D1 D2 D3 D4

- STEP control box -

Filled by Checked by Approved by

L1 L2 L3 L4

F1 F2

F3

ENS ENTER

FOD) Field Engineering

1
 Key operation method
D1 D2 D3 D4

Elevator returning state window

F1 Move from elevator state window to error scanning panel

After pressing 1 time, call button window occurs (Up, Down

L1 L2 L3 L4
F2 calling could be conducted)
After pressing 2 times, Input occurs, but can not be modified.

F3 Speed wave could be observed

1, If select item, takes 1 as unit to select

2, When input numbers, increase 1
3, When set position, ON OFF set function

1, If select item, takes 1 as unit to select

2, When input numbers, decrease 1
3, When set position, ON OFF set function

1. If select item, move 10 units forward

2. When input numbers, move cursor to the left
3. When set position, move to the left
F1 F2 1. If select item, move 10 units backward
2. When input numbers, move cursor to the right
3. When set position, move to the right
F3
1. Back to former menu
ENS 2. Input min. function

ENS ENTER
1. Function selection & input storage
ENTER 2. Move to parameter window

2
 Elevator Function Chart
ENTER

F1

Speed
速度曲线 Curve
ENTER Elevator Status
ESC
故障记录
Fault Record
ENTER
Para. F
井道数据
Shaft Data
Monintor
VERSION Main Para.
ESC ESC

输入输出
Input&output
============== Para. Setup
Parameter setup

Lift Model
Level Adj. 程序版本
08CDEQ02SO01
Level adjustment of overall floor Version
Call registration Call Func.

NSPB05OEK01D
Lvl. Micro Adj.
Level adjustment of each floor
Speed parameter S Curve

Floor height measuring

Shaft Teach

Input signal Input Ty pe Motor Model

Motor parameter
Adjust motor
Motor Teach

Service Flr. PID Adj ust

Service floor setting PRS adjustment
ENTER
Initialization Reset
ESC
Dr Open Allow Floor display
Door-opening setting Flr. Disp.
Para. F Reset Parameter
Time setup Time Setup initialization
Upload Upload to MB
Test Run Delete error
Continuous running Error Record Reset
Change password Chg. Pwd
Download Dnload to OP
Dr. Motor Running Times Reset
Car door adjustment
Re-registration of password Relogin

3
 D1 D2 D3 D4
Initial menu

1. With ▲,▼,◀,▶ keys, definition & LCD

pictures’ space could be adjusted.

L1 L2 L3 L4

VERSION
==============
SVC-Tool software version
08CDEQ02SO01
NSPB05OEK01D Main-board software version

F1 F2

F3

ENS ENTER Click ENTER

4
 D1 D2 D3 D4
Enter menu

1. Password is 1234

L1 L2 L3 L4

LOGIN
============== ▲ after pressing, cursor figure becomes larger
▼ after pressing, cursor figure becomes smaller
4
◀ after pressing, cursor moves to the left.
▶ after pressing, cursor moves to the right.

F1 F2
Input 1234 by methods mentioned above

F3

ENS ENTER Click ENTER

5
 State display page
D1 D2 D3 D4

1. After entering, state display page will occur

2. After pressing F1 , it could be realized
that moving to state display page.
L1 L2 L3 L4

Normal Simplex
Normal
Indicates manual state
Simplex
Indicates simplex group running
=== 00000088 ===
1 Floor 0.00m/s === 00000088 === Running times are
indicated in
Door Locked
1 Floor
Indicates floor No.
0.00m/s
Indicates speed now

Door Locked
Indicates door-closing, door-opening, running
F1 F2

F3
After pressing F1 in picture
ENS ENTER mentioned above, error page could be
found.
6
 D1 D2 D3 D4
Error display page
1. After pressing in following sequence in state display page
Fun. Select Monitor Monitor

à Monitor à Speed Curve à Fault Record

Para. Setup Fault Record Shaft Data

L1 L2 L3 L4 Display page for following errors

No. 1 Error No.

