Steinel Ir 180 knx User guide

IR / HF 180 KNX

Application Description

IR 180 KNX

HF 180 KNX

STL-7336-16_Applikationsbeschreibung_IR_HF180.indd 1 28.10.16 10:14

GB |Page 2

DE |Seite 17

- 2 -

Application description for presence detectors with constant-lighting control

Contents

Application description for presence detectors

with constant-lighting control

1. Detector functions ................................................................ 03

1.1 Presence detection ........................................................ 03

1.2 Lighting control ............................................................. 03

1.3 HVAC control ................................................................. 03

2. Presence detector operating modes ................................... 03

2.1 Single detector............................................................... 03

2.2 Master ........................................................................... 03

2.3 Slave.............................................................................. 03

2.4 Master in parallel mode .................................................. 03

3. Constant-lighting control...................................................... 03

3.1 Switching ON/OFF with constant-lighting control............ 03

3.2 Overriding constant-lighting control ............................... 04

3.3 Disabling / enabling constant-lighting control.................. 04

4. Switching mode .................................................................... 04

5. Fully/semi-automatic operation ........................................... 04

6. IR remote controls ................................................................ 04

7. Test mode.............................................................................. 04

8. Behaviour after a bus voltage failure and return as

well as on re-starting and downloading .............................. 04

9. Behaviour after initial start-up and unloading..................... 05

10. Communication objects ....................................................... 05

11. Parameters............................................................................ 10

11.1 "General Settings" parameter window .......................... 10

11.2 "Reach Settings" parameter window............................. 11

11.3 "Presence" parameter window...................................... 11

11.4 "Lighting" parameter window........................................ 12

11.5 "Light-Level Controller" parameter window ................... 13

11.6 "HVAC" parameter window........................................... 14

11.7 "Light Level Measured" parameter window................... 14

11.8 "Scene Control" parameter window.............................. 14

11.9 "Basic Illumination" parameter window ......................... 15

11.10 "Sabotage" parameter window ..................................... 15

11.11 "Temperature Measured" parameter window ................ 15

11.12 "Humidity Measured" parameter window...................... 16

11.13 "Encoder Button" parameter window............................ 16

11.14 "Scene Control Button" parameter window................... 16

11.15 "Internal Switching/Dimming Button"

parameter window........................................................ 16

- 2 - - 3 -

Application description for presence detectors with constant-lighting control

1. Detector functions

IR 180 KNX: the PIR presence detector with constant-lighting con-

trol comprises a passive infrared (PIR) motion detector with integrated

light-level sensor, integrated IR receiver and integrated red light-emit-

ting diode (LED) for indicating a movement detected in the test mode.

HF 180 KNX: the HF presence detector with constant-lighting control

comprises a high-frequency (HF) motion detector with integrated light-

level sensor, integrated IR receiver and integrated red light-emitting di-

ode (LED) for indicating a movement detected in the test mode.

The HF presence detector for wall mounting is distinguished from a

PIR presence detector (PIR – Passive Infrared) by its

-better detection of radial movements,

-immunity to heat sources in the detection zone.

The IR or HF detector is capable of performing the following functions:

1.1 Presence detection

1.2 Lighting control

1.3 HVAC control

The function to be used (activated) is deﬁned via the "General

Settings" parameter window using the Engineering Tool Software

(ETS) version ETS3.f and higher.

Each of the detector functions provide the capability of setting a

period after which a detected movement is to result in activation of

the function concerned and also of setting a period after which the

function concerned is to be deactivated again after detecting the last

movement.

The lighting controller immediately switches light ON when anyone

enters the room in the dark but only switches it OFF again some time

after the last person leaves. If a person returns to the room shortly af-

ter leaving it (because, for example, that person has forgotten some-

thing), the room is still illuminated, saving the need to switch the light

back ON again. The "stay-ON time" can either be determined by the

detector automatically (IQ mode) or set to a ﬁxed period.

As it takes a long time to heat or cool a room whose HVAC systems

have been switched to energy-saving mode while it is not being used,

activation and deactivation of the comfort mode is delayed. Brieﬂy en-

tering a room is not to result in the HVAC systems being activated im-

mediately. The appropriate "switch-ON delay" can either be matched

automatically by the detector to the time users are present in the room

(room surveillance) or it can be set to a ﬁxed period. Brieﬂy leaving the

room does not result in the HVAC systems being switched OFF either.

The associated "stay-ON time" can be set to a ﬁxed period.

1.1 Presence detection:

This function watches over a room. A signal is sent out as soon as a

person's presence has been reliably detected. A signal is also sent

out as soon as the presence of persons is no longer being detected.

This surveillance function can, for example, be disabled during the

day and only enabled for a speciﬁc duration at night as well as over

the weekend.

1.2 Lighting control:

In the "switching mode", this function switches lighting (switchable

only) ON and OFF in relation to presence and light level. Selecting

"constant-lighting control" instead of "switching mode" for dimmable

room lighting automatically switches light ON and dims it to the pre-

selected level when persons are present in the room and the level of

light measured is below the level set. If daylight is sufﬁcient to illumi-

nate the room, lighting is dimmed down or switched OFF completely

if not needed.

The light level measured by the light-level sensor integrated in the

detector can be transmitted via the bus.

1.3 HVAC control:

This function can be used for automatically switching room heating,

ventilation and air-conditioning systems (HVAC) from "energy-saving

mode" or "pre-comfort mode" when the room is not being used to

"comfort mode" when it is being used and back to "pre-comfort

mode" or "energy-saving mode" when persons have ﬁnished using

the room.

2. Presence detector operating modes

One of the following operating modes must be assigned to the pres-

ence detector:

-Single detector,

- Master,

-Slave,

-Master in parallel mode.

2.1 Single detector:

No other presence detectors are installed in the room apart from the

presence detector operating as "single detector".

2.2 Master:

If required, presence detectors can be connected to the "master" via

the bus as "slaves" to extend the detection zone. The master ascer-

tains "overall presence", i.e. whether a person is present in at least

one of the detection zones (and therefore in the entire room), controls

lighting, heating, ventilation and HVAC for the entire room and sends

the relevant objects.

2.3 Slave:

A presence detector operating as a "slave" only delivers "presence

ON" information to the master. This means only a few parameters

need setting for a slave.

2.4 Master in parallel mode:

If a presence detector is operated as a "master in parallel mode", ad-

ditional presence detectors can be connected as "slaves" to extend

the detection zone. The "master in parallel mode" carries out its own

lighting control and sends the current presence status to the "master".

The "master" then controls the HVAC control unit.

3. Constant-lighting control

Constant-lighting control turns lighting to the light-level setting by dim-

ming actuators or switching/dimming actuators (depending on lamp

type), with it being possible to adjust the level of lighting via a param-

eter or a communication object. A parameter can be used for select-

ing whether to use only one dimmable lighting group for illuminating

the room or whether to provide as many as four dimmable lighting

groups. If several lighting groups are installed, the presence detec-

tor must be installed with its light-level sensor within lighting group 1.

In cases where several presence detectors are being operated in a

room, the presence detector for lighting group 1 should work as the

master. The detector for lighting group 1 should then be positioned

as closely to the door as possible so that it can immediately detect

anyone entering the room.

3.1 Switching ON/OFF with constant-lighting control:

Constant-lighting control is started if the presence detector identiﬁes

the presence of one or more persons. Once this is enabled, the level

of light measured and the preselected light-level setting provide the

basis for determining whether or not lighting is switched ON. When

activated, lighting is always switched to full power (dimming level =

100%) and then slowly dimmed down by the light-level controller to

the level of light at which the chosen light-level setting and actual

light level coincide. If several lighting groups are installed, only light-

ing group 1 is dimmed to the dimming level determined by the light-

level controller. All other lighting groups are dimmed up or down by a

level that can be set individually for each lighting group depending on

whether they are installed close to the window or further away from it.

If the level of light measured is still greater than the level set with per-

sons present or with lighting already dimmed to the minimum level,

lighting is either switched OFF completely or remains switched ON

but dimmed to the minimum level depending on the parameter set-

ting selected.

If the presence detector establishes that no person is still in the room,

constant-lighting control is deactivated. It is possible to select wheth-

er deactivation of constant-lighting control also switches lighting OFF

completely or whether to leave it dimmed at a selectable level for a

selectable period ("basic illumination dimming level") or whether to

- 4 -

Application description for presence detectors with constant-lighting control

activate it whenever either the level of light measured by the detector's

light-level sensor or the level of outdoor light measured by a twilight

sensor is below the "basic light-level threshold".

3.2 Overriding constant-lighting control:

The room user can temporarily override light-level control (pro-

vided a person is in the detection zone). The "Switch Light x Input",

"Dim Light x Input" and "Light x Input Dimming Level" objects are

used for this purpose.

If a telegram is received via the "Switch Light x Input" object or

via the "Light x Input Dimming Level" object after identifying the

presence of persons in the detection zone, the associated light-

ing group is turned up or dimmed down to the level received,

with light-level control being disabled. Lighting remains switched ON

at the received level until such time as the light-level controller is either

enabled by persons in the room (e.g. by operating a special button)

or until such time as the detector ceases to identify the presence of

persons, automatically deactivating light-level control and switching

OFF the lighting.

A parameter can be used to select whether or not a telegram received

via the "Dim Light x Input" object is also to disable light-level control. If

it is to be disabled, only the lighting group addressed through the tele-

gram is dimmed up or down to the appropriate output. If the light-level

controller is not to be disabled by such a telegram, the lighting group

addressed will not be dimmed but the setting for constant-lighting

control increased or decreased by the level received. The "Alter Set

Value" parameter setting should be selected for rooms with only one

lighting group, with the "dim" setting being selected for rooms with

several lighting groups.

3.3 Disabling / enabling constant-lighting control:

Except in response to receiving a telegram relating to the "Switch

Light x Input", "Light x Input Dimming Level" and "Dim Light x Input"

objects, constant-lighting control can be disabled via the bus at any

time via the "Disable Light-Level Control" object and also re-enabled

at any time via this object. The switching status and dimming level are

not changed by the light-level controller while it is disabled. Switching

or dimming telegrams received via any of objects 24 to 35 will, how-

ever, be executed even if the light-level controller is disabled.

Parameters can be used to select which status the lighting is to as-

sume before being disabled by the disabling object and which is to be

assumed after being re-enabled by the disabling object.

As explained above, switching lighting ON or OFF via a button as well

as setting lighting to a deﬁned dimming level via a button or via scene

control always results in the light-level controller being disabled. This

disabling can either be terminated by an appropriate telegram through

the "Disable Light-Level Control" object or it is terminated automati-

cally when the presence detector identiﬁes there is no person remain-

ing in the detection zone and then also terminates light-level control

(not for scenes).

