MCS321 Proje
of 56
Transcript of MCS321 Proje
-
7/25/2019 MCS321 Proje
1/56
2
3
6
8
B
D
-
^
1
FIL
781
T
T
Characteristics
igtf
"'SPffication
Unitnumber
Ordernumber
Car
of a group of
starting with
Riser
Type
Model
Controller
Code
Operation
Drive
Motorpower
Machine
Arrangement
Type
Rated load
Nominal speed
Supply
Earthing
Phases
Voyage
y_A
FjVvPSt
Type
Drive
Voltage
Lockouty
Locksupply
Reardoor
Car
operating panel
Count
Fixture rows
Fixture
Alarmand light
Alarm type
Car light
Brakeand Blower
Braketype
Brakevolt
Brakecurrent
"anvot
=
ancurrent nom
.**
vFw
1
E-NAME:
DATE
VJW2225
A3
24-MAY-1996
Value
78NW2225
45W3694C96
A
3
78NW2225 .
1
i
M CS32 1M
EN 81
FCL
15.00KW
13VTR
above
OVF1
1
000 kg
1.60m/s
TN-S
3
4 1 5 V
50 Hz
CLD
DO2000
2 2 0V
N
1
1
NEL
ECU
2
CL
DC
12 5 V
2.40 A
CHANGES
PROGRAM GENERATED
Optional features
A C B 1
A C B 2
A C B 3
ADO
A N S C
APDV
AR D
BFS
CBM
CCBL
CCTL
C D L 2
CHCS
C H T 4
CPI 10
CTTL
DCB
D C P 2
DDOS
DDP
DOB
DTC 1
DT01
DXT
DZI
EF S1
GTC
HBM
HPMO
HTTL
IRC
I SC1
J
LIH1
LNSC
MZP
NDG
OCB
OLDC
OS
PES
REMSL
RLEV
SI
S K L 1
SL
SLS
SNE
SOS
TCIB
TCL
TDOS
TUEV
>.rv / T\
-
7/25/2019 MCS321 Proje
2/56
L1
o
o
PE
P
T _T
A
A
A
OCB
N
h
PE
DBR
OVF1I
DB R
N
-/45.C2
PE
AP D
LINE
L1
5 .TB1
L2
L3
CBR
L1.
LOAD
L2. L3.
I >
/10.B1
PI
I> I>
P2
PO
L1
U1
L2
V1
L3
W1
ccc
L1
L2
L3
DBFt41
-/10.A4
DBFT42
03D1
L1.
L2.
L3.
DBSS-PE
I
-0/45B2
LJ
A
A
A
LI
L3
LI.
L2.
L.3.
EMF4
6.3-10A
F1C
U 1-3 80 -4 15VAC
/14A1
V1' 3 80 -4 15VAC
0/4.
B1
/4 .A7
B
\ \ I
SW1 \ ISD7 SW1 \ /5.D7 SW1 \
5.D7
\ I I
SW2 \
/5.D8
SW2 \
/5.D8
SW2 \
/5.D8
PL ATE-C TR
/45.B2
D
I
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAMGENERATED
2
NAME
TRANSFER
C U STOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS 321 M
3
DRAWN
C HEC KED
APPR OVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
JLASSEN
DIAGRAM NO.
78NW2225
GAA21295F
MASTER PAGE: 5
RESPONSBLE:G
PAGE 2
56
PAGES
-
7/25/2019 MCS321 Proje
3/56
/51 A1
PVT_V- PVTX- PVTX+ PVTY-
\y
B
PVT6
J20:1
PVT5
D
TB2
PVT1
J20:5
TB2
PVT2
\I7
-.
TB2
PVT3
TB2
8
+8V
GND
/A
B CSGND
PVT
6
8
OVF1
/2.D3
J14:1
GIB
J14:5
GIB
FX /51.A1
110VAC
/51.A1
J14:3
GIB
J14:6
1\
MX
GIB
/51.A1
J17:1
S1
85'C
J17:4
GIB
L3
110VAC
/51.A1 GIB
_/N
THERM
J18:2
\
L1
/51.A1
DBR
\ THER MAL
/51.A1
/THERMAL
TH 1
/4.C8
MM'30VDC
1M6
TE1
/2.E3
H
."
FILE-NAME:
78NW2225
A3
DBR*42
O
J2:
MCB
DATE
24-MAY-1996
THM
42 i
9 i
110-130
"C,
TE 2
I
1
A V
/KFAN 1
X J
|_L3_[ 1^
/51A6
u
1
CHANGES NAME CUSTOMER OTS
DATE NAME
AGR
DRAWN 27.03.96 WALTER V 25 ?8N
L O C A T I O N
MICROPROCESSOR CONTROI 1 FR
GA
,
M^Q
QO-1 |UI MASTE
PROGRAM GENERATED TRANSFER ivivyo tc. ivi APPR OVED 27.03.96 J.LASSEN RESPC
TE 1
/ "
i
TE 2
)
j
\MNO.
W2225
^21295F
ERPAGE:
7
)NSIBLE:G
-
PAGE 3
56 PAGES
TH 2
B
D
2
3
-
7/25/2019 MCS321 Proje
4/56
A
B
C
D
r~
t
1
i i
-
.
i
/
-
* '.
UV380-415VAC
/2.A8 C=~
12
A7 O
V1-380-415VAC
^
%
\ TRF1
^
FILE-NAME: DATE
78NW2225
A3 24-MAY-1996PR
1
455
415 )
J
400 )
380 )
O P - 5
OGRAM GE
2
OS2
r
C 1 10
c
(" 130
OS3
f 110V
( 145
OS6
f 96
f 105
OSS
f 10V
f 12V
OS7
c
f
>
C10VO
OS4
C
(
f
C
10
c
12
OS8
^>
f 20VO
f 22VO
?
f
24VO
OS1
C
f 20
>
( 24
NERATED
2
1 3 4 1 5 6 . 7 8
i -
111
TRFTOS2 m A f
BRAKE'VAC
05.A1 | -__-
u
^ 05A1
1
L
" A
-
7/25/2019 MCS321 Proje
5/56
B
/4.A3
TRFrOS2
BRAKE'VAC
2
13 ,
SW1\/5.D7 SW2UD8
RF1
0/43.A6
23 33
LBR \
/io.D3
LBR
24 134
43
LBR
44
LBR
53
54
LBR
63
64
6
13
C \ /8-D4
14
\
5 3
U \
/8-C7
54
A1
A2
C'SW
-04.
A7
53
D \ /8.C6
54
SW2QH
JA2
B
*~
. ..I . *
\J
BV Kl B(Z
Tu
I '
L
1M4 *S
FILE-NAME: DATE CHANGES NAME CUSTOMER
/ ~TO
78NW2225 L O C A T I O N MICROPROHFfifiORC.
A3
24-MAY-1996 PROGRAM GENERATED TRANSFER
MUb 32 1 1
^JM 1 A^
Ml
I
51
I UJ I
B A ^W
/ V
P-(
1
\
CM
~~ -
BRAKE'HLI
0/43.A2
ONTROLLER
V I
DRAWN
CHECKED
APPROVED
sv
1
1
3
_r~'
5
_r'
13-"-"
2
U-
43
DATE
27.03.96
27.03.96
0/43.A1
^1-HL1
S
2 1
-,
/" C7
6 5 -
/2.C8
14 13
-
.
/5B3
^_
22 21 4-.
~- /12.D5
44
43
NAME
DIAG
WALTER
V 25 78
MINTER ^
MAS
J.LASSEN
RES
C>/43.A1
iA/2'HL1
2
r
c?
/2.C8
14
/5.B4
22
/12.D5
32
44
-
RAM
NO .
NW2225
W\21295F
TERPAGE: 10 PAGE 5
PONSIBLE:G 56 PAGES
D
3
8
-
7/25/2019 MCS321 Proje
6/56
3
A
/4.C8
GGM10VAC
2C: 1
r
EEC:
RTES
" MPS1
< >
^
^
J-BOX
^
J-BOX
.
J-BOX
f
J-BOX
J-BOX
INS1: 1
TES
^ /
INS1:
9
V
SOS: 1
SOS
I
OS: 3 V
SW: 5^J>
UDLS
Y
SW :
4
v
'
2C: 2V
2C2 V
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
7
J-BOX
^
J-BOX
'
1
J-BOX
f
^
J-BOX
'N
r
J-BOX
J-BOX
3M1
f
''
OS
L
-.
3M3
^
2H2
r~
2BFS
F) ,
y
1BFS |
\ /
Y
CHANGES
PROGRAM
GENERATED
\
2BFS:3
\
2BFS1
1BFS:3
1BFS:1
i
n
/ I 4 . B 7 /9. B1 /9.B2
J-BOX
INS2:
J-BOX
\TCI
0/14.A5
2C:
J4:3
/TCI
/9.U3
FRO
MCB
MCB
/51.A6
/51.A6
J4:4
AV
/ERO
4M2
16
2H5
TB2
MCB
SAFE
751
,A6
TRO-HL1
I.A3
13 14
43_
53_
63_
71
AG'110VAC'
44
64
72
92
-07A1
/gC5
3
NAME
TRANSFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS321
M
znn~
5 i ~ ~ :
DRAWN
CHECKED
APPROVED
DATE
27.03.96
2703.96
27.03.96
NAME
WALTER V_25
MINTER
J.LASSEN
DIAGRAM
NO.
