Electrical Drawing (Nice 3000+) [PDF]

Zitiervorschau

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Drawings name:Elevator controller principle diagram(NICE-CB1/CE1/CF1/CW1-Type B standard)

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Drawing number:

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MN11001CS

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Code:

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Version:

I

Pages：

33

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1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

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Drawings name:

8 The next page：

Cover

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Page： A

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List NO.

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Drawing number

MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS

1 Version: Date:

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A B C D E P01 P02 P03 P04 P05 P06 P07 P08 P08A P09 P09A P10 P10A P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 P21 P22 P23 P24 P25

Drawings name

2 I

2016-12-28

Fiction:

Version

Cover List Revised record Electric code introduction Technical standard Interface board plugin unit diagram Wiring diagram of the interface board 1 Wiring diagram of the interface board 2 Plugin units list and terminal diagram Safety circuit Control circuit of MR. Control circuit of MRL. 380V power circuit of MR. 220V power circuit of MR. 380V power circuit of MRL. 220V power circuit of MRL. 380V ARD Emergency power circuit 220V ARD Emergency power circuit Insp. circuit and brake circuit Car top control circuit Intercom,Alarm,Emergency lighting1 Intercom,Alarm,Emergency lighting2 Lighting circuit of MR. Lighting circuit of MRL. Speed limiter control circuit of MRL. Paralle circuit Car top plugin unit list Wiring diagram on site Wiring diagram on site Wiring diagram on site Wiring diagram on site Wiring diagram on site Wiring diagram on site

3 Audit:

Approval：

NO.

Drawing number

Page

Drawings name

Version

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

B

C

D

E

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5 Drawing number: Code：

6 MN11001CS

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Drawings name:

8 The next page：

List

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Revised record Revised date Drawing number

2013-08-03 2013-12-06 2013-12-26 2014-04-16 2014-09-12 2015-02-10 2015-05-15 2015-11-17 2016-04-25 2016-12-28

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MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS MN11001CS

Page

The revision content and reason

Revised people

New filing Change the file Change the file Change the file Change the file Change the file Change the file Change the file Change the file Change the file

P1-P25 P1-P25 P1-P25 P1-P25 P1-P25 P1-P25 P1-P25 P1-P25 P1-P25

Version

0 A B C D E F G H I

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C

D

D

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E

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1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Revised record

8 The next page： D

Page： C

1

2

A

Mark

B

C

D

E

F

Location

Date:

Meaning

4

Mark

5

Location

Meaning

6

Mark

7

Location

8

A

Meaning

1BFS

HTW

Buffer switch 1

F

CAR

Car fan

HTW

Buffer switch 2

FIRS2

CAR

Firemen switch

RCS RRB

MR CTR

Rope gripper switch

2BFS ALB

CAR

Alarm button

FLSD

HTW

Down ultimate switch

RRD

HTW

Speed limiter remote release coil

ATS

CAR

ATT/AUTO button

FLSU

HTW

Up ultimate switch

CTR

Brake unit

FS

CAR

Car fan switch

CTR CTR

Forced inspect relay

BM

RS RTB

BY

CTR

Brake contactor

FU

CTR

Fuse

RTD

HTW

Speed limiter remote action coil

CCB

CAR

Command allotted board

FX

CTR

U.V.W short contactor

CAR

Car emergency switch

GS

CAR

Door-lock electric switch

CTR HTW

Insp. circuit terminal

CES

S1 SD

CHM

CAR

Voice landing announcer

GTS

HTW

Tensioner electric switch

SS1

CTR

Safety circuit terminal

CIS

CTR

Car emergency running switch

HCB

HTW

Display board

SS2

CTR

Safety circuit terminal

CLI

CAR

Car light

ISS

CAR

Independent run switch

SOS

CTR

Safety gear electric switch

CLIS

CAR

Car lighting switch

LIH

HTW

Hoistway light

SW

CTR

Run contactor

CLT1

CAR

Door 1 close limit

LIHS

HTW

Hoistway lighting switch

SWP

CTR

Switch power

CLT2

CAR

Door 2 close limit

LPT

CAR

Arrival gong

TA

CTR

Big terminal

CTB

CAR

Car top control board

LSD

HTW

Down limit switch

TB

CTR

Small terminal

CTRL

CTR

Controller light

LSU

HTW

Up limit switch

TCI

CAR

Car top insp. switch

CZ

CTR

Controller socket

LWO

CAR

Overload switch

TCIB

CAR

Car top insp. share button

DBR

CTR

Brake resistance

LWX

CAR

Full load switch

TCID

CAR

Car top insp. down run button

DCB1

CAR

Door 1 close button

MCB

CTR

Main control board

TCIU

CAR

Car top insp. up run button

DCB2

CAR

Door 2 close button

MES

CTR

Control cabinet emergent stop switch

CTR

Control cabinet insp. down run button

MES-1

CTR

Insp. handle emergency stop switch

CAR CAR

Car top emergency stop button

DDB

TES TLS

DDCB

CAR

Close door delay button

MES-2

MR

Handwheel emergency stop switch

TOCL

CAR

Car top insp. light

DLS1

HTW

Down deceleration switch 1

MTS

MR

Motor overheating protection

TRF

CTR

Control transformer

DLS2

HTW

Down deceleration switch 2

NSB

CAR

Bypass button

TUR

CAR

Car top socket

DLS3

HTW

Down deceleration switch 3

OLT1

HTW

Door 1 open limit

UDB

CTR

Control cabinet insp. up run button

DM

CAR

Door-machine motor

OLT2

HTW

Door 2 open limit

ULS1

HTW

Up deceleration switch 1

DOB1

CAR

Door 1 open button

OS

HTW

Speed limit electric switch

ULS2

HTW

Up deceleration switch 2

DOB2

CAR

Door 2 open button

PES1

HTW

Pit emergency stop button 1

ULS3

HTW

Up deceleration switch 3

DS

HTW

Hall door lock switch

PES2

HTW

Pit emergency stop button 2

VDR

CTR

Thermistors

DZD

CAR

Down leveling sensor

PFR

CTR

Reverse phase relay

DZU

CAR

Up leveling sensor

PG

MR

Encoder(traction machine)

ECB

CAR

Alarm

PLI

HTW

Pit light

ECL

CAR

Car emergent light

PLS1

HTW

Pit lighting switch 1

CAR

NULL

Car

EDP1

CAR

Door 1 light curtain

PLS2

HTW

Pit lighting switch 2

CTR

NULL

Control cabinet

EDP2

CAR

Door 2 light curtain

PUR

HTW

Pit socket

MR

NULL

Motor

EIS

CTR

Emergency electric run relay

QF

Air breaker

HTW

NULL

Hoistway

1 Version:

3

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

CTR

4

5 Drawing number: Code：

Speed limiter remote release button

Speed limiter remote action button

C

Car top insp. lighting switch

6 MN11001CS

B

Diode

D

E

F

7

Drawings name:

Electric code introduction

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Page： D

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A

Standard of NICE3000 electric principle diagram: 1.Power line naming rules: The 3-phase 5 wires of the 380V power which located on the preamp of the main air circuit breaker are named R,S,T,N and PE. The one of the 220V illumination power which located on the preamp of the power cabinet air breaker is named Xa,Xb,the one on the backward stage named 501,502. The Control transformer primary named with the R,S,T rule,the secondary name designation of the control transformer:AC220V is 201,202,DC110V is L+,L-. The output side of 24V power supply connect to 301,302. 2.Named designation rule of wire number: 101-199 relevant circuit of AC110V; 201-299 relevant circuit of AC220V; 501-599 relevant circuit of AC220V car illumination power; 601-610 relevant circuit of AC36V; 801-810 Hoistway lighting circuit of AC220V; 3.Switch and contact rules: All the switch ,relays,and contactor are subject to the rule of UP-ON,Down-OFF,Left-ON and Right-OFF. 4.Named designation of the wire number: Example:TB:501.TB stands for the terminal TB,501 is the wire number, There are 2 kinds of terminal in this diagram,namely the TA,TB.