4. Switching mode

In "switching mode", non-dimmable lighting is only switched ON and

OFF by switching telegrams (this being the equivalent of "two-point

light-level control"). When persons are present, lighting is switched

ON as soon as the level of light falls below the conﬁgured basic light-

level threshold and switched OFF when persons are no longer de-

tected or when it is no longer needed because daylight is sufﬁcient

for illuminating the room. The light-level threshold can either be set via

a parameter or via a communication object.

A parameter can be used for selecting whether to use only one switch-

able lighting group for illuminating the room or whether to provide as

many as four switchable lighting groups. If several lighting groups are

installed, lighting group 1 is always switched ON ﬁrst when presence

is detected and the level of light measured is below the light-level

setting. If the measured level is then still below the pre-selected level,

lighting group 2 is added in and so forth. Depending on the light level

measured and with an increasing incidence of daylight, the light-level

controller is capable of switching one or more lighting groups back

OFF again in response.

The "switching mode", i.e. two-point light-level control, can be disa-

bled and enabled via the "Disable Light-Level Control" object in the

same way as constant-lighting control. And in just the same way as

this, the "switching mode" is also overridden and disabled by the re-

ceipt of a "Switch light 1 input" telegram as well as automatically re-

enabled when no person remains in the room. When no persons are

being detected, basic illumination can also be selected for a limited

period or in relation to the "basic light-level threshold".

5. Fully/semi-automatic operation

A parameter can be used for setting the presence detector to work as

a "fully automatic detector" or "semi-automatic detector". When oper-

ating as a "fully automatic detector", lighting is automatically switched

ON in relation to light level when persons are present and automati-

cally switched OFF when no persons are present. When operating as

"semi-automatic detector", lighting must be switched ON manually.

However, it is either switched OFF automatically in relation to light level

or switched OFF when no person is present any more in the sensor

system's detection zone.

6. IR remote controls

Two optional IR remote controls are available as accessories for the

presence detector. The "User" IR remote control is used for switch-

ing ON/OFF and for dimming light up/down as well as for saving and

selecting as many as 4 scenes by the room user. The "Program" IR re-

mote control can be used by service personnel whenever necessary

to calibrate light-level measurement, change a number of detector pa-

rameters, also without using the ETS, as well as to start and end a test

mode. Parameters changed via IR remote control can be read via the

bus. Program remote control RC6KNX EAN no.: 4007841593018.

User remote control RC7 KNX EAN no.: 4007841592912.

7. Test mode

ETS or any enabled IR remote control for service purposes can be

used for activating and deactivating the presence detector's "pres-

ence test mode" or "lighting test mode".

The "Presence test mode" is used for checking the detection zone.

Any movement detected is then indicated by the red light-emitting

diode integrated in the presence detector ﬂashing brieﬂy. Communi-

cation objects are not sent during the presence test mode.

The "Lighting test mode" is used for checking light-level

control. To do this, the detector must have been conﬁgured via ETS

and its objects linked with the objects of the buttons and actuators

for lighting control.

In the lighting test mode, the red light-emitting diode inte-

grated in the presence detector brieﬂy ﬂashed to indicate any

movement detected. For the duration of this test mode and irrespec-

tive of the parameters selected for the presence detector, the stay-ON

time for lighting is set to 8 seconds, with light-level control and remote

control also being activated for both types of IR remote control. The

"presence detection" and "HVAC control" functions are deactivated.

The associated objects are not sent.

8. Behaviour after a bus voltage failure and

return as well as on re-starting and downloading

In the event of a bus voltage failure, the presence detector also ceas-

es to operate as its electronic system is powered by the bus voltage.

If the bus voltage fails, the disable statuses of light-level control, HVAC

output and presence output are saved permanently so they can be

automatically restored when the bus voltage returns.

After the bus voltage returns and after completely or partially upload-

ing the product database to the presence detector via ETS (i.e. after

re-starting), the presence detector is disabled for approx. 40 seconds

with the IR 180 KNX and approx. 10 seconds with the HF 180 KNX.

Lighting is switched ON at the start of the disabling time and switched

OFF for approx. 2 seconds at the end of the disabling time. From then

on, the detector is ready for operation and sends the latest telegrams

to the lighting and HVAC control system as well as to any room sur-

veillance system (presence) provided the relevant outputs were not

disabled before the bus voltage failed.

Note: The light-level controller's disabled state is only saved if the

presence detector was disabled via object 22. Temporary disabling,

e.g. in 4h ON/OFF mode, scenes, switch light x input, are not saved.

- 4 - - 5 -

Application description for presence detectors with constant-lighting control

9. Behaviour after initial start-up and unloading

When installing a brand-new presence detector, it automatically

switches to "presence test mode" as soon as the bus voltage is ap-

plied. Any movement detected in this mode is then indicated by the

red LED integrated in the presence detector lighting up. This shows

that bus voltage is being applied to the detector and that it is in work-

ing order. However, light-level control is deactivated and no telegrams

can be sent.

If the presence detector's application program is "unloaded" via ETS,

the presence detector automatically goes into "presence test mode"

in just the same way as it does after initial start-up.

10. Communication objects

All of the communication objects listed below are available to the

presence detector. Which of these are visible and capable of being

linked with group addresses are determined both via the "detector

mode" parameter setting in the "General Settings" parameter window

as well as via further parameter settings for chosen functions and

communication objects.

Maximum number of group addresses: 250

Maximum number of assignments: 250

Obj Object name Function DP type Flags

0 Test mode status ON/OFF 1,001

(1 bit) CRT

1 Presence output ON/OFF 1,001

(1 bit) CRT

2Disable presence

output ON/OFF 1,001

(1 bit) CWT

3Presence output

disabling status ON/OFF 1,001

(1 bit) CRT

4 Presence slave ON/OFF 1,001

(1 bit) CWT

Interference

source switching

status

ON/OFF 1,001

(1 bit) CWT

Time factor

for presence

switch-ON delay

0-5 5,005

(8 bits) CRWT

Time factor for

presence stay-ON

time

1-255 5,005

(8 bits) CRWT

11 Light level

measured 10-1500lux 9,004

(16 bits) CRT

12 Light-level setting 10-1000lux 9,004

(16 bits) CRWT

Time factor

for lighting

stay-ON time

0-255 5,005

(8 bits) CRWT

14 Switch light 1

output ON/OFF 1,001

(1 bit) CRT

15 Switch light 2

output ON/OFF 1,001

(1 bit) CRT

16 Switch light 3

output ON/OFF 1,001

(1 bit) CRT

17 Switch light 4

output ON/OFF 1,001

(1 bit) CRT

18 Light 1 output

dimming level 0-100% 5,001

(8 bits) CRT

19 Light 2 output

dimming level 0-100% 5,001

(8 bits) CRT

20 Light 3 output

dimming level 0-100% 5,001

(8 bits) CRT

21 Light 4 output

dimming level 0-100% 5,001

(8 bits) CRT

22 Disable light-level

control ON/OFF 1,001

(1 bit) CWT

23 Light-level control

disabling status ON/OFF 1,001

(1 bit) CRT

24 Switch light 1 input ON/OFF 1,001

(1 bit) CWT

25 Dim light 1 input brighter / darker 3,007

(4 bits) CWT

26 Light 1 input

dimming level 0-100% 5,001

(8 bits) CWT

27 Switch light 2 input ON/OFF 1,001

(1 bit) CWT

28 Dim light 2 input brighter / darker 3,007

(4 bits) CWT

Obj Object name Function DP type Flags

29 Light 2 input

dimming level 0-100% 5,001

(8 bits) CWT

30 Switch light 3 input ON/OFF 1,001

(1 bit) CWT

31 Dim light 3 input brighter / darker 3,007

(4 bits) CWT

32 Light 3 input

dimming level 0-100% 5,001

(8 bits) CWT

33 Switch light 4 input ON/OFF 1,001

(1 bit) CWT

34 Dim light 4 input brighter / darker 3,007

(4 bits) CWT

35 Light 4 input

dimming level 0-100% 5,001

(8 bits) CWT

36 HVAC output ON/OFF 1,001

(1 bit) CRT

37 Disable HVAC

output ON/OFF 1,001

(1 bit) CWT

38 HVAC output disa-

bling status ON/OFF 1,001

(1 bit) CRT

Time factor

for HVAC switch-

ON delay

0-255 5,005

(8 bits) CRWT

Time factor for

HVAC stay-ON

time

1-255 5,005

(8 bits) CRWT

41 8-bit scene output select / save 18,001

(8 bits) CRT

42 Switch basic illumi-

nation output ON/OFF 1,001

(1 bit) CRT

43 Twilight sensor

input 10-1000lux 9,004

(16 bits) CWT

44 Basic light-level

threshold 10-1000lux 9,004

(16 bits) CRWT

Time factor for

basic illumination

ON period

1-255 5,005

(8 bits) CRWT

46 Boost factor 1-4 5,005

(8 bits) CRWT

47 Sensitivity 1 = high / 0 = low 1,001

(1 bit) CRWT

48 Light-level sensor

input 10-1000lux 9,004

(16 bit) CWT

49 Sabotage

protection ON/OFF 1,001

(1 bit) CRT

50 Temperature

measured 0-40°C 9,001

(16 bit) CRT

51 Humidity

measured 0-100% 9,007

(16 bit) CRT

52 Light-switching

button ON/OFF 1,001

(1 bit) CRT

53 Light-dimming

button brighter / darker 3,007

(4 bits) CRT

Discontinuous

roller-shutter

operating button

ON/OFF 1,001

(1 bit) CRT

Continuous

roller-shutter

operating button

ON/OFF 1,001

(1 bit) CRT

56 1-byte encoder 0-255 / 0-100% 5,xxx

(8 bits) CRT

57 2-byte encoder 0-65535 7,xxx

(16 bits) CRT

58 Brightness

encoder 0-1500lux 9,004

(16 bits) CRT

59 Temperature

encoder 0-40°C 9,001

(16 bits) CRT

- 6 -

Application description for presence detectors with constant-lighting control

Obj Object name Function DP type Flag

0 Test mode status ON/OFF 1,001

(1 bit) CRT

This object is always available. This object automatically reports whether

"presence test mode" or "lighting test mode" was switched ON or OFF

whenever status is changed. This object can also be used at any time for

requesting the test-mode status.

1 Presence output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Presence Output" parameter is not set to

"inactive" in the "General Settings" parameter window.

The group address linked with this object is sent to the actuator via bus,

indicating whether persons have been detected ("presence output = ON") or

not ("presence output = OFF"); presence status can be requested from the

detector at any time.

2 Disable presence output ON/OFF 1,001

(1 bit) CWT

This object is only visible when the "Presence Output" parameter is not set

to "inactive" in the "General Settings" parameter window and when the "Dis-

able Presence Output" parameter is not set to "No" in the "Presence Output"

parameter window. The "Disable Presence Output" parameter is also used

for setting whether disabling is to take place after receiving the value "1" or

after receiving the value "0".

When presence output is disabled, the detector sends no telegrams on

presence status.

