manual de fallas elevador hYUNDAI modelo HSVFDeskripsi lengkap
manual de fallas elevador hYUNDAI modelo HSVFDescripción completa
Messerschmitt HHT V1.2 2008eng
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0 REV.0
2011 2011.1 .12. 2.23 23
HSVF SERIES SER SERIIES ES HHT MANUAL MANUAL
HSVF HHT MANUAL MANUAL Document Document Number :
HSVF HS HSV VF F SERIE SERIES S HHT MANUA MANUAL L
This manual manual is the proper property ty of Hyundai Hyundai Elevator Elevator Co., Ltd and is loaned loaned subject subject to return return upon demand demand.. Conten Contents ts of this this public publicati ation on shall shall not be reprodu reproduced ced in any form form without without written written permis permissio sion n of Hyunda Hyundaii Elevat Elevator or Co., Co., Ltd. Ltd.
HYUNDA HYUNDAII ELEVA EL EVATOR TOR CO., LTD. LTD. ELEVAT ELE VATOR OR CO.,
Rev. Rev. Commem Commemts ts :
HELCO-C5-003-01
- 1 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0 REV.0
2011 2011.1 .12. 2.23 23
HSVF SERIES SER SERIIES ES HHT MANUAL MANUAL
HSVF HHT MANUAL MANUAL Document Document Number :
TABLE OF CONTENTS CONTENTS
1. INTRODUCTION IINTROD NTRODUCTION UC TION ·············································································································································· ···················· ···················· ··········· ··········· ············ ············ ············ ··········· ··········· ············· ············ ··········· ············ ············ ············ ············ ··········· ············ ·············· ·············· ············ ········ ··· 33 1. INTRODU CTION 2. HHT HHT MENU MENU ························································································································································ ············ ·················· ············ ············ ············ ············ ············ ············ ············ ············ ············· ·············· ············ ············ ············· ··········· ············ ············· ············ ············ ············ ············ ············ ············ ······ 33 2. 2-1. HHT HHT Applicatio A pplication ication ···································································································································· ··········· ················· ············ ············ ············ ············ ············ ············ ··········· ············ ············· ··········· ············ ·············· ············· ··········· ············ ·············· ············ ··········· ············ ······ 33 2-1. Appl 2 -2. HHT HHT Connec C onnectio n ection tiion on ································································································································ ··································································································································· ············· ··················· ············ ············· ············· ············ ············· ············· ············ ············ ············· ············· ············ ············· ············ ············ ·············· ············ ············ ············ ····· ··· 33 2-2. 2-2 Con Connect nection ··································································································································· 2 -3. HHT HHT Mode M ode ············· ······· ·············································································································································· ························································································································ ············ ············· ············· ············ ············ ············· ·············· ············ ············ ·············· ············· ············· ············· ············ ············· ············· ············ ············ ······················ ············· ············· ········ 3 ·· 3 2-3. 2-3 Mod ·············································································································································· 2 -4. 4. The T he Method Met Me thod ho d of of Set S ett up up Each E ach ch Part P art arrtt ··· ··································································································· ···· ······ ····· ······· ······ ····· ······· ······· ····· ···· ···· ····· ····· ···· ···· ····· ····· ···· ···· ····· ····· ···· ···· ····· ····· ···· ···· ····· ······· ······ ····· ······· ······ ····· ······· ······ ···· ·· 44 2-4. 22-4. The Meth Method od Se Each Ea Part Pa 3. MENU M ENU EXPLANA E XPLANATION LA NATION TION ··············································································································· ····································································································································· ············ ··················· ············ ············ ·············· ············ ············ ·············· ············ ············ ·············· ············ ············ ·············· ············ ············ ·············· ············ ······················ ············ ·············· ······· 55 3. MEN EXP EXPL ANATION 3 -1. Main M ain Menu M enu ············ ·············································································································································· ··················· ············· ··········· ············ ············· ··········· ············ ············· ··········· ············ ·············· ············ ··········· ············· ············ ··········· ············· ············· ············ ············ ············ ········ 5 ·· 5 3-1. 3-1 Mai Men 3-2. Total Total Information IInforma nformation tion Mode Mode ······ ··· ······················································································································ ·················································································································· ······ ······ ······· ······· ······ ······· ······· ······· ······· ······ ······· ······· ······ ······· ······· ······ ······· ······· ······ ······ ······ ······ ······· ······· ······ ······ ······ ······· ······· ······ ······· ······· ······ ······· ···· 55 3-2. 