B

C

D

E

B

C

D

E

F

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Technical standard

8 The next page： P01

Page： E

1

2

A

3

4

5

6

G1

1 2 3 4

1 2 3 4

1 2 3 4

1 2 3 4 5 6 7 8 9 10

1 2 3 4 5 6

Name X1 X2 X3 X4 X5

M5 301 302

58 301

SX1 SX2 131 130 132

T1

301 302 FL1 FL2 SY(Y5)

S1

113 122 RS:A2 102

SS2

101 113 RS:A2 102

SS1

7

X6 X7

B

C

G4 3 2 1

123 122

G2 8 7 6 5 4 3 2 1

124 123 56 55 57 CIS:2 CIS:1

K1 12 11 10 9 8 7 6 5 4 3 2 1

X8

131 PE 132 202 201 130 124 FX:A1 BY:A1 SW:A1 102 101

X9 X10 X11 X12 X13 X14 X15 X16 X17 X18

Interface board MCTC-KCB-B1 VER:C

40pin

X19 2M

D

E

G3 4 3 2 1

PE PE 508 507

G5 5 4 3 2 1

C02 C01 B01 T01

K2 10 9 8 7 6 5 4 3 2 1

114

X20 X21 X22 X23 X24 X25 X26 X27 Y1 M1 Y2 M2 Y3 M3 Y4 M4 Y5 M5 Y6 M6

113 3M

UPC:220V

UPC:A1

AC

X22

X18

301

301

BA X4 DLC:1 FX:13 UPC:21 BY:21 SW:21 301

301

302

1M

ULS1 ULS2 AA 202

AB 507

201 602

508 PE

601

131

FL1

FL2

113

101

132

118

58

PE

PE CAN+ CAN301

301

302

T01 C02

DZD C01

BB

PE

LSD

130

602

131

PE

120

LSU

DLS2 DLS1

DZU TCID TCIU

122

601

BC 120

117

114

508

T01

507

C02

C01

B01

X21 301 Y4 M4

B2 1 2 3 4

601 602

B1 1 2 3 4

BD PE

301

302

B01 MOD- MOD+

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

8

I/0 terminal list Meaning Up-level signal Door-area signal Down-level signal Motor overheating protection

Reserved

Run contactor KCB-K2:02 feedback Brake contactor KCB-K2:03 feedback U.V.W short contactor feedback KCB-K2:05

KCB-AB:03 Insp. up signal input KCB-AB:04 Insp. down signal input KCB-AB:05 Up limt signal KCB-BA:04 Down limit signal KCB-BA:11 Up deceleration 1 KCB-BA:03 Down deceleration 1 KCB-BA:08 Up deceleration 2 KCB-BA:02 Down deceleration 2 KCB-BA:09 Brake switch detection 1 KCB-3M:01

Interface board plugin unit diagram

A

B

Inspction signal input

Advance door-open output feedback Emergency run signal

Integrated fire Brake switch detection 2 Up deceleration 3/Overload Down deceleration 3/Full

Safety circuit detection Hall door lock detection Car door lock detection

Run contactor output Brake contactor output U.V.W short contactor output Fire-emergency output Advanced door-open relay Reserved

7

Drawings name:

NO. KCB-AB:06 KCB-T1:6 KCB-AB:07 KCB-K2:07 KCB-K2:06

KCB-T1:7 KCB-K2:04 KCB-B2:1 KCB-3M:02 MCB-CN3:1 MCB-CN3:2 MCB-CN2:1 MCB-CN2:2 MCB-CN2:3 KCB-K1:3 KCB-K1:10 KCB-K1:4 KCB-K1:10 KCB-K1:5 KCB-K1:1 KCB-G1:1 KCB-G1:2 KCB-T1:5 KCB-G1:4 KCB-K2:9 KCB-K2:10 8

The next page： P02

C

Page： P01

D

E

F

1

2

3

4

terminal

Brake contactor BY A 2 1

4 3

SS1 1

6 5

2

3

5

SS2 4

1

2

3

6

1

2

3

MCTC-MCB-C3

4 J10

1 2 3 4 M5 5 6

21

Run contactor SW

M5 301 302

301 302

J10

4

6

14 52

1

3

5

13 51

B

CIS:1 CIS:2 57 55 56

To Insp. handle P09 Insp. circuit

1

2

123 124 G3

507 508

C

507 508 PE

Insp. handle emergency stop switch MES-1 1

2

1 2 3 4 G4

122 123

1 2 3 G5

T01 B01 C01 C02

Machine-room intercom D

301

1 2 Re-levelling door area signal 1 3 Re-levelling door area signal 2 4 Advanced door-open output Y5 5 Door-area input X2 6 Advanced door-open feedback input X19 7 8 Door lock circuit input X25 9 Door lock circuit input X2710 302

MCTC-SCB-A

Advanced door-open module

E

(From customers themselves)

24V COM FL1 FL2 SY SX1 SX2 130 132

TB:F1 TB:F2 TB:LD1 TB:LD2

F

1 Version: Date:

2 I

2016-12-28

Fiction:

X27

Add when need CN3

Emergent switch 2

Up deceleration 3/Overload

U.V.W short contactor

AI

Analog input CAN+

CAN+

CAN-

CAN-

Interface board MCTC-KCB-B1 VER:C

K2

Run contactor feedback X6 Brake contactor feedback X7 Emergency run contactor feedback X20 U.V.W short contactor feedback X8 X5 Motor overheating protection X4 Intercom power DC12V Y6 M6

1 2 3 4 5 6 7 8 9 10

Add when ARD

301 SW:21 BY:21 UPC:21 FX:13 X5 X4

SW 51

52

TB:JX1

ARD 1

BY TB:JX2

2

21

MTS

Add when synchronous

101 102 SW:A1 BY:A1 FX:A1 124 130 201 202 132 PE 131

14

D

101 102

A1

A2

FX 43

102

44

Add when synchronous BY A1

124 130 201 202 132 131-MCB:X26

601 602

601 602

6 MN11001CS

C

22

Y6 M6

5

Code：

43

1 2 Add when need motor overheating protection

B1

Drawing number:

13 21 31

TB:MT2

K1

4

44

FX 13

TB:MT1

14 22 32

Add when synchronous

SW

1 2 3 4

FX

M

Public end of analog

Down signal input X11

1 Integrated fire X21 2 3 Fire emergency output Y4 4 Fire emergency output M4

Approval：

B

X23

Down deceleration 3/Full X24

Up signal input X10

1 2 Public end of intercom power 3 Intercom signal 4 Intercom signal 5

3 Audit:

X26

Car door lock detection

Emergent switch 1

B2 X21 301 Y4 M4

Hall door lock detection

130 131 132 102

XCOM

M3 1 T1 2 301 1 Run contactor output Y1 3 302 2 Brake contactor output Y2 4 FL1 3 Re-levelling door area signal 1 U.V.W short contactor output Y3 5 FL2 4 Re-levelling door area signal 2 6 SY(Y5) 5 Advanced door-open output Y5 7 SX1 6 Door-area input X2 8 SX2 7 Advanced door-open feedback input X19 9 131 8 M1,M2 10 130 9 Safety circuit detection X25 11 132 10 Car door lock detection X27 12

Add for advance door-open module

X25

40pin bull-head socket 1 2 3 4 5 6 7 8

Control cabinet emergent stop switchMES

A

CN2 Safety circuit detection

40pin bull-head socket

G2 2

8

Main control board

S1 4

G1

22

7

A2

E

FX A1

A2

Add when synchronous

Remark 1 Connect the T1 of the MCTC-SCB-A if the advance door-open relay output is needed,so must connect the G1-P04 and G1-P05 on the MCTC-KCB-B1. Remark 2 The corresponding output point on the MCTC-KCB-B1 are:T1-P05 for Y5, G1-P04 for M5. 7

Drawings name:

Wiring diagram of the interface board 1

8 The next page： P03

Page： P02

F

1

2

3

4

5

6

AA

A

508 507 202

201 131 601 602 113

B FL2 FL1

Add for advance door-open module

1

2

1

2

DZ-P06 CA-P11 DZ-P05 CA-P12

118 132 101

201 131 601 602 113 FL2 FL1 118 132 101

C

1 2 3 4 5 6 7 8

T01 B01 C01 C02

T01 B01 C01 C02

9 10 11 12

302 301

302 301

CANCAN+

CANCAN+ PE

58 TCIU TCID

Up leveling sensor DZU Down leveling sensor DZD 1 1

D

DZ-P03 CB-P06

2 2

Down deceleration switch 1 X15 Down deceleration switch 2 X17

10 11 Re-level door-area signal 2 12 Re-level door-area signal 1 13 14 15

302 301 58 TCIU TCID DZU DZD

CB-P02

Up deceleration 2 X16 Up deceleration 1 X14 Up limit switch X12

AB

DZ-P02 CB-P01

302

DZ-P04 CB-P07

AC

Down limit switch X13

1 2 3 4 5 6 7 8 9 10 11 12

BYSW1 BYSW2

1

2

1

2

X18 X22 301 301

ULS2 ULS1 LSU 301 PE DLS1 DLS2

DLS1 1 DLS2

LSD

LSD

1

1

Up deceleration switch 2 2 Up deceleration switch 1 2 Up limit switch 2

Down deceleration switch 1 2 Down deceleration switch 2 2

B

Down limit switch 1

2

BB

Interface board MCTC-KCB-B1 VER:C Car top inspection up

601 602 130

601 602 130

PE 131

131

114 117 120 507 T01 508 B01 C01 C02

114 117 120 507 T01 508 B01 C01 C02

302 301 PE MOD+ MOD-

302 301

C

BC

1 2 3 4 Inercom power DC12V Pit inercom power DC12V 5 6 Public end of intercom power Intercom signal Pit intercom signal public end 7 Intercom signal Pit intercom signal 8 Pit intercom signal 9 Car top inspection down Up-level X1 Down-level X3