78NW2225
GAA21295F
MASTERPAGE: 13
RESPONSBLE:G
8
PAGE
6
56
PAGES
-
7/25/2019 MCS321 Proje
7/56
A
B
c
D
1
i i
/6.E5
/Y
*
$
'Hft
FILE-NAME:
78NW2225
A3
1
_ A G * 1 1
/
GTC
IHF
\
V
/*
PES
\
\
DATE
24-MAY-
OVt
\G
t
/
/G
\P
\
r
/
/ p
199f
\c
T C
T C
ES
ES
i
2
5:3
5:1
:3
:1
PROGRAM GENERATED
2
CHANGES
I
3
3
NAd
TRANSFE
dE
R
DS1
o-
XDS1
o-
J
DSn
o-
XDSn
o-
CUST
LOCA
4
-/-
/
1
/
~1
/
r
OMER
TION
4
2H1
Ml
^
Cl
5
2 1
k |
TB2
. *.,
2C: 4
J3:1 /\ GS 1 ^
/|\DW
I
L2
J GS
MCB\/
/51.A6
GS: 2 ~
GS:
4 f
XGS
^
GS: 5^
RGS: 1 ^
RGS: 5 *S
OTIS
COPROCESSOR CON1
MCS
321 M
5
6 ' 7 8
-, AZM10VAC
) 0/8.A1
I ' "
22M3/\
I
1
J-BOX
I^JBOX
'
O/42C1
JBOX REM-DS+
J
\
J-BOX
L
J-BOX
J
J-BOX
^JBOX
i
i
I
BG'HOVAC
| 0/8.D1
2C5 A
2C:
5 A
J-BOX
J-BOX
BKM10 VAC
. A 0/9.A1
DATE NAME DIAGRAMNO.
DR AW N
270396
W AL TER
V 25
78NW2225
[ROLLER
CHPCKfn
97
^
QR M1K)TPR
GAA21295F
MASTERPAGE:
14
PAGE
7
APPROVED 27.0396 J.LASSEN RESPONSBLE:G 56 PAGES
6 7 8
A
B
c
u
-
7/25/2019 MCS321 Proje
8/56
2
3
/7.A8
AZM10VAC
J33
MCB
ESS
/51 A6
B
J3:4
MCB
/7.D8 O
BG'110VAC
17
LV1
T
^ REM'SAF-f
O/42C2
\EDS
l>/14.A5
13
711.D3
14
CO
O
13
LV2 \/11.D4
14
-o.
TB2
A1
A2
AV110VAC
09A5
r~
t
/
LVC
FC
751
A6
19
21
/
711.D2
22
I 1
\
u
\
i
\
TRO\
(
3
13
78.C7
14
23
76.
D6
24
f
\
\
1
\
sc\
\
IUDR \
i
13
78.
C6
14
33
710.D5 J10
34
13
79.D5
14
r
7
il
/
i
L
\
R
f\ C
2
/
COIL
H
RLY2[
RLY1
\
\
b
KHL
U
751.A1
DC
1
71
h
1
/8
'
72
A1
u
A2
37
fl
D
ud
F
'
71
L
h
1
78.C6
72
J_
A1 T
3 5
J10:1
751.
A6
MCB r.
GIB"HL1
-/43.A7
L14
W UDRTN
L14
CHUMCB
O/43.B1
78.C5
13
23
33
43
61
71
14
24
34
44
52
62
72
82
75.C7
710.B3
712.C5
13
23
33
43
53
63
8JJ-.
03
14
24
34
44
"sT
64
72
62
92
04
78.C4
-/9.B4
75.C7
710.83
78.C6
7I2.C5
FILE-NAME:
78NW2225
A3
DATE
CHANGES
24-MAY-1996 PROGRAM GENERATED
NAME
TRANSFER
CUSTOMER
LOCATION
3
OTIS
MICROPROCESSOR
CONTROLLER
MCS 321 M
L _ .
5 I
DRAWN
CHECKED
APPROVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
WINTER
JLASSEN
7
DIAGRAMNO.
78NW2225
GAA21295F
MASTERPAGE: 15
RESPONSIBLE: G
PAGE 8
56 PAGES
-
7/25/2019 MCS321 Proje
9/56
2
3
6
8
/7.E8 O
BKM10VAC
INS1: 3
J-BOX
4M7
4M 6
INS1:
5
2C:
6
2C6
,
J-BOX
t'
SW
1
I
J-BOX
r
' ' s i
.
J-BOX
.
f INS1: 8S
2C : 8
2C8
I
S-
.J-BOX
J-BOX
J
J
/8.B8
0
AV110VAC
71
TRO/
/6.D6
72
81
T RO
J42
43
U \
/B.C7
44
J4:1
82
33
TRO \ /6.D6
34
43
D \ /8.C6
44
MCB
MC B
Zh
D
L2
/51.A6 /51 A6
01
TRO/
/6.D6
02
A1
~ i
A2
n
IUDT
13
33
43
14
TUDIR'HL
/8.C5
-0/43.A4
22
- / 12.E5
B
D
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PR OGR AM GEN ER ATED
3
NAME
TR AN SFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS 321 M
DR AW N
CHECKED
APPR OVED
DATE
27.03.96
27.03.96
27.03.96
NAME
W AL TER
V 25
WINTER
J.LASSEN
DIAGRAMNO.
78NW2225
GAA21295F
MASTER PAGE:
16
RESPONSIBLE: G
PAGE 9
56
PAGES
-
7/25/2019 MCS321 Proje
10/56
2
8
/4.B8
cc'novAC
C1 \
DBFT41 41
/2.E3
0 4~
34
44
"S4~
-/11.C3
/11.C4
/11.A3
23-
84
1.B7
1.B6
13_
33-
14
34
/11.C4
/11.C5
-8.B3
OVGIB
13 14
24
33H134~
43_
53-
71
83
84
/8.B3
/11.D6
-/11.A2
-/11.C3
/12.B7
13_
23
3T
14
54
/8.E3
/11.C4
-/1 2.38
AHB-
DZT
*\
i
71
-t-
\
LV1
\
1
\
LV2 \
4.
1
4M10^
83
/11.D3
84
83
/11.D4
84
^\
-
7/25/2019 MCS321 Proje
12/56
2
U 3
6
7
1
/4.C8 0
jtf
\
LV1 \
i
"'W
\
LV2
\
SC\
\
FSO\
9C5 (*
I
1
^f~
1
FILE-NAME:
78NW222J
A3
'\ i
MM*30VDC . 60 TB2
B
la : a O
13 63
LBR \/10D3 .
TRCM6.D6
J105
/
14 64
\ UDX
DBP \ /10.D6
44 f i lR
J18:1 /I
J7:9
/I x
/KBL
/K/INS
J103
L1 lu
RIR
\X MCB\X
/51.A1 751.
A6
J6:3 /
/KDBP
I L1 I
MHR\/
KI
AR
LVHL2
1 9 043. D2
23
711.D3
C
24 91
s
23 TRO / /6.D6
/11.D4 92
24
23
D
710.D5
f
,
24
SW 1
43
710.D7
44
SW2
IUDR
1
-\ I
J7:5
/
/IN
FSO r P
C>/14.A6 f~
MCB
Jv
DATE CHANGES NAME CUSTOMER
X-N
>
LOCATION
MCROPROnF.qc;
24-MAY-1996 PROGRAM GENERATED TRANSFER
MLO
Q a _
1 r
SC
\/10.D5
1\ DBDI \ 43
L "
4
LVC\/11.D2
7 13 71 71
/ \ Y^
4
4 -/-
f
FSO\/io.D7
LV1
/
/11D3 LV2
/
11D4
751A1 / /
J/DBDO
,
7
.
f
I 1" 72 72
^/
Jf.O
A
x]\sc
1
1
,
rrn
MCB\/ AR
J7:8
/k
J68
/ .
/K
FSO
/KLVC
FJ
MCB\X 751.
A6
MCR\/ 1Ai
51
7
78. D4
52
91
/
/8
'
C7
'
92
91
i.
1 78.C6 ;
92
21
-y-
/ 75
D7
22 '
21
' 75D8
22
21
. _
'
79.D5
22
^ DBD
TB2/DBD fl
751A6 |
1
043.D4
DBD-HL2
~]~|g DATE NAME DIAGRAM
NO.
