Manual NSFC01-01A - Ningbo [PDF]

Zitiervorschau

Table of Contents

1．Special Precautions ………………………............................................ ...........1 2．Terminal Function …………………………………………..…………... … .5 3．Keypad &Operation ...…………………………………………….…………….6 4．Connection Diagrams……………..…………………………………………… 7 5． Fast adjustment……………..………………………………………………… 8 6．Door Run signal confirmation……………..……………………………………8 7．Door Run Description …………………………………………………………10 8．Function Parameter Description…………………...………………...…….…...11 9．Detailed Function Parameter Description ……………………………. ………14 10. Fault Code Description…………………………………..…………..……….. 19

NSFC01-01A INSTRUCTION MANUAL

Preface NSFC01-01A controller produced by Ascensores Seervas SA is a special door-controller. The operation manual mainly introduces using method and points for attention of the NSFC01-01A door-controller. You must read the service manual before you use the door controller so that you can use it correctly.

1 Classified points for attention Security points for attention You must read this handbook before installation, operation, and maintenance, check so that you can use it correctly. You can use it after you are familiar with the situation of the relevant facility, security information and its points for attention. The column of security points for attention in the service manual is divided into the two grades: “danger” and “attention” Danger: danger will appear when there is wrong operation, which can possibly cause death or serious injury. Notes: danger will appear when there is wrong operation, which can possibly cause medium or slight injury and the damage of the goods. In addition, although remembering the notes, because of different situations, it can also cause serious results. The recorded contents in these two situations are all very important, please strictly obey. 1.1 Installation Attention Install on the fireproof matters like metal to avoid fire. � Please do not get close to inflammable matters in order to avoid the fire. � Please do not hold the terminal’s outer cover by hand during carrying in order to avoid dropping and damage. � Do not let the metal fillings drop in order to avoid fire. � Please install in the place where it can bear its weight according to the operation manual during the installation in order to avoid dropping and damage. � Please do not install the lift door’s controller that is damaged or lack of parts in order to avoid injury. 1.2 Connection Danger � Connect the lines after the confirmation that the power is off. When the input power is off, wait for more than 5 minutes, and then connect during the connection, so as not to touch the electricity and cause injury. � Please connect the ground wire in order to avoid electric shock and fire. � Please trust professional electrician to connect the lines in order to avoid electric shock and fire. � Please connect the lines after the entity installation is finished in order to avoid electric shock and injury.

Attention � Do not connect the alternating-current power in the output terminals of U、V、W in order to avoid injury and fire. 1 V2009-1

NSFC01-01A INSTRUCTION MANUAL

� Please correctly connect the wiring of the motor. The door- controller cannot operate when there is something wrong with the wiring. In order to avoid injury and fire. � Please correctly connect the control terminal. The door- controller cannot operate when there is something wrong with the control terminal. � Confirm that the unanimity of the rated voltage and the voltage of the alternating-current power in order to avoid injury and fire. � Please use the designated tools to fasten the screw of the terminal in order to avoid the fire. 1.3 Operation Danger � Input the power after the cover of the terminal is covered. Please do not open the cover of the terminal during the electrifying in order to avoid electric shock. � Do not operate the button with the wet hand in order to avoid electric shock. � Although the lift door’s controller is under the status of stopping during the electrifying, please do not touch the terminal of the lift door’s controller. In order to avoid electric shock. � Please use the function of tramping and detecting after full confirmation of the security and function of the lift’s main control system in order to avoid injury. � Must input security sensor to the lift’s main controller and make tramping and detecting at the terminal of the main controller. The function of tramping and detecting of the lift’s door controller will not act when it reaches the closed position. Please take double safe measures in order to avoid injury. � Please must input the arrival signal to the lift’s main controller (limit switch and so on) and make the arrival detecting at the terminal of the main controller. Please not make the arrival detecting only by open/closed arrival signal of the lift door’s controller in order to avoid injury. Attention � Radiating fin is a part of radiating. Please do not touch in order to avoid scalding. � The lift door’s controller can be easily settled to operate from low speed to high speed. Please make sure that it operates within the permitted range of the motor and facility in order to avoid injury. � Please fully confirm the corresponding function when you use without the arrival signal. (Please take measures to ensure the security of the body, then operate) in order to avoid injury. � The direction of the door will change automatically during the repeated control and the measurement of the door’s width. Please take measures to ensure the security of the body, and then operate in order to avoid injury. � When the controller’s power is on, the door machine started by permanent magnetism synchronous motor will firstly open and close the door at a slow speed and speed impact may happen. Please take measures to ensure the security of the body, and then operate in order to avoid injury. � Please adjust and confirm each parameter. Some accidental movements will appear because of different settlement of parameter in order to avoid injury. 1.4 Maintenance, check and parts replacement Danger � Please cut off the input power when making maintenance and checking. Wait for more than 5 minutes and then continue in order to avoid electric shock.

