
mating connector.
20
MSFD0106AE/95041V (3 of 5)
Component Terminal Numbering
NOTE: Numbers shown usually appear on the component.
21
HOW TO USE MILNOR R ELECTRICAL SCHEMATICS
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Features of Milnor Electrical Schematics
Document W6DRYGS+A shown on the next page, is part of an actual schematic for the Milnor Gas Dryer.
For the purposes of this instruction, the schematic is shown gray and explanations of the items on the schematic are
shown black.
The item numbers below correspond to the circled item numbers shown on the drawing.
¬ 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 in the set.
The characters following the first six are unique to each drawing. The two characters identified as the page
number are an abbreviation for the function performed by the depicted circuitry (S+=three-wire circuit) and
establish the order in which the schematic occurs in the manual (schematics are arranged in alpha-numeric
order in the manual).
Whenever circuitry changes are significant enough to warrant publishing a new schematic drawing, the new
drawing number will be the same as the old except for the major revision letter ( A in the example).
Included in the drawing title are the class of control system, the title of this circuit, and the circuit voltage.
® Line numbers are provided along the bottom edge of the drawing. These permit service personnel in the field
and at the Milnor factory to quickly relate circuit locations when discussing troubleshooting over the
phone. Page and line numbers are referenced on the drawing as explained in items five and six below.
¯ General functions of the circuit or portions thereof are stated across the top edge of the drawing.
° Relay contacts show the page and line number on which the relay coil may be found. This is the type of
cross referencing most frequently used in troubleshooting.
± Relay coils show the page and line number on which its associated contacts are located.
² Relay contacts and relay coils show the physical location of the relay.
22
MSFD0106AE/95041V (4 of 5)
³ The designation MTA applies to electronic circuit board connections. Typically, a control system will con-
tain several different types of circuit boards and one or more boards of each type. A numerical suffix identifies the board type and a numerical prefix identifies which one of several boards of a given type is being
depicted. For example, the designation 1MTA5 identifies this as the first I/O board (8 output, 16 input
board) in the control system. As shown on 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
control system to another. Some of the board types commonly encountered on the Mark II washer-extractor
control and their designations are as follows:
MTA1-MTA6 = 8 output, 16 input (8/16) boards.
MTA11-MTA16 = 16 output boards
MTA30-MTA40 = processor boards
MTA41-MTA43 = digital to analog (D/A) boards
MTA51-MTA56 = analog to digital (A/D) boards
The complete listing of the boards utilized in a given control system can be found in the component list for
that system.
´ The wire numbers, as described in the explanation of the signal routing table at the beginning of this section,
are shown at appropriate locations on the schematic drawing.
µ Where diamond symbols appear at the end of a conductor, these are match points for continuing the
schematic on another drawing. The page and line number that continues the circuit is printed adjacent to the
diamond symbol. Where more than one match point appears on the referenced page, match diamonds containing corresponding letters.
23
4
5
6
7
10
24
8
1
9
2
3
25
MSIN0915AE/99303N (1 of 4)
IMPORTANT NOTE ABOUT DRYER WIRING CONNECTIONS
The dryer's processor board uses serial links (RS485 ports) to communicate to the internal controls of the
dryer and to external system controllers (Dryer/Shuttle Controller, Miltrac, Mildata). The dryer's processor
board is equipped with 5 individual serial links each assigned for a dedicated purpose within the dryer's
software. Each serial link is comprised of two connections, low (usually black wire) and high (usually red wire).
Crossing the high and low connections or connecting the serial link to the wrong port will prevent the board from
2
communicating. Serial link wiring must be an 18AWG (1.0mm ) twisted pair, 300VAC color coded insulation
with a minimum of 85% braided shield or equivalent. The serial link shield must be grounded to a ground
2
terminal at one end only. Each separate device connected by a serial link must also have a 14AWG (2.5mm )
600VAC insulated ground conductor connected between each device's ground terminal. Additional control
2
wiring must be 18AWG (1.0mm ) with 300VAC color coded insulation.
When connecting a group of devices to one of the external system controllers the specified serial links
from each device are connected together and then connected to the external system controller serial link
specified. Each serial link on the processor board has 2 pins (the 2 pins are internally connected on the
board) to allow connecting a group of devices together and then to an external system controller.
