NICE3000

NICE3000
ELEVATOR Control System
Adjust Manual
SUZHOU MONARCH ELEVATOR CO., LTD

MONARCH NICE3000 control system adjust manual
INDEX
CHAPTER 1 SAFETY AND CAUTIONS.................................................................................. 1
1.1 SAFETY CAUTIONS ................................................................................................................................... 1

1.2 CAUTIONS ................................................................................................................................................ 2
CHAPTER 2 PRODUCT INFORMATION ................................................................................... 5
2.1 NAME DESIGNATION RULES AND NAMEPLATE........................................................................................... 5

2.2 NICE3000 SERIES OF CONTOLLER .......................................................................................................... 5
2.3 TECHNICAL SPECIFICATION ....................................................................................................................... 6
2.4 PRODUCT APPEARANCE AND INSTALLATION HOLES DIMENSION ............................................................... 7
DAILY MAINTENANCE OF CONTROLLER ........................................................................................................... 7
CHAPTER 3 INSTALLATION AND WIRING ............................................................................ 10
3.1SYSTEM CONFIGURE INTRODUCTION ....................................................................................................... 10

3.2 MECHANICAL INSTALLATION .................................................................................................................... 10
3.3 ELECTRIC INSTALLATION AND WIRING ...................................................................................................... 11
CHAPTER 4 ADJUST TOOLS INSTRUCTION........................................................................ 17
4.1 SORT OF ADJUST TOOLS .......................................................................................................................... 17

4.2 INSTRUCTION OF OPERATION PANEL ........................................................................................................ 17
4.3 FUNCTION AND USE INSTRUCTION OF SMALL KEYBOARD .......................................................................... 21
CHAPTER 5 FUNCTION PARAMETERS............................................................................ 24
5.1FUNCTION PARAMETERS INDICATION ....................................................................................................... 24

5.2 FUNCTION PARAMETERS ......................................................................................................................... 24
CHAPTER 6 PARAMETER DESCRIPTION............................................................................. 43
6.1 F0 GROUP: BASIC FUNCTION GROUP..................................................................................................... 43

6.2 F1 GROUP: MOTOR PARAMETERS ........................................................................................................ 44
6.3 F2 GROUP: VECTORCONTROL PARAMETERS .......................................................................................... 48
6.4 F3 GROUP: RUNNING CONTROL PARAMETERS ........................................................................................ 50
6.5 F4 GROUP: POSITION PARAMETERS ................................................................................................... 53
6.6 F5 GROUP： TERMINAL FUNCTION PARAMETERS ................................................................................ 54
6.7 F6 GROUP: LIFT BASIC PARAMETERS ...................................................................................................... 60
6.8 F7 GROUP: TESTING FUNCTION PARAMETERS ...................................................................................... 64
6.9 F8 GROUP: REINFORCE FUNCTION PARAMETERS ................................................................................. 64
6.10 F9GROUP: TIME PARAMETERS ........................................................................................................... 66
6.11 FA GROUP: KEYBOARD SETTING PARAMETERS ................................................................................... 67
6.12 FB GROUP: DOOR FUNCTION PARAMETERS ....................................................................................... 68
6.13 FC GROUP: PROTECT FUNCTION PARAMETERS .................................................................................. 70
6.14 FD GROUP: COMMUNICATION PARAMETERS ......................................................................................... 72
6.15 FE GROUP: LIFT FUNCTION SETTING PARAMETERS ............................................................................ 73
6.16 FF GROUP: FACTORY PARAMETERS(RESERVED) ................................................................................ 75
6.17 FP GROUP: USER PARAMETERS......................................................................................................... 75
CHAPTER7 ADJUST............................................................................................................. 77
7.1. LIFT ADJUST ........................................................................................................................................... 77

7.2 PRODUCTION USE................................................................................................................................... 82
7.3 POWER FAILURE EMERGENCY RUN PROJECT EXPLAIN ............................................................................. 84
7.4 ABOUT OVERLOAD USING EXPLAIN .......................................................................................................... 86
INTERCONNECT ELEVATOR SCHEME .............................................................................................................. 87
7.6 GROUP AUTOMATIC OPERATION ............................................................................................................... 89
7.7 DOUBLE DOOR PLURAL SELECTION HALL CALL ......................................................................................... 89
CHAPTER 8 FAULT DIAGNOSIS AND COUNTERMEASURES ........................................... 91
8.1 FAULT MODE EXPLANATION ..................................................................................................................... 91

8.2 FAULT INFORMATION AND COUNTERMEASURES ....................................................................................... 91
8.3 COMMON FAULTS AND THE FAULT DIAGNOSIS ......................................................................................... 95
CHAPTER 9 ACCESSORY PRODUCTION .......................................................................... 96
9.1 INTRODUCTION ABOUT CAR TOP BOARD (CTB) ‘S USENESS .................................................................... 96

9.2 USING INTRODUCTION OF CCB .............................................................................................................. 98
9.3 DIRECTION FOR USE OF HCB ............................................................................................................... 101
9.4 DBR..................................................................................................................................................... 105
9.5 OTHER OPTIONAL COMPONENT ............................................................................................................. 106
CHAPTER 1 Safety and Cautions

Safety Definition
There are two kinds of safety cautions in the manual:
operations which are not performed according to the requirements may cause
severe hurt or even death.
operations which are not performed according to requirements may cause moderate
hurt or light hurt or equipment damage.
1.1 Safety Cautions

1. Before Installation
Do not use the controller that is damaged or has defect, or there will be danger of
injury.
2. During Installation
Mount the controller on incombustible surface like metal, and keep away from
flammable substances! Otherwise it may cause fire.
·Do not let wiring terminal or screw enter controller, otherwise controller will be
damaged.
·Install controller at the place where less shaking and less sunshine.
3. Wiring
·Only the qualified electrical engineer can perform the wiring , otherwise there will be
danger of electric shock.
·A circuit breaker must be installed between the mains and the controller ,otherwise
there will be danger of fire.
·Wiring can only be done after the mains input is cut off, otherwise there will be danger
of electric shock.
·Please connect the controller to the ground according to the standard, otherwise there
will be dangerous
·Do not connect the input terminals with the output terminals (U,V,W), otherwise the
controller may be damaged!
·Ensure the wiring meet the EMC requirements and the local safety standard. The wire
size shall be determined according to the manual, otherwise accident may occur!
·Brake resistor must not be connected between the DC bus terminals (+) and (-),
otherwise fire may occur!
.Encode connection must use Shielded line,shield islet must be one side connected to
earth reliably
.Communacation must use STP, shield islet must be one side connected to earth
reliably
1
4. Before Power-on
·Please confirm the mains voltage level is consistent with that of the controller and the
input (R,S,T) and output (U,V,W) wirings are correct, and check if there is any short
circuit in peripheral circuit and if the wiring is fixed and fast, otherwise the controller
may be damaged!
·Mount the cover plate properly before power-on the controller, otherwise there will be
danger of dielectric strength test had been done at factory. Therefore, user needs not
do this test again, otherwise accident may occur!
. synchronous motor before running must ensure tunning has completed.
5. After Power-on
·Do not open the cover of the controller after power-on, otherwise there will be danger
of electric shock!
·Do not touch the controller and its circuit with wet hand, otherwise there will be danger
of electric shock.
·Do not touch the controller terminals, otherwise there will be danger of electric shock.
At power-on, the controller will perform the security check of the external
heavy-current circuit.
·If parameter identification is required, please pay attention that the rotating motor may
injure people, otherwise accident may occur!
·Do not change the factory settings, otherwise the current may be damaged!
6. Running
·Do not touch the fan and the discharging resistor to check the temperature, otherwise
burning
·Do not let objects fall in a running controller,otherwise the controller may be damaged!
·Do not start and stop the controller by on/off of the contactor, otherwise the controller
may be dangerous .
7. Maintenance
·Please do not repair or maintain the controller with power on, otherwise there will be
danger of electric shock!
·Please repair or maintain the controller after confirming the charge LED turns off,
otherwise there may be human injury caused by the residual voltage of the capacitor!
·Only qualified electrical engineer can repair or maintain the controller, otherwise there
will be danger of human injury or damaging the equipment.
1.2 Cautions
1. Check the Insulation of the Motor
When the motor is used for the first time ,or reused after storing for a long time, or in regular
checkup, the user must check the insulation of the motor to prevent the poor insulation of the
2
windings of motor from damaging the controller. The motor connection must be divded from
the controller during the insulation check. It is recommended to use a 500V Mega-Ohm-Meter
to check and the insulation resistance shall not be less than 5MΩ.
2. Thermal Protection of Motor
If the rated capacity of the motor selected is not matching that of the controller, especially when
the rated power of the controller is bigger than that of the motor, make sure to adjust the
parameters for motor protection inside the controller or to install a thermal relay to the motor to
guarantee the protection to the motor.
3. Motor Heat and Noise
Since the output voltage of the controller is in PWM wave with some harmonic wave, the
temperature may rise, the noise and vibration may increase compared with the controller running
at main frequency.
4. Pressure-sensitive Device or Capacitor at the Output Side of the Controller
Because the controller outputs PWM wave, the capacitor used for improving power factor and
pressure-sensitive resistor used for lightening-proof shouldn’t be installed at the output side of the
controller, otherwise the controller may have transient over-current and may be damaged.
5. Switches Used at the Input and Output terminal of the Controller
If the contactor is required to be installed between the controller and the power supply, it is
prohibited to start or stop the controller with the contactor. If the switches like contactors are
connected between the output terminal and the motor, make sure to start and stop the controller
when the controller has no output, otherwise the modules in the controller may be damaged.
6. Usage Outside the Range of Rated Voltage
The NICE3000 controller shall not be used out of the specified range of operation voltage.
Otherwise the internal components of the controller may be damaged. If needed, please use
corresponding voltage regulation device to change the voltage.
7. Lightning Strike Protection
There are lightning protection devices inside the controller, But the user should install other
lightning protection device at the front end of the controller if lightning strike occurs frequently.
8. Altitude and Deration
When the altitude is higher than 1000m, the cooling effect of consult is deteriorated because of the
rarefaction of air, the duration must be used and please consult our company for detailed technical
support.
9. Cautions for Scrap of controller
The electrolytic capacitors in the main circuits and PCB may explode when they are burned and
poisonous gas may be generated when the plastic parts are burned. Please dispose the controller
as industrial rubbish.
10. About Applicable Motor
1) The controller is applicable to Asynchronous motor and Synchronous motor.Please be sure to
select the applicable controller according to the Data plate of the motor.
2) The controller has already been configured with a standard parameters which is applicable to
Asynchronous motor.To perform the motor parameter identification according to the actual
conditions will promote the operation effect . Synchronous motor must carry out complete
tuning.
3
3)The output part of controller should not be short. Otherwise the controller may alrm or damaged.
Therefore, before Power-on ,we must execute short-circuit-test for new elevator.
4
Chapter 2 Product Information

2.1 Name Designation Rules And Nameplate
2.1.1 appliies to Asynchronous motor:

Name designation rules:
Nameplate:
2.1.2 appliies to Synchronous motor：

Name designation rules:
Nameplate:
2.2 NICE3000 Series of contoller

Input
Input Power Output
Model Current Motor(KW)
Voltage Capacity(KVA) Current(A)
(A)
NICE-L-A/IP-4007 三相 380V 11.0 20.5 17.0 7.5
NICE-L-A/IP-4011 范围： 17.0 26.0 25.0 11
NICE-L-A/IP-4015 21.0 35.0 32.0 15
5
Input
Input Power Output
Model Current Motor(KW)
Voltage Capacity(KVA) Current(A)
(A)
NICE-L-A/IP-4018 -15%~20% 24.0 38.5 37.0 18.5
NICE-L-A/IP-4022 30.0 46.5 45.0 22
NICE-L-A/IP-4030 40.0 62.0 60.0 30
NICE-L-A/IP-4037 57.0 76.0 75.0 37
NICE-L-A/IP-4045 69.0 92.0 91.0 45
2.3 Technical Specification
Item Specification
Maximum output frequency 90HZ
0.5k~16k(HZ); Carrier frequency can be
Carrier frequency adjusted automatically according to the load
characteristic.
Sensorless vector control (SVC), vector control
Control mode
(VC)
Start torque Type G: 0.5Hz / 180% (SVC), 0Hz/200% (VC)
Specification
Speed control range 1 : 100 (SVC) 1 : 1000 (VC)
Speed accuracy ±0.5%(SVC) ±0.05%(SVC)

Torque accuracy ±5%(VC)
150% rated current for 60s; 180% rated current
Overload capability
for 1 s
asynchronism motor: Static tuning / Complete
Motor tunning tuning
synchronous motor: Complete tuning
Distance control Immediacy stop
extent of floor high 32-bit
24 Digital input terminal，specification：24V，
Digital input
5mA
characteristic
Input/output
analog data input -10V~10V

Communacation terminal CANBUS(cartop) & Modbus (hall call)
Output terminal 6 relay output
Default apply increment push-pull output and
Encoder interface plough collector output
MCTC-PG-B apply U、V、W type encoder
5-bit LED display, show move speed, bus
operation panel
voltage etc. parameter.
Display 3-bit LED display, displaying the information of
and small keyboard main board MCB and receiving the simple order
keypad input
Computer monitor Display and adjust parameters
Elevation Lower than 1000m
-10℃~ +40℃ ( ambient temperature is within
Application Ambient temperature
40℃~ 500℃ duration is required)
environme Less than 95% RH, without condensation
Humidity
nt
Vibration Less than 5.9m/s2(0.6g)
Storage temperature -20℃ ~ +60℃
6
2.4 Product Appearance And Installation Holes Dimension

Controller has two types of size:D&E. Size D include NICE-L-A/IP-4075; NICE-L-A/IP-4011;
NICE-L-A/IP-4015;SizeE include NICE-L-A/IP-4018; NICE-L-A/IP-4022; NICE-L-A/IP-4030;
NICE-L-A/IP-4037.
Fig.2-1 SIZE D
Fig.2-2 SIZE E
Daily Maintenance of Controller

1. Daily Maintenance
Since the influence of ambient temperature, humidity, dust, and vibration, the components in
controller may become aging and wearing, which will give rise to the occurrence of potential
faults and reduce the life of controller. Therefore, it is quite necessary to do the work of daily
maintenance of controller.
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The filter capacitor still has high voltage after the power supply to the controller is
switched off, so do not maintain or repair the controller until the bus voltage measured.
Daily checking items:

1 ) Check if there is any abnormal noise during the running of motor ;
2 ) Check if there is any vibration of motor ;
3 ) Check if the installation environment of controller changes ;
4 ) Check if the cooling fan of controller works normally ;
5 ) Check if the controller is over heated
Daily cleaning :
· Keep the controller in a clean status.
· Clean the dust from the controller and prevent the dust especially the metal powder from
entering the controller.
· Clean the oil dirt in the cooling fan of the controller .
2. Periodical Checking
Periodically check the places that are hardly checked during the running.
Checking items:
1 ) Check the ventilation channels and clean them periodically
2 ) Check if the screws are loose
3 ) Check if the controller is rusted
4 ) Check if the input / output terminals has burning mark
5 ) Check the insulating in main circuit
Note: Insulation test ( use 500V Mega-Ohm-Meter ) should be done separately after disconnecting
the input power cables from the controller; or else, the controller will be damaged. Do not use the
Mega-Ohm-Meter to test the insulation of control circuits. Dielectric strength test had been done at
factory. Therefore, user need not do this test again.
3. Replacement of Wearing Parts
The wearing parts of controller mainly include the cooling fan and filtering electrolytic capacitor.
Their lifetime is closely related to the operating environment and maintenance.
Component Life
Fan 2 ~ 3 years
Electrolytic
4 ~ 5 years
capacitor
Generally their user should determine when to replace them according to their work time.
1 ) Cooling fan
Possible damage causes : shaft bearing attrition and blade aging.
Judging criteria : no crack on fan blade, and no abnormal vibration noise at start.
1 ) Filtering electrolytic capacitor
Possible damage causes: high ambient temperature, big pulsating current due to frequent load
fluctuation, electrolyte aging.
Judging criteria : no liquid leak, no protrusion of safety valve, electrostatic capacitance
8
measurement, and insulation resistance measurement.

4. Storage
The following points must be followed in controller storage:
1 ) It is recommended to store the controller in its original packing box.
2 ) Long-term storage will cause deterioration of electrolytic capacitor . Therefore, controllers
long time not in service must be powered within 2 years for test purpose, at least for 5 hours ;
in the test , the input voltage must be boosted gradually with voltage regulator to the rated
value.
9
CHAPTER 3 INSTALLATION AND WIRING

3.1System configure introduction
Fig. 3-1 system configure diagram
3.2 Mechanical Installation

NICE3000 controller Installation Location：
Fig. 3-2 Installation Location

A shall be bigger than 50mm for the controller of 22kW or above.
10
3.3 electric installation and wiring

3.3.1 using of external device
Device position Function
Front-end of input
Air switch Cut off the power and as short protection.
circuit
safe between air switch
Switch on/off the controller; controlled by safe circuit.
contactor and controller
improving input power factor;eliminate high frequency
AC input
Controller input side humorous wave in input side; eliminate current
reactor
unbalance due to input phase unbalance;
improving input power factor;eliminate high frequency
DC reactor standard internal humorous wave in input side; eliminate current
unbalance due to input phase unbalance;
Between controller If the distance between the controller and the motor is
AC output
and motor, and near longer than 100m, it is recommended to install the AC
reactor
controller output reactor.
3.3.2 Electric wiring
electric wiring include two parts：Controller main circuit and main control board wiring
1. Main circuit connection and terminal function
1） main circuit：
Fig.3.3 main circuit wiring

2）terminal function：
Terminal Name Instruction
R、S、T 3-phase power input
Connect 3-phase AC380V
terminal
(+)、(-) Positive and negative Shared DC bus input, for controller above
terminals of DC bus 37kW, they are for brake unit
P(+)、PB Terminals for brake For controller below 30kW(include 30kW)
resistor they are for brake unit
U、V、W controller output terminal Connect 3-phase motor
PE Terminal for grounding Grounding terminal
3） Note on Wiring
A .DC bus (+) and (-) terminals:
Pay attention that the DC bus terminals (+) and (-) still have voltage after power off, and the user
can only touch the terminals after the CHARGE LED turns off and the voltage is below 36V,
otherwise there is a danger of electric shock.
When selecting the brake unit for the NICE3000 above 37kW, pay attention that the polarity of (+)
and (-) cannot be reverse, otherwise the controller may burn or be damaged. The length of the
11
cable between brake unit and DC bus terminals (+) and (-) shall be less than 5m, and the length of
the cable between brake unit and brake resistor shall be less than 10m. The twisted pair cables
shall be used.
Do not connect the brake resistor directly to the DC bus, otherwise the controller may burn or be
damaged.
B. Brake resistor terminals of (+) and PB:
The brake resistor terminal is effective only for the NICE3000 series of controller of below 30kW
and has a built-in brake unit. For releasing the feedback energy when braking, brake resistor must
be connected between the terminals of (+) and PB.
Select the recommended resistor according to section 9.4.
The cable length of brake resistor shall be less than 5m.
The temperature of brake resistor will go up because of the energy release, so the protection and
the heat dissipation should be noticed.
C. controller output U, V and W:
Controller output terminals connect to 3-phase motor. When the motor turning direction is reverse
with the requirement, it can be changed by exchanging any two of the U, V and W cables.
Controller output terminals cannot connect to capacitors or surge snub devices, otherwise the
controller may be in protective status or damaged.
Controller output circuit grounding or short circuit is absolutely not permitted.
Controller output cables of U, V and W should be in metal pipe with grounding, and divided or
vertical with control circuit cables.
If the cables between the motor and the controller are too long, electrical resonance may occur
due to the distributed capacitance, which may result in damaging the motor insulation or big
leakage current that will make the controller go into protective status. Usually, the cable length is
below 100m. It is recommended to add AC output reactor when the length is above 100m.
D. Grounding Terminal:
Grounding terminal must be connected to earth reliably, the grounding cable should be thick and
short, the recommended grounding cable should be special yellow-green cable above 4 mm2 with
several copper cores. And the grounding resistance shall be less than 5Ω. Do not share the PE
and neutral line of the main supply.
2、MCTC-MCB-A wiring instruction

1）main control board Installation Location:
12
Fig.3.4 main control board dimension

2）Indicator light instruction of MCB：
ER Error indicator when error, ER indicator lighten (red)
OK Ok indicator when no error, OK indicator lighten (green)
CTB communication when communication well between MCB and
COP
indicator CTB, COP indicator lighten (green)
when communication well between MCB and
HOP calling indicator
HCB, HOP indicator lighten (green)
X1～X24 input signal indicator when external input, indicator lighten (green)
Y1～Y6 output signal indicator when signal output, indicator lighten (green)
3）terminal list：
X1 X17 24V Y1
X2 X18 COM M1
X3 X19 MOD+ Y2
C X4 C X20 C MOD- C M2
N N N N
1 X5 9 X21 3 CAN+ 7 Y3
X6 X22 CAN- M3
X7 X23 Y4
X8 X24 M4
15V
X9 M Y5
PGM
X10 AI M5
PGA
X11 C Y6
PGB
X12 N M6
6 PGM
X13
PE
X14
X15
X16
13
4）Plug CN1and CN9 instruction：

1.photocoupler isolate input
2.input resistance : 4.7KΩ
3.input voltage range：10～30V
4.input current limit :5mA
digital signal
X1~X24 input function
selection
terminal function decided by

F5-01~F5-24
simulate input terminal for simulation input,-10~10V,for
Ai
terminal weighing device
M DC 0V power
5）Plug CN3 instruction：

24V Provide MCTC-MCB-A DC24V, for
External DC24V
COM input,output circuit and communication
input
circiut
MOD+ Modbus terminal calling communication signal
MOD- Modbus terminal feedback,STP
CAN+ CAN terminal CAN communication between
CAN- CAN terminal MCTC-MCB-A and MCTC-CTB-A.STP