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� The persons who are not appointed can not make maintenance, check and parts replacement [Please take off metal things (watch, bracelet, and so on) (please use tools with insulation protection) in order to avoid injury. Attention � Please trust the professional electrician to fasten the screw of the terminal regularly. If screw’s terminal is loose, it can result in overheat and fire. � Please turn off the power switch of the door controller when making voltage-resistant and insulation measurement on the door machine in order to avoid damaging the door controller. � When making voltage-resistant and insulation measurement on the power inputting wires of U, V, and W, please take the three wires apart from the terminal of the door controller and then operate in order to avoid damaging the door controller. � Please do not make voltage-resistant and insulation measurement on control wire and the terminal of the encoder (the voltage is below DC 24V) in order to avoid damage of the door controller. 1.5 Others Danger � Please do not use the load except that of three-phase induction motor and permanent magnetism synchronous motor. � Please do not decompose and transform the product in order to avoid electric shock and injury. 1.6 General points for attention All drawings in the manual sometimes describe under the situation of taking off the protective cover or defilade in order to explain the structure of the detailed parts. During the operation of the product, please must cover the protective cover or defilade according to the requirements. Please operate according to the service manual. ◆Please use the permitted range of the surrounding temperature. When the temperature is － 10℃~ 50℃ and the humidity is below 90% there is no dew. The surrounding temperature greatly impacts the life of the lift door’s controller. Please use within the permitted range of the surrounding temperature. In addition, please pay attention to direction and environment of installation. ◆Exerting the power voltage to the output terminal of lift door’s controller will cause the damage of lift door’s controller. Exerting the power voltage to the output terminals of U, V and W will cause the damage of lift door’s controller, so please carefully examine the connection is right or not and examine the operation procedure. ◆Exerting the power voltage, please do not exceed the permitted voltage. ◆Please do not touch the inside controller of the lift door by hand during the operation. Because of high voltage circuit, it is very dangerous. When checking, please must cut off the lift’s power, wait for 5 3 V2009-1

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minutes, and then continue. The radiating fin is under the high temperature during the operation, so please do not touch it by hand. ◆Obstacle of electric wave The lift door’s controller contains high frequency harmonic wave, which can interact the nearby communication facility like AM radio. Interaction has something with the strength of the electric wave, which cannot be eliminated completely. The ways of changing the direction of radio, setting up the noise filter to the metal box and using the wire pipe all can reduce the interaction. (Please consult separately) ◆Please do not make insulation resistance test between the wires. When measuring the insulation resistance between the power wire and the electromotor wire, please disconnect the connection of the lift door’s controller and measure by wire. Please do not make me ohmmeter measurement on the control circuit. ◆Please do not use power terminal and load terminal of the electromagnetism contactor to start and stop the electric motor (lift door’s controller). Making frequent operation of ON/OFF on the power terminal will cause the obstacle of the lift door’s controller. When the lift door’s controller is under the operation, Making frequent operation of ON/OFF on the load terminal will cause the lift door’s controller uncommonly jump out of the brake. Using the operation signal of the switch of the lift door’s controller to start and stop the motor. ◆Please do not install phase modulation condenser or surging stopper on the input terminal of the lift door’s controller. It can cause the obstacle of lift door’s controller or the damage of the condenser. If connected, please take it apart. ◆Please do not use the load except that of three-phase induction motor and permanent magnet synchronous motor. ◆Points for attention related with the protection of the lift door’s controller The lift door’s controller has multi-function like restriction of built-in electric current and protection of passing electric current. The protective functions protect the lift door’s controller during using in order to avoid the damage of the fittings when they are under the strange situation. It is not the common using function. Therefore, when using please avoid using these functions under common situation, otherwise it 8 will reduce the life of the lift door’s controller and even make it damage. Please confirm that all points for attention in the service m ◆ anual and the specification of goods are out of question when you use it.

