05 - SVC Tool [PDF]

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SVC Tool

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SVC Tool

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Key function Module

Service Tool MCS Mode

Module

Function

Set

Shif t

Function

7

8

9

DISP STATE

ENT CALL

TEST

4

5

6

DISP IN

SEL OUT

1

2

3

ON

UP

DOWN

0 OFF

Move to initial mode

Move to higher menu

Set

Move to main menu from sub menu

Shift

Press to select menu in blue

GO ON

Go on next display (GO ON)

GO BACK

Go back previous display (Shift +GO ON)

GO ON CLEAR GO BACK

ENTER

CLEAR ENTER

Clear: Delete last contents Enter: To set input display (Shift+CLEAR)

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▣ ALL ( Main Subsystem ) Tree 0.ALL 1.GECB 2.DRIVE 5.SPBC 6.REM 9.ARO

1. Monitor

2. Test 1. Events 2. Service Info 3. Statistics 4. Code Tests 5. Remote Command

*2. Trace Filter 1. SET DEFAULTS 2. General 1. Field Action 3. Subsystem 2. Faults 4. Time 3. Warnings Faults 5. Other 4. EVERYTHING 1. EVERYTHING 2. Since last POR 3. Last 24 hours 4. Time Window

3. Setup 1. Trace *2. Trace Filter 3. Clear Events 4. Log 1. Actual Info 2. Saved Info 3. Clear Saved 0. ALL 1. GECB 2. DRIVE 3. FDOOR 4. RDOOR

4. Calibr

1. Install 1. CST Collection 2. GDI Setup

1. Clear Events 2. Reset System 1. ddo 2. chcs 1. NO DOOR COMMAND 2. Open w/ bypass 3. Open no bypass 4. Close w/ rev 5. Close no rev 6. Deenergize

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▣ GECB (Operation) Tree 1.GECB 2.DRIVE (GDCB) 5.SPBC 6.REM 9.ARO 0.ALL

1. System

1. Status

2. Test

3. Setup

Module Key

Function Key

2. Tools

Set Key

1. Search IO 2. Erase IO

1. Calls

1. Events

1. Install

2. Input

2. Diagnosis

2. RSL

3. Ontput

3. Part

4. Group

4. RSL

5. ICSS

5. Selftest

6. Cmd

6. Plug

9. Rescue

7. Clear Events 8. Fixture

3. Allowed 4. Pos 5. DCS-Run 6. ELD 7. Speech 8. TIME

9. ARO

1. Enable 2. Cut-Call 3. Card-Rd. 4. SHO/WCO

1. System 2. OCSS 3. Group 4. Drive 5. Doors 6. Pos.Ref 7. Service 8. Emerg. 9. Security 10. Test 11. Time 12. REI 13. SPEECH 14. REM Cfg.

3. Setup INST 4. Setup DOOR 5. Customer-ID 7. Check Tool 8. Opr. Special 9. Opr. Memory

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▣ GDCB (Speed) Tree

2.DRIVE (GDCB) 5.SPBC 6.REM 9.ARO 0.ALL

1.GECB

1. MONITOR

2. EVENT LOG

3. SETUP

4. LANDINGS

5. TEST

6. ENGINEERING

1. STATUS

1. VIEW CURRENT

1. CONTRACT

1. LEARN RUN

1. FAN TEST

1. ENG ADJUST

2. MOTOR

2. VIEW SAVED

2. ADJUSTMENT

2. LANDG TABLE

2. TURNOVR TST

2. ENG TEST

3. MOTION

3. CLEAR LOG

3. BRAKE

3. FIND BOTLDG

5. Opt ARO TEST

3. DAC

4. INVERTER

4. CLEAR BLOCK

4. MACHINE

5. DISCRETES

5. RESET DSP

5. PROFILE

6. METERICS

6. CLEAR COUNTS

6. FACTORY

7. VANES 8. ENGINEERING

4. I2C EEPROM

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▣ SPBC (EIP) Tree

5.SPBC 6.REM

1. Status

9.ARO

2. Event

0.ALL

3. Setup

1.GECB

2.DRIVEL

5. Part

6. Test

1. System

1. ARO

2. Input

9. Memory

3. Output

7. Trace

SVC Tool

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▣ REM (Monitoring system) Tree