Y1~M1
Y2~M2
relay output relay normal open contact output
Y3~M3
function 10A ,250V Ac, and function decided by
Y4~M4
selection F5.26 ~F5.31
Y5~M5
Y6~M6
Provide DC15V for encoder,suit for
15V incremental push-pull output or incremental
DC15V output plough collector output.
PGM MCTC-PG-B grounding terminal
PGA coding pulse input
input incremental edcoding pulse
A phase
PGB coding pulse input
14
B phase
PGM DC15 0V terminal MCTC-PG-B grounding terminal
PE Grounding termianl Encoder wire shield layer
And CN12 is interface for operation panel,CN2 is interface for computer monitor.
8）jumper JP5、JP6 instruction：

inner Short J5,
calling inner calling
JP5 matching communication
resistance circuit will be
jumper connectied with
internal resisitance
outer short J6,outer
calling calling
JP6 matching communication
resistance circuit will be
jumper connected with
internal resisitance.
3.
Encoder wiring
encoder connection as following rule：
1. PG wire should be setted lonely and keep distance from control circuit and driver circuit and
forbidden parallel with them.
2. PG wire should be shield wire,shield layer connect to PE near controller.(in order to avoid to
be disturbed, only one terminal connect to GND.)
3. PG wire should be pull on pipe lonely,and metel crust should ground credibility.
Encoder connection as following:
a. encoder connection of increment push-pull output and plough collector output
Fig.3.5 connection of increment push-pull output and plough collector output encoder
b. UVW type encoder
synchronous motor must assorts UVW type encoder for NICE3000.And the encoder must
have the same numbers of pole with motor.
MCTC-PG-B is assort with UVW type encoder.
15
Fig.3.6 U、V、W type encoder
4、MCTC-PG-B introduce
A. Specification
Distribut
Output
respond Output e
Function resistan
speed current frequenc
ce
y range
Power for About
VCC，GND --- 300mA ---
encoder 300ohm
A+，B+，A-，B-，
Encoder
U+，V+，W+， U-， 0~80 KHz --- --- ---
signal input
V-，W-
Distribute
OUT-A,OUT-B,CO About
frequency 0~80 KHz 100mA 1
M 30ohm
signal output
B、PG terminal and setting

PG has 15 terminal for user,diagram3-10。And,VCC、GND are encoder output power；
A+，B+，A-，B-，U+，V+，W+， U-，V-，W-are codeing signal input terminal；OUT-A、
OUT-B、COM are distribute frequency signal output terminal.
Fig.3.7 MCTC-PG-B
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CHAPTER 4 ADJUST TOOLS INSTRUCTION

4.1 sort of adjust tools
adjust tools of NICE3000 include two kinds:control and display panel(operation panel) and small
keyboard on MCB.
4.2 instruction of operation panel

Through operation panel, user can modify the parameter, monitor the working state, and
control running (start and stop) when controlled by operation panel.
4.2.1 The appearance and function section of operation panel
The appearance as picture 4-1:
1） Instruction of function indicator light
RUN LED on, controller is working
LOCAL/REMOT Reserved
FWD/REV Indicator of up and down. LED on, down; LED
off, up.
TUNE/TC Indicator of tune. LED on, tuning.
2） Digital display area
5-bit LED display, show move speed, bus voltage etc.
parameter.
3） Units indicator instruction
Hz: Frequency unit
A: Current unit Fig.4.1 operation panel
V: Voltage unit
RPM: Rotation speed unit
%: Percentage
4） keyboard instruction:
key name function
PRG Program key Enter or exit the first-level menu and delet quick menu
ENTER Confirm Enter the menu level by level and enter setting parameter
∧ Up Increase of date and function code
∨ Down Decrease of date and function code
It can select the displaying parameters circularly on the
stop displaying interface and the running displaying
>> Shift
interface. It can also select the modification bit of the
parameters when modifying the parameters.
In the keypad operation mode, it is for running and
RUN Running
operating the controller.
The key is for stopping the running when the controller is
STOP/RESE
Stop/reset running state, and for resetting the faulty status. The
T
function of the key is restricted by F7-02.
QUICK Quick key Enter or exit the quick menu
Multi-functio
MF.K Display and remove of error message
n selection
17
4.2.2 View and operate of function code

1. 3-level menu
NICE3000 adopt 3-level menu to conduct the parameter setting. It’s convenient to query and
modify function code and parameter.
3-level menu include: function parameter group (first level) →function code (second level)
→function code setting. Operation procedure as follow:
Change group Modify code Change function code
PRG ∧ ∨ ENTER ∧ ∨ ENTER ∧ ∨

0.000 F0 F0-06 50.00
PRG PRG PRG
Date show 1-level 2-level 3-level
ENTER
Fig.4.2 Operation procedure of 3-level menu

Instruction：when in 3th menu,system can be backed to 2th menu by pressing PRG or
ENTER。The difference between two ways：it saves parameter after pressing ENTER, then back
to next function code in 2th menu;And it does not save parameter after pressing PRG, then back
to currently function code.
Example: change F0-06 from 50.00Hz to 15.00Hz (thick means flash bit).
Display in stop
PRG ENTER ∧ ENTER >>

0.000 F0 F0-00 F0-06 50.00 50.00
PRG PRG ENTER ∧ >>

F0 F0-07 15.00 10.00 10.00
Fig.4.3 example for parameter change

In third level menu, if the parameter has no flash bit, it means the function code cannot be
changed and the possible reasons are:
1). This parameter of this function code cannot be changed, such as the actually detected
parameter and running record parameter.
2). This function code cannot be changed in operating status and can only be changed when
the controller is stopped.
2. To shift the status display parameters by key >>

Example:
>> >> >> >>

Rated speed Bus voltage Low of input High of input Output terminal
>> >>
>> >> >>

Decelerate distance of rated speed load Currently place Currently floor
18
Fig.4.4 example of parameter change in stop

In stopping and running status, the LED can display several status parameters, Whether to
display the status parameters is dependent on the bit setting of FA-01 (running parameter) ~
FA-03 (stopping parameter). Through key >> , user can shift the display in sequence and
display the stopping or running status parameters circularly.
In stopping state, there are 9 status parameters for NICE3000, user can shift to display the
parameters circularly by key >> . The parameters are: rated speed, bus voltage,low bit of input
terminal,high bit of input terminal,output terminal,currently floor,currently place,load, decelerate
distance of rated speed. Whether to display the status parameters is dependent on the bit setting
of FA-03.
In running state,there are 16 state parameter for NICE3000, user can shift to display the
parameters circularly by key >> . The parameters are: rated speed, bus voltage, output voltage,
output current, output frequency, low bit of input terminal, high bit of input terminal, output terminal,
currently floor, currently place, car load, input of CTB-A, output of CTB-A, system state, advance
torque current. Whether to display the status parameters is dependent on the bit setting of FA-01.
3. Error information reading
When controller occur error, the error information will be displayed on panel. It is convenient to
find reason for error and get rid of the error as soon as possible.
The controller can save the last 5 error code. User can read the first error code as the follow
way:
PRG ∧ ENTER ∧ ENTER

0.000 F0 FC FC-00 FC-06 0000
Date display
Fig.4.5 way of error information reading

4.2.3 Operation instruction of quick menu
Quick menu is created for the purpose of making it convenient for user to check and modify
the frequently used parameter. The parameter display mode in quick menu is uF3-02, which
means changing the parameter in quick menu is the same with that in common programming
status.
Up to 16 parameters can be saved in quick menu. If 16 parameters are stored and waiting to
add more, the FULL will be displayed; if enter the menu and the NULL is displayed, which means
no parameter is stored in the menu.
There are 16 parameters in controller advanced:
F0-03：Max run speed F5-36 ： Input way of weighing
signal
F0-04：Rated speed F6-00：Top floor
F0-05：Rated load F6-02：Parking floor
F1-12：Encoder pulse number F8-01：Advance torque mode
F3-00：Start-up speed F8-02：Advance torque offset
F3-01：Keeping time F8-03：Drive gain
F3-10：Relevel speed F8-04：Brake gain
19
F4-00：Leveling adjusting FC-22：Latest error type

User can modify it according to need.
1. Add parameter in the quick menu
PRG ∧ QUICK ENTER

0.000 F0 F0-05 F0-05 F0-05
Date diplay Flash display Stop flashinng
Fig.4.6 Add parameters in the quick menu

Note: press QUICK in second level menu, the displayed parameter flashes, and prompt the
user to save the parameter in the menu, pressing ENTER will save the parameter in the menu and
the displayed parameter stops flashing, while pressing PRG will not save the parameter in the
menu and the displayed parameter stops flashing, and the operation is cancelled.
2. Change the parameter in the quick menu.
QUICK ∧ ∧ ∧
0.000 uF0.03 uF3.10 uF5.36 uF8.11
Date display
Fig.4.7 Change the parameter in the quick menu

Note: In stop or run display interface, press QUICK to enter quick menu, and press
UP/DOWN to select different parameters, and press ENTER to enter the next level menu, and the
changing method is the same with that in third level menu. Press QUICK to back to last screen and
the changed parameter will not be saved.
3. Delet the parameter in the quick menu.
There are parameters as F0-03, F3-10, F5-36, and F8-11 in quick menu. If you want to delet
F5-36, please operater as follow.
Flash display
QUICK ∧ ∧ PRG
0.000 uF0.03 uF3.10 uF5.36 uF5.36
Date display ENTER
QUICK
0.000 uF8.11
Fig.4.8 Delet the parameter in the quick menu.

Note: Press PRG in the quick menu, the displayed parameter flashes, and prompt the user
whether to delete the parameter in the menu, pressing ENTER will delete the parameter in the
menu and the displayed parameter stops flashing, while pressing QUICK will cancel the deleting
operation and the displayed parameter stops flashing, and the operation is completed. If the last
parameter is deleted, and NULL will be displayed, that means no parameter is stored in the menu.
4.2.4 Password setting
In order to protect the parameter more effectively, the controller provides the password
protection.
20
The figure below shows how to set the password to 12345.
PRG ∧ ENTER ENTER >>

0.000 F0 FP FP-00 000000 000000
Date display
∧
∧ >> ∧ >>
12300 12000 12000 10000 10000
>>
∧ >> ∧ ENTER
12300 12340 12340 12345 FP-00
.
Fig.4.9 Password setting procedure
When FP-00 is set to non zero, that is the user password, and the password protection
function is valid once exiting the function code editing status. If the user presses PRG again, the
controller shall display“------”, and the user can only enter the menu after inputting the user
password. Otherwise, the user cannot enter. For factory setting parameters editing, the user still
need to input the factory password. (Warning: do not change the factory setting parameter; if the
parameter values are wrong, the controller will work abnormally, even be damaged.)
When the password protection is unlocked, user can change the password freely, and the
last input number will be the user password.
If the user wants to cancel the password protection function, enter after inputting the
password and set FP-00 as 0.
4.3 function and use instruction of small keyboard

Small keyboard is consisted of three numberal lamp and three keys, and it take charge of
displaying the information of main board MCB and receiving the simple order inputed. The menu is
divided into function F0～F8.
4.3.1 Apperance of small keyboard
Apperance as follow:
Fig.4.10
4.3.2 Function instruction
3 key are difined as PRG、UP、SET, and marked beside.
1． PRG: In any state, press PRG, the function code will be displayed and it can be changed
by pressing UP;
2． UP: In function code state, pressing UP can change function code circularly,as
0,1,2,3,4,5,6,7,0…. Additional, in special function group, UP also could be used for
21
inputting the order;

3． SET: In function group,press SET and it will enter this menu. In special function group,
after input simple order and press SET, it will save and enter F0 automaticly.
4.3.3 Function code of small keyboard
Code Date menu content
F0 Floor and run direction
F1 Input of floor order
F2 Error reset
F3 Time display
F4 Run time display
F5 Run times display
F6 reserved（forbided,dangerous!）
F7 Self-tuning of hoistway
F8 Testing function
4.3.4 Function instruction
F0 (Floor and run direction): F0 date menu will be display as default after electrify. First bit of
numberal lamp is used for direction, and second and third bit are used for current floor. When
stopping, first lamp does’t display, and when travel up or down, the first display direction up or
down. If error (no error formerly), the numberal lamp switchs to display the error code. If error
disapper auto, F0 date menu will be display.
F1 (Input of floor order): After enter F1 date menu through PRG, UP, SET, the numberal lamp
display the lowest floor (same as F6-01), and select floor (lowest to topest) by UP and SET, then
the lift travel to aim floor. The numberal lamp will switch to display F0 date menu after running.
F2 (Error reset): After enter F2 date menu through PRG, UP, SET, the numberal lamp display
‘0’. The parameter can be change through UP, with the range 0～1. And ‘1’ denotes order of error
reset, press SET to get rid of the error, then The numberal lamp will switch to display F0 date
menu.
F3 (Time display): After enter F3 date menu through PRG, UP, SET, the numbernal lamps
display time circulatly, example: 2005-03-01-08-30.
F4 (Run time display): After enter F3 date menu through PRG, UP, SET, the numbernal lamps
display run time circulatly (unit: hour), example: 10000.
F5 (Run times display): After enter F3 date menu through PRG, UP, SET, the numbernal
lamps display run times circulatly, example: 100000, up to 999999.
F6: reserved. （forbided,dangerous!）
F7 (Self-tuning of hoistway): After enter F7 date menu through PRG, UP, SET, the numberal
lamp display ‘0’. The parameter can be change through UP, with the range 0～1. And ‘1’ denotes
order of self-tuning of hoistway, press SET to save, then the controller begins self-tuning of
hoistway. At the same time, the numberal lamp switches to display F0 date menu. After self-tuning
of hoistway, F7 backs to 0 automaticly.
22
F8 (Testing function): After enter F7 date menu through PRG, UP, SET, the numberal lamp
display ‘00’. The range of F8 is 00～04. Instruction as follow:
00－none;
01－forbid calling outside;
02－forbid opening door
03－allow over load
04－short limit switchs
Press SET to affirm after changing the parameter, and the numberal flashing ‘E88’ to show
that the lift is in test state. Press PRG to quit and F8 backs to ‘0’ automaticly.
23
CHAPTER 5 Function Parameters

5.1Function parameters Indication
1 It’s function parameters are classified into 15 groups. Each function group has several
function codes. he function code uses 3-level menu. F X-XX in the manual means No. XX function
code in group X For example, F 8-08 means the No.8 function code in group F8.
For the purpose of convenient function code setting, when conducting operation via operation
front panel, the function group number corresponds to first level menu, the function code number
corresponds to second level menu, and function code parameters correspond to third level menu.
2 Contents in the function table:
In column 1, Function code means the code for the function parameter group and the
parameter; Name in column 2 means the complete name of the function parameter; Setting range
in column 3 means the parameter setting range; Min. Unit in column 4 means the minimum unit of
the parameter setting; Default in column 5 means the original default and modified in column 6
means the modification attributes of the parameters, i.e. whether to enable the modification and
the modification requirements:
‘☆’ means that the parameter can be modified while the NICE3000 is running or stops;
‘★’ means that the parameter can not be modified while the NICE3000 is running;
‘●’ means that the actually measured or fixed parameter cannot be modified;
(The system has already set the modification attributes of the parameters to prevent the user
from making wrong modification to the parameter.)
3 ‘Default’ means the numeric value after the function code parameter is refreshed when
recovering the default parameter, but the actual measured value or recorded value will not be
refreshed.
4 The controller provides password for function code operations to effectively protect the
parameters (Detailed in 4.2.4 of Chapter 4).
5.2 Function parameters

7.2.1 Groups of function parameters
Press “PRG” buttons and then UP/DOWN button, the displays are first level menus, which are
groups of function. Details as follows,
F0——Basic parameters F9——Time parameters
F1——Motor parameters FA——Keyboard setting parameters
F2——Vector control parameters FB——Door function parameters
F3——Running control parameters FC——Protect function parameters
F4——Land parameters FD——communication parameters
F5——Terminal fimctopm parameters FE——Lift function setting
parameters
F6——Lift basic parameters FF——Factory parameters
F7——Testing function parameters FP——User parameters
F8——Reinforce function parameters
24
7.2.2 parameter table

fu
Mi
nction Name Setting Range Default odifi
n. Unit
Code ed
F0 Group Basic Function Group
0: Speed sensorless vector