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Avoild installing the controller in following site Avoid installing the door controller in the following places。 � Place where direct sun shines � Place with high relative humidity (no dew below 90%) � Place with a lot of oil mist, dust and fiber ash � Place with corrosive gas � Place with explosive gas � Place near flammable materials like wood � Place with impact of vibrating like punching 1 Please confirm again before turning on power: 1).To check if all connection is correct, especially power terminal connection and load terminal connection, and the door inverter will be damaged if worry connection. 2). To check if rated voltage of door inverter and power voltage is same. 3).To check if motor connect to phase-input capacitor, if connected, the door inverter and capacitor wi 3).To check if motor connect to phase-input capacitor, if connected, the door inverter and capacitor will both failure.

2、Terminal Function Name L / N / PE

Cable code （color ） Brown /blue /(yellow&green)

OP

2#

CL

3#

OPI

--*

CLI

--*

DECO

--*

DECC

--*

ENI GNDE U/V/W OPO CMO CLO CMC Y-1 Y-2

1# U/V/W 5# 4# 6# 4#

standby

Function description Single phase power supply Input signal: open door （NO） Input signal: close door（NO） Input signal: open limit（NC） Input signal: close limit（NC） Input signal: open speed down（NC） Input signal: close speed down（NC） Fire function terminal Open/close input common port(COM) Motor terminal Output signal: open limit Open close limit output common port Output signal: close limit Close limit output common port Multi-output Multi-output common port

Not ice : 1. the cable with sign --*has been connected in door system , the 6-core wires control cable should be connected to main control system by user 2. Signal input terminals should be connected with the non-voltage signal or open collector signal. signal terminal voltage isfor the +24 VDC, input common port GNDE is negative.

3、Keypad &Operation 5 V2009-1

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3. 1 Keypad Definition operation panel UP

display MODE

MODE

RUN

SET

SET

STOP

RUN

STOP

DOWN

Name

Function To switch Mode:000 & parameter type : p,d,n To enter the menu and store data Modified data and set the forward direction Modified data and set the reverse direction start running the door controller stop running the door controller

Note:1.if enter the menu not in mode000, please press the key & , then the relevant number will be increasing or decreasing. 2. after modifying the data, press to store them, and exit this menu and enter in to next parameter. 3.when run the door controller, the user has to press

or

before pressing

, other wise the contrller won’t run. 3. 2 Keypad Basic Operation Setting example ：Change parameter P05 equal to 22 Operation

LED display

Power supply Press to get relevant parameter type & relevant mode

Scroll press & to get relevant parameter Press

to edit the parameter Or to get monitor 6 V2009-1

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Scroll press & to modify the parameter Press

to confirm the parameter

Press to return to operation preparation Figure 1 Notice ：please set P01=1 before modify the data.