DRAWN 27.03.96 WALTERV 25 78NW2225
OR CONTROLLER
CHECKED 27mg6 M
,
NTER
GAA21295F
Qp1 M ~~ MASTERPAGE: 20 PAGE 12
APPR
VED 27.03.96 J LASSEN RESPONSBLE:G 56 PAGES
B
D
2
3
-
7/25/2019 MCS321 Proje
13/56
6
f
:6
Communcation Interface
CRX-
CRX+ CTX CTX+
/50.A4
J8:5
MCB
J6:5
J8:4
J6:4
J8:3
J6:3
NX
J8:2
JX- TX+ BX-
Communcaion
Interface
RX+
/51 A6
GPB
Commun cation Interface
PTY-
PTY+ PTX
J6:12
J8:10
\]7
J8:9
J6:9
J8:8
P TX+
/50.A4 GB
J8:7
MCB PVT/B PVTB PVT/A PVTA
Commun cationInterface
MCBi MCB-
J21:1 Y
J21:2
J8:1
J8:6
/51A6
MCB
DBSSBU
COM
Backup power
/51 .A6
/51.A1
GIB
+24V RGND
/51.A1
J21:3 Y J21:4
F1L
0.63A
GIB
38
J7:1
/|\-t24V
MCB
GIB'HL2
-043D4
GPB
BP24VDC
011A1
/51.A6
Communcation
Interface
GIB >
PROC
J16 J13
~3 PB
Interlace
Commun cation
J9
40
J3
/50.A4
B
MCB
Communcation Interface
TX- TX+ RX-
RX+
\[7
\I7~
751 .A6
J10:2Y
J101
Y
J104
Y
J103
P4:6 P4:5
P4:4
P4:3 P4:1
P4:2
RCB2
S1RXB S1RXA S1TXB S1TXA
Commun cation
Interface
GND VCC
/51.A5
MC B
Communcation Interface
TX- TX+ R X-
RX +
J9:4
\J/
9C2
9C 1
9C 4
J9:1
\J/
/51.A6
9C
3
-
^J
r
^
TXA
[
TXB
C
c
RXB
C>/14.A3
{>/14.A3
0/14.A3
0/14.A3
FILE-NAME:
78NW2225
A3
DATE
CHANGES
24-MAY-1996 PROGRAM GENERATED
2
NAME
TRANSFER
CUSTOMER
LOCATION
OTIS
MICROPROCESSORCONTROLLER
MCS321 M
DRAWN
CHECKED
APPROVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER
V 25
MINTER
JLASS
EN
6
DIAGRAMNO.
78NW2225
GAA21295F
MASTERPAGE:
22
RESPONSBLE:
G
D
PAGE 13
56
PAGES
-
7/25/2019 MCS321 Proje
14/56
3
6
/2.A8 O
Ur380-415VAC
F4C
N'
J
.5
A
L-
I>
3/45.C2
/13.D5 O
TXB
/13.D5 O
TXA
/13.E5 O-
RXB
/13.E5 O
RX A
3C1A
3C2
f\
DCSS*PE*1
i
045 D4
I .
DCSSPE'2
/8.A5 t>
/6.B6 O
/43.A6 L>
/32A5
O
\EDS
MCI
CRTN'HL
C-RTN. FSC
/12.E1 C> 1
'
)
D M O - ? ^ nMr.- 1
P4:8
n
DCSS
DCSS-CON
/ Y
PEl _ __ __
I J N
I
rr
GND GND+15V
T1 T2
DCSS-CON
I
J/50.A1
P4:2
DCSS
-CON
/32.A5
P36
DCSS
-CON
750
A1
TCI
DOB
a
P4:3
1
02
TDOS
-\ /6.A4
: D O B
DCSS
-CON
/50.A1
DCSS
-CON
I J - B O X VJ-BOX
P3:4X P3i\
/|N/rCI
/K/EDS
3S
1
L2
J DCSS
U-TI
ON I NX I
-CON
I XX
/50.A1
/50.A1
P4:1
-CON
/50.A1
I
AN /
/38.E7
P4:5
DCSS
-CON
x-KDO
/50.A1
B
D
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAM GENERATED
3
NAME
TRANSFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS321M
DRAWN
CHECKED
APPROVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
JLASSEN
_
DIAGRAM
NO.
78NW2225
GAA21295F
MASTERPAGE: 33
RESPONSBLE:
G
PAGE 14
56 PAGES
-
7/25/2019 MCS321 Proje
15/56
2
6
q
in
I
S
in
4CA
1
P3:6
q
in
oo
r
o
t
q
in
4CA2 V*
4CA4
V
4CA5
V
P3:5 P3:8
P3:7
DC
CC
N
m
CC
cc
CD
O
8 8
I
CVJ
DC
i
s
OQ
g
IT
CO
DC
CV J
CD
O
DC
4AB 1
P3:4
"P3:3 \^3:2
4AB
2
4AB 4
4AB 5
P3:1
0
0
-_
.
-:-
A
,
1 /z
NOTE50 Pago: /34.A1 \ PI 1
M> \ ' x
*J NOTE51 Page: /34.A5 ~ 1 \\
I 1_ . P1 ;2
\\
P1:3
>
P6:4
DDOS
1
CHCS
1
C C TL
1
CCBL
1
a ,a a a
2 2 2 2
P3:1
P32
-
^ I ^>
P36((
s* P^
I -^V-
P3:8
\\_
P4:1''
P4:2
//
P4:3
//
P4:4
//
P4:6 ~
Y\_
P4:7
/x
P4:8 //
y>
P6:2
O>
FILE-NAME: DATE CHANGES NAME CUSTOMER OT DATE
7RNWPPPR
~~ .. DRAWN 27.03.96
/OINVV^^D L O C A T I O N MICROPROCFSSORr.nNTRHLLER
A3 24-MAY-1996 PROGRAM GENERATED TRANSFER MU>321 M APPROVED
27.03.96
1 2 I 3 4 5 6
7
DL1 DL1
DL2 DL2
RTN RTN
30VDC 30VDC
30VDC
SW 1
1 2 3 4 5 6 7 8
O N
y y y O Q O Q y
Address:
18
30VDC
IN
IN
RTN
IN RET
IN
CLK
IN
IM
RET
IN
IN
DATA
IN
RS18
RS18*C1
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
SW 2
1 2 3 4 5 6 7 8
TJOfflffl
TN
NAME DIAGR
WALTER
V 25 78^
HA>
MINTER
>JM
MAST
JLASSEN
RESp/32Bl
P2'4
// ' C'30VDC*1
-
-
7/25/2019 MCS321 Proje
18/56
6
8
Switch settings
/
Configurations
Remote Station
RS18
1 2 3 4 5 6 7 8
SW1
OFF
ON
SW1
1 2 3 4 5 6 7 8
OFF
E H[I
ONLJ LJ E
OFF
SW1
ON
1
^
2
I
1
A
3
X
I I
4
X
5 6
-i
n
an
7
_|
1
LJ
8
1_
1
1 2 3 4 5 6 7 8
O F F s n H n n r
SW1
ON I
x x
SW 1
1 2 3 4 5 6 7 8
OFF
DE [1 F
O N [ X J
LJ tj [Z
1 2 3 4 5 6 7 8
OFF0.ES.PPPPP
SW1
ONL
x x
SW1
OFF
ON
1 2 3 4 5 6 7 8
x x
SW1
1 2 3 4 5 6 7 8
OFF0 C DH
ONLJ
tZ) tZJ U
OFF
SW1
ON
1
j
C
^
)
"*
FILE
78N
Standard
I/
SoftwareV
Input
j7
Symbo
HB O
U HBO
E H C O
HB1
UHB 1
EHC1
HB2
UHB2
EHC2
HB3
MuHB3
EHC3
HB4
UHB 4
EHC4
HB5
UHB 5
EHC5
HB6
UHB 6
EHC6
HB7
UHB7
EHC7
Table-Name
Date
:
18-04
r
-NAME:
IW2225
A3
1
OList
ersion
:
Description
HalButton
Up
Hal
Bu
Emerg.
Ho
Ha Button
Up
Ha
But
Emerg.
HOE
Ha
Button
Up
HalBut
Emerg. Hos
HaButton
Up
Ha
But
Emerg. Hos
Ha
Button
UpHal
Butt
Emerg. Hos
Ha
Button
Up
Hal
Butt
Emerg. Hos
Hal
Button
Up
Ha
Butt
Emerg. Hos;
Ha Button7
Up
Ha Butt 27.03.96
1
1
1
1
1
1
1
1
1
1
1
1
r
1
17
16
17
/o
801
701
802
702
803
703
804
704
805
705
306
706
K37
07
108
08
WAL1
MINT
JLAS
/
Orig.
A
T p
NAME
"ER V_25
ER
SEN
Locaio
Remark
F
1
No
easefil
DIAG
78
G/
-MAS
RES
n
:
s
:
Hev
in
RA
NV
\A
TEI
POI
HTW
GROU
sion
2
No
A
1
MNO.
