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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
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SPEC table
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Date
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5 SPEC table 5.1 Function SPEC Address
LABEL
Legend(**H:Hex, 00H:Without,01H:With) DATA
0000H
Door_Reopen_Time
00 / 01
0002H 0004H 0006H 0008H
Crt_id Housing_Corp Observation Car_Door_Lock
*H 00 / 01 00 / 01 00 / 01
000AH
Anti Crime Operation
BH - EH Unused 0010H Earthquake_Slow 0012H Earthquake
00 or 01 00 / 01 00 / 01
No-mark:Decimal
DESCRIPTION
Default
When SES, PSES, OPEN B/T activated, it permits door time SPEC. (V4.03 ↑ , VT3.00 ↑ )
00
CRT Supervisory panel ID ( E/L No .ID) Special Option (Korea) Observation E/L : 01 Car Door Locking Device Option : 01 In case security operation is applied to SPEC, set ‘0x01H’ Unused Earthquake Control operation In case DOV-200 is applied to CP, set ‘ 01H’(V2.05 ↑ ) Slack rope compen.:01 Load Sensor Type + Number of sensor Pontio-Meter:40H, Weighing Device: 00H ex) Two PTM installed: 42H One PTM installed: 41H ESMI ID Setting ( Korea Domestic only)
01H 00H 00H 00H 00H 00H 00H 00H 00H
0014H
Voice_to_RS232
0016H
Rope_Compen
00 / 01
0018H
Weight Sensor
*H
001AH
ESMI_ID
*H
001CH 001EH 0020H
ESMI_Operation ARD(ALP)_Operation CRT_Operation
00 / 01 00 / 01 00 / 01
ESMI Operation ( Korea Domestic only) ARD(ALP)_Operation Supervisory panel applied : 01
00H 00H 00H
0022H
Running_Open
00 / 01
RUNNING OPEN function :01
00H
0024H
Mis_Call_Cancel
00 / 01
0026H
Call_Cancel
0028H
Hall_Chime_Gong
00 / 01
002AH
Hall_Call_Cancel
*H
002CH
Fireman_Drive
00 / 01
002EH
Fireman_Open_Cut
00 / 01
0030H 0032H
Call_Cancel_Non_Sto p_SW Auto_Private_Power
00 or 01
****B:Binary,
*H
00 / 01 00 / 01
Anti-nuisance control (Control spec: 015A setting) Car call cancel function (00:No function., 01:One touch, 02:Two Touch, 04:One Touch Holding) Chime attached to hall :01 Hall call cancel function ( 00:No function., 01:One Touch, 02:Two Touch) Fireman operation function :01 (V2.03↑ ) Door close standby when fireman operation arriving(When Door open B/T pressed OPEN :01H) Call deletion function by Non Stop switch On. Generator power operation: 01
00H 41H 00H
00H 01H 00H 00H 00H 01H 01H 00H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Address
LABEL
0034H
Voice_Guide_Spec1
0036H
Voice_Guide_Spec2
0038H
Chime_RTC_Spec
003AH
Ref_FL_RTC_Spec
SPEC table
Ctrl. No.
SI-SR-01-1
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Date
Nov. 2006
Legend(**H:Hex, ****B:Binary, No-mark:Decimal 00H:Without,01H:With) DATA DESCRIPTION Default 1 bit : DOWN 0 bit: UP 1 Announ. Assigned 3 bit : Getting off 2 bit: Door closing FFH per 5 bit : Overload 4 bit: Full (80%) 1 bit 7 bit : VIP 6 bit: Service floor 1 bit : Power fail 0 bit : Fire detec. 1 3 bit : Failure 2 bit : Auto rescue Announ. 5 bit : Standby FFH 4 bit : Parking Assigned power operation per 6 bit : Earthquake 1 bit Night chime prohibition function (When it 00/01 applied: Volume, Chime Cut) 00H (Time control function spec setting) Function of changing reference floor 1stor 2nd 00H 00 / 01 According to the traffic. (Time control function spec setting) Compulsion stop FL function(01H) 00H 00 / 01 (Compulsion stop floor spec setting) 00 / 01 OBS switch function :01 01H
003EH
Force_Stop_Operatio n OBS_Operation
0040H 0042H 0044H 0046H
Heavy_Wind_Oper Russia_Code Rope_Gripper Load_Auto_Adjust
00 / 01 00 / 01 00 / 01 00 / 01
0048H
Exit Floor Fire Detect
00/01
004EH
Dir_Reverse
00 / 01
0050H
Photo_Shoe
0052H
003CH
Part
00H 00H 01H 01H
00 / 01
Heavy wind operation function : 01 Russia Code Rope Gripper Load auto compensation function(01H) Exit Floor Fire Detect(Second exit floor) For UAE (V2.03 ↑ ) Cut the priority service for operation direction by car call Photo Shoe (01H)
Housing Corp.Local CRT
00 / 01
Housing Corp Local CRT(KOREA)
00H
0054H
Hall_Lantern
00 / 01
00H
0056H
Voice_Output_Time
*H
0058H
Chime_Output_Time
*H
005AH
Multi_Step_Decel
00 / 01
Hall Lantern (01H) Annunc. Starting time for arrival(Unit:sec) * Available range(2~5sec) Chime Starting time for arrival (Unit: sec) * In case that the Annunc. Is applied 4sec, is not applied 2sec Multi_Step_Deceleration function Address 011AH, 0422H, 0424H set
005CH
Housing_Corp_Fire_ Option
00 / 01
Special fire option (Korea)
00H
005EH
Cooler operation
00 / 01
0060H
Chime_Removal_Time
23 hour is registered
Operation for draining water from Airconditioner Chime/Gong prohibition starting time(Hour)
00H 01H 01H
02H 04H 00H
00H 22H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Address
LABEL
0062H
Chime_Removal_Time
0064H
Chime_Removal_Time
0066H
Chime_Removal_Time
0068H
Ref1_Select_Time
006AH
Ref1_Select_Time
006CH
Ref1_Select_Time
006EH
Ref1_Select_Time
0070H
Ref2_Select_Time
0072H
Ref2_Select_Time
0074H
Ref2_Select_Time
0076H
Ref2_Select_Time
00C8H
User Velocity Adjust
Part
SPEC table
Ctrl. No.