4、Connection Diagrams

NC W V

M

U

PE

OP CL OPI CLI DECO DECC ENI door controller GNDE

PE1 PE N L

OPO CMO CLO CMC Y-1 Y-2

AC220V

opening 2# closing 3# open complete close complete speed down in opening speed down in closing Fire function terminal input common port 1# open complete output 5# open complete common port 4# close complete output 6# close complete common port 4# multi-output Multi-output common port

figure 2 Notice : [1] Make control line and power line separately when connect to main controller. [2] To be sure the match of the open/close door output logic of door controller and the Open/close door input signal logic of main controller, when connect to the signal of Open\close.The initial status of door controller is normal close(NC). User can select relevant logic status, please refer to the parameter P16 and P17, make 0= output signal: open door, make 1=output signal : close door

5、Fast Adjustment 7 V2009-1

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Inner wires have been connected and the fuction adjustment has been done before the controller leave factory. Users could adjust opening/closing curve as the following sept 1-3 according to the actual position Note: please confirm the following solid line have been connect before power on

NC W V

M

U

PE

OP CL OPI CLI DECO DECC ENI door controller GNDE

PE1 PE N L

OPO CMO CLO CMC Y-1 Y-2

AC220V

opening 2# closing 3# open complete close complete speed down in opening speed down in closing Fire function terminal input common port 1# open complete output 5# open complete common port 4# close complete output 6# close complete common port 4# multi-output Multi-output common port

figure 3

step

Item

1

Enable operating

2

forward/reversal rotation confirmation

3

opening/closing curve adjustment

Operating Instructions Make P01=1, (refer to 3.2) In 000 model, press

&

, confirm opening, press

+

, confirm

closing, press to stop opening and closing. If the rotation direction is not right, please change Phase SequenceU,V. press & or press + to check the running curve, if the curve is not satisfied, please adjust the relevant parameters (refer 7.)

Note: if change the parameter in running, motor load will change a lot, sometimes could stop or restar suddenly, so please take measure to avoid accident.

6、 Door Run signal confirmation When replace the battery, opening/closing in speed down and complete opening/closing, please check the signal normal or not by following steps. 6. 1 Confirmation of the I/O signal (parameter n07,n08，09).monitor. Press and change to n model, and then press or to get the relevant monitor parameter, and will get the sinal position by pressing

①--open door signal 8 V2009-1

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figure 4 ②--close door signal ③--open limit signal ④--close limit signal ⑤—speed down in openg ⑥-- speed down in closing ⑦—fire protection signal

figure 4:n07 display

Polarity is independent. the signal terminal connected with the common port (GNDE), The relevant

nixietube with be lighted, if the signal terminal not connected with common port (GNDE), the nixietube won’t be lighted. （2）parameter n08 is input signal positon monitor ①----- open limit signal ②----- close limit signal ③----- speed down in openg ④----- speed down in closing figure5：n08 display the validity of input signal is relevant to the polarity. Set the polarity of open limit, close limit, open speed down, close speed down equate to P19、P20、P21、P22, the fuctions are as follows: 0---- the input signal terminal connected with the common port, this signal is valid, The relevant

nixietube with be lighted, if the signal terminal not connected with common port , the signal is invalid and the nixietube won’t be lighted. 1---- the input signal terminal not connected with the common port, this signal is valid, The relevant

nixietube with be lighted, if the signal terminal connected with common port , the signal is invalid and the nixietube won’t be lighted. （3）parameter n09 is output signal positon monitor ①-----opening limit relay output ②-----closing limit relay output ③-----milti-relay output（over loading output） ④-----start-up relay output Figure6：n09 display the validity of output signal is relevant to the polarity. Set the polarity of opening limit relay ,closing limit relay, milti-relay equate to P16、P17、P18, the fuctions are as follows: 0---- if the signal is valid, the relay output terminal connected with the common por, ,the relevant nixietube with be lighted. if the signal is invalid, the relay output terminal not connected with

common port , and the nixietube won’t be lighted. 1---- if the signal is invalid, the relay output terminal connected with the common por, ,the relevant

nixietube with be lighted. if the signal is valid, the relay output terminal not connected with common port , and the nixietube won’t be lighted. 6.2 forward/reversal rotation confirmation condition：P01=1。 step：In 000 model, press

&

, confirm opening, press

+

, confirm closing, press

to stop opening and closing. If the rotation direction is not right, please change Phase SequenceU,V. 9 V2009-1