3 -3. IN/OUT IIN/OUT N/OU T Mode M ode ········································································································································· ··········· ················· ············ ············ ············ ············ ··········· ··········· ············ ··········· ············ ·············· ·············· ············· ···················· ····················· ············· ············ ············ ··········· ········ ··· 66 3-3. 3-3 IN/O UT Mode Mod 3 -4. ERROR E R RO M ode ············ ······ ····························································································· ··········· ··········· ············ ··········· ··········· ············ ··········· ··········· ············ ··········· ··········· ············ ············ ··················· ··················· ·········································· ············ ·················· ·················· ············ 1515 3-4. 3-4 ERRO ERR OR R Mode Mod ······································································································································· 3 -5. SETUP S ETUP Mode M ode ·················· ··········· ······································································································································· ······································································· ············ ············ ·············· ············· ············ ············· ············· ············· ·············· ············ ································································ ············ ·············· ·············· ············ ············ ·············· ············· ············· ········ 17 · 17 3-5. 3-5 SETU Mod 3-6. MANAGEMENT MA MANAGEMENT Mode Mo Mode ······················································ ················································································································· ············· ···················· ·············· ············· ············· ·············· ············· ············· ·············· ·································································· ············· ············· ·············· ············· ············· ·············· ············· ············· ······· 2626 3-6. ························································································································ 3 -7. INFO INFO Mode Mode ············ ··········································································································································· ·················· ············ ············ ··········· ············ ············· ··········· ··········· ············· ············ ··········· ············ ············ ············ ············ ············ ············ ············ ··········· ············ ·············· ········ 28 · 28 3-7. 3-7 4 4.. M MENU MEN ENU IIND INDEX INDE NDEX EX ················································································································································ ············ ················· ············ ············· ············ ············ ············· ············ ············ ············· ············ ············ ············· ············· ············ ············· ·············· ············· ··················· ··················· ············· ······· 2929 4 -1. Menu M enu Index IInd nde x Table T able le ············· ······· ······························································································································ ············ ············ ············· ············· ············ ············ ············· ············ ············ ············· ············ ············ ············· ············· ··················· ··················· ············· ······· 2929 4-1. 4-1 Men ex Tab 5. REVISION R EVISION ······················································································································································· ············ ··················· ············· ············ ············ ············ ············ ············· ············ ············ ············· ············ ············· ·············· ············· ············ ············· ·············· ············· ··················· ···················· ············ ····· 3939 5. REVISIO
Rev. Rev. Commem Commemts ts :
HELCO-C5-003-01
- 2 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0 REV.0
HSVF SERIES SER SERIIES ES HHT MANUAL MANUAL
2011 2011.1 .12. 2.23 23
HSVF HHT MANUAL MANUAL Document Document Number :
1. INTRODUCTI INTRODUCTION ON -. HHT is simpli simplifie fied d charac character ter of "Hand "Hand Held Terminal" Terminal".. -. The HHT is the same as INVERTER HHT
2. HHT HHT Menu Menu Menu 2-1. HHT Applicatio Application n 1) Set up specif specifica icatio tion n for control control part part 2) Input Input and Output Output memory memory monito monitoring ring 3) Error status monitoring monitoring 4) Field adjustment adjustment 5) On/off On/off function function of MCU board 2-2. 2-2. HHT Connec Connectio tion n nection 1) Conn Connec ectt HHT to H8 conne connecto ctorr of MCU MCU boar board. d. 2) And push "ESC" "ESC" and "ENTER" "ENTER" button button simultan simultaneou eously sly for 1 second. second. 2-3. 2-3. HHT Mode Mode 1) HHT is composed by
, , , .
2) Initia Initiall displa display y mode mode is "Main "Main Menu". Menu". 3) If you push
button button at "Main "Main Menu", Menu", you can see "Total Informat Information ion Mode". Mode".
4) If tou push
button button at "Total "Total Informati Information on Mode", Mode", you can see "Main "Main Menu". Menu".
5)
,
6)
: Incr Increa ease se or decre decreas ase e of each each mode mode or valu value. e.
: Select Selection ion each each mode mode or value, value, : Moving Moving lower level mode mode
7)
: Cancel Cancel each mode mode or valu value, e, : Moving Moving upper upper level level mode. mode.