Wiring Connections from Dryer to Remote Dryer Controller
(Only when Dryer Processor is Mounted in Miltrac Central Control Box (Belt Box))
Dryer
to
Dryer Controller
TBA-13
WCM-1
TBA-11
WCM-2
TBA-14
WCM-4
TBA-12
WCM-5
TBA-5
WCM-6
TBA-6
WCM-7
TBA-4
WCM-9
TBA-106
1MTA33-1 or 2 ( Serial Link #2 Low)
TBA-107
1MTA33-3 or 4 (Serial Link #2 High)
26
MSIN0915AE/99303N (2 of 4)
Wiring Connections from Dryer to Dryer/Shuttle Controller
(Only when Dryer Processor is Mounted on Dryer and controlled by a Dryer/Shuttle Controller)
Dryer
to
Dryer/Shuttle Controller
TBA-4
Dryer # TBC - 4
TBA-5
Dryer # TBC - 5
TBA-11
Dryer # TBC -11
TBA-12
Dryer # TBC -12
TBA-13
Dryer # TBC -13
Dryer Processor
to
Back of Dryer/Shuttle Computer
1MTA29-1 or 2 (Serial Link #4 Low)
RS485 to RS232 Converter
-
RS485 to RS232 Converter +
Wiring Connections from Dryer Processor Board to Miltrac
(Only when Dryer is a Device in a Miltrac System)
Dryer Processor
to
Miltrac Controller Processor Board
Wiring Connections from Dryer Processor Board to Mildata
(Only when Dryer is a Device in a Mildata System)
Dryer Processor
to
Back of Mildata Computer
RS485 to RS232 Converter -
RS485 to RS232 Converter +
27
MSIN0915AE/99303N (3 of 4)
Wiring Connection from Mark V Dryer to Sequencer 3
Dryer
To
Sequencer
Via
Dryer Controller
WCN 01 (TBA-99)
TBT-2
WCM 13
WCN02 (TBA-98)
TBT-3
WCM 14
WCN 04 (TBA-101)
TBTA
WCM 10
WCN 05 (TBA-102)
Dryer 1 = TBTG
WCM 11
Dryer 2 = TBTH
WCM 11
Dryer 3 = TBTJ
WCM 11
NOTE: The following wires must be run from each dryer in a 2 conductor shielded cable.
WCN 06 (TBA-100)
Ground terminal (TBA -6)
Sequencer
Dryer 1 = TBTM
WCM 12
Dryer 2 = TBTS
WCM 12
Dryer 3 = TBTU
WCM 12
Copper buss bar
to
Dryvac
TBT-2
TBA-19
TBT-3
TBA-15
TBT-A
TBA-5
TBT-B
TBA-6
TBT-N
TBA-7
TBT-M
TBA-155
TBT-S
TBA-156
TBT-U
TBA-157
Copper Buss Bar
TBA-6
WIRING NOTE: Ground all unused wires.
28
MSIN0915AE/99303N (4 of 4)
Wiring Connection from Mark V Dryer to Sequencer 5
Dryer
To
Sequencer
Via
Dryer Controller
WCN 01 (TBA-99)
TBT-2
WCM 13
WCN02 (TBA-98)
TBT-3
WCM 14
WCN 04 (TBA-101)
TBTA
WCM 10
WCN 05 (TBA-102)
Dryer 1 = TBTG
WCM 11
Dryer 2 = TBTH
WCM 11
Dryer 3 = TBTJ
WCM 11
Dryer 4 = TBTK
WCM 11
Dryer 5 = TBTL
WCM 11
NOTE: The following wires must be run from each dryer in a 2 conductor shielded cable.
WCN 06 (TBA-100)
Dryer 1 = TBSB
Dryer 2 = TBSC
Dryer 3 = TBSD
Dryer 4 = TBSE
Dryer 5 = TBSF
Ground terminal (TBA -7)
Copper buss bar
Sequencer
to
Dryvac
TBT-2
TBA-19
TBT-3
TBA-15
TBT-A
TBA-5
TBT-B
TBA-6
TBT-N
TBA-7
TBS-B
TBA-155
TBS-C
TBA-156
TBS-D
TBA-157
TBS-E
TBA-150
TBS-F
TBA-151
Copper Buss Bar
TBA-6
29
WCM 12
WCM 12
WCM 12
WCM 12
WCM 12
30
MSIN0106AE/9824AV (1
of 3)
Dryer to Allied System Connections
È
MILNOR Dryers have potential free contacts to permit interfacing with allied loading and unloading conveyor
systems, including electromechanical (relay-oriented) systems. For all signals to MILNOR Dryers, the Allied
Equipment must provide potential free contacts capable of faithfully conducting low energy signals of 5 to 150
milliamps at 5VDC to 12VDC. These signals ground a MILNOR computer input, thus going directly into the
computer, and must never be run adjacent to or in the same conduit with any other wires. Potential free contacts
capable of conducting up to a maximum of 6VA at up to a maximum of 120VAC will be provided for all signals
from MILNOR Dryers. These signals can only be used to close interface relays, and may not be used to directly
energize any device consuming more current or requiring a higher voltage than stipulated.