3Presence output disabling

status ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Presence Output" parameter is not set to "in-

active" in the "General Settings" parameter window and when the "Presence

Output Disabling Status" parameter is not set to "inactive" in the "Presence

Output" parameter window.

Sent via bus, the group address linked with this object is used for indicating

whether or not the presence output is disabled (presence output disabling

status = ON). This can also be requested via the bus.

4 Presence slave ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Detector mode" parameter is set to "Master"

or to "Master in parallel mode" in the "General Settings" parameter window.

The group address linked with this object is used by the master for receiving

the presence status of slave 1 via the bus and, if applicable, linked with the

presence status of further slaves as well as the master via a logical OR func-

tion, this being sent as overall presence in response to a change or request

via the master object 1.

8Interference source

switching status ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Interference Source Switching Status Object"

parameter is set to "Yes" in the "Lighting Control" parameter window.

If switching an interference source (e.g. a light) ON or OFF in the sensor sys-

tem's detection zone results in faulty presence detection, this object must

be linked with the switching-status object of the actuator used for switching

the interference source ON and OFF.

9Time factor for presence

switch-ON delay 0-5 5,005

(8 bits) CRWT

This object is only visible if the "Switch-ON Delay and Stay-ON Time Can

Be Read / Changed via Bus" parameter is set to "Yes" in the "Presence"

parameter window.

The group address linked with this object is used for receiving the presence-

detection stay-ON time (in seconds) via the bus. Any value received outside

the permissible range of 0 - 5 is rejected. This object can also be used for

requesting the current presence-detection switch-ON delay at any time, also

after making a change via ETS or IR remote control.

Obj Object name Function DP type Flag

10 Time factor for presence

stay-ON time 1-255 5,005

(8 bits) CRWT

This object is only visible if the "Switch-ON Delay and Stay-ON Time Can

Be Read / Changed via Bus" parameter is set to "Yes" in the "Presence"

parameter window.

The group address linked with this object is used for receiving the presence-

detection stay-ON time (in seconds) via bus. Any value received outside the

permissible range of 1 - 255 is rejected. This object can also be used for

requesting the current presence-detection stay-ON time at any time, also

after making a change via ETS or IR remote control.

11 Light level measured 10 - 1500 lux 9,004

(16 bits) CRT

This object is only visible if the "Light Level Measured" parameter is set to

"active" in the "General Settings" parameter window.

The group address linked with this object is used for sending the light level

measured by the detector via bus, with it also being possible to request the

light level from the detector.

12 Light-level setting 10 - 1000 lux 9,004

(16 bits) CRWT

This object is only visible if the "Light Level Setting Can Be Read / Changed

via Bus" parameter is set to "Yes" in the "Lighting Control" parameter win-

dow.

The group address linked with this object is used for receiving the light-level

control setting (in lux) via the bus, with it being possible to request such at

any time, also after making a change via ETS or IR remote control.

13 Time factor for lighting

stay-ON time 0-255 5,005

(8 bits) CRWT

This object is only visible if the "Switch-ON Delay and Stay-ON Time Can

Be Read / Changed via Bus" parameter is set to "Yes" in the "Lighting"

parameter window.

The group address linked with this object is used for receiving the stay-ON

time (in minutes) via bus, this being the time for which lighting is to remain

switched ON after there is no person remaining in the room. This object can

also be used for requesting the lighting stay-ON time at any time, also after

making a change via ETS or IR remote control.

Note: The value "0" indicates that the ON period in the "IQ mode" is set by

the detector automatically. The time is automatically set to the starting value

of 5 minutes.

14 Switch light 1 output ON/OFF 1,001

(1 bit) CRT

This object is always available. It must be linked with the switching object of

the actuator used in conjunction with dimmed lighting for switching the entire

room lighting ON and OFF, or of the actuator used in conjunction with lighting

groups for switching lighting group 1 ON and OFF in one or more stages.

The group address linked with this object is used for sending the switching

command via bus to the actuator, with it also being possible to request the

switching status from the detector.

15 Switch light 2 output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Number of Lighting Groups" parameter is set

to a value >2 in the "Lighting Control" parameter window. This object must

be linked with the switching object of the actuator used for switching lighting

group 2 ON and OFF. The group address linked with this object is used for

sending the switching command via bus to the actuator, with it also being

possible to request the switching status from the detector.

16 Switch light 3 output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the"Number of Lighting Groups" parameter is

set to a value > 3 in the "Lighting Control" parameter window. This object

must be linked with the switching object of the actuator used for switching

lighting group 3 ON and OFF. The group address linked with this object is

used for sending the switching command via bus to the actuator, with it

also being possible to request the switching status from the detector.

- 6 - - 7 -

Application description for presence detectors with constant-lighting control

Obj Object name Function DP type Flag

17 Switch light 4 output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the"Number of Lighting Groups" parameter is set

to the value 4 in the "Lighting Control" parameter window. This object must

be linked with the switching object of the actuator used for switching lighting

group 4 ON and OFF. The group address linked with this object is used for

sending the switching command via bus to the actuator, with it also being

possible to request the switching status from the detector.

18 Light 1 output dimming level 0-100% 5,001

(8 bits) CRT

This object is only visible if the "Type of Light-Level Control" parameter is

set to "Constant-lighting control" in the "Light-Level Control" parameter

window.

This object must be linked with the dimming-level object of the actua-

tor used for dimming the entire lighting, or in the case of several lighting

groups, for dimming lighting group 1 to the level received. The group ad-

dress linked with this object is used for sending the dimming value via bus

to the actuator, with it also being possible to request this from the detector.

19 Light 2 output dimming level 0-100% 5,001

(8 bits) CRT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >2 in the

"Lighting Control" parameter window.

This object must be linked with the dimming-level object of the actuator used

for dimming lighting group 2 to the level received. The group address linked

with this object is used for sending the dimming value via bus to the actuator,

with it also being possible to request this from the detector.

20 Light 3 output dimming level 0-100% 5,001

(8 bits) CRT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >3 in the

"Lighting Control" parameter window.

This object must be linked with the dimming-level object of the actuator used

for dimming lighting group 3 to the level received. The group address linked

with this object is used for sending the dimming value via bus to the actuator,

with it also being possible to request this from the detector.

21 Light 4 output dimming level 0-100% 5,001

(8 bits) CRT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to the value 4 in the

"Lighting Control" parameter window

This object must be linked with the dimming-level object of the actuator used

for dimming lighting group 4 to the level received. The group address linked

with this object is used for sending the dimming value via bus to the actuator,

with it also being possible to request this from the detector.

22 Disable light-level control ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Disable Light-Level Control" parameter is

not set to "No" in the "Lighting Control" parameter window. The "Disable

Light-Level Control" parameter is also used for selecting whether to perform

disabling on receiving a value of "1" or on receiving a value of "0".

When light-level control is disabled, the detector sends no telegrams for

operating or dimming lighting.

23 Light-level control

disabling status ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Disable Light-Level Control" parameter is not

set to "No" in the "Lighting Control" parameter window.

The group address linked with this object is used for automatically sending

the disabling status of light-level control via bus after any change, with it

being possible to request the disabling status at any time from the detector.

Obj Object name Function DP type Flag

24 Switch light 1 input ON/OFF 1,001

(1 bit) CWT

This object is always available. It must be linked with the switching object

of the button that enables a room user to switch the room's entire lighting

(if only one lighting group is installed) or lighting group 1 (if several lighting

groups are installed) ON and OFF.

Receiving a telegram via this object disables light-level control, because the

room user wishes to switch room lighting or lighting group 1 ON or OFF

permanently. It remains disabled until either a telegram for enabling light-

level control is received via object 22 or until the detector establishes that no

person is remaining in the room, re-enabling light-level control and switching

the lighting OFF.

25 Dim light 1 input brighter /

darker

3,007

(4 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window.

If a telegram is received via this object, and depending on the "Light-Level

Control for Dim Light x Input" parameter setting, light-level control is either

disabled with the relevant lighting group being dimmed, or light-level control

is not disabled and the light-level control setting is increased or reduced ac-

cordingly, automatically resulting in a lighter or darker dimming of the light-

ing. If the detector establishes that nobody is remaining in the room, the

altered light-level setting is returned to its original value and the lighting is

switched OFF.

26 Light 1 input dimming level 0-100% 5,001

(8 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window.

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to dim the room lighting to a pre-selected level

on a permanent basis using a button or a scene control option. It remains

disabled until either a telegram for enabling light-level control is received via

object 22 or until the detector establishes that no person is remaining in the

room, re-enabling light-level control and switching the lighting OFF.

27 Switch light 2 input ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Number of Lighting Groups" parameter is set

to a value >2 in the "Lighting Control" parameter window. It must be linked

with the switching object of the button that can be pressed by the room user

to switch lighting group 2 ON and OFF.

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to switch lighting group 2 ON or OFF on a per-

manent basis. It remains disabled until either object 22 delivers a telegram

for enabling light-level control or until the detector establishes that no person

is remaining in the room, re-enabling light-level control and switching the

lighting OFF.

28 Dim light 2 input brighter /

darker

3,007

(4 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >2 in the

"Lighting Control" parameter window.

If a telegram is received via this object, and depending on the "Light-Level

Control for Dim Light x Input" parameter setting, light-level control is either

disabled with lighting group 2 being dimmed, or light-level control is not disa-

bled and the light-level control setting is increased or reduced accordingly,

automatically resulting in a lighter or darker dimming of the lighting. If the

detector establishes that nobody is remaining in the room, the altered light-

level setting is returned to its original value and the lighting is switched OFF.

- 8 -

Application description for presence detectors with constant-lighting control

Obj Object name Function DP type Flag

29 Light 2 input dimming level 0-100% 5,001

(8 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >2 in the

"Lighting Control" parameter window.

If a telegram is received via this object while "presence=ON", light-level con-

trol is disabled, because the room user wishes to switch lighting group 2

ON or OFF on a permanent basis using a button or scene control option.

It remains disabled until either a telegram for enabling light-level control is

received via object 22 or until the detector establishes that no person is

remaining in the room, re-enabling light-level control and switching the light-

ing OFF.

30 Switch light 3 input ON/OFF 1,001

(1 bit) CWT

This object is only visible if the"Number of Lighting Groups" parameter is

set to a value > 3 in the "Lighting Control" parameter window. It must be

linked with the switching object of the button that can be pressed by the

room user to switch lighting group 3 ON and OFF.

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to switch lighting group 3 ON or OFF on a per-

manent basis. It remains disabled until either object 22 delivers a telegram

for enabling light-level control or until the detector establishes that no per-

son is remaining in the room, re-enabling light-level control and switching

the lighting OFF.

31 Dim light 3 input brighter /

darker

3,007

(4 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >3 in the

"Lighting Control" parameter window.

If a telegram is received via this object, and depending on the "Light-Level

Control for Dim Light x Input" parameter setting, light-level control is either

disabled with lighting group 3 being dimmed, or light-level control is not disa-

bled and the light-level control setting is increased or reduced accordingly,

automatically resulting in a lighter or darker dimming of the lighting. If the

detector establishes that nobody is remaining in the room, the altered light-

level setting is returned to its original value and the lighting is switched OFF.