Rev. Rev. Commem Commemts ts :
HELCO-C5-003-01
- 3 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0 REV.0
HSVF HHT MANUAL MANUAL
HSVF SERIES SER SERIIES ES HHT MANUAL MANUAL
2011 2011.1 .12. 2.23 23
Document Document Number :
Total Information Information Mode
↑
↓ Main Main Menu Menu
↑
↓ Lower Lower Level Lev ell Mode Mode Leve
↑
↓ Detail Detail Mode
↑
↓ Mode Value
hod>
2-4. 22-4. 4. The Meth Method od of Set up Each Each Each Part Part Part The Method 1) You You can can see see lowe lowerr leve levell mode mode by push pushing ing
button button at "Main "Main Menu" Menu"
It is same same as moving "Detail "Detail Mode". Mode". 2) If "▶" is displ display ayed ed,, you you can chang change e that that detai detaill mode mode value. value. 3) You can select select the cursor cursor position position and mode mode value value wit with h 4) Push Push
/ button.
button button for moving moving upper level level mode or cancel canceling ing mode value value set. set.
* When elevator elevator is moving moving,,
button button is not acted acted at detail detail mode. mode.
Rev. Rev. Commem Commemts ts :
HELCO-C5-003-01
- 4 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
2011.12.23
Document Number :
3. MENU EXPLANATION 3-1. Main Menu ID 0.
HHT Main Menu Menu EL.STATUS
1.
IN/OUT
2.
ERROR
3.
SETUP
4. 5.
MANAGEMENT INFO
Commit Total Information Mode PIO I/O, Car I/O, Call I/O, INVERTER I/O, RMS I/O, Group I/O, CAN STATUS, EXT I/O Error, Error records, Erasing records, Hall Error Spec. change, Device set up, Time set up, Initialization, Load set up Field test, Factory test, Count E/L running times Version information
3-2. Total Information Mode 3-2-1 Total Information Mode(1) C
1
3
5
6
7
8
11
15 16
V
Position
1verse 1,2 column
1verse 3,4 column 1v 1v 1v 1v 1v 1v 2v 2v
5c 6c 7c 8,9c 11~12c 15,16c 1,2,3c 11~15c
1
A u C D ↑ ≡
2
F 6 8 Commit
Elevator Status
Door Status Direction Door zone sensor Non-Stop Floor Absolute Floor Floor display Total Floor Error display Current time
2
( B 1
)
/
3 3
[ 0 9
:
2 5 ]
Display No no mode F1 1st fireman op. Au auto F2 2nd fireman op. In In-Car inspection Mv independent op. On On-Car inspection Ep Emergency op. Machineroom Emergency Mc El inspection Landing op. Fi Initialization Eq Earthquake op. Pk Parking op. Rp Sub brake in Fr Fireman Return Ar Arrange op. OG Openning RG Rear Door Openning OP Open RO Rear Door Open CG Closing RC Raer Door Close CD Close ↑ : Up, • : Stop, ↓: Down ULA, DZ, DLA (Space) : Service Floor, * : non-Service Floor Floor display on Indicator -----: No error, Fxx: Fxx error code Hour : Minute
Rev. Commemts :
HELCO-C5-003-01
- 5 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
2011.12.23
Document Number :
3-2-1. Total Information Mode(2) C
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16
V
1v 1v 2v 1v
위치 1,2,3c 8~14c 1~5c 7~9c
1v 13,14c
1
2 4 0 m p m /
1 2 3 4 5 6 7 m m
2
■ ■ ■ ■ ■ /
9 9 % /
내용 Speed Pattern Position Speed Graph Load Data
Inverter Mode
[
1 ]
표시형식 0 ~ Max Speed (meter/min) Distance from Bottom Floor(5000) (mm) 20% of Max Speed per 1 square Car Load data from inverter 0 Auto 6 LowSpeed 1 Initialization 7 ELD 2 Inspection 8 Rescue 3 Relevel 9 Rescue Relevel 4 Relevel(DZ) 10 Rescue Relevel(DZ) 5 60m/min 11 STOP(Error etc.)
