Inovance NICE900 Series - Door Close Curve Selection

Chapter 6 Description of Function Codes
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Function Code Parameter Name Setting Range Default Min. Unit
F5-11 Door close curve selection 0, 1 1 1
It is used to set the running curve of the door machine during door close.
•
0: Linear acceleration/deceleration
•
1: S curve acceleration/deceleration
Function
Code
Parameter Name Setting Range Default Min. Unit
F5-07
Start segment time of
door open acceleration S
curve
10.0%–50.0% (acceleration/
deceleration time, start segment +
rising segment ≤ 90%)
20.0% 0.1%
F5-08
Rising segment time of
door open acceleration S
curve
10.0%–80.0% (acceleration/
deceleration time, start segment +
rising segment ≤ 90%)
60.0% 0.1%
F5-09
Start segment time of
door open deceleration S
curve
10.0%–50.0% (acceleration/
deceleration time, start segment +
falling segment ≤ 90%)
20.0% 0.1%
F5-10
Falling segment time of
door open deceleration S
curve
10.0%–80.0% (acceleration/
deceleration time, start segment +
falling segment ≤ 90%)
60.0% 0.1%
F5-12
Start segment time of
door close acceleration S
curve
10.0%–50.0% (acceleration/
deceleration time, start segment +
rising segment ≤ 90%)
20.0% 0.1%
F5-13
Rising segment time of
door close acceleration S
curve
10.0%–80.0% (acceleration/
deceleration time, start segment +
rising segment ≤ 90%)
60.0% 0.1%
F5-14
Start segment time of
door close deceleration S
curve
10.0%–50.0% (acceleration/
deceleration time, start segment +
falling segment ≤ 90%)
20.0% 0.1%
F5-15
Falling segment time of
door close deceleration S
curve
10.0%–80.0% (acceleration/
deceleration time, start segment +
falling segment ≤ 90%)
60.0% 0.1%
These eight parameters are used to dene the S curve features of each segment speed during
running of the controller.
Each curve that combines the acceleration segment and deceleration segment is symmetric.
Take acceleration of S curve 1 in the following gure as an example.