32 Light 3 input dimming level 0-100% 5,001

(8 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to a value >3 in the

"Lighting Control" parameter window.

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to dim lighting group 3 to a pre-selected level

on a permanent basis using a button or a scene control option. It remains

disabled until either a telegram for enabling light-level control is received via

object 22 or until the detector establishes that no person is remaining in the

room, re-enabling light-level control and switching the lighting OFF.

33 Switch light 4 input ON/OFF 1,001

(1 bit) CWT

This object is only visible if the"Number of Lighting Groups" parameter is set

to the value 4 in the "Lighting Control" parameter window. It must be linked

with the switching object of the button that can be pressed by the room user

to switch lighting group 4 ON and OFF.

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to switch lighting group 4 ON or OFF on a per-

manent basis. It remains disabled until either object 22 delivers a telegram

for enabling light-level control or until the detector establishes that no person

is remaining in the room, re-enabling light-level control and switching the

lighting OFF.

Obj Object name Function DP type Flag

34 Dim light 4 input brighter /

darker

3,007

(4 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to the value 4 in the

"Lighting Control" parameter window

If a telegram is received via this object, and depending on the "Light-Level

Control for Dim Light x Input" parameter setting, light-level control is either

disabled with lighting group 4 being dimmed, or light-level control is not disa-

bled and the light-level control setting is increased or reduced accordingly,

automatically resulting in a lighter or darker dimming of the lighting. If the

detector establishes that nobody is remaining in the room, the altered light-

level setting is returned to its original value and the lighting is switched OFF.

35 Light 4 input dimming level 0-100% 5,001

(8 bits) CWT

This object is only visible if the "Type of Light-Level Control" parameter is set

to "Constant-lighting control" in the "Light-Level Control" parameter window

and the "Number of Lighting Groups" parameter is set to the value 4 in the

"Lighting Control" parameter window

If a telegram is received via this object, light-level control is disabled, be-

cause the room user wishes to dim lighting group 4 to a pre-selected level

on a permanent basis using a button or a scene control option. It remains

disabled until either a telegram for enabling light-level control is received via

object 22 or until the detector establishes that no person is remaining in the

room, re-enabling light-level control and switching the lighting OFF.

36 HVAC output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "HVAC Output" parameter is set to "active" in

the "General Settings" parameter window.

This object must be linked with the presence input of the room-temperature

regulator used for switching the room mode between "comfort mode" and

"energy-saving mode".

The group address linked with this object is used for sending the HVAC

status via bus to the actuator, with it also being possible to request this from

the detector.

37 Disable HVAC output ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "HVAC Output" parameter is set to "active"

in the "General Settings" parameter window and if the "Disable HVAC out-

put" parameter is not set to "No" in the "HVAC output" parameter window.

The "Disable HVAC output" parameter is also used for selecting whether to

perform disabling on receiving a value of "1" or on receiving a value of "0".

When the "HVAC output" is disabled, the detector does not send any tel-

egrams for governing the mode of HVAC control.

38 HVAC output disabling

status ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "HVAC Output" parameter is set to "active" in

the "General Settings" parameter window and if the "HVAC Output Disabling

Status" parameter is set to "active" in the "HVAC output" parameter window.

The group address linked with this object is sent via the bus to indicate (or

it is possible to enquire via the bus) whether the HVAC output is disabled

(HVAC output disabling status = ON) or not.

39 Time factor

for HVAC switch-ON delay 0-255 5,005

(8 bits) CRWT

This object is only visible if the "Switch-ON Delay and Stay-ON Time Can Be

Read / Changed via Bus" parameter is set to "Yes" in the "HVAC Output"

parameter window.

The group address linked with this object is used for receiving the switch-

ON delay (in minutes) via bus, during which the room-temperature control

system is not switched to comfort mode after persons are already present

in the room.

This object can also be used for requesting the latest HVAC stay-ON time at

any time, also after making a change via ETS or IR remote control.

Note: The value "0" indicates that the switch-ON delay in "room surveillance

mode" is set by the detector automatically.

- 8 - - 9 -

Application description for presence detectors with constant-lighting control

Obj Object name Function DP type Flag

40 Time factor for HVAC

stay-ON time 1-255 5,005

(8 bits) CRWT

This object is only visible if the "Switch-ON Delay and Stay-ON Time Can Be

Read / Changed via Bus" parameter is set to "Yes" in the "HVAC Output"

parameter window.

The group address linked with this object is used for receiving the stay-ON

time (in minutes) via bus, this being the time for which the room temperature

control system is to remain switched to comfort mode after there is no per-

son remaining in the room.

Any value received outside the permissible range of 1-255 is rejected. This

object can also be used for requesting the latest HVAC-stay-ON time at any

time, also after making a change via ETS or IR remote control.

41 8-bit scene output select /

save

18,001

(8 bits) CRT

This object is only visible if the "Remote Control" parameter is set to "User" or

to "Program & User" in the "General Settings" parameter window.

This object is used for sending a telegram for restoring or saving an 8-bit

scene. The number of the 8-bit scene being restored or saved is set via the

relevant parameter in the "Scene Control" parameter window.

42 Switch basic illumination

output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Basic Illumination" parameter is set to "spe-

cial switching object" in the "Basic Illumination via" parameter window. This

object must be linked with the switching object of the actuator used for

switching basic illumination ON and OFF. The group address linked with this

object is used for sending the switching command via bus to the actuator,

with it also being possible to request the switching status from the detector.

43 Twilight sensor input 10-1000lux 9,004

(16 bits) CWT

This object is only visible if the "Basic Illumination ON" parameter is set to "in

relation to outdoor light level" in the "Basic Illumination" parameter window.

The group address linked with this object is used for receiving the light level

measured by a twilight sensor and then checking whether the level of light

exceeds or falls below the basic illumination threshold.

44 Basic light-level

threshold 10-1000lux 9,004

(16 bits) CRWT

This object is only visible if the "Threshold and ON Period Can Be Read /

Changed via Bus" parameter is set to "Yes" in the "Basic Illumination" pa-

rameter window.

The group address linked with this object can be used via the bus for chang-

ing the basic light-level threshold (in lux) at which basic illumination is ac-

tivated if not met and at which basic illumination is switched OFF again if

signiﬁcantly exceeded.

Any value received outside the permissible range of 10-1000 lux is rejected.

This object can also be used for requesting the current threshold value at any

time, also after making a change via ETS or IR remote control.

45 Time factor for basic illumi-

nation ON period 1-255 5,005

(8 bits) CRWT

This object is only visible if the "Threshold and ON Period Can Be Read /

Changed via Bus" parameter is set to "Yes" in the "Basic Illumination" pa-

rameter window.

The group address linked with this object can be used for changing the

ON period for basic illumination (in minutes) via bus. Basic illumination is

switched OFF once the ON period expires.

Any value received outside the permissible range of 1-255 is rejected. This

object can also be used at any time for requesting the current ON period for

timed basic illumination, also after making a change via ETS or IR remote

control.

Obj Object name Function DP type Flag

46 Boost factor 1-4 5,005

(8 bits) CRWT

This object is only visible if the "Conﬁgurable via Bus" parameter is set to

"Yes" in the "Reach Setting" parameter window.

The group address linked with this object is used via the bus for setting the

HF presence detector boost factor. Any value received outside the permis-

sible range of 1-4 is rejected. This object can also be used for requesting

the current boost factor at any time, also after making a change via ETS or

IR remote control.

Values 1-4 have the following meaning:

1: very large movements will be detected,

2: large movements will be detected,

3: moderate movements will be detected,

4: minor movements will be detected.

47 Sensitivity 1 = high /

0 = low

1,001

(1 bit) CRWT

This object is only visible if the "Conﬁgurable via Bus" parameter is set to

"Yes" in the "Reach Setting" parameter window.

The group address linked with this object is used for setting the "sensitiv-

ity" of the presence detector via the bus. This object can also be used for

requesting the current sensitivity setting at any time, also after making a

change via ETS or IR remote control.

48 Light-level

sensor input 10-1000lux 9,004

(16 bits) CWT

This object is only visible if the "External Light Level" parameter is set to "Yes"

in the "Light-Level Control" parameter window.

The group address linked with this object is used for receiving the light level

measured by a twilight sensor and then as the setting for controlling light

level.

49 Sabotage protection 10-1000lux 1,001

(1 bits) CWT

This object is only visible if the "Sabotage" parameter is set to "active" in the

"General Setting" parameter window.

An ON or OFF telegram is sent cyclically to the group address linked to this

object while the sensor is not disconnected from the bus or if it is faulty.

50 Temperature measured 0-40°C 9,001

(16 bits) CRT

This object is only visible if the "Temperature Measured" parameter is set

to "active" in the "General Settings" parameter window. The group address

linked with this object is used for sending the temperature measured by the

detector via bus, with it also being possible to request this from the detector.

51 Humidity measured 10-100% 9,001

(16 bits) CRT

This object is only visible if the "Humidity Measured" parameter is set to "ac-

tive" in the "General Settings" parameter window. The group address linked

with this object is used for sending the humidity measured by the detector

via bus, with it also being possible to request this from the detector.

52 Light-switching button ON/OFF 1,001

(1 bits) CRT

This parameter is only visible if the "Button Function" parameter is set to

"switch/dim" in the "General Settings" parameter window.

The group address linked with this object is used for sending the button's

switching command via bus to the actuator, with it also being possible to

request the switching status from the detector.

53 Light-dimming button brighter /

darker

3,007

(4 bits) CRT

This parameter is only visible if the "Button Function" parameter is set to

"switch/dim" in the "General Settings" parameter window.

54 Discontinuous roller-shutter

operating button ON/OFF 1,001

(1 bits) CRT

This parameter is only visible if the "Button Function" parameter is set to

"roller-shutter control" in the "General Settings" parameter window.

The group address linked with this object is used for sending the switching

command for stopping and incrementally adjusting the roller shutter via bus.

- 10 -

Obj Object name Function DP type Flag

Continuous

roller-shutter operating

button

ON/OFF 1,001

(1 bits) CRT

This parameter is only visible if the "Button Function" parameter is set to

"roller-shutter control" in the "General Settings" parameter window.

The group address linked with this object is used for sending the switching

command for opening and closing the roller shutter via bus.

56 1-byte encoder 0-255/

0-100%

5,xxx

(8 bits) CRT

This parameter is only visible if the "Button Function" parameter is set to "1-

byte encoder" in the "General Settings" parameter window.

The group address linked with this object is used for sending the byte of the

1-byte encoder via bus.

57 2-byte encoder 0-65535 7,xxx

(16 bits) CRT

This parameter is only visible if the "Button Function" param-

eter is set to "2-byte encoder" in the "General Settings" param-

eter window and the "2-Byte Encoder Function" parameter is set to

"0-65535".