6.REM

9.ARO

0.ALL

1.GECB

2.DRIVE

5.SPBC

2. OADs

1. GW-II 11:00:36

1. STATUS

2. TEST

1. GW-II SCN 2. NODE STATUS 3. MODEM STATUS 4. CAN STATUS 5. CONFIG STATUS

1. DIAL TEST

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▣ ARD (Auto Rescue Operation) Tree

9.ARO 0.ALL 1.GECB

1. Status

2. Event

2.DRIVE

5.SPBC

5. Part

6.REM

6. Test

1. System

1. ARO

2. Input

9. Memory

3. Output

7. Trace

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Frequent used menu Process

Slow speed

Key

Function

M-2-3-1

Contract parameter check (Drive)

M-2-3-5

Profile check (Speed)

M-2-3-2

Change parameter (Drive)

M-1-1-1-1

Monitoring operation condition

M-2-1-1

Monitoring drive condition

M-1-1-3-1-1

Contract parameter check (Control)

M-1-1-3-1-6

PRS type setting & re-leveling setting

M-2-3-1

PRS sensor type setting

M-2-4-1

Learn run (Floor height measurement)

M-2-4-3

Go to bottom floor

M-1-1-3-5

DCS (Door Check Sequence)

M-1-1-9-3

UCM release (Korean only)

M-2-2-4

For resetting GDCB

M-1-1-2-1

Monitoring

M-1-1-2-7

Clearing

M2-2-1

Monitoring

M2-2-3

Clearing

High Speed preparation

High speed

UCM Block clearance GECB Event

GDCB Event

Remarks

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M1-1-1-1 Car status A – 01 IDL ST ][ ][ C> U00 D00 A 1C Display

Meaning 1

12 3 4 5 6 7 A - 01 IDL ST ][ ][ C> U00D00 A 1C

8 A-01 >TCI-Lock!.

Value

A

Car ID (Lift No.) A-D : Car ID in group mode.

2

-

Running direction

u d

3

01

Car position

**

4 IDL

Operation mode

Refer to the table on next page

5

ST

Drive mode

Refer to “Motion Status” table below

6

][

Front door status

7

][

Rear door status

] [ Door closed Door opening [ ] Door opened >< Door closing DDO Door closed with the function of “Disable Door Operation”

8

Error message flickering

Stop Up running Down running Unknown position

00-31

Current position

In case of system failure, the message is be flickering. It shows the cause of failure. Refer to attachment.

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M1-1-1-1 Car status

A – 01 IDL ST ][ ][ C> U00 D00 A 1C Display

Call type change

Floor selection

Call input setting

Meaning 1

A-01 IDL ST ][ ][ C> U00D00 A 1C 1 2 3 4 5 6

/

C

2

Value

Call type

C Car call U Hall call - Up D Hall call - Down E Hall call - Emergency To shift call type, press /

Floor destination

0-31

3

U00

Call for up direction

4

D00

Call for down direction

5

A

Load in car

A D P F O

6

1C

No of lifts & No of lifts under EFO

1C-4C Number of lifts under group 1E-4E Number of lifts under generator power (EPO)

ANS (Load



Check is already done  Press GOON for recheck of DCS RUN

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DCS- RUN Menu (Door check)

• Following error can be appeared during DCS RUN Error Message

Reason

Front Door Error

Car door opened but landing door switch not opened (Front)

Rear Door Error

Car door opened but landing door switch not opened (Rear)

aborted by ENTER

DCS is hold by ENTER

DW not closed

Car door closed but landing door switch not closed

Door opening Err

Door not opened within 20 sec

Position Error

Top floor error

Door closing Err

Door not closed within 20 sec

SE is missing!