/V2225
21295F
^PAGE:
1S
MSIBLE:G
NC
PLIN
P
r,
K
4
R
)TE11
K
age:
>5.C7
.6.C7
PAGE
56 PAG
-
-
23
ES
3 6
1 '
-
7/25/2019 MCS321 Proje
24/56
B
D
/20.B6
/20.B6
/20.B6
/20.C6
IN I
*G*DL1
1H2 1H4 1H5
*G'DL2
'G'RTN
G*30VDC
NOTE10 Page
:
/23.A1 NOTE11
Page: /23.A5
P
,:3
>\
+24V
/1\
GND
HBO
M / I N M / O U T
P1:2 V P14
X
"J)
G*D
L1 G*D
L2
G'RTN
G*30V
j>- : -J
/DC
G*F
rrN G * 3 c
j>- =
VDC
G'[
fc
A
r
DL1
G'[
i- ^
__-
3L2 GRP
\
:
)
=3 /2
J
P6:4
P6:1
' 1
P6:3
P1:1
P2:3
P2:1
P3:1
P4:3
P4:1
-
P4:4
P4:2
P3:4
P32
P2:4
P2:2
P1:4
P1:2
24 VDC
RTN
24VDC
RTN
24 VDC
RTN
24VDC
RTN
RTN
PD
PC
RS14*GO
Address: NOTE
DDDDDD-
DDDDDD
RS14
OUT
IN
OUT
IN
OUT
IN
OUT
IN
* >
P6:2
P5:1
5 :3
P5:4
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PRCX3RAM GEN ER ATED
NAME
TR AN SFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS321 M
~T 5 | 6"
DRAWN
CHECKED
APPR OVED
DATE
27.0396
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
J.LASSEN
~7
DIAGRAM
NO.
78NW2225
GAA21295F
MASTER PAGE: 200
RESPONSBLE:G
PAGE 24
56
PAGES
2
3
6
-
7/25/2019 MCS321 Proje
25/56
/24.A8
GRP
:+24V /t\
GND
DHBn
Xf\ +24V X|\ GND
\l/ IN >J/OUT
P1:2
IN M/
OUT
1
G'RTN
=r= =
G*30VDC G'DL.1
G*DL2
P6:4
P6:1
P6:3
P1-1 PI -a
P1:3
P1:1
P2:3
P2:1
P3:3
P3:1
-
X;
B
GRP
+ 2 4 V / N G N D
\1/IN Nl/OUT
P1:2
Y P1:4^
G'RTN G*30VDC G"DL1
G'DL2
=&==&
P6:4
P6:1
P6:3
P2:3
P2:1
:
P6:2
v v
P5:3
P5:5
G'RTN
G*30VDC
G'DL.1 G'DL2
RTN
+30V
DL1 DL2
Hh
LT2*G
B
NOTE10 Page: /23.A1 NOTE11 Page: /23.A5
D
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAM
GENERATED
~2
NAME
TR AN SFER
C U STOMER
LOCATION
OTIS
MICROPROCESSOR
CONTROLLER
MCS 321 M
DRAWN
CHECKED
APPR OVED
DATE
27.03.96
2 70 3 9 6
27.03.96
NAME
WALTER V 25
M|NTER
6
J.LASSEN
~7
DIAGRAMNO.
78NW2225
GAA21295F
MASTER PAGE:
204
RESPONSBLE:G
PAGE
26
56 PAGES
2
6
-
7/25/2019 MCS321 Proje
27/56
/16.E5 B*
HTW
H*RTN H*30VDC H*DL1
H*DL2
P6:4
P6:3
P2:3
P2:1
B
D
P4:4
P42
P3:4
P32
P2:4
P2:2
P1:4
P12
24 VDC
RTN
24VDC
24VDC
RTN
24VDC
RTN
RTN
PID
PIR
PIC
RS14*HO
Address: NOTE
DDDDDD"
DDDDDn
RS14
OUT
IN
OUT
IN
OUT
IN
OUT
IN
I -TRTN H-30VDC H'DL1 H'DL2
-&=-& -A A=
P6:4
P6:3
P5:2
P5:4
P13
HPI
'
P2:3
P3:1
P4:1
NOTE32
Page: /29.A1
P4:4
P42
P3:4
P32
P2:4
P2:2
P1:4
P12
1
/N
P61
/N
24VDC
RTN
24 VDC
RTN
2 4 V D C
RT N
24 VDC
NTN
30VDC
RTN
PD
PC
RS14*Hn.
Address: NOTE
annano-
DDDDDD
RS14
OUT
IN
OUT
IN
OUT
IN
OUT
N
> :
P6:2
HTW
E3-/28.A1
P55
P1:5
HPIn
B
D
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAM
GEN ER ATED
NAME
TRANSFER
CUSTOMER
L O C A T I O N
OTIS
MICROPROCESSOR CONTROLLER
MCS321
M
-n~~5 1
DRAWN
CHbcKbu
APPR OVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
J.LASSEN
DIAGRAMN O.
78NW2225
GAA21295F
MASTER PAGE: 205
RESPONSIBLE: G
PAGE
27
56
PAGES
2 6
7
2
3
-
7/25/2019 MCS321 Proje
28/56
HTW A.
1
/27
.A8
5
c==
=~
-
v ^
J,
P6:
'
6:3
P1.3
P:l
..
P23
7
P21
.
P33
x
.
P31 . .
-
7/25/2019 MCS321 Proje
29/56
A
B
C
D
r~
t
-
\
~-
,
,/i
Fl
78
Standard
I/C
SoftwareV
v^ Output
v
=
Symbo
OOLO
U HL O
OOL1
DHL1
UHL1
OOL 2
DHL 2
UHL 2
OOL 3
J
DHL 3
UHL 3
OOL 4
DHL 4
UHL 4
OOL 5
DHLS
UHL
5
OOL 6
DHL
6
UHL6
OOL 7
DHL7
UHL7
Tabe-Name
Date:21-0
V ~
\
.E-NAME:
NW2225
A3
1
)List
-rsion: GAE30075FAA
Description
Out Of Service 0
Up
Ha
Lantern
0
Out Of Service 1
Down
Ha Lantern 1
Up Ha Lantern 1
Out Of Service 2
Down Ha Lantern 2
Up Ha Lantern 2
Out Of Service 3
DownHaLantern3
Up
Ha
Lantern 3
Out Of
Service
4
Down
Ha Lantern 4
Up
Ha Lantern
4
Out Of Service 5
DownHa Lantern
5
Up
Ha Lantern
5
Out OfService6
DownHal Lantern 6
Up
Ha
Lantern
6
Out Of Service 7
Down
Ha Lantern 7
Up HaO Lantern7
: IOLST114
4-95
DATE
24-MAY-1996
PROGRAM
GE
I
Addr.
37
37
37
37
38
38
38
38
39
39
39
39
40
40
40
40
41
41
41
41
42
42
42
42
43
43
43
43
44
44
44
44
MERATED
p
RS14
Pn
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P34
P4:4
P1:4
P2:4
P34
P4:4
CHANGES
I/O
-
1
-
102
2
-
103
3
-
104
4
-
105
5
-
106
6
-
107
7
-
108
8
Orig.
A
| F
3
Loc
>leas
alion:
arks
:
Revi
1
Jo.
e
fill
in
TRAN
sior
NA
SFE
HTW
HALLL
2
No
A
T
VIE
:R
NOTE32
INK
Page:
/27.C3
/28.C5
CUSTOM
E
LOCATIOC
4
ER
1
Ml =
Jr
"4j
^
/^V,AJ
" >V
,
FILE-NAME:
78NW2225
A3
1
v
N
N
H-
FSS
DATE
24-MAY-1
OTE
OTE
A -
1
996
30
31
PRO
Page
:
Page:
FSL
I"
-\
H
GR AMGE
H*RTN
\
/31.A1
P6
/31.A5
1
(
P6:3
/
P1.1 .
-
7/25/2019 MCS321 Proje
31/56
c
-
A
/
)
FILE
~7Q\
/o f
Standardl/(
Software Ve
V Input
r
Symbo
CTLS
ACSH
RIO
EFK
HCCO
ASL
I .
^
Table-Name
Date:24-02
\
E-NAME:
.
\
A
OOOC
vvvt?.
-
7/25/2019 MCS321 Proje
32/56
C*30VDC C*RTN C*DL2 C*DL1
C*30VDC C'RTN C*30VDC. C'RTN.
1C4
V* 1C3 V
1
1C2
/17.A8
C>
C*RTN"I
/17.A8
0
C*DL2*1
1 C
1
B
/17.A8
D>
C-DL1*1
BC 2
ICU
8M2
XICU
/14.B6
0
C ' SOVDC .
.
A
1
1
/14.A5 0
C'RTN.
