FAAC E045S - 4 SETUP Phases; 6.5 Configuring Movements and Timing; 6.6 Adjusting the Anti-Crushing System

E045S 16 532373 - Rev.A
Translation of the original instructions
ENGLISH
 4 SETUP phases
Display Phase
S1
Leaf1 opens: searching for the OPEN position
S2*
Leaf2 opens: searching for the OPEN position
S3*
Leaf2 closes: searching for the CLOSED position
S4
Leaf1 closes: searching for the CLOSED position
00
SETUP has been completed. The board exits from
programming mode and the display shows the automa-
tion status - closed.
* phase NOT carried out in the case of a single leaf automation.
The phases are carried out automatically in sequence.
The open/closed position is recognised according to
the system configuration:
■ Timed operation
An OPEN A command is sent as soon as the leaf reaches
the mechanical stop.
■ Operation with encoder
The board automatically recognises the position if a
mechanical stop is present.
If there is no mechanical stop, an OPEN A command
is sent at the point in which you want the leaf to stop.
6.5 CONFIGURING MOVEMENTS AND
TIMING
In BASIC PROGRAMMING
-
PA Pause time (OPEN A and OPEN B) In operating
logics with automatic closing, the gate remains open
for the set pause time.
-
Mn Number of motors Before carrying out the
SETUP procedure, the number of motors has to be con-
figured in order to specify single or two leaf operation.
-
Cd Leaf closing delay This function is used in 2-leaf
automations to prevent interference between leaves
and to handle any overlap.
In ADVANCED PROGRAMMING
-
Od Leaf opening delay This function is used in 2-leaf
automations to prevent interference between leaves
and to handle any overlap.
6.6 ADJUSTING THE ANTI-CRUSHING
SYSTEM
Anti-crushing protection is obtained by limiting the
static force exerted by the operator in the event of im-
pact with an obstacle. When an obstacle is detected,
the board also issues a reverse command.
Obstacle detection is via the encoder (if present) or via
the activation of a safety edge.
The functions used for adjusting the anti-crushing sys-
tem are listed below. Some allow the static force or the
kinetic energy of the leaf on the obstacle to be limited;
others configure the reverse on obstacle. Adjust the
functions together, taking into consideration the con-
figuration of the automation and the conditions of use.
For example, in particularly windy areas, with panelled leaves, if
the sensitivity of the anti-crushing system is too high, it can cause
frequent unwanted reversals to occur.
In BASIC PROGRAMMING
-
F1 Motor 1 Power, F2 Motor 2 Power Decrease the
value if you want to limit the static force in the event
of impact.
-
En Encoder If encoders are installed, they must be
enabled to detect obstacles.
-
r8 Search for stop Reverse on obstacle via encoder
is not active in the search for stop space.
In ADVANCED PROGRAMMING
-
IP Reverse on obstacle Specifies the amount by
which the leaf is reversed: complete or for 2 s.
-
r1, r2 Slowdown Leaf1, Leaf2 Specifies the extent
of the leaf slowdown near the open / closed positions.
The slowdown allows you to limit the inertial forces and reduce the
vibrations of the gate when it is stopping.
-
EC Anti-crushing sensitivity Specifies the speed
at which the anti-crushing system triggers after an
obstacle has been detected by the encoder.