HHT Display PIO Input PIO Output Car Input Car Output Call Input Call Output Inv. Input Inv. Output RMS Input RMS Output Group Input Group Output CAN Status ExtIO Input ExtIO Output
Commit PIO input status PIO output status Car input status Car output status Call input status Call output status Inverter input status Inverter output status Remote Monitor System input status Remote Monitor System output status Group input status Group output status CAN communication status Extension input status Extension output status
Commit Normal/Front Car call input 1~32 floor Normal/Front Car call input 33~64 floor Normal/Front Hall call up input 1~32 floor Normal/Front Hall call up input 33~64 floor Normal/Front Hall call down input 1~32 floor Normal/Front Hall call down input 33~64 floor Handicap/Rear Car call input 1~32 floor Handicap/Rear Car call input 33~64 floor Handicap/Rear Hall call up input 1~32 floor Handicap/Rear Hall call up input 33~64 floor Handicap/Rear Hall call down input 1~32 floor Handicap/Rear Hall call down input 33~64 floor
Commit Normal/Front Car call output 1~32 floor Normal/Front Car call output 33~64 floor Normal/Front Hall call up output 1~32 floor Normal/Front Hall call up output 33~64 floor Normal/Front Hall call down output 1~32 floor Normal/Front Hall call down output 33~64 floor Handicap/Rear Car call output 1~32 floor Handicap/Rear Car call output 33~64 floor Handicap/Rear Hall call up output 1~32 floor Handicap/Rear Hall call up output 33~64 floor Handicap/Rear Hall call down output 1~32 floor Handicap/Rear Hall call down output 33~64 floor Front Hall Lantern up output 1~32 floor Front Hall Lantern up output 33~64 floor Front Hall Lantern down output 1~32 floor Front Hall Lantern down output 33~64 floor Rear Hall Lantern up output 1~32 floor Rear Hall Lantern up output 33~64 floor Rear Hall Lantern down output 1~32 floor Rear Hall Lantern down output 33~64 floor Front Hall Chime up output 1~32 floor Front Hall Chime up output 33~64 floor Front Hall Chime down output 1~32 floor Front Hall Chime down output 33~64 floor Rear Hall Chime up output 1~32 floor Rear Hall Chime up output 33~64 floor Rear Hall Chime down output 1~32 floor Rear Hall Chime down output 33~64 floor
Commit initok dir ptr enro iend ip2i istop infl2 infl1 inchk pe ncall nearst ierr1 ierr2 decer watch antist limer2 max floor Advanced floor Current floor load (low) load (high) Relevel Position confirm (low) Relevel Position confirm (mid) Relevel Position confirm (high) Current speed (low) Current speed (high) Current position (low) Current position (mid) Current position (high) eld init relvl return spec manu auto inverter mode
Display Form: 8bit hex value (0x00) 3.3.8 IN/OUT / 1.8 Inv. Output ID
Commit command input VIP command input non service floor command input command confirm signal (0xCD) RMS HALL UP CALL (1~32) RMS HALL UP CALL (33~64) RMS HALL DN CALL (1~32) RMS HALL DN CALL (33~64) call control command confirm signal (0xCD) destination call floor destination target floor destination command signal (0xCD) RMS CAR CALL (1~32) RMS CAR CALL (33~64) RMS CAR CALL command confirm signal (0xCD)
Display Form: 8bit hex value (0x00) 3.3.10 IN/OUT / 1.A RMS Output ID
Commit fc5 fc4 att park run cpu dol full fault code
fc3 auto arran ovld
fc2 fire eld inv
CAR CALL (1~32) HALL UP CALL (1~32) HALL DN CALL (1~32) CAR CALL (33~64) HALL UP CALL (33~64) HALL DN CALL (33~64) service floor dec group rev fwd close inverter error code inverter speed load data Request code (0x32) Request confirm signal (0xCD)
fc1 ins eq bk
open
Display Form: 8bit hex value (0x00) Rev. Commemts :
Commit Group Hall call up input 1~32 floor Group Hall call up input 33~64 floor Group Hall call down input 1~32 floor Group Hall call down input 33~64 floor Group Hall call up button lamp input 1~32 floor Group Hall call up button lamp input 33~64 floor Group Hall call down button lamp input 1~32 floor Group Hall call down button lamp input 33~64 floor Group Hall call up Lantern input 1~32 floor Group Hall call up Lantern input 33~64 floor Group Hall call down Lantern input 1~32 floor Group Hall call down Lantern input 33~64 floor Handicap Group Hall call up input 1~32 floor Handicap Group Hall call up input 33~64 floor Handicap Group Hall call down input 1~32 floor Handicap Group Hall call down input 33~64 floor Handicap Group Hall call up button lamp 1~32 floor Handicap Group Hall call up button lamp 33~64 floor Handicap Group Hall call down button lamp 1~32 floor Handicap Group Hall call down button lamp 33~64 floor Group status (00: group, 11: no group) Home Landing Floor Emergency Power Operation (Auto Home Landing) Emergency Power Operation (Continue Running) Duplex Group live counting Duplex Group communication error (01: error) Duplex Group communication status