SA C
REWLEV+
/42.C3
P1:3
24 VDC
GDI
.,:
UP
\1/
DOWNX
P1:2
X
NOTE50
NOTES1
Page: /34.A1
Page
:
/34.A5
C'RTN C'30VDCCDL1
CDL2 CAR
3
53-/33.A1
P6:3
Pl:3
P1:1
< e -
P2:3
P2:1
P3:3
P3:1
P4:3
P4:1
P4:4
P3:2
P2:4
P1:4
P1:2
(
-
7/25/2019 MCS321 Proje
33/56
-
/32.A8
V
CAR
C*30VDC
A
B
LW110
LW10
732.E8 O-
LW110-24VDC
LW30 LW50
D
LW80
NOTE50
NOTE51
Pago :
/34.A1
Page
: 734.A5
C'RTN
X
C*30VDC C-DL1
P6:4
P6:1
C'DL2
^
CAR
P6:3
P1:3
\
P2:3
P2:1
P3:3
P3:1
P4:3
P4:1
P4:4
P4:2
P3:4
P3:2
P2:4
P2:2
P1:4
24 VDC
RTN
24 VDC
RTN
24VDC
RTN
24VDC
RT N
30VDC
RTN
PID
PIR
PIC
RS14'C5
Address: 16
RS14
OUT
IN
OUT
IN
OUT
N
OUT
P62
P5:1
P52
P5:3
P5:4
P5:5
B
D
-rtfr fi.
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGE
PROGRAM
GENERATED
S
NA
TRANSF
ME
:R
CUSTOMER
LOCATION
OTIS
MICROPROCESSORCO N
MCS321 M
JTROLLER
DRAWN
CHECKED
APPROVED
P
DATE
27.0396
27.03.96
27.0396
-KLH
NAME
WALTER
V_25
MINTER
JLASSEN
Dl/
c
M
RE
\GRAM
'8NW
3AA2
-
7/25/2019 MCS321 Proje
34/56
A
B
C
D
v
.J
J
T
FILE-N
78N\
/
Software Me
Input
Symbo
LW10
LW30
LW50
LW80
LW110
LW90
CRIC
RCRIC
CCBL
PCTL
CHCS
DDOS
Table-Name
,,
Date
:
24-0
'*
AME:
A/2225
V
-5
1
rsion:
Descriptio
Load Weigf
Load
Weigh
Load
Weigh
Load Weigh
LoadWeigh
Load Weigh
F.
Card
Ree
R.
Card Re;
Car
Cal
Bu
Car
Cal
To[
CutHa Ca
DisableDoc
:
IOLST056
2-95
DATE
24-MAY-199
n
in
in
in
in
in
In
id
>
>
>
>
>
RS18
Pn
P31
P32
P3:3
P34
P35
P36
P37
P38
P31
P32
P33
P34
P35
P36
P37
P38
P31
P3.-2
P33
P34
P35
P36
P37
P38
P31
P32
P33
P34
P35
P36
P37
P38
I/O
873
874
875
876
877
842
401
501
891
892
815
893
1
3
Orig
A
NA
FRANSF
P
ME
ER
Locaio
Remar
1
No
lease
fi
n:
rsion GAE30075FAA
Description
Gong in Car Up
Gong in Car Down
RoarCUDL
Roar
CDDL
Car
Up Direction Lamp
Car
Down Direction L.
Rear
Stop Sgna
Car
StopSgna Car
ChirneUp Sgna
Chime Intiate NOT
ISC Relay (ISC3)
Firemans Relay
:
IOLST057
-95
OTIS
SSOR
CONTROLLE
CS 321 M
Addr.
16
16
16
16
17
17
(17)
(17)
18
18
(18)
(18)
19
19
(19)
19
R
6
RS14
Pn
P1:4
P2:4
P34
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P34
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
P1:4
P2:4
P3:4
P4:4
DRAWN
CHECKED
APPROVED
RS18
Pn
P4:1
P4:2
P4:3
P4:4
P4:5
P4:6
P4:7
P4:8
P4:1
P4:2
P4:3
P4:4
P4:5
P4:6
P4:7
P4:8
P4:1
P4:2
P4:3
P4:4
P4:5
P4:6
P4:7
P4:8
P4:1
P4:2
P4:3
P4:4
P4:5
P4:6
P4:7
P4:8
DATE
27.03.96
27.03.96
27.03.96
1
I/O
962
961
947
945
932
930
960
956
976
377
339
057
I*
WALTE
MINTE
JLASS
7
Orig.
A
1 P
JAME
ER V_25
R
EN
1
OCf
Rerr
ease
Dl/
c
M
RE
ilin
ark
\
No
fil
\Gf
'8f
3A
i\si
ESP
r
s:
Rev
in
H A f V
V J V \
A2
'ER
ON
CAR
CAR
Llf*
ision
2
No
A
_Q
NO.
/2225
1295F
PAGE: 219
SIBLE:G
N
JK
8
OTE51
Page:
/33.A6
/32.E5
/17.A4
PAGE C
56
PAGE
r
t
14
S
-
A
B
n
D
3
6
CAR
C*
RTN
C'30VDC C*DL1
C'DL2
7
CAR
-
7/25/2019 MCS321 Proje
35/56
h /33.A8
\ .
NOTE40
NOTE41
Page: /36.A1
Page: /36.A5
P13
+24V /|\GND
+24V
:GND
CB O
\1/IN \J/OUT
P1:2 Y P1:4
CB1
/f\ +24V /[\
GND
CBn
\1/IN \I/OUT
\Jx IN
P1:2
Y
P1:4
P6:4 P6:1
:
-
7/25/2019 MCS321 Proje
36/56
A
B
c
D
- V
J
*
FILE-NAME
78NW2I
A3
Standard I/
Software
V
Input
Symbo
CB O
CB1
CB2
CB3
CB4
CBS
CB6
CB7
CBS
CB9
C B10
C B11
C B12
CB13
C B14
C B15
DCB
ISS
GCB
ACSC
ISPS
DHB
Table-Name
Date
:
24-0.
D
225
24-M
1
OList
ersion:
Des
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Car
Doo
Ind.
Gen
Anti
Ind.
Door
:
IOLS
}-95
ME
AY-
199
cr
Bi
Bi
Bi
Bi
Bi
Bi
Bi
B
Bi
Bi
B
B
Bu
Bu
Bu
3u
C
Se
C
Cr
Se
H
T O
GAE30075FAA
ption
j t t on O
Jtton1
Jtton2
itton 3
itton 4
itton
5
tton 6
Iton7
t ton8
tton
9
tton
10
tton 11
tton
12
tton 13
tton 14
tton
15
lose Button
rv.Switch
ontro
But.
me Prot.Car
rvice
Park
Switch
od
Button
59
PROGRAM GENERATEC
2
Addr.
4
4
4
4
5
5
5
5
6
6
6
6
7
7
7
7
8
8
8
8
9
9
9
9
CHANGE
RS14
Pn
P12
P22
P32
P42
P12
P2:2
P32
P42
P12
P22
P32
P42
P12
P22
P32
P42
P12
P22
P32
P42
P12
P22
P32
P42
s
I/O
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
802
806
894
813
818
803
3
On
A
9-
F
TR^
Loca
Rem
C
M
Rf
AR
oor
^
\GR
'8N
3A>
-
7/25/2019 MCS321 Proje
37/56
A
B
/
n
\
_s~*'
>
1-
FILE-NAME:
78NW2225
A3
1
DATE
24-MAY-1996
DC B
A
PROGRAM GE
BZ
CHAN
NERATED
2
[x.
)
3ES
3
NAME
TRANSFER
CUSTOMER
LOCATION
4
ISS
& -
MICR(
1
J J
T
EML.6
OTIS
^PROCESSOR
COh
MCS 321 M
5
~ '
NOTE40 Pago : /36.A1
NOTE41 Page: /36.A5
P6
^
P6:3
P1:3
x
-
P2:3
P2:1
. /
P3:3
-
7/25/2019 MCS321 Proje
38/56
1LS
V
7C7V
J6:2
: / i L s
MCB
/51.A6
2LS
7C Q
J6:1
MCB
/\
/2LS
/51.A6
J1:3
J1:4
J1:2
RTN +30V DL1 ' DL2
HI-
'"'
LT2*C
CC.M10VAC^
/1
O.A5 t>
(_
o
CO
PAN
I E P I / I N
I
EP2/OUT
/14.D8
CRTN-HL1
0/43.A6
B
D
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAM GENERATED
NAME
TR AN SFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MCS 321 M
5 6
DRAWN
CHECKED
APPROVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
JLASSEN
DIAGRAMNO.
78NW2225
GAA21295F
MASTERPAGE: 235
RESPONSBLE:G
PAGE 38
56
PAGES
2
3
6
-
7/25/2019 MCS321 Proje
39/56
V
>
L3
N-SKL1
/39.C2
0 I
LV2
LVC
LVCT
LW10
LW110
LW30
LW50
LW80
MO
NOR
OCB
OS
OVF1
PAN
PCS
if
R4
RF1
RF3
RS14'C1
RS14'C10
RS14'C5
RS14*C6
RS14'GO
RS4'Gn
RS14'GI
RSU'HO
RS14-H55
RS4*Hn.
RS14'Ht.
