Pmc1; Pmo2; Pmc2; Pso1 - Beninca SAM Serie Manual Del Usuario

Adjusts the slowdown phase in the opening and closing of the M1 motor.
tsm1
Value expressed as a percentage on the entire run.
Adjusts the slowdown phase in the opening and closing of the M2 motor.
tsm2
Value expressed as a percentage on the entire run.
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)
pmo1
during the opening phase at normal speed - Motor 1
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

pmc1

during the closure phase at normal speed - Motor 1
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

pmo2

during the opening phase at normal speed - Motor 2
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

pmc2

during the closure phase at normal speed - Motor 2
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

pso1

during the opening phase at slowdown speed - Motor 1
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

psc1

during the closure phase at slowdown speed - Motor 1
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

pso2

during the opening phase at slowdown speed - Motor 2
Adjusts the intervention threshold of the anti-crushing device* (amperometric sensor)

psc2

during the closure phase at slowdown speed - Motor 2
SERL (Service light) enabling time outputs AUX1/AUX2.
tls
On each manoeuvre, the contact closes for the time set.
See connection screen Figure 16/17
Enabling time of outputs AUX1/AUX2 when set as second radio channel.
t2ch
0: Bistable output, the status of the output switches on each command received.
1-250: switching time in seconds
Electric lock enabling time.
tloc
Value expressed in 1/10s (0=0s - 50=5s)
Electric lock power supply voltage.
vloc
0: 12V - 1:24V
Sets a short inversion once the closure limit switch point has been reached.
sasc
It may be useful to facilitate the manual release of the gate.
Value expressed in 1/10 (0=0s - 40=4s)
Sets a short inversion once the opening limit switch point has been reached.
saso
It may be useful to facilitate the manual release of the gate.
Value expressed in 1/10 (0=0s - 40=4s)
Adjusts the intervention threshold of the anti-crushing device (encoder) during the
seav
phase at normal speed.
0:Off -1: minimum sensitivity - 99: maximum sensitivity
Adjusts the intervention threshold of the anti-crushing device (encoder) during the
sear
slowdown phase*.
0:Off -1: minimum sensitivity - 99: maximum sensitivity
Configures the AUX1 output operating mode.
0: SCA output (default)
1: radio 2ch output
2: courtesy light output (based on the time set by TLS parameter). See Fig.16
3: zone light output (always on with motor in motion and during TCA count). See
Fig.16.
aux1
4: Photo-test Used to power the transmitters of the photocells in TEST mode.
5: Flashing output, copies the behaviour of the BLINK output
6: Alarm output. If the photocells remain engaged for over double the TCA set time,
the contact closes.
ATTENTION!! The 24Vdc LED lamps, due to inrush current, cannot be directly connected
to the AUX outputs, use a decoupling relay.
Configures the AUX2 output operating mode.
0: SCA output (default)
1: radio 2ch output
2: courtesy light output (based on the time set by TLS parameter). See Fig.17
3: zone light output (always on with motor in motion and during TCA count). See
Fig.17.
aux2
4: Photo-test Used to power the transmitters of the photocells in TEST mode.
5: Flashing output, copies the behaviour of the BLINK output
6: Alarm output. If the photocells remain engaged for over double the TCA set time,
the contact closes.
ATTENTION!! The 24Vdc LED lamps, due to inrush current, cannot be directly connected
to the AUX outputs, use a decoupling relay.
30
1-99 (20%)
1-99 (20%)
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-99-(30%)**
1-240-(60s)
0-250-(1s)
0-50
(10=1s)
0-1-(0)
0-40 (10)
0-40 (5)
0-99-(1%)
0-99-(1%)
0-6 (0)
0-6 (1)