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Note: if the door closing without enough force, please increase thevalue of P02 properly

7、Door Run Description 7. 1 During(Course of) Open Door

7.1.1 When having opening signal, car door operator enhance low-speed torque P02, running speed d05, After acceleration time d15,the target value is d06,then to open the door to enter the high-speed operation. 7.1.2 When the door run the position of opening door speed –slow switch, car door operator will slow down from d06to d07, after acceleration time d16,then run low speed . 7.1.3 When door run the position of opening arrival switch, car door operator run slow down from d07 to d08 7.1.4 when door run the position of opening limit, keep d10 to run.

frequency closing arrival keeping

opening course

opening arrival keeping

d06

d07 d08 d05

d15

d16

d10

distance

door zone position openging signal closing signal opening arrival signal opening speed dow signal closing arrival signal

Figure 7：opening running curve drawing notice： (1) opening arrival keeping frequency is d10,keep torque is P04 (2) If opening torque is small on low speed position, increase P02 value,if P02 is big, May cause motor over-current or over-temperature protection 7. 2 During(Course of) close Door 7.2.1 when having closing signal, car door operator enhance low-speed torque P02、running speed d01，After acceleration time d13，target value is d02，then to close the door to enter the high-speed operation. 7.2.2 When the door run the position of closing door speed –slow switch, car door operator will slow down from d02 to d03, after acceleration time d14 ,then run low speed . 7.2.3 When the door run the position of closing door arrival swith, car door operator will slow down from d03 to d04。 7.2.4 When door located on closing limit position，then keep running speed d09。

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frequency opening arrival keeping

closing course

closing arrival keeping

d02

d03 d04 d01

d13

d14

d09

distance

door zone position closing signal opening signal closing arrival signal closing speed down signal opening arrival signal

Figure 8：closing running curve drawing Notice： （1）closing door arrival keeping frequency is d09，keeping torque is P05。 （2）if the close door torque is small, increase P02 value。If P02 值 value is big，May cause motor over-current or over-temperature protection

8、function data 8.1 display and inspect data Data name No. n01 Running speed n02 Running current n03 Input voltage n04 Running times n05 Electrify time n06 Current zero value n07 Input signal state n08 Input signal position state n09 Output relay state n10 Latest first fault n11 Latest second fault n12 Latest third fault n13 Inverter edition 8.2function and torque data No. Data name

unit HZ A V Time － － － － － － － －

note

Refer to 6.1input output signal Monitor。

Refer to 10fault code instruction.

6 pole motor Ex-

4 pole motor

unit

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P01 P02 P03 P04 P05 P06 P07 P08 P09 P10 P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 P21 P22 P23 P24 P25 P26 P27 P25 P26

Operation enable setting Low speed torque lifting High speed torque lifting Opening arrival keeping torque Close arrival keeping torque Opening loop torque maximum voltage closing loop torque maximum voltage Closing speed-down loop torque maximum voltage DC brake voltage Max. torque Overload protection current Closing overload current speed up &donw Closing overload current when running stably Current zero value Closing overload anti-open enable setting Opening arrival relay Polar set Closing arrival reply polar setting Multi-function reply Y polar setting Opening arrival input switch polar setting Closing arrival input switch polar setting Opening speed down input switch polar setting Closing speed down input switch polar setting Relay Y function setting Door operator testing slefrunning Motor pole setting Motor no-load current Data initialization Motor poles setting Motor empty load current

factory value 0 14 80

ex-factory value 0 14 50

13

13

9

9

180

120

100

100

60

50

30 200

30 200

1.80

1.80

1.08

0.83

0.62

0.46

560

560

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

0

0

0

0

0 86 0 0 86

1 86 0 1 86

－ percent percent percent percent percent percent percent percent percent A A A － － － － － － － － － － － － － － － －

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P27

Data initiation

0

0

－

8.3parameter for speed and time Serial.