The group address linked with this object is used for sending the two bytes

of the 2-byte encoder via bus.

58 Brightness encoder 0-1500lux 9,004 CRT

This parameter is only visible if the "Button Function" parameter is set to

"2-byte encoder" in the "General Settings" parameter window and the

"2-Byte Encoder Function" parameter is set to "0-1500lux".

The group address linked with this object is used for sending the brightness

of the 2-byte encoder via bus.

59 Temperature encoder 0-40°C 9,001 CRT

This parameter is only visible if the "Button Function" parameter is set to

"2-byte encoder" in the "General Settings" parameter window and the

"2-Byte Encoder Function" parameter is set to "0-40°C".

The group address linked with this object is used for sending the tempera-

ture of the 2-byte encoder via bus.

11. Parameters

Note: The factory parameter settings are shown in bold type.

11.1 "General Settings" parameter window

This parameter window is always available. It is used for setting the

detector operating mode as well as the chosen detector functions.

Parameters Settings

Detector mode Single detector; master; slave;

master in parallel mode.

Single detector: only one presence detector is installed in the room.

Master: if required, additional detectors can be connected to the "master" via

the bus as "slaves" to extend the presence detection zone. Only the master

controls the light level and sends the presence and HVAC objects.

Slave: slaves are used for extending the detection zone. They only deliver

presence information to the master.

Master in parallel mode: see page 3

Presence output active; inactive

active: the "Presence" parameter window is also available for setting the as-

sociated parameters as well as the associated objects.

inactive: the detector does not provide presence detection. The "Presence"

parameter window and the associated objects are not available.

HVAC output active; inactive

active: the "HVAC" parameter window is also available for setting the associ-

ated parameters as well as the associated objects.

inactive: the detector does not control the HVAC mode. The "HVAC" param-

eter window and the associated objects are not available.

Parameters Settings

Light level measured active; inactive

active: object 11 "light level measured" is added. This is used for sending the

light level that is measured (in lux) by the presence detector.

inactive: the light level measured by the detector is not sent. The required

object 11 is not available.

Temperature measured inactive, active

active: object 50 "Temperature Measured" is added, via which the measured

temperature (in °C) is sent.

inactive: the temperature measured by the detector is not sent. The required

object 50 is not available.

Humidity measured inactive, active

active: object 51 "Humidity Measured" is added, via which the humidity

measured (in %) is sent.

inactive: the humidity measured by the detector is not sent. The required

object 51 is not available.

Remote control User; program; program & user;

inactive

User: enables the room user to operate and dim lighting, save and select as

many as 4 scenes as well as re-activate (enable) light-level control via a small

IR remote control.

Program: enables service personnel to change a number of detector pa-

rameters (e.g. switch-ON delay, stay-ON times and light-level setting) via a

special IR remote control without using ETS.

Program & user: enables switching, dimming and scene control as well as

the changing of detector parameters via IR remote control.

inactive: the IR receiver integrated in the detector is deactivated.

Normal / test mode Normal mode; presence test mode;

lighting test mode

Normal mode: the presence detector works in the conﬁgured mode.

Presence test mode: the presence detector can be set to presence test

mode for checking the detection zone. Any movement detected in the pres-

ence test mode results in the red light-emitting diode integrated in the pres-

ence detector ﬂashing brieﬂy. No objects are sent during the presence test

mode.

Lighting test mode: to run the "Lighting test mode", the detector must have

been conﬁgured via ETS and its objects linked with the objects of the buttons

and actuators for lighting control.

Any movement detected in this test mode results in the red light-emitting

diode integrated in the presence detector ﬂashing brieﬂy. For the duration

of this test mode and irrespective of the parameters selected for the pres-

ence detector, the stay-ON time is set to 8 s, and light-level control and the

remote control activated for both types of IR remote control. The "presence

detection" and "HVAC control" functions are deactivated. The associated

objects are not sent.

The presence detector is restarted after completing the test mode (when

this parameter has been reset to "normal mode"). The parameters changed

at the beginning of the test mode are now reset to the values set via ETS.

Sabotage active; inactive

active: the "Sabotage" object is added for cyclically sending a telegram to

inactive: the "Sabotage" object is not available.

Button function

inactive, switch/dim, roller-shutter

control, 1 byte encoder, 2 byte

encoder, scene control, internal

switch/dim

This parameter is used for setting the button function.

Application description for presence detectors with constant-lighting control

- 10 - - 11 -

Parameters Settings

Switch-ON delay and stay-ON

time can be read / changed via

bus Yes; no

This parameter is used for selecting whether or not the presence detection

switch-ON delay and stay-ON time can read and changed via bus.

Yes: communication objects 9 and 10 are added so that the presence-de-

tection switch-ON delay and stay-ON time can be set via bus. These objects

not only provide the capability of changing both values via the bus. They can

also be used for requesting the current value irrespective of whether it was

entered via ETS, service remote control or bus.

No: the presence-detection switch-ON delay and stay-ON time cannot be

read or set via bus.

Send presence cyclically inactive; 15s; 30s; 1min; 5min;

10min; 15min; 30min; 60min

This parameter is used for selecting whether not only to send the "Presence

Output" object after any change but also cyclically and, if so, after which

cycle time.

Disable presence output

No; disabling with ON / enabling with

OFF; disabling with OFF / enabling

with ON

This parameter is used for selecting whether to add object 2 "Disable Pres-

ence Output" and which telegram to use for disabling and re-enabling the

"Presence Output" object. No presence messages are sent while the "Pres-

ence Output" object is disabled.

No: the "Disable Presence Output" object is not available.

Disabling with ON / enabling with OFF: the "Presence Output" object is disa-

bled by a telegram with value "1" and enabled by a telegram with value "0".

Disabling with OFF / enabling with ON: the "Presence Output" object is disa-

bled by a telegram with value "0" and enabled by a telegram with value "1".

Behaviour on disabling presence

output

no action; ON telegram;

OFF telegram

This parameter is only visible if the preceding "Disable presence output" pa-

rameter is not set to "No".

This parameter is used for selecting whether to send a telegram from the

"Presence Output" object before disabling it and, if so, with which value.

no action: no telegram is sent before disabling the "Presence Output" object.

ON telegram: before disabling the "Presence Output" object, the object is set

to the value "1" and a corresponding telegram is sent.

OFF telegram: before disabling the "Presence Output" object, the object is

set to the value "0" and a corresponding telegram is sent.

Behaviour on enabling presence

output

Set presence to current status;

ON telegram; OFF telegram

This parameter is only visible if the preceding "Disable presence output" pa-

rameter is not set to "No".

This parameter is used for selecting what is to happen after enabling the

"Presence Output" object.

Set presence to current status: after enabling the "Presence Output" object,

it is set to the status ascertained by the detector, with this status being sent.

ON telegram: after enabling the "Presence Output" object, the object is set

to the value "1" and a corresponding telegram is sent. After a delay of 5

seconds, the sensor mode is then re-activated, the current presence status

determined and any changed value sent.

OFF telegram: after enabling the "Presence Output" object, the object is

set to the value "0" and a corresponding telegram is sent. After a delay of 5

seconds, the sensor mode is then re-activated, the current presence status

determined and any changed value sent.

Presence output disabling status

object No; send after change

This parameter is used for selecting whether to add object 3 "Presence Out-

put Disabling Status" and, if so, when it is to be sent. Object value "1" is

then used to report that presence detection is disabled, with object value "0"

being used to report that it is enabled again.

11.2 "Reach Settings" parameter window

This parameter window is always available. This is used for making

the reach settings.

Parameters Settings

Boost factor min, 1/3, 2/3, max

This parameter is used for setting the boost factor for the detector motion

detection.

min: very large movements will be detected,

¹/₃: large movements will be detected,

²/₃: moderate movements will be detected,

max: minor movements will be detected.

Sensitivity - (= low); N (= high)

This parameter is used for setting the "sensitivity" of the detector. "High"

sensitivity immediately responds to any movement detected. "Low" sensi-

tivity only responds after detecting several movements.

Boost factor, sensitivity, can be

read / changed via bus Yes; no

This parameter is used to set whether the reach and sensitivity parameters

can be read and changed via bus or not.

Yes: communication objects 46 and 47 are added so that boost factor and

sensitivity can be set via bus. These objects not only provide the capability

of changing the relevant values via bus. They can also be used for request-

ing the current value irrespective of whether it was entered via ETS, service

remote control or bus.

No: boost factor and sensitivity cannot be read and set via bus.

11.3 "Presence" parameter window

This parameter window is only available if the "Presence Output" pa-

rameter is set to "active" in the "General Settings" parameter window.

It is used for setting the operating behaviour on detecting presence.

Parameters Settings

Presence switch-ON delay

(in seconds) 0-5; (1)

The switch-ON delay can be set to between 0 and 5 seconds. If this param-

eter is set to "0", a check is performed again prior to sending "presence out-

put = ON" to establish whether presence is still being detected. Otherwise

nothing is sent.

Min. number of movements

detected during switch-ON delay 1-20; (2)

This parameter is only visible if the preceding "Presence Switch-ON Delay"

parameter is not set to "0".

This parameter is used for setting the minimum number of movements that

must be detected during the switch-ON delay. Presence must still be de-

tected even after switch-ON delay has elapsed. Otherwise "presence output

= ON" is not sent.

Presence stay-ON time

in seconds or minutes Seconds, minutes

Selects whether the stay-ON time is set in seconds or minutes.

Presence stay-ON time 1-255; (10)

The stay-ON time can be set to a period of between 1 and 255 seconds.

It is restarted each time a movement is detected.

Note: a "presence output = OFF" signal is delivered if a person in the detec-

tion zone remains still during the time set here. Depending on the person's

activity, it may be necessary to select a longer stay-ON time.

Break in presence detection 0-255; (0)

If lighting is switched OFF via the light-level control, the conﬁgured "Break in

presence detection" is started. It can be set to between 0 and 255 seconds.

Movements detected are ignored during the period selected. This provides

the capability of preventing lights installed in the sensor system's detection

range causing the detection presence and incorrect signaling due to tem-

perature changes when the light is switched OFF.

Application description for presence detectors with constant-lighting control

- 12 -

Parameters Settings

Disabling light-level control

No; disabling with ON / enabling with

OFF; disabling with OFF / enabling

with ON

This parameter is used for selecting whether to add object 22 "Disable light-

level control" and which telegram can be used for disabling and re-enabling

the light-level control. If the light-level control is disabled, no telegrams are sent

for switching lighting ON and OFF or for dimming it.

No: the "Disable Light-Level Control" object is not available.

Disabling with ON / enabling with OFF: the light-level control is disabled via a

telegram with value "1" to the "Disable Light-Level Control" object and enabled

via a telegram with value "0".

Disabling with OFF / enabling with ON: the light-level control is disabled via a

telegram with value "0" to the "Disable Light-Level control" object and enabled

via a telegram with value "1".