Commit Group Call Output to Remote Monitoring System Group Call Output to Remote Monitoring System Group Call Output to Remote Monitoring System Group Call Output to Remote Monitoring System Car Call From Destination Selecting System Car Call From Destination Selecting System Door Open Signal From Destination Selecting System Display Form: 8bit hex value (0x00)
Commit From C/P to Group Hall call up output 1~32 floor From C/P to Group Hall call up output 33~64 floor From C/P to Group Hall call down output 1~32 floor From C/P to Group Hall call down output 33~64 floor From C/P to Group Car call output 1~32 floor From C/P to Group Car call output 33~64 floor From C/P to Group Force stop floor 1~32 floor From C/P to Group Force stop floor 33~64 floor Handicap hall call up output 1~32 floor Handicap hall call up output 33~64 floor Handicap hall call down output 1~32 floor Handicap hall call down output 33~64 floor
Display Form: 8bit hex value (0x00)
Rev. Commemts :
HELCO-C5-003-01
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A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
2011.12.23
Document Number :
3.3.13 IN/OUT / 1.D CAN Status ID
HHT Display CAN.Car Status
Commit Car part CAN status register value : * normal : 0x0000000C * abnormal : 0x80000044 Hall part CAN status register value :
CAN.Hall Status
* normal : 0x0000000C * abnormal : 0x80000044 Normal/Front Hall detected ID 1~32 floor
HallScan1 1-32
HallScan1 33-64 HallScan2 1-32 HallScan2 33-64
(Detected Hall ID bit is displayed "1") * example 8 floor = 0x000000FF * example 15 floor = 0x00007FFF Normal/Front Hall detected ID 33~64 floor Handicap/Rear Hall detected ID 1~32 floor Handicap/Rear Hall detected ID 33~64 floor OPB board Detected ID : * 0xHGFEDCBA
Car Scan
H
G
F
E
D
C
B
A
--
ExIO2
ExIO1
LS
OPB4
OPB3
OPB2
OPB1
Display Form: 32bit hex value (0x00000000) 3-4. ERROR Mode ID
HHT Display
Commit
2.1
Error List
Error occurrence / cancellation list
2.2
Clear Error
Clear error occurrence / cancellation list
2.3
Hall Error
Hall board error
3.4.1 ERROR / 2.1 Error List - Error List is recorded with error code, occurrence, cancellation, time in regular sequence. - The number of total recorded lists is 64. ex 1) 2009. 2. 17 15:55:47.11 0 0 2
Commit Spec 1 set up Spec 2 set up Non-service floor set up
SETUP / 3.1 Basic / 31a General HHT display Region
Commit Country : Korea/China/Other
A02
T/M Type
Motor : - Geard : geared motor - Gerless notMRL : gearless motor (Not MRL) - MRL-UpperDriven : Upper side MRL - MRL-LowerDriven : Lower side MRL - MRL-InnerDriven : In running way MRL
A03
Speed
Speed - 30, 45, 60, 90, 105, 120, 150
Local Type
Local Code: - KS_CODE - EN_CODE - GB_CODE
SubBrake Typ
Sub Brake Type - None : no use - Rope Brake : Rope Brake, Rope Gripper - Car Brake : Car Brake - Double Brake : Standard Brake
Num. of Door
Normal/Front+Rear Door Type - Standard : 1 Door Type - Front-Rear : 2 Door Type
Door OpenDir
Door open direction - Left-Right Open : left-right side open - Up-Down Open : up sliding open
DLD Use
Door load detector type - None : no use - DLD : Use door load detector - HNPS : Use door finger jam prevention (option) - DLD+HNPS : Use DLD + HNPS function (option)
LoadSwch Pos
Load switch position - Car Bottom : Car Bottom - Machine Room : Machine Room
A04
A05
A06
A07
A08
A09
EN81 code (MC2) : MC2 no use : MC2 use : china MC2 use
Load sensor set up : refer to sub menu mode - Load sensor device selection (Use : "Enable")
20a LS Use
* After set "Enable", Press reset button of MCU Board for setting the following sub menu Load set up (0%, 50%, zero point alignment) Load Set : 0% (0% set up : at no load in car)
20b Load Setting
Load Set : 50% (50% set up: at 50% loads in car) Load Load Align : (zero point alignment at no load) SetEnd Data : (no use) Current load data display LS Data : %
20c Sensing Data
percentage data (0% ~ 120%) LS Data : A/D Analog to digital decimal value data Receive the recorded data of load sensing board Read LS Memory - command to read load data.