Parameter name

d01 d02 d03 d04 d05 d06 d07 d08 d09 d10 d11 d12 d13 d14 d15 d16 d17 d18

Closing start speed Closing high speed Closing low speed 1 Closing low speed 2 Opening start speed Opening high speed Opening low speed 1 Opening low speed 2 Full close remain speed Full open remain speed Max output frequency Basic frequency Closing accelerate time Closing decelerate time Opening accelerate time Opening decelerate time Start stage S curve Arrive stage S curve Stop protect time when full opening Stop protect time when full closing DC brake remain time Overcurrent check time when closing Overcurrent check time point when closing Overcurrent check time when opening and closing Closing overcurrent relay action time Full closing relay output delay Decelarate time for door urgent stop Door reverse delay time Opetation replace time Running test total opening and closing time

d19 d20 d21 d22 d23 d24 d25 d26 d27 d28 d29 d30

6 poles motor preset 3.0 18.0 2.0 1.5 4.0 20.0 3.0 2.0 2.0 3.0 49.8 30.0 1.0 2.0 1.3 2.0 20 50

4poles motor preset 2.5 18.0 1.5 0.5 3.5 20.0 2.5 1.3 1.5 0.5 24.0 30.0 1.0 1.0 1.0 1.0 20 50

2.0

2.0

1.5

1.5

5.0

5.0

0.05

0.05

1.0

1.0

unit Hz. Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz Hz second second second second percent percent second second second second second second

0.30

0.30

1.0

1.0

0

0

0.10

0.10

0 10

0 10

second minute

16.0

14.0

second

second second second

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d31 d32

Checking current filter time Given speed filter time

6

6

6

6

millisecon d millisecon d

9、Detailed Function Parameter Description 9.1 n parameter（display、monitor） serial parameter name unit mark Hz n01 Running speed This parameter show door running speed Amp. n02 Running current This parameter show motor current Voltage n03 Input voltage This parameter show controller input voltage times n04 Running times This parameter show door running times, if it show 123，then it means its running times is：12×103=12000。 hour n05 Power on time This parameter show controller power on time，it same as n04。 n06 Current zero value － This parameter show current sensorzero value n07 Input signal status － This parameter show controller input signal status n08 Input signal positation － Refer to 6.1input and output signal status monitor This parameter show door position status n09 Output relay status － This parameter controller output signalstatus n10 Latest failure － This parameter show latest failure record n11 Latest second failure － Refer to 10 failure code detail This parameter show latest second failure record n12 Latest third failure － This parameter show latest third failure record n13 Controller version － This parameter show controller version 9.2function and torque parameter seria Parameter name 6poles preset 4poles preset unit l P01 Operation enable setting 0 0 － When this parameter is 0，function parameter can not change When this parameter is 1, function parameter can change, if power off and not saved, it 14 V2009-1

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will back to 0 percent P02 Low speed torque improve 14 14 This parameter to change low speed output torque percent P03 High speed torque improve 80 50 This parameter to change high speed output torque percent P04 Full opening remain torque 13 13 When door is full opening，controller will output torque as per this parameter percent P05 Full close remain torque 9 9 When door full close, controller will output torque as per this parameter percent P06 Opening torque loop max 180 120 voltage This parameter to set max output torque when opening percent P07 Closing torque loop max 100 100 voltage This paramter to set max output torque when closing percent P08 Closing decelarate torque 60 50 loop max voltage This parameter to set output torque loop max voltae when closing decelarate percent P09 DC brake voltage 30 30 This paramter to set DC brake torque percent P10 Max torque 200 200 This parameter to set inverter max output torque Amp. P11 Overload protect current 1.80 1.80 If running curren bigger than this value, it will be overload protected Amp. P12 Closing overload current 1.08 0.83 when accelerate and decelarate When closing door is accelerate or decelerate，if current bigger than this value, inverter will treat as closing overload current Amp. P13 Closing overload current 0.62 0.46 when smooth running When door is smooth running，if current is bigger than this value, inverter will treat as closing overload current P14 Current zero value 560 560 － This parameter to set current sensor zero value P15 Closing overload reopen 1 1 － enable setting If this parameter is 0，door will keep closing when overload appears If this parameter is 1，door will open when overload appears P16 Full opening relay pole 1 1 － setting This parameter to set full opening relay pole setting，that is 0：when full opening，terminal OPO、CMO will short；when door at other place， terminal OPO、CMO will cut。 1：when full opening，terminal OPO、CMO will cut；when door at other place， 15 V2009-1

