Presence simulation (AWS)
The assigned channels are switched. Operation is now possible again.
• During operation, the current brightness values of the channels are
checked and where applicable saved with the time information.
• The values thus collated are saved in the device every 24 hours.
After 7 days, the old values are overwritten and resaved.
• After start-up, no further values are saved; a presence simulation
sequence cannot be started until a week has lapsed.
• After a RESET and/or power is restored, the presence simulation values are
maintained in the device .
12.0 Function in timer module LUXOR 414
Info:
• The dimmer module LUXOR 405 can be taught-into all 8 channels of the
timer module (see Operating Manual LUXOR 414, Section 13).
• Behaviour with switching time/astronomical time
The percentage value set in the timer module UXOR 414 is output.
• Behaviour with switching time/astronomical time
If the sensor is taught into a channel in addition to the timer, the night-
time interruption (i.e. the idle period) acts on the dimming function rather
than on the astronomical time. Astronomical times are always used.
• Central functions
- Panic function
If this function is active during a timer command, the timer command
is not used until the function is terminated.
- Presence simulation (AWS)
If this function is active during a timer command, the does not react to the
AWS taught-in channel.
• Astronomical time/nighttime interruption (idle period) (see Table)
• Switching time
With normal switching times, the nighttime interruption (idle time)
has no function. The switching time is always used.
Astro -
evenings
Sunset
Nighttime
interruption
Start
Nighttime
interruption
End
Astro mor-
nings
Sun
rise
Explanation
Times
Switching
16:10
ON
20:00
OFF
6:00
ON
8:10
OFF
Winter
Normal
sequence
Times
Switching
21:30
–
20:00
OFF
6:00
–
4:50
OFF
Summer
remains OFF
Times
Switching
19:30
ON
20:00
OFF
6:00
–
5:55
OFF
evenings only
ON
Times
Switching
20:30
–
20:00
OFF
6:00
ON
6:55
OFF
mornings only
ON
13.0 Function in combination with sensor modu-
Info:
• The dimmer module LUXOR 405 can be taught-into the dimming channel
on the sensor module LUXOR 411 module (see Operating Manual
LUXOR 411_412 Section 10).
• The dimmer module LUXOR 405 reacts only to twilight (80 secs. delay).
• When the set Twilight function is underrun, the channels assigned to the
Twilight function are switched to 100 % (for programmes P1, P2 and P4,
but not P3).
• When the set Twilight function is exceeded, the channels assigned to the
Twilight function are switched to 0 % (for programmes P1, P2 and P4, but
not P3).
• In programme P3, the dimmer module does not react to the sensor module.
• If the panic function, a motion sensor, a light setting or presence
simulation are active, the dimming module will not react to the sensor
module.
Relationship between twilight, idle time and output status
(see Table)
Twilight
Idle period
% value
(LUXOR 414)
Sensor
Channel
(LUXOR 405)
getting dark 0 % was present is disabled unchanged
getting dark >0 % was present is enabled 100 %
it is dark 0 % approaching being disabled 0 %
it is dark >0 % approaching being enabled 100 %
getting bright 0 % was present remains disabled unchanged
getting bright >0 % was present remains enabled 0 %
it is bright 0 % approaching being disabled unchanged
it is bright >0 % approaching being enabled unchanged
14.0 Technical data
Operating voltage: 230 V~, +10 % to -15 %
Mains frequency: 50 Hz
Power consumption: 3 VA
Key / switch connecting cable: 230 V phase-independent
Key / switch cable length: up to 100 m (NYM, H05/H07, NYIF)
Dimmer load cable length: up to 100 m
2-wire connection for COM: Any cross-section / max. length 100 m
Permitted ambient temperature: –10 °C ... +50 °C
Protection class: II subject to correct installation
Degree of protection: IP 20 in accordance with EN 60529
Dimmer outputs: per channel 20 ... 300 VA
for one channel: 20 ... 500 VA
Load type: Automatic detection of R, C and L load
Short circuit: the outputs are short-circuit proof (indicator )
Overtemperature: monitored with cut-out (indicator )
automatic detection of R, C loads (reverse phase control) and L load
(reverse phase control)