Normal Simplex Err. Code 11 Error code

=== 00000088 === Floor 7 Error floor

1 Floor 0.00m/s Date 0610021530 Error date

Door Locked With keys to change error No.

Details about error code

ENTER

F1 F2 Err. Info

F3 Down Sw. error 1

06-10-02 15：30
ENS ENTER
2. After pressing shortcut key, move to error page
F1
7
 Function selection (Func. Select)
D1 D2 D3 D4

1.After pressing ENTER , move to function

select picture.
With keys à select
L1 L2 L3 L4

àMonitor = speed curve, error, hoistway Data,

Fun. Select input/output, version (unchangeable)
à Para. Setup = parameters could be changed
à Monitor à Call Func. = phone in elevator could be called
Para. Setup à Shaft Teach = floor height could be checked
à Motor Teach = motor could be adjusted
(not use on field)
à Reset = parameter initialization, error delete
F1 F2 (not use in initial period of parameter)
àTime Setup = time could be setup
F3 à Chg Pwd = password could be changed
(not change on field)
ENS ENTER à Relogin = determine password change

8
 Function select (Func. Select)
D1 D2 D3 D4

After pressing ENTER , move to next

Monitor picture

L1 L2 L3 L4 Monitor

Fun. Select → Speed Curve

Fault Record
à Monitor
Para. Setup With keys à select

ENTER Could find selected picture

à Speed Curve = speed curve could be found

F1 F2 à Fault Record = error screen could be found
àShaft Data = distance between floor and
F3 overall distance could be found
àInput &Output = input and output could be

ENS ENTER Found

à Version = version could be found
9
 Function select (Func. Select)
D1 D2 D3 D4

After pressing ENTER , move to Para.

Setup picture

L1 L2 L3 L4 Para. Setup

Fun. Select F0 = 0.450 m / s2

ACC
à Monitor
By pressing one time, move 1 phase.
à Para. Setup Eg.) press 1 time, it is F1, press 2
times, it is F2

By pressing one time, move 10 phases.

Eg.) press 1 time, it is F10, press 2
times, it is F20
F1 F2 After pressing ENTER , data to be changed will have
cursor.
After pressing , Data could be changed.
F3 After pressing , cursor moves.

ENTER
After pressing , changed Data will be stored.
ENS ENTER
★ F0~F255, please refer to parameter sheet
10
No. Display picture Description Passenger num.1.5/17 Adjust range Unit

F00 Adjust starting acceleration Adjust starting acceleration 0.60 200-1500 mm/s2

F01 Adjust braking acceleration Adjust braking acceleration 0.60 200-1500 mm/s2

F02 S Jerk T0 Adjust T0 Adjust starting acceleration(1.300s) 1.300 300-3000 ms

F03 S Jerk T1 Adjust T1 Adjust starting acceleration(1.100s) 1.100 300-2000 ms

F04 S Jerk T2 Adjust T2 Adjust braking acceleration(1.100s) 1.100 300-2000 ms

F05 S Jerk T3 Adjust T3 Adjust braking acceleration(1.300s) 1.300 30-3000 ms

F06 Rated speed Rated speed 1.500 Based on field setup conditions mm/s

F07 Rated rotations of motor Rotation speed of motor 136 Based on field setup conditions Rpm

F08 Encoder Pulses Encoder Pulses 8192 Based on field setup conditions ppr

F09 Parking floor Set Parking floor 4 Based on field setup conditions

F10 Floor offset Floor offset 0 Based on field setup conditions

F11 No. of Floor Actual parking floor No. 12 Based on field setup conditions

F12 Inspection Speed Inspection operation speed 0.350 0-500 mm/s

F13 Relevelling Speed Relevel speed 0.010 10-150 mm/s

F14 Door-closing delay for registrations Door-closing time after hall door call service 3.0 0-300 0.1s

F15 Door-closing delay for calls Door-closing time after car command service 3.0 0-300 0.1s

