Theben compact office EIB User manual
1103016304 / 09.08 © Theben HTS
Art. Nr. 201 9 200
Presence detector
compact ofce EIB
F
GB
D
E
I
NL
Bedienungsanleitung 2
Notice d´utilisation 22
Installation manual 42
Manual de instrucciones 62
Istruzioni per l'uso 82
Gebruikershandleiding 102
42
English Installation manual
Presence detector
compact ofce EIB
Table of contents
1. Safety ..................................................43
2. Function and performance characteristics. . . . . . . . . . . . . . . . . . . . . . . 44
3. Fitting and connection ......................................45
4. Start-up procedure. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48
5. Setting the Brightness Value .................................51
6. Test Operation............................................53
7. Examples................................................54
8. Technical specications.....................................56
9. Warranty declaration .......................................57
10. Troubleshooting..........................................58
43
Thank you for purchasing an Theben HTS presence detector and putting
your trust in us.
1. Safety
Familiarise yourself with the compact ofce EIB before assembly and start-
up by reading this operating instructions.
IMPORTANT!
The unit requires no maintenance. Opening the unit or inserting foreign
bodies into it will invalidate the warranty.
Proper use
The presence detector serves exclusively for the purpose contractually
agreed between the manufacturer and the user. Any other use is regarded
as improper. The manufacturer is not responsible for any resulting damage.
GB
44
2. Function and performance characteristics
The compact ofce EIB presence detector detects persons present as a re-
sult of the slightest movements. At the same time its light sensor measures
the brightness level in the room and compares it with the preset brightness
value.
Control of one or two lighting groups
Switching mode or constant light control
Mixed light measurement
Semi or fully automatic operation
Presence output with switch-on/off delay time
Surveillance mode with manipulation protection
Brightness value output in Lux
Parallel circuit operation of several detectors (Master-Slave, Master-Ma-
ster) without logic component
Suitable for uorescent/compact energy saving lamps, as well as for
halogen/incandescent lamps
Mechanical safety locking
QuickSet plus service remote control (optional)
clic user remote control (optional)
●
●
●
●
●
●
●
●
●
●
●
●
45
2.1 Switching Mode
The lighting switches on in case of presence and insufcient brightness, and
off in case of absence or sufcient brightness
2.2 Constant Light Control Mode
In Constant Light Control mode, the brightness is constantly maintained
at th pre-set value. It can be started fully automatically or manually using the
push button or remote control. Manually switching off, dimming or changing
the settings stops control mode for the duration of the presence.
3. Fitting and connection
3.1 Presence detection
The ideal mounting height is 2.0 - 3.0m.
The detector sensitivity decreases as the mounting height increases. The
compact ofce EIB requires a clear line of sight for reliable detection of per-
sons. Ofce furniture, mobile partitions, plants, suspended lamps, etc. may
have a detrimental effect on presence detection (shading).
GB
M’height Seated persons Walking persons
2,0m 3,0m x 3,0m 4,5m x 4,5m ± 0,5m
2,5m 4,0m x 4,0m 6,0m x 6,0m ± 0,5m
3,0m 4,5m x 4,5m 7,0m x 7,0m ± 1,0m
3,5m --- 8,0m x 8,0m ± 1,0m
46
Detection range (mounting height 3,0m)
2
3
1
0
m0
23
112
33.5
0.8
3.5
Lux
3,5 3,5
321 1230
3,5
32 1 12 30
o
seated persons
walking persons
47
3.2 Light measurement
The detector measures articial
light and daylight reected directly
beneath the detector (beam width
approx. ± 30°).
The mounting location is used as
the reference for the lighting levels.
Switching
With indirect lighting, the articial light at the detector’s mounting location
should not exceed 2000 Lux (Brightness value > 2000 Lux).