Safety is OK but SE is not activated (low)

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Time Menu (Date & time setting) • Time for Real Time Clock (RCT)

TIME - Menu > Set Data/Time = 1 “1” key in

Setting Time 30.05.11 19.01 GOON

Current Time 30.05. 19:02:08

Display Setting Time 30.05. 11. 19:01 1 2 3 4 5

1 2 3 4 5

“30” - day will be flickering

30 05 11 19 01

Description Day Month Year Hour Minute

Values 1-31 1-12 0-23 0-59

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Install Menu / GOON / GOBACK

INSTALL – Menu > 01 System

To check previous / late page parameter group

0 … 9

To jump selected parameter group

ENTER

To go selected parameter group, save new setting value (Parameter value can be changed as elevator stops)

※ Refer to “Install Parameter” 01.System 02.OCSS 03.Group 04.Drive 05.Doors 06. Pos.Ref 07. Service 08. Emerg. 09. Security 10. Test 11. Time 12. REI 13. SPEECH 14. REM Cfg. Display INSTALL – Menu > 01 System 1 2 1 2 000 System new TOP =010> 3 4 000 System new TOP =010>009 5

description 1 01

No. of parameter group

2 System

Title of parameter group

1 000

Sub No. of parameter group

2 System

Title of parameter group

3 TOP

Title of parameter

4 010

Parameter set value

5 009

New inputted value It will be saved pressing “ENTER”

values

※ Refer to “Installation Parameter List” * Shift + ON : Go to the first parameter

0-255

Allowed Menu This function is to mask floor data and there are 4 types of allowed mask.

ALLOWED – Menu > 01 Enable

◀ Call & hall call enable

ALLOWED – Menu > 02 Cut_Call

◀ Call & hall call disable (CCO on)

ALLOWED – Menu > 03 Card-Rd.

◀ All for magnetic card

ALLOWED – Menu > 04 SHO/WCO

◀ Back-up operation

GOON / GOBACK

To check previous / late page of allowed mask

1 … 4

To jump selected mask

ENTER

To go selected mask

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Position Indicator Menu Pos.Ind new at: L 00 = 12 ＞

GOON / GOBACK

GOON

Pos.Ind new at: R 00 = 03 ＞

0 … 9

To input code for indicator display

ENTER

To save new inputted code

Display

Pos.Ind. new at: L 00 =10 > 1 2 3 Pos.Ind. new at: L 00 =10 >01 4

To check previous / late floor number

description

values

1

L

L: Left letter, R: Right letter

2

00

Floor number (GOON for increase floor)

00-31

3

10

Code for display

00-39 (Refer to below)

4

01

New inputted code

00-39 (Refer to below)

Code 0

Letter 0

Code 10

Letter (blank)

Code 20

Letter J (*)

Code 30

Letter T (*)

1

1

11

A

21

K (*)

31

U

2

2

12

B (*)

22

L

32

V (*)

3

3

13

C

23

M (*)

33

W (*)

4

4

14

D (*)

24

N (*)

34

X (*)

5

5

15

E

25

O

35

Y (*)

6

6

16

F

26

P

36

Z (*)

7

7

17

G (*)

27

Q (*)

37

-

8

8

18

H

28

R (*)

38

*

9

9

19

I (*)

29

S

39

all segments

Position Indicator Menu

GO ON

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Position Indicator Menu SET UP 2 - 3 – 1

CONTRACT

< > Display 1 Interface Type 1 > XXXXX 2 3

SET UP 2 - 3 – 2

1

Parameter title

2

Existing value

3

New value

BRAKE

MACHINE

< >

FACTORY

XXXXX

Refer to Drive Parameter

3-3

3-4

PROFILE

Type

Value

< > SET UP 2 - 3 – 6

1>

< >

SET UP 2 - 3 – 5

ADJUSTMENT 3-2

< > SET UP 2 - 3 – 4

Interface

Description

< > SET UP 2 - 3 – 3

3-1

3-5

Car Dir 0>

Internal Brk 1>

0/1 XXXXX

0/1 XXXXX

Low Volt Op 0/1 0>

Insp Speed

XXXXX

mm/s

630 > XXXXX

3-6

Factory Password

0>

XXXXX

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LEARN RUN (M2-4-1) LANDINGS 2 - 4 – 1 < >