control(SVC)
F0-00 Control mode 1 1 ★
1: Vector control(VC) with
speed sensor
0 ： Operating panel
Command source
F0-01 command channel 1 1 ★
selection
1：Distance control
Operating panel
F0-02 0.000～F0-04 0.001m/s 0.000m/s ☆
speed
F0-03 Lift Max. speed 0.300～F0-04 0.001m/s 1.600m/s ★
F0-04 Lift rated speed 0.300～4.000m/s 0.001m/s 1.600m/s ★
F
Lift rated load 300～9999 kg 1 kg 1000 kg ★
0-05
F0-06 Max. frequency 50.00～99.00Hz 0.01Hz 50.00Hz ★
Depending on
F0-07 Carrier frequency 0.5～16.0kHz 0.1kHz ☆
the model
F1 Motor parameter
Motor type 0：Asynchronism motor;
F1-00 1 0 ★
selection 1：Synchronous motor
Depending on
F1-01 Rated power 3.7～75.0kW 0.1kW ★
the model
F1-02 Rated voltage 0～440V 1V 380V ★
Depending on
F1-03 Rated current 0.00～655.00A 0.01A ★
the model
F1-04 Rated frequency 0.00～99.00Hz 0.01Hz 50.00Hz ★
F1-05 Rated speed 0～3000rpm 1 rpm 1460 rpm ★
Stator resistance 0.000～30.000Ω 0.001Ω Depending on
F1-06 Encoder ☆
0～359.9° 0．1° the model
initialization angle
Depending on
F1-07 Rotor resistance 0.000～30.000Ω 0.001Ω ☆
the model
Leakage Depending on
F1-08 0.00～300.00mH 0.01mH ☆
inductance the model
Depending on
F1-09 Mutual inductance 0.1～3000.0mH 0.1mH ☆
the model
Depending on
F1-10 No-load current 0.01～300.00A 0.01A ☆
the model
0：No tuning.
F1-11 Tuning selection 1：Static tuning 1 0 ★
2：Complete tuning
Encoder pulse
F1-12 100～9999 1 1024 ★
number
25
fu
Mi
n. Unit
Code ed
Encode failure
F1-13 0.0～10.0s 0.1s 3.0s ★
monitoring times
F2 Vector control parameters
Proportional gain
0～100 1 40
1 of speed loop
Integration time 1
0.01～10.00s 0.01s 0.60s
of speed loop
Switching
F2-02 0.00～F2-05 0.01Hz 2.00Hz ☆
frequency 1
Proportional gain
F2-03 0～100 1 35 ☆
2 of speed loop
Integration time 2
F2-04 0.01～10.00s 0.01s 0.80s ☆
of speed loop
Switching
F2-05 F2-02～F0-06 0.01Hz 5.00Hz ☆
frequency 2
Slip compensation
F2-06 50～200% 1% 100% ☆
coefficient
Filter
0.0
F2-07 coefficient of 0.00～5.00s 0.00s ☆
1s
speed loop
Upper limit of
F2-08 0.0～200.0% 0.1% 150.0% ☆
torque
F2-09 Reserved
0:Run forward
F2-10 Running direction 1 0 ☆
1:Run reverse
F3 Group: Running control parameters
F3-00 Start speed 0.000～0.030m/s 0.001m/s 0.000m/s ★
F3-01 Keeping time 0.000～0.500s 0.001s 0.000s ★
2
F3-02 Acceleration 0.200～2.000m/s 0.001m/s2 0.650m/s2 ★
Inflexion speedup
F3-03 0.300～4.000s 0.001s 2.500s ★
time 1
Inflexion speedup
F3-04 0.300～4.000s 0.001s 2.500s ★
time 2
2 2 2
F3-05 Deceleration 0.200～2.000m/s 0.001m/s 0.650m/s ★
Inflexion
F3-06 0.300～4.000s 0.001s 2.500s ★
slow-down time 1
Inflexion
F3-07 0.300～4.000s 0.001s 2.500s ★
slow-down time 2
Special
F3-08 0.500～2.000m/s2 0.001m/s2 0.900m/s2 ★
deceleration
Pre-distance of
F3-09 0～90.0mm 0.1mm 0.0mm ★
stop
0.040m
F3-10 Relevel speed 0.000～0.080 m/s 0.001 m/s ★
/s
26
fu
Mi
n. Unit
Code ed
0.250m
F3-11 Speed of low 0.100～0.630 m/s 0.001 m/s ★
/s
Switching position
F3-12 of the NO.1 up 0.00～300.00m 0.01m 0.00m ★
force reducer
Switching position
F3-13 of the NO.1 down 0.00～300.00m 0.01m 0.00m ★
force reducer
Switching position
F3-14 of the NO.2 up 0.00～300.00m 0.01m 0.00m ★
force reducer
Switching position
force reducer
Switching position
F3-16 of the NO.3 up 0.00～300.00m 0.01m 0.00m ★
force reducer
Switching position
force reducer
Output time of
F3-18 starting zero 0.000～1.000s 0.001s 0.200s ★
speed
Time-lag of curve
F3-19 0.000～1.000s 0.001s 0.200s ★
running
Time-lag of end
F3-20 0.000～1.000s 0.001s 0.300s ★
running
F4 Group: position parameters
F4-00 Leveling adjusting 0～60mm 1mm 30mm ★
F4-01 Current floor F6-01~F6-00 1 1 ★
High bit of current
F4-02 0～65535 1 1 ●
floor
Low bit of current
F4-03 0～65535 1 34464 ●
floor
High bit of leveling
F4-04 0～65535 1 0 ★
plate
Low bit of leveling
F4-05 0～65535 1 0 ★
plate
High bit of floor
F4-06 0～65535 1 0 ★
high 1
Low bit of floor
F4-07 0～65535 1 0 ★
high 1
Low bit of floor
F4-08 0～65535 1 0 ★
high 2
High bit of floor
F4-09 0～65535 1 0 ★
high 2
High bit of floor
F4-10 0～65535 1 0 ★
high 3
Low bit of floor
F4-11 0～65535 1 0 ★
high 3
F4-12 High bit of floor 0～65535 1 0 ★
27
fu
Mi
n. Unit
Code ed
high 4
Low bit of floor
F4-13 0～65535 1 0 ★
high 4
High bit of floor
F4-14 0～65535 1 0 ★
high 5
Low bit of floor
F4-15 0～65535 1 0 ★
high 5
High bit of floor
F4-16 0～65535 1 0 ★
high 6
Low bit of floor
F4-17 0～65535 1 0 ★
high 6
High bit of floor
F4-18 0～65535 1 0 ★
high 7
Low bit of floor
F4-19 0～65535 1 0 ★
high 7
High bit of floor
F4-20 0～65535 1 0 ★
high 8
Low bit of floor
F4-21 0～65535 1 0 ★
high 8
High bit of floor
F4-22 0～65535 1 0 ★
high 9
Low bit of floor
F4-23 0～65535 1 0 ★
high 9
High bit of floor
F4-24 0～65535 1 0 ★
high 10
Low bit of floor
F4-25 0～65535 1 0 ★
high 10
High bit of floor
F4-26 0～65535 1 0 ★
high 11
Low bit of floor
F4-27 0～65535 1 0 ★
high 11
High bit of floor
F4-28 0～65535 1 0 ★
high 12
Low bit of floor
F4-29 0～65535 1 0 ★
high 12
High bit of floor
F4-30 0～65535 1 0 ★
high 13
Low bit of floor
F4-31 0～65535 1 0 ★
high 13
High bit of floor
F4-32 0～65535 1 0 ★
high 14
Low bit of floor
F4-33 0～65535 1 0 ★
high 14
High bit of floor
F4-34 0～65535 1 0 ★
high 15
Low bit of floor
F4-35 0～65535 1 0 ★
high 15
High bit of floor
F4-36 0～65535 1 0 ★
high 16
Low bit of floor
F4-37 0～65535 1 0 ★
high 16
28
fu
Mi
n. Unit
Code ed
High bit of floor
F4-38 0～65535 1 0 ★
high 17
Low bit of floor
F4-39 0～65535 1 0 ★
high 17
High bit of floor
F4-40 0～65535 1 0 ★
high 18
Low bit of floor
F4-41 0～65535 1 0 ★
high18
High bit of floor
F4-42 0～65535 1 0 ★
high 19
Low bit of floor
F4-43 0～65535 1 0 ★
high 19
High bit of floor
F4-44 0～65535 1 0 ★
high 20
Low bit of floor
F4-45 0～65535 1 0 ★
high 20
High bit of floor
F4-46 0～65535 1 0 ★
high 21
Low bit of floor
F4-47 0～65535 1 0 ★
high 21
High bit of floor
F4-48 0～65535 1 0 ★
high 22
Low bit of floor
F4-49 0～65535 1 0 ★
high 22
High bit of floor
F4-50 0～65535 1 0 ★
high 23
Low bit of floor
F4-51 0～65535 1 0 ★
high 23
High bit of floor
F4-52 0～65535 1 0 ★
high 24
Low bit of floor
F4-53 0～65535 1 0 ★
high 24
High bit of floor
F4-54 0～65535 1 0 ★
high 25
Low bit of floor
F4-55 0～65535 1 0 ★
high 25
High bit of floor
F4-56 0～65535 1 0 ★
high 26
Low bit of floor
F4-57 0～65535 1 0 ★
high 26
High bit of floor
F4-58 0～65535 1 0 ★
high 27
Low bit of
F4-59 0～65535 1 0 ★
floor high 27
High bit of floor
F4-60 0～65535 1 0 ★
high 28
Low bit of floor
F4-61 0～65535 1 0 ★
high 28
High bit of floor
F4-62 0～65535 1 0 ★
high 29
F4-63 Low bit of 0～65535 1 0 ★
29
fu
Mi
n. Unit
Code ed
floor high 29
High bit of floor
F4-64 0～65535 1 0 ★
high 30
Low bit of floor
F4-65 0～65535 1 0 ★
high 30
F4-66 reserved
F4-67 reserved
F5 Group： Terminal Function parameters
F5-00 reserved 0～1024 1 0 ★
Select function of 00：No function
F5-01 1 33 ★
terminal X1 01：N.O. input of up leveling
Select function of 02 ： N.O. input of down
F5-02 1 35 ★
terminal X2 leveling
Select function of 03：N.O. input of door zone
F5-03 1 34 ★
terminal X3
04 ： N.O. input of Safety
Select function of
F5-04 circuit feedback 1 04 ★
terminal X4
05：N.O. input of Lock circuit
Select function of
F5-05 feedback 1 05 ★
terminal X5
06 ： N.O. input of running
Select function of
F5-06 output feedback 1 38 ★
terminal X6
Select function of 07 ： N.O. input of brake
F5-07 contactor feedback signal 1 39 ★
terminal X7
Select function of 08：N.O. input of inspection
F5-08 signal 1 22 ★
terminal X8
F5-09 up 1 40 ★
terminal
F5-10 down 1 09 ★
terminal X10
Select function of 11：N.O. input of fire signal
F5-11 1 10 ★
terminal X11 12 ： N.O. input of up end
Select function of signal
F5-12 1 44 ★
terminal X12 13：N.O. input of down end
Select function of signal
F5-13 1 45 ★
terminal X13 14 ： N.O. input of over
Select function of loading
F5-14 1 48 ★
terminal X14 15：N.O. input of full load
Select function of 16：N.O. input of NO.1 up
F5-15 1 49 ★
terminal X15 force reducer
Select function of 17 ： N.O. input of NO. 1
F5-16 1 50 ★
terminal X16 down force reducer
Select function of 18：N.O. input of NO.2 up
F5-17 1 51 ★
terminal X17
force reducer
Select function of
F5-18 19 ： N.O. input of NO. 2 1 00 ★
terminal X18
down force reducer
Select function of
F5-19 20：N.O. input of NO.3 up 1 00 ★
terminal X19
Select function of force reducer
F5-20 21 ： N.O. input of NO. 3 1 00 ★
terminal X20
Select function of down force reducer
F5-21 22：N.O. input of lock output 1 00 ★
terminal X21
30
fu
Mi
n. Unit
Code ed
Select function of feedback
F5-22 1 00 ★
terminal X22 23 ： N.O. input of motor
thermal overload
24：N.O. input of front light
curtain
25：N.O. input of back light
curtain
Select function of
F5-23 26：N.O. input of brake path 1 00 ★
terminal X23
switch
27：N.O. input of UPS
28～32：reserved
33：No function
31
fu
Mi
n. Unit
Code ed
34：N.C. input of up leveling
35 ： N.C. input of down
leveling
36：N.C. input of door zone
37 ： N.C. input of Safety
circuit feedback
38：N.C. input of Lock circuit
feedback
39 ： N.C. input of running
output feedback
40 ： N.C. input of brake
contactor feedback signal
41：N.C. input of inspection
signal
up
down
44：N.C. input of fire signal
45 ： N.C. input of up end
signal
46：N.C. input of down end
signal
47 ： N.C. input of over
Select function of loading
F5-24 1 00 ★
terminal X24 48：N.C. input of full load
49：N.C. input of NO.1 up
force reducer
50 ： N.C. input of NO. 1
down force reducer
force reducer
down force reducer
force reducer
down force reducer
55：N.C. input of lock output
feedback
56 ： N.C. input of motor
thermal overload
57：N.C. input of front light
curtain
58：N.C. input of back light
curtain
59：N.C. input of brake path
switch
60：N.C. input of UPS
32
fu
Mi
n. Unit
Code ed
Cartop input
F5-25 0～255 1 195 ★
type selection
Select function of 0：No function
F5-26 1 1 ★
terminal Y1 1：Run contactor output
Select function of 2：Brake contactor outpu
F5-27 1 2 ★
terminal Y2 3：Lock contactor output
Select function of
F5-28 4 ： Fire arrival land signal 1 3 ★
terminal Y3
feedback
Select function of
F5-29 5：Front door open 1 4 ★
terminal Y4
Select function of 6：Front door close
F5-30 7：Back door open. 1 5 ★
terminal Y5
8：Back door open
9 ： Brake, run contactor
normal
10：Failure state
11：Run monitor
Select function of
F5-31 12 ： Synchronous motor 1 6 ★
terminal Y6
auto-run
13 ： Power failure
emergency running
efficiency
14：System normal
F5-32 reserved
F5-33 reserved
Terminal state
F5-34 ●
display
Terminal state
F5-35 ●
display
0：invalidation
1：Cartop panel digital
sampling.
Weighing input
F5-36 2：Cartop panel analog 1 0 ★
selection
sampling.
3 ： Main control panel
analog sampling.
F6 Group: Lift basic parameters
The highest
F6-00 F6-01～31 1 9 ★
landing
The lowest
F6-01 1～F6-00 1 1 ★
landing
F6-02 Parking landing F6-01~F6-00 1 1 ★
F6-03 Fire landing F6-01~F6-00 1 1 ★
F6-04 Stop landing F6-01~F6-00 1 1 ★
F6-05 service floor 1 0～65535 1 65535 ★
F6-06 service floor 2 0～65535 1 65535 ★
Group control
F6-07 1～2 1 1 ★
number
F6-08 Lift number 1～2 1 1 ★
F6-09 Parallel selection Bit0:separate stay function 1 1
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Bit1: expedite respond
F6-10 ～
reserved 0000～9999 1 0000 ☆
F6-12
F6-13 Chucker-out floor F6-01~F6-00 1 1 ☆
down-collective 1
F6-14 00.00～23.59() 00.01 00.00 ☆
start time
down-collective 1
F6-15 00.00～23.59(hr.min.) 00.01 00.00 ☆
end time
down-collective 2
F6-16 00.00～23.59(hr.min.) 00.01 00.00 ☆
start time
down-collective 2
F6-17 00.00～23.59(hr.min.) 00.01 00.00 ☆
end time
Time-sharing
F6-18 service 1 start 00.00～23.59(hr.min.) 00.01 00.00 ☆
time
Time-sharing
F6-19 00.00～23.59(hr.min.) 00.01 00.00 ☆
service 1 end time
Time-sharing
F6-20 0～65535 1 65535 ☆
service 1 floor 1
Time-sharing
F6-21 0～65535 1 65535 ☆
service 1 floor 2
Time-sharing
F6-22 service 2 start 00.00～23.59(hr.min.) 00.01 00.00 ☆
time
Time-sharing
F6-23 00.00～23.59(hr.min.) 00.01 00.00 ☆
service 2 end time
Time-sharing
F6-24 0～65535 1 65535 ☆
service 2 floor 1
Time-sharing
F6-25 0～65535 1 65535 ☆
service 2 floor 2
Parallel fastigium
F6-26 00.00～23.59(hr.min.) 00.01 00.00 ☆
1 start
Parallel fastigium
F6-27 00.00～23.59(hr.min.) 00.01 00.00 ☆
1 end
Parallel fastigium
F6-28 F6-01~F6-00 1 1 ☆
1 floor
Parallel fastigium
F6-29 00.00～23.59(hr.min.) 00.01 00.00 ☆
2 start
Parallel fastigium
F6-30 00.00～23.59(hr.min.) 00.01 00.00 ☆
2 end
Parallel fastigium
F6-31 F6-01~F6-00 1 1 ☆
2 floor
F6-32 ～
reserved 0000～9999 1 0000 ☆
F6-34
F7 Group: Testing function parameters
F7-00 Test floor 1 0～F6-00 1 0 ☆
F7-01 Test floor 2 0～F6-00 1 0 ☆
F7-02 Test floor 3 0～F6-00 1 0 ☆
F7-03 Test floor 4 0～F6-00 1 0 ☆
Landing call
F7-04 0：Landing call allowable; 1 0 ☆
enable
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1：Landing call forbidden
0：Door open allow
F7-05 Door open enable 1 0 ☆
1：Door open forbidde
Over load function 0：Over load run forbidden
F7-06 1 0 ☆
selection 1：Over load run allowable
0：End switch availability;
F7-07 Limit enable 1 0 ☆
1：End switch invalidation
F8 Group: Reinforce function parameters
Weighing
F8-00 0～100% 1% 0% ★
self-tuning
0 ： Preset torque is
Preset torque
F8-01 invalidation 1 0 ★
selection
1：Torque bias availability.
F8-02 Preset torque bias 0.0～100.0% 0.1% 50.0% ★
F8-03 Drive gain 0.00～4.00 0.01 1.00 ★
F8-04 Brake gain 0.00～4.00 0.01 1.00 ★
F8-05 Car load 0～255 1 0 ●
F8-06 Car no load set 0～255 1 0 ★
F8-07 Car full load set 0～255 1 100 ★
Anti-nuisance 0： This function is forbidden;
F8-08 1 0 ☆
function 1：Allowable
F8-09
reserved
～F8-11
F9Group: Time parameters
Free return main
F9-00 0～240min 1min 5min ☆
floor time
Fan and light close
F9-01 0～240min 1min 2min ☆
time
Floor biggest
F9-02 0～45s 1s 45s ★
interval time
F9-03 Clock: year 2000～2100 1 2005 ☆
F9-04 Clock: month 1～12 1 3 ☆
F9-05 Clock: day 1～31 1 1 ☆
F9-06 Clock: hour 0～23 1 0 ☆
F9-07 Clock: minute 0～59 1 0 ☆
F9-08 reserved 0～9999 1 0
Accumulative
F9-09 0～65535hr. 1 0 ●
working time
F9-10 reserved 0～999 1 999
F9-11 RUN times high bit 0～9999 1 0 ★
F9-12 RUN times low bit 0～9999 1 0 ★
FA Group: Keyboard setting parameters
0：Reversal display, physics
floor
Small keyboard
FA-00 1 ： Positive display,physics 1 2 ☆
display selection
floor
2：Reversal display, external
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call data
3 ： Positive display,external
call data
1～65535
Bit0 Run speed
Bit1 Rated speed
Bit2 Bus voltage
Bit3 Output voltage
Bit4 Output current
Bit5 Output frequecny
Bit6 Input terminal low bit
FA-01 Run display 1 Bit7 Input terminalHigh bit 1 65535 ☆
Bit8 Output terminal
Bit9 Currently floor
Bit10 Currently station
Bit11 Car load
Bit12 Cartop input state
Bit13 Cartop output state
Bit14 System state
Bit15 Preset torque current
1～65535
Bit0 Rated speed
Bit1 Bus voltage
Bit2 Input terminal low bit
Bit3 Input terminal high bit
Bit4 Output terminal
FA-02 Stop display Bit5 Currently floor 1 65535 ☆
Bit6 Currently station
Bit7 Car load
Bit8 Rated lift slowdown
distance
Bit9 Cartop input state
Bit10 Cartop output state
Bit11 System state
Pulse wheel
FA-03 encoder currently 0.0～359.9° 0.1° 0.0° ●
angle
FA-04 Software edition 1 00.00～99.99 0.01 00.00 ●
Radiator
FA-07 temperature 0～100℃ 1℃ 0 ●
FB Group: Door function parameters

door machine
FB-00 1～2 1 1 ★
number
FB-01 reserved
Front door service
FB-02 0～65535 1 65535 ☆
floor 1
Front door service
FB-03 0～65535 1 65535 ☆
floor 2
36
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Back door service
FB-04 0～65535 1 65535 ☆
floor 1
Back door service
FB-05 0～65535 1 65535 ☆
floor 2
Open protect
FB-06 time 5～99s 1s 10s ☆
FB-07 Close protect time 1～99s 1s 1s ☆

Force close
FB-08 door time 5～99s 1s 10s ☆
Door open/close 0～20

FB-09 1 10 ☆
times 0:disable
FB-10 reserved
Keep door open
FB-11 1～30s 1s 5s ☆
time 1
Keep door open
FB-12 1～30s 1s 3s ☆
time 2
Keep door open
FB-13 1～30s 1s 10s ☆
time 3
Keep door open
FB-14 10～120s 1s 30s ☆
time 4
FC Group: Protect function parameters
Earth short circuit
protection 0：Forbidden;
FC-00 1 1 ★
detection after 1：Allow.
power on
Bit0 ： Overload protection
selection
0：Forbidden
Optional protection 1：Allowable
FC-01 1 1 ☆
selection Bit1 ： Output phase-failure
selection
0：Phase-falure protection
1：Phase-falure unprotected
Overload
FC-02 protection 0.50～10.00 0.01 1.00 ☆
coefficient
Overload
FC-03 pre-warning 50～100% 1% 80% ☆
coefficient
0 ： Means that the system
Error self-resetting forbidden self-resetting
FC-04 1 0 ★
times function;
0～10
FC-05 Reset interval time 2～20s 1s 5s ★
0～53
The first error 01 Inverse unit protection
FC-06 1 0 ●
information 02 Over current accelerated
03 Over current decelerated
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04 Over current constant
05 Over voltage accelerated
06 Over voltage decelerated
07 Over voltage constant
08 Controller power fault
09 Under voltage fault
10 System overload
11 Motor overload
12 Input side phase loss
13 Output side phase loss
14 Module overheated
15 Reserved
16 Reserved
17 Contactor fault
18 Current detection fault
19 Motor tuning fault
20 Encoder fault
21 Date overflow
22 Reserved
23 Short circuit fault to
ground
24～29Reserved
30 Lift position is deviant
31 DPRAM is deviant
32 CPU is deviant
33 Lift speed is deviant
34 Logic fault
35 Well self-tuning date is
deviant
36 Contact feedback is
deviant
37 Brake feedback is deviant
38 Controller encode signal
is deviant
39 Motor overheated
40 Lift run overtime
41 Safety circuit cut
42 Door lock cut when
running
43Up end signal cut when
running
44 Down end signal cut when
running
45 Up/Down force reducer
switch cut
46 Relevelling is deviant
47 Lock contact conglutinate
48 Door open fault
49 Door close fault
50 Group control
communication fault
51 Inside call communication
fault
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52 Outside call
communication fault
53 Lock jump fault
The first error
FC-07 0～1231 1 0 ●
month and day
The second error
FC-08 0～3199 1 0 ●
information
The second error
FC-09 0～1231 1 0 ●
month and day
The third error
FC-10 0～3199 1 0 ●
information
The third error
FC-11 0～1231 1 0 ●
month and day
The fourth error
FC-12 0～3199 1 0 ●
information
The fourth error
FC-13 0～1231 1 0 ●
month and day
The fifth error
FC-14 0～3199 1 0 ●
information
The fifth error
FC-15 0～1231 1 0 ●
month and day
The sixth error
FC-16 0～3199 1 0 ●
information
The sixth error
FC-17 0～1231 1 0 ●
month and day
The seventh error
FC-18 0～3199 1 0 ●
information
The seventh error
FC-19 0～1231 1 0 ●
month and day
The eighth error
FC-20 0～3199 1 0 ●
information
The eighth error
FC-21 0～1231 1 0 ●
month and day
The ninth error
FC-22 0～3199 1 0 ●
information
The ninth error
FC-23 0～1231 1 0 ●
month and day
The tenth error
FC-24 0～3199 1 0 ●
information
The tenth error
FC-25 0～1231 1 0 ●
month and day
The last error
FC -26 0～3199 1 1 ●
information
FC -27 Latest error speed 0.000～3.000m/s 0.001m/s 0.000 ●
FC -28 Latest error current 0.0～999.9A 0.1A 0.0 ●
FC- Latest error bus
0～999V 1V 0 ●
29 voltage
Latest error month
FC-30 0～1231 1 0 ●
and day
FC-31 Latest error time 0～2359 1 0 ●
FD Group: Communication parameters
39
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0：300bps
1：600bps
2：1200bps
3：2400bps
FD-00 Baud rate setting 1 5 ★
4：4800bps
5：9600bps
6：19200bps
7：38400bps
0: No parity
FD-01 Data format 1: Even parity 1 0 ★
2: Odd parity
0 ～ 127 ， 0 ： Broadcasting
FD-02 Local address 1 1 ★
address
Acknowledge
FD-03 0～20ms 1ms 10ms ★
delay
Communication 0.0 ～ 60.0s ， 0.0s ：
FD-04 0.1s 0.0s ★
delay time invalidation
FE Group: Lift function setting parameters
0：fulll selective
selective
FE-00 1：Down selective 1 0 ☆
collective mode
2：Up selective
Hall display of 0000～1999
FE-01 1 1901 ☆
floor 1 00：display“0”
Hall display of 01：display“1”
FE-02 1 1902 ☆
Hall display of
FE-03 03：display“3” 1 1903 ☆
floor 3
FE-04 05：display“5” 1 1904 ☆
floor 4
FE-05 1 1905 ☆
FE-06 1 1906 ☆
Hall display of 10：display“A”
FE-07 1 1907 ☆
floor 7 11：display“B”
Hall display of
FE-08 12：display“G” 1 1908 ☆
floor 8
Hall display of 13：display“H”
FE-09 14：display“L” 1 1909 ☆
floor 9
Hall display of 15：display“M”
FE-10 16：display“P” 1 0100 ☆
floor 10
Hall display of 17：display“R”
FE-11 1 0101 ☆
floor 11 18：display“-”
Hall display of More than 19：no display
FE-12 1 0102 ☆
floor 12
Hall display of
FE-13 1 0103 ☆
floor 13
Hall display of
FE-14 1 0104 ☆
floor 14
FE-15 Hall display of 1 0105 ☆
40
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floor 15
Hall display of
FE-16 1 0106 ☆
floor 16
Hall display of
FE-17 1 0107 ☆
floor 17
Hall display of
FE-18 1 0108 ☆
floor 18
Hall display of
FE-19 1 0109 ☆
floor 19
Hall display of
FE-20 1 0200 ☆
floor 20
Hall display of
FE-21 1 0201 ☆
floor 21
Hall display of
FE-22 1 0202 ☆
floor 22
Hall display of
FE-23 1 0203 ☆
floor 23
Hall display of
FE-24 1 0204 ☆
floor 24
Hall display of
FE-25 1 0205 ☆
floor 25
Hall display of
FE-26 1 0206 ☆
floor 26
Hall display of
FE-27 1 0207 ☆
floor 27
Hall display of
FE-28 1 0208 ☆
floor 28
Hall display of
FE-29 1 0209 ☆
floor 29
Hall display of
FE-30 1 0300 ☆
floor 30
Hall display of
floor 31
FE-31 (double door 1 0301 ☆
plural selection
hall call setting)
0～65535
Bit0 Motorman
Bit1 Fire return
Bit2 Releveling
Bit3 pre-opening
Bit4 hall call conglutination
disposal
Lift factory Bit5 Chucker-out floor
FE-32 1 3075 ★
function selection Bit6 Down selective
fastigium service
Bit7 Parallel fastigium
service
Bit8 Time-sharing service
floor
Bit9 Independent run
Bit10 Inspection automatism
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close door
Bit11 Car call miss delete
Bit12 Hall call miss delete
Bit13 Automatic rescue
Bit14 Reserved
Bit15 Door lock jump out
test
FE-33
reserved 0～9999 1 0 ☆
~ FE-34
FP Group: User parameters
0～65535
FP-00 User password 00000：clean out old user 1 0 ☆
setting password
0：Invalidation
Parameter 1 ： Recover the default
FP-01 1 0 ★
renewal Parameter
2：Clear memory
0：Invalidation
User setting
FP-02 1：Show the parameters that 1 0 ★
inspect
are different from default
42
Chapter 6 Parameter Description