ALL MILNOR Dryer signals are conducted by “traces” on the computer board. These traces
may burn out if called upon to handle heavy currents. Thus they must never be connected
to a load greater than 6VA at 120VAC (a maximum of 0.05 amperes at a maximum of 120
volts AC). Heavier loads may burn out the traces and ruin expensive computer boards.
Terminal block TBH is located in the left electrical enclosure.
Terminal block TBX is located in the Dryer Remote (Microprocessor) Controller.
“TBHA”=terminal screw “1” on terminal block.
31
32
Shuttle
Dryer
Shuttle
2.
3.
4.
TBA7 thru TBA141
TBA92 thru TBA93
TBA7 thru TBA143
TBX159 toTBX162
Terminal **
Numbers
Dryer loading door is fully open. Start loading this Dryer now. (See
NOTE 1: below)
Dryer loaded. Close door. Start Drying. Use dry cycle code present at
this moment.
7 thru 141
Shuttle has arrived. Open loading door as soon as Dryer is ready to
receive the load.
Dryer now (or will soon be) ready to load. Send shuttle here now.
Condition
92 thru 93
7 thru 143
Wire **
Numbers
159 thru 162
Dryer
Dryer
Dryer
Shuttle
Shuttle
Shuttle
Dryer
Dryer
Dryer
Dryer
Shuttle
Shuttle
Shuttle
Shuttle
to TBX7
to TBX7
to TBX7
to TBX7
TBX5to TBX7
TBX6 to TBX7
TBA93 thru TBA94
TBX1
TBX2
TBX3
TBX4
to 7
to 7
to 7
to 7
167 to 7
166 to 7
93 to 7
168
168
170
171
02
0
1
0
0
0 (not made)=big load (2 cakes); 1 (made)=little load (1 cake)
0 (not made)=same goods/customer; 1 (made)=new goods/customer
Dryer has accepted load, and load door is fully closed. OK for shuttle
to leave dryer now.
1
0
0
0
01
Jumper the Dryer to shuttle signal LOAD DOOR IS OPEN, START LOADING (TBA92 thru TBA93)
in series with DISCHARGE DOOR IS CLOSED (TBX165 to TBX164). This confirms that the
discharge door is fully closed before loading starts.
NOTE 1: When a single freestanding Dryer is loaded with pressed cakes via an allied loading conveyor or
shuttle capable of automatic operation it is suggested to connect item 3 above as follows:
5a.
5b.
5c.
5d.
5e.
5f.
6.
00
0
0
0
0
Sixteen Drycycle Codes 00-15 Inclusive
03
05
07
09
11
13
15
04
06
08
10
12
14
1 0 1 0 1 0 1 0 1 0 1 0 1
1 0 0 1 1 0 0 1 1 0 0 1 1
0 1 1 1 1 0 0 0 0 1 1 1 1
0 0 0 0 0 1 1 1 1 1 1 1 1
NOTE: Dryer controller takes the 1-of-16 x 2 dry cycle codes into its memory at this moment via four potential free contact closures
between 2G and DC1 through Dc4 inclusive which communicate the binary “1-of-16” Dry cycle code. Fewer potential free closures
yield fewer dry cycles. A separate potential free closure between 2G and BLL denotes the “X2” (full size/half size load). With no signals, the dryer uses Dry code 00, big load and same goods/customer as last load.
Dryer
Shuttle
Dryer
Signals
To
Dryer
Shuttle
1.
Signals
From
Loading System Interface
MSIN0106AE/9824AV (2 OF 3)
33
1=new customer this cake.
Discharging complete. Take in after-dry codes (etc.) at this moment.