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terminal OPO、CMO will short。 P17 Full close relay pole 1 1 － setting This parameter to set full closing relay pole，that is 0：when full closing，terminal CLO、CMC will short；when door at other place， terminal CLO、CMC will cut。 1：when full closing, terminal CLO、CMC will cut；when door at other place， terminal CLO、CMC will short。 P18 Multi-function relay Y 1 1 － pole setting This parameterto set multi-function relay Y pole setting, that is 0：if Y0 action，output line Y0-1、Y0-2 will short。 1：if Y0 action，output line Y0-1、Y0-2 will cut。 P19 Full opening input switch 1 1 － pole setting This parameter to set full opening input switch pole P20 Full closing input switch 1 1 － pole setting This parameter to set full closing input switch pole P21 Oepning decelerate input 1 1 － switch pole setting This parameterto set opening decelerate input switch pole P22 Closing decelerate input 1 1 － switch pole setting This parameter to set closing decelerate switch pole P23 Relay Y function setting 0 0 － This parameter to set relay Y output function，that is 0：closing overload signal output。 1：safety edge limit signal output。 2：controller failure signal output。 3：full opening signal output。 4：full closing signal output。 P24 door operator testing run 0 0 － automatically set this dimension as 0： Car door operator is in controlling condition 1：when door operator is in opening or closing automatically, used for testing running or demonstration running, if don’t keep after power off, then it will recover to 0 P25 motor pole setting 0 1 － This parameter set pole for door motor: 0：6 pole motor（3 pair pole）。 1：4 pole mototr（2 pair pole）。 P26 Weight empty current of 86 86 － motor This parameter set weight empty current of motor before leaving factory, no need to change. 16 V2009-1

NSFC01-01A INSTRUCTION MANUAL

P27 data initialization 0 0 － This parameter used for keeping inverter parameter to factory reset, it should be set as: 1：as per 6 pole motor, factory reset 2：as per 4 pole motor, factory reset 9.3 speed and time dimension Seri Factory-leave Factory-leave al Dimension name parameter of 6 parameter of 4 unit No. poles poles Closing start speed HZ d01 3.0 2.5 This parameter set start speed when closing door HZ d02 Closing High speed 18.0 18.0 This parameter set the highest speed when closing door HZ d03 Closing Low speed 1 2.0 1.5 When door is in position of closing speed-down, door operator will be reduce from closing high speed ( d02) to the speed set by this parameter HZ d04 Closing Low speed 1 1.5 0.5 When door is in closing complete position, door operator will be reduced from closing low speed 1(d03) to the speed set by this parameter HZ d05 Opening start speed 4.0 3.5 This parameter set start speed when opening door HZ d06 Opening high speed 20.0 20.0 This parameter set the highest speed when opening door HZ d07 Opening low speed 1 3.0 2.5 When door is in position of opening speed-down, door operator will be reduce from opening high speed ( d06) to the speed set by this parameter HZ d08 Opening low speed 2 2.0 1.3 When door is in opening complete position, door operator will be reduced from opening low speed 1(d07) to the speed set by this parameter HZ d09 Keeping speed for closing 2.0 1.5 complete When door operator closing complete, inverter will output speed for closing direction in order to prevent door opened, this parameter was set by d09 HZ d10 Keeeping speed for 3.0 0.5 opening complete When door operator openingclosing complete, inverter will output speed for opening direction in order to prevent door closed,, this parameter was set by d10 HZ d11 Min output frequency 49.8 24.0 This parameter set the min frequency when in door running, if other set frequency is greater than this parameter, it is subjet to this parameter HZ d12 Standard frequency 30.0 30.0 We always set this frequency as rated frequency for motor, when motor is running at this frequency, inverter will output rated voltage second 1.0 1.0 d13 Closing speed-up time This parameter set speed-up time from closing start speed to closing high speed when closing door