Constant light control mode
The detector must be positioned so that it only receives articial light that it
controls itself. Articial light controlled by other detectors or manually ope-
rated work lights affect the brightness measurement of the detector. Direct
articial light on the detector should be avoided
3.3 Connection
A concealed housing should be used for ush-mounted tting of the com-
pact ofce EIB. A surface frame is available for surface mounting.
GB
48
4. Start-up procedure
4.1 Settings
All settings are adjusted using ETS. The QuickSet plus service remote control
serves as adjustment aid (see chapter 5). ETS2 V1.2 or newer is required.
4.2 Programming Mode
Programming mode can be selected either by using the programming button
on the back of the detector or, without unmounting the detector, using the
QuickSet plus service remote control.
4.3 Lighting Settings (recommended)
Brightness value
Setting the desired brightness (Lux) scale
Transfer zones (non-working area) approx. 3
Working areas (ofce, etc.) approx. 4
Visually demanding work (laboratory, drawing,...) > 5
Depending on the installation location, natural light intensity, furniture, reec-
tion characteristics of the room and the furniture, an adjustment of the setting
by 1 or 2 steps may be necessary.
●
●
●
49
Brightness difference (Outlets LightsA, B active)
A detector can switch or control up to two lighting rows. The lighting row
nearest the window (know as Output A) usually requires less light.
homogenous light relationship +20%
large brightness differences +40%
Switch-off delay time
For settings between 2 - 15min. the switch-off delay time has a self-learning
feature which varies within this range. Settings <2min. or >15min. remain
constant.
Transfer zones approx. 5min.
Working areas approx. 10 min.
Stand-by time
If stand-by time is activated, the
lighting is not switched off on expiry of
the switch-off delay time but remains
in the stand-by mode (approx. 10%
light output). This reduces the number
of switching operations.
Individual ofce (inactive)
Transfer zones approx. 15min.
Transfer zones with continuous light ”on”
●
●
●
●
●
●
●
GB
50
Lighting remains continuously in stand-by mode without presence. If the
room brightness is above the desired value, the lighting switches off; if it falls
below, the lighting switches automatically to stand-by mode, even if no one
is present.
4.4 Presence settings
Switch-off delay time presence
The settings remain unchanged (no self-learning effect).
Switch-on delay time presence
When switch-on delay is activated, the telegram sent when movement is de-
tected is delayed by the set value.
4.5 Switch-on behaviour
After every time the bus voltage is switched or the parameters are downloa-
ded by ETS, the detector runs through its start-up phase (indicated by LED).
1. Start-up phase (30sec.)
LED blinks once per second
Switching: outlet light receives an ON telegram irrespective of brightness
Constant light control: control is inactive, lighting is maximum dimmed
(Value telegram 100 %).
If there is no presence or sufcient brightness, an OFF telegram is sent
after 30 sec. (Light off).
●
●
●
●
This manual suits for next models
1
Table of contents
Other Theben Security Sensor manuals
Theben
Theben TIMEGUARD PDSM362AB Manual
Theben
Theben LUXA 103-100 DE WH User manual
Theben
Theben SPHINX 331 S KNX User manual
Theben
Theben theRonda P360-100 M UP WH User manual
Theben
Theben thePixa P360 KNX UP WH User manual
Theben
Theben thePrema P360-101 E UP WH User manual
Theben
Theben thePiccola P360-100 DE User manual
Theben
Theben 201 0 090 User manual
Theben
Theben thePiccola P360-100 DE User manual
Theben
Theben SPHINX 104-360/2 DIMplus User manual
Theben
Theben Timeguard PDSM361AB Manual
Theben
Theben TA 4 S DALI-2 User manual
Theben
Theben compact office 24V User manual
Theben
Theben theRonda P360-100 WH GST User manual
Theben
Theben ECO-IR 180A User manual
Theben
Theben theRonda P360-110 DALI UP WH User manual
Theben
Theben thePixa P360 KNX UP WH User manual
Theben
Theben theLeda D B AL User manual
Theben
Theben Luxa 103-200 User manual
Theben
Theben 201 9 290 User manual