Condition
MSIN0106AE/9824AV (3 OF 3)
NOTE 4: If Items 2 and/or 8 are always true (i.e., the dryer is fed by a dedicated loading device and/or
the dryer discharges onto conveyor), the associated signals may always be left on (i.e., permanently
jumpered).
**NOTE 3: Refer to schematics W6DR3FIA and W6DR3SIAB.
NOTE 2: 7 is the ground to be used only for computer signal. 6 is the ground to be used only for 120 VAC
“noisy signal” such as relay coils, etc. Do not use 6 for computer signals or 7 for noisy signals!
160 thru 163
TBHV thru TBHU
Conveyor
Dryer
8
165 thru 164
TBX165 thru
TBX164
Conveyor
Dryer
7.
Wire **
Numbers
Terminal **
Numbers
Signals
To
Signals
From
Discharge System Interface
34
35
THIS RELAY BECOMES CRC WHEN BUILT TO BELGIUM SPECIFICATIONS OR
CRL WHEN BUILT TO DUTCH SPECIFICATION
1
SPMA
CR*
MAIN
AIR
SWITCH
USED ONLY WHEN DRYER IS BUILT TO
DUTCH SPECIFICATIONS
2
3
4
CRGA
CRK
CRRI
VEMI
EEEU
RELAY TRAY 5
FIRE
CONTROLLER
UNIT
USED ONLY WITH LANDIUS &
GYR FIRE CONTROLLER
IGNITION
MICRO 6 SYSTEMS
GAS DRYER FIRE CONTROLLER PANEL
B2TAG85053
94462G
RS485 TO BATTERY INCOMMING
POWER
PORT #1BACKUP
RS485
PORT #2
RS485
PORT #3
RS485
PORT #4
RS485RS232
PORT #5
BPB
PROCESSOR
BOARD
1MTA30 1MTA29 1MTA34 1MTA33 1MTA32 2MTA31 1MTA31
1MTD
IC2
EPROM MUST BE
INSTALLED WITH THE
NOTCH IN THIS POSITION
2. MAKE SURE THAT ALL PINS ARE IN THEIR
HOLES WHEN INSERTING (BE CAREFUL NOT
TO BEND PINS UNDER CHIP.)
KEYPAD
DISPLAY
INPUTS
1MTA38
1MTA38
OUTPUTS
NOTE:
1.EPROMS MUST BE INSTALLED IN THE
CORRECT SOCKET FOR THE MACHINE TO
OPERATE. FOR THIS MACHINE THERE WILL
BE ONE EPROM AND IT MUST BE INSTALLED
IN THE SOCKET LABELED IC2.
1MTA40
KEYPAD
TBX
INPUTS
BATTERY
BACKUP
BOARD
1MTA36
DISPLAY
1MTA37
TB2G
2MTA41
1MTA39
WCM
1MTA35
1MTP
POWER SUPPLY
ESPS1
120VAC TO
+12VDC,-12
VDC, +5VDC
TB2F
GND
MICRO 6 SYSTEMS
186 PROCESSOR
REMOTE DRYER CONTROLLER
B2TAG97059
98452G
W6DR3FTG1
99171B
36
W6DR3FTG1
99171B
VELDA
VENDD
VERC
VERL
N/O
INCOMING AIR
VEEL
VELDO
VELDC
VEDDO
VED1
VEDDC
VED2
WCQ
ALL VALVES
ARE N/C UNLESS
OTHER WISE
NOTED
MICRO 6 SYSTEMS
GAS DRYER AIR VALVE BOX
0 COUNTER CLOCKWISE ROTATION
1 DESIRES COMBUSTION AIR
2 DESIRES MAIN AIR
3 DESIRES SIGNAL
4 GAS VALVES ON
5 DAMPER VALVE 2 ACTUATED
6 DAMPER VALVE 1 ACTUATED
7 DESIRES BYPASS
8 DESIRES HEAT
9 LINT REMOVAL FROM FAN
10 NODRY TARGET LOWERED
11 LOAD DOOR CLOSED
12 LOAD DOOR OPEN
13 DISCHARGE DOOR OPEN
14 DISCHARGE DOOR CLOSED
15 CLOCKWISE ROTATION
16 LOAD DOOR IS OPEN