SI-SR-01-1
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Date
Nov. 2006
Legend(**H:Hex, ****B:Binary, No-mark:Decimal 00H:Without,01H:With) DATA DESCRIPTION Default Chime/Gong prohibition starting time as 23H 00H (ex)To (Minute) prohibit sound for Chime/Gong prohibition finishing time 06H 23:30~06:3 ( Hour) 0 0060H: 23H 0062H: 30H 0064H: 06H 0066H: 30H Chime/Gong prohibition finishing time 00H (Minute)
Same as above
Same as above
00 or 01
Start time for using 1st reference floor(Hour) Start time for using 1st reference floor (Minute) Finish time for using 1st reference floor (Hour) Finish time for using 1st reference floor (Minute) Start time for using 2nd reference floor (Hour) Start time for using 2nd reference floor (Minute) Finish time for using 2nd reference floor (Hour) Finish time for using 2nd reference floor (Minute) Approval of speed compensation: 0x01 (Need to reduce or increase the speed by 1m/min unit)
18H 00H 19H 00H 07H 00H 08H 00H 00H
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Di1(Si210) Elevator
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Date
Nov. 2006
5.2 Control SPEC Addres s
LABEL
Legend(**H:Hex, 00H:Without,01H:With) DATA
Capacity
0102H
Motor
No-mark:Decimal
DESCRIPTION
Default
Capacity CODE
*H 0100H
****B:Binary,
6 8 9 10 11 06H 08H 09H 0AH 0BH 13 15 17 20 24 0DH 0FH 11H 14H 18H MOTOR CODE kW 4.5 5.5 7.5 9.5 Data 01H 02H 03H 04H kW 11 15 18 22 Data 05H 06H 07H 08H (Motor for modernization) kW 7.5 11 15 22
Persons
*(16=17 persons)
*H
Code Persons Code
Data
0104H
Contract_Velocity
*H
0106H
TM_Gear
*H
0108H
Traction_Machine_co de
Sigma Motor kW 4.5 5.5 7.5 9.5 11 Data 21H 22H 23H 24H 25H kW 13 15 18 22 Data 26H 27H 28H 29H Rated speed CODE (m/min) Speed 15 30 45 60 Code 01H 02H 03H 04H Speed 75 90 105 Code 05H 06H 07H Worm Gear Type:01H Helical Gear Type:02H T/M M/C CODE(Worm Gear Type) TKXS 38.5 01H TKL 26.67 06H TYS 56 0BH TKL 25.33 10H TKL 31.33 15H
TKXS 22.67 02H TKXL 47 07H TYS 56 0CH TKM 30.33 11H TKL 37.5 16H
TKM 38.5 03H TKXL 26.67 08H TYS 28.33 0DH TKM 45.5 12H TKL 55 17H
TKM 22.67 04H TYS 31.33 09H TYM 67 0EH TKM 62 13H TKL 75 18H
TKL 47 05H TYM 38 0AH TKXL 26.67 0FH EM 65 14H TYS 31.33 19H
01H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Addres s
LABEL
Part
SPEC table
Ctrl. No.
SI-SR-01-1
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Date
Nov. 2006
Legend(**H:Hex, ****B:Binary, No-mark:Decimal 00H:Without,01H:With) DATA DESCRIPTION Default TYS TYS EM TYS TKM 37 37.5 56 42 67 1AH 1BH 1CH 1DH 1EH WLC-2 WLC-2 WLC-2 TKM EM 32.67 24 26 17.25 24.5 1FH 20H 21H 21H 23H WMC-2
WMC-2
WMC-2
EM
EM
22
25.67
38.5
27.67
53
24H TYS 21.75 29H TYS 37 30H
25H TYS 33.33 2AH TYS 42 31H
26H DL 49 2BH TKL 23.25 32H
27H DL 27.5 2CH
28H
TR M/C CODE (Helical Gear) H437C 36.41 01H H322C 21.69 05H HYS 8.98 09H
H438B-S
H422B-S
37.85
21.92
03H H317C 17.371 07H
04H H309B 9.0 08H
H438B-2
H422B-2
H438B-D
37.85
21.92
37.85
0AH
0BH
0CH
H439C 38.68 02H H421C 20.98 06H
H422B-D
21.92 0DH 010AH
IGBT
*H
010CH
CT_Turn
*H
010EH
Encoder
*H
0110H
Roping
*H
0112H
Maint_Velocity
*H
IGBT Capacity (A) 50, 75 100 150 200 01H 02H 03H 04H 1 Turn(13Kw more than) 01H 2 Turn(11Kw more less) 02H Encoder pulse count 72 512 1024 3600 8192 01H 02H 03H 04H 05H ROPING CODE 1:1 2:1 4:1 01H 02H 04H Maintenance and floor height measurement operation speed CODE 15m/min ⇒ 01H
03H 01H 03H
01H
01H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Addres s
LABEL
0114H 0116H 0118H
Brake_C_Cntl Brake_Current Unused
Part
SPEC table
Ctrl. No.
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Date
Nov. 2006
Legend(**H:Hex, ****B:Binary, 00H:Without,01H:With) DATA DESCRIPTION 00 / 01 Brake current control function *H
No-mark:Decimal
2nd uniform velocity data (When applied Multi-step deceleration function) * Refer to the Rated speed code High FHM speed code * Refer to the Rated speed code Caution: Set the data smaller than permitted speed that lift crash into buffer Permitting normal operation after 2nd deceleration error occurrence (01H) Compensation chain/T-cable load compen. (for strain gauge type)
Default 01H 00H
00H
011AH
Second_Ref_V
*H
011CH
High_FHM-V
*H
011EH
Two_Speed_Err_Run
00 / 01
0142H0144H
Compen_Rope_Adjust
*H
0146H0148H
No_Load_Point
*H
No load Offset point - Field setting
00H
014AH014CH
Full_Load_Point
*H
Full load Offset point - Field setting
00H 00H
Half_Load_Point
*H
Half load Offset point - Field setting
00H
014EH – 0150 H 0152H
Inv_Noload_Cur
00H 00H 00H 00H
No load current compensation data Motor 2nd time constant compensation data
00H
*H
Bypass point of load (80% => 50)
50H
*H
Nuisance call detection count: HEX ex) Total 10 floors B/D Æ 10*0.8=8
00H
LDC_Point.On
*H
LDC ON – DELAY PULSE COUNT
00H
LDC_Point.Off
*H
LDC OFF – DELAY PULSE COUNT
00H
LDU_Point.On
*H
LDU ON – DELAY PULSE COUNT
00H
LDU_Point.Off
*H
LDU OFF – DELAY PULSE COUNT
00H
LDD_Point.On
*H
LDD ON – DELAY PULSE COUNT
00H
LDD_Point.Off
*H
LDD OFF – DELAY PULSE COUNT
00H
0154H
Inv_Slip_C
0156H
Unused
0158H
Full_Load_Detect_ Percent
015AH No_Of_Mis_Call 015CH0162H 0164H 016AH 016CH –0172H 0174H017AH 017CH0182H 0184H018AH
00H
00H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
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Date
Nov. 2006
5.3 Inverter SPEC Address
LABEL
0200H 0202H
INV_V_PI_Gain Inv_Linear_10
0204H
Inv_Comp_Dist
0206H 0208H
Inv_Adj_125 Load_Compen_Gain * Reverse shock Adj. 1. Opposite side:↑ 2. Straight side: ↓