Behaviour on disabling

light-level control no action; light ON; light OFF

This parameter is only visible if the preceding "Disabling light-level control"

parameter is not set to "No".

This parameter is used to select whether to switch lighting ON or OFF com-

pletely before disabling light-level control or whether to leave the lighting sta-

tus unchanged.

no action: no further action takes place before disabling light-level control.

Light ON: lighting is switched to max. output before disabling light-level con-

trol.

Light OFF: lighting is switched OFF completely before disabling light-level

control.

Behaviour on enabling

light-level control

Continuing control; light ON;

light OFF

This parameter is only visible if the preceding "Disabling Light-Level Control"

parameter is not set to "No".

This parameter is used to select whether, once enabled, light-level control is to

resume its activity, proceeding from the current dimming level as well as in rela-

tion to presence status and light level measured, or whether to switch the lighting

ON or OFF completely ﬁrst.

Continuing control: after enabling light-level control, it determines which level of

output - in relation to presence status and level of light currently being measured

- to switch or dim the lighting to.

Light ON: lighting is switched to max. output after enabling light-level control.

Presence-related light-level control is reactivated after a delay of 5 seconds.

Light OFF: lighting is switched OFF completely after enabling light-level control.

Presence-related light-level control is reactivated after a delay of 5 seconds.

Light-level control disabling

status object No; send after change

This parameter is used for selecting whether to add object 23 "Light-Level

Control Disabling Status" and, if so, when it is to be sent. Object value "1" is

then used to report that light-level control is disabled, with object value "0"

being used to report that it is enabled again.

Basic illumination active; inactive

If required, a presence detector installed, for example, in entrances, corridors

or stairwells, can be set to provide basic illumination either for a limited pe-

riod at the end of the stay-ON time or always when the light level falls below

a threshold so that it is never completely dark in these areas.

active: the "Basic Illumination" parameter window is additionally available for

selecting how to provide basic illumination, from when and for how long.

inactive: the "basic illumination" function is not available.

Interference source switching

status object Yes; no

This parameter is used for selecting whether to add the "Interference Source

Switching Status" object. If necessary, this object can be linked with the

switching objects of those lights located in the sensor system's detection

zone. The presence detector can then identify whether the movement de-

tected is from a person or a light coming ON within the detection zone.

11.4 "Lighting" parameter window

This parameter window is always available, except for when a detec-

tor is operating as a "slave". It is used for setting the operating behav-

iour during lighting control.

Parameters Settings

Number of lighting groups 1; 2; 3; 4

This parameter is used for selecting how many lighting groups contribute

to room lighting. If several lighting groups are installed, the presence detec-

tor with light-level sensor must be installed within lighting group 1. In cases

where several presence detectors are being operated in a room, the pres-

ence detector for lighting group 1 should work as the master. The detector

for lighting group 1 should then be positioned as closely to the door as pos-

sible so that it can immediately detect anyone entering the room.

If the "switching mode" has been selected for controlling light level (this being

the equivalent of two-point control), lighting group 1 is always switched ON

ﬁrst when presence is detected and the level of light measured is below the

light-level setting. If the measured level is then still below the pre-selected

level, lighting group 2 is switched ON and so forth. If the level of light is suf-

ﬁcient, lighting groups are always switched OFF in the reverse order, i.e. the

lighting group with the highest number is switched OFF ﬁrst followed by the

one with the second-highest number and so on.

If "constant-lighting control" has been selected as the mode for controlling

the level of light, all lighting groups are switched ON at max. output when a

person enters the room and the measured level of light is below the light-

level setting. They are then dimmed down until the light-level setting and the

measured light level coincide (allowing for permissible variation). In this case,

only lighting group 1 is dimmed to the dimming level determined by the light-

level controller. All other lighting groups are dimmed up or down by a level

that can be set individually for each lighting group depending on whether it is

installed close to the window or further away from it.

Depending on the selected number of lighting groups, the respective ob-

jects 14 to 21 are automatically added for switching and dimming a lighting

group by the light-level controller as well as objects 24 to 35 that provide the

capability of operating, dimming or setting the particular lighting group to a

dimming level via a button.

Operating lighting

automatically ON and OFF

(fully automatic operation); auto-

matically OFF only (semi-automatic

operation)

This parameter is used for selecting whether to switch lighting ON and OFF

automatically in relation to presence and light level (fully automatic operation)

or whether only to switch it OFF automatically (semi-automatic operation).

On entering the room or if the level of light is no longer sufﬁcient, the room

user must then switch the lighting ON manually.

automatically ON and OFF: lighting is switched ON and OFF in relation to

presence and light level (fully automatic operation).

automatically OFF only: the room user must switch the lighting ON manually.

It is, however, switched OFF automatically when no persons are present or

the level of light is sufﬁcient (semi-automatic operation).

Lighting stay-ON time (in minutes) 0 (IQ mode); 1-255

Lighting stay-ON time is started if no presence is detected. It is either auto-

matically matched in "IQ mode" to the time persons spend in the room (i.e.

increasing in duration the longer persons have been present in the room) or

can be set to a ﬁxed value. This has the purpose of preventing the lighting

from switching OFF immediately if the room is only vacated for a short time

and having to be switched back ON again and slowly dimmed to the light-

level setting when a person returns to the room.

0 (IQ mode): the stay-ON time automatically adjusts to the time persons

spend in the detection zone.

1-255: the lighting stay-ON time can be set to a ﬁxed period of between 1

and 255 minutes.

Stay-ON time can be read /

changed via bus Yes; no

This parameter is used to select whether or not the lighting-control stay-ON

time can be read and changed via bus.

Yes: communication object 13 is added so that the lighting-control stay-ON

time is selectable via the bus. This object not only provides the capability of

changing the value via the bus. It can also be used for requesting the current

value irrespective of whether it was entered via ETS, service remote control

or bus.

No: the lighting-control stay-ON time cannot be read and set via bus.

Application description for presence detectors with constant-lighting control

- 12 - - 13 -

11.5 "Light-Level Controller" parameter window

This parameter window is always available, except for when a detec-

tor is operating as a "slave". It is used for setting light-level control

behaviour.

Parameters Settings

Type of light-level control Switching mode; constant lighting

control

Switching mode: this mode is to be set if the room lighting is only to be able

to be switched ON and OFF.

The presence detector then switches the lighting ON (if applicable by group

where several lighting groups are installed) when presence is detected and

the level of light being measured is below the light-level setting, and OFF

again (also by group, if applicable) either when presence is no longer being

detected or daylight is sufﬁcient for illuminating the room.

Constant-lighting control: this mode must be set if the capability is not only to

be provided for switching room lighting ON and OFF but also for dimming it.

The presence detector switches the lighting ON when presence is detected

and the level of light being measured is below the light-level setting and dims

it until the light-level measured coincides with the light-level setting selected.

Lighting is switched OFF when no person is remaining in the room or so

much daylight is entering the room that the lighting is dimmed to below the

minimum dimming level.

Daytime operation Yes; no

Setting to deﬁne whether the presence detector is to operate irrespective

of light level

Light-level setting (in lux) 10-1000 (500)

This parameter is used for selecting the setting for light level control.

Light-level setting can be read /

changed via bus Yes; no

This parameter is used for selecting whether the setting for controlling light

level can be read and changed via bus.

Yes: communication object 12 "Light-level setting" is added. This object not

only provides the means for changing the setting via the bus, but also for

requesting the current level irrespective of whether it was entered via ETS,

service remote control or bus.

No: the light-level setting can only be selected using the parameter above.

ON level in conjunction with

constant-lighting control 1-100% (80%)

This parameter deﬁnes the ON level in % when constant-lighting control is

activated.

Max. variation from the set value 15lux; 30lux; 45lux; 60lux

This parameter is only visible if the "Type of Light-Level Control" parameter

is set to "constant-lighting control". It deﬁnes the precision with which the

required level of light is controlled. This is necessary because lighting is con-

trolled in dimming steps. Setting an insufﬁcient maximum variation from the

set level can therefore sometimes result in a further "brighter" adjustment

step exceeding the set level and in a further "darker" adjustment step taking

illumination below the set level. This leads to light being dimmed or bright-

ened all the time (i.e. continuously ﬂuctuating light level). If this is the case,

the max. permissible variation from the set level must either be increased or

the dimming step reduced.

Max. dimming step 0.5%; 1%; 1.5%; 2%; 2.5%; 3%; 5%

This parameter is only visible if the "Type of Light-Level Control" parameter is

set to "constant-lighting control".

This parameter is used for setting the maximum dimming "step" (this being

the maximum level by which a new dimming level may increase or decrease

from the previous level with constant-lighting control).

Note: the larger the "Max. dimming step", the smaller the "Max. variation

from the set value" should be.

Send new dimming level after 0.5 s; 1 s; 2 s; 3 s; 4 s; 5 s

This parameter is only visible if the "Type of Light-Level Control" parameter is

set to "constant-lighting control".

This parameter is used for setting the delay after which a new dimming level

is sent in constant-lighting control mode. This ensures that even if actuator

dimming times are short they do not result in constant-lighting control pro-

ducing any abrupt change in light level that a room user may ﬁnd unpleasant.

Parameters Settings

Lighting with sufﬁcient daylight switch OFF; dim to minimum level

This parameter is only visible if the "Type of Light-Level Control" parameter is

set to "constant-lighting control".

This parameter is used for selecting whether to switch the lighting OFF com-

pletely when presence = ON and there is sufﬁcient daylight or whether to

leave it ON but dim it to the selectable "minimum dimming level".

switch OFF: the lighting is switched OFF when the dimming level determined

by the light-level controller is below the "minimum dimming level" selected. It

is automatically switched back ON again as soon as the dimming level meas-

ured by the light-level controller coincides with or exceeds the "minimum

dimming level" selected.

dim to minimum dimming level: lighting remains switched ON and is dimmed

to "minimum dimming level" even if the dimming level measured by the light-

level controller is below the "minimum dimming level" selected. It is only

brightened again when the dimming level measured by the light-level con-

troller is above the "minimum dimming level" selected.

Minimum dimming level 0.5%; 1%; 2%; 3%; 4%; 5%; 6%;

7%; 8%; 9%; 10%

This parameter is only visible if the "Type of Light-Level Control" parameter is

set to "constant-lighting control".

If the light-level controller measures a dimming level that is below the level set

here, lighting is switched OFF or left ON and dimmed to the level selected via

the preceding parameter.

Lighting group 2 offset to dimming

level for lighting-group 1 -100% - 0% - +100%

This parameter is only visible if the "Type of Light-Level Control" parameter

is set to "constant-lighting control" and the "Number of Lighting Groups"

parameter is set to a value > 2 in the "Lighting" parameter window.

This parameter is used for selecting the offset value for lighting group 2 that

must be added to or subtracted from the dimming level measured by the

light-level controller for lighting group 1 (depending on whether lighting group

2 is further away from or closer to the window than lighting group 1) to

provide a workplace below lighting group 2 with a level of light that is also

more or less the same as that provided at the light-level setting selected for

lighting group 1.