LEARN RUN

4-1

* Before Learn Run, “DDO” & “CHCS” shall be implemented

1

LEARN RUN Start : aborts! > 2

GOON

Num of Ldgs: 016 CORRECT? y=1/n=0 3

If No. of stop floors is 16, press “1” If not, press “0” , then change parameter

“1” key in

Ldgs in 1Ls : 001 CORRECT? y=1/n=0 4

LEARN RUN Start : aborts! >

If No. of LS is 1, press “1” If not, press “0” , then change parameter

“1” key in

Calibrate Hitch LoadW? y=1 / n=0 “1” key in

It will be displayed, if Load Weigh Type is “2” . (M2-3-1) In case of PTM applied, it won’t be displayed

Continuous on next page

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LEARN RUN (M2-4-1) 5

10

Switch to ERO

Learn active CAR MOVES UP 11

6

L001 10000.0mm vane 250.0mm

To start learn run press ENTER 7

Shift + Enter Switch back to NORMAL

”ERO” to “NORMAL”

During Learn Run, PRS length & floor height will be displayed

12

TABLE STORED IN E2PROM > GOON 13

8

FIND BOTTOM LDG, Car move to the bottom floor. moving down : - -

HITCH LOADW CALI DONE

GOON

14

9

BOTTOM LDG: start Press “1” to start Learn Run learn? y=1/n=0 “1” key in

LEARN RUN

Note

>

It will be displayed, if Load Weigh Type is “2” . (M2-3-1), In case of PTM applied, it won’t be displayed

4-1 < >

FIND BOTTOM LDG, moving Up : - -

If car is not bottom floor, car will move to bottom floor

LEARN RUN (M2-4-1) ▣ Faults during Learn Run Fault display

Description

Drive NOT in CAN mode => abort >

In case that ”Interface Type” is not correct at “Setup parameter”. (M-2-3-1) For CW GR1, set as “1”

DRIVE NOT READY aborts! >

Fault detected in Drive

No LS signals => abort >

No CAN communication with GECD or LS signal not detected more than 2 seconds

RUN IN PROGRESS => abort >

In case that car runs as Learn Run is activated

SIG NOISE/BOUNCE => abort >

PRS signal is not clear due to noise or poor contact  To check installation condition & wiring of 1LV,2LV, UIS, DIS

PRS_SIG != 1VANE => abort >

If “vanes” of PRS sensor is detected as “0” or “2”

TRANSITN OVERDUE => abort >

In case that signal of PRS Sensor is out of range.  Need to check PRS type parameter (To check communication of car top RSL & condition of PRS Sensor )

DETECTED ## LDGs in 1LS: abort >

In case No. of 1LS is not correct, to check No of 1LS of setup Parameter. (M-2-3-1)

### LDGs before 2LS: abort >

In case 2LS is detected before top floor during Learn Run

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LEARN RUN (M2-4-1)

▣ Faults during Learn Run Fault display

Description

INVAL PRS SIGNAL COMBI => abort >

In case PRS sensors type is not correct. [Set Vane Sensor Type as “0” by Contract(M-2-3-1)] To check communication of car top RSL & condition of PRS Sensor

1LS: ON->OFF->ON gap => abort >

If 1LS signal is detected as ON/OFF/ON  To check 1LS distance

2LS OFF->ON->OFF gap => abort >

If 2LS signal is detected as ON/OFF/ON  To check 2LS distance

1LS/2LS OVERLAP! => abort >

In case both signals, 1LS & 2LS, are detected together.