1 2 3 4 5 6

D

BD 1 2 3 4 5 6

3M

Brake detect switch 2

A ULS2 1 ULS1 1 LSU

1 2 3 4 5 6

E Brake detect switch 1

8

BA 1 2 3 4 5 6 7 8 9

508 507 202 PE

7

MOD+ MOD-

1 X18 2 X22 3 4 5 6

1 2 3

120 122 PE

1

2M 1 2 3

E

Handwheel emergency stop switch

1M

MES-2 2

Speed limit electric switch OS 1 2

113 114 PE

F

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Wiring diagram of the interface board 2

8 The next page： P04

Page： P03

1

2

3

4

5

6

7

8

Orientation diagram A

A

C02

2

1

3

2

1

3

2

1

6

5

4

6

5

4

6

5

4

6

5

4

9

8

7

9

8

7

9

8

7

12

11

10

12

11

10

15

14

13

PE CAN+ CAN-

AMP 350431-1

DZD C01

AMP 350432-1

B01

B

AMP 350433-1

3

118

AMP 350434-1

Connector of traveling cable

508

T01

507

C02

C01

B01

PE

301

TA

302

TB

TB

Add when need motor overheating protection

TB

Add when need rope weighing

C

MOD- MOD+

N

R

S

U

T

V

W

1

2

3

4

1

2

3

4

802

114

302

PE

117

303

PE

120

302

DLS2 DLS1

131

601

Speed limiter coil of DC24V

305

LSU

602

Speed limiter coil of AC220V

202

301

130

BD

203

ULS1 ULS2

BC

★Remark:The plugin units are AMP weld type, and the socket must be used inside the plug.

202

C

BB

1

AMP 350429-1

205

BA

2

MCB:X24

113

3

MCB:X23

T01

1

LWO

131

2

SP:24V

132

DZU TCID TCIU

3 302

LNS

101

FL2

PE

301

SP:COM

FL1

302

LWC

B

601

301

COM

602

58

TM2

201

508

TM1

507

AC

807

202

AB

809

AA

LSD

D

Connector of shaft cable

11 12 13

20 21

22 23 24 25

D

Hoistway lighting

Add when MRL.

U

V

1 2 3 4 User AC220V

F Remark 1:The plugin units is AMP weld plugin units. Remark 2:

1 Version: Date:

2016-12-28

Fiction:

3 Audit:

Approval：

5 6 brake output

Add when MR.

is the connector plug-error prevention.

2 I

W

4

5 Drawing number: Code：

6 MN11001CS

7 8 9 10 Integrated Fireemergency fire output

14 15 16 17

7

Drawings name:

Plugin units list and terminal diagram

E

TB DLS3

T

Add when ARD

ULS3

S

TB

JXS2

R

TB

JX2

Connector of machine-room cable

TB

JXS1

TB

JX1

TA

LD2

301

LD1

301

F2

X18

F1

E

X22

ZQ2-

113

ZQ1+

114

MCB:X23

3M

PE

502

120

502

2M 122

501

PE

501

1M

MCB:X24

Add when deceleration 3

18 19

8 The next page： P05

Page： P04

F

1

A

101

2

3

Safety gear Safety gear electric switch electric switch SOS SOS-P03 CA-P10 AA-P10 OS SOS-P01 2M-P01 113 112

CES-P01 110 111

1

2

1

2

1

Added when have car emergency stop button

2

5

1M-P01

2

1

AA-P13

7

2

1

2

1

2

Add for Rope gripper switch

118 5

X6

9

X7

3H-P01

3H-P03 1

119a 1

Tensioner electric switch GTS 2H-P04

2H-P06

119

2

Add when the speed over 1M/S

BC-P02

Pit emergency stop button 1 PES1 2

1

X8

1H-P04

Buffer switch 1 Buffer switch 2 1BFS 2BFS 2H-P01 1H-P03 2H-P03 116a

2

X9 X10 X11 X12 X13 X14 X15 X16 X17 X18

117

Add when ARD ARD

TB:JXS2

TB:JXS1 Handwheel emergency stop switch MES-2

C

1

Insp. handle emergency stop switch MES-1 1M-P02

G4-P01

G4-P02

122

2

1

123 G2-P07

Control cabinet emergent stop switch MES

G2-P08

2

1

3

K1-P06

Main control board

4

MCTC-MCB-C3

Reverse phase relay PFR

124

2

11

130

130

14

Add when install PFR

Hall door lock switch 1DS 2DS

BB-P03

130a

nDS

130n

BB-P06 131

131

AA-P07 CA-P07 GS-P01

131a

RGS-P03

CA-P14

AA-P14

K1-P10

X27 Car door lock

Add for the opposite-door rear door-machine

D

SW A1

KCB M2 Y2

A1

A1 3

A2

Forced inspect relay

SS1

101

E

113

Car top safety circuit short plugin SS1

F

1

2

3

4

Shaft safety circuit short plugin SS2 1

1 Version: Date:

2

3

4

2016-12-28

Fiction:

3

4

Add when synchronous

A2

102

2

3

4

1

2

113 122

Remark 1:The SS1 、SS2 are the plugin,short the 1,2 pin and 3,4 pin of the plugin then plug the socket to the interface board,Each detect the safety chain error. SS1:Car top safety circuit short plugin units. SS2:Shaft safety circuit short plugin units. Remark 2:Forbid to short when the elevator run normally.

2 I

XCM

FX

4

1

SS2

A2

BY

RS

101

detection

102

KCB M1 Y1

X26 Hall door lock detection

Door-lock electric switch 2 GS2

GS-P03 RGS-P01

X25 Safety circuit detection

K1-P07

K1-P12

Door-lock electric switch 1 GS1

3 Audit:

Approval：

4

5 Drawing number: Code：

8

Name X1 X2 X3 X4 X5

Up ultimate Down ultimate switch switch FLSU 2M-P02 BC-P01 115 FLSD116 114

2

BC-P03 1H-P05

120

CA-P13

6

Rope gripper switch RCS

Emergency electric run relay EIS

6

Added when have rear door emergency stop box,or jump it out Pit emergency stop button 1 PES2

B

1

Car top insp. switch TCI

Rear door car top emergency stop button RTES-P01 RTES RTES-P02 1

5

Car top emergency stop button TES

CES

K1-P01 AA-P15 CA-P15 CES-P01

4

6 MN11001CS

I/0 terminal list Meaning Up-level signal Door-area signal Down-level signal Motor overheating protection

Reserved

Run contactor KCB-K2:02 feedback Brake contactor KCB-K2:03 feedback U.V.W short contactor feedback KCB-K2:05

KCB-AB:03 Insp. up signal input KCB-AB:04 Insp. down signal input KCB-AB:05 Up limt signal KCB-BA:04 Down limit signal KCB-BA:11 Up deceleration 1 KCB-BA:03 Down deceleration 1 KCB-BA:08 Up deceleration 2 KCB-BA:02 Down deceleration 2 KCB-BA:09 Brake switch detection 1 KCB-3M:01

Safety circuit

A

B

Inspction signal input

X19

Advance door-open output feedback

X20 X21 X22 X23 X24 X25 X26 X27 Y1 M1 Y2 M2 Y3 M3 Y4 M4 Y5 M5 Y6 M6

KCB-K2:04 KCB-B2:1 Brake switch detection 2 KCB-3M:02 Up deceleration 3/Overload MCB-CN3:1 Down deceleration 3/Full MCB-CN3:2 Safety circuit detection MCB-CN2:1 Hall door lock detection MCB-CN2:2 Car door lock detection MCB-CN2:3 KCB-K1:3 Run contactor output KCB-K1:10 KCB-K1:4 Brake contactor output KCB-K1:10 KCB-K1:5 U.V.W short contactor output KCB-K1:1 KCB-G1:1 Fire-emergency output KCB-G1:2 KCB-T1:5 Advanced door-open relay KCB-G1:4 KCB-K2:9 Reserved KCB-K2:10