RS18*C1
SAC
SC
SKL
SOM
E-NAME: DATE
v W2225
A3 24-MAY-199
1
c
c
c
c
c
c
c
c
c
M
C
M
M
C
C
c
H
M
C
C
C
c
c
c>
Cl
H-
H-
H'
HI
H-
HI
HI
Cl
C/
Cl
M
Cl
6
-TR
-TR
TR
TR
AR
AR
AR
AR
AR
R
TR
R
R
TR
AR
AR
TW
R
TR
TR
FR
-
7/25/2019 MCS321 Proje
50/56
L
_J
)
FIL
7 s r
^31
/EDS / 14.A8
Hp34
/TCI /14.A7
P36
HL1
/14.A7
P4:1
+30V /14.B7
P4:2
/SO
/14.A6
P4:3
DOB /14.E6
P4:4
/NDG
P4:5 DO /14.E8
P4:6 /DOL
P4:7
DOS
P4:8 HL2 /14.A5
L
N
PE
PE
/14B1
P5:3
TXB
P5:4
RXA
P57 TXA
P58 RXB
'T"'
L
s ~ ^
E-NAME:
DATE CHANGE
SIW2225
A3 24-MAY-1996 PROGRAM GENERA TED
1 2
s
3
NA
T RANSF E
VIE
ER
CUSTOMER
LOCATION
4
J1:1
J1:2
J1:3
J1:4
J1:5
J1:6
J1:7
J1:8
J1:9
J1:10
J1:11
J1:12
J1:13
J1:14
J1:15
J1:16
J1:17
J1:18
J1:19
J120
J121
J122
J123
J124
J125
J126
J127
J128
J129
J1:30
J1:31
J1:32
J1:33
J1:34
J1:35
J1:36
J1:37
J1:38
J1:39
J1:40
J1:41
J1:42
J1:43
J1:44
J1:45
J1:46
J1:47
J1:48
c
C
L
C
D
D
D
C
+
D
H
D
D
D
H
H
H
I
H
D
M
M
I
|_
I
I
D'
D;
D
D_
D.
D
D
D_
D
D
D
D
D
+5
+5
D
M
L(
f
C
IB
[
S
G
G
5V
IB
5V
X/
E
E
D
D(
o;
D-
Df
R E
R V
Eh
A1
A C
A2
3P
Ol
01
D3
D4
A3
D5
3N
3h
.Vv
.A
_A
A
A
A
A
R
A>
A ;
A
V
V
AC
C
DCK5-1
3
C2
CS1
)23
3
RST1-
ND
NJD
Y-
R-
G-
1
)
>
T
:Q -
V-
i-
,K-
CLK
DA/IRQ A
3B/IRQB
D
D
R-
7
B
3
3
^
D-
3
>
)
)ROP
J1:49
J1:50
J1:51
J1:52
J1:53
J1:54
J1:55
J1:56
J1:57
J1:58
J1:59
J1:60
J1:61
J1:62
J1:63
J1:64
J1:65
J1:66
J1:67
J1:68
J1:69
J1:70
J1:71
J1:72
J1:73
J1:74
J1:75
J1:76
J1:77
J1:78
J1:79
J1:80
J1:81
J1:82
J1:83
J1:84
J1:85
J1:86
J1:87
J1:88
J1:89
J1:90
J1:91
J1:92
J1:93
J1:94
J1:95
J1:96
ROCE
M
5
D PS-
D A10
D A12
D A14
D A13
D DS-
D A15
D A11
INV
CYCLE
D PC7
D PCS
D PC6
D PC3
D PC 1
D PCO
D PC5
P DEN
P DTR
DGND
DGND
DGND
^V
+5V
+5V
D D23
D_D22
D D21
D D18
D 020
D 19
D DO
D D1
D D16
D 03
D 02
D 04
D D5
D D6
D
07
D 08
D 017
D D9
D 010
D D11
D 012
D
013
D 014
D 015
OTIS
SSORC
CS 321 N
ONTRO
A
1
J2:1
J2:2
J2:3
J2:4
J2:5
J2:6
J2:7
J2:8
J2:9
J2:10
J2:11
J2:12
J2:13
J2:14
J2:15
J2:16
J2:17
J2:18
J2:19
J2:20
J2:21
J2:22
J223
J2:24
J2:25
J2:26
J2:27
J2:28
J2:29
J2:30
J2:31
J2:32
J2:33
J2:34
J2:35
J2:36
J2:37
J2:38
J2:39
J2:40
J31
J3:2
J3:3
J3:4
J3:5
J3:6
J3:7
J3:8
LLER
P VTX
P V T Y
SPVTX
SPVTY
SPARE
SPARE
SPARE
MTC
FLT RS
DGND
INHIBIT
DGND
DGND
DGND
DGND
DGND
DC
SPt
BPI
DC SPf
UDX NC
UDX NC
C
COIL
DC
SPf
DC SPf
DC SPf
DC SPf
DBT Otv
INV OC
AC SPA
AC SPA
HITEMP
BASE
F
CONV
E
UDX OL
BX OUT
BHX
OU
MX OUT
FX OUT
BRK DC
SPARE
DGND
X
DGND
Y
DGND
7
DGND
VD C
6
1
2
3
T
PLY
\RE 1
VRE2
) IN
;IN
IN
RE3
RE4
RES
RE6
1
T
RE3
RE4
LT
N
T
T
OUT
DRV
DRA\
CHE(
APPF
J3:9
J3:1C
J311
J3:12
J3:13
J3:14
J3:15
J3:16
J3:17
J3:18
J3:19
J3:20
J321
J322
J323
J324
J325
J326
J3:27
J3:28
J3:29
J3:30
J3:31
J3:32
J3:33
J3:34
J3:35
J3:36
J3:37
J3:38
J3:39
J3:40
J4:1
J42
J4:3
J4:4
A/N
:KED
IOVED
27
27
>7
DGND
V
SP3
DGND
V SP4
DGND
V_SP5
DGND
VR
DGND
VS
DGND
VT
DGND
V
SP6
V SP7
V SP1
V SP2
D PC6
D PCS
C
BASE1
C BASE2
C BASES
C BASE4
C
BASE5
C BASE6
BASE1
BASE2
BASE3
BASE4
BASES
BASE6
DBT PWMO
+5V
DGND
DGND
+5V
DATE
03.96 V
0396
K
03.96
J
/13.A7
NAME
V A L T E R V 2J
WINTER
.LASSEN
7
J5
J5
J5
J5
J5
J5
J5
J5
J6
,16
J6
J6
J6
,J6
J6:
J6:
1
3
5
6
7
8
9
4
5
6
8
9
11
12
Dl/
C
M)
RE
\G
8
3/
< \s
:
R
+5V
S T T X -
STRX+
DGND
+5V
STTX+
S TRX-
DGND
MCTX+
MCTX-
MCRX+
M CRX-
MPVTX+
M P V T X -
MPVTY+
MPVTY-
RAM NO.
NW2225
kA21295F
TERPAGE:
25
^NSIBLEG
/13.A1
/13.A3
8 PAGE
56 P
8
i
I
50
AGES
A
B
n
L)
-
PC-BO
IPINNAME
K.
\m
AR
i
D: (
SGNAL
MARKING
3IB
LOG.
2
PNNAME SGNAL
MARKING
LOC.
3
PNNAME
l\
SGNAL
MARKING
PN
NAME
4
SGNAL
MARKING
LOC.
J
5
PC-BO
PINNAME
^RD
sic
MAF
: F
NAL
IKING
3CB2
LOG
6
PC-B(
PINNAIv
I
D/
IF
\ f \D : 1
SIGNAL
MARKING
7
dCB
LOC.
PINNAME
SIGNAL
MARKING
L-
A
V+
vIX
i/l
V-
J\_V+
y
4 _ v -
A V+
z
t(
V-
^ v+
3C
/( V-
1-SHIELD
:OIL H
) OUT
) IN
I
C
EN
EN
EN
JD
DATE
24-MAY-1996
I
/8 C5
/12.B5
PROGRAI
J12:3
J12:9
J12:5
J12:7
J14:1
J14:3
J14:5
J14:6
J15:1
J15:4
J15:6
J15:8
J15:10
J17:1
J17:4
J18:2
J18:1
J18:3
J18:4
J18:5
J18:6
J18:7
J18:8
J18:10
J19:1
J19:2
J19:3
J19:4
J19:5
J19:6
J19:7
J19:8
J19:9
J19:10
J19:11
J19:12
J20:1
J20:3
J20:4
J20:5
J20:6
J20:7
J20:8
J21:1
J21:2
J21:3
J21:4
VI
GENERA
2
BRK
HL1
AC SP1 IN
AC
SP2 IN
FX
MX
HL1
HL1
11 5VAC IN
CBR1
CBR2
REL SP1 A
REL
SP1 B
THERM
THER MAL
THER MAL
BL
DC
SPARE1
DC SPARE2
DC SPARES
MO
MD
MU
HL2
MCB+
MCB-
PPTX OUT+
PPTX
OUT-
PPTX+
PPTX-
PPTY+
PPTY-
PPTX OUT+
PPTX OUT-
PPTY OUT+
PPTY OU T-
PVT V+
PVT V-
PVT SHLD
PVTX-
PVTX+
PVTY-
PVTY+
MCB+
MCB-
+24V
RGND
CHANGE
TED
/10 D4
/3.B6
/3.B7
/3.B6
/3.B7
/4.B6
/10 D1
/3.B8
/3 B8
/12.B2
/43.D6
/3.A3
/13.A5
/13.A6
J13:1
J13:2
J13:3
J13:4
J13:5
J13:6
J13:7
J13:8
J13:9
J13:10
J13:11
J13:12
J13:13
J13:14
J13:15
J13:16
J13:17
J13:18
J13:19
J13:20
J13:21
J13:22
J 13:23
J13:24
J13:25
J13:26
J13:27
J13:28
J13:29
J
13:30
J13:31
J
13:32
J13:33
J
13:34
J13:35
J13:36
J13:37
J13:38
J13:39
J13:40
J9:1
J9:2
J9:3
J9:4
J9:5
J9:6
J9:7
J9:8
J9:9
J9:10
J9:11
J9:12
3
PVT
PVT
S-P\
S-P\
SPA
SPA
SPA
MTC
FLT
DGN
INHI
DGN
DGN
DGN
DGN
DGN
DC
BP
DC
UDX
UDX
C C
DC
DC
DC
.