VANE GAP SHORT: xxxxmm! abort >

If length of PRS is detected as longer than parameter setting  To check Vane Sensor Type (M-2-3-1)

LR ABORTED! see fault log >

Learn Run is failed due to the error of drive & GECB

LR ABORTED by ERO/TCI! >

Input of either ERO or TCI box is not correct

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FIND BOTLDG (2-4-3) ▣ Finding bottom floor LANDINGS 2 - 4 – 3 < >

FIND BOTLDG 4-3

Num of Ldgs : 016 CORRECT? y=1/n=0

* This function should take precedence over Door Check Sequence (M1-1-3-5) 2

1

Num of Ldgs : 032 CORRECT? y=1/n=0

“1” key in

Ldgs in 1Ls : 001 CORRECT? y=1/n=0

“1” key in

If No. of stop floors is 16, press “1” If not, press “0” , then change parameter

No. of floor

4

3

FIND-BOTTOM-LNDG RUN : press ENTER

Switch to ERO

ERO ON

Switch to ”ERO”

SHIFT + ENTER

6

5

Switch back to NORMAL

NOR ON

FIND BOTTOM LDG, Moving down : - -

Move to the bottom floor

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STATUS (M2-1-1) MONITOR 2 - 1 – 1 < >

STATUS

1-1 < >

NO_RUN IDLE - 15

▣ STATUS (Status) Display

1

2

Description

Motion Command Mode

NO_RUN - No run command NORMAL – Stand-by for run command from GECB TCIERO - Top of Car Inspection / Electrical Recall Operation CORR - Position compensation run RESCUE - Rescue operation LEARN - Learn Run (Floor height measurement) MCSS - Run command from MCSS DAT - Run command from Data Acquisition Tool

System condition Motion Logic State

PWR_DN –Power off RUN - Running PRECHG –Pre-charging PTR - Stand-by for run SHUTDN – Shutdown LF_BRK -Brake opened NO_SAF - Wait For Safety DECEL -Stop (Safety OFF) IDLE - Idle mode DR_BRK-Brake closed TARGET - arrival at designated floor

Car Direction

UP DN --

3

NO_RUN IDLE - 15 1

2

3

Value

- Up direction - Down direction - No direction

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STATUS (M2-1-1) MONITOR 2 - 1 – 1 < >

STATUS

1-1 < >

NO_RUN IDLE - 15

▣ STATUS (Status) Display

NO_RUN IDLE - 15 4 5 6

Description

Value

4

Run command (through CAN) Motion Command from TCBC-type controller

- WAIT, the drive waits for the next run command

0

Description PTR RTR LB BL DL DF SAS BS1 BS2

0

0 Visibility

- prepare to run command from MCSS - ready to run status from drive - lift brake command from MCSS - brake lifted status from drive - drive torque limit has been reached - drive fault has been detected - drive stop and shutdown has occurred - brake switch 1 - brake switch 2

ALL

ALL

ALL

4

SX DBD SNO SAF Run : 1 0 1 1 Stop : 0 1 0 0

SX - command to pick S1 and S2 relays (0-drop/1-pick) DBD - active if normally-closed contacts of S1, S2 BY1 and BY2 relays are closed SNO - normally-open contact of S1relay (0-dropped/1-picked) SAF - safety chain input to drive (0-inactive/1-active)

5

MX PX DX BX Run : 1 0 1 1 Stop : 1 0 1 0

MX PX DX BX

- command to pick main contactor - command to pick precharge relay - command to pick discharge relay - drive command to pick brake relay

0

(0-drop/1-pick) (0-drop/1-pick) (0-drop/1-pick) (0-drop/1-pick)

R

ALL

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DISCRETES (M2-1-5) NO

SVT Display

6

UP DN RG DS Up : 1 0 1 0 Down : 0 1 0 0 Stop : 0 0 0 0

7

UIS LV1 LV2 DIS Run : 0 0 0 0 Run at DZ : 1 1 1 1 Stop at DZ : 1 1 1 1

Description UP DN RG DS UIS LV1 LV2 DIS

- car moving up - car moving down - motor is regenerating (0=motoring/1-regenerating) - PWM frequency is downshifted to half the nominal frequency. - Relevel UP sensor - Door zone 1 sensor - Door zone 2 sensor - Relevel DOWN sensor

8

FLR NCF CTF ATF

FLR NCF CTF ATF

9

1LS 2LS UIB DIB Stop at top : 0 1 1 1 Stop at bottom : 1 0 1 1 Stop at other : 0 0 1 1