C

KCB-T1:7

Emergency run signal

Integrated fire

7

Drawings name:

NO. KCB-AB:06 KCB-T1:6 KCB-AB:07 KCB-K2:07 KCB-K2:06

8 The next page： P06

Page： P05

D

E

F

1

2

3

4

5

6

7

U.V.W short contactor 32 31 FX

A

R

R

User power S

S

PE

22

User power

R

S

S

T

T

21

1

2

3

4

5

6

W

W

SW Run contactor J10

B

PE

J10

Up-level signal X1

X1

Up-level signal

Add when need

Door-area signal X2

X2

Door-area signal

motor overheating protection

Down-level signal X3

X3

Down-level signal

Motor overheating protection X4

11

MCTC-PG-E

C

D

1

B-

3

Z+

4

Z-

5

A+

6

A-

7 COM 8

B+

9 VCC 10

C+

11

C-

12

D+

13

D-

5a red black 4b red 4a black 6b green black 2a yellow black 5b white green 3b blue black 1b brown green 7b gray 1a pink 2b yellow 6a purple ERN1387 Encoder

L3 12

PFR Reverse phase relay

130 124 Add when install PFR

MCTC-PG-A2

+ A B

Date:

I 2016-12-28

Fiction:

Brake contactor feedback

U.V.W short contactor feedback X8

X8

U.V.W short contactor feedback

Inspction signal input X9

X9

Inspction signal input

(PB)

Down limit signal X13

X13 Down limit signal X14 Up deceleration 1

X16 Up deceleration 2 X17 Down deceleration 2 X18 Brake switch detection 1

X19 Advance door-open output feedback X20 Emergency run signal

Emergency run signal X20

X21 Integrated fire

Integrated fire X21 Brake switch detection 2 X22 24V

24V COM

Analog input

MOD+

MOD+

M

Public end of analog

Interface board

MOD-

MOD-

MCTC-KCB-B1

X24 Down deceleration 3/Full

CAN+

CAN+

X23 Up deceleration 3/Overload

CAN-

U.V.W short contactor output Fire-emergency output

Advanced door-open relay

Reserved

4

5 Drawing number: Code：

Add for UPS

AI

Brake contactor output

Approval：

D

X22 Brake switch detection 2

COM

Add when need

asynchronous encoder

Add for advance door-open module

X15 Down deceleration 1

Advance door-open output feedback X19

CAN+

CAN-

Y1

Y1

M1

M1

Y2

Y2

Run contactor output

M2

M2 Brake contactor output

Y3

Y3

M3

M3

Y4

Y4

M4

M4

Y5

Y5

M5

M5

Y6

Y6

M6

M6

6 MN11001CS

C

X12 Up limt signal

Up deceleration 1 X14

Run contactor output

Audit:

X11 Insp. down signal input

X25 X26 X27 XCOM

CAN-

Add when synchronous

X10 Insp. up signal input

Down deceleration 1 X15 Safety circuit detection Up deceleration 2 X16 Hall door lock detection Down deceleration 2 X17 Car door lock detection Brake switch detection 1 X18

130 131 132 102

Remark 1:PG-D and PG-E for the synchronous machine, Connect the J1 of the PG-D and PG-E to the J2 of MCTC-MCB-C3. The CN1 of PG-D and PG-E is the encoder signal port . Remark 2:MCTC-PG-A2 for the asynchronous machine. Remark 3:X23, X24 input port only for a functional use,it need to find the entry point if the function was repeated. Remark 4:This circuit applies to MR. 1 2 3

Version:

X7

Insp. down signal input X11

MCTC-PG-A2 for the asynchronous

F

Run contactor feedback

Brake contactor feedback X7

Up limt signal X12

Encoder port diagram (Cable pot upward)

12V PGM PGA PGB

Reserved

X6

Insp. up signal input X10

7b 6b 5b 4b 3b 2b 1b ERN1387 7a 6a 5a 4a 3a 2a 1a

E

X5

Run contactor feedback X6

(-)

B

X4 Motor overheating protection

Reserved X5

(+) DBR

14

L2

Brake resistance

L1

A Main motor

V

V

R

Add when synchronous

U

U

NICE3000

Used when single phase power

8

U.V.W short contactor output

Control circuit of MR.

E

Add for advance door-open module

Fire-emergency output

F

Advanced door-open relay

Reserved

7

Drawings name:

Add when synchronous

8 The next page： P07

Page： P06

1

2

3

R

4

5

6

7

U.V.W short contactor 32 31 FX

QF1 1

2

R1

R

3

4

N1

S TRF:0V TRF:220V

22

User power

N PE

A

NICE3000

Used when single phase power 1

R S User power T

3

4

5

6

R1

R

S1

12

130 124

MCTC-PG-E D

1

B-

3

Z+

4

Z-

5

A+

6

A-

7 COM 8

B+

9

VCC

10

C+

11

C-

12

D+

13

D-

Add when install PFR

5a red black 4b red 4a black 6b green black 2a yellow black 5b white green 3b blue black 1b brown green 7b gray 1a pink 2b yellow 6a purple ERN1387 Encoder

MCTC-PG-A2

+ A B

Up-level signal

Add when need

Door-area signal

motor overheating protection

Down-level signal X3

X3

Down-level signal

Motor overheating protection X4

X4

Motor overheating protection

Reserved X5

X5

Reserved

Run contactor feedback X6

X6

Run contactor feedback

Brake contactor feedback X7

X7

Brake contactor feedback

U.V.W short contactor feedback X8

X8

U.V.W short contactor feedback

Inspction signal input X9

X9

Inspction signal input

Date:

I 2016-12-28

Fiction:

Down limit signal X13

X13 Down limit signal

Up deceleration 1 X14

X14 Up deceleration 1

X18 Brake switch detection 1 X19 Advance door-open output feedback X20 Emergency run signal

Emergency run signal X20

X21 Integrated fire

Integrated fire X21 Brake switch detection 2 X22 24V

24V COM

Analog input

MOD+

MOD+

M

Public end of analog

Interface board

MOD-

MOD-

MCTC-KCB-B1

X24 Down deceleration 3/Full

CAN+

CAN+

X23 Up deceleration 3/Overload

CAN-

Brake contactor output U.V.W short contactor output

Approval：

Fire-emergency output

Advanced door-open relay

Reserved

4

5 Drawing number: Code：

Add for UPS

AI

Add when need

asynchronous encoder

D

X22 Brake switch detection 2

COM

Run contactor output

Audit:

X16 Up deceleration 2 X17 Down deceleration 2

Advance door-open output feedback X19

CAN+

CAN-

Y1

Y1

M1

M1

Y2

Y2

Run contactor output

M2

M2 Brake contactor output

Y3

Y3

M3

M3

Y4

Y4

M4

M4

Y5

Y5

M5

M5

Y6

Y6

M6

M6

6 MN11001CS

C

Add for advance door-open module

X15 Down deceleration 1

X25 X26 X27 XCOM

CAN-

B

X12 Up limt signal

Down deceleration 1 X15 Safety circuit detection Up deceleration 2 X16 Hall door lock detection Down deceleration 2 X17 Car door lock detection Brake switch detection 1 X18

130 131 132 102

Remark 1:PG-D and PG-E for the synchronous machine, Connect the J1 of the PG-D and PG-E to the J2 of MCTC-MCB-C3. The CN1 of PG-D and PG-E is the encoder signal port . Remark 2:MCTC-PG-A2 for the asynchronous machine. Remark 3:X23, X24 input port only for a functional use,it need to find the entry point if the function was repeated. Remark 4:This circuit applies to MRL. 1 2 3

Version:

X11 Insp. down signal input

Up limt signal X12

(PB)

Add when synchronous

X10 Insp. up signal input

Insp. down signal input X11

MCTC-PG-A2 for the asynchronous

F

J10 X2

(-)

Encoder port diagram (Cable pot upward)

12V PGM PGA PGB

6

Insp. up signal input X10

7b 6b 5b 4b 3b 2b 1b ERN1387 7a 6a 5a 4a 3a 2a 1a

E

5

X1

(+) DBR

Brake resistance

PFR Reverse phase relay C

4

Door-area signal X2

L3

11

3

J10

PE

14

A Main motor

Up-level signal X1

T

N

L2

2

SW Run contactor

B

L1

1

W

W

S

T1

21

V

V 2

Add when synchronous

U

U

QF1

Air breaker 1

8

U.V.W short contactor output

Control circuit of MRL.