6.1 F0 Group: Basic Function Group
F0-00 Control mode Default 1 Min. Unit 1

Setting Range 0、1
Select the control mode of the system
0：Open-loop vector. Speed sensorless vector control. It is mainly applicable for running during
adjusting or maintaining.
1：Close-loop vector. Vector control with speed sensor.It’s used for distance control in normal
travel.
NOTE: The synchronous motor doesn’t use open-loop vector.Please tune motor before lift
spection traveling.
F0-01 Command source
Default 1 Min. Unit 1
selection
Setting Range 0、1
It can set the lift running type with travel mode and speed command.
0：Operating panel command channel. Press the buttons such as RUN, STOP on the
operating panel to perform the command control.The traveling speed is decided to parameter
F0-02.
1：Distance control.It is used for NICE3000 of lift.It use direct parking accord the distances
from the currently land to target land.
F0-02 Operating panel Default 0.000m/s Min. Unit 0.001m/s
speed
Setting Range 0.000～F0-04
This function is only used when function code F0-01=0(operating panel command channel).It
set the default of speed when lift is used by operating panel.If the power is failure, this function
code doesn’t drop.You can modify this code to change speed of operating panel control when
traveling.This mode is only used for testing or motor tuning, isn’t used for lift traveling.
F0-03 Lift Max. speed Default 1.600 m/s Min. Unit 0.001m/
s
Setting Range 0.300～F0-04
It can set the Max. speed actual value of lift.
F0-04 Lift rated speed Default 1.600 m/s Min. Unit 0.001m/
s
Setting Range 0.300～4.000m/s
It means rated speed of nameplate of lift.This function is decided by machine of lift and
motor.The parameter F0-03 means the really speed in the parameter F0-04 range.The setting
range of lift rated speed is:0.300 m/s≤F0-04≤4.000 m/s。
For example: One lift rated speed is 1.750 m/s, but lift really Max.speed only need 1.720
m/s.So F0-03 = 1.720 m/s; F0-04 = 1.750 m/s.
F0-05 Lift rated load Default 1000kg Min. Unit 1kg
Setting Range 300～9999kg
It can set the rated load of lift.This code is used for anti-nuisance function.
F0-06 Max. frequency Default 50.00Hz Min. Unit 0.01Hz
43
Setting Range 50.00～99.00Hz

It can set Max. frequency of system output.
F0-07 Depending
Carrier frequency Default on the Min. Unit 0.1kHz
model
Setting Range 0.5～16.0kHz
The magnitude of carry frequency ties up the noise of motor running. The carry frequency
generally set upward 6 KHz to manage to travel without noise.To the best of noise allowing range,
reduce the carry frequency
When the carrier frequency is low, the output current higher-harmonic component increases
and the consumption and temperature rise of the motor increase.
When the carrier frequency is high, the motor consumption declines and the motor
temperature rise reduces, but the consumption, temperature rise and interference of the system
increase.
To regulate the carrier frequency will exert influences on the following performances:
Carrier Frequency L o w ～
H i g h
Motor noise L a r g e ～
S m a l l
Output Temperature Rise B a d ～
G o o d
Motor Temperature Rise H i g h ～
L o w
System Temperature Rise L o w ～
H i g h
Leakage Current S m a l l ～
L a r g e
External Radiation S m a l l ～
Interference L a r g e
6.2 F1 Group: Motor parameters

F1-00 Motor type
selection
Setting Range 0、1
Using motor type selection--------0：Asynchronism motor; 1：Synchronous motor
Function
Name Default Min. Unit Setting Range
code
F1-01 Depending
Rated power 0.1kW 3.7～75.0kW
on the model
F1-02 Rated voltage 380V 1V 0～440V
F1-03 Depending
Rated current 0.01A 0.00～655.00A
on the model
F1-04 Rated
50.00Hz 0.01Hz 0.00～99.00Hz
frequency
F1-05 Rated speed 1460rpm 1rpm 0～3000rpm
Please set according to the nameplate parameters of the motor.The accurate motor
parameters can ensure that the vector control has excellent control performance. The system
serves the parameter reorganization function automatically. The accurate parameter identification
is based on the correct setting of the motor rated parameters.
44
Function
code
F1-06 Stator Depending
0.001Ω 0.000～30.000Ω
resistance on the model
Encoder
initialization 0° 0.1° 0～359.9°
angle
F1-07 Rotor Depending
0.001Ω 0.000～30.000Ω
resistance on the model
F1-08 Leakage Depending 0.00～
0.01mH
inductance on the model 300.00mH
F1-09 Mutual Depending
0.1mH 0.1～3000.0mH
inductance on the model
F1-10 Depending
No-load current 0.01A 0.01～300.00A
on the model
To protect system performance, please set according to the system standard of the motor
arrangement.If the motor power is difference from standard motor too large, the performance of
system control will reduce.
The parameter F1-06 means different meaning when using different motors.When lift use
asynchronism motor,it means the stator resistance.When lift use synchronous motor,it mens the
encoder initialization angle.No matter which motor,this parameter can create according NICE3000
tuning.And user can modify this parameter according actual condition.
If the automatic tuning of the motor is completed normally, the setup values in F1-F6 to
F1-F10 will update automatically.
NICE3000 is used for asynchronism motor: the system can count these parameters according
complete tuning or static tuning. If the motor cannot be tuned on the site, the known parameters of
the same kind of motors can be a reference for manual input. If modifying the asynchronism
motor rated power F1-01, the parameter values in F1-06 to F1-10 will automatically recover
to the default standard motor parameters.
NICE3000 is used for synchronous motor: the system can count these parameters according
complete tuning.If modifying the synchronous motor F1-01, the parameter values in F1-06 to
F1-10 will not automatically recover.
F1-11 Tuning Default 0 Min. Unit 1
selection
Setting Range 0、1、2
Note: The correct motor rated parameters (F1-01~F1-05) must be set before tuning.
0：No tuning.
1：Static tuning, only used for Asynchronism motor.It is applicable to the situation in which the
complete tuning cannot be performed because it is difficult to separate the motor from the load.
2：Complete tuning. It must separate the motor from the load.
To ensure the dynamic control performance of the controller, please select the complete tuning.
When performing the complete tuning, the motor must be separated from the load (no-load).
After selecting the complete tuning, the controller will first perform the static tuning. When the
static tuning is completed, the asynchronism motor will be accelerated to 80% of the motor rated
power according to the acceleration time set in F3-02. It will maintain this status for a period of
time. Then it will be decelerated to zero according to the deceleration time set in F3-05. The
complete tuning is then over.The synchronous motor step positive and negative to judge the pulse
45
wheel encoder origin.

Press the ENTER key after the F1-11 is set as 1 or 2 to display TUNE that is flashing. And
press the RUN button to perform the parameter tuning, the TUNE stops flashing and the TUNE/TC
light is flashing. After the tuning is completed, it will display the stop status interface. When the
TUNE is flashing, press the PRG button to exit from the tuning. Also the STOP button can be
pressed in the tuning process to suspend the tuning.
After the tuning is completed, the values in F1-11 will automatically recover as 0.
Attention:if using the synchronous motor,the system must complete tune.Because the
system don’t only recognize related parameters,but also recognize encoder origin.It is
forbidden that travel the synchronous moter before complete the complete tuning.
▲ Automatically tuning step of asynchronism motor is following:
(1) First, set F0-01=0: the control mode selects the operating panel command channel.
(2) The parameter F0-00 set 0 by motor type: asynchronism motor.Then set F1-01、
F1-02、F1-03、F1-04、F1-05 according to the nameplate parameters of motor.
(3) If the motor can be separated from load, the parameter F1-11 set 2(complete
tuning).Then press RUN of the operating panel and the motor can automatically running.The
control automatically count these parameters: F1-06 (stator resistance), F1-07 (rotor
resistance), F1-08 (leakage inductance), F1-09 (mutual inductance) and F1-10 (no-load
current). The motor tuning is then over.If the system appear overcurrent, please increase the
parameter F1-10, but don’t exceed 20%.
(4) If the motor can’t be separated from load, the parameter F1-11 set 1(static
tuning).Then press RUN of the operating panel and the motor can automatically running.The
control only automatically counts three parameters: stator resistance, rotor resistance, leakage
inductance, doesn’t count mutual inductance and no-load current of motor.
46
Fig. 6.1 Asynchronism motor tuning flow chart

The method of user counting parameters according to the nameplate parameters is follow:
No-load current: I0= I * 1 −η

2
1000 * U
Mutual inductance: Lm= − Lσ
2 *π* 3 * f * I 0
Thereinto: U－Rated voltage I－Rated current f －Rated frequency
η－Power submultiple Lσ－Motor leakage inductance
▲ Automatically tuning step of synchronous motor is following:
(1) First, set F0-01=0: the control mode selects the operating panel command channel.
(2) The parameter F0-00 set 0 by motor type: synchronous motor.Then set F1-01、F1-02、
F1-03、F1-04、F1-05 according to the nameplate parameters of motor.
(3) Completely separate the motor from the load (rope), the parameter F1-11 set
2(complete tuning). Then press RUN of the operating panel and the motor can automatically
running. The control automatically counts the encoder initialization angle. The motor tuning is
47
then over.
(4) After tuning, set F0-03=10.00Hz and press RUN .Check motor running is right or not.If
motor isn’t right,please repeat step 1,2,3 after transpose direction of encode signal.
Using of synchronous motor refer chapter 7: adiustment manual
Fig. 6.2 synchronous motor tuning flow chart

F1-12 Encoder pulse Default 1024 Min. Unit 1
number
Setting Range 100～9999
It can set the pulse number of each rotation of the encoder, according to the nameplate of
encode.
Note: it must set the encoder pulse number correctly when the vector control.
Otherwise it cannot work normally. If the asynchronism motor still cannot work normally
after the encoder pulse number set correctly, please exchange the connection line between
the phase A and B of the encoder.The encoder pulse number of synchronous motor must
set correctly, otherwise the motor tuning will alarm failure.
F1-13 Encode failure Default 3.0s Min. Unit 0.1s

monitoring
times
Setting Range 0.0～10.0s
It can set monitoring times when encode fail.After lift running with speed of nonzero, the system
begin to receive signal of encode every time of F1-13 setting.If none singal input, the system
show Err20 meaning encode failure.
6.3 F2 Group: Vectorcontrol parameters

Function
code
Proportional
F2-00 40 1 0～100
gain 1 of speed
48
loop
Integration time
F2-01 0.60s 0.01s 0.01～10.00s
1 of speed loop
Switching
F2-02 2.00Hz 0.01Hz 0.00～F2-05
frequency 1
Proportional
F2-03 gain 2 of speed 35 1 0～100
loop
Integration time
F2-04 0.80s 0.01s 0.01～10.00s
2 of speed loop
Switching
F2-05 5.00Hz 0.01Hz F2-02～F0-05
frequency 2
The parameters of F2-00 and F2-01 decide the dynamic response characteristic of the
frequency that is smaller than the switching frequency 1 (F2-02), while the parameters of F2-03
and F2-04 decide the dynamic response characteristic of the frequency that is larger than the
switching frequency 2 (F2-05). The dynamic response characteristic parameters of the frequency
between the switching frequency 1 and switching frequency 2 equal to the weighted average value
of two set of F2-00、F2-01 and F2-03、F2-04. As shown in Fig. 6-2:
Fig. 6.3 PI Parameters Schematic Diagram

It can regulate the speed dynamic response characteristic of the vector control by setting the
speed regulator. It can accelerate the dynamic response of the speed loop by increasing the
proportional gain or decreasing the integration time. Overlarge proportional gain or too small
integration time will cause the system to vibrate.
The regulating method is recommended as follows:
If the factory parameters cannot fulfill the requirements, conduct minor adjustment on the
basis of the factory parameters:
Enlarge the proportional gain first to prevent the system from vibrating, and then diminish the
integration time to ensure that the system has fast response characteristic and the overshoot is
small.
If switching frequency 1 and switching frequency 2 set 0 at the same time, only F2-03 and
F2-04 are virtual value.
Note: Once the Pl parameters are set inappropriately, it will cause large overshoot
49
speed even voltage fault when the overshoot returns to the normal level.
F2-06 Slip Default 100% Min. Unit 1%
compensation
coefficient
Setting Range 50～200%
According to VC control mode with PG, this parameter can be used to adjust the output
current magnitude when the motor is under load.
F2-07 Filter coefficient Default 0.00s Min. Unit 0.01s
of speed loop
The speed regulator output refers to the torque current command of the controller. The speed loop
filter time constant refers to the filter time of the torque current command. Normally, it is
unnecessary to regulate this parameter.
F2-08 Upper limit of Default 150.0% Min. Unit 0.1%
torque
Setting Range 0.0～200.0%
It can set upper limit of torque of motor.The setup 100% corresponds to the rated torque of the
motor that matches the system.
F2-10 Running Default 0 Min. Unit 1
direction
Setting Range 0、1
0:Run forward 1:Run reverse
It can set the direction of running.When the direction of running is different from the singal of
command,this parameter can change the direction of running.Its effect is same to random change
any two wires of U,V,W of output.
It usually use parameter 0.If selecting reverse running,it can bring inconvenience in
maintenance.
6.4 F3 Group: Running control parameters

F3-00 Start speed Default 0.000m/s Min. Unit 0.001m/s
F3-01 Keeping time Default 0.000s Min. Unit 0.001s
Setting of start speed can increase the ability to overcome the static friction.If the setting of
start speed is to big,it can produce impact feel at start time.The fit using of two parameters can
smooth of lift starting.
F3-02 Acceleration Default 0.600m/s2 Min. Unit 0.001m/s2
Setting Range 0.200～2.000m/s2
F3-03 Inflexion speedup time Default 2.500s Min. Unit 0.001s
1
F3-04 Inflexion speedup time Default 2.500s Min. Unit 0.001s
2
Three function codes decide S curve parameters of lift speedup running:
F3-02 is acceleration of S curve of lift speedup running.
F3-03 is the time which is cost from 0 to the parameter F3-02 of S curve speedup stage. The
50
bigger this parameter is, the slower curve inflexion is.

F3-04 is the time which is cost from the parameter F3-02 to 0 of S curve speedup stage. The
bigger this parameter is, the slower curve inflexion is.
F3-05 Deceleration Default 0.650m/s2 Min. Unit 0.001m/s2
F3-06 Inflexion
Default 2.500s Min. Unit 0.001s
slow-down time 1
F3-07 Inflexion
Default 2.500s Min. Unit 0.001s
slow-down time 2
Three function codes decide S curve parameters of lift slow-down running:
F3-05 is deceleration of S curve of lift slow-down running.
F3-06 is the time which is cost from the parameter F3-02 to 0 of S curve slow-down stage.
The bigger this parameter is, the slower curve inflexion is.
F3-07 is the time which is cost from 0 to the parameter F3-05 of S curve slow-down stage.
The bigger this parameter is, the slower curve inflexion is.
The setting of S curve is following:
Fig. 6.4 Speed curve chart

F3-08 Special Default 0.900m/s2 Min. Unit 0.001m/s2
deceleration
This parameter set deceleration of lift force reducer and self-tuning in shaft.If pulse numbers is
defferent from budget numbers as lift force reducer acting,lift speed-down 0.1m/s by special
deceleration and travel to leveling position.
(F0 − 03) 2
The setting of this parameter is: F3-08= , adjust according fact instance.
2 ×（F3 − 13)
F3-09 Pre-distance of Default 0.0mm Min. Unit 0.00mm
stop
Setting Range 0～90.0mm
It means the advanced distance of lift distance control when it is slow-down.It is used for clear
up the influence of coder signal droping or leveling signal delaying.User don’t change it in usual.
F3-10 Relevel speed Default 0.040m/s Min. Unit 0.001m/s
It means the relevel speed when lift is in door zone.Because the length of leveling plate is
51
different in different system.The parameter adjusting can pretect the langding accuracy of relevel.It
is used when there is the function of releveling of door-open.
F3-11 Speed of low Default 0.250m/s Min. Unit 0.001m/s
It can set the speed of low when lift is running in inspection or return leveling.
F3-12 Switching position of
the NO.1 up force Default 0.00m Min. Unit 0.01m
reducer
Setting Range 0.00～300.00m
the NO.1 down force Default 0.00m Min. Unit 0.01m
reducer
reducer
reducer
reducer
reducer
NICE3000 can set 3 pair switch of force reducer.Its setting position is: there is NO.1, NO.2,
NO.3 force reducer switch from end to middle of well.i.e. the switch of the NO.1 builds the
nearest terminal landing.
In the low-peed lift,it maybe only one pair switch of force reducer.And there are two or three
pairs switches of force reducer in the high-speed lift.The system can self-motion monitor the
running speed when lift run to the switching position of force reducer.,and prevent car and
counterweight from resting the butter because of the abnormity speed.
This parameter of distance means the distance from switch position to the lowest floor.It can
self-motion note according lift self-tuning in wall.
Propositional position:
Switch NO. 1 forec NO. 2 forec NO. 3 forec
reducer reducer reducer
≤1.5m/s 1m
Distance 2.0m/s>v>1.5m/s 1m 3.3m
≥2.0m/s 1m 3.3m 5m
S means the setting distance of switch of force reducer to leveling position.The distance S
must enough when lift slow down to zero according deceleration F3-08.Namely S must suffice as
follows condition:
52
V2
S>
2 * F 3 − 08
If the distance of force reducer is too short, the system will warm failure E45 after lift
self-tuning in wall.It is solved according increase distance of switch position of force reducer or
parameter F3-08.
F3-18 Output time of
starting zero Default 0.200s Min. Unit 0.001s
speed
To protect lift starting ride comfort, the lift control can run with zero speed before brake
opening.At this time, motor is excitation traveling, and it output biggish starting torque.
If there is weighing device in lift,the parameter F3-18 doesn’t set too big.It usually set 0.020～
0.050.
F3-19 Time-lag of curve Default 0.200s Min. Unit 0.001s
running
This parameter set time that it cost from the system outputting open signal to the brake
complete opening.It usually need about 200ms.The system keep up outputting with zero speed.
F3-20 Time-lag of end Default 0.300s Min. Unit 0.001s
running
It means holding time of zero speed when the curve running ends.
In running course, the connection of each signal with curve is following:
Fig. 6.5 Running time sequence chart

The time sequence of lift practically running connects to peripheral connection of factory design.
6.5 F4 Group: position parameters

F4-00 Leveling Default 30mm Min. 1mm
53
adjusting Unit
Setting Range 0～60mm
It insure the landing accuracy of lift.If the position of leveling inductor isn’t in middle of inductor
plate When lift stopping, adjust this parameter.If lift is over leveling when stopping, reduce the
setting of F4-00.If lift is under leveling when stopping, increase it.NICE3000 integrate advanced
arithmetic of distance control.And it use multi-manner to protect stability of directness parking.User
need not adjust in normal.
F4-01 Current floor Default 1 Min. Unit 1
Setting Range The lowest floor （ F6-01 ）～ The highest floor
（F6-00）
It can show current floor of car.
The system can self-motion recompose this parameter when lift is running.And the system
can self-motion revise this parameter at leveling position after touching switch of up or down force
reducer.When lift is in non-bottom,user can hand recompose this parameter.But this parameter
must accord with the current floor.
Function Name Default Min. Unit Setting Range
code
F4-02 High bit of 1 1 0～65535
current floor
F4-03 Low bit of 34464 1 0～65535
current floor
It can show the number of pulse that the current floor relative to the lowest leveling floor.
code
F4-04 High bit of 0 1 0～65535
leveling plate
F4-05 Low bit of 0 1 0～65535
leveling plate
It can show the pulse number of leveling plate practical length.It is noted when self-tuning in
well.User can adjust according practical status.
code
F4-06 High bit of floor high 0 1 0～65535
1
F4-07 Low bit of floor high 1 0 1 0～65535
┆ ┆ ┇ ┇ ┇
F4-64 High bit of floor high 0 1 0～65535
30
F4-65 Low bit of floor high 0 1 0～65535
30
The bit of floor high I means the pulse number of high between floor i leveling plate to floor
(i+1) leveling plate.Every high parallelism one number of 32 bit number inbinary system.Thereinto
hight 16 bit parallel high bit of this floor high,and low 16bit parallel low bit of this floor high.
For example:the floor high from floor 4 to floor 5 is F4-12=6，F4-13=54321.In inbinary show:
0000，0000，0000，0110，1101，0100，0011，0001
So practical pulse number show 447537 in decimal system.
6.6 F5 Group： Terminal Function parameters