DC ,
DBT
INV
AC
AC
HITE
BASt
CON
UDX
BX C
BHX
M X C
-X C
BRK
.
DGN
X
DGN
Y
DGN
Z
DGN
VD C
DGNI
V
SP
DGNF.
V
SP
X
Y
/TX
/TY
RE1
RE2
RE3
RST
D
BIT PLYS
D
D
D
D
D
SPARE1
SPARE2
NO IN
NC IN
DIL IN
SPARES
3PARE4
SPARES
3PARE6
OM
OCT
3PARE3
5PARE4
MP
E FLT
V EN
OUT
)UT
OUT
3UT
)UT
DC
OUT
D
3
3
3
3
3
3
4
NAME
TRANSFER
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9
J9-
J9:
J9:
J9:
,19:
.19:
J9:
J9:
,19-
J9:
J9:
J9:
.19:
J16
J16
J16
J16
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
2
:3
:4
Cl
LC
DGND
V SP5
DGND
VR
DGND
VS
DGND
VT
DGND
V
SP6
V SP7
V SP1
V SP2
D PC6
D PC5
C
BASE1
C BASE2
C
BASE3
C BASE4
C BASES
C
BASE6
BASE1
BASE2
BASE3
BASE4
BASES
_BASE6
DBT PWMO
+5V
DGND
DGND
+5V
JSTOMER
1CATION
4
/1
3.A7
M
C
(
ROPROCES,
MC
5
P1:1
P12
P1:3
P1:4
P1:5
P1:6
P1:7
P1:8
P1S
P2:1
P22
P2:3
P2:4
P3:1
P3:2
P3:3
P3:4
P3:5
P3:6
P3:7
P3:8
P4:1
P42
P4:3
P4:4
P4:5
P4:6
P5:1
P52
P5:3
P5:4
P5:5
P5:6
P7:1
P72
P7:3
P7:4
P7:5
P7:6
P7:7
P7:8
P73
P8.1
P82
P8:3
P8:4
P8:5
P8:6
P8:7
P8.8
P83
P8:10
P9:1
P92
D T I S
3 O R C
3 3 2 1
l\
VCC
VCC
S2T
S2R
GNC
VCC
S2T
S2R
GNC
AC3
AC1
AC2
GNC
R2R
R2R
R1T
R1T
R1R
R1R
R2T
R2T
GND
VCC
S1T>
S1T)
S1R
S1R
HDL
HDL
GDL
GDL
CDL;
CDL
VCC
VCC
A1TX
A1R>
GND
VC C
A 1TX
A1R>
GND
VC C
A2TX
A2TX
A2RX
A2RX
A2/R-
A2/C1
A2/D1
A2/D(
GND
ON'
J\
\
XB
XA
)
XA
XB
)
XB
XA
-
7/25/2019 MCS321 Proje
52/56
B
c
L>
jB
6
7
8
9
10
;*"
12
13
14
15
/
FILE-NAME:
78NW2225
A3
1
g g g d
U
D u D
III"
D d D
IIT
D d D
n n n n
T T T
D
d d d
n g d p
D
d d d
ITl
d D D
ITl
d n d
g g n n
a D.D a
g g a D
a a n D
g g a a
II
d a n D
g g a a
IT
a d a a t
DATE
24-MAY-199
I
c
c
n
n
n
u
g
u
D
n
n
n
I
I
n
n
-]
-\
3
) D
1 D
g.
D
d.
d
g.
D
d
T
D
D
g.
D
D
n
?
I
d
D
n
PRO
17
18
19
20
21
22
23
24
25
26
27
SR AM
GENERATED
2
g
a n g g a.
u d d a d d
g a g g a g.
a D d a d a
g D n g d a.
d d a d a d
g d g D g n.
I I II
dd d d d d
n d g a g d.
a
d a d d d
g D g a D g.
a a a a a a
g d g D d d.
a
a a a a a
g
a a g g g.
a
a a a a a
g a a g g a.
a a a D a a
g
a n g a g.
I II
dn a d a d
g D a g a a.
I 1
d a a d a a
CHANGES
29
30
31
32
33
34
35
36
37
38
39
3
g a a a n D
d a D d d D
g a a a a n
a
a d d n a
g a a d a a
d a a a d a
d g g g g g
T T T T T
d d d d u d
un
a d a d d
nn
a d a a a
ag g g a a
Da a a a a
un
a a D a d
D
g g a g a
au a a a a
a g g D a g
IT
I
a
d d a a d
a g g a D a,
II
d a d a a a
NAME
TR AN SFER
.
.
41
42
43
44
45
46
47
48
49
50
51
CUSTOMER
LOCATION
4
a
g D g g D.
a a a a a a
aa a g n g.
n a a d d a
n n D g a a.
a a a a a a
ag d a g g.
I II
d d d a d d
Dg a a g d.
d a a a a a
ag a a a g.
a a a a a a
d g a a a a.
aa a n n a
n a g g g g.
a a a a a a
a
a n g g a.
n a a a a a
aa g g a g.
II
a
n d d a d
aa g g a a.
II
a
a d a a a
MiCROPRC
L
53
54
55
56
57
58
59
60
61
62
63
OTIS
)CESSOR
C(
MCS 321 IV
5
c
c
c
c
c
c
n
D
D
D
D
D
D
D
a
D
a
n
d
a
a
D
Dh
I
i a g a g a.
i a a d a n
ag a a g.
d D d n d
a g d d D.
a
a a a a
da g g g.
Ill
d d d d a
d
a n n d.
a a a a d
a
a g a g.
a a a a u
aa g a D.
D D D D D
a
D a g g.
a a a a a
aa n g a.
D
a a a a
a a a a g.
T
a a a a a
a
a a a a.
a a a a a
JTROLLER
E
c
D
-
DATE
NAME DIAGRAMNO.
DRAWN
27.03.96
WALTER
V 25 78NW2225
HAAPIPQiF
CHECKED ?7f).196 MINTER
Jt 1r
MASTER PAGE:
262 PAGE 52
APPROVED 27.03.96 J.LASSEN RESPONSIBLE:G 56 PAGES
6 1 7 8
3
8
GENERAL INFORMATION
-
7/25/2019 MCS321 Proje
53/56
THE APPLIED MAIN CONTACTORSAND RELAY CONTACTORS CORRESPOND TO THE
REQUIREMENTS ACCORDING TO DIN EN 81,PART 1
PARA.13 2.1.1
AND 132.1.2
THE CONTACT MAKERSOF THE MAIN CONTACTORSAND RELAY CONTACTORS
CORRESPOND TO THE REQUIREMENTS ACCORDING TO DIN EN81 PART 1 PARA.13.2.1.3
DEVICESWHICH ARE CONNECTED AFTER ELECTRICAL SAFTEY DEVICES CORRESPOND
TO THE
REQUIREMENTSACCORDING
TO
EN81.1 PARA.13.2.2.3
WTH INSPECTION OPRATION THE DOOR ISINHIBET ED BY SOFTWARE.
Location
HT W = Hoslway
CTR = Controler
CAR
= Car
MR =
Machinoroom
DC1
= Door Contro ler 1
DC2 =
Door Contro ler
2
Connection from
nextcontroler
Connection to
next control er
FILE-NAME:
78NW2225
A3
DATE
24-MAY-1996
CHANGES
PROGRAM GENERATED
2
NAME
TR AN SFER
CUSTOMER
LOCATION
O T I S
MICROPROCESSOR CONTROLLER
MC S
321 M
DRAWN
CHECKED
APPROVED
DATE
27.0396
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
6
JLASSEN
~7
DIAGRAM NO.
