AAD03040D Elevator Door Controller User Manual: 4SW Induction Mode [PDF]

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AAD03040D Elevator Door Controller User Manual （4SW induction mode）

AAD03040D 4SW induction mode user manual

【！】Must refer to this manual. This controller only can be tested, repaired, and checked by the people certificated. Otherwise, it may course unexpected danger, such as hurts and destroy.

1. Setup and wiring (4SW induction mode) Before using AAD03040, please refer to the requirement, and connect the door controller to the right power supply and motor. At the same time, please make sure the controller connected correctly with input and output signals. Wiring figure：

COM Close speed change Open speed change (Reserve) Close arrival Open arrival Close command Open command COM

∽AC 200V

COM Close arrival Open arrival

★Notice: Among the open/close arrival status output relays, A1 is used for open arrival signal, and A2 is used for close arrival signal. A1 and A2 can work in exciting in ON status or Non-exciting in ON status, by setting the following parameters: P033=r10: The relay is turned ON when the coil is not excited. (Signal ON status = OFF between terminals A1 and C1) P033=10: The relay is turned ON when the coil is excited. (Signal ON status = ON between terminals A1 and C1) - 2 -

AAD03040D 4SW induction mode user manual

P034=r11: The relay is turned ON when the coil is not excited. (Signal ON status = OFF between terminals A2 and C2) P034=11: The relay is turned ON when the coil is excited. (Signal ON status = ON between terminals A2 and C2) Please refer to the main controller of the elevator, when setting the parameter.

2. Panel Users can operate the AAD03040 door controller with the panel. You can set parameter, and watch the monitor, and also open/close the door with the panel. Panel layout：

ay section

section

Mode switch flow：

Name

Function

MODE

To switch mode one by one（P,H,d,n）

SET

To comfirm parameter settings and enter a monitor

▲

To increase parameter number or setting data

▼

To decrease parameter number or setting data

RUN

To run the controller under panel control mode

STOP

To stop the controller or reset

Open/close with panel： Doors can be open and close with panel, as follows: Set P003 = 1; P004 =4; Press: ▲ + RUN : To open Press: ▼ + RUN: To close

3.Workmode and input/output settings (4SW induction mode) When the AAD03040 works in 4SW induction motor mode, please make sure the following settings: - 3 -

AAD03040D 4SW induction mode user manual

Control mode parameters： No.

Function name

Range 范围

Value

P003

Run Command Selection

0~2

2

Panel control: P003=1 External control：P003=2

P004

Control mode selection

0~5

4

4SW mode: P004=4

Remark

Signal input function parameters： Value

Input Signal Logic Setting

Rang e 范围 0~63

P027

SW1 Function Selection

0~16

1

=1:Open arrival signal(default)

P028

SW2 Function Selection

0~16

2

=2:Close arrival signal (default)

P029

SW3 Function Selection

0~16

0

=0：Null（reserve）

P030

SW4 Function Selection

0~16

3

=3:Open speed change signal(default)

P031

SW6 Function Selection

0~16

4

=4:Close speed change signal(default)

No.

Function name

P026

27

Remark 4 SW in close status:= 27(default) 4 SW in open status:= 0

Relay output function parameters： No.

Function name

Range

Value

Remark

P033

RY1 Function Selection(A1\C1)

0~17;r0~r1 7

r10

Non-exciting in ON status: =r10 Exciting in ON status: =10

P034

RY2 Function Selection (A2\C2)

0~17;r0~r1 7

r11

Non-exciting in ON status: =r11 Exciting in ON status: =11

P035

RY3 Function Selection (A3\B3\C3)

0~17;r0~r1 7

4

Alarm output signal: =4

Notice: Non-exciting in ON status (P033=r10; P034=r11) is default setting.

4. Open and close torque settings (4SW induction mode) When the door is very heavy and torque is not big enough to operate the door, please set the following parameters: No.

Function name

Range

Value

Remark

P044

Open torque boost

0~40%

15%

Default 15%

P059

Close torque boost

0~40%

10%

Default 10%

5. Open and close speed curve (4SW induction mode) Open speed curve and parameters - 4 -

AAD03040D 4SW induction mode user manual Close hold

Open hold

Open operation

Close arrival

Open arrival

hold current d095

d021

Frequency

d012 d013

d011

d020

hold current

d022 d023 d014

d094

d033

P002

d031

d015

P002 Door area

0

1

2

3

4

5

ON ON Open arrival

ON ON

Close arrival

ON

Open start timer

No.

Function name

Range

Value

d011

OPEN frequency 1

0.5-250.0 Hz

5.0Hz

d012

OPEN frequency 2

0.5-250.0 Hz

23.0Hz

d013

OPEN frequency 3

0.5-250.0 Hz

23.0Hz

d014

OPEN frequency 4

0.5-250.0 Hz

5.0Hz

d015

OPEN arrival hold frequency

0.5-250.0 Hz

3.0Hz

d020

OPEN acc/dec time1

0.1-999.9 s

0.5s

d021

OPEN acc/dec time2

0.1-999.9 s

0.5s

d022

OPEN acc/dec time3

0.1-999.9 s

0.8s

d023

OPEN acc/dec time4

0.1-999.9 s

0.5s

d031

OPEN arrival hold standby frequency

0.5-250.0 Hz

0.5Hz

d033

OPEN arrival hold standby time

0.00-10.00 s

0.0s

d035

Open start timer

0.00-10.00 s

0.3s

d092

Open speed change timer

0.00-10.00 s

0.0s

d094

Open hold current

0.1-100.0 A

150%

P002

The 1st deceleration time

0.1-999.9 s

0.5s

- 5 -

Remark

C lose spee d curv e and para mete rs

AAD03040D 4SW induction mode user manual Open hold

Close hold

Close operation

Open arrival

Close arrival

hold current d094

d025

Frequency d024

hold current

d026 d017 d018

d016

d027 d019

d095 d034 Hold operation P002

d032

d010

P002 Door area

5

Open command

6

7

9

0

ON

Close command Open arrival

8

ON ON

Close change

ON

Close arrival

ON

Close start timer Close speed change timer

No.