1LS 2LS UIB DIB

10

RSW PFL All 0

RSW - Temperature sensor for line reactor, PFL – Driver power failure

11

MOC BOD CZO FAN

MOC BOD CZO FAN

12

End of Category

Visibility

ALL

CAN

- Current Floor - Next Committable Floor - Target Floor - Accepted Target Floor

CAN

-

CAN

Bottom Terminal Zone Top Terminal Zone Up Inspection Button Down Inspection Button

- temperature input - Battery Operation mode - CZ_NO input - command to pick fan relay

(0-inactive / 1-active) (0-nomal / 1-Battery mode) (0- inactive / 1-active) (0-drop / 1-pick)

R

ALL

Checking floor height (M2-4-2)

LANDINGS 2 - 4 – 2 < >

LANDG TABLE 4-2

Display 1

Function

2

L000 10000.0mm Vane 250.0mm 3 4

1

Floor

2

Floor height

3

PRS

4

Length of vane

L000 10000.0mm Vane 250.0mm

Value Learned floor height after Learn Run L000 : Bottom floor, L001 : Second bottom floor

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Error Code (2-2-1) Drive Error VIEW CURRENT 2-1

EVENT LOG 2 - 2 – 1 < >

521 Rllbck Stop 0000:01:49:14.36

[To check event which is occurred after power reset] Display

1 2 521 Rllbck Stop 0000: 01: 49: 14.36 3

Description

Value

1

Event code

000 ~ 916 (Refer to Event list)

2

Event title

Meaning of each event (Refer to Event list)

Time for detecting event

Elapsed time from power reset (POR) 0000 : Day 00 : Hour 00 : Minute 00,00 : Second

3

To display the detail of each event, press “SHIFT + ENTER” at the display of event

SHIFT+ENTER

Drive State @ Evt PRECHG

912 NO FloorInfo 0000:00:00:02.33 Clear

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Error Code (2-2-1)

904 LWSS Timeout 0000:00:00:04.13 Shift + Enter

Drive State @ Evt PTR (Condition of GDCB)

No

GOON

Number of Runs 12

GOON

(Normal run without error)

Event Response : Warning (GDCB condition in error)

Service Tool Display

Description

1

Drive State @Evt PTR

GDCB condition when event is written

2

Number of Runs 12

No. of run times without error or event

3

Event Response Warning

GDCB response in detection of event

4

Event Count: 15

No. of error or event

GOON

Event Count : 15 (No. of error)

CLEAR LOG (2-2-3)

[To erase event]

EVENT LOG 2 - 2 – 3 < >

CLEAR LOG 2-3

Clear Log ? Enter to Clear Shift + Enter

Event Log Cleard

Log event will be erased by pressing “SHIFT + ENTER” [For Current Event (2-2-1)] “SET” for escape

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Test (M2-5-X)

TEST 2 - 5 – *

Run Fan Test :

Fan Running . .

Enter to Start

Please Check

No passengers in

Turnover Tst OFF

Turnover Tst ON

Car? Press ENTER

ON: press Enter

For Next 3 Runs

FAN TEST

2-5-1

< >

The check the fan

TURNOVR TST 2-5-2

The check for proper brake switch state is disabled for 3 runs to allow the single-brake-shoe test. The braking distance is estimated by the drive and displayed by the parameter, M-2-1-3 (Brake Dist mm)

Opt ARO Test 2-5-5

The check ARO running

Opt ARO Running

Opt ARO Running

Enter to Start

Please Check

Check Expiration (M1-2-7)

Expiration

NO EXPIRATION

Count = 000173

press ‘CLEAR’

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Engineering (M2-6-X)

ENGINEERING 2 - 6 – *

ENG ADJUST 2-6-1

< >

ENG TEST

2-6-2

DAC

2-6-3

I2C EEPROM

2-6-4

Engineer Password

0> XXXXX

Engineer Password 0> XXXXX

Engineer Password 0> XXXXX

Factory Password

0> XXXXX

638