20d Rd LS Memory
LS Memory Data (recorded data) - LS Memory : 0% - LS MEmory : 50% Transmit the data of 0%, 50% to LS board Data to Wr : 0% -Transmit 0% data (decimal value) 20e Wr LS Memory
Data to Wr : 50% -Transmit 50% data (decimal value) Send LS Memory -Command to transmit 0%,50% data
A21 A22 A23
AC-DC Time Reserved2 BMS USE
Delay time of turning brake off for gearless system - 0, 250msec, 300msec, 350msec No use 02 : USE * I/D : OF => F6, F5, F4, F3, F2, F1, MDN, MUP
A24
WATER_LEVEL
* I/D : 01 => X, X, X, ALARM, FIRE, X29, OPEN, AUTO 01 : USE
A25
ReOpen Time
No use
Rev. Commemts :
HELCO-C5-003-01
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A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
3.5.1.2
HSVF SERIES HHT MANUAL
HSVF HHT MANUAL Document Number :
SETUP / 3.1 Basic / 31b Field
ID B01 B02 B03
HHT Display Total FL Num Reference FL Parking FL
B04
Parking Mode
Commit Total floor number (the number of door zone vane) Lobby floor (from bottom floor) Parking floor (returning floor in parking operation) Parking operation use and door status - Disable : no use - Door Close : door closed after parking operation - Door Open : door open after parking operation Fire code - Disable : no fire operation
B05
Fire Mode
- KS : korea code - BS :
B06 B07 B08 B09 B10
FireRtn FL.1 FireRtn FL.2 Nonstop Use UserSkip Use Relevel Mode
- CS : china code 1st fire return floor (from bottom floor) 2nd fire return floor (option) use non-service floor. (refer to 31c mode) use user skip service floor. (refer to 31c mode) auto leveling op. (door open or close. need X-relay) running open (at landing time)
B11
Running Open
- Disable : no use
B12 B13 B14 B15 B16
Car Call 2-T Hall Call 2-T Lantern Use BtTouchSound DispFont RFL
B17
DispRFL Skip
- Enable : use (need X-relay) two touch car call cancel two touch hall call cancel (no use in group) hall lantern car button touch sound the floor indicated "1" lobby floor indicator skip data
B18 B19
Font Skip 1 Font Skip 2
ex) If "5,6......" : set up “4” Indicator skip floor 1st. ex) if "1,2,3,5,7,8...." : set "4" Indicator skip floor 2nd. ex) if "1,2,3,5,7,8...." : set "6"
Indicator: user font (SPEC/3.1 Basic/31a General /A18 DispFontType → B20
UserDispFont
select ‘User Disp Font’) User Font [1] ~ User Font [63] ※ User Font [absolute floor] ([0]:no use) ※“Reference data 1. User Font”
Rev. Commemts :
HELCO-C5-003-01
- 22 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
2011.12.23
Document Number :
example) indicator display : B1, L, M, 2, 3, F, 5, 6, P (9stop) *Reference Floor = 2nd floor("L" marked floor) (1) SETUP (2) SETUP (3) SETUP (4) SETUP User User User
/ 3.1 Basic / 31a General / A18 : "user disp font" select / 3.1 Basic / 31b Field / B01 : "9" / 3.1 Basic / 31b Field / B02 : "2" / 3.1 Basic / 31a General / B20 : font [1] = B1, User font [2] = L, User font [3] = M font [4] = 2, User font [5] = 3, User font [6] = F font [7] = 5, User font [8] = 6 User font [9] = P
2Car:MFL 2Car:BFL dif 2Car:TFL dif 2Car:Master 2Car:RFL Rtn 2Car:SFL Rtn 2Car:Option ANSI Spec Brk-off Time EMP Use EMP FL ELD Use Earthquake VIP Use VIP FL Pass Mode 1BC Use
- Duplex : 2-car group (can type) No use No use No use 2-car : master / slave (#1 Enable, #2 Disable) 2-car : home landing function (Enable both #1and#2) 2-car : 2nd home landing function 2-car : Hall call 2 touch function No use brake off time set up (standard : 80ms) Emergency Power operation Homelanding floor of Emergency Power operation Emergency Landing Device (option) Earthquake operation (option) VIP operation (option) VIP floor (option) hall call pass operation 1BC type operation False car call cancel
B41
FakeCallCncl
- Disable : no use - Enable : use Contrary direction car call cancel
B42
RearCallCncl
- Disable : no use
B43
ATStall Time
- Enable : use Running time available per 1 time Handicap car call