Function name

Range

Value

d016

CLOSE frequency 1

0.5-250.0 Hz

5.0Hz

d017

CLOSE frequency 2

0.5-250.0 Hz

19.0Hz

d018

CLOSE frequency 3

0.5-250.0 Hz

19.0Hz

d019

CLOSE frequency 4

0.5-250.0 Hz

4.0Hz

d010

CLOSE arrival hold frequency

0.5-250.0 Hz

2.0Hz

d024

CLOSE acc/dec time 1

0.1-999.9 s

0.5s

d025

CLOSE acc/dec time 2

0.1-999.9 s

0.5s

d026

CLOSE acc/dec time 3

0.1-999.9 s

1.0s

d027

CLOSE acc/dec time 4

0.1-999.9 s

1.0s

d032

CLOSE arrival hold standby frequency

0.5-250.0 Hz

0.5Hz

d034

CLOSE arrival hold standby time

0.00-10.00 s

0.0s

d036

Close start timer

0.00-10.00 s

0.0s

d093

Close speed change timer

0.00-10.00 s

0.0s

d095

Close arrival hold current

0.1-100.0 A

100%

P002

The 1st deceleration time

0.1-999.9 s

0.5s

Remark

6. Ob sta cle Det ect ion Op

eration In the 4SW induction mode, there are two methods for obstacle detection. - 6 -

AAD03040D 4SW induction mode user manual

Detection with time.： No.

Function name

d060

Detection time for forced CLOSE operation

Range

Value

0 • 1-9999 s

0s

Remark

Detection

related parameters with over-load： No.

Function name

d045

Close over-load detection frequency 1

Range

Value

0.5-250.0 Hz

10

Remark

Set detecti d046 Close over-load detection frequency 2 0.5-250.0 Hz 50 on d047 Close Over-load detection current 1 0.1-100.0 A 1.2 conditi d048 Close Over-load detection current 2 0.1-100.0 A 1.2 on of d049 Close Over-load detection time 0 • 1-9999 s 0 obstacl e detection with current during CLOSE operation. When obstacle detection with current is not performed, set the parameter d049 to “0”. Overload level can be switch to the detected level according to output frequency and SW current as shown in the below figure.

7. Default settings recover Parameter P037 can be used for default setting recover. If you want to recover all parameters into default settings, please set P037=2.

8．Setting procedure (4SW induction mode) Please set the controller follow the following procedure:

1. Please check the wiring. - 7 -

2. Turn on the power, and check the

AAD03040D 4SW induction mode user manual

9．Input signal monitor and input logic settings Input signals can be checked by monitor parameter n016. When you push the door passing each SW, make sure the status of each LED. Each LED refers to a SW. Here’s the check list. LED position

Referring input No.

Referring input signal

a1

No.2

Open command

b1

No.3

Close command

c1

No.4（SW1）

Open arrival

d1

No.5（SW2）

Close arrival

e1

No.6（SW3）

---

f1

No.7（SW4）

Open speed change

g1

No.8（SW5）

Close speed change

Door Position

4 SW status (Non-exciting in ON status)

Open

Open arrival: OFF

Open change: OFF

arrival

Close arrival : ON

Close change: ON

Middle position

Open arrival: ON

Open change: ON

Close arrival : ON

Close change: ON

Close

Open arrival: ON

change

Close arrival : ON

Close change: OFF

Close

Open arrival: ON

Open change: ON

arrival

Close arrival : OFF

Open

Open arrival: ON

Open change: OFF

change

Close arrival : ON

Close change: ON

When the door moves over a SW, the LED which the SW refers to gets on/off. For example:

All the input SW logic can be set by P026. n016

Open change: ON

Close change: OFF

When the 4 SW input signal is in OPEN status: P026 = 27(defaul t) When the 4 SW input signal is in CLOSE

status: P026 = 0 ■ Setting method ● Allocate the input signal logics of SW1 to SW6 to bit0 to bit5, multiply each SW logic by a corresponding addition value, sum up the products obtained to get the setting value, and conduct input with decimal numbers. ● The initial value is “0”, and all inputs are allocated to “contact a input”. ■ Each digit value ● Contact a input =“0”: When the input signal is in OPEN status (terminal levelis “L”), ON will be detected. ● Contact b input = “1”: When the input signal is in CLOSE status (terminal level is “H”), ON will be detected. ■ Operation example When SW1 and SW2 are “ contact b input ” and theother signals are “contact a input” Setting value = (0 × 32)+(0 × 16)+(0 × 8)+(0 × 4)+(1 × 2)+(1 × 1) = 3

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AAD03040D 4SW induction mode user manual

10．Details and Remedies for Various Fault Trips The elevator door controller is equipped with a trip memory for storing incurred abnormalities. The trip memory can store the latest abnormal case and up to 3 previous ones, which can be checked in the monitoring mode n012 to n015. The stored contents can be kept safely even if the power supply is interrupted.

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AAD03040D 4SW induction mode user manual

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