F16 Brake delay 1 When start, time for starting brake 0.2 0-20 0.1s

F17 Brake delay 2 When stop, time for stopping brake 0.6 2-30 0.1s

F18 Fire home In fire-fighting work, set home floor 4 Based on field setup conditions

F19 Second fire home(Not used yet) In fire-fighting work, the 2nd home floor 4 Based on field setup conditions

F20 Homing Delay If no external call-out, set homing time 0 0-65535 s

F21 Level adjust distance Level adjust distance 6 0-40 mm

F22 Home landing position for automati If no external call-out, set homing time 4 Based on field setup conditions
c home landing return

F23 Group mode 0=main, 1=grouping, 2=group adm. 3=juxtap 3

ose

F24 1

F25 Input Type 1(X0-X15 Input N/O, N/ Input X0~X15 open=0/close=1setup 12351 X0 X15
C setup) **--****----**--
1 2 4 8 16 32 64 128 256 512 1024 2048 4096 8192
16384 32768

F26 Input Type 2(X16-X31 Input N/O, N Input X16~X25 open=0/close=1setup 13184 X16 X32
/C setup) 11 **--****----**--
F27 Input Type 3(TX0-TX15 Input N/O, N/C setup) GX0 GX15
Input TX0~TX15 open=0/close=1setup 0
**— —****— — — —**— —

F28 Input Type 4(TX16-TX31 Input N/O, N/C setup) HX0 HX15
Input TX16~TX31 open=0/close=1setup 799
*****— — — ** — — — — — —

F29 Service floor setting 1 (whether stop on FI. 1-1 1 16

Set service floor 1~16 F 65535
6) ************************

F30 Service floor setting 2 (whether stop on FI. 17- 17 32

Set service floor 17~32 F 65535
32) ************************

F31 Service floor setting 3 (whether stop on FI. 33- 33 48

Set service floor 33~48 F 65535
48) ************************

F190 Service floor setting 4 (whether stop on FI. 49- 49 64

Set service floor 49~64 F 65535
64) ************************

F32 Specification option of elevator integrated drive

controller Mechanical specification 3 0~7

F33 Interval between trips in automatic running test Continuous running setup time 5 0-60 s

F34 Number of trips in automatic running test Setup continuous run times-input times, run trip for 1 time 0 0-65535 input times, run trip for 1 time

F35 Fireman mode Firefighting work, select mode 0 0-65535

F36 Brake switch detection mode Brake switch detection mode 1 0-65535

F41 Load set Adjust load 1=0% Seting, 2=100% Seting executes at the After loading counter-weight device in car, press Enter to change into 0,
0
lowest floor and realize setup

F43 Buzzer & flashing at landing call by attendant s Buzzer &setup signal lamp0=none, 1=buzzer, 2=signal lamp **— — — — — — — — — — — — — —
ervice 3=buzzer, signal lamp, 4=waiting for open 3
(6could be combined)

F44 Local address for serial communication (255 wi

Make controller unit 255 0-255
thout monitoring)

F50 Front door-opening allowed 1 for FI. 1-16 1 16

Front door-opening allowed for 1~16 F 65535
* ** * * * * * * * * * * * * *

F51 Front door-opening allowed 2 for FI. 17-32 17 32

Front door-opening allowed for 17~32 F 65535
* ** * * * * * * * * * * * * *

F52 Front door-opening allowed 3 for FI. 33-48 33 48

Front door-opening allowed for 33~48 F 65535
* ** * * * * * * * * * * * * *

F191 Front door-opening allowed 4 for FI. 49-64 48 64

Front door-opening allowed for 49~64 F 65535
* ** * * * * * * * * * * * * *

F53 Rear door-opening allowed 1 for FI. 1-16 1 16

Rear door-opening allowed for 1~16 F 0
————————————

F54 Rear door-opening allowed 2 for FI. 17-32 17 32

Rear door-opening allowed for 17~32 F 0
————————————

F55 Rear door-opening allowed 3 for FI. 33-48 33 48

Rear door-opening allowed for 33~48 F 0
————————————

F192 Rear door-opening allowed 4 for FI. 49-64 49 64

Rear door-opening allowed for 49~64 F 0
————————————

F56 Leveling adjustment up(50 for baseline) Adjust up height（in adjust, please do not use stopping 2 pha mm
50 0-65535
se）