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION *H Input data within 46H ~ 82H(70~130) *H Speed command when level before 10mm *H Advanced distance adjusting value for leveling control *H Compen. value of distance 125mm *H
020AH Load_Regen_Factor
*H
Load_Compen_Offset[ 0] Load_Compen_Offset[ 1] Load_Compen_Offset[ 2]
*H
0212H
Pgc_Gain
*H
0214H
Short_Pgc_Gain
*H
020CH 020EH 0210H
*H *H
Load compen. value gain (E/L speed; 60m/min -> 30H E/L speed ; 90~105m/min->50H) Gain value during regeneration. (E/L speed; 60m/min -> 07H E/L speed ; 90~105m/min->1EH) Higher floor rope compensation. (Not applied compen. Chain) Intermediate floor rope compensation. (Not applied compen. Chain) Lower floor rope compensation. (Not applied compen. Chain) Profile deceleration specification position gain (Long distance traveling) Profile deceleration specification position gain (Shot distance traveling)
Default 64H 07H 06H 0FH 30H OR 50H 07H OR 1EH 00H 00H 00H 10H 00H
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Di1(Si210) Elevator
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SPEC table
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Date
Nov. 2006
5.4 Floor SPEC Address
LABEL
0300H 0306H 0308H
Total Display_Char[0][0] Display_Char[0][1]
030AH
Display_Char[1][0]
030CH 030EH 0310H 0312H 0314H 0316H 0318H 031AH 031CH 031EH 0320H 0322H 0324H
Display_Char[1][1] Display_Char[2][0] Display_Char[2][1] Display_Char[3][0] Display_Char[3][1] Display_Char[4][0] Display_Char[4][1] Display_Char[5][0] Display_Char[5][1] Display_Char[6][0] Display_Char[6][1] Display_Char[7][0] Display_Char[7][1]
0326H
Display_Char[8][0]
0328H 032AH 032CH 032EH 0330H 0332H 0334H 0336H 0338H 033AH 033CH 033EH 0340H 0342H 0344H 0346H 0348H 034AH 034CH 034EH 0350H 0352H 0354H 0356H
Display_Char[8][1] Display_Char[9][0] Display_Char[9][1] Display_Char[10][0] Display_Char[10][1] Display_Char[11][0] Display_Char[11][1] Display_Char[12][0] Display_Char[12][1] Display_Char[13][0] Display_Char[13][1] Display_Char[14][0] Display_Char[14][1] Display_Char[15][0] Display_Char[15][1] Display_Char[16][0] Display_Char[16][1] Display_Char[17][0] Display_Char[17][1] Display_Char[18][0] Display_Char[18][1] Display_Char[19][0] Display_Char[19][1] Display_Char[20][0]
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION *H Total floor (Number of shelter plate installed) 20H Unused 20H Unused 1FL 2-figures indicating character *H (Nothing:20H) *H 1FL 1-figure indicating character *H 2FL 2-figures ASCII CODE *H 2FL 1-figure "0" 30H "A" 41H *H 3FL 2-figures "1" 31H "B" 42H *H 3FL 1-figure "2" 32H "C" 43H *H 4FL 2-figures "3" 33H "D" 44H *H 4FL 1-figure "4" 34H "E" 45H *H 5FL 2-figures "5" 35H "F" 46H *H 5FL 1-figure "6" 36H "G" 47H *H 6FL 2-figures "7" 37H "H" 48H *H 6FL 1-figure "8" 38H "L" 4CH *H 7FL 2-figures "9" 39H "M" 4DH *H 7FL 1-figure "U" 55H "P" 50H Nothi *H 8FL 2-figures 20H “-“ 2DH ng *H 8FL 1-figure *H 9FL 2-figures *H 9FL 1-figure *H 10FL2-figures *H 10FL 1-figure *H 11FL 2-figures *H 11FL 1-figure *H 12FL 2-figures *H 12FL 1-figure *H 13FL 2-figures *H 13FL 1-figure *H 14FL 2-figures *H 14FL 1-figure *H 15FL 2-figures *H 15FL 1-figure *H 16FL 2-figures *H 16FL 1-figure *H 17FL 2-figures *H 17FL 1-figure *H 18FL 2-figures *H 18FL 1-figure *H 19FL 2-figures *H 19FL 1-figure *H 20FL 2-figures
Default 8 20H 20H ‘B’ ‘1’ ‘’ ‘1‘ ‘‘ ‘2’ ‘‘ ‘3‘ ‘’ ‘5‘ ‘’ ‘6‘ ‘’ ‘7‘ ‘’ ‘8‘ ‘’ ‘9’ ‘’ ‘8‘ ‘’ ‘9‘ ‘1’ ‘0’ ‘1’ ‘1’ ‘1’ ‘2’ ‘1’ ‘3’ ‘1’ ‘4’ ‘1’ ‘5’ ‘1’ ‘6’ ‘1’ ‘7’ ‘1’
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Address
LABEL
0358H 035AH 035CH 035EH 0360H 0362H 0364H 0366H 0368H 036AH 036CH
Display_Char[20][1] Display_Char[21][0] Display_Char[21][1] Display_Char[22][0] Display_Char[22][1] Display_Char[23][0] Display_Char[23][1] Display_Char[24][0] Display_Char[24][1] Display_Char[25][0] Display_Char[25][1]
0386H 0388H 03CEH 03D0H 03D2H 03D4H 03D6H 03D8H 03DAH 03DCH 03DEH 03E0H 03E2H 03E4H 03E6H 03E8H 03EAH 03ECH 03EEH 03F0H 040AH 04ACH
Display_Char[32][0] Display_Char[32][1] Display_Char[3][1] Display_Char[3][2] Display_Char[3][3]
038AH
Service_Inform[0][0]
038CH
Service_Inform [0][1]
SPEC table
Ctrl. No.
SI-SR-01-1
Page
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Date
Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION *H 20FL 1-figure *H 21FL 2-figures *H 21FL 1-figure *H 22FL 2-figures *H 22FL 1-figure *H 23FL 2-figures *H 23FL 1-figure *H 24FL 2-figures *H 24FL 1-figure *H 25FL 2-figures *H 25FL 1-figure *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H *H
32FL 2-figures 32FL 1-figure 1FL 3-figures 2FL 3-figures 3FL 3-figures 4FL 3-figures 5FL 3-figures 6FL 3-figures 7FL 3-figures 8FL 3-figures 9FL 3-figures 10FL 3-figures 11FL 3-figures 12FL 3-figures 13FL 3-figures 14FL 3-figures 15FL 3-figures 16FL 3-figures 17FL 3-figures 18FL 3-figures 31FL 3-figures 32FL 3-figures
3-DIGIT applied
Default ‘8’ ‘1’ ‘9’ ‘2’ ‘1’ ‘2’ ‘2’ ‘2’ ‘3’ ‘2’ ‘4’ ‘3’ ‘2’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’ ‘’
Unused *H *H
038EH
Part
Service information on 1st FL LDC-installed stop floor and LDC-installed nonstop floor to be classified (Include rear door) With shelter plate B5 B7 B6 B0 Non-stop FL-> 1 0 Floor Stop FL -> Data 1 1
C1H C2H C3H C8H 00H
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Di1(Si210) Elevator
FOD
Start-up Routine
Overseas Support Team
Address
LABEL
03C8H 03CAH
Service_Inform [0][32]
03CCH040EH 0410H 0412H 0414H 0416H 0418H 041AH 041CH 041EH 0420H 0422H
0424H 042CH 042EH 0430H 0432H 0434H 0436H 0434H 047EH
Part
SPEC table
Ctrl. No.