54
code
F5-01 Selection
function of 33 1 00～59
terminal X1
F5-02 Selection
terminal X2
┆ ┆ ┇ ┇ ┇
F5-23 Selection
terminal X23
F5-24 Selection
terminal X24
X1～X24 is switch input terminal,and they can select corresponding function codes 00～
59.The same function code doesn’t repeat to be used.If the terminal X1 input signal, the signal
light X1 of the main opration panel will light. The rest may be deduced by analogy.The code of
every function is following:
00：No function
The controller does not work even if the signal is input. Set the unused terminals as none to
prevent error work
01：N.O. input of up leveling 02：N.O. input of down leveling 03：N.O. input of door zone
The system can control lift leveling stopping by signal of level transducer.The system can only
use one door zone transducer,up level transducer + down level transducer,or up level transducer +
down level transducer + door zone transducer.If the system use three level transducer,lift with up
running receive the signal of up leveling,the signal of door zone,the signal of down leveling in
turn;and lift with down running receive the signal of down leveling,the signal of door zone,the
signal of up leveling in turn.If the system use up level transducer and down level transducer,lift with
up running receive the signal of up leveling,the signal of down leveling in turn.and lift with down
running receive the signal of down leveling,the signal of up leveling in turn.
04：N.O. input of Safety circuit feedback 05：N.O. input of Lock circuit feedback
The safety circuit is importantce guarantee of lift safety running.The lock circuit insure that the
landing door and car door are closed when lift starting.It is necessary condition of lift running that
the safety circuit feedback and lock circuit feedback is effective.
06：N.O. input of running output feedback 07：N.O. input of brake contactor feedback signal
The system monitors the signal of running feedback and brake feedfack after two sec. when
the running contactor is cut. If the output contactor cut, the controller will stop starting immediately,
after 2s. Controller will check it again, if the error still exist, controller output contactor
conglutination error signal.
08：N.O. input of inspection signal 09：N.O. input of inspection up 10：N.O. input of inspection
down
When the “Auto/ Inspection” switch point to “Inspection”, lift come into inspection state, the
system cancel all auto running include auto-door operation.When input inspection running signal,
lift run with inspection speed.
11：N.O. input of fire signal
When the “fire” switch is open,lift come into fire state,the system cancel all entered landing call
55
and car call;lift park the next land and pass the fire landing without open door.Lift don’t open
door for set passenger free until arrivel the fire landing.
12：N.O. input of up end signal 13：N.O. input of down end signal
The signal of up end and down end is the terminal stopping switch for prevent car and
counterweight rest, when the lift put over the leveling station of landing.
14：N.O. input of over loading
If the lift load is over 110% rated load, the system come into over load state.The over load
buzzer tweet, the car light of over load light and lift don’t close door.If the door lock is closed, the
over load signal is impotent.In the lift check course, if the system need run with 110% over load,
the system can set F7-06=1 to control.
15：N.O. input of full load
The lift load 80%～110% is full load state,the land hall lantern show full load,the lift don’t
answer the hall call.
16：N.O. input of NO.1 up force reducer 17：N.O. input of NO. 1 down force reducer
These function codes set input point into N.O. input of force reducer.And communicate the
force reducer switch signal.
22：N.O. input of lock output feedback
When lift arrival pre-opening or door opening later releveling jump out door lock,it send
feedback signal for insure the life running with releveling speed.
23： N.O. input of motor thermal overload
The temperature is too high to the motor safety.When the temperature relay act later 2sec.,
the system show E39: the motor over thermal.
24：N.O. input of front light curtain
This function code terminal setting is used for the front light curtain signal N.O. input.
25：N.O. input of back light curtain
This function code terminal setting is used for the back light curtain signal N.O. input.
26：N.O. input of brake path switch
This function code terminal setting is used for the brake action feedback N.O. input in lift
factual running state.
27：N.O. input of UPS
This function code terminal setting is used for the power failure emergency travel N.O. input.
Detailed in chapter 7 adjust explain.
33～59
These 27 parameters each communicate with parameters 01～27.The parameters 01～27
input terminal set N.O. input, but the parameters 33～59 set N.C. input.
Function code Name Default Min. Unit Setting Range
F5-25 Cartop input type 195 1 0～255
selection
It can set every input selection in cartop.
0：N.C. input；1：N.O. input
For example one lift need set cartop input signal type is below list setting:
Binary Parameter Type Binary Parameter Type
56
digit setting digit setting

Font door beam Front door-close
Bit0 N.O. Bit4 N.C.
screen limit
Back door beam Back door-close
Bit1 N.O. Bit5 N.C.
screen limit
Front door-open Digital load 3
Bit2 N.C. Bit6 N.O.
limit (full load)
Back door -open Digital Load 4
Bit3 N.C. Bit7 N.O.
limit (over load)
The binary system show 11000011,corresponding decimal system count show 195.So the
parameter F5-25 set 195。
code
Y1 function
F5-26 1 1 0～14
selection
Y2 function
F5-27 2 1 0～14
selection
Y3 function
F5-28 3 1 0～14
selection
Y4 function
F5-29 4 1 0～14
selection
Y5 function
F5-30 12 1 0～14
selection
Y6 function
F5-31 6 1 0～14
selection
The system output is relay output.There are function items 0～6:
0：No function: output terminal hasn’t any function.
1：Run contactor output: the system output the close command of run contactor; control the run
contactor’s close or open.
2：Brake contactor output: the system output the close command of brake contactor, achieve the
output signal of brake and release control.
3：Lock contactor output: the system outputs the close command of envelop door contactor,
come true pre-opening, door lock jump out when micro leveling, release control.
4：Fire arrival land signal feedback: when fire state, the system send out feedback signal to
monitor after lift return the fire land.
5：Front door open: the corresponding terminal is used for output the signal of front door open.
6：Front door close: the corresponding terminal is used for output the signal of front door close.
7：Back door open: the corresponding terminal is used for output the signal of back door open.
8：Back door open: the corresponding terminal is used for output the signal of back door close.
9：Brake, run contactor normal: the corresponding terminal is used for output normal signal of
the brake and run contactor.When the system show E37, E36, it means the brake and run
contactor error, and the terminal don’t output.
10：Failure state: the corresponding terminal is used for output signal when error.
11：Run monitor: 当 When lift is running,the corresponding terminal output.
12：Synchronous motor auto-run: if the synchronous motor is self-running emergency when lift is
power failure emergency running state,the brake open,the corresponding terminal output,lift slip
into the nearest leveling land and open door.
13：Power failure emergency running efficiency: 当 when lift is power failure emergency
57
running state,the corresponding terminal output. Detailed in chapter 7 adjust explain.

14：System normal: when the system normal work, the corresponding terminal output.This
function can use for parallel or group control.
F5-34 Terminal state
Default Min. Unit
F5-35 display
Setting Range
F5-34、F5-35 show the input and output terminal state.The keyboard tube order is 5, 4,3,2,1
from left to right.Every passage definiens are following:
F5-34 expresses main control panel input or output terminal state.Its meanings are following:
Tube Tube
Tube passage Tube passage “light”
serial passage
meaning meaning
number marker
A No meaning
B Up leveling Up leveling signal availability
C Down leveling Down leveling signal
availability
D door zone signal Door zone signal availability,at
the
leveling station
1 E Safety circuit Safety circuit pass
feedback
F Lock circuit Lock circuit pass
feedback
G Run output Contactor close state
feedback
DP Brake output Brake open state
feedback
A Inspection signal Inspection signal availability
input
B Inspection up Inspection up signal
signal availability
input
C Inspection down Inspection down signal
signal input availability
D Fire signal input Fire signal availability
2
E Up end signal Up end signal availability,at
input up end state
F Down end signal Down end signal availability,at
input down end state
G Over load signal Main control terminal over load
input availability
DP Full load signal Main control terminal full load
Input availability
A NO.1 up force Signal availability,at the NO. 1
3
reducer signal up force reducer area
B NO.1 down force Signal availability,at the NO. 1
reducer signal down force reducer area
C NO.2 up force Signal availability,at the NO. 2
58

D NO.2 down force Signal availability,at the NO. 2
E NO.3 up force Signal availability,at the NO. 3
F NO.3 down force Signal availability,at the NO. 3
G Envelop door Envelop door conatactor close
output state
feedback
DP Motor thermal Motor temperature is too high
overload output
A Front light curtain Front light curtain shut out
B Back light curtain Back light curtain shut out
C Brake path switch Signal availability
input
4 D
E
F
G
DP
A
B Run contactor Run contactor close
output
C Brake contactor Brake open
output
D Envelop door Envelop door contactor close
5
contactor output
E Fire arrival land Fire arrival land output
signal
F
G
DP
F5-35 expresses cartop panel input or output terminal state.Its meanings are following:
Tube Tube
Tube passage “light”
serial passage Tube passage meaning
meaning
number marker
A Front light curtain input Light curtain shut out
B Back light curtain input Light curtain shut out
C Front door-open limit Front door-open arrival
D Back door-open limit Back door-open arrival
1
E Front door-close limit Front door-close arrival
F Back door-close limit Back door-close arrival
G Digital load 3 (full load) Full load signal availability
DP Digital load 4 (over load) Over load signal availability
2 A Door-open button input Signal availability
B Door-close button input Signal availability
Door-open delay button Signal availability
C
input
59
D Non-stop button input Signal availability

E motorman button input Signal availability
F vary direction button input Signal availability
separately running button Signal availability
G
input
DP Fire button input Signal availability
A Front door-open Front door-open output
B Front door-close Front door-close output
Front door force close Front door force close
C
output
D Back door-open Back door-open output
3
E Back door-close Back door-close output
Back door force close Back door force close
F
output
G Up arrival gong Up arrival gong output
DP Down arrival gong Down arrival gong output
A Door-open display output Door-open display light
B Door-close display output Door-close display light
Door-open delay display Door-open delay display
C
output light
4 D Non-stop display output Non-stop display light
E
F Buzzer output Buzzer output availability
G
DP Fan/light Fan/light output availability
System light curtain state Light curtain shut out
A
1
System light curtain state Light curtain shut out
B
2
C External call stop lift input Signal availability
5
D External call fire input Signal availability
E Fire arrival land signal Signal availability
F Full load Signal availability
G Over load Signal availability
DP
F5-36 Weighing Default 0 Min. Unit 1

input selection
Setting Range 0、1、2、3
0：invalidation
1：Cartop panel digital sampling.
2：Cartop panel analog sampling.
3：Main control panel analog sampling.
F5-36 expresses signal channel of car weighing.Please exactly set this parameter before
using weighing device.
6.7 F6 Group: Lift basic parameters

Function
code
F6-00 The highest 9 1 F6-01～31
landing
F6-01 The lowest 1 1 1～F6-00
60
landing
The lowest landing (F6-01) set the factual lowest landing of
lift.It is used for display.
The setting of the highest landing (F6-00) according as the
lowest landing (F6-01) and lift physical landing number (the
leveling plate number) ,its value amount:
The lowest landing (F6-01) +the leveling plate number -1;
Every landing display is from the lowest landing (f6-01) to the
highest landing.If need particular display, it can set by FE group
parameters.
For example:there are group control lifts in following build.Lift
run from 13 landing to 20 landing.There aren’t landing door and
leveling plate at 15 landing,and there is leveling plate but not
landing door at 18 landing. As show in following fig:the lowest
landing (F6-01) set 13,the highest landing (F6-00) set 19.Then, the
relevant external call display setting according to factual state.
Detailed setting consult the FE group explains.
Fig.6.6 lift physical floor

F6-02 Parking Default 1 Min. Unit 1
landing
Setting Range The lowest landing(F6-01)～The highest
landing(F6-00)
When the system not in use time is over the F9-00 setting value, lift can return parking landing
bu itself.
F6-03 Fire landing Default 1 Min. 1
Unit
landing(F6-00)
When lift is fire state, it will return this landing.
F6-04 Stop landing Default 1 Min. 1
Unit
landing(F6-00)
When lift is stop state, it will return this landing after completing control box command.
code
F6-05 service floor 1 65535 1 0～65535
F6-06 service floor 2 65535 1 0～65535
F6-05 set what kind of floors command lift respond in floors 1~16. F6-06 set what kind of
floors command lift respond in floors 17~31.
F6-05 servicefloor 1 setting way:
The floor service is controlled by binary system number of 16 bit.Thi binary system number
express the floor 1~16 from low bit to high bit,The setting relevant bit 1express that lift respond this
61
floor calling,and the setting relevant bit 0 express that lift doesn’t respond this floor calling.For
example,one lift service floors is following:
Binary Binary
Binary Releva Service Binary Releva Service
bit bit
digit nt floor or not digit nt floor or not
setting setting
Bit0 Floor 1 ON 1 Bit8 Floor 9 OFF 0
Bit1 Floor 2 OFF 0 Bit9 Floor 10 ON 1
Bit2 Floor 3 ON 1 Bit10 Floor 11 ON 1
Bit3 Floor 4 ON 1 Bit11 Floor 12 OFF 0
Bit7 Floor 8 OFF 0 Bit15 Floor 16 ON 1
The relevant binary digit setting add in the list,the binary bit is 1111011001111101,and the
relevant algorism number is 63101,so F6-05 set 63101。
The setting way of F6-06 is same as F6-05。
F6-07 Group control
number
Setting Range 1～2
It can choose lift number of group control:

1： single run 2：2 parallel lift or group control run
F6-08 Lift number Default 1 Min. Unit 1
Setting Range 1～2
It can set lift number when using group control.When F6-07 = 1, this function is useless.
1：Lift 1.At this time, the cartop panel default lift 1 too.This lift is main lift of parallel, and it
complete mostly parallel logic count.
2：Lift 2.At this time, the selection switch S1 1, 2 bit of cartop panel set ON.
If it is group control state, this function cod set 2. Detailed use consult chapter 7.
F6-09 Parallel Default 1 Min. Unit 1
selection
Setting Range Bit0:separate stay function Bit1: expedite
respond
Bit0: separate stay function

0: OFF 1: ON
Bit1: expedite respond
0: OFF 1: ON
F6-13 Chucker-out Default 1 Min. Unit 1
floor
landing(F6-00)
It can set lift chucker-out floor.The chucker-out floor is availability from 10 at night to 6 at
morning.Every lift run to the chucker-out floor first,stop and open door.Then run to target floor,It
can increase security.Using this function or not,please set FE-32.
Functio
n code
F6-14 down-collective 1 00：00 00：01 00：00～23：59
start time
62

end time
start time
end time
These four function parameters define two group down-collective time segment.In this two time
segment,lift according to the down-collective mode working,namely only respond down external
call.
Functio
n code
F6-18 Time-sharing
00：00 00：01 00：00～23：59
service 1 start time
F6-19 Time-sharing
00：00 00：01 00：00～23：59
service 1 end time
F6-20 Time-sharing
65535 1 0～65535
service 1 floor 1
F6-21 Time-sharing
65535 1 0～65535
service 1 floor 2
F6-22 Time-sharing
00：00 00：01 00：00～23：59
service 2 start time
F6-23 Time-sharing
00：00 00：01 00：00～23：59
service 2 end time
F6-24 Time-sharing
65535 1 0～65535
service 2 floor 1
F6-25 Time-sharing
65535 1 0～65535
service 2 floor 2
This group function parameter define two group time-sharing service time segment and service
floor.In setting time,lift service floor is decided by relevant time-sharing service floor,and the floor
parameter of F6-05,F6-06 is useless。For example,lift only respond the time-sharing service 1
floor 1,2(F6-20,F6-21) in time-sharing service 1 (F6-18,F6-19),and don’t perform F6-05,F6-06
parameters setting.When the time-sharing service 1 and time-sharing service 2 is
superposable,the system perform the time-sharing service 1.The time-sharing service floor
setting way is same to the setting way of service floor F6-05.
Functio
n code
F6-26 Parallel fastigium 1 00：00 00：01 00：00～23：59
start
end
F6-28 Parallel fastigium 1 1 1 F6-00～F6-01
floor
start
end
F6-31 Parallel fastigium 2 1 1 F6-00～F6-01
floor
This group function parameters define two group parallel fastigium time segment and floor.,If
car call over 3 from fastigium floor in parallel fastigium time segment,lift come into fastigium
service,car call command all availability,and lift return this floor at spare time.
63
6.8 F7 Group: Testing function parameters

This group parameters is special setting to convenient adjust lift.So the setting of
parameters don’t save after power failure,and comeback default.
Before lift expedite running,please make sure well free and every parameters setting right.First
lift slowly run to the middle floor to prevent lift running reversal.Beginning input one floor
command.Then input multiple floor command.After completing adjusting,notice checking this
group parameters setting right.
code
F7-00 Test floor 1 0 1 0～F6-00
F7-01 Test floor 2 0 1 0～F6-00
F7-02 Test floor 3 0 1 0～F6-00
F7-03 Test floor 4 0 1 0～F6-00
It can set target floor when lift adjust or service.Its setting range is 0～F6-00,but current floor
and less than the floor F6-01 aren’t administered.
0：Test floor invalidation. Test floor 1 and test floor 2 are same to car call.Test floor 3 is same
to landing up call.Test floor 4 is same to landing down call.The command is durative availability
until code set to 0 instead.
F7-04 Landing call Default 0 Min. Unit 1
enable
Setting Range 0、1
0：Landing call allowable; 1：Landing call forbidden
F7-05 Door open Default 0 Min. Unit 1
enable
Setting Range 0、1
0：Door open allow,door operator button useful; 1：Door open forbidden, door operator
button unuseful and door don’t automatically open.
F7-06 Over load Default 0 Min. Unit 1
function
selection
Setting Range 0、1
0：Over load run forbidden; 1：Over load run allowable.When over load run is
allowed,lift come into over load state, light of over load light,lift doesn’t respond landing call,
non-stop run to target floor.Please set 0 when natural state.
F7-07 Limit enable Default 0 Min. Unit 1

Setting Range 0、1
0：End switch availability; 1：End switch invalidation.Only uses it when
check limit switch.
： This F7 group functions are used by person who possess professional
competency.Please pay more attention.The operator take in hand the bringing result.Please
insure that the setting of the F7 group parameters is 0.
6.9 F8 Group: Reinforce function parameters

F8-00 Weighing Default 0% Min. Unit 1%
64
self-tuning
It means the weighing self-tuning setting.The weighing self-tuning disport three executing
step.:
1、Ensure F8-01 setting is 0 and F5-36 choice 2 or 3.使 This means that the system allow the
weighing self- tuning.
2、Let lift stop any floor,car is non-load state,input F8-00 setting 0,and press ENTER input.
3、Put N% load into car,set F8-00=n,and press ENTER input.For example: put 100Kg heavy
into lift of the rated load 1000Kg, and input F8-00=10.
After weighing self-tuning, the date of non-load and full load are writed into F8-06 and
F8-07.User can input dates by hand basing factual state.
Notice: please according to this order.Otherwise the weighing self-tuning is
invalidation.
F8-01 Preset torque Default 0 Min. Unit 1
selection
Setting Range 0、1
0：Preset torque is invalidation, weighing self-tuning is allowable.
1：Torque bias availability.
When use preset torque bias function,the system can output torque with suited load,to protect
comfortable lift.But output torque is limited by Upper limit of torque(F2-08).When load torque over
the upper limit of torque setting,the system output torque is the upper limit of torque.
F8-02 Preset torque Default 50.0% Min. Unit 0.1%
bias
Setting Range 0.0～100.0%
F8-03 Drive gain Default 1.00 Min. Unit 0.01
Setting Range 0.00～4.00
F8-04 Brake gain Default 1.00 Min. Unit 0.01
When G1>G2.If lift run up, the motor is drive state; if lift run down, the
motor is brake state.
When G1<G2.If lift run up, the motor is brake state; if lift run down, the
motor is drive state.
The preset torque bias parameter is used for marking the percent of
weighing input analog signals occupying signal limit value when load
balance.Drive/brake gain is coefficient of current analog signals and signal
limit value’s ratio when motor working in drive/brake state.The control automatic identify
drive/brake state and count torque bias value of motor need by analog signals.
Vblance V1 ：The analog input voltage when motor work at drive state.
F8 − 02 = × 100%
Vswing
V2 ：The analog input voltage when motor work at brake state.
(V1 - Vblance ) M Vblance ：The analog input voltage of controller when load balance.
× F8 − 03 = need
Vswing M rating
Vswing ：The analog input voltage when full load.
65
(V2 - Vblance ) M M need ：The output torque bias value that the control need now.
× F8 − 04 = need
Vswing M rating
M rating ：The motor rated torque.
When system use analog weighing, this group parameters are used for adjusting lift
starting.detailed adjusting way is following:
When motor is drive state,if lift starting roll back,it can increase F8-03;if lift start too sudden,it
can reduce F8-03.
When motor is brake state,if lift starting roll back,it can increase F8-04;if lift start too sudden,it
can reduce F8-004.
F8-05 Car load Default 0 Min. Unit 1

F8-05 is the read only parameter,it image the load state in car.The parameter is the
NICE3000 sampling value of load.If F5-36 setting less than 2,set F8-05=0.So must set F5-36 right
when using preset torque compensation function.
F8-06 Car no load set Default 0 Min. Unit 1
F8-07 Car full load set Default 100 Min. Unit 1
This group function codes can set the AD sampling value of analog when car no load and full load.
F8-08 Anti-nuisance Default 0 Min. Unit 1
function
Setting Range 0、1
0：This function forbidden; 1：Allowable.This function must work in weighing sensor or
weighing switch.If the car order number is over the person number in car plus 3,the system clear
up all order,each person according to 70 Kg.
6.10 F9Group: Time parameters