B44
OPB Handicap
- Button Common : Normal+Handicap Lamp Common - Button Divide : Normal+Handicap Lamp Divide Calm Running at night
B45
Night Run
- 45a Night Run Set (volumn, speed set up) - 45b Night Start Time - 45c Night End Time
Rev. Commemts :
HELCO-C5-003-01
- 24 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
HSVF SERIES HHT MANUAL
HSVF HHT MANUAL Document Number :
Buzzer Alarm for Landing Door opening or Safety error - None B46 BuzzerOption
- Door Error BZ - Safety Error BZ - Door+Safety BZ - F94 Enable Forced Car Call Input - 47a ForceCallUse : With RTC Time (Use HHT Time)
B47 ForceCallSet
: With RMS Traffc (Use RMS up/down peak control) - 47b ForceCall FL - 47c Force Start - 47d Force End
A06 Num. of Door“ value) - Button Common: common with Main OPB
32c 32d
OPB.3 Use OPB.4 Use
- Button Divided : divided from Main OPB Handicap OPB #1 board Handicap OPB #2 board Handicap OPB call type (common/divided) (with “SETUP / 3.1 Basic / 31b Field /
32e
HdcpOPB Type
B44 Handicap Use“ value) - Button Common : common with normal OPB - Button Divided : divided from normal OPB Extension I/O board #1
32f
32g
ExtIO 0~7 Use
ExtIO 8~E Use
- 0x01 : MRL-InnerDriven, MachineRoom Load Switch - 0x02 : Card Key Call Control - 0x10 : Door Hold, Group Divide Extension I/O board #2 - No use Hall call type (Front Hall call) (with “SETUP / 3.1 Basic / 31b Field /
32h
Hall.1 Type
B44 Handicap Use“ value) - Normal Call - Handicap Call Hall call type (Rear Hall Call) (with “SETUP / 3.1 Basic / 31a General /
32i
Hall.2 Type
A06 Num. of Door“ value) - Handicap Call
32j 32k 32l 32m 32n 32o 32p 32q
CardKey Type CardKey Auto CTS Type DestCallType RS485 Type RS485 Speed HomeCall Use CAN-HHT Use
- Rear Call Card key type Auto car call with card key input Car Touch Screen Destination Selecting System RS485 port RS485 port speed Home automation call HHT function with CAN communication
Rev. Commemts :
HELCO-C5-003-01
- 26 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
2011.12.23
32r
Inv. Type
32s 32t 32u 32v 32w 32x
UART0 UART0 UART1 UART1 UART2 UART2
Use Speed Use Speed Use Speed
Document Number :
Communication Between MCU and Inverter - DPRAM or CAN (only CAN in HSVF system) no use no use no use no use no use no use
3.5.3 SETUP / 3.3 Time & Date ID 33a 33b 33c
HHT Display Time Set Date Set RTC Init
Commit hour-minute set up year-month-day set up Real-Time Clock initialization : 2009-01-01 00:00
3-6. MANAGEMENT Mode ID 4.1 4.2 4.3
HHT Display EL Run Count Factory Test Field Test
Commit Count the number of elevator running Factory test Field test
3.6.1 MANAGEMENT / 4.1 EL Run Count : Count the number of elevator running 3.6.2 MANAGEMENT / 4.2 Factory Test : ID 42a 42b 42C
HHT Display C/P Test Spec Init UserFontInit
Commit C/P test signal (using only factory) Initialize all set up data Initialize all user font data
01 : Rope Brake Error occurrence *Set up “00”, then F74 error is canceled.
43C
Car call without pushing car button
Auto CarCall
* After all inspection, please reset the MCU board. Door status set up after car call service
Auto CarCall En
Auto Auto Auto Auto 43d
CarCall CarCall CarCall CarCall
1 2 3 4
AutoHallCall
No : no use Normal Door : Open → Close (normal function) Closed Door : Keep up door close status 1st car call 2nd car call 3rd car call 4th car call Hall call without pushing hall button * After all inspection, please reset the MCU board. Door status set up after hall call service
No : no use Normal Door : Open → Close (normal function) Closed Door : Keep up door close status 1st hall call up 2nd hall call up 1st hall call down 2nd hall call down
Rev. Commemts :
HELCO-C5-003-01
- 28 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
Document Number :
3-7. INFO Mode ID 5.1 5.2
HHT Display Version CPID
Commit Program version C/P product information