Lighting group 3 offset to dimming

level for lighting-group 1 -100% - 0% - +100%

This parameter is only visible if the "Type of Light-Level Control" parameter

is set to "constant-lighting control" and the "Number of Lighting Groups"

parameter is set to a value > 3 in the "Lighting" parameter window.

This parameter is used for selecting the offset value for lighting group 3 that

must be added to or subtracted from the dimming level measured by the

light-level controller for lighting group 1 (depending on whether lighting group

3 is further away from or closer to the window than lighting group 1) to

provide a workplace below lighting group 3 with a level of light that is also

more or less the same as that provided at the light-level setting selected for

lighting group 1.

Lighting group 4 offset to dimming

level for lighting-group 1 -100% - 0% - +100%

This parameter is only visible if the "Type of Light-Level Control" parameter

is set to "constant-lighting control" and the "Number of Lighting Groups"

parameter is set to the value 4 in the "Lighting" parameter window.

This parameter is used for selecting the offset value for lighting group 4 that

must be added to or subtracted from the dimming level measured by the

light-level controller for lighting group 1 (depending on whether lighting group

4 is further away from or closer to the window than lighting group 1) to

provide a workplace below lighting group 4 with a level of light that is also

more or less the same as that provided at the light-level setting selected for

lighting group 1.

Light-level control for dim light x

input

disable and dim; do not disable and

alter set value

disable and dim: if a telegram is received via the "Dim Light x Input" object,

light-level control is disabled and the addressed lighting group dimmed. This

setting is recommended if room lighting consists of several lighting groups.

do not disable and alter set value: light-level control is not disabled after

receiving a telegram via the "Dim Light x Input" object. After receiving a tel-

egram, a delay of approx. 5 seconds elapses before the new light-level value

is adopted as the set value. This setting is recommended if only one lighting

group is used for illuminating the room.

Application description for presence detectors with constant-lighting control

- 14 -

Parameters Settings

External light-level sensor Yes; no

This parameter is used for activating an input object for external light-level

measurement. This value is used instead of the light level measured inter-

nally.

11.6 "HVAC" parameter window

This parameter window is only available if the detector is not being

operated as a "slave" and the "HVAC output" parameter is then set to

"active" in the "General Settings" parameter window.

It is used for setting HVAC control behaviour.

Parameters Settings

HVAC switch-ON delay

(in minutes) 0 (room surveillance); 1-255

This switch-ON delay is independent of the switch-ON delay for presence

detection. It begins from the time at which the detector has identiﬁed the

presence of a person. It has the purpose of preventing the room-tempera-

ture control system from immediately switching over to "comfort mode" in

response to a person entering the room for a brief period only. It is either

matched automatically by the detector to the time persons spend in the

room or can be set to a ﬁxed period.

0 (room surveillance): the switch-ON delay is automatically matched to the

time persons spend in the detection zone.

1-255: the switch-ON delay can be set to a ﬁxed period of between 1 and

255 minutes.

HVAC stay-ON time (in minutes) 1-255 (15)

HVAC stay-ON time is started if no presence is detected. This has the pur-

pose of preventing the "comfort mode" for controlling room-temperature -

along with heating and cooling - from ending as soon as the room is vacated,

particularly when the room is entered again a short time afterwards and con-

tinues to be used.

1-255: the HVAC stay-ON time can be set to a ﬁxed period of between

1 and 255 minutes.

Switch-ON delay and stay-ON

time can be read / changed via

bus Yes; no

This parameter is used for selecting whether or not the HVAC-control switch-

ON delay and stay-ON time is able to be read and changed via bus.

Yes: communication objects 39 and 40 are added so that the HVAC-control

switch-ON delay and stay-ON time can be set via bus. These objects not

only provide the capability of changing both values via the bus. They can

also be used for requesting the current value irrespective of whether it was

entered via ETS, service remote control or bus.

No: the HVAC-control switch-ON delay and stay-ON time cannot be read or

selected via bus.

Disable HVAC output

No; disabling with ON / enabling with

OFF; disabling with OFF / enabling

with ON

This parameter is used for selecting whether to add object 37 "Disable HVAC

Output" and which telegram to use for disabling and re-enabling the "HVAC

output". If the "HVAC Output" object is disabled, the HVAC will not be con-

trolled, i.e. the "HVAC Output" object is not sent.

No: the "Disable HVAC Output" object is not available.

Disabling with ON / enabling with OFF: the "HVAC Output" object is disabled

by a telegram received with the value "1" for the "Disable HVAC Output" object

and enabled by a telegram with the value "0".

Disabling with OFF / enabling with ON: the "HVAC Output" object is disabled

by a telegram received with the value "0" for the "Disable HVAC Output" object

and enabled by a telegram with the value "1".

Parameters Settings

Behaviour on disabling HVAC

output

no action; ON telegram;

OFF telegram

This parameter is only visible if the preceding "Disable HVAC Output" param-

eter is not set to "No".

This parameter is used for selecting whether to set the "HVAC Output" object

to a speciﬁc value before disabling it and whether to send this value.

no action: no telegram is sent before disabling the "HVAC Output" object.

ON telegram: before disabling the "HVAC Output" object, the object is set to

the value "1" and a corresponding telegram is sent.

OFF telegram: before disabling the "HVAC Output" object, the object is set

to the value "0" and a corresponding telegram is sent.

Behaviour on enabling HVAC

output

Set HVAC output to current

status; ON telegram; OFF telegram

This parameter is only visible if the preceding "Disable HVAC Output" param-

eter is not set to "No".

This parameter is used for selecting what is to happen after enabling the

"HVAC Output" object.

Set HVAC output to current status: after enabling the "Presence Output"

object, it is set to the status ascertained by the detector, with this status

being sent.

ON telegram: after disabling the "HVAC Output" object, it is set to the value

"1" irrespective of presence status and a corresponding telegram sent. After

a delay of 5 seconds, the detector takes into account the current presence

status and determines which value the "HVAC output" is currently to be set

to and sends a changed value where necessary.

OFF telegram: after disabling the "HVAC Output" object, it is set to the value

"0" irrespective of presence status and a corresponding telegram sent. After

a delay of 5 seconds, the detector takes into account the current presence

status and determines which value the "HVAC output" is currently to be set

to and sends a changed value where necessary.

HVAC output disabling status

object No; send after change

This parameter is used for selecting whether to add object 38 "HVAC Output

Disabling Status" and, if so, when it is to be sent. Object value "1" is then

used to report that HVAC control is disabled, with object value "0" being

used to report that it is enabled again.

11.7 "Light Level Measured" parameter window

This parameter window is only available if the detector is not being

operated as a "slave" and the "light level measured" parameter is then

set to "active" in the "General Settings" parameter window.

Note: if the LED lights up permanently, e.g. in 4h ON/OFF mode or

for a selected scene, the light level is not measured. No telegram is

sent via the bus during this time.

Parameters Settings

Min. light-level change 20lux; 30lux; 40lux; 50lux;

60lux

This parameter is used to select which level the light-level value last sent must

have changed by before the light level measured is to be sent again.

Send measured level cyclically

inactive; 10s; 15s; 30s; 1min;

5min; 10min; 15min; 30min;

60min

This parameter is used to select whether or after which cycle time to send

the "Light Level Measured" object, even if the light level measured has not

changed in the meantime.

11.8 "Scene Control" parameter window

This parameter window is only available if the detector is not being

operated as a "slave" and if the "Remote control" parameter is then

either set to "User" or to "Program & User" in the "General Settings"

parameter window.

It is used for setting the four scene numbers for the 8-bit scene con-

trol, the scenes of which can be saved and selected using the "User"

IR remote control.

Application description for presence detectors with constant-lighting control

- 14 - - 15 -

Parameters Settings

Scene number [1 to 64] for scene

1 button (0 = no assignment) 0-64

This parameter is used for assigning a scene number in the range from 1 to

64 to the buttons for saving or selecting scene 1 on the "User" IR remote

control. 0 means "no scene assigned". No scene telegram is then sent via

the bus. If a scene is selected before it has been saved, scene selection

remains without any response.

Scene number [1 to 64] for scene

2 button (0 = no assignment) 0-64

This parameter is used for assigning a scene number in the range from 1 to

64 to the buttons for saving or selecting scene 2 on the "User" IR remote

control. 0 means "no scene assigned". No scene telegram is then sent via

the bus. If a scene is selected before it has been saved, scene selection

remains without any response.

Scene number [1 to 64] for scene

3 button (0 = no assignment) 0-64

This parameter is used for assigning a scene number in the range from 1 to

64 to the buttons for saving or selecting scene 3 on the "User" IR remote

control. 0 means "no scene assigned". No scene telegram is then sent via

the bus. If a scene is selected before it has been saved, scene selection

remains without any response.

Scene number [1 to 64] for scene

4 button (0 = no assignment) 0-64

This parameter is used for assigning a scene number in the range from 1 to

64 to the buttons for saving or selecting scene 4 on the "User" IR remote

control. 0 means "no scene assigned". No scene telegram is then sent via

the bus. If a scene is selected before it has been saved, scene selection

remains without any response.

11.9 "Basic Illumination" parameter window

This parameter window is only available if the detector is not being op-

erated as a "slave" and if the "Basic Illumination" parameter is then set

to "active" in the "Lighting" parameter window. It is used for setting the

properties of the chosen basic illumination, e.g. for foyers, stairwells

and corridors.

Parameters Settings

Basic illumination via special switching object;

dimming level to light 1 output

special switching object: object 42 "Switch Basic Illumination Output" is

added for switching the lights for basic illumination ON and OFF.

dimming level for light 1 output: lighting group 1 dimmed to "basic illumina-

tion dimming level" is used as basic illumination.

Basic illumination ON

for a limited time; depending on

light level; depending on outdoor

light level (ext. sensor)

for a limited time: expiry of the "lighting stay-ON time" does not result in light-

ing being switched OFF completely, rather it results in the basic illumination

being activated for a limited time.

depending on light level: the following "Basic Light-Level Threshold (in lux)"

parameter is added. When no presence is being identiﬁed by the detector,

this does not result in lighting being switched OFF, rather it results in the

basic illumination being activated if the level of light measured at this time

by the detector is below the "basic light-level threshold (in lux)". It remains

switched ON until either presence is detected or the level of light measured

by the detector signiﬁcantly exceeds the "basic light-level threshold (in lux)".

depending on outdoor light level (ext. sensor): communication object 43

"Twilight Sensor Input" is added for receiving the level of outdoor light meas-

ured by the twilight sensor as well as the following "Basic Light-Level Thresh-

old (in Lux)" parameter. Depending on whether the actual light level exceeds

or falls below the "basic light-level threshold (in lux)" selected, basic illumina-

tion is switched ON or OFF again regardless of presence.