F9-00 Free return main Default 5min Min. Unit 1min
floor time
Setting Range 0～240min
It can set that lift return main floor when free.When lift don’t receive car call,hall call or other
command,lift will return main floor after this setting time.
0：This function is invalidation.
F9-01 Fan and light close Default 2min Min. Unit 1min
time
Setting Range 0～240min
When lift is automatism state.If no run command, the system will cut off fan and light power
after this setting time.
0：This function is invalidation.
F9-02 Floor biggest Default 45s Min. Unit 1s
interval time
Setting Range 0～45s
66
When lift running time is over the F9-02 setting time at border upon floors, lift will come forth
protection.When this parameter setting is less than 2,this function is invalidation.
Functio
n code
F9-03 Clock: year 2005 1 2000～2100
F9-04 Clock: 3 1 1～12
month
F9-05 Clock: day 1 1 1～31
F9-06 Clock: hour 0 1 0～23
F9-07 Clock: 0 1 0～59
minute
Upwards parameters is the bowel time of NICE3000.This clock can count time when power
failure.Nice3000 can complete many special functions with time by this clock.For example
fastigium service etc.So user set this parameter right by factual time when first electrify.
Functio
n code
F9-09 Accumulative 0 1 0～65535h
working time
F9-11 RUN times high 1 1 0～9999
bit
F9-12 RUN times low 0 1 0～9999
bit
They are factual lift working time and running times accumulative total.These function
parameters is read only,and user isn’t allowed to amend.Lift accumulative run times = run times
high bit ×10000 + run times low bit.
6.11 FA Group: Keyboard setting parameters

FA-00 Small keyboard Default 2 Min. Unit 1
display
selection
Setting Range 0：Reversal display, physics floor
1：Positive display,physics floor
2：Reversal display, external call data
3：Positive display,external call data
There are 3 bit LED display at NICE3000 main control panel.User can change its display
direction by this function, thereby user can expediently design control control cabinet.No matter
how to fix main control panel,you can look over it easily.When setting is 0 or 1,small keyboard
display date is physics floor.When setting is 2 or 3,small keyboard display date is external call
data.
FA-01 Run display 1 Default 65535 Min. Unit 1
This function code is made up of binary number with 16 emic that display 16 kind of run state
parameters.Each parameter is controlled by one binary number,”1” express that display this
parameter,”0” express that don’t display this parameter.If want to display parameter as following list,
relevant binary number set:
Binary Parameter Display Binary Binary Parameter Display Binary

67
bit or no bit set bit or no bit set

Display 1 Output No
Bit0 Run speed Bit8 0
terminal display
Display 1 No
Bit1 Rated speed Bit9 Currently floor 0
display
Display 1 Currently No
Bit2 Bus voltage Bit10 0
station display
Output No 0 Display
Bit3 Bit11 Car load 1
voltage display
Display 1 Cartop input No
Bit4 Output current Bit12 0
state display
Output Display 1 Cartop output No
Bit5 Bit13 0
frequecny state display
Input terminal No 0 Display
Bit6 Bit14 System state 1
low bit display
Input terminal No 0 Preset torque No
Bit7 Bit15 0
High bit display current display
So setting binary number is 0100100000110111, correct algorism number is 18487, and FA-01
should set 18487.These display parameter can switch by shift key in control keyboard.
Thereinto input terminal state, output terminal state, cartop input state, cartop output state,
system state consult section 6.6 function parameter F5-34 and F5-35 explain.
FA-02 Stop display Default 65535 Min. Unit 1
This function code is made up of binary number with 16 emic that display 12 kind of stop state
parameters. hese display parameter can switch by shift key in control keyboard,as follows list.The
setting way is same as FA-01.
Bit0 Rated speed Bit6 Currently station
Bit1 Bus voltage Bit7 Car load
Bit2 Input terminal low bit Bit8 Rated lift slowdown distance
Bit3 Input terminal high bit Bit9 Cartop input state
Bit4 Output terminal Bit10 Cartop output state
Bit5 Currently floor Bit11 System state
FA-03 Pulse wheel

encoder currently Default 0.0° Min. Unit 0.1°
angle
Setting Range 0.0～360.0°
Display encoder currently factual angle,user cannot amend.
Functio
n code
FA-04 Software edition 1 00.00 0.01 00.00～99.99
FA-05 Software edition 2 00.00 0.01 00.00～99.99
FA-06 Software edition 3 000.00 0.01 000.00～
655.35
FA-07 Radiator 0 1℃ 0～100℃
temperature
Display this NICE3000 using software edition.FA-07 display radiator’s currently temperature.
6.12 FB Group: Door function parameters

FB-00 door machine Default 1 Min. Unit 1
number
68
Setting Range 1～2

It can set the number of door machine.User can set this function parameter by current using
number of door machine.
FB-02 Front door Default 65535 Min. Unit 1
service floor 1
Setting Range 0～65535（set 1～16 floor）
This function code is made up of binary number with 16 emic that control 1~16 floor front door
operater.Every floor door is controlled by one binary number.
1：Relevant floor front door can be operated. 0：Forbidden relevant floor front door open.
Its setting way is same as F6-05, detailed show section 6.7.
Notice:this parameter don’t clash with F6-05 and F6-06 when user setting!Must ensure
that door machine’s service floor is the system service floor .
FB-03 Front door Default 65535 Min. Unit 1
service floor 2
This function code is made up of binary number with 16 emic that control 17~31 floor front door
1：Relevant floor front door can be operated. 0：Forbidden relevant floor front
door open.
Its setting way is same as F6-05, detailed show section 6.7.
FB-04 Back door Default 65535 Min. Unit 1
service floor 1
This function code is made up of binary number with 16 emic that control 1~16 floor back door
1：Relevant floor back door can be operated. 0：Forbidden relevant floor back
door open.
Its setting way is same as F6-05, detailed show section 6.7.This function parameter only use
when the door machine FB-01 set 2.
FB-05 Back door Default 65535 Min. Unit 1
service floor 2
Setting Range 0～65535（set floor 17～31）
This function code is made up of binary number with 16 emic that control 17~31 floor back door
1：Relevant floor back door can be operated. 0：Forbidden relevant floor back
door open.
Its setting way is same as F6-05, detailed show section 6.7.This function parameter only use
when the door machine FB-01 set 2.
FB-06 Open protect Default 10s Min. Unit 1s
time
FB-08 Close protect Default 10s Min. Unit 1s
time
The open/close door protect time means: When the system output open/close door command
later time of FB-06 setting,the system doesn’t receive open/close door arrival feedback.Then the
69
door machine turn to close/open door at once.This is once door open and close.When arrive to
FB-09 (open/close door times) setting the times of open/close door later,the system warn Err48
door open error or Err 49 door close error.
FB-07 Force close door Default 1s Min. 1s
time Unit
The force close door time means: when the system keeping door open time arrive to
FB-07(force close door time) setting time in automatism state,the system will screen the signal of
door open command and light curtain,output force close door command and lift door force closed.If
the door force close don’t close the door, the door will on-off again until door closed or arrival
FB-09 setting times,and the system warm Err49 door close error.
If the setting value is less than 5s,there isn’t force close door function.
FB-09 Door open/close Default 10 Min. Unit 1

times
Setting Range 0～20 0：disable
This function code set the door open and close times in FB-06/FB-08 setting time.When lift
on-off door times is over this setting value,lift will warn Err48 or Err49.
If FB-09 = 0, door on-off protect is invalidation.
FB-11 Keep door open Default 5s Min. Unit 1s
time 1
Setting Range 1～30s(corresponding external call)
It means the door open keeping time when there are only hall call but not the control box
command.If input door close command, close door at once.
time 2
Setting Range 1～30s(corresponding car call)
It means the door open keeping time when there are the control box command.If input door
close command, close door at once.
time 3
It means the door open keeping time when lift run to main floor. If input door close command,
close door at once.
FB-14 Keep door open Default 30 Min. 1s
time 4 Unit
After lift input door open delay signal, corresponding door open keeping time. If input door
close command, close door after door open signal disappear.
6.13 FC Group: Protect function parameters

FC-00 Earth short circuit Default 1 Min. Unit 1
protection
detection after
power on
Setting Range 0、1
It can set that NICE3000 system detect the motor to earth short circuit protection when power
70
on or none.If this function is availability,lift will detect that when power on.If the motor is short
circuit protection to earth,the system close of output and output Err23 short circuit fault to earth.
0：Forbidden; 1：Allow.
FC-01 Optional Default 1 Min. Unit 1
protection
selection
Setting Range Bit0：Overload protection selection
0：Forbidden
1：Allowable
Bit1：Output phase-failure selection
0：Phase-falure protection
1：Phase-falure unprotected
This function parameter can set the over load protect and output phase-failure.
Output phase-failure
FC-01 set value Overoad protection
protection
0 Forbidden Allowable
1 Allowable Allowable
2 Forbidden Forbidden
3 Allowable Forbidden
FC-02 Overload
Min.
protection Default 1.00 0.01
Unit
coefficient
This function code referenced value is overload current.When the system detect that the output
current arrive to the FC-02×motothe r rated current and last out the special time,the system output
Err11 motot overload.
FC-03 Overload
Min.
pre-warning Default 80% 1%
Unit
coefficient
This function code referenced value is motor overload current. When the system detect that the
output current arrive to the FC-03×motor rated current and last out the special time,the system
output pre-warning signal.
FC-04 Error Default 0 Min. Unit 1
self-resetting
times
This function code can set the system self-resetting times when system error.If the system
error times is over this value,the system will stay and wait for service.
0：Means that the system forbidden self-resetting function.
FC-05 Reset interval Default 5s Min. Unit 1s
time
The interval time between the begin of the fault and the fault automatically reset,and
between two fault automatically reset waiting time.
Function
code
FC-06 First error information 0 1 0～3199
71
FC-07 First error month and day 0 1 0～1231

FC-08 Second error information 0 1 0～3199
FC-09 Second error month and 0 1 0～1231
day
┆ ┆ ┆ ┆ ┆
FC-24 Tenth error information 0 1 0～3199
FC-25 Tenth error month and 0 1 0～1231
day
FC-26 Latest error information 0 1 0～3199
FC-27 Latest error speed 0.000 0.001m/s 0.000～
3.000m/s
FC-28 Latest error current 0.0 0.1A 0.0～999.9A
FC-29 Latest error bus voltage 0 1V 0～999V
FC-30 Latest error month and 0 1 0～1231
day
FC-31 Latest error time 0 1 0～2359
This group function codes can note the latest 11 times error code ,floor and time.Thereinto the
error information is made up of 4 bit,high 2 bit mean the car stop floor when error,and low 2 bit
mean error code.For example FC-26 latest error information notes 1035。It means that the latest
error code is Err35 and the last error floor is tenth floor.FC-28～FC-31 note the latest error out
current,bus voltage and the idiographic time when error happen.The error type and meaning refer
to chapter 6.
6.14 FD Group: Communication parameters

Function
Name Setting Range Default Min. Unit
code
FD-00 Baud rate setting 0：300bps 5 1
1：600bps
2：1200bps
3：2400bps
4：4800bps
5：9600bps
6：19200bps
7：38400bps
FD-01 Data format 0: No parity 0 1
1: Even parity
2: Odd parity
FD-02 Local address 0～127，0：Broadcasting 1 1
address
FD-03 Acknowledge delay 0～20ms 10ms 1ms
FD-04 Communication delay 0.0～60.0s ，0.0s： 0.0s 0.1s
time invalidation
This group function codes can set NICE3000 RS232 serial communication parameter.FD-00
set serial communication baud rate,FD-01 set serial communication data frames format.,FD-02 set
the local address of control.These parameters setting must be same to the serial communication
parameter of control.FD-03 set the delay time of controller transmitting date by the serial
port.FD-04 set the overtime of the serial port communication,and the time of frame data
transmitted must be less than the time of FD-04 setting.Otherwise it will warn communication error.
72
6.15 FE Group: Lift function setting parameters

FE-00 selective collective mode Default 0 Min. Unit 1
0：Full selective , lift responds up call and down call.
1：Down selective, lift only responds hall down call and doesn’t respond hall up call.
2：Up selective, lift only responds hall up call and doesn’t respond hall down call.
Functio Setting
Name Min. Unit Default
n code Range
FE-01 Floor 1 opposite 0000～1999 1 1901
display
FE-02 Floor 2 opposite 1 1902
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
display
73

display
display
display
display
display
display
display
display
display
(double door plural
selection hall call
setting)
This group function code can set hall display content of the opposite floor.Its value is made up
of 4 bit.Thereinto the high 2 bit express the tens digit of floor display,and the low 2 bit express the
first rank of floor display.The high 2 bit and low 2 bit’s meaning is as following list:
Code Display Code Display

00 0 10 A
01 1 11 B
02 2 12 G
03 3 13 H
04 4 14 L
05 5 15 M
06 6 16 P
07 7 17 R
08 8 18 -
09 9 ≥19 Unshow
For example:
Factual Function code
Display High 2 bit setting Low 2 bit setting
floor setting
Basement ‘-’ opposite code ‘1’opposite code
-1 1801
1 18 01
Unshow,opposite ‘G’ opposite code
Floor 1 G 1912
code19 12
Unshow,opposite ‘2’ opposite code
Floor 2 2 1902
code 19 02
FE-31 can’t only set the floor 31 hall display content,but also can express the opposite door
plural selection hall call function.When FE-31 setting value isn’t less than 10,it expresses the floor
31 hall display content.If the highest floor is less than floor 29(F6-00<29) when FE-31 setting value
is less than 10,it expresses that the floor 1 is double door and hall display.The on-off switch
address of back door hall call panel set 31,the system can differentiate front door and back door.At
this time,FE-31 setting parameter expresses the opposite floor of the hall call panel on-off switch
setting.
74
For example: the highest floor is floor 10, the lowest floor is floor 1, and floor 2 is the double
door with hall call/display panel and button.At this time, FE-31 set 2.In this way, the two display
panel of on-off switch setting address 31 and 2 both can be use for the hall call/display panel of
floor 2.
FE-32 Lift factory Default 3075 Min. Unit 1
function
selection
This function code set lift factiory needing function.Each function is controlled by one binary
number,”1” express this function allowable,”0” express this function forbidden.If lift needs
motorman function,fire return function, releveling function and automatic rescue function
availability,other function invalidation.The binary system setting is as following list:
Binary Function Binary Binary Function Binary
bit setting bit setting
1 Time-sharing
Bit0 Motorman Bit8 0
service floor
Bit1 Fire return 1 Bit9 Independent run 0
0 Inspection
Bit2 Releveling Bit10 automatism 1
close door
0 Car call miss
Bit3 pre-opening Bit11 1
delete
hall call 0
Hall call miss
Bit4 conglutination Bit12 0
delete
disposal
Chucker-out 0 Automatic
Bit5 Bit13 0
floor rescue
Down selective 0
Bit6 fastigium Bit14 Reserved 0
service
Parallel 0
Door lock jump
Bit7 fastigium Bit15 0
out test
service
Up list expresses: 0000110000000011 turn to algorism 3075.So FE-32 set 3075.
6.16 FF Group: Factory parameters(reserved)
6.17 FP Group: User parameters

FP-00 User password Default 0 Min. Unit 1
It can set any number without zero,and password function become effective.
00000：clean out old user setting password,and password function become ineffective.
If you want to enter parameters setting station without right password after user password
setting become erective,you aren’t allowed to look over and make over parameters.The password
setting detailed way refer to section 4.2.4.
Remember the user password being set. If you do forget or miss-set the password, please
contact us.
FP-01 Parameter Default 0 Min. Unit 1
renewal
75
0：None;
1：Recover the default.At this time, all function parameters comeback default except F1 group
function code.Please be cautious to use!
2：Clear memory parameter.At this time, the system clears all recording error information.
FP-02 User setting Default 0 Min. Unit 1
inspect
Setting Range 0、1
0：Invalidation
1：Availability.At this time, the control keyboard only shows the parameters that are different
from default.
76
CHAPTER7 ADJUST
7.1. lift adjust
When the lift is in adjusting state, please keep no person in hoistway and car!
Otherwise, there may be serious accident.
In order to be concenient for adjust, this chapter was writed according to the normal sequence
of lift adjust.
7.1.1 Check before low-speed adjust
Correct adjust is the safeguard of safe running. Before electric adjust, please check whether it
is allowed to be adjusted and assure the spot safety. When adjusting, there are two persons at
least in the spot, and cut off the power if abnormal.
1. Check machine, electric connection scenely
In order to ensure human safety, please check periphery before electrify.
1) Component type is right or not.
2) Safe circuit is connected well.
3) Door lock is connected well.
4) Hoistway free, no person in car, and possess the condition for safe running.
5) Grounding well.
6) Periphery connection well according to factory drawing.
7) Each switch works well.
8) Check resistance between phases of main circuit, and judge whether connected to the
earth.
9) Confirm that the lift is in inspection
10) Machine is installed correctly, and it does not do harm to human and device.
2. Check encoder
The pulse feedbacked by the encoder is the guarantee of precise control, so please check
carefully.
1) Encoder is installed steady, and grounded well.
2) Encoder cable should be separate from the power cable, to avoid disturbed
3) It is better that the encoder cable could be connected to controller; if the cable is not long
enough, prolongation should be shield cable and connected to former cable by searing-iron.
4) The shield layer of encoder cable should be grounded on the side of controller
Encoder connection, refer to picture 2.5 or 2.6
3. Check power
It is necessary to check the power before electricfy
The voltage between ever two phases of user power should in the range of 380V±15%, and
imbalance range of each phase is not than 3%.
1) Power terminal of main control board is 24V.
2) Check general input cable and the capacity of chief switch.
It will cause ruinous aftereffect if the input voltage is over the allowed value, please
check carefully; if DC power, please confirm anode and cathode. Please don’t move the car
if it is phase failure.
77
4．Check grounding
1) Check the resistance between grounding terminal PE and the terminal as follow, confirm
whether it is infinite, if it is on low side, check immediately
a) R、S、T and PE
b) U、V、W and PE
c) Mainboard 24V and PE
d) motor U、V、W andPE
e) encoder 15V、A、B、PGM and PE
f ) ＋、－generatrix terminal and PE
g) Terminal of safe circuit, door lock, inspection circuit and PE
2) Check the resistance between the grounding terminal of all the electric part and power input
PE, it should be as low as possible. If it is on the high side, please check immediately
7.1.2 Adjust at low speed
Check the connection of break, and test the output of break at mainboard. Prepare to adjust at
low speed.
1. Check after electricfy
1) Check power input on the main board, range: DC24V±0.5V
2) Check power of inside and outsidecalling, range: DC24V±0.5V
3) Check the voltage between 15V and PGM of CN6, value: DC15V
2. Check group F5
Terminal function parameter F5, decide whether the received signal is correspond with signal
sent by system, and whether the expected aim is same with real aim.
1) Please check according to the factory drawing whether the function of every terminal is
correct, and whether the type between input and output is same.
2) We can confirm whether the input state of corresponding terminal is correct by the lamp
state and setted type of corresponding input and output terminal.
3. Motor tuning
Motor tuning must be in operation panel control model. Before tuning, please input parameter
F1-00~F1-05; distance-control mode depend on motor parameter deeply, so the motor parameter
inputed must be correct.
4. Door machine adjust
1) Check the connection of the door machine according to the instruction; measure whether
the power is correct. Move the car into the door-area, electricfy the door machine, place the door
machine at adjustment state, drive the land-door by door-machine, observe whether the whole
door works normally or not, and modify the parameter to the best state.
2) Set FB-00、FB-02~FB-05 according to the fact. Set FB-06、FB-08 according to width and
speed of the door, leave some allowance to avoid frequent protection. Set FB-09~FB-14 correctly
to make the door running meet people’ require.
5. Test at low speed (inspection speed)
After perpartion above, we can try to run the car at low speed (inspection speed). The
inspection is setted by F3-11.
1) Check input signal: view carefully whether the action sequence of the switch signals
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received in the trave proceeding is correct or not.
2) Check output signal: view whether the defination of MCB output terminal is correct and work
is normal, whether the signal and the contact controlled by MCB output terminal work well.
3) Check run direction: place the car at non-end floor, view whether the actual direction is
same as the aim direction; if not, please exchange two phases of motor three phases randomly.
4) Check encoder: if the speed is abnormal, swing when travel, the output current is too great,
or abnormal noise, please check connection of encoder, exchange phase A, phase B
5) Check communication: view whether the communication indicate lamp COP, HOP are
normal.
7.1.3 Adjust at high speed

Bofore adjust at high speed, please confirm that force reducer switch, end switch, limited
switch act correctly, leveling flashboards are installed correctly; action sequency of leveling
inductor is correctly. Connection of encoder is correct; F1-12 is setted correctly.
1. Check before high speed
1) If there is long time from testing at low speed to adjustment at high speed, please repeat the
check before testing at low speed.
2) Confirm the connection of MCTC-CTB-A.
3) Connection of landing calling and inside call is correct, voltage is 24V±0.5V
4) Confirm that force reducer switch, end switch, limited switch are installed correctly, and act
trustiness.
5) Confirm that each switch act trustiness.
6) Confirm the connection of light-beam
7) Confirm that leveling flashboards are installed correctly; action sequency of leveling inductor
is correctly
8) Confirm that the connection of talking device is correct, and work normally.
9) Confirm connection of arrival chime
10) Confirm the connection of car lighting and FAN.
2. Self-study of hitchway
1) Confirm that safe circuit, door circuit are connected well.
2) Make the system at inspection state.
3) Place the car at lowest floor, and guarantee down force reducer available
4) Set F6-00, F6-01 correctly, guarantee that F4-01 is 1.
5) Get into F-7 date menu in MCB by small keyboard, change 0 to 1, and press ENTER, the
system beginto hitchway self-study at inspection speed. If not success, system will indicate E35. if
E45, the force reducer switch distance is not long enough, please refer to group F3.
6) Refer to F3-12~F3-17，F4-04~F4-65. Judge whether the date of floor is writed
Note: if the leveling flashboard is readjusted, please make self-study of hitchway
before running at high speed!
3、Weighing self-tuning
When system use the analog weighing:
1）Detect and ensure
A、Confirm that the weighing sensor voltage signal with 0~10V connect with cartop board or
79
main control board.