SI-SR-01-1
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Date
Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION Ex) 2 FL non-stop : 82H = 10000010B 3 FL stop : C3H = 11000011B Service information on 32nd FL *H (Non-stop floor does not need marking) 00 / 01 3-DIGIT applied (V2.0 ~)
Parking Reference1 Reference2 Exit1 Exit2
*H *H *H *H *H
If use PARKING floor (01H) Reference FL(If '0', no return to reference FL) 2nd reference FL Escape floor 2nd escape floor Dispersion FL during DUPLEX (If ‘0’, *H no dispersion) Dispersion1 * Dispersion FL =( reference FL +top FL)/2 *H Unused Dispersion2 Top *H Top floor Middle *H Intermediate FL Bottom *H Bottom floor Multi-step deceleration start floor in up direction Up_Decel_Zone *H (Two rows shelter plate installed floor) (V2.02 ~) Multi-step deceleration start floor in down Down_Decel_Zon direction *H (Two rows shelter plate installed floor) e (V2.02 ~) Hall_Lantern_Dir 00 / 01 Lantern with direction lamp function Security _Option 00 / 01 Security Floor Option (NV 4.01~) Security _Floor[1] *H 1~8 Floor Security Floor set (NV 4.01~) Security _Floor[2] *H 9~16 Floor Security Floor set (NV 4.01~) Security _Floor[3] *H 17~24 Floor Security Floor set (NV 4.01~) Security _Floor[4] *H 25~32 Floor Security Floor set (NV 4.01~) Unused
Default
00H 00 01H 01H 00H 01H 00H 00H
08H 04H 01H 00H
00H 00H 042EH 0430H 0432H 0434H 0436H
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SPEC table
Ctrl. No.
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Date
Nov. 2006
5.5 Car node SPEC Address
LABEL
Installed_Node[2]
0506H
Installed_Node[3]
0508H
Installed_Node[4]
050CH 050EH 0510H 0512H
Bt_Bz_Cut Bt_Bz_Toggle DML_Indi Lamp_Indi
0514H
Sub_Lamp1
Default 01H 00H
00 / 01 ID No.3 OPB (Sub 2 DCL applied) 00 / 01 ID No.4 OPB (Sub 3 DCL applied)
00H
ID No.5 Rear OPB (Rear Main DCL applied) VT3.00 ~ 00 / 01 Cage Button BZ sound Cut (V2.03~) 00 / 01 EFO(Russia) BZ sound applied (V2.03~) 00 / 01 DML CPI 00/01 Lamp type CPI applied :01 Setting usage of additional CPI lamp 1
00H
00H
00 / 01
VIP
0504H
Emergency
Installed_Node[1]
Inspect
0502H
Full
DCL_ID
Without
0500H
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION 00 / 01 ID No.1 OPB (Main DCL applied) 00 / 01 ID No.2 OPB (Sub 1 DCL applied)
0H
1H
2H
3H
4H
00H 00H 01H 00H 06H
*H
In use
Auto
Full
Safety Off
6H
7H
8H
9H
0516H
Sub_Lamp2
*H
Setting usage of additional CPI lamp 2
01H
0518H
Sub_Lamp3
*H
Setting usage of additional CPI lamp 3
02H
051AH
Sub_Lamp4
*H
Setting usage of additional CPI lamp 4
051CH – Unused 051EH
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Di1(Si210) Elevator
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SPEC table
Ctrl. No.
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Date
Nov. 2006
5.6 Hall Node SPEC Address 0600H 0602H~ 0608H
LABEL
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION *H Two lines of Hall net ex) Duplex
Use_Bside
Unused
060AH 060CH 060EH
VIP_Button
*B
0610H 0612H 0632H 0634H 0636H
Default 00H
VIP B/T Installed FL (Max. 3 FL) 1 - 8 FL 5000060AH Add 9 - 16FL 5000060CH Add 17 - 24FL 5000060EH Add 25 - 32FL
50000610H Add
Unused DML Indi Double DHG
00 / 01 DML Indi applied When 1 of DHG-161 PCB is used for 2 floors 00 / 01 01H
Full
Inspect
Emergency
VIP
Start
*H
Without
Sub_Lamp1
0H
1H
2H
3H
4H
5H
In use
Auto
Full
Safety Off
6H
7H
8H
9H
01H 01H 01H
Setting usage of additional indicator lamp 1
0638H
00H 00H 00H 00H
063AH
Sub_Lamp2
*H
Setting usage of additional indicator lamp 2
02H
063CH
Sub_Lamp3
*H
Setting usage of additional indicator lamp 3
00H
063EH
Sub_Lamp4
*H
Setting usage of additional indicator lamp 4
00H
0640H 0642H
Unused Button_Jam_Dete ct_ Time
*H
0644H – 064AH
Button Jam Detecting time z Unit : sec ex) In case 180sec (3 min) => 0xB4
B4H
Unused
064CH
Lamp_Indi
00 / 01 Lamp Type INDI
00H
064EH
Call_Related_IND I
00 / 01
00H
B/T call related Indicator (VIX-532)
n
Di1(Si210) Elevator
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Address
LABEL Indi_On_Floor
0650H 0656H 0658H 0676H
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
13/30
Date
Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION *B B/T call related Indicator usually on floor 0650H 1 ~ 8FL 0652H 9 ~ 16FL 0654H 17 ~ 24FL 0656H 25 ~ 32FL Unused
Default 00H 00H 00H 00H
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SI-SR-01-1
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14/30
Date
Nov. 2006
5.7 Door SPEC Address
LABEL
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA
0700H 0702H 0704H
00 / 01 00 / 01 00 / 01
0708H
Nudging Unused Door_Lock_Magne t Close_Buzzer
070AH
0706H
DESCRIPTION V2.06 more than : Unused V2.05 more less : DAV Door applied Nudging device
Default 00H 00H 00H
00 / 01
Car door locking
00H
00 / 01
Close buzzer
00H
Open_Bt_Flick
00 / 01
Open button lighting ON
01H
070CH
Earthquake_Door_ Close
00 / 01
070EH
Fire_Door_Close
00 / 01
0710H 0712H 0714H
Auto_Private_Pow er_ Door_Close Unused Close_Lock_Limit_ Count
00 / 01
*H
Door closing after completion of earthquake control operation Door closing after completion of fire control operation Door closing after completion of private power control operation Door operation count for detecting Close Lock In case of through type V2.06 more than : Unused V2.05 more less : SAV & MAV => “01”
0718H
Door Type (Through type)
0798H 079AH
Open_Time[0] Open_Time[1]
FFH 00H
079CH
Open_Time[2]
*H
079EH
Open_Time[3]
*H
07A0H
Open_Time[4]
*H
07A2H 07A4H 07A6H 07A8H 07AA~ 07B6H
Open_Time[5] Open_Time[6] Unused Open Time[8]
*H *H