3.7.1 INFO / 5.1 Version Program version is displayed with "Ver xx.xx" form. ID 51a 51b 51c 51d 51e 51f 51g 51h 51i 51j 51k 51l 51m 51n 51o 51p
Commit Main program version of MCU board CAN program version of MCU board CPLD program version of PIO board GIO program version of GIO board Main OPB board version Sub(Rear) OPB board version Handicap #1 OPB board version Handicap #2 OPB board version Load sensing board version Extension I/O board #1 version Extension I/O board #2 version (no use) (no use) (no use) (no use) MCU library version
3.7.2 INFO / 5.2 CPID C/P characteristic ID ID 52a 52b 52c 52d
HHT Display Project # MCU Serial # Mfg. Time C/P #
Commit Field project number MCU serial number Program download time Control part number
Rev. Commemts :
HELCO-C5-003-01
- 29 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
HSVF HHT MANUAL
HSVF SERIES HHT MANUAL
Document Number :
4. Menu Index 4-1. Menu Index Table Main Menu 0. EL.STATUS 1. IN/OUT
Sub Menu 1 Sub Menu
Sub Menu 2 Sub Menu
Sub Menu 3
1.1 PIO Input PIO PIO PIO PIO
Input Input Input Input
[0] [1] [2] [3]
1.2 PIO Output PIO Output [0] PIO Output [1] 1.3 Car Input CarSigIn CarSigIn CarSigIn CarSigIn
[0] [1] [2] [3]
1.4 Car Output CarSigOut CarSigOut CarSigOut CarSigOut
1.D CAN Status CAN.Car Status CAN.Hall Status HallScan1 1-32 HallScan1 33-64 HallScan2 1-32 HallScan2 33-64 Car Scan 2. ERROR 2.1 Error List 2.2 Clear Error 2.3 Hall Error HallErr.1 HallErr.1 HallErr.2 HallErr.2
Region T/M Type Speed Local Type SubBrake Typ Num. of Door Door OpenDir DLD Use LoadSwch Pos FanLightTime RFL Rtn Time RFL DoorTime Car DoorTime HalldoorTime HdcpDoorTime Move/Ind/Att DispLampType DispFontType Init TrvlLen Load Sensor AC-DC Time MC1 Off Time BMS USE WATER_LEVEL ReOpen Time
Total FL Num Reference FL Parking FL Parking Mode Fire Mode FireRtn FL.1 FireRtn FL.2 Nonstop Use UserSkip Use Relevel Mode Running Open Car Call 2-T Hall Call 2-T Lantern Use BtTouchSound DispFont RFL DispRFL Skip Font Skip 1 Font Skip 2 UserDispFont Supervisor RMS Use Group Mode 2Car:MFL 2Car:BFL dif 2Car:TFL dif 2Car:Master 2Car:RFL Rtn 2Car:SFL Rtn 2Car:Option ANSI Spec Brk-off Time EMP Use EMP FL ELD Use Earthquake VIP Use VIP FL Pass Mode
Glb.NonStp.L Glb.NonStp.H FronNonStp.L FronNonStp.H RearNonStp.L RearNonStp.H RMS NonStp.L RMS NonStp.H User Skip1.L User Skip1.H User Skip2.L User Skip2.H CardkeyMsk.L CardkeyMsk.H KeyBoxNons.L KeyBoxNons.L
31c Nonstop
3.2 Device 32a OPB.2 Use 32b OPB.2 Type 32c OPB.3 Use 32d OPB.4 Use 32e HdcpOPB Type 32f ExtIO 0~7 Use 32g ExtIO 8~E Use 32h Hall.1 Type 32i Hall.2 Type 32j CardKey Type 32k CardKey Auto 32l CTS Type 32m DestCallType 32n RS485 Type 32o RS485 Speed
Rev. Commemts :
HELCO-C5-003-01
- 37 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
Main Menu 3. SETUP
HSVF SERIES HHT MANUAL Sub Menu 1 Sub Menu
Sub Menu 2 Sub Menu
HSVF HHT MANUAL Document Number :
Sub Menu 3
3.2 Device 32p HomeCall Use 32q CAN-HHT Use 32r Inv. Type 32s UART0 Use 32t UART0 Speed 32u UART1 Use 32v UART1 Speed 32w UART2 Use 32x UART2 Speed 3.3 Time & Date 33a Time Set 33b Date Set 33c RTC Init 4. MANAGEMENT 4.1 EL Run Count 4.2 Factory Test 42a C/P Test 42b Spec Init 42c UserFontInit 4.3 Field Test 43a Field Setup 43b RopeBrkReset 43c Auto CarCall 43d AutoHallCall
FieldTestSetup RopeBrake Reset Auto CarCall En Auto CarCall 1~4 AutoHallCall En AutoHallCallUp1~2 AutoHallCallDn1~2
Rev. Commemts :
HELCO-C5-003-01
- 38 -
A4(210㎜ ×297㎜ )
Hyundai Elevator Co., Ltd.
HSVF SYSTEM File Name :
TITLE
REV.0
2011.12.23
Main Menu 5. INFO
HSVF SERIES HHT MANUAL Sub Menu 1 Sub Menu
Sub Menu 2 Sub Menu
HSVF HHT MANUAL Document Number :
Sub Menu 3
5.1 Version 51a MCU.Main 51b MCU.CAN 51c PIO.CPLD 51d GIO 51e OPB.1 51f OPB.2 51g OPB.3 51h OPB.4 51i LS 51j ExtIO.1 51k ExtIO.2 51l (Inverter) 51m (RMS) 51n 51o 51p Menu 5.2 CPID 52a Project # 52b MCU Serial # 52c Mfg. Time 52d C/P #