78NW2225
GAA21295F
MASTERPAGE:
263
RESPONSBLE:G
PAGE 53
56 PAGES
2
SAFETY DEVICE DESCRIPTION
REQUIREMENTS
EN 81
COMMENTS
262.42
12.4.2.3
MAINANDBRAKE
Current
shal be supplied lo the
electric device
4
T~
5
REC
T RA
265.1
HJIREMENTS
EN 01
14.2.1.2
6
COMING
IN
7 I 8
COMMENTS
The un ocking
zone
is
determined
by the
length
of the
-
7/25/2019 MCS321 Proje
54/56
B
D
262.23
262.2
262.12 7
264.22
262.62
12.7.3
14.1.2
14.1.1.1
132.1
10.6.2
CONTACTORS
ENGINE CONTACTOR
ELECTRIC SAFETY
DEVICES
MONITORING THE
DROP
OF THE
CONTACTOR
AR MATU R E
RUNNING TIME
MONITORING
(DDP)
operating
the
brake
(B) by two
independent elocr.
devlces.main contactorsSW1,SW2andbrake
contactor
LBR.
The current(or thedrive shall
depend
on the two
main contactorsSW1 and SW2
The
electric
safety
device controls
the
three
relais
C,U and D in the
controller.
The
safetyrelaysC,U and Dshall control
themain contactorsSW1 andSW2.
The
electronic control opens
at
every stop
the
outputsfor the direction relay contactors
(UrespectivelyD).
The
drop sequenceIs:
-direction relay contactor(U respectivelyD)
-relaycontactorC, main contactors SW1.SW2
andbrake relay LBR.
Anew startis only permitted,if thereloysan d
contactors C,U,D,SW1 SW2and LBR are
dropped(input DBD)
Ifthearmatureof the directionrelay contactorU
respectively
D do not
drop,
an
additional electrical
lock
ofthese relays inhibitsa startat
the next direction chenge.
All
relays
and
contactors shall comply
to
VDE 0660 EN 81Part1(IEC 158-1)
Is
during
anormalrunwithinthe DDP-lime
no
hoistway
signa
received (1LV.2LV),
the
drive
wilbeswitchedoff by the
electronic control.
FILE-NAME:
78NW2225
A3
DATE
2 4 - M A Y - 1 9 9 6
C H A N G E S
PROGRAM
GENERATED
2
NAME
TRANSFER
3
clr.
10
i
cal
E CUSTOMER
LOCATION
R
4
MICF
1
266.13
KDPROCES
MC
5
14
2 1.3
OTIS
; S O R C O N
;s 321 M
WITH
DOORS
OPEN
UNLOCKING ZONE
SPEED WITH
DOORS OPEN
AND AT
RELEVELLING
CONDITIONS
FOR
RELEVELING
OF THE CAR
REMOVING THE
LEVELLING MODE
RUNNING
ON
INSPECTION
DRA \
TROLLER
APPF
6
magnetic
strips(oreach
slop).
The
unlocking zone
is
recognized
by the two
sensors
1LV
and 2LVmountedon the
cabine
(t wo channels
simullanoously).They switchon therelaysLV1 and LV2
depending
on the
act ivated
LVC
relay.
The
active relays
LV1
and LV2 are
monitored
by the
input
02.
In orderto openthedoorsthe carshallbe in
the
unlocking zoneand deceleratingat the
target
f loo r .
Th emax. speed mustbe
-
7/25/2019 MCS321 Proje
55/56
1.LV1
does notpull-in:
LV2 ispulled-inat the unocking zone. LVC is dropped-out.
Itis notpossibletobridgethedoorandlock switches.
Te stsequence:
During a run between two unocking zones, LV1 has to be preventedfrom
pulling
in At the
un ocking z one
LV2
pulls
in, LVC
drops out,
it is
impossible
to
bridge the door and lock switches.
Remova of error-condition throughpull-inof LVC.Afterwardsnorma operation
ofthe elevatorenabled.
5.LVC
doesnotpull-in:
LV1
and LV2 are
droppod-out.They
are not
able
to be
pulted-in
anymore.It is not possibleto bridgethe door
andlock switches.
Testsequence:
LVC drops oul,
if tho
bridge
of
door
and
lockswitcheswil
bo
activated
and
pulls
In
agan ater
finalizing the run
completely.
For testingt.VChas to beprevented rom pullingin duringthe f irstrun
Operation ol the elevator Isdisabled through
software
(InputLVC on the
MCB-Board).
Afterreceiving
the next
cal,
the e levator
wals unti
LVC is
pulled
in .
2.LV1 does not drop-out:
LVC is
dropped-out.
LV2 can not bepulled-inat thenext
unocking
zone.It is notpossibletobridgethedoorand
lock switches.
Te stsequence:
During
start
of a run and leaving the un ocking zone, LV1 has to be prevented
from
dropping out.
As a
consequence
LVC
does
not
drop
out and in the
next
unocking zone LV2 is unable to pull in
To
bridge the door and lock switches sdisabled.Advanced door openng wi ll
not
beactivated.Due to themissingDZinputon theMCB-Board, door openngis
tied.
ReiTovao ferror-condition through
pull-in
of LVC.Afterwards door-operation
a^fhormaoperation of the elevator
enabled.
6.LVC
does
no t
drop-out:
LV1 and LV2 are pulled-inat the nextun ocking zone.
It
is notpossibe to bridgethe doorand lock
switches.
Te stsequence:
LVC drops out,
if the
bridge
o f
door
and
lock switcheswill
bo
act ivated
and
pulls
in
agan
after
finaizing
the run
completely.
For testing
LVC has lo bo
preventedfromdropping
o ut
beforebridge
o f
door
and
lockswitcheswillbe act ivated.
Bridgeofdoorandlockswitchesisimpossible. Advanced door openng willnot
boactivated. Door willboopened
a fter
linaizingthe runcompletely.
B
3LV2 does notpull-in:
LV1 is
pulled-in
at the un ocking zone. LVC is dropped-out.
It
is not possible to bridge the door and lock switches.
Testsequence:
During a run between two unocking zones, LV2 has to be prevented
from
pulling in
Inthe un ocking zone LV1 pulls in, LVC drops out, to bridge the door and lock
switches
is
disabled.
Remova of error-condition throughpull-inof LVC.Afterwards norma operation
of the elevator enabled.
7.DBPdoes not
pull-in:
LVC does
not
drop-out.
II is not
posssible
to
bridge
the
doorand
lock switches.
Testsequence:
The DBP(door bypass) rela sis excited by the controlto bridge doorand lock
switches
and is
dropped
ou t
when
the run is
finaized.
For
testing DBPwillbopreventedro m pullinginduringtherun,before
landing wi l be reached.
Asa consequence LVC slays
pulled
in To bridge door and lockswitchesis
disabled. Advanced door openng wil l not be activated.
Doorwil
be
openedaf ter finaizing
the run
completely.
4.LV2does not drop-out:
LVC is
dropped-out.
LV1 can not be
pulled-in
at the
next
unocking zone.It is not possibleto bridgethe doorand
lock switches .
Test
sequence:
During start of a run and leaving theunockingzone, LV2 has to be prevented
from dropping out.As aconsequenceLVCdoesnot
drop
out and in thenext
unocking z one LV1 is unable topullin
To
bridge the door and lockswitchesis disabled. Advanced door openng will
not beactivated.Due to themissingDZinputon theMCB-Board, door openngis
disabled.
Remova of
error-condition
through
pul-In
of LVC. Afterwards
door-operation
and norma operation of the elevator enabled.
8.DBPdoes
not
drop-out:
II the
elevator eave
the
un ocking zone
(1
LV.2LV drop-out)
thedrive blocked.LV1 and LV2 can not bepulled-in anymore.
Itis notpossibleto bridgethe doorand lockswitches.
Testsequence:
The DBP (door bypass) rela s is excited by the contro tobridgedoor and lock
switches and is droppedo ut whenthe run is finaized.
For test ing DBPwilbe prevented
rom
droppingo ut af terthe (irstrun
Asa
consequence
LVC is
unable
to
pull
in.
Operation
of ihe
e levator
is
disabled through
software
(Input
LVC on Ihe
MCB-Board).
Alterreceiving Ihenextcal, ihe elevator wats unti LVC is pulled in
D
FILE-NAME:
78NW2225
A3
DATE
CHANGES
24-MAY-1996 PROGRAM GENERATED
2
3
NAME
TRANSFER
CUSTOMER
LOCATION
4
O T I S
MICROPROCESSOR CONTROLLER
MCS
321 M
DRAWN
CHECKED
APPROVED
DATE
27.03.96
27.03.96
27.03.96
NAME
WALTER V 25
MINTER
JLASSEN
DIAGRAMNO.
78NW2225
GAA21295F
MASTER
PAGE: 266
PAGE
55
RESPONSBLE: G
56
PAGES
2 3 7
Level Converter
110VAC
TUVgop rtid. PrUI-Nr,: RB-95A101 IQr
Lolerplalo
LMCSS
German code certificate
.No.:
RB-95A101
lor
PC-Boaid LMCSS
r
-
7/25/2019 MCS321 Proje
56/56
B
HL1
D
y
L
PC-BOARD
HL1
INPUT
O
+5V
O
-OOUTPUT
-OGND
INPUT
O
J3:5
CHL1
O
+5V
O
\ I
-O
OUTPUT
-OGND
RELAY
DRIVER
L14
OUTPUT
AC