12
 F57 Leveling adjustment down(50 for baseline) Adjust down height（in adjust, please do not use stopping
50 0-65535 mm
2 phase）

F58 Speed curve delay at start When start, time for opening brake and starting 0.5 0-250 0.1s

F59 Brake delay at zero speed Time for stopping and stopping brake 0 0-65535 0.01s

F60 KMC testing mode(the 2 nd contactor of the m 0

3 3~3
ain circuit)

F61 Distance for triggering arrival gong Distance for level before triggering arrival bell rings 1200 0-65535 mm

F62 Time limit for anti-slippage operation In automatic-operating, level can not be detected in setup ti
32 20-45 S
me, check error

F63 3

F65-F112 Indication of floors Indicate floor No. 0-65535 indicates the floor No.

F114 30

F115 Open lock Open lock error occurrence time 15 S

F116 Close lock Close lock error occurrence time 15 S

F117 Holding time before forced door closing If button flashes continuously, it will forced to be closed in s
60 0-65535 S
etup time

F118 Holding time for the handicapped Time for the handicapped button door-opening 30 0-65535 S

F120 Number of registration for anti-nuisance Anti-nuisance function 0 0-65535

F121 Forced door-closing enable Forced door-closing function (force to close door) 0 0-1

F122 Release direction delay during inspection ser Set time delay for brake contact point closes to indicating
3 0-65535 0.1s
vice lamp off

F123 Landing call classification Setup home page button 0-65535 0=door call-out 1=front 2=front-door the handicapped
0
call-out3=front-rear door the handicapped call-out

F124 60 0-1300

F125 60 0-1300

F128 Separate door control Setup front-rear door control separation 0：front door and rear door are controlled separately
0
1：control simultaneously

F129 Relevelling with door open and/or pre-door-o Whether it is executed when relevel door or before or after
0 0-65535
pening Enable. door-opening

F130 Holding door-opening/closing torque Door torque（force） 0 0-65535

F137 Service floor setting 1(whether stop on FI. 1-

65535 0-65535
16) by NS-SW

F138 Service floor setting 2(whether stop on FI. 17

65535 0-65535
-32) by NS-SW
Within designated period（F161）, it does not run.
Setup each floor
F139 Service floor setting 3(whether stop on FI. 33
65535 0-65535
-48) by NS-SW

F199 Service floor setting 4(whether stop on FI. 49

65535 0-65535
-64) by NS-SW

13
F140 80 0-65535 %

F141 200 100-65535 5ms

F145 Bus voltage increases（if speed is slow, improve the value） 100 100-120 %

F146 180 180-65535

F147 0 0-65535

F148 30 0-12000 0.1s

F152 Delay for car-lighting before automatically switc Setup lighting and FAN delay time 5 60s
0-65535
hing off car-lighting and fan

F153 Hoistway Coomon detecting function 1 1：exist 0：none

F155 Adjust broadcasting range 65533 If ATT ON, it is changed into 65533 after broadcasting

F156 Door lock and safe loop relay check enable Set to be KAD contact point 3 3

F160 Clearing error registrations manually enable Setup error which could be deleted and error which can not 1
0-65535
be deleted

F161 Setup that floor service is not performed within establishing 0 1：setup no 2：not designate floor
time

F162 3

F163 Setup to use stand-by power supply 0 0：after stand-by power supply return to proper hall, do not run
1：could run

