Meaning Of Different Parameters - SOMFY Control Box 3S io Manuel D'installation

CONTROL BOX 3S io
7.3. Meaning of different parameters
(Bold text = default values)
P01 Complete cycle operating mode
0: sequential
Values
1: sequential + timed close
2: semi-automatic
3: automatic
4: automatic + cell blocking
5: deadman's control (wire)
Comments P01 =0: Each press on the remote control causes the
motor to move (initial position: gate closed) as per the
following cycle: open, stop, close, stop, open, etc.
P01 =1: Operation in automatic closing mode is only
authorised if the photoelectric cells are fitted and P07=2
or 3.
In sequential mode with automatic timed close:
• the gate closes automatically a er the time delay
programmed in parameter "P02",
• pressing a button on the remote control interrupts the
movement taking place and the timed close (the gate
remains open).
P01 =2: In semi-automatic mode:
• pressing a button on the remote control during
opening has no effect,
• pressing a button on the remote control during
closing causes it to reopen.
P01 = 3: Operation in automatic closing mode is only
authorised if the photoelectric cells are fitted and P07=2
or 3
These operating modes are not compatible with remote
control using a TaHoma unit.
In automatic closure mode:
• the gate closes automatically a er the time delay
programmed in parameter "P02",
• pressing a button on the remote control during
opening has no effect,
• pressing a button on the remote control during
closing causes it to reopen,
• pressing a button on the remote control during the
closing time delay restarts the time delay (the gate
will close when the new time delay has elapsed).
If there is an obstacle in the cells' detection zone, the
gate will not close. It will close once the obstacle is
removed.
P01 = 4: Operation in automatic closing mode is only
authorised if the photoelectric cells are fitted and P07=2
or 3.
These operating modes are not compatible with remote
control using a TaHoma unit.
A er the gate is opened, movement in front of the cells
(safe closure) will close the gate a er a short time
delay (fixed at 2 seconds).
If there is no movement in front of the cells, the gate
will close automatically a er the timed close pro-
grammed in parameter "P02".
If there is an obstacle in the cells' detection zone, the
gate will not close. It will close once the obstacle is
removed.
P01 = 5: In wired deadman mode:
• the gate can only be controlled by continuous action
on a wired control,
• the radio controls are inactive.
Copyright © 2017 SOMFY ACTIVITES SA. All rights reserved.
P02 Complete operating mode automatic timed closing
Values 0 to 30 (value x 10 s = time delay value)
2: 20 s
Comments If value 0 is selected, the gate immediately closes
automatically.
P03 Pedestrian cycle operating mode
0: identical to complete cycle operating mode
Values
1: without automatic closing
2: with automatic closing
Comments The pedestrian cycle operating mode parameters can
only be set if P01 = 0 to 2.
The P03 = 2 operating mode is not compatible with
remote control using a TaHoma unit.
P03 =0: Pedestrian cycle operating mode is identical to
the complete cycle operating mode selected.
P03 =1: The gate does not close automatically following
a pedestrian opening command.
P03 = 2: Operation in automatic closing mode is only
authorised if the photoelectric cells are fitted. i.e. P07=2
or 3.
Irrespective of the value of P01, the gate does not close
automatically following a pedestrian opening command.
The automatic closing time delay can be programmed in
parameter "P04" (short time delay) or parameter "P05"
(long time delay).
Short automatic closing time delay in pedestrian
P04
cycle
Values 0 to 30 (value x 10 s = time delay value)
2: 20 s
Comments If value 0 is selected, the gate immediately closes
automatically.
Long automatic closing time delay in pedestrian
P05
cycle
Values 0 to 99 (value x 5 min. = time delay value)
0: 0 s
Comments Value 0 must be selected if the short automatic closing
time delay in pedestrian cycle is active.
P07 Cell safety input
Values 0: inactive
1: active
2: active with autotest via test output
3: active with autotest via power supply switching
4: bus cells
Comments 0: the safety input is not taken into account.
1: safety device without autotest; it is essential to check
that it is operating correctly every 6 months.
2: the autotest is run on the device for each operating
cycle via the test output, reflex photocell application
with autotest.
3: the autotest is run on the device for each operating
cycle via power supply switching of the cell power
supply output (terminals 21 and 22).
4: bus cells application.
EN
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