Unspecified Door Time Door Opening Time for hall call (sec) 3 sec=03H, 2 sec = 02H, 1sec = 01H Door Opening Time for car call (sec) Door Opening Time of non-condition (sec) Opening Time for disabled persons (sec) Opening Time for Control operation (sec)
*H
Door open time of reference floor(sec)
07B8H
07BAH
*H
00H 00H 00H
0CH 00H FFH 00H 03H 02H 05H 05H 0FH 00H 05H
Unused
Door Type
Use_Ref_Base_FL _Door Time
*H
00 / 01
Door Type V2.06 more than: SBD => 00H ADS_K => 01H, SAV & MAV => 02H DAV => 03H V2.5 more less: Unused When door time for reference floor is applied, set ‘0x01’ (In case this function is applied to system, address 07B8 also be set)
02H
00H
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Address 07CAH 07CCH
LABEL
07D0H 07D2H 07D4H
Unused Return Floor Auto Open Photo_Reopen_Cu t_Cnt Photo_Cut_Buzzer Photo_Cut_Limit LDS_Off_BZ_Time
07D6H
CLS_Hold
07D8H
Photo_Non_Cut
07CEH
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
15/30
Date
Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA
DESCRIPTION
Default
00 / 01 00 / 01
In case of Russia Apartment (TCD-240) Door open automatically, arrived at escape floor under fire operation.(Russia)
00H 00H
*H 00 / 01 *H *H
00 / 01
Max. Reopen count by Photo sensor
05H
Buzzer work when photo beam cut (close) Photo beam cut limit time (sec) Landing Door open detecting time(sec) CLS contact holding DMC Cut (Only for SBD1 door_DCD210 applied) In case photo sensor function must be ignored during nudging close, set ‘0x01’
01H 20H 0AH 00H 00H
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Date
Nov. 2006
5.8 Call service SPEC Address
LABEL
Legend(**H:Hex, 00H:without,01H:with) DATA
0800H 0808H 080AH 080CH 080EH 081CH 081EH 0820H 0822H 0824H 0826H 0828H 082AH 082CH 082EH 0830H 0832H 0834H 0836H 083CH 083EH 0840H 0842H 0844H 0846H 084CH
Non_Stop1_Trigge r_Cond Non_Stop2_Trigge r_Cond
085EH
Default
00 / 01
NON STOP1 Switch
01H
00 / 01
NON STOP2 Switch
01H
Unused
00H
Hall_Up_Call
*B
Setting in HALL UP CALL available FL bit
Hall_Down_Call
*B
Setting in HALL DOWN CALL available FL bit
A_Cage_Call_Patt
*B
Setting in E/L #1 A type(front side) CAR CALL available bit
B_Cage_Call_Patt
*B
7FH 00H 00H 00H FEH 00H 00H 00H FFH 00H 00H 00H
Unused
00H
Setting in E/L #1 B type(rear side) CAR CALL available bit
FFH 00H 00H 00H
Unused
Non_Stop_1
*B
0852H 0854H 0856H 0858H 085AH 085CH
DESCRIPTION
Unused
084EH 0850H
****B:Binary,No-mark:Decimal
Non_Stop_2
*B
Force_Stop[0]
*B
Setting in NON STOP1 specified FL bit Svc pattern used when switch input. * Set to service FL
Setting in NON STOP2 specified FL bit Svc pattern used when switch input. * Set to service FL
55H 55H 55H 55H ABH 00H 00H 00H
Setting in compulsion stop FL bit for UP direction 085EH
1 ~ 8FL
00H
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Address
LABEL
Legend(**H:Hex, 00H:without,01H:with) DATA
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
17/30
Date
Nov. 2006
****B:Binary,No-mark:Decimal DESCRIPTION
Default
0860H
0860H
9 ~ 16FL
00H
0862H
0862H
17 ~ 24FL
00H
0864H
0864H
25 ~ 32FL
00H
Setting in compulsion stop FL bit for DOWN direction 0866H
0866H
1 ~ 8FL
00H
0868H
9 ~ 16FL
00H
086AH
086AH
17 ~ 24FL
00H
086CH
086CH
25 ~ 32FL
00H
0868H
Force_Stop[1]
*B
086EH-
Car_Call_Priority
00 / 01
08D8H
Single_Service_M ap[1]
*H
A_Side General call service MAP(DSKA--SKA)
08DAH
Single_Service_M ap[2]
*H
B_Side General call service MAP(DSKA--SKA)
08DCH
Single_Service_M ap[3]
*H
A_Side Disable call service MAP(DSKA--SKA)
08DEH
Single_Service_M ap[4]
*H
B_Side Disable call service MAP(DSKA--SKA)
*H
General call service map
83H
*H
General call service map for rear side door In case fo through type : “41H”
41H
*H
Disabled person call service map
23H
*H
Disabled person call service map for rear Side door
00H
08E0H 08E2H 08E4H 08E6H
Hall_Service_Map[ 0] Hall_Service_Map[ 1] Hall_Service_Map[ 2] Hall_Service_Map[ 3]
Priority service for car call (V2.09 ↑ )
00H 81H 42H 21H 12H
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Di1(Si210) Elevator
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Address
LABEL
Legend(**H:Hex, 00H:without,01H:with) DATA
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
18/30
Date
Nov. 2006
****B:Binary,No-mark:Decimal DESCRIPTION
Default
Definition of service map 7 6 5 4 3 2 1 0 A B C D Hold E/L E/L Type Type Type Type Flag No.2 No.1 B/T B/T B/T B/T * Hold Flag : In case hall call is registered , even if service type is changed to non-stop floor, it will service before reset. z A Type B/T : HALL NET 1 line DHG HU/HD z B Type B/T : HALL NET 2 lines DHG HU/HD z C Type B/T : HALL NET 1 line DHG HUC/HDC z D Type B/T : HALL NET 2 lines DHG HUC/HDC ☞) 83H Æ A Type B/T setting for E/L No. 1 and 2 21H Æ C Type B/T setting for E/L No. 1 08E8H ~08EAH 08F0H ~ 08F2 08F8H 08FCH 0900H 0902H 0904H
Button_Pattern[0]
*B
Front side Hall call floor Bit Set
00H
Button_Pattern[1]
*B
Rear side Hall call floor Bit Set
00H
00 / 01
Through type applied (VT3.0~) SET : “01”
00H
00 / 01
Through type applied (VT3.0~) SET : “01”
00H
*H *H *H
In case that 2 floors are under control of 1 DHG-161(V2.06 ↑ , VT3.01 ↑ , DHG V4.01 ↑ ) A type of hall call floor (7th pin of dip SW1 on DHG-161 is ‘OFF’) (1st ~ 32nd floor) In case that 2 floors are under control of 1 DHG-161(V2.06 ↑ , VT3.01 ↑ , DHG V4.01 ↑ ) B type of hall call floor (7th pin of dip SW1 on DHG-161 is ‘ON’) (1st ~ 32nd floor)
Hall_Call_Inform[0 ] Hall_Call_Inform[2 ]
Aside_Hall_Station
0906H
*H
0908H 090AH 090CH
*H *H *H
090EH 091F 09FCH
Bside_Hall_Station
*H Unused
Unused
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Ctrl. No.