F164 Load-weighing signal Setup input point for load measuring device 9 7：input point for load measuring device 02/I’s JP9.2
8： input point for load measuring device 02/I’s JP9.3
9： input point for load measuring device 02/I’s JP9.2 and JP9.3

F165 Door open selection in testing traveling When setup low-speed running, the door acts 0 0：open 1：close 3：not act

F168 Elevator numbering for IC card service Setup IC card service elevator unit 0 0-65535

F169 Setting landings for up/down calls by IC card When hoistway call-out, set IC card direction 0 0-65535 0:up 1:dn

F170 With IC control car. 1-16 FI. for selection of ide According to floor No., set car identification 0
0-65535
ntification by IC card

F171 With IC control in car, 17-32 FI. For selection of 0

0-65535
the identification by IC card

F172 With IC control in car, 17-31 FI. For selection of 0

0-65535
the identification by ID card

F175 Creeping speed at start When start, linkage speed (adjust comfortable sensation) 0.006 0-100 Mm/s

F180 Velocity increment Velocity increment 1000 0-65535 %

F181 Elevator numbering in duplex control Setup main machine, subunit 0 0-65535

F182 Steps of speed reduction switches Setup nums of deceleration switches 1 0-65535

F183 Speed at self-tuning When run for floor height inspecting, setup the speed 0.800 0-65535 mm/s

14
 F186 Creeping speed at start Linkage time at start (adjust comfortable sensation) 0.50 0-65535 10ms
F187 Leveling induction calibration running At Svc-tool 0 0：running times nums1：encoder pulses (not excellent if higher
Setup monitoring at initial picture window. than1000) 2&3：can communicate (not excellent if over 96) 4：
rotation speed of motor 5：bus voltage 6：output current 7：output
rotation torque 8：magnetic pole position 9&10：encoder position
11：stand-by torque 12&13 radiator temperature 14:indicates load
15：indicates PTM1 16：indicatesPTM2

F193 Empty-load compensation at lowest landing Empty-load compensation at lowest floor 0 0-1000 0.10%
F194 Full-load compensation at lowest landing Full-load compensation at lowest floor 100.0% 0-1000 0.10%
F195 Empty-load compensation at top landing Empty-load compensation at top floor 0 0-1000 0.10%
F196 2nd main landing by duplex control The 2nd main hole controlled in duplex 0 0-64

F197-F199 3rd main landing by duplex control The 3rd main hole controlled in duplex

F200 DSP software revision number DSP program version

F201

F202 Select self-learning mode

F204 Zero speed proportion ASR P0 Adjust start compensation 100 0-655.35

F205 Zero speed integral ASR I0 Adjust start compensation 10 0-655.35

F206 Low speed proportion ASR P1 Low speed proportion 110 0-655.35

F207 Lover speed integral ASR I1 Low speed integral 30 0-655.35

F208 Low speed proportion ASR P2 Low speed proportion 110 0-655.35

F209 Low speed Integral ASR I2 Low speed integral 30 0-655.35

F210 Medium speed proportion ASR P3 Medium speed proportion 120 0-655.35

F211 Medium speed Integral ASR I3 Medium speed proportion 15 0-655.35

F212 High speed proportion ASR P4 High speed proportion 140 0-655.35

F213 High speed Integral ASR 14 High speed Integral 5 0-655.35

F214 Low speed switchover frequency 1 Low speed switchover 0.5 0-15.00 Hz
F215 High speed switchover frequency 2 High speed switchover 25 15.00-50.00 Hz
F216 Current loop proportional gain Current loop proportional gain 5.0 It should be used when start with 0 speed, and applicable for 1387 si
gnal only.