E

Add for advance door-open module

Fire-emergency output

F

Advanced door-open relay

Reserved

7

Drawings name:

Add when synchronous

8 The next page： P08

Page： P07

1

2

3

4

5

6

7

8

Control transformer Leakage of electricity protection

TRF

QFB1 A

0V

R

4.0A

A 2.0A

103

1

2

1

101

150VA

104

2

3

110VAC

4

102

380VAC 4.0A

B

3

201

220V

B

220VAC

450VA 360V

4

202

380V

S

400V SWP

415V

C

L1 1 L2 2 PE 3 Applied to the DC200V brake To maintain the voltage range of 110V~170V

1

Applied to the AC220V braker

Brake power box CN1

J6

2

L1 L2

L1 2 L2 1

302 24VDC 301

COM 4 24V 5

MCTC-PCB-A2

Brake power board D

3 4

PE

PE

CN2

J1

200VDC

302 301 24VDC

5 COM 6 24V

NICE-C-PS1

J4

3

D

C

Switch power

L+

L+

1

L-

L-

3

L+

L+

L-

L-

110VDC

2

Applied to the DC110V brake To maintain the voltage of 60V or 80V

CN2

24VDC

302 301

COM 24V

E

F

E Remark 1:This circuit applies to MR. Remark 2:Control cabinet brake voltage according to customer orders allocation. Remark 3: For MCTC-PCB-A2, the brake power board has no the function of antihypertensive and J2 is invalid when J3 on; the function of Antihypertensive works in the implementation of J2 corresponding short voltage when J3 without any short circuit; CN2 outputs antihypertensive value of J2 choice after outputing 110VDC over 3S when using a step-down function. Remark 4: For NICE-C-PS1, the power box default output 110VDC (The 3 of the dial-code switch is "ON",The other 1 、2、4、5 of the dial-code switch is "OFF") ，Dial the 1,2 of the dial-code switch to the "ON" and dial the 3 、4、5 of the dial-code switch to the "OFF" when the brake power is 200VDC. 1

Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

Brake contactor BY

Run contactor SW

201

13

14

3

Run contactor L+

13

14

4

3

Code：

BM

BM

6 MN11001CS

ZQ2-

Brake coil BY 1

Brake contactor

ZQ1+

4

5 Drawing number:

ZQ1+

4

Brake contactor BY

SW

Brake contactor

ZQ2-

2

202 Applied to the AC220V

Brake coil BY 1

2

LApplied to the DC110V/DC200V

7

Drawings name:

380V power circuit of MR.

8 The next page： P08A

Page： P08

F

1

2

3

4

5

6

7

8

Control transformer Leakage of electricity protection

TRF

QFB1 A

0V

R

4.0A

A 2.0A

103

101 104

2

4.0A

B

2

1

150VA

220VAC

1

3

110VAC

4

102

3

201

220V

N

B

220VAC

450VA 360V

4

202

380V

400V SWP

415V

C

L1 1 L2 2 PE 3 Applied to the DC200V brake To maintain the voltage range of 110V~170V

1

Applied to the AC220V braker

Brake power box CN1

J6

2

COM 4 24V 5

D

3 4

PE

PE

CN2

J1

200VDC

MCTC-PCB-A2

Brake power board

L1 L2

L1 2 L2 1

302 24VDC 301

302 301 24VDC

5 COM 6 24V

NICE-C-PS1

J4

3

D

C

Switch power

L+

L+

1

L-

L-

3

L+

L+

L-

L-

110VDC

2

Applied to the DC110V brake To maintain the voltage of 60V or 80V

CN2

24VDC

302 301

COM 24V

E

F

E Remark 1:This circuit applies to MR. Remark 2:Control cabinet brake voltage according to customer orders allocation. Remark 3: For MCTC-PCB-A2, the brake power board has no the function of antihypertensive and J2 is invalid when J3 on; the function of Antihypertensive works in the implementation of J2 corresponding short voltage when J3 without any short circuit; CN2 outputs antihypertensive value of J2 choice after outputing 110VDC over 3S when using a step-down function. Remark 4: For NICE-C-PS1, the power box default output 110VDC (The 3 of the dial-code switch is "ON",The other 1 、2、4、5 of the dial-code switch is "OFF") ，Dial the 1,2 of the dial-code switch to the "ON" and dial the 3 、4、5 of the dial-code switch to the "OFF" when the brake power is 200VDC. 1

Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

Brake contactor BY

Run contactor SW

201

13

14

3

Run contactor L+

13

14

4

3

Code：

BM

6 MN11001CS

ZQ2-

Brake coil BY 1

Brake contactor

ZQ1+

4

5 Drawing number:

BM

4

Brake contactor BY

SW

Brake contactor

ZQ1+

ZQ2-

2

202 Applied to the AC220V

Brake coil BY 1

2

F

LApplied to the DC110V/DC200V

7

Drawings name:

220V power circuit of MR.

8 The next page： P09

Page： P08A

1

2

3

4

5

6

Control transformer

0V

R1

QFB1

4.0A 2.0A

103

4.0A

A

2

101 104

2

380VAC

1

1

150VA

B

8

Leakage of electricity protection

TRF A

7

3

110VAC

4

102

3

201 B

220V

220VAC

450VA 4

202

360V 380V

S1

400V SWP C

Switch power

415V

L1 1 L2 2 PE 3

Applied to the DC200V brake To maintain the voltage range of 110V~170V

Applied to the AC220V braker

NICE-C-PS1

J4 1

Brake power box CN1

J6

2

L1 L2

L1 2 L2 1

3

302 24VDC 301

D

COM 4 24V 5

MCTC-PCB-A2

Brake power board

3 4

D PE

PE

CN2

J1

200VDC

C

302 301 24VDC

5 COM 6 24V

L+

L+

1

L-

L-

3

L+

L+

L-

L-

110VDC

2

Applied to the DC110V brake To maintain the voltage of 60V or 80V

CN2

24VDC

302 301

COM 24V

E

F

E Remark 1:This circuit applies to MRL. Remark 2:Control cabinet brake voltage according to customer orders allocation. Remark 3: For MCTC-PCB-A2, the brake power board has no the function of antihypertensive and J2 is invalid when J3 on; the function of Antihypertensive works in the implementation of J2 corresponding short voltage when J3 without any short circuit; CN2 outputs antihypertensive value of J2 choice after outputing 110VDC over 3S when using a step-down function. Remark 4: For NICE-C-PS1, the power box default output 110VDC (The 3 of the dial-code switch is "ON",The other 1 、2、4、5 of the dial-code switch is "OFF") ，Dial the 1,2 of the dial-code switch to the "ON" and dial the 3 、4、5 of the dial-code switch to the "OFF" when the brake power is 200VDC. 1

Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

Brake contactor BY

Run contactor SW

201

13

14

3

Run contactor L+

13

14

4

3

Code：

BM

6 MN11001CS

ZQ2-

Brake coil BY 1

Brake contactor

ZQ1+

4

5 Drawing number:

BM

4

Brake contactor BY

SW

Brake contactor

ZQ1+

ZQ2-

2

202 Applied to the AC220V

Brake coil BY 1

2

LApplied to the DC110V/DC200V

7

Drawings name:

380V power circuit of MRL.