SI-SR-01-1
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19/30
Date
Nov. 2006
5.9 Dispatch SPEC Address
LABEL
0A00H 0A02H 0A04H 0A06H 0A08H 0A0AH 0A0CH 0A0EH 0A10H 0A12H 0A14H 0A16H
Ref_Fl_Wait_Car
Non_Dir_Car Closed_Car Ready_To_Run_Car Run_Car Unused
Legend(**H:Hex, ****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION Default *H 32H Addition value for stand-by lift at reference floor 0032H = 50 *H 00H Delay time = 50 * 100 ms = 5 s Addition value for stand-by lift without *H 32H direction *H 00H 5sec Subtraction value for door closed lift *H 03H 300ms *H 00H *H 02H Subtraction value for ready to running *H *H *H *H *H
200 ms Subtraction value for running lift
00H 00H 00H 00H 00H
5.10 Parallel running spec Address
LABEL
0A80H
SPD_Nplex_Timer[0]
0A82H
SPD_Nplex_Timer[1]
0A84H
SPD_Nplex_Timer[2]
0A86H
SPD_Nplex_Timer[3]
Legend(**H:Hex, ****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION Default Assistance operation detecting timer 32H *H (sec) (50sec) Setting time :28H(40sec)~78H(120sec) Start of dispersion delay timer (sec) 1EH *H Setting time :00H ~ 3CH(60sec) (30sec) Start of dispersion delay timer (Min) 00H Setting time :00H ~ 3CH(60Min) *H V2.05 ↑ *H
Unused
FFH
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Ctrl. No.
SI-SR-01-1
Page
20/30
Date
Nov. 2006
5.11 Virtual input SPEC Address 0B00H 0B2EH 0B30H 0B32H 0B34H 0B36H 0B38H 0B52H
LABEL
Fixed input area VID_Vi_Map[0][12][0] VID_Vi_Map[0][12][1] VID_Vi_Map[0][13][0] VID_Vi_Map[0][13][1] Fixed input area
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA VIRTUAL INPUT SPEC VID_Vi_Map[port no.][bit no.][0] : input specification VID_Vi_Map[port no][ bit no.][][1] : state VI_SD2U specification 01H state specification) 01H ⇒ reverse (B-CON) VI_SD2D 00H ⇒ normal (A-CON) ex) VID_Vi_Map[0][3][0] = VI_DLD 01H VID_Vi_Map[0][3][0] = 00H Bit 3 of port No. 0 is used DLD input, input state is A-CON VI_LDU 00H VI_NULL 16H VI_R4HW VI_MAIN 01H 01H VI_R5SC 17H T_C VI_LDD 02H 18H 01H 03H VI_UL 19H VI_R4FM 04H VI_DL 1AH 00H 05H VI_R5SCS 1BH 06H 1DH 07H 1EH
0B54H
VID_Vi_Map[1][5][0]
0B56H
VID_Vi_Map[1][5][1]
0B58H 0B5AH 0B5CH 0B5EH 0B60H 0B62H
VID_Vi_Map[1][6][0] VID_Vi_Map[1][6][1] VID_Vi_Map[1][7][0] VID_Vi_Map[1][7][1]
0B64H
VID_Vi_Map[1][9][0]
VI_R4EQ
08H
1FH
0B66H 0B68H
VID_Vi_Map[1][9][1] VID_Vi_Map[1][10][0]
00H VI_R7NP
09H 0AH
20H 21H
VI_SD1U
0B6AH
VID_Vi_Map[1][10][1]
01H
0BH
22H
VI_SD2U
0B6CH
VID_Vi_Map[1][11][0]
VI_R4GS
0CH
23H
VI_SD1D
0B6EH 0B70H 0B72H 0B74H 0B76H
VID_Vi_Map[1][11][1] VID_Vi_Map[1][12][0] VID_Vi_Map[1][12][1] VID_Vi_Map[1][13][0] VID_Vi_Map[1][13][1]
0DH 0EH 0FH 10H 11H
VI_SD2D VI_LDC
VI_V48 VI_R5SX
24H 25H 26H 27H 28H
0B78H
VID_Vi_Map[1][14][0]
12H
VI_MAINT_M
29H
VI_C1BR
0B7AH 0B7CH 0B7EH 0B80H 0B82H
VID_Vi_Map[1][14][1] VID_Vi_Map[1][15][0] VID_Vi_Map[1][15][1] VID_Vi_Map[2][0][0] VID_Vi_Map[2][0][1]
00H VI_R4CT 00H VI_R2UL 00H VI_PARKI NG 00H 00H 00H VI_ERO 00H
13H 14H 15H 2DH 2EH
VI_R1MU VI_R1MD
2AH 2BH 2CH 4DH 4EH
VI_C1ST VI_CDS VI_LDS VI_R4GS
0B84H
VID_Vi_Map[2][1][0]
00H
2FH
4FH
VI_R4CT
0B86H 0B88H 0B8AH 0B8CH 0B8EH
VID_Vi_Map[2][1][1] VID_Vi_Map[2][2][0] VID_Vi_Map[2][2][1] VID_Vi_Map[2][3][0] VID_Vi_Map[2][3][1]
00H VI_DB 01H VI_6LS 01H
30H 31H 32H 33H 34H
Fixed input area
VI_DOLS VI_DCLS VI_SAFETY_ SHOE
50H 51H 52H 53H 54H
VI_LDU VI_LDD
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Address
LABEL
0B90H 0B92H
VID_Vi_Map[2][4][0] VID_Vi_Map[2][4][1]
0B94H 0B96H
VID_Vi_Map[2][5][0] VID_Vi_Map[2][5][1]
0B98H 0B9AH
Fixed input area
0B9CH 0B9EH
VID_Vi_Map[2][7][0] VID_Vi_Map[2][7][1]
0BA0H 0BBEH
*
Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
21/30
Date
Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA VIRTUAL INPUT SPEC VI_C1SW 35H 55H 01H 36H 56H 00H 37H 57H 00H 38H 58H 39H 59H 00H 00H
3AH 3BH 3CH
5AH 5BH 5CH
3DH
5DH
3EH
5EH
3FH 40H
5FH 60H
Unused
mark is fixed input (can’t be edited)
41H
VI_R7NP
61H
42H 43H 44H 45H
VI_R7RD VI_R4FM VI_R4FS
62H 63H 64H 65H
46H 47H 48H 49H 4AH 4BH 4CH
VI_EQ
66H 67H 68H
VI_1ST_F IRE VI_2ND_ FIRE VI_R1MM VI_RDMC VI_PARKI NG VI_HIGH VI_ERO VI_BD VI_C1SW VI_6LS VI_RR_T HB
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SI-SR-01-1
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Date
Nov. 2006
5.12 Virtual output SPEC Address
LABEL
0C00H 0C52H
Fixed output area
0C54H 0C56H 0C58H 0C5AH 0C5CH
VID_Vo_Map[14][0] VID_Vo_Map[14][1] VID_Vo_Map[14][2] VID_Vo_Map[15][0] VID_Vo_Map[15][1]
0C5EH
VID_Vo_Map[15][2]
0C60H 0C62H 0C64H 0C66H 0C68H 0C6AH 0C6CH 0C6EH 0C70H
VID_Vo_Map[16][0] VID_Vo_Map[16][1] VID_Vo_Map[16][2] VID_Vo_Map[17][0] VID_Vo_Map[17][1] VID_Vo_Map[17][2] VID_Vo_Map[18][0] VID_Vo_Map[18][1] VID_Vo_Map[18][2]
0C72H 0C76H
Fixed output (R1HI)
0C78H
VID_Vo_Map[20][0]
0C7AH
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA VIRTUAL INPUT SPEC VID_Vo_Map[Variable][0] : Output port specification VID_Vo_Map[Variable][1] : Output bit specification VID_Vo_Map[Variable][2] : Output state specification 00H state specification) 01H ⇒ reverse (B-CON) 00H 00H ⇒ normal (A-CON) 00H ex) VID_Vo_Map[0][0] = 1H 00H VID_Vo_Map[0][1] = 0H 00H VID_Vo_Map[0][2] = 0H Bit 0 of port No. 1 is used C1BR output, non00H reverse. 00H Description Variable 00H 0 VO_C1BR 00H 1 VO_C1ST 01H 2 VO_R5SC 0DH 3 VO_OPEN 00H 4 VO_CLOSE 02H 5 VO_WHEEL_CHAIR_DOOR 05H 6 VO_NUDGING 00H 7 VO_R1ML 8 9
VO_COOLER VO_CAR_LIGHT
02H
10
VO_CAR_FAN
VID_Vo_Map[20][1]
03H
11
VO_INV_FAN
0C7CH 0C7EH 0C80H 0C82H
VID_Vo_Map[20][2] VID_Vo_Map[21][0] VID_Vo_Map[21][1] VID_Vo_Map[21][2]
12 13 14 15
VO_R4F1 VO_R4F2 VO_EQ_RESET VO_V_WAVE_RESET
0C90H
VID_Vo_Map[24][0]
16
VO_RESCUE_RETURN
0C92H
VID_Vo_Map[24][1]
00H 02H 02H 01H VO_RT D 00H
17
VO_R2DM
0C94H
VID_Vo_Map[24][2]
18
VO_R4RF
0C96H
VID_Vo_Map[25][0]
19
VO_R1H1
0C98H 0C9AH
VID_Vo_Map[25][1] VID_Vo_Map[25][2]
00H VO_RR D 00H 00H
0CBEH
VID_Vo_Map[31][2]
20 21 22 23 24 25
VO_ROPE_GRIPPER VO_R4FSX VO_LDS_OFF_BUZZER VO_RDZ VO_RTD VO_RRD
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Part
SPEC table
Ctrl. No.