F217 Zero speed servo time Setup brake time at stop 0.8 0-5.000 S
F218 Motor Type Motor Type 1 0-asynchronous；1-synchronous

F219 Motor Poles Motor Poles（pole nums） 16 2-32

F220 Rated motor voltage Rated voltage of frequency converter 380 V

F221 Rated motor rotate speed Rated motor rotate speed 136

F222 Rated motor current Rated motor current 26.9 0-80.00 inspect the motor A
F223 Max. output torque Max. output rotation torque 200 0-30 (200% 10s) %

15
 F224 Motor slip frequency Motor slip difference frequency (adjust within 2
0~4.0 range)

F225 Carrier frequency Carrier frequency (modification is not necessary) 8 khz

F226 Encoder type Encoder type 4

F227 Encoder pulses Encoder pulses 8192

F228 Magnetic pole phase Indicates phase angle at rated initial stage of 0
Magnetic pole phase synchro-motor

F229 Regulator mode Adjust speed 1 Setup 1~1.75m/s to be 1

F230 Pre-load type Load detector 2

F231 Max. elevator speed Maximum speed 1500

F232 Motor reversion When adjust start torque, change rotation direction of moto 1
r.

F233 Encoder mode (used when pulse occurs) 3100

F240 30 In the condition of normal operating, applicable for 1387 signal only

F241 Adjust down start vibration, when F247 value is larger and 0-200
value is 100%, adjust down start
vibration.

F242 Adjust up start vibration, when F247 value is larger and val 0-200
ue is 100%, adjust up start vibration.

F243 0 Applicable for 1387 signal only

F244 0 Applicable for 1387 signal only ms

F245 Adjust down start vibration, when F247 value is small and 0-200
value is 0%, adjust down start
vibration.

F246 100 Lower than 5.5kw: 100-260 7.5kw-15kw:

kept higher than18.5kw:40-100

F247 If load is 50%, indicated value 1024 is 100% 512 0-1024

F248 Adjust up start vibration, when F247 value is 0-200

small and value is 0%, adjust up start vibration.

F249 Power code Power code

★ Para. Setup sub-content - Level Adj – H0~H2 all floors height adjust parameters
- Main Para – F0~F254 all parameters
- Lvl Micro – 1~64 each floor height adjust parameters
- Lift Model – B0~B37 one side of building, basic information parameters
- S Curve – D0~D13 relevant parameters about speed curve - Input Type – I0~I3 input address parameters
- Motor Model – E0~E14 relevant parameters about motor - Service Flr – L0~L7 service floor setup parameters
- PID Adjust – C0~C14 encoder speed governor parameters
- Dr Open Allow – M0~M7 relevant setup parameters about front
- Flr Disp – K0~k47 floor display setup parameters door and rear door of each floor
- Test Run – T0~T3 continuous running setup parameters
- Upload to MB – upload parameters
- Dr Motor – G0~G3 car door motor setup parameters
- Dnload to OP – download parameters
16
 Floor height measuring running
D1 D2 D3 D4

ENTER
After pressing , move to floor
height measuring mode picture
L1 L2 L3 L4
1. Keep running mode at car side in Normal state,
Func. Select machine room is changed into Inspection mode.
2. Press Shaft Teach Enter.
Call Func 3. Change Inspection mode of machine room into
à Shaft Teach Normal mode, and measure floor height after return to
the lowest floor automatically.
4. After about 3~5s
(height measuring speed is0.8m/s)
F1 F2 5. After up to the top floor, operating mode of machine
room should be changed from Inspection mode into
F3 Normal mode.

ENS ENTER

17
 D1 D2 D3 D4
Load adjust
After pressing ENTER , move to F.Para
picture.

L1 L2 L3 L4

1. Utilize button mentioned above to move to F41.

Fun. Select 2. After changing F41 = 0 to be 1, press Enter；
F41 will be changed into 0. Up to 0% set
à Monitor 3. After changing F41 = 0 to be 2, press Enter；
à Para. Setup F41will be changed into 0 , up to 100% set
※ always executed at the lowest floor.