17 DESIRES NORMAL START
18 LOAD DOOR CLOSED
19 LOAD DOOR OPEN
20 NOT USED
21 NOT USED
22 NOT USED
23 NOT USED
BIO-1 (STANDARD)
INPUTS
0 NOT USED
1 NOT USED
3 NOT USED
4 NOT USED
5 NOT USED
6 NOT USED
7 NOT USED
8 CLOSES MAIN AIR TRIPS
9 CLOSES COMBUSTION MOTOR TRIP
10 CLOSES BASKET OVERLOAD TRIP
11 CLOSES GAS PRESSURE TOO HIGH
12 CLOSES GAS PRESSURE TOO LOW
13 CLOSES MAIN AIR TOO LOW
14 CLOSES COMBUSTION TOO LOW
15 NOT USED
0 3-WIRE HAS POWER
1 LOAD DOOR CLOSED
2 DISCHARGE DOOR CLOSED
3 FIRE EYE TRIPS
4 LOAD DOOR OPEN
5 ROTATION SAFETY
6 FREE TO LOAD
7 FREE TO UNLOAD
8 DRYER LOADED
9 DRYER ALLOWED TO LOAD
10 MANUAL AUTO
11 CLOSES GAS VALVE
14 LOAD DOOR OPEN
OUTPUTS
OUTPUTS
0
1
2
3
4
5
6
7
BIO-2 (OPTIONAL)
INPUTS
0
1
2
3
4
5
6
7
DESIRES HARD START
DESIRES DISCHARGE
INVERT SPEED 1
DESIRES LOAD
DESIRES NEW CUSTOMERS
INVERT SPEED 2
DRYER TARGET LOWERED
DESIRES SPRINKLER
DRYER DESIRES DISCHARGE
DESIRES MAIN AIR
LOAD AND DISC DOORS CLOSED
DESIRES LOAD
LINT STRIPPER
LINT WING EXTENDED
LINT BLOWER
AUTO LINTIN DRYER
MICRO 6 SYSTEMS MARK V CONTROLS
GAS DRYER CONTROL BOARDS
B2TAG96015
97186G
W6DR3FTG1
99171B
37
BO24-1 (STANDARD)
INPUTS
W6DR3FTG1
B2TAG85059
94436G
GAS DRYER MACHINE TAGS
INCOMING
POWER
WCR
E
F
P
1
E
F
P
2
L1
L3
L2
G
N
D
CSMA
EX37
TBA
E
F
3
7
SNUBBER
BOARD
1MTA1
ETMA
CB1
(OPTIONAL)
CSVS
( USED ON
VARIABLE
SPEED ONLY)
CSCA
(FOR GAS
ONLY)
CB2
CSBAC
CSBAW
ETCA
ETBA
MOV
MODULE
DEFINITE PURPOSE
CONTROL, BASKET
SOFT START
( NOT USED ON
VARIABLE
SPEED)
( NOT USED ON
VARIABLE
SPEED)
TBB
GND
50", 58", 64” HIGH VOLTAGE PANEL
W6DR3FTG2
99241B
38
B2TAG97052
99241G
W6DR3FTG2
99241B
TBA
TBA
TBA
CRLDO CRLDC CRDDC CRFEF
CLGH
ELCA
ELLDC
ELMA
ELLDO
ELGL
ELDDC
CLMA
CLGL
CLCA
CRS+
CRFE
GND
CLFET
ELFET
ELMT
ELCLO
ELMI
1MTD
MTM1
1 2
BIO-1 (8 OUTPUT-16 INPUT BOARD)
BAD-1 (A-D BOARD)
SW1 SW2
1 0
ADDRESS
SW1 SW2
B10-24 (24 OUTPUT BOARD)
BDA-1 (D-A BOARD) OPTIONAL
BIO-2 (8 OUTPUT-16 INPUT BOARD)
1 1
ADDRESS
SW1 SW2
ADDRESS
1 3
SW1 SW2
ADDRESS
2 0
SAFETY
ROTATION
BOARD
SW1 SW2
W1
ADDRESS
NOTE- ON 64058TG1
DRYERS WARNING
LIGHTS MAY BE ON
OPPOSITE SIDE.
FLASHER
50", 58", 64”, 72"GAS DRYER LOW VOLTAGE PANEL
B2TAG97053
99241G
W6DR3FTG2
99241B
39
ELPG
120VAC TO+12VDC
-12VDC
+5VDC
W6DR3FTG2
ELGH
POWER SUPPLY
GAS DRYER MACHINE TAGS
1MTP
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95

50040, 58040, 58058, 58080, 64058, and 72072 Dryers

Transcription

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