8 The next page： P09A

Page： P09

F

1

2

3

4

5

6

Control transformer

7

Leakage of electricity protection

TRF A

0V

R1

QFB1

4.0A 2.0A

103

4.0A

104

3

110VAC

4

102

3

201 B

220V

N1

A

2

101

2

220VAC

1

1

150VA

B

8

220VAC

450VA 4

202

360V 380V

400V SWP C

Switch power

415V

L1 1 L2 2 PE 3

Applied to the DC200V brake To maintain the voltage range of 110V~170V

Applied to the AC220V braker

NICE-C-PS1

J4 1

Brake power box CN1

J6

2

L1 L2

L1 2 L2 1

3

302 24VDC 301

D

COM 4 24V 5

MCTC-PCB-A2

Brake power board

3 4

D PE

PE

CN2

J1

200VDC

C

302 301 24VDC

5 COM 6 24V

L+

L+

1

L-

L-

3

L+

L+

L-

L-

110VDC

2

Applied to the DC110V brake To maintain the voltage of 60V or 80V

CN2

24VDC

302 301

COM 24V

E

F

E Remark 1:This circuit applies to MRL. Remark 2:Control cabinet brake voltage according to customer orders allocation. Remark 3: For MCTC-PCB-A2, the brake power board has no the function of antihypertensive and J2 is invalid when J3 on; the function of Antihypertensive works in the implementation of J2 corresponding short voltage when J3 without any short circuit; CN2 outputs antihypertensive value of J2 choice after outputing 110VDC over 3S when using a step-down function. Remark 4: For NICE-C-PS1, the power box default output 110VDC (The 3 of the dial-code switch is "ON",The other 1 、2、4、5 of the dial-code switch is "OFF") ，Dial the 1,2 of the dial-code switch to the "ON" and dial the 3 、4、5 of the dial-code switch to the "OFF" when the brake power is 200VDC. 1

Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

Brake contactor BY

Run contactor SW

201

13

14

3

Run contactor L+

13

14

4

3

Code：

BM

BM

6 MN11001CS

ZQ2-

Brake coil BY 1

Brake contactor

ZQ1+

4

5 Drawing number:

ZQ1+

4

Brake contactor BY

SW

Brake contactor

ZQ2-

2

202 Applied to the AC220V

Brake coil BY 1

2

LApplied to the DC110V/DC200V

7

Drawings name:

380V power circuit of MRL.

8 The next page： P10

Page： P09A

F

1

2

3

4

A

5

6

7

ARD

A

Elevator control cabinet

Power distribution box

NICE3000 Input power cable

L1 L2 B

8

Output power cable

L1 L2

L3

L3

N

N

R

R

S

S

T

T

PE

PE

R S B

T PE

PE

C

C

D

D

TB:JX1

1 Emergency signal

TB:JX2

2

TB:JXS1

3 Phase short circuit signal

F

Date:

301 124 130

E

Remark 1:The power supply circuit applies to configure the ARD emergency Relevelling device control cabinet; Remark 2: When power failure emergency, ARD emergency power leveling device output R, S two-phase 380V emergency power supply, to control cabinet power supply converter and transformer TRF. 1

Version:

TB:JXS2

4

E

X20

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

F

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

380V ARD Emergency power circuit

8 The next page： P10A

Page： P10

1

2

3

4

5

6

7

8

Elevator control cabinet A

A

ARD Power distribution box

NICE3000 Output power cable

Input power cable

L1

L1 L2

L2

L3

B

T

T

N

PE

S

S

L3

N

R

R

PE

PE

R S T

B

PE

PE

QF1:1 QF1:3

C

C

D

D

M6:对应Y6回路

24V TB:JX1

Y1 Emergency signal

TB:JX2

M1

TB:JXS1

Y2 E

F

M2

Date:

TB:JXS2

301 124 E

130

Remark 1:The power supply circuit applies to configure the ARD emergency Relevelling device control cabinet ，and the input power is single phase 220VAC; Remark 2: When power failure emergency, ARD emergency power leveling device output L2 ，N2 two-phase 220V emergency power supply, to control cabinet power supply converter and transformer TRF. 1

Version:

Sequence signal

X20

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

F

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

220V ARD Emergency power circuit

8 The next page： P11

Page： P10A

1

2

3

4

5

6

7

8

A

A

Add when car insp. Car top insp. button G1-P05

AB-P02

301

Car insp. button

TCI

CB-P02 1

CES-P04 2

1

59

Emergency run button

CINS

CES-P02

CB-P03

AB-P03

2

Compel insp. relay

EIS

58

12

RS 4

1

X09 Insp. signal

9

Emergency run common button Emergency run up button

B

CIB 12

1

8

B

UDB

57

G2-P03 2

G2-P04 1

55

2

X10 Insp. down

Car top insp. up button Car top insp. common button

TCIB

TCIU

Main control board CB-P04

3

4

1

2

1

TCIU

AB-P04

2 Car insp. up button

CIU CES-P05

C

3

4

1

C

2

Emergency run down button

DDB G2-P05 1

56

2

X11 Insp. down

Car top insp. down button

TCID CB-P05 1

TCID

AB-P05

2 Car insp. down button

CID

D

D

CES-P06 1

2

Insp. handle Car emergency running switch CIS G2-P01

102

G2-P02 3

Emergency electric run relay EIS

4

A1

K1-P01

101

A2

E

E

F

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Car insp. run circuit

8 The next page： P12

Page： P11

2

3

4

5

6

7

+24V

Voice landing report

MOD+

MCTC-CHM-B

MODCOM

C

Connection cable for car top board and inside display

CC-P02 CC-P05 CC-P04 CC-P01

DM-P01

DM-P02

D

CN8

RDM-P01

RDM-P02

201 202

DM-P04 RDM-P04 RDM-P06 DM-P06 DM-P05

DM-P03

B L

PE

N

Front door-machine control system COM DI1 DI2

DIM1 DOB1 DCB1

DM-P07

DIM2 DOB2 DCB2

RDM-P07

U

COM DI1 DI2

W

V

L

N

PE

Rear door-machine control system U

V

W

DM-P08 DM

DM-P09

DM

This wiring is for the opposite-door rear door-machine

RDM-P08 RDM-P09

301 CB-P02 DM D1 D2

1 + 2 dingdong JP1 3 ding 4 dingdongdong 5 -

LPT-P01

LPT-P03 LPT-P02

C

Arrival gong LPT

D

Add when have arrival gong

Cable between car top and command allotted board

+24V

Light curtain of door 2

RDM-P03

CN7

MOD+

A

RDM-P05

302 CN10

RDR-P06 RDR-P04 RDR-P05

RDR-P02

MCTC-CTB-A CN4 BM B1 B2 B3 Door order public end 2 CM Door 2 open order C1 CN2 Door 2 close order C2 +24V C3M CAN+ C3 CANCOM Public end of arrival gong DM Up arrival gong D1 Down arrival gong D2

-

EDP2 M

Light curtain of door 1

DR-P02

Car top control board CN1 Door order public end 1 +24V Door 1 open order MOD+ Door 1 close order MODCOM

RDR-P03

+

TC3

B

LWD-P04

RDR-P01 DR-P06 DR-P04 DR-P05

TC1

Analog Weighing device

LWD-P03

TA1

503

DR-P03 DR-P01 Weighing device - 201 + PE LWD 202 EDP1 M

LWD-P01

201 202

EA-P05

ON OFF

J2

TC3

A

301

LWD-P02

302 301 CN3 Full signal X7 LWX AM Overload signal X8 LWO Light curtain of door 1 X1 EDP1 Light curtain of door 2 X2 EDP2 OLT1 Door 1 open limit X3 CN6 Door 2 open limit X4 OLT2 P24 P24 301 AI P24 301 M Door 1 close limit X5 CLT1 Door 2 close limit X6 CLT2 OFF ON

J1

TC1

CN5 A

CA-P02

TA1

AA-P02

507

8

Apply to EDP power 24V

302

301

Apply to EDP power 24V

302

1

CB1 LED

MCTC-CCL

CB2

DOB

CB16

LED

LED

DCB

LED

LED

MODCOM Over-load indicator

CN2

HCB

1 2 3 4 JP1

1 2 3 4 JP2

JP19 1 2 3 4

JP20 1 2 3 4

1 2 3 4 JP16

1 2 3 4 JP17

1 2 3 4 JP18

JP22 1 2 3 4

JP23 1 2 3 4

JP24 1 2 3 4

E CN1

F

Remark 1:The address of COP display board should be as 0 (defaults as factory). Remark 2:The MODBUS port of the CTB needs to communicate with the voice report and COP display. MODBUS port on the MCB for the hall display communication,The connection of the CTB and MCB MODBUS port is forbidden. Remark 3:The CN7 of CTB is for the main COP. Remark 4:The button of door close/open and ATT only work on the 1st CCB,The JP17 to JP24 are all in vain on the 2st CCB. Remark 5:J1 for CAN resistor jump line. The default is OFF position. Remark 6:J2 for parallel choose jump line,The default is OFF position. 1

Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

LED CCB Connect to the deputy COP when the car has the opposite door wiring same as main COP.