B、Setting F5-35 according to the weighing sensor type,and ensure F8-01=0.
2）Self-tuning operate way when empty load
A、When empty load self-tuning,lift is in the parking landing and ensure empty load.
B、Adjust the weighing sensor to advisable station.
C、Set F8-00=0,press key ENTER.
3）Tuning operate way when load.
A、When load tuning,lift is in the parking landing and there are n% rated load in car.
B、Set F8-00=n%,press key ENTER.
System will automatism identify lift full load and over load weight.After self-tuning,if system
need the preset torque function,set F8-01=1.
When system use the digital weighing:
1）Detect and ensure
A、Detect the weighing digital load of machine part connect nice.
B、Detect that the digital load signal of full load or over load exactly input cartop board (CTB)
relevant signal input point.
2）Full load and over load tuning
A、Put 100% rated load heavy into car.Adjust the switch station of full load.Let full load switch
move but over load switch don’t move.The system memorize it’s full load.
B、Put 110% rated load heavy into car. Adjust the switch station of over load. Let over load
switch move. The system memorize it’s over load.
When complete upwards work,lift can be ready to run at high speed.
C、When use the weighing preset torque,please set F8-01=1.
4、Test at high speed
1）Test car call
Let lift automatism.Key in signal call by shortcut key F1 in small keyboard or function code
F7-00, F7-01 in special control panel. Observe lift run according to setting call or not.
2）Ttest external call
Let lift automatism.Key in external up or down call by function code F7-02, F7-03 in special
control panel, or press every floor external call. Observe lift run according to setting call or not.
3）Tesst door open and close
When lift stop in landing, observe that the door open normal or not and door keep time pass
muster or not. When lift respond call and be to run, observe that the door close normal or not.
5、Adjust at high speed
After test at high speed, stop lift and add needful function.Then starting adjust at high speed.
1）Set FE-32 and F8-08 by user factual needing.
2）According to user and factual needing,adjust F6 group parameters:set service floor, stop
landing F6-04, fire landing F6-03,parking landing F6-02,and group control,time-sharing control,
parallel fastigium control.
3）Test of fire return function
If there are the fire return function availability and setting fire landing,dial the fire button in the
fire landing.Then look that lift returning the fire landing or not and the door pass muster or not etc..
4）Firemen run function
If ther is the firemen run function, after lift return the fire landing, dial the firemen run button,viz.
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the system come into firemen run state.At this time,lift don’t respond the external call,the door
machine open only when press and don’t loosen the button.If loosen the door open button,the door
close at once.
4）Relevelling function test
If the relevelling function is availability, observe lift can relevel or not and the relevelling speed
pass muster or not.If error is over large, please advisably adjust F3-10.
5）Comfortable adjust
Adjusting the F3 group parameters make lift running comfortable.If lift running wobble, amend
relevant parameters by graph 6-2 determinant.Detailed view section 6.4.
Notice: Lift comfortable is enslaved to many factors.The machine part doesn’t adjust good,
and the parameters select impropriety, they both bring on lift comfortable bad.
The machine part infection can disport following instance:
1、 Detect hoist machine worm-wheel and worm-shaft.
2、 Lift guide verticality doesn’t only affect lift running plane shaking, but also affect lift
running apeak shaking.
3、Lift running quality is related car guide shoe.If want to achieve better PMT testing
curve,you should do car silence balance and car move balance.Let car guide shoe bear the
least force,and achieve lift running best quality.
4、The counterweight guide shoe verticality and bearing force affect lift comfortable too.
5、Brake affect lift starting and stopping very big.
6、It can affect lift comfortable that lift hoist machine and joint loose or fray.
7、The unbalanced pull of lift steel rope is epicenter at every turn.
8、The shock absorption tray under cartop,car platform and machine platform all affect lift
running quality.
Parameter selection affects lift comfort. Parameter unsuitable setting brings shake of lift
uprightness:
1、F1-01~F1-11of motor parameters are main patameters of controller control moter.If motor
mode selection, parameter setting or self-tuning isn’t right, it can bring on motor shaking or
noise, and affects comfort.
2、F1-12 set the pulse number of each rotation of the encoder.If the setting is different from
the factual pulse number, it can bring on that the controller can’t recognize the motor current
speed and station, thereby beget motor shaking or noise.
3、F2-00~F2-07 are the using parameters when adjusting the controller PID.It decides that
the voltage waveform of controller practically output respond speed vs preset output value.It
beget undulation that the proportion adjusting is too large or the integral adjusting is too little.
4、F3-18:Output time of starting zero speed, F3-19: Time-lag of curve running, F3-20:
Time-lag of end running. They connect that lift is starting/stopping zero speed or not when
brake open.If lift speed isn’t 0,it can bring pause feeling when starting and ending.
5、F3-03:Inflexion speedup time 1,F3-04:Inflexion speedup time 2.They are the speedup time
of the S curve running to starting segment and ending segment.If the speedup time is too
shot,it can bring shake at relevant moment.It can advisably increase.
6、F3-06:Inflexion speeddown time 1,F3-07:Inflexion speeddown time 2. They are the
speeddown time of the S curve running to starting segment and ending segment.If the
speeddown time is too shot,it can bring shake at relevant moment.It can advisably increase.
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7、When F8-01=1 viz. weighing preset torque is used, F8-03 and F8-04 both affect lift starting
comfort.If inappropriately adjust thses parameters, it can bring shake when starting.The setting
value relate the building station,it usually set between 0.1~0.4.
8、Levelling nicety adjusting.When the mechanism adjust complete,you can micro-adjust
F4-00 to stopping nicety.When lift stopping,if over leveling,it can reduce F4-00 setting;if under
leveling,it can increase F4-00.
7.2 Production use

7.2.1Main control board commendatory drawing and relevant parameters setting
Fig.7.1 Main board sketch

Adopt the connect mode of upward drawing.The input and output terminal setting of the F5 group
is default parameters,the setting value is following as:
F5-01 X1 function 33：N.C. input of up levelling 1 ★
33
selection 35：N.C. input of door zone
F5-02 X2 function 34：N.C. input of down levelling 1 ★
35
selection 04 ： N.O. input of safety circuit
F5-03 X3 function feedback 1 ★
34
selection
05：N.O. input of lock circuit feedback
F5-04 X4 function 1 ★
38：N.C. input of run output feedback 04
selection
F5-05 X5 function 39 ： N.C. input of brake output 1 ★
feedback 05
selection
F5-06 X6 function 22 ： N.O. input of lock output 1 ★
feedback 38
selection
F5-07 X7 function 40：N.C. input of inspection signal 1 ★
09：N.O. input of inspection up 39
selection
F5-08 10：N.O. input of inspection down 1 ★
X8 function 22
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selection 44：N.C. input of up end signal

F5-09 X9 function 45：N.C. input of down end signal 1 ★
40
selection 48：N.C. input of NO. 1 up force
F5-10 X10 function reducer 1 ★
09
selection 49：N.C. input of NO. 1 down force
F5-11 X11 function reduce 1 ★
10
selection 50：N.C. input of NO. 2 up force
F5-12 X12 function reducer 1 ★
44
selection
51：N.C. input of NO. 2 down force
reduce 45
selection
48
selection
49
selection
50
selection
51
selection
F5-26 Y1 function 1 ★
1
selection 1：Run contact output
2：Brake contact output 2
selection
3：Lock contact output
3
selection
83
7.2.2 Cartop board commendatory drawing and relevant parameters setting
load cell
Fig.7.2 Top car board sketch

Adopt the connect mode of upward drawing.The input and output terminal setting of the F5 group
is default parameters, the setting value is following as:
F5-25 Cartop input mode 1 195
0～255
selection
7.3 Power failure emergency run project explain

If the system sudden power cut when lift using,the passengers maybe closed in car.
Contrapose this state,the NICE3000 system design a sort of power failure emergency run
project(save oneself running).It is simple and come true easily.
7.3.1 NICE3000 power failure emergency run system sketch
Fig.7.3 Main circuit wiring diagram
84
Fig.7.4 UPS power circuit diagram
Fig.7.5Main controller board wiring diagram
7.3.2 Power failure emergency run explain

1．Correlative function code
According to upward system wiring diagram, the NICE3000 system power failure emergency
run need set the following parameters:
Function Setting Setting when
Name Min. unit Default
code range using
F5-20 X20 function selection 0～59 1 0 27

F5-30 Y5 function selection 0～14 1 5 12
FE-32 Factory function selection 0～65535 1 3075 11267
2．Run mode
Manual emergency run project:
The emergency switch KUP is open station in usually.At this time, UPS is charge station, the
85
system power is provided by main power.When main power cut, user can control the system
emergency run by emergency switch KUP.At this time, the emergency switch KUP is close
station,the system power is provided by UPS.NICE3000 receive the UPS signal of terminal
X20,affirm Power failure emergency mode,and run with following two mode:
Mode 1：After NICE 3000 receive UPS signal, close K5, open brake.Let lift automatism slide
run, monitor lift speed at the same time until levelling.When lift speed is very low and car is
balance load, the brake close and operation is stopped.Turn to mode 2.
Mode 2：Come into the emergency run mode, run with 0.1M/S and running direction is the light
load direction.When NICE3000 inspect the levelling signal, door keep open and lift stop.
7.3.3 Notice thing
When emergency run,it need attend that the working time sequence of the controller main
power contactor and UPS contactor.It is forbidden that the two contactor close at the same time.
Otherwise it can damage UPS.
When emergency run, NICE3000 run with 0.100M/S to relevelling.Then door keep open after
lift stop.Please don’t repeat.
If select UPS with output 220V, the power of NICE3000 is following expect other lift load: for
example the door machine.
P（UPS power）=Motor rated power KW*0.1M/S*2/（0.6*Lift rated speed）
For example:motor is 11KW,the emergency running speed is 0.1M/S,lift rated speed is 1.0m/s,
work out at P=3.67KVA, so advise using UPS with 4KVA.
7.4 About overload using explain

NICE3000 system offer 3 genus signal input mode of over load or full load to different user
using.In use process,set exact parameters to prevent miss action.The brief using way is following
as:
7.4.1 Cartop terminal input way:
NICE3000 system cartop board (MCTC-CTB-A) has 8 on-off value terminal (CN3).Thereinto, the
terminal X7 relative to the signal of full load, the terminal X8 relative to the signal of over
load.Two input rerminal parameters are decided by the function code (F5-25).If F5-25 parameter
set BIT6=1, the cartop board signal X7 is N.O.; if F5-25 parameter set BIT6=0, the cartop board
signal X7 is N.C..The over load signal X8 is same to this way.The connection is following,
thereinto “X” means any number:
Cartop board
F5-25 parameter
Over load terminal X8 NICE3000
setting (binary
switch input state
system)
voltage(V)
1xxx,xxxx 24V Over load
N.O. state
1xxx,xxxx 0V Natural state
0xxx,xxxx 24V Natural state
N.C. 0xxx,xxxx 0V Over load
state
7.4.2 Main control board terminal input way:
NICE3000 system main control board (MCTC-MCB-A) has 24 on-off value terminal (CN1,
CN9), and every terminal all has near 60 function selection, the details is in F5 group explain of
86
chapter 6 .Thereinto, the selection 14,15,46,47 relative to full load and over load function, and it
already show the kind of these input signal.User can according to this function for using.
For example the over load.If user build the over load switch at rope socket in machine
room,using N.C. contact; main control board use terminal X23 for over load input.So F5-23 should
set 46,and send the N.C. input signal of the over load switch to terminal X23.
7.4.3 Analog signals input way:
NICE3000 system has 2 channels of analog signals: Cartop board (MCTC-CTB-A) CN6, main
control board (MCTC-MCB-A) CN9.
If NICE3000 preset torque compensating use the analog signals input,user can do the empty
load and full load self-tuning by weighing self-tuning function (F8-00,details is show chapter
6:function explain).Thereinto,F6-06 relative to the empty load sampling date,and F6-07 relative to
the full load sampling date.NICE3000 can judge the car load status by this information and the
sampling value of current simulation weighing signal.If the load is 10% over the full load,it means
the over load state;over 100%,means the full load state.But user must notice that the sampling
value of car weighing signal setting range is 0~255.So,if car 110% load sampling value is over this
range,the system will not show over load status for ever!
When using this way, invite experiential adjustor to ajust, and escape appear that the load is
over but non alarm!
interconnect elevator scheme

7.5.1 interconnect elevator sketch
87
communacation
top car
communacation
top car
hall call
hall call
MCTC-HCB-*
MCTC-HCB-*
Fig.7.6 interconnect elevator sketch

7.5.2 parameter setting
function Modi
Name Setting Range Min. Unit Default
Code fied
Group control
F6-07 1～2 1 1
number
F6-08 Lift number 1～2 1 1
7.5.3 cartop DIP switch setting
Main elevator :
Auxiliary elevator:
J6 J5
7.5.3 CAN communication net slip stitch setting
The main control board of interconnect elevators must set J5 slip stitch off .
7.5.4 typical cases
88
Main elevator ：stop at floor B1&1&2&3
Auxiliary elevator:stop at floor 1&3&4
Main elevator setting:
Bit of DIP
state Physical Display
1 2 3 4 8
switch floor setting
floor
B1 ON OFF OFF OFF ON 1 FE-01=1101
1 OFF ON OFF OFF OFF 2 FE-02=1901
2 ON ON OFF OFF OFF 3 FE-03=1902
3 OFF OFF ON OFF OFF 4 FE-04=1903
parameter setting: F6-00=4 F6-01=1
Auxiliary elevator setting:
Bit of DIP
state Physical Display
1 2 3 4 8
switch floor setting
floor
1 OFF ON OFF OFF ON 2 FE-01=1901
2 Not service,but must installation leveling plate FE-02 random
3 OFF OFF ON OFF OFF 4 FE-03=1903
4 ON OFF ON OFF OFF 5 FE-04=1904
parameter setting: F6-00=5 F6-01=2 F6-05=65533.
7.6 group automatic operation

Re.< group control supervisory panel Manual >
7.7 double door plural selection hall call

When parameter FE-31 couldn’t suffice or plural selection hall call occured with moor than two
floor, we need connect as follow :
89
MOD MOD
Communacation calling board Communacation
S1 S2 S3 S4 S5 S6 S7 S8 S1 S2 S3 S4 S5 S6 S7 S8
MCTC-HCB
DOWN UP DOWN UP
fig.7.7 plural selection hall call connection
90
CHAPTER 8 FAULT DIAGNOSIS AND COUNTERMEASURES

8.1 Fault mode explanation
The system controller has 60 pieces of alarm information or protection functions in total.The system controller
monitors all kinds of input signal,run condition,exterior feedback information etc the time of day.If it happen
unwonted,the relevant fault protection functions can act and the system controller express fault code.
The system controller is the complicated electricity controller system.The procreant fault informations can
divide into 5 sorts by system influencing degree.The different fault deal with different mode.The relevant relation is
following list:
Fault
System controller relevant disposal Remark
sort
Level 1 Express fault code; All kinds of work condition
fault Fault relay output act; running don’t fall under.
Express fault code;
Level 2
Fault relay output act; Lift can be natural running.
fault
Sever lift group control (parallel) system;
Express fault code;
Fault relay output act;
Level 3 The system blank of output at
Run the nearest landing when distance control,then
fault once, and close brake.
stop running;
Lift parking at once when else running work condition.
Express fault code;
Fault relay output ace; Lift can run with low speed when
Level 4
When distance control,the system blank off output at the system expresses the fault
fault
once,close brake,and low speed run after stop.For code.
example return levelling, inspection ect..
Express fault code;
Level 5 Fault relay output act;
Forbid run.
fault The system blank off output at once,and close brake;
Forbid run.
8.2 Fault information and countermeasures

If the system controller appears the fault alarm information, the system will dispose by the fault code.At this
time, user can construe fault by suggestive information at this section, ensure fault cause, and find out resolvent.
Operate Small
Fault
panel keyboar Fault cause Disposal way Sort
description
show k show
1 ． Main loop output 1．Obviate exterior problem of
grounding or short; connection etc;
2．The traction machine 2．Add reactor or output filter;
Inverse unit
Err01 E01 connection is too long; 3．Inspect the wind channel and 5
protection
3．Work condition is too hot; fan are natural or not;
4 ． The controller bowel 4．Please contact with agent or
connection become flexible; factory;
1 ． Main loop output
1．Obviate exterior problem of
grounding or short;
Over current connection etc;
Err02 E02 2．Motor do parameter tune 5
accelerated 2．Motor parameter tune;
of not;
3．Lighten sudden adding load;
3．Load is too heavy;
grounding or short;
connection etc;
Over current 2．Motor do parameter tune
Err03 E03 2．Motor parameter tune; 5
decelerated of not;
3．Lighten sudden adding load;
4．Adjust the curve parameter
4 ． Decelerate curve is too
91
steep;
1．Main loop output
grounding or short;
connection etc;
2．Motor do parameter tune
Over current 2．Motor parameter tune;
Err04 E04 of not; 5
constant 3．Lighten sudden adding load;
4．Select equal encoder, adopt
4 ． Pulse wheel encoder
Shield cable;
interference is too big;
1．Input voltage is too high;
1．Adjust input voltage;
2．Lift inverse pull is serious;
2 ． Adjust lift starting time
Over voltage 3．Brake resistance is on the sequence;
Err05 E05 high side,or brake unit is 5
accelerated 3 ． Selection equal brake
deviant;
resistance;
4 ． Accelerate curve is too
4．Adjust curve parameter;
steep;
2．Brake resistance is on the 1．Adjust input voltage;
Over voltage high side,or brake unit is 2 ． Selection equal brake
Err06 E06 5
decelerated deviant; resistance;
3 ． Decelerate curve is too 3．Adjust curve parameter;
steep;
1．Adjust input voltage;
Over voltage 2．Brake resistance is on the
Err07 E07 2 ． Selection equal brake 5
constant high side,or brake unit is
resistance;
deviant;
1．Input voltage is too high; 1．Adjust input voltage;
Controller
Err08 E08
power fault 2 ． Drive control panel is 2．Please contact with agent or 3
deviant; factory;
1．Transient power cut exists; 1．Obviate exterior problem of
Under voltage 2．Input voltage is too low; power;
Err09 E09 5
fault 3 ． Drive control panel is 2．Please contact with agent or
deviant; factory;
1．Inspect brake loop and power
System 1．Brake loop is deviant;
Err 10 E10 supply; 4
overload 2．Load is too heavy;
1． Lighten load;
1 ． FC-02 setting is
1． Adjust parameter;
unsuitable;
Err 11 E11 Motor overload 2． Inspect brake loop and 3
2．Brake loop is deviant;
power supply;
1．Input power asymmetry; 1．Adjust output power;
Input side
Err 12 E12
phase loss 2 ． Diver control panel is 2．Please contact with agent or 4
deviant; factory;
Output side 1．Inspect connection;
Err 13 E13 connection become flexible; 4
phase loss 2．Obviate motor fault;
2．Motor is broken;
1 ． The environmental
1 ． Reduce the environmental
temperature is too high;
Module temperature;
Err 14 E14 2．The fan is broken; 5
overheated 2．Clear the wind channel;
3 ． The wind channel is
3．Change the fan;
blocked
Err 15 E15 Reserved 4
1．Bus voltage is deviant;
Please contact with agent or
Err 17 E17 Contactor fault 2 ． Drive control panel is factory;
5
deviant;
Current Diver control panel is Please contact with agent or
Err 18 E18 5
detection fault deviant; factory;
1 ． Motor parameter setting
Motor tuning 1．Right enter motor parameter;
Err 19 E19 wrong; 5
fault 2．Detect motor lead wire;
2 ． Parameter tuning
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overtime;
1．Encoder model is suited or
1 ． Select push-pull or
not;
Err 20 E20 Encoder fault open-collector encoder; 5
2 ． Encoder connection is
2．Obviate connection problem;
error;
Main control panel date is Please contact with agent or
Err 21 E21 Date overflow 5
deviant; factory;
Short circuit Output short circuit to Please contact with agent or
Err 23 E23 5
fault to ground ground; factory;
Err 24 E24
～～ Reserved 4
Err29 E29
1．Encoder feedback position
deviation when lift
1．Detect levelling inductor and
automatism run;
plate setting right or not;
Lift position is 2 ． Levelling signal cut or
Err 30 E30 2 ． Detect levelling signal wire 4
deviant conglutinate when lift
connecting right or not;
automatism run;
3．Ensure encoder using right;
3．Steel wire skid or moto
locked-rotor;
DPRAM is Please contact with agent or
Err 31 E31 DPRAM read-write is deviant 5
deviant factory; instead control panel.
Err 32 E32 CPU is deviant CPU work deviant 5
factory; instead control panel.
1．Lift factual speed is 15%
over the highest running 1．Ensure encoder use right;
speed. 2．Detect that motor nameplate
Lift speed is 2．The speed is 20% over the parameter setting is right;
Err 33 E33 4
deviant setting speed when lift run 3．Retune motor;
with low; 4．Detect the inspection switch
3. Inspection switch act and signal wire;
when lift automatism run.
The control panel
Err 34 E34 Logic fault redundancy judge, logic 5
factory; instead control panel.
fault.
1．Lift is out the lowest floor;
2 ． Run time is over 45
1．Ensure NO. 1 up/down force
sec.,but there isn’t signal
reducer switch and signal right;
inputting;
2．Detect levelling inductor and
3．The interval of floors is too
Well self-tuning plate setting right or not;
Err 35 E35 short; 4
date is deviant 3 ． Detect levelling signal wire
4．The highest metrical floor
connecting right or not;
is different to the setting
4 ． Well self-tuning over again
value;
when lift is in the lowest floor;
5 ． The floor pulse note is
deviant.
1 ． The motor current is 0 1．Detect that the contact and
when brake open; feedback contact is natural or
2．When lift continuously run not;
Contact over 1 sec.,the contact 2 ． Detect that the controller
Err 36 E36 feedback is feedback signal lose; output wire U,V,W is natural or 5
deviant 3 ． The contact feedback not;
signal conglutinate; 3．Detect that the circuit power
4．There isn’t feedback signal of contact controlling is natural
after the contact closed; or not;
1．Detect that the brake coil and
feedback contact are right or not;
Brake feedback The brake output is different 2．Notarize the signal character
Err 37 E37 5
is deviant to the feedbake signal. of the feedback contact (N.O.
or N.C.);
3．Detect that the circuit power of
93
brake coil controlling is natural or