SI-SR-01-1
Page
23/30
Date
Nov. 2006
5.13 Timer SPEC Address 0D00H 0D30H 0D38H 0D40H 0D48H 0D50H 0D58H 0D60H 0D68H – 0D6E 0D80H 0D88H 0D90H – 0D98H 0DA0H 0DD0H 0DD8H – 0E08H 0E10H 0E18H 0E20H 0E28H 0E30H 0E48H 0E50H 0E58H 0E60H 0E68H 0E70H 0E78H 0E80H 0E88H 0E90H 0E98H 0EA0H 0EA8H 0ED0H 0ED8H
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION m sec. is indicated according to timer spec. Fixed Timer area timer value is 4 byte variable. Value is specified in address and reverse Direction error detecting 540 order in EEPROM. Ex.) TM_PHOTO_OFF_DETECT is R5SC On/Off error detecting 540 displayed by C1ST On/Off error detecting 540 $50000D10H | Operation mode input error 990 ($50000D12H << 8) | detecting ($50000D14H << 16) | Fixed Timer area ($50000BD16H << 32). For example., TM_PHOTO_OFF_ C1BR Off error detecting 540 DETECT = 1000 m sec = 3E8H m sec, and is stored in C1BR On error detecting 1200 $50000D10H = E8H Suppress On/Off error 360 $50000D12H = 03H detecting $50000D14H = 00H Fixed Timer area $50000D16H = 00H. LABEL
C1SW On/Off error detecting VOICE_CLOSE_START_T
990
Fixed Timer area Car FAN Off Timer Unused Unused Cooler draining timer
5000
30060
Fixed Timer area Unused Unused Unused Extend Open timer
180000
Fixed Timer area CLOSE_LOCK_DETECT_T CLOSE_LOCK_50SEC_T OPEN_LOCK_DETECT_T DOOR_THERMO_DETECT_ T BACKUP_OP_DETECT_T
10080 50040 10080 30060 10080
Fixed Timer area POSI_OFF_ERR_T
2070
Thus, after conversing value required changing into HEX, change in order of LSB from the below address.
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Di1(Si210) Elevator
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Address 0EE0H 0EE8H 0EF0H 0FA0H
Part
SPEC table
Ctrl. No.
SI-SR-01-1
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Nov. 2006
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA DESCRIPTION Encoder broken wire detecting 1620 BRAKE_OFF_DETECT_T 3060 LABEL
Fixed Timer area
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Nov. 2006
5.14 In car Virtual input SPEC Address
LABEL
1000H 101AH
Fixed input area
101CH 101EH
CND_I_Map[0][7][0] CND_I_Map[0][7][1]
1020H 1036H
Fixed input area
1038H 103AH 103CH 104AH 104CH 104EH
CND_I_Map[1][6][0] CND_I_Map[1][6][1]
CND_I_Map[2][3][0] CND_I_Map[2][3][1]
1050H 1052H 1054H 1056H
Legend(**H:Hex,****B:Binary,No-mark:Decimal 00H:without,01H:with) DATA VIRTUAL INPUT SPEC
00H 00H
00H 00H
CND_I_Map[port no.][bit no.][0] : input specification CND_I_Map[port no.][bit no.][1] : state specification ex) 01H ⇒ reverse (B-CON) 00H ⇒ normal (A-CON) ex) CND_I_Map[0][3][0] = CN_UP CND_I_Map[0][3][1] = 00H Bit 3 of port No. 0 is UP input, state is reversed.