DDCB

LED

JP21 1 2 3 4

LED ATS

NSB

LED

LED ISS

ACB

Command E allotted board MCTC-CCB-A

LED FIRS2 F

CCB Above 16 floors

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Car top control circuit

8 The next page： P13

Page： P12

1

2

3

4

5

6

7

8

DC12V

Monitor-room Intercom

GND

A

R L

C01(R) A

C02(L)

Talk button

Machine-room Intercom

GND

DC12V

B

G5-P01

R L

B

C01(R) C02(L)

Talk button

G5-P02

G5-P04

G5-P03

Pit intercom DC12V

C BC-P05

D

AB-P09

AB-P10

CB-P09

CB-P10

GND

BC-P07

AA-P01

508

CA-P01

Emergency Alarm power light power DC12V GND DC12V GND

N

E

J01

B01

EA-P10

B01

BC-P09

Talk button

AB-P12

AB-P11

CB-P12

CB-P11

DC12V

R L

C01(R)

EA-P11

C02(L)

EA-P12

EB1 EB2

Car talk button

Car top intercom

Car emergent light

ALB

ECL

EA-P08 ECB-P03

TEL4-P01

EA-P02

J02

TEL4-P02

ECB-P01

F

R L

C01(R)

TEL4-P03

C02(L)

TEL4-P04

Talk button

F

Alarm ECB

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

D

E EA-P01

Alarm button

Remark :The circuit applies to DELING 4-wire type intercom .

C02(L)

Z01 B01

EA-P07

DC12V

User power 220V

EA-P09

T01

GND

Intercom machine power

GND

L

DC12V

CA-P02

GND

AA-P02

L

BC-P08

Car intercom

Emergency power 507

R

C

C01(R)

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Intercom,Alarm,Emergency lighting1

8 The next page： P14

Page： P13

1

2

3

4

5

6

7

8

Monitor-room Intercom

Talk button

GND

Audio

A

A

C01(R)

C02(L)

GND

V+

V-

B

C01(R)

C02(L)

Talk button

G5-P02

G5-P01

Audio

Machine-room Intercom

B

G5-P04

C

G5-P03

C

Emergency power Intercom machine power

L

User power 220V AA-P01

508

CA-P01

N

Emergency light power +

BC-P09

CB-P10

AB-P12

AB-P11

CB-P12

CB-P11

D

Car intercom T01

B01 EB1

-

Z01

E

C02(L)

Audio

507

CB-P09

Talk button

BC-P08

Car talk button EA-P07

B01

EB2

GND

CA-P02

+

AA-P02

-

D

AB-P10

Audio AB-P09

C01(R)

GND

Pit intercom

C01(R)

EA-P11

C02(L)

EA-P12

E

Alarm button EA-P01

ALB

Car top intercom ECL

ECB-P01

F

Alarm ECB

Remark :The circuit applies to BEST 2-wire type intercom .

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

Talk button

4

5 Drawing number: Code：

6 MN11001CS

Audio

EA-P02

ECB-P03

J02

C01(R)

TEL4-P03

GND

EA-P08

Emergency light

C02(L)

TEL4-P04

F

7

Drawings name:

Intercom,Alarm,Emergency lighting2

8 The next page： P15

Page： P14

1

2

3

4

6

7

Remark：Top car and pit light circuit when 36V input

AC36V Control transformer

A

5

8

Remark：Top car and pit light circuit

TRF1

when 220V input

220VAC

36VAC

602

507

3.0A

2.0A

B1-P03

0V

601

BB-P01 1H-P01

Pit lighting switch

PLS

0V

Pit light

1

2

1H-P02

PL1

BB-P02

B1-P04

G3-P01

40W

BC-P04 1H-P01

PUR2

Pit socket

Car top insp. lighting switch

B

1 Car top socket

Car top insp. light 2

TOCL

CA-P09

AA-P09

40W

TUR2

1

TB:501

2

3

TB:502

AA-P01

G3-P01

4

507

CTB-CN5

AA-P02 CA-P02

A

AM

503

EA-P05

Car fan switch FS 1

504

EA-P06

Car fan F F-P03

F-P01

1

Pit light PL1

Leakage of electricity protection G3-P02 QFB2 508

2

Pit socket PUR2

TLS

CA-P08

40W

AA-P08

Pit lighting switch PLS

B

C

A

C 1H-P02

CA-P01 BC-P06

2 G3-P02

Add when car lighting switch Car lighting switch CLIS EA-P03

505

1

EA-P04

Car light CLI CLI-P03

CLI-P01

508

2 BC-P06

BC-P04

507

Car top socket AC220V TUR1

Car fan、lighting circuit 1H-P06

1H-P07

3P

Pit socket AC220V

AA-P02

PUR1 CA-P02

E

Xa Hoistway light 1 Hoistway light 2 Hoistway light3 LIH1 LIH2 LIH3

Hoistway light n LIHn

2 1

Car top insp. lighting switch TOCL TLS

Car top socket TUR2

3P

User power 220V

D

2 1

Xb

2 1

Car top insp. light

D

E

CA-P01

Hoistway lighting switch 1 LIHS1

Hoistway lighting circuit

F

Hoistway lighting switch 2 LIHS2:2

AA-P01

LIHS2

F

LIHS2:1 LIHS2:3

508 1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Lighting circuit of MR.

8 The next page： P16

Page： P15

1

2

3

4

AC36V Control transformer

5

6

7

Remark：Top car and pit light circuit when 36V input Remark：Top car and pit light circuit

TRF1 A 220VAC

8

36VAC

when 220V input

602

3.0A

2.0A

0V

507 B1-P03

BB-P01 1H-P01

601

Pit lighting switch

PLS

PL1

Pit light

1

0V

1H-P02

BB-P02

B1-P04 G3-P01

2

40W BC-P04

PUR2

Pit socket

1H-P01

Car top insp. lighting switch

Car top socket

1

C

CA-P09

AA-P09

B

40W

TUR2

2 1

CTRL

Cabinet light

2 Cabinet socket

CZ 3P

G3-P02

40W

Air switch4 QF4

2

TOCL

C

508

QFB2

Pit socket PUR2

1

Car top insp. light

Pit lighting switch PLS

B

TLS

CA-P08

Pit light PL1

AA-P08

Leakage of electricity protection

A

1H-P02 AA-P01

1

T

2

3

N

BC-P06

G3-P01

4

507

CTB-CN5

AA-P02 CA-P02

A

AM

503

EA-P05

Car fan switch FS 1

504

EA-P03

Car fan、lighting circuit

F-P01

CA-P01 G3-P02

2

508

Add when car lighting switch Car lighting switch CLIS

D

EA-P06

Car fan F F-P03

505

1

EA-P04

Car light CLI CLI-P03

CLI-P01

507

D

2 BC-P06

BC-P04

AA-P02

Car top socket AC220V TUR1 1H-P06

CA-P02

3P

1H-P07

3P

QF3

E

N T

3

4

1

2

TB:802 Hoistway light 1 Hoistway light 2 Hoistway light3 LIH1 LIH2 LIH3

801

2 1

2 1

LIHn

2 1

Car top insp. light

Air switch3

Car top insp. lighting switch TOCL TLS

PUR1 Car top socket TUR2

Pit socket AC220V

E

CA-P01

Hoistway lighting switch 1 LIHS1 TB:807

Hoistway lighting circuit

F

Hoistway lighting switch 2 LIHS2:2

AA-P01

LIHS2

F

LIHS2:1 LIHS2:3

TB:809

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

508 4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Lighting circuit of MRL.

8 The next page： P17

Page： P16

1

2

3

4

5

6

7

8

A

A Car emergency running switch CIS

Speed limiter remote action switch TIS

Speed limiter remote action button RTB

Speed limiter remote action coil RTD

TB:203

201

13

3

14

4

3

1

2

TB:202

4

Thermistors 1 VDR1 U

B Speed limiter remote release button RRB

Speed limiter remote release coil RRD

TB:205 3

B

1

2

4

Thermistors 2 VDR2 C

C

U

project 1：Speed limiter coil of AC220V

Car emergency running switch CIS D

Speed limiter remote action switch TIS

Speed limiter remote action button RTB

Speed limiter remote action coil RTD D

TB:303

301

13

3

14

4

3

1

2

TB:302

4

Diode 1 SD1

Speed limiter remote release button RRB

E

Speed limiter remote release coil RRD

TB:305 3

1

E

2

4

Diode 2 SD2

project 2：Speed limiter coil of DC24V

F

F

Remark 1:This circuit applies to MRL.

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Speed limiter control circuit of MRL.

