11. Explanation of the remote control button
functions
11a. In the initialisation period
12 h Light ON/OFF (party function)
Activated by “Light“ - push button
Deactivated by “Reset“- push button (default)
Corridor function (see point 14a)
Activated by „30 min.“- push button / channel 2
Deactivated by „60 min.“- push button / channel 2 (factory setting)
Forced shutdown (see point 14c)
Activated by „Pulse“- push button / channel 2
Deactivated by „5 min.“- push button / channel 2 (factory setting)
11b. In opened state
This push button opens the detector and the following functions
can then be programmed.
Attention:
The detector is closed automatically:
• after every voltage recovery
• after 3 minutes
The state changes to “closed“.
In the first 5 seconds, the white LED flashes every 0.5 seconds.
During this time, sabotage protection can be activated.
The device distinguishes between 2 procedures:
•
Reading in with lighting switched on:
The switch-on value is determined automatically.
Determining the switch-on value:
1. Press the “eye“ push button
2. Switch off the light (2 seconds later)
3. Read in the brightness
4. Switch-on value = Read brightness
•
Reading in with lighting switched off:
When the push button is pressed, the current brightness is
specified as the switch-on value. The switch-off value is deter-
mined automatically.
If the brightness has been modified, the switch-off threshold is
recalculated.
Each time the push button is pressed, the device increases the
current switch-on value in increments of 20 Lux for a current
switch-on value of < 100 Lux and in increments of 50 Lux for a
current switch-on value of > 100 Lux.
Standard sensitivity for most applications
Reduced sensitivity for outdoor applications
When the pulse function of channel 1 is active, a pulse of 1 sec.
is generated every 9 sec. If the pulse function is activated via
remote control, the pause between 2 pulses can be modified.
After activating the function via the “Pulse“ push button, select
the desired time within 5 sec.:
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5
min
= 9 sec.,
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10
min
= 10 sec.,
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15
min
= 15 sec.,
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30
min
= 30 sec.
The impulse function of channel 2 depends only on motion ! After
each movement the HVAC channel is activated for 2.5 sec.; time
delay starts afterwards for 9 sec.
The “Test“ push button can be used to set the LED ON/OFF func-
tion. To do this, hold down the push button for 3 sec.
Please note
that in the open state and in test mode, the LED
indicators are always ON.
Twilight switch function (CdS)
If the CdS function is active, the detector acts as a simple twilight
switch. Only the brightness can be set in this mode. Movements
are no longer indicated by the red LED.
Push button acknowledgement:
Each push of a button is indicated by lamp acknowledgement
and by the white LED.
“Light ON“ status: OFF/ON (approx. 0.5 sec. each)
“Light OFF“ status: ON/OFF (approx. 0.5 sec. each)
+
1.
If the switch-on threshold has been modified by the poten-
tiometer or remote control, the switch-off threshold stored
in the EEPROM is deleted and is then recalculated on the
next activation.
Determining the switch-off value
1. Switch on for 5 min. with dark and motion
2. Light OFF for 2 sec.
3. Internal calculation of the switch-off value
2.
If the eye push button is pressed, the switch-off threshold is
recalculated. See also Remote control –> Eye section
3.
Switch-off delay
If the determined switch-off threshold is exceeded during
operation, the detector only switches off after a delay of
approx. 15 minutes. This compensates for any brief fluctua-
tions in the brightness.
13. Switch-off threshold brightness
PI R
CdS
The “Corridor“ and “Light ON/OFF“ functions are mutually
exclusive. If both are activated, the detector performs the corridor
function.
The behaviour when the push button is pressed is defined as
follows:
Corridor function activated
Light ON:
Push button pressed briefly: Light OFF -> Active after 5 sec.
Push button held down: Light OFF -> Active after 5 sec.
Light OFF:
Push button pressed briefly: Light ON as long as Lag time
Push button held down: Light ON as long as Lag time
14a. Behaviour of external push button/IR “Light“
12 h Light ON/OFF activated
Light ON:
Push button pressed briefly: Light OFF -> Active after 5 sec.
Push button held down: 12 h OFF
Light OFF:
Push button pressed briefly: Light ON as long as Lag time
Push button held down: 12 h ON
12 h Light ON/OFF deactivated
Light ON:
Push button pressed briefly: Light OFF as long as Lag time
Push button held down: Light OFF as long as Lag time
Light OFF:
Push button pressed briefly: Light ON as long as Lag time
Push button held down: Light ON as long as Lag time
14b. Behaviour of external push button/IR “Light“
Forced shutdown active
Light OFF:
Light OFF: Push button pressed briefly: Light ON for approx.
30 min., then forced shutdown if the set brightness is still exceeded.
14c. Behaviour of external push button/IR
“Forced shutdown“
Activation of light for 12 h via mains interruption
1. Interrupt current
2. Apply current for 2 to 5 sec.
3. Interrupt current again
4. Apply current
5. Detector is now ON for 12 h
Exiting sabotage
1. Interrupt current
2. Apply current for 30 to 60 sec.
3. Interrupt current again
4. Apply current
5. Detector is in simple closed state
11-48 V AC/DC for 1 - 3 sec. at push button connection S
If 11-48V AC/DC is applied for 1 - 3 sec. at push button connec-
tion S, this is interpreted as a slave signal at slave connection R.
This ensures that the detector is compatible with previous versions.
15. Other functions
16. Fully automatic and semi automatic mode
(see functions IR-PD-2C)
Fully automatic operation
In this operating mode, the lighting switches automati-
cally on and off for increased comfort, depending on
presence and brightness.
Channel 1 switches on in the event of motion if “dark“
is detected.
Semi automatic operation
In this operating condition, in order to gain increased
savings, the lighting is energized only after being manu-
ally switched on.
Switch-off takes place automatically or manually.
The semi automatic mode basically behaves like the fully
automatic one. However, the difference is that switching-
on must always be carried out manually!
As many (NO-contact) buttons as desired can be wired
in parallel on the “S” button input (ON/OFF).
Triggering in semi automatic mode:
If the detector
switches off in semi automatic mode (lag timer elapsed),
the detector is switched on again within 10 sec. by mo-
tion (despite semi-automatic mode).
17. Range of Coverage
18. Exclude sources of interferences
In case the sensing area of the
LUXOMAT
®
PD2-M-2C-11-
48V is too large or areas are being covered that should
not be monitored, the range can be reduced or limited
through use of the enclosed masking clips.
SM
FC
1000
20
10 m
6 m
4 m
10 m
360°
2.50 m
1
2
3
30
min
60
min
5
min
12. Indication of brightness by contact 1
in terms of a resistor value
(for button see point 22, page 4)
When required contact 1 can be switched into delivery of
light proportional resistor value.
By means of this a suitable external circuit can deduct the actual
brightness value at the mounting place of the occupancy
sensor and can put it as variable on a LON or EIB bus. The
value of that resistor will be delivered in function of:
approx. 1k Ohm for bright / approx. 15 MOhm for dark
For the selction of the function the toggle switch on the
back of the sensor to be put into the desired position:
1: no function at all
2: dry contact, NO
3: delivery of resistor value
1 2 3
walking towards
walking across
seated
1
2
3