☞ determining methods for PTM actions

1.After changing F187 to be 14, Normal Simplex
F1 F2 Initial picture will display load. === 00000088 ===
1 Floor 0.00m/s
2.0=0%，1024 is 100% Door Locked
F3 eg.) if load is 50%, it is indicated as 512
3.If F187 is changed to be 15, PTM1 signal will be
displayed;
ENS ENTER however, if F187 is changed to be16,
PTM2signal will be displayed.
18 Indicating picture is same with item 2.
 D1 D2 D3 D4
Start compensation adjust
☞ 0% start vibration adjust
adjust DN direction to be 245
adjust UP direction to be 248
L1 L2 L3 L4
☞ with 50% load, adjust start vibration
1. Car bears 50% load
Para. Setup 2. If F247 value is larger than 512,
adjust DN direction to be 241
adjust UP direction to be 242.
F247 = 512 3.If F247 value is smaller than 512,
adjust DN direction to be 245
adjust UP direction to be 248.

☞ 100% start vibration adjust

adjust DN direction to be 241
F1 F2
adjust UP direction to be 242.

F3 ※ UP & DN direction could be changed

If F232 à 1, it is normal direction
If F232 à 0, it is inverse direction
ENS ENTER

19
 Description for main circuit board

High-voltage opto-
coupler isolation
input
PG Card

SW1= Off

Low-voltage opto-
Relay output coupler isolation
port input

SW2= Off , SW3=On , SW4=On

OPB CAN SW2= Off

Handset operator Modem Group CAN JP6: Working power supply input port of
port/community remote communicati Low-voltage opto-coupler isolation input
monitoring port monitoring Administration on port circuit and relay output circuit
port

20
Input content & setup
MIC ID No. Name Description Assembly
JP1.1 X0 When low speed mode signal 1 is converted to Normal,LED On Input / Default
JP1 JP1.2 X1 When low speed mode signal 2 is converted to Norma, LED On Input / Default
JP1.3 X2 When low speed mode UP running, LED On Input / Default
JP1.4 X3 When low speed mode Dn running, LED On Input / Default
JP2.1 X4 When upper deceleration switch 2LS acts, LED On Input/constant close

JP2.2 X5 When lower deceleration switch1LS acts, LED On Input/constant close

JP2.3 X6 Up direction Down limit switch 4LS (speed higher than 120) Input/constant close
JP2 JP2.4 X7 Dn direction Down limit switch 3LS (speed higher than 120) Input/constant close
JP2.5 X8 GOV contactor contact point Input/constant open
JP2.6 X9 KMZ contactor contact point Input/constant open
JP2.7 X10 Relay contact point for fire hazard return running Input/constant open
JP2.8 X11 Not used now Input/constant open
JP3.1 X12 UP Limit switch Input/constant close
JP3.2 X13 Dn Limit switch Input/constant close
JP3.3 X14 1LV contact point UP direction Input/constant open
JP3
JP3.4 X15 2LV contact point Dn direction Input/constant open
JP3.5 X16 Not used now Input/constant close
JP3.6 X17 Not used now Input/constant open
JP4 JP4.1 X18 Fire hazard return switch (hall floor) Input/constant open
JP4.2 X19 The 1st firefighting work switch (OPB) Input/constant open
21
MIC ID No. Name Description Assembly
JP4.3 X20 SW contactor contact point Input/constant open
JP4.4 X21 SW contactor contact point Input/constant open
JP4.5 X22 BY contactor contact point Input/constant open
JP4 JP4.6 X23 BS1 switch contact point Input/constant open
JP4.7 X24 BS2 switch contact point Input/constant open
JP4.8 X25 Contact point for motor heat energy Input/constant open
JP4.9 X26 Contact point for earthquake control Input/constant open
JP4.10 X27 ARD contact point (only applicable when battery’s power Input/constant open
supply is On)
JP5.1 X28 UCM1, UCM2 contact point Input/constant open
JP5.2 X29 KAD relay contact point Input/constant open
JP5
JP5.3 X30 Contact point for the 1st firefighting work Input/constant open
JP5.4 X31 Contact point the 2nd firefighting work Input/constant open
JP5.5 COM X0~X31 Common Terminal For Input

22