8 The next page： P18

Page： P17

1

2

3

4

5

6

7

8

A

A

Applied to the parallel connection when A and B are on the same side

MCTC-MCB-C3

Applied to the parallel connection when A and B are on the opposite side

MCTC-MCB-C3

MCTC-MCB-C3

MCTC-MCB-C3

B lift

A lift

B lift

A lift B

B CAN+ CAN-

CAN+ CAN-

CAN+ CAN-

CAN+ CAN-

C

C

MODMOD+ COM 24V+

To B's control cabinet

MODMOD+ COM 24V+

To A's control cabinet

MODMOD+ COM 24V+

To B's control cabinet

MODMOD+ COM 24V+

To A's control cabinet

E

24+

24+

1 2 3

1 2 3

24+

24+

1 2 3

4

COM

COM

4

4

COM

COM

4

1 2 3

24+

24+

1 2 3

1 2 3

24+

24+

1 2 3

4

COM

COM

4

4

COM

COM

4

(B lift)

HCB

(A lift)

HCB

24V+

COM MODMOD+

24V+

COM MODMOD+

1 2 3

(A lift)

F

24V+

24V+

COM MODMOD+

D

COM MODMOD+

D

E

(B lift)

HCB

HCB

F

Remark:Set the hall call board address according to the physical address. 1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Paralle circuit

8 The next page： P19

Page： P18

1

2

Car top travelling cable plugs

3

Cable connector from car to COP cable plugs

202

507

201

B

5

6

Car top junction box cable plugs

7

503

Z01

B01

504

503

505

T01

J02

J01

C02

C01

508

PE

505

LWX

302

PE

301

PE

602

601

130

FL1

FL2

113

101

131

118

F 508

B01

202

110

201

TEL4

58

301

B01

SOS PE

112

132

T01

C02

302

101

59

Remark:This plug reserved or used as CES when have car emergency stop button.

RGS

C01

A

DCB2 DOB2 DIM2

504

113 CB

58

TCID TCIU

301 CLT2 OLT2

LWO

PE

Reserved(CES)

RDM

CLI 508

8

Rear door cable plugs

LWD

EA

CA

A

4

PE 131a RDR

RTES

C

C DZU TCID TCIU T01 C02

111

DZD C01

101

B01

202

201 B01

PE

202

D

Add when rear door LPT

DCB1 DOB1 DIM1

Orientation diagram

302 D1/D2

CAN+

201

J02

CC

PE

301

ECB

301 CLT1 OLT1

D

301

302 EDP2

DM

PE

302

301

GS

CAN-

132

E

PE

131

DZ

DR

302 EDP1

201

F

202

DZU

302

301

FL2

FL1

DZD

3

2

1

3

2

1

3

2

1

6

5

4

6

5

4

6

5

4

9

8

7

9

8

7

9

8

7

12

11

10

12

11

10

15

14

13

1

Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

E

AMP 480707 AMP 480709

AMP

480711

301 3

2

1

6

5

4

3

2

1

AMP 480701

PE

F AMP 480705

Version:

B

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Car top plugin unit list

8 The next page： P20

Page： P19

U CA、CB、CC

TA

N

T

S

机

V

R

brake power

2 Audit:

ZQ2-

motor

Approval： 3

Code： CTB:CN7

CTB:CN1

RTES

LWD

GS

ECB

CLI

F

LPT

DR

SOS

DM

DZ

TEL4

AA、AB、AC

4 Drawing number:

LSU 301 PE

130、131、PE

Top door lock

ULS2 301 PE

Up slow-down 2

Up slow-down 1 ULS1 301 PE

5 6

MN11001CS Drawings name:

Wiring diagram on site

2H

C

7 The next page： P21

1H 3H

Pit intercom

Pit inspection box

Down final limit 116 117 PE

PES2

A LIHS2

Lc

La

Lb

6

Down limit LSD 301 PE

Down slow-down 1 DLS1 301 PE

Down slow-down 2 DLS2 301 PE

130、131、PE

BD

L2

5 7

Tension sheave

BC

Up final limit 115 116 PE Up limit

BB

Bottom door lock

BA

4

3

G5 2

1

2

2M 1

N

4

Buffer

COP

4

3

2

3M 1

Integration controller

NICE3000

3

EA

TB

ZQ1+

Governor

2

W

Top of car juncition box

Motor

X18

502

X22

501

301

2016-12-28 Fiction: 301

Date: I 113

1 T01

Version: 114

E B01

D C01

B

C02

F

Power cable

1 8

machine room intercom

Page：

8 P20

A

B

C

D

E

F

1

2

3

4

5

6

7

8

A

B

B

PE

ZQ1+

ZQ2-

122

X18

X22

301

301

PG-E DB15

AA

AB

BM encode

MES-2

Motor

brake power

1 Version: Date:

2 I

2016-12-28

Travelling cable

E

F

Fiction:

handwheel

AC

BA

BB

brake inspection swich

3 Audit:

machine room intercom

R

D 120

M

C

1M-P01 1M-P02 3M-P01 3M-P02 3M-P04 3M-P05

Approval：

BC

BD

E

Hop communication

W

Pit safety and final limit switch

V

Hall door lock(36V)

U

Slow-down and limit swich

D

GND

Integration controller

DC12V

NICE3000

C

L

G5-P01 G5-P02 G5-P03 G5-P04 T01 C02 B01 C01

A

F

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Wiring diagram on site

8 The next page： P22

Page： P21

F

Version:

Date: I

2016-12-28 2

3

4

1 Fiction: 2 Audit: Approval： 3

3

4

4 Drawing number: 5

Code： 6

MN11001CS

FIRS PKS

5

6

7

8

9

1

2

3

4

5

MOD+ MOD-

Pit intercom

302 301 PE

6

1

2 ULS2

3

4

6

7 PE

8

9 DLS1 DLS2

Down final limit

Down limit

Down slow-down 1

Down slow-down 2

Up slow-down 2

Up slow-down 1

Up limit

Up final limit

ULS1 LSU 301

11 LSD

Drawings name:

Wiring diagram on site

FLSD

LSD

DLS1

DLS2

ULS2

ULS1

LSU

FLSU

10

6 7

7 The next page： P23

Pit safety

1H

T01 508 B01 C01 C02

5

Bottom hop

2

4

Bottom door lock

Middle hop

(n-1)DS

Middle door lock

Top hop

1 114 117 120 507

3

1DS

6 131

BA

BA(12P)

2

nDS

5 PE

BD

B

602 130

BC

BD(6P)

C

BB

D

BC（9P）

A

Top door lock

No.： 1 No.： 601

E

BB（6P）

1 8

A

B

Page：

8 P22

C

D

E

F

1

2

3

4

5

6

7

8

A

A

Controller

B

B

CA、CB、CC RDR RDM RGS

C

Rear door machine Rear car door lock

Top of car junction box

C

EA

Rear curtain of light

CLI

DZ

SOS

F

DM

LPT

TEL4

LWD

DR

GS

COP

RTES

Rear door car top emergency stop button

Car foor lock

Curtain of light switch

Loading switch

Door machine

Door zone

Safety gear

Car fan

GS

EDP

LWX

LWD

LPT

DZI

SOS

F

CLI

Car lighting

E

Arrival gong

D

Top of car intercon

D

E

F

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Wiring diagram on site

8 The next page： P24

Page： P23

1

2

3

4

5

6

7

8

A

A

Top of car junction box CES

EA

B Alarm

Emergent light

Car intercom

Fan switch

CTB:CN7

CTB:CN1

B

Top of car board

Car lighting switch

110

101

503

505

504

503

B01

T01

C02

C01

Z01

D

B01

D

J02

C

J01

C

CCB:CN2 Car instruction board Car display board plug

E

E

COP F

F

1 Version: Date:

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Wiring diagram on site

8 The next page： P25

Page： P24

1

2

3

4

5

6

7

8

A

A

井道照明

Controller BB BC B

1H

LIHS2

B

C

Tension sheave

LIHS2

Emergent stop bottom PES2

3H

3H

2H

Buffer

LIHS2

2H

C

1H

Shaft lighting switch 2

Pit emergent stop box

Pit inspection D

D

1H(9P)

E

2H(6P)

3H(3P)

1

601

1

116

1

2

602

2

PE

2

3

116

3

117

3

4

117

4

117

5

120

5

PE

6

507

6

119

7

508

LISH2(3P) 119a

120

1

LIHS2:1

2

LIHS2:2

3

LIHS2:3 E

8 F

F

9

1 Version: Date:

PE

2 I

2016-12-28

Fiction:

3 Audit:

Approval：

4

5 Drawing number: Code：

6 MN11001CS

7

Drawings name:

Wiring diagram on site

8 The next page： END

Page： P25