not;
1．There isn’t input encode
pulse when lift automatism
run; 1．Ensure encoder using right;
Controller 2 ． The direction of input 2．Instead encoder A,B phase;
Err 38 E38 encode signal is encode signal is wrong when 3．Detect the setting of F0-00, 5
deviant lift automatism run; and change to closed-loop
3 ． The setting (F0-00) is control;
open-loop run when distance
control;
1．Detect that the motor using is
right or not,and the motor is
Motor The motor overheated relay
Err 39 E39 broken or not; 3
overheated input is availability;
2．Mend the condition of motor
loosing heat;
1．Lift speed is too low or the
The time is over the setting floor height is too big;
Err 40 E40 Lift run overtime 4
time of lift running. 2．The time of using lift is too
long,so it need maintain;
1．Detect safety circuit,and look
Safety circuit The signal of safety circuit is over its state;
Err 41 E41 5
cut cut. 2 ． Detect that exterior power
supply is natural or not;
Door lock cut The door lock feedback is Detect that the door lock is
Err 42 E42 5
when running cut when lift running. contact natural or not.
Up end signal
The signal of up end is cut Detect that the up end switch is
Err 43 E43 cut when 4
when lift up running. contact natural or not.
running
Down end
The signal of down end is cut Detect that the down end switch
Err 44 E44 signal cut when 4
when lift down running. is contact natural or not.
running
1．Detect NO. 1 up/down force
Up/Down force Up and down force reducer reducer switch;
Err 45 E45 reducer switch switch cut at one time when 2 ． Notarize the signal 4
cut stop. characteristic of NO. 1 up/down
force reducer (N.O. or N.C.);
1．The speed of relevelling is 1．Detect the connection of lock
over 0.1m/s; relay.
Relevelling is 2．Relevelling position don’t 2 ． Detect that the door lock
Err 46 E46 1
deviant locate the levelling area; feedback function is selected or
3．The door lock feedback is not,and signal is natural or not;
deviant when running. 2．Ensure encoder using right;
The lock contact conglutinate
Lock contact
Err 47 E47 when have advance open Detect lock contactor 5
conglutinate
door and relevelling.
1．Detect that the door machine
The door continuously open
work natural or not;
Err 48 E48 Door open fault times are over the setting 5
value of FB-09. 2．Detect that the cartop control
panel is right or not;
1．Detect that the door machine
The door continuously close
work natural or not;
Err 49 E49 Door close fault times are over the setting 5
value of FB-09. 2．Detect that the cartop control
panel is right or not;
1 ． Detect the communication
Group control The time the group control
cable connection;
Err 50 E50 communication communication continuously 2
fault tread awry is over 10 sec.. 2．Detect the system controller
address define.
1．Inside call communication 1 ． Detect the communication
Inside call
is out of right feedback date; cable connection;
Err 51 E51 communication 3
2．Inside call receiving tread 2 ． Detect the cartop control
fault
awry in succession. panel power supply;
94
3．Detect that the 24V power of

the system controller is natural
or not;
1 ． Detect the communication
cable connection;
2．Detect that the 24V power of
Outside call Outside call communication
Err 52 E52 communication the system controller is natural
is out of natural feedback 1
fault date. or not;
3．Detect that the outside call
control panel address is
repeated or not.
If lift stoping, the lock isn’t cut
Err 53 E53 Lock jump fault Detect the lock signal circuit. 4
when automatism running.
8.3 Common Faults and the Fault Diagnosis

The following faults may probably occur during the using of the system, please refer to the methods described
below to perform the fault analysis:
1、 No electricity display after power-on:
1） Check with multimeter if the input power supply of the system controller is consistent with its rated
voltage. If there is something wrong with the power supply, please check and remove it.
2） Check if the three-phase rectifying bridge is intact. If the rectifying bridge has been exploded, please
seek technical service.
3） Check if the CHARGE indicator is on. If the indicator is off, the fault will be on the rectifying bridge or
the buffering resistance. If the indicator is on, then the fault may probably lies in the switch on/off part,
please seek for help.
2、 The air switch trips off after power-on:
1） Check if the earthling or short circuit occurs between the input power supplies and remove the
problem.
2） Check if the rectifying bridge has been broken down. If so, seek for the service.
3、 The motor does not runafter the system starts to run:
1） Check if there is equalizing three-phase input between U, V and W. If yes, the motor circuit or itself
may be damaged, or the motor stops turning for mechanical reason. Please remove it.
2） If there is input but the three phases are not equalizing, the system drive board or the output module
may be damaged. Please seek for the service.
3） If there is no output voltage, the drive board or output module may be damaged. Please seek for the
service.
4、 When the power-on system displays normally, the Air Switch Trips off after the operation:
1） Check if the short circuit occurs between the output modules. If yes, please seek the service.
2） Check if the short circuit or earthling occurs between the motor lead wires. If yes, please remove it.
3） If the tripping occurs only occasionally and the distance between the motor and the system is big,
then the adding of an output AC reactor shall be considered.
95
CHAPTER 9 ACCESSORY PRODUCTION

9.1 Introduction about car top board (CTB) ‘s useness
Car top board MCTC-CTB-A is made up of eight digital signal inputs terminal,one analog voltage
signal input teminal, eight relay N.O. output terminal,one N.C. relay output terminal,one CAN
communicate terminal , one modbus communication terminal ,three DB9 terminal。Car top board is
important transferring station.
9.1.1Appearance and size
Fig.9.1 installing size of CTB
9.1.2 Introduction of installation and use

1．Installing method
1)After be sure of complete power failure , install it;
2)Aim at four installing pores of car, and then use screwdriver to hold;
3)Link terminals and screw down .
2. Definition of terminals is shown in Fig 9-2:
96
9.
CN1 CN3 CN4 CN5 CN7
24V X1 BM A
MOD+ X2 B1
MOD- X3 B2 AM
COM X4 B3
P24 CM
CN2 CN6
P24 C1
24V P24
X5 C2
CAN+ Ai
CAN- X6 C3 M
COM X7
X8 DM
D1
D2
Fig 9-2 Definition of terminals of CTB
3.Explaination of controlling terminals ‘s function

type Terminal Terminal name Functional explanation
designation
24V Connect to +24V external Provide+24Vpower for
(CN2 power source whole board as Operational
terminal) Power Supply
COM Connect externally to
power
(CN2 common port
terminal)
P24 +24V power source Common port of digital
(rest terminal) input and analog input
X1 Font door beam screen 1、 Light coupling
X2 Back door beam screem isolation，unipolarity
X3 Font door open limit input
Input of X4 Back door open limit
functional 2、 Input impedance：
X5 Front door-close limit 3.3KΩ
signal
X6 Back door-close limit 3、 MCTC-CTB signal is
X7 Full signal(100%) valid when inputting
X8 Over signal(110%) 24V power
analog Ai-M Weight signal input DC：0～10V
input
Relay A-AM Car fan / illuminate AC：250V，3A 或 DC：30V，
output controller 1A
B1-BM Front Door opening DC：30V，1A
signal
B2-BM Front Door closeing
signal
B3-BM Force to close Front door
C1-CM Back Door opening
signal
C2-CM Back Door closeing
signal
C3-CM Force to close Back door
97
D1-DM Up passing chime

D2-DM Down passing chime
CAN+/CAN- CAN communication Communicate with
controller of NICE3000
MOD+/MOD- Modbus communication Communicate with Modbus
Caution: car MOD
communication has the
communic
same connection as hall
ation
call, consult 9.3
CN10 RS232 communication Communicate with
computer monitor。
CN7 CN8 instruction plate Make communication with
communication MCTC-CCB-A. consult 9.2
4、Functional introduction of switch of each dial card of CTB：
Name Dial card Functional Description

Use for Parallel connection, group
1~2 control，the two bits is ON when
S1
connecting to CTB of Lift 2
3~5 Reserving
1 Reserving
Matching resistance of Modbus whole
2
line terminal
S2
Matching resistance of CAN whole line
3
terminal
4~5 Reserving
Cautions:
1) avoid communication signals to environment disturb ,advise to use STP for
communication connection ,and as possible as not distributing parallel;
2) It is better to use Shielded cable for signal line of communication;
3) Connect strictly according to terminal signal ,and screw down .
9.2 Using introduction of CCB

Instruction plate CCB comprises 24 input interface and 22 output interface ,including 16 floor
buttons and 8 functional signals. It’s function is to collect button instruction and output showing
light source.In order to meet 32 floors’ need ,we adopt concatenation .
9.2.1Appearence and size
98
Fig.9.3 installing size of CCB

9.2.2 Introduction of installation and use
1. the way of installation
1) install in case of power off ;
2) Aim at four installing pores of car, and then use screwdriver to hold;
3)after checking button connection and button plug order, plug button switch into slot in
instruction plate;
4) connect terminals and car top board ,and make sure that union end is instruction plate CN2.
If union end is CN1, CTB or instruction plate can be destroyed.
2. Definition of terminals interface
A connection interface that adopts DB9 parts of an apparatus is up and down end in instruction
plate, can communicate with main controlling board , and make concatenation with instruction
plate. It is shown in Fig 9.4 .
99
MCTC-CTB-A
CN7 CN8
2
n
C
car operation panel
2
n
C
sub-operating panel
1
n
C
1
n
C
2
n
C
2
n
C
1
n
C
1
n
C
Fig 9-4 sketch about concatenation between CTB and CCB
3. Definition of input and output interface

There are 24 instruction inputs ,21 light outputs in Each of CCB. The way of interface adopts 9DB,
is shown in Fig 9-3.
When number of floor is over 16 and instruction plate adopts concatenation , instruction plate 2
only use input 16 and output 16 (use for button input and light output) .Definition according to order
is followed :
1) instruction input :
sequence corresponding definition explanation
number（n） interface
1 JP1 Floor 1button input Input signal
2 JP2 Floor 2 button input correspond to
3 JP3 Floor 3 button input floor(16+n) button
4 JP4 Floor 4 button input input for
5 JP5 Floor 5 button input instruction plate 2
6 JP6 Floor 6 button input
17 JP17 Door opening button input Invalid for
100
18 JP18 Door closed button input instruction plate 2

19 JP19 Door opening delay button
input
20 JP20 Nonstop button input
21 JP21 Motorman button input
22 JP22 Reversing button input
23 JP23 Running independently
button input
24 JP24 Fire switch input
2) light output :
sequence corresponding definition explanation
number（n） interface
1 JP1 Floor 1show output Input signal
2 JP2 Floor 2 show output correspond to
3 JP3 Floor 3 show output floor(16+n) button
4 JP4 Floor 4 show output input for
5 JP5 Floor 5 show output instruction plate 2
6 JP6 Floor 6 show output
17 JP17 Door opening show output Invalid for
18 JP18 Door closed show output instruction plate 2
19 JP19 Door opening delay show
output
20 JP20 Nonstop show output
21 JP21 Instruction plate showing
light
22 JP22 Buzzer output
Cautions:
1) avoid communication signals to environment disturb ,advise to use STP for
communication connection l;
2) Connect strictly according to terminal signal ,and screw down ;
3) Because interface parts of an apparatus besides of instruction plate are the same , we
should be attention to connection when making series connection .
9.3 Direction for use of HCB

HCB is one of important interfaces that are used to connect NICE3000 controller to user. HCB
can accept user’s call-up and show which floor lift is and running direction etc. At the same time
HCB can be used for display panel beside car (the retail is shown in 9.3.3).
HCB is diversified. In order to meet all kinds of need ,it is classified into 5 different forms, which
type is : MCTC-HCB-A; MCTC-HCB-B; MCTC-HCB-C; MCTC-HCB-D; MCTC-HCB-E. We only
introduced the most common type MCTC-HCB-A.
101
9.3.1Appearence and size
Fig 9-5 installing size of HCB

9.3.2
Direction for installation and use
1. the way of installation
1) set floor address of dialing switch and resistivity matchting to terminals. The following
table shows definition of each of DIP switch :
Name Bit of DIP Functional description

switch
S1 1~5 Set floor address, scope of 0~31
S2 1~2 Reserving
3 Set resistivity matching to MOD communication
terminals
4~5 Reserving
DIP switch setting list:

bit
state
1 2 3 4 5
floor
0 OFF OFF OFF OFF OFF
1 ON OFF OFF OFF OFF
2 OFF ON OFF OFF OFF
102
3 ON ON OFF OFF OFF

4 OFF OFF ON OFF OFF
5 ON OFF ON OFF OFF
6 OFF ON ON OFF OFF
7 ON ON ON OFF OFF
8 OFF OFF OFF ON OFF
9 ON OFF OFF ON OFF
10 OFF ON OFF ON OFF
11 ON ON OFF ON OFF
12 OFF OFF ON ON OFF
13 ON OFF ON ON OFF
14 OFF ON ON ON OFF
15 ON ON ON ON OFF
16 OFF OFF OFF OFF ON
17 ON OFF OFF OFF ON
18 OFF ON OFF OFF ON
19 ON ON OFF OFF ON
20 OFF OFF ON OFF ON
21 ON OFF ON OFF ON
22 OFF ON ON OFF ON
23 ON ON ON OFF ON
24 OFF OFF OFF ON ON
25 ON OFF OFF ON ON
26 OFF ON OFF ON ON
27 ON ON OFF ON ON
28 OFF OFF ON ON ON
29 ON OFF ON ON ON
30 OFF ON ON ON ON
31 ON ON ON ON ON
Set resistivity matching to terminals according to factual need. As a usual we can only set
resistivity matching to terminals of floor address 1,and other floor can not be set .
2) Plug connection port of l locked lift switch and fire switch separately into JP1 and
JP2 ,and plug connection port of button of up running and down running separately into
JP3 and JP4.
3) Plug connection port used for Modbus communicate into CN1.
Cautions:
1) not sethall call floor address to 0;
2) avoid communication signals to be disturbed ,advise to use STP for communication
connection
3) It is better to use Shielded cable for signal line of communication;
4) Connect strictly according to terminal signal ,and screw down
2. Definition of input and output
103
Name Definition
JP1 Switch Interface of locked lift, pin 2 、3 is switch

connection pin
JP2 Switch Interface of fire fighting , pin 2 、3 is switch

connection pin
JP3 Calling button interface of up running , pin 2 、3 is switch

connection pin, pin 1 、4is power supply pin, for controlling
button light
JP4 Calling button interface of down running , pin 2 、3 is switch
connection pin, pin 1 、4is power connection pin, for
controlling button light
CN1 Use for communicating with Modbus , pin 2、3 of 4Pin
interface is for communication, pin 1 、 4 is for power
connection
Fig 9-6 4PIN Interface

2. Showing explanation
1) shining block V1of direction for lift running
Showing information Meaning
Up arrowhead Lift in the state of up running
Down arrowhead Lift in the state of down running
Arrowhead moving Lift in the state of running
Showing stabilization of Lift is in stop at any floor

arrowhead
2) shining block V2 of floors and other information
104
Showing information Meaning
Arabic number Floor information
Arabic number and INS Lift in state of inspection

left moving
“ ” Lift no using
shining block quench Lift stop working
3) indicator light D1 of fully loaded

light brighting means lift in the state of fully loaded ,and light gone means lift loaded is
normal .
4) indicator light of up and down running button
light brighting means it is normal to answer to call, and light gone means answer is completed
or no answer .
9.3.3 Installation and setting of HCB as display board beside car
1. To display beside car also use HCB ,and the way of installation and setting is also same .
1) setting floor address of DIP switch and resistivity matching to terminals.
If we use HCB as showing board beside car ,we must set floor address 0 , namely set 1~5 bit
of S1 OFF.
2) connect port of Modbus communication cable to port CN1 of display board beside car
3. Showing information ‘s meaning of showing board beside car is consistent with HCB , which
is shown in 9.3.2. The difference is that indicator light of showing board beside car means
“over loaded ” , not “fully loaded ”.
9.4 DBR
Braking cell already is configured under 30KW model of NICE3000 controller . User only connect
braking resistivity .For over 30KW model , it is not necessary .
standard of braking
System type Brake Unit
resistivity
MCTC- DBR-4001 300W ,200Ω
MCTC- DBR-4002 600W ,220Ω
MCTC- DBR-4003 1100W ,130Ω
MCTC- DBR-4005 1600W ,90Ω
MCTC- DBR-4007 2500W ,65Ω
Standard configure
MCTC- DBR-4011 3500W ,43Ω
MCTC- DBR-4015 4500W ,32Ω
MCTC- DBR-4018 5500W ,25Ω
MCTC- DBR-4022 6500W ,22Ω
MCTC- DBR-4030 9000W ,16Ω
MCTC- DBR-4037 1100W ,13Ω
MCTC- DBR-4045 13500W ,10Ω Built out
MCTC- DBR-4055 16500W ,9Ω
105
9.5 Other optional component

9.5.1 Operation board and communication cable(OPR、OPL)
Operation board (OPR): MCTC-OPR-A.
Communication cable (OPL): MCTC-OPL0150, including 0150 standing for 15m length.
the scope of cable length is 2m, 5m, 15m, 30m, 50m, 100m.
9.5.2 Weighing board (LDB)

Users can use LDB for providing signals of no loaded , fully loaded and over loaded for
system. And complete to compensate analog weight , in order to improve stationarity of lift
running .
9.5.3 gate power operator (IDD)

gate power operator is a necessary component of lift .Users can use our company ‘s
IDD(MCTC- IDD-A).
9.5.4 IC board (ICB)

IC board （MCTC- ICB-A）is used for controlling IC card of lift , setting identification validate , user
popedom and electronic purse.
9.5.5 IE (IEB)
IE (MCTC-IEB-A) is a accessory of NICE3000. User can use IEB for long distance IE reading ,
message alarming , dialing alarming and realize long-distance controlling , adjusment and
diagnosing network failure.
9.5.6 PDA
PDA(MCTC-PDA-A) is a assistant tool of NICE3000. It can monitor system and running
curve ,etc..
9.5.7 group control supervisory panel

group control supervisory panel (MCTC-GCB-A) can control 3~8 NICE3000 system.
106

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ELEVATOR Control System

SUZHOU MONARCH ELEVATOR CO., LTD

CHAPTER 1 SAFETY AND CAUTIONS.................................................................................. 1

1.1 SAFETY CAUTIONS ................................................................................................................................... 1

CHAPTER 2 PRODUCT INFORMATION ................................................................................... 5

2.1 NAME DESIGNATION RULES AND NAMEPLATE........................................................................................... 5

CHAPTER 3 INSTALLATION AND WIRING ............................................................................ 10

3.1SYSTEM CONFIGURE INTRODUCTION ....................................................................................................... 10

CHAPTER 4 ADJUST TOOLS INSTRUCTION........................................................................ 17

4.1 SORT OF ADJUST TOOLS .......................................................................................................................... 17

CHAPTER 5 FUNCTION PARAMETERS............................................................................ 24

5.1FUNCTION PARAMETERS INDICATION ....................................................................................................... 24

CHAPTER 6 PARAMETER DESCRIPTION............................................................................. 43

6.1 F0 GROUP: BASIC FUNCTION GROUP..................................................................................................... 43

6.17 FP GROUP: USER PARAMETERS......................................................................................................... 75

7.1. LIFT ADJUST ........................................................................................................................................... 77

CHAPTER 8 FAULT DIAGNOSIS AND COUNTERMEASURES ........................................... 91

8.1 FAULT MODE EXPLANATION ..................................................................................................................... 91

CHAPTER 9 ACCESSORY PRODUCTION .......................................................................... 96

9.1 INTRODUCTION ABOUT CAR TOP BOARD (CTB) ‘S USENESS .................................................................... 96

CHAPTER 1 Safety and Cautions

There are two kinds of safety cautions in the manual:

1.1 Safety Cautions

Chapter 2 Product Information

2.1.1 appliies to Asynchronous motor:

2.1.2 appliies to Synchronous motor：

2.2 NICE3000 Series of contoller

2.3 Technical Specification

Speed control range 1 : 100 (SVC) 1 : 1000 (VC)

Speed accuracy ±0.5%(SVC) ±0.05%(SVC)

analog data input -10V~10V

2.4 Product Appearance And Installation Holes Dimension

Daily Maintenance of Controller

Daily checking items:

measurement, and insulation resistance measurement.

CHAPTER 3 INSTALLATION AND WIRING

Fig. 3-1 system configure diagram

3.2 Mechanical Installation

Fig. 3-2 Installation Location

3.3 electric installation and wiring

Fig.3.3 main circuit wiring

2、MCTC-MCB-A wiring instruction

Fig.3.4 main control board dimension

4）Plug CN1and CN9 instruction：

terminal function decided by

5）Plug CN3 instruction：

Terminal Name Instruction

6）Plug CN7 instruction：

Terminal Name Instruction

8）jumper JP5、JP6 instruction：

Fig.3.6 U、V、W type encoder

B、PG terminal and setting

CHAPTER 4 ADJUST TOOLS INSTRUCTION

4.2 instruction of operation panel

4.2.2 View and operate of function code

PRG ∧ ∨ ENTER ∧ ∨ ENTER ∧ ∨

Fig.4.2 Operation procedure of 3-level menu