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NSFC01-01A INSTRUCTION MANUAL

second 2.0 1.0 d14 Closing speed-down time This parameter set speed-down time from closing speed-down position to closing low speed 1 when closing door second 1.3 1.0 d15 opening speed-up time This parameter set speed-up time from opening start speed to opening high speed when opening door second 2.0 1.0 d16 opening speed-down time This parameter set speed-down time from opening speed-down position to opening low speed 1 when opening door Percent 20 20 d17 Start part S-CURVE This parameter set Start part S-CURVE, it is set as percent(d13/d15), the min set is 50%, the speed is gently when starting at this time, smaller this parameter, quicker go down of starting speed Percent 50 50 d18 Reach part S-CURVE This parameter set reach part S-CURVE, it is set as percent(d14/d16), the min set is 50%, the speed is gently when reaching at this time, smaller this parameter, quicker go down of reaching speed Protecting time for opening second 2.0 2.0 d19 complete stop When door is in opening complete position, after set time by this parameter, inverter will regard door in opening limited position, then will stop opening door, and change to condition of opening closing complete Protecting time for closing second 1.5 1.5 d20 complete stop When door is in closing complete position, after set time by this parameter, inverter will regard door in closing limited position, then will stop closing door, and change to condition of closing complete second 5.0 5.0 d21 Keeping time for DC brake This paremeter set keeping time when door system is in DC brake Checkout time for closing second 0.05 0.05 d22 over current When door operator is in closing , if inverter test over current in this set time,it will regarded as closing over current Checkout time point for second 1.0 1.0 d23 closing over current When door is in closing, from door opening complete to this set time, inverter won’t test closing door over current, after set by d23, inverter will test closing door over current Checkout time for second 0.30 0.30 d24 opening/closing over current If inverter test over current in this set time when door is running, then will regard as door operator over-load Action time for closing second 1.0 1.0 d25 over current relay When appear signal of closing door over current, and multiple relay set as closing door over current output, so the over current signal output by relay will persist the time set by d25 second 0 0 d26 Output delay for closing 18 V2009-1

NSFC01-01A INSTRUCTION MANUAL

complete relay When door is in closing complete, inverter will postpone received signal of closing complete to this set time , then output through closing complete relay Door operator speed-down second 0.10 0.10 d27 time when emergency stop When door is changing from running to 0 speed( such as repairing open door、repairing close door), the speed-down time will be set by d27. if this parameter is so small, there will be impact when emergency stop; if this parameter is great, it will slide some distance when emergency stop. Revision delay time for second 0 0 d28 door operator When door is in opening to closing or from closing to opening, it will perform function after set given time,setting number shoud be more than d27。 minute 10 10 d29 Time for operating reset When revise operating parameter from P01 to 1, if in the period of given time for this parameter, there is no key-press, then inverter will revise P01 to 0 automatically, the given unit is : minute Tect total time for opening second 16.0 14.0 d30 and closing door When door is in opening/closing automatically,this parameter should set total cycle time for opening/closing door, and time for opening and closing should be in half detect filtering time for milliseco 6 6 d31 currenct nd This parameter set filtering time of current filtering time of given milliseco 6 6 d32 speed nd This parameter set filtering time of given speed 10、fault code instruction Face plate Fault Possible reason display content short circuit of output IPM alarm module or motor threeSC phase Over high for lifting Over OC moment、short time for current acceleration Over Over voltage input from OV voltage outside Under Under voltage input LV voltage from outside

countermeasure

Correlative dimension

Change inverter and motor Reduce lifting moment、extend time of acceleration Confirm electrical source Confirm electrical source

P02、P03 d13 ~ d16

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