00H 00H
spec 00H 01H 02H
Description CN_NULL CN_HIGH CN_IN_CAR
spec 16H 17H 18H
CND_I_Map[2][4][0]
00H
03H
CN_ON_CAR
19H
CND_I_Map[2][4][1]
00H
04H
CN_ATT
1AH
Description CN_NON_STOP1 CN_NON_STOP2 CN_P_SHOE CN_CALL_PRIO RITY CN_1ST_FIRE
05H
CN_INDP
1BH
CN_2ND_FIRE
06H
CN_PARK
1CH
Fixed input area
Fixed input area
1058H
CND_I_Map[2][6][0]
00H
07H
CN_EFS
1DH
105AH
CND_I_Map[2][6][1]
00H
08H
CN_OPEN
1EH
09H
CN_E_OPEN
1FH
0AH
CN_CLOSE
20H
CN_WATER_FULL
105CH 1072H
Fixed input area
1074H
CND_I_Map[3][5][0]
CN_LW2
0BH
CN_UP
21H
CN_DCPU
1076H
CND_I_Map[3][5][1]
01H
0CH
CN_DOWN
22H
CN_DERR2
1078H
CND_I_Map[3][6][0]
CN_LW8
0DH
CN_START
23H
CN_DERR1
107AH
CND_I_Map[3][6][1]
00H
0EH
CN_BY_PASS
24H
CN_DERR0
107CH
CND_I_Map[3][7][0]
CN_LW11
0FH
CN_DCO
25H
CN_CLS
107EH
CND_I_Map[3][7][1]
01H
10H
CN_LW2
26H
CN_MON
11H
CN_LW8
12H
CN_LW11 CN_ON_CAR _CLOSE CN_ON_CAR _UP CN_ON_CAR _DOWN
13H 14H 15H
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5.15 Hall call service permitted code SPEC Address
1560H
1562H
1564H
LABEL SPD_Hall_Svc_Opti on_Spec [NORMAL_SVC] SPD_Hall_Svc_Opti on_Spec [BSIDE_SVC] SPD_Hall_Svc_Opti on_Spec [WHEEL_SVC]
Legend(**H:Hex, 00H:without,01H:with) DATA
Normal call service permitted 01H
00H
Rear call service permitted 01H
01H
Disabled persons call service permitted 01H
bit 1
SPD_Hall_Svc_Opti on_Spec [VIP_SVC]
DESCRIPTION
01H
bit 0
1566H
****B:Binary,No-mark:Decimal
Not permit 00H permit 07H
bit 2
bit 3 bit 4 bit 5 bit 6 bit 7
VIP service When this bit is set, car call canceled immediately ‘0’ : VIP mode is canceled during deceleration for last car call ‘1’ : VIP mode is canceled after door close completion of last car call Lock Type Button
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5.16 Parallel Operation Mode Permit Code SPEC Address
LABEL
1570H
NCD_Bit_Acd[0].Operation
1572H
NCD_Bit_Acd[0].Ref_Fl
1574H
NCD_Bit_Acd[0].Dis_Fl
1576H
NCD_Bit_Acd[1].Operation
1578H
NCD_Bit_Acd[1].Ref_Fl
157AH 157CH
NCD_Bit_Acd[1].Dis_Fl NCD_Bit_Acd[2].Operation
157EH
NCD_Bit_Acd[2].Ref_Fl
1580H
NCD_Bit_Acd[2].Dis_Fl
1582H 1584H 1586H 1588H
NCD_Bit_Acd[3].Operation NCD_Bit_Acd[3].Ref_Fl NCD_Bit_Acd[3].Dis_Fl NCD_Bit_Acd[4].Operation
158AH
NCD_Bit_Acd[4].Ref_Fl
158CH
NCD_Bit_Acd[4].Dis_Fl
158EH
NCD_Bit_Acd[5].Operation
1590H
NCD_Bit_Acd[5].Ref_Fl
1592H
NCD_Bit_Acd[5].Dis_Fl
1594H 1596H 1598H
NCD_Bit_Acd[6].Operation NCD_Bit_Acd[6].Ref_Fl NCD_Bit_Acd[6].Dis_Fl
Noncontrol mode
ATT mode
VIP standby mode VIP running mode Office attendan ce mode
Single mode
Parallel mode
Legend(**H:Hex, ****B:Binary,Nomark:Decimal00H:without,01H:with) DATA DESCRIPTION 0 Operation bit definition Anti-nuisance control 0 bit 0 function stopped Hall floor, direction 0 bit 1 Indication stopped 0 bit 2 Lantern function stopped Chime /gong function 59H bit 3 stopped 0 bit 4 Assistance operation valid 23H bit 5 Close B/T invalid Specified floor return 0 bit 6 permitted Dispersion start delay 0 bit 7 permitted 0FH Ref_Fl( Dis_Fl ) bit definition 0 0 bit 0 Non-Inter-Lock 10H bit 1 Zone dispersion Start floor advance control 55H bit 2 permitted Door open after dispersion 0 bit 3 complete UP direction when 80H bit 4 dispersion DOWN direction when 51H bit 5 dispersion Dispersion operation 0 bit 6 permitted 90H bit 7 50H 42H
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5.17 Floor height Table Address
LABEL
Legend(**H:Hex,****B:Binary,Nomark:Decimal00H:without,01H:with) DATA DESCRIPTION
1A00H – 1A08H 1A0AH – 1A10H 1A12H – 1A1AH 1A1CH – 1A24H
1B10H1B16H
Default
Floor height measured data for 1st floor Floor height measured data for 2nd floor Floor height measured data for 3rd floor
FHT_SUM
*H
Floor height table sum data
5.18 Performance SPEC Address
LABEL
Legend(**H:Hex,****B:Binary,Nomark:Decimal00H:without,01H:with) DATA DESCRIPTION Parameter ( Rated velocity adjust ) * Max. adjust range ±4 m/min
3E00H
Velocity_Adjust
*H
3E02H
Time 9
*H
3E04H
Time 10
*H
Default 00H
speed-down : 0×01H, 0×02H, 0×03H, 0×04H Speed-up : 0×81H, 0×82H, 0×83H, 0 ×84H Time setting of 1st deceleration zone 10H velocity : Rising Time Set (Multi-step deceleration function) ex) 1sec : 0×10 1.5sec : 0×15 Time setting of 1st deceleration zone 05H uniform velocity (Multi-step deceleration function) ex) 0.5sec : 0×05 2sec : 0×20
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5.19 Button type Explanation of Service Map Ex) A B/T Front normal Hall call Rear normal Hall call Front Disable call Rear Disable call In case of above
B B/T
C B/T
D B/T
Hold
No.2
No.1
1
1
1 1
1 1
1
Front normal hall call Call will registered by A B/T input line, and E/L No.1,2 are able to service. Rear normal hall call Call will registered by A B/T input line, and E/L No.1 able to service. Front disable call Call will registered by C B/T input line, and E/L No.1 is able to service. Rear disable call Service is impossible because (there is no designated service lift and input B/T). . * The function of hold bit is for maintain the old registered Hall call and service when it changes to Non-stop FL. (Standard data is ‘0’) z VIP call service depends on VIP floor pattern setting. * B/T Type Type
DIP S/W 7
DHG B/T Connector
STANDARD
A
OFF
HU/HD
Front normal
B
ON
HU/HD
Rear normal
C
OFF
HUC/HDC
Front Disable
D
ON
HUC/HDC
Rear Disable
*In case of parallel operation, hall network should be set same as simplex operation, because each E/L has it own hall network configuration.
5.20 Floor SPEC and Dip S/W setting Ex 1) DUPLEX operation: E/L No.1 information: (8/8, B3, B2, B1, 1~5),
E/L No.2
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information: (6/6, B11~5) 2 hall line application - Floor SPEC ADDRESS
LABEL
No.1 DATA
No.2 DATA
0300H
TOTAL
08H
06H
038CH
S. INFOR
C1H
C3H
038EH
C2H
C4H
0390H
C3H
C5H
0392H
C4H
C6H
0394H
C5H
C7H
0396H
C6H
C8H
0398H
C7H
00H
039AH
C8H
00H
0410H
REFERENCE 1
04H
04H
0418H
DISPERSION 1
07H
07H
041CH
TOP
08H
08H
041EH
MIDDLE
05H
05H
0420H
BOTTOM
01H
03H
081EH
H_UP_CALL
7FH
7FH
0826H
H_DN_CALL
FEH
FEH
082EH
C_CAL_PATT
FFH
FFH
Remark No.2 first shelter plate is Start from 3rd floor
- Dip Switch setting of DHG 161 PCB Floor 5
No.1
No.2
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
On
SW1
8
On SW2 4
4 3 2 1 B1 B2 B3
N/A N/A
