SETUP
General setup diagram
Meanings of the various parameters
Code
Description
Operating mode
P0
Orange warning light
P1
Safety input
P2
Obstacle detection
P3
sensitivity
Partial opening cycle
P4
Closing speed
P5
Partially open position
P6
Closure approach speed
P7
Opening speed
P8
Choice of operating direction
P9
(type of door)
Safety action prior to
A0
opening (safety ADMAP)
Safety action during closure
A1
Obstacle detection action
A2
during closure
Automatic closure time delay
t0
Lighting time delay
t1
(Boldface text = default values)
Fig.
37
Values
0: sequential
1: automatic closure
0: without advance warning
1: with 2 s advance warning
0: no safety mechanism
1: safety mechanism with self test
2: safety mechanism without self test
0: low sensitivity
1: low sensitivity
2: standard
3: high sensitivity
0: not valid
1: valid
0: slowest speed: approx. 3.5 cm/s
to
9: fastest speed: approx. 18 cm/s
By default, 6: approx. 12 cm/s
Storing the position as illustrated in Fig. 39.
0: no slowdown
1: short soft stop
2: long soft stop
0: slowest speed: approx. 3.5 cm/s
to
9: fastest speed: approx. 18 cm/s
0: direction 1: all types of doors except
swinging doors
1: direction 2: swinging doors
0: no effect
1: movement rejected
1: stop
2: stop + partial re-opening
3: fully reopen
2: stop + partial re-opening
3: fully reopen
0 to 12 (time delay value = value x 10 s)
2: 20 s
0 to 60 (time delay value = value x 10 s)
6: 60 s
Comments
Automatic closure mode operation is only possible if photoelectric
cells are fitted, i.e. P2=1 or P2=2.
In automatic closure mode, the door is automatically closed after the
end of the time delay set with setting "t0".
If the garage opens onto a public road, always select with advance
warning: P1=1.
If value 0 is selected, the safety input is not taken into account.
If value 1 is selected, the system's self test is run at the start of every
operating cycle.
If value 2 is selected, the safety system runs without a self test: it is
essential to test its proper operation every six months.
If this setting is changed, it is essential to run the force measurement
sequence at the end of the installation procedure or install a sensor
bar.
If the partial opening cycle is validated:
. A short press on the remote control button will partially open the door,
. A long press on the remote control button will fully open the door.
If this setting is changed, it is essential to run the force measurement
sequence at the end of the installation procedure or install a sensor
bar.
If spurious detection of obstacles occurs when this parameter is
modified, end limit setting and auto-programming will have to be
carried out again.
P7=0: the door does not slow before closure.
P7=1: the door speed slows 20 centimetres before closure.
P7=2: the door speed slows 50 centimetres before closure.
If this setting is changed, it is essential to run the force measurement
sequence at the end of the installation procedure or install a sensor
bar.
If spurious detection of obstacles occurs when this parameter is
modified, end limit setting and auto-programming will have to be
carried out again.
If spurious detection of obstacles occurs when this parameter is
modified, end limit setting and auto-programming will have to be
carried out again.
If this setting requires modification the end limit setting must be
repeated along with self-learning.
If value 1 is selected, triggering the safety input will inhibit door
opening.
Value 1 is not allowed when using a sensor bar on the safety input.
Remark: Due to the thermal cut out protection system, the integrated
light may cut out automatically if it is used for an extended length of
time. We therefore recommend selecting a light time delay in excess of
2 mn (t1=12 or 120s) only when remote lighting is used.
8