Parameters Settings

Basic light-level threshold

(in lux) 1-1000 (50)

This parameter is only visible if the preceding "Basic Illumination ON" pa-

rameter is set to "in relation to light level" or "in relation to outdoor light level

(ext. sensor)".

This parameter is used for setting the threshold at which basic illumination is

activated if the threshold is not met, and at which it is deactivated again if the

threshold is signiﬁcantly exceeded. This takes place irrespective of whether

persons are present in the room or not.

Basic illumination dimming level 1-100% (10%)

This parameter is only visible if the preceding "Basic illumination via" param-

eter is set to "dimming level for light 1 output".

This parameter is used for setting the dimming level to which lighting is

dimmed after expiry of the stay-ON time. The following parameter is used for

setting how long basic illumination remains switched ON for.

Basic illumination ON period

(in minutes) 1-255 (15)

This parameter is only visible if the "Threshold and ON Period Can Be Read

/ Changed via Bus" parameter is set to "Yes".

Basic illumination is switched OFF after expiry of the ON period that is set

here.

Threshold and ON period can be

read / changed via bus

Yes; no

This parameter is used for selecting whether or not the threshold for switch-

ing basic illumination ON/OFF and the basic illumination ON period can be

read and changed via bus.

Yes: communication objects 44 and 45 are added so that the threshold and

ON period of the basic illumination can be set via bus. These objects not only

provide the capability of changing both values via the bus. They can also be

used for requesting the current value irrespective of whether it was entered

via ETS, service remote control or bus.

No: the threshold and basic illumination ON period cannot be read and

changed via bus.

11.10 "Sabotage" parameter window

This parameter window is only available when the "Sabotage" pa-

rameter is set to "active" in the "General Settings" parameter window.

It is used for setting sabotage-protection properties.

Parameters Settings

Send measured level cyclically

inactive; 10s; 15s; 30s; 1min;

5min; 10min; 15min; 30min;

60min

This parameter is used to select whether or after which cycle time to send

the "Light Level Measured" object, even if the light level measured has not

changed in the meantime.

Telegram ON; OFF

This parameter deﬁnes whether to send an ON telegram or OFF telegram

cyclically.

11.11 "Temperature Measured" parameter window

Parameters Settings

Min. change in temperature 0.1 - 25.5°C (1°C)

This parameter is used to select by which level the temperature last sent

must have changed before the temperature is re-sent.

Send temperature cyclically 0 - 25.5 min (0)

This parameter is used to select whether or after which cycle time to send

the temperature, even if the temperature has not changed in the meantime.

0: it is not sent cyclically.

Application description for presence detectors with constant-lighting control

- 16 -

Parameters Settings

Time between telegrams 0-5 (1)

This parameter is only visible if the "Value Adjustment via Long Button Press"

parameter is set to "Yes".

This parameter is used to set the interval by which the value is increased in

response to a long button press.

Overrun Yes; no

This parameter is only visible if the "Value Adjustment via Long Button Press"

parameter is set to "Yes".

This parameter is used to deﬁne whether adjustment stops at the maximum

value or restarts automatically at 0.

11.14 "Scene Control Button" parameter window

Parameters Settings

Scene number [1 to 64] for button

(0 = no assignment) 0-64 (0)

This parameter is used for assigning a scene number in the range from 1 to

64 to the button. 0 means "no scene assigned". No scene telegram is then

sent via the bus. If a scene is selected before it has been saved, scene selec-

tion remains without any response.

11.15 "Internal Switching/Dimming Button" parameter window

Parameters Settings

Lighting group

(only select active group) 0-4 (1)

This parameter assigns to the button an internal lighting group that to be is

switched ON/OFF and dimmed via the button.

11.12 "Humidity Measured" parameter window

Parameters Settings

Min. change in humidity 0.1 - 25.5% (1%)

This parameter is used to select which level the humidity last sent must have

changed by before humidity is re-sent.

Send humidity change cyclically 0 - 25.5min (0)

This parameter is used to select whether or after which cycle time to send

the humidity, even if the humidity has not changed in the meantime.

0: it is not sent cyclically.

11.13 "Encoder Button" parameter window

Parameters Settings

1-byte encoder function 0-255; 0-100%

This parameter is only visible if the "Button Function" parameter is set to

"1-byte encoder". This parameter is used for setting the 1-byte data type.

2-byte encoder function 0-65535; 0-1500lux; 0-40°C

This parameter is only visible if the "Button Function" parameter is set to

"2-byte encoder". This parameter is used for setting the 2-byte data type.

Starting value 0-255 0-255 (1)

This parameter is only visible if the "1-Byte Encoder Function" parameter is

set to "0-255". This parameter is used to deﬁne the starting value that is is-

sued on brieﬂy pressing the button.

Starting value 0-100% 0-100% (1%)

This parameter is only visible if the "1-Byte Encoder Function" parameter is

set to "0-100%". This parameter is used to deﬁne the starting value that is

issued on brieﬂy pressing the button.

Starting value 0-65535 0-65535 (1)

This parameter is only visible if the "2-Byte Encoder Function" parameter is

set to "0-65535". This parameter is used to deﬁne the starting value that is

issued on brieﬂy pressing the button.

Brightness starting value 0-1500lux (50lux)

This parameter is only visible if the "2-Byte Encoder Function" parameter

is set to "0-1500lux". This parameter is used to deﬁne the starting value

that is issued on brieﬂy pressing the button. The value can be set in 50-lux

increments.

Temperature starting value 0-40°C (1°C)

This parameter is only visible if the "2-Byte Encoder Function" parameter is

set to "0-40°C". This parameter is used to deﬁne the starting value that is

issued on brieﬂy pressing the button.

Value adjustment via long button

press Yes /no

This parameter is used to deﬁne whether the starting value can be adjusted

via a long button press.

Value adjustment starting value Starting value; consecutive

This parameter is only visible if the "Value Adjustment via Long Button Press"

parameter is set to "Yes". This parameter is used to set the value at which

values start to be adjusted.

1-Byte increment 0-20 (20)

This parameter is only visible if the "Value Adjustment via Long Button Press"

parameter is set to "Yes" and the "Button Function" parameter is set to "1-

Byte Encoder".

This parameter is used to set the increment by which the value changes in

response to a long button press.

Increment 0-65535 0-1000 (1)

This parameter is only visible if the "Value Adjustment via Long Button Press"

parameter is set to "Yes" and the "2-Byte Encoder Function" parameter is

set to "0-65535".

This parameter is used to set the increment by which the value changes in

response to a long button press.

Application description for presence detectors with constant-lighting control

- 16 - - 17 -

Applikationsbeschreibung für Präsenzmelder mit Konstantlicht-Regelung

Inhaltsverzeichnis

Applikationsbeschreibung für Präsenzmelder

mit Konstantlicht-Regelung

1. Melder-Funktionen................................................................ 18

1.1 Präsenz-Meldung........................................................... 18

1.2 Beleuchtungs-Steuerung ............................................... 18

1.3 HLK-Steuerung.............................................................. 18

2. Betriebsarten des Präsenzmelders...................................... 18

2.1 Einzelmelder................................................................... 18

2.2 Master ........................................................................... 18

2.3 Slave.............................................................................. 18

2.4 Master im Parallelbetrieb ................................................ 18

3. Konstantlicht-Regelung........................................................ 18

3.1 Ein- / Ausschalten bei Konstantlicht-Regelung ............... 18

3.2 Übersteuern der Konstantlicht-Regelung ....................... 19

3.3 Sperren / Freigeben der Konstantlicht-Regelung ............ 19

4. Schaltbetrieb......................................................................... 19

5. Voll- / Halbautomat ............................................................... 19

6. IR-Fernbedienungen............................................................. 19

7. Testbetrieb ............................................................................ 19

8. Verhalten nach Busspannungs-Ausfall

und -Wiederkehr bzw. Restart sowie Download ................. 20

9. Verhalten nach Erststart und Unload ................................... 20

10. Kommunikationsobjekte....................................................... 20

11. Parameter.............................................................................. 25

11.1 Parameter-Fenster „Allgemeine Einstellungen“ .............. 25

11.2 Parameter-Fenster „Reichweiteneinstellungen“ ............. 26

11.3 Parameter-Fenster „Präsenz“........................................ 26

11.4 Parameter-Fenster „Beleuchtung“................................. 27

11.5 Parameter-Fenster „Helligkeits-Regelung“..................... 28

11.6 Parameter-Fenster „HLK“ ............................................. 30

11.7 Parameter-Fenster „Messwert Helligkeit“ ...................... 30

11.8 Parameter-Fenster „Szenensteuerung“ ......................... 30

11.9 Parameter-Fenster „Grundbeleuchtung“ ....................... 31

11.10 Parameter-Fenster „Sabotage“ ..................................... 31

11.11 Parameter-Fenster „Messwert Temperatur“................... 31

11.12 Parameter-Fenster „Messwert Feuchtigkeit“ ................. 32

11.13 Parameter-Fenster „Taster Wertgeber“.......................... 32

11.14 Parameter-Fenster „Taster Szenensteuerung“............... 32

11.15 Parameter-Fenster „Taster Schalten / Dimmen intern“... 32

- 18 -

Applikationsbeschreibung für Präsenzmelder mit Konstantlicht-Regelung

1. Melder-Funktionen

IR 180 KNX: Der PIR-Präsenzmelder mit Konstantlicht-Regelung be-

steht aus einem Passiv-Infrarot (PIR) Bewegungsmelder mit integrier-

tem Helligkeitsfühler, integriertem IR-Empfänger und integrierter roter

Leuchtdiode (LED) zur Anzeige einer erkannten Bewegung im Testbe-

trieb.

HF 180 KNX: Der HF-Präsenzmelder mit Konstantlicht-Regelung be-

steht aus einem Hochfrequenz (HF) Bewegungsmelder mit integrier-

tem Helligkeitsfühler, integriertem IR-Empfänger und integrierter roter

Leuchtdiode (LED) zur Anzeige einer erkannten Bewegung im Testbe-

trieb.

Der HF-Präsenzmelder zur Wandmontage unterscheidet sich von ei-

nem PIR-Präsenzmelder (PIR – Passiv Infrarot) durch

-Verbesserte Erfassung von radialen Bewegungen,

-Unempﬁndlichkeit gegenüber Wärmequellen im Detektions-

bereich.

Der IR- bzw. HF-Melder kann folgende Funktionen übernehmen:

1.1 Präsenz-Meldung

1.2 Beleuchtungssteuerung

1.3 HLK-Steuerung

Welche dieser Funktionen genutzt (aktiviert) werden soll, wird über

das Parameter-Fenster „Allgemeine Einstellungen“ mit der Enginee-

ring Tool Software (ETS) ab Version ETS3.f eingestellt.

Für jede der Melder-Funktionen ist jeweils getrennt einstellbar, nach

welcher Zeit eine erkannte Bewegung ggf. zum Aktivieren der jeweili-

gen Funktion führen soll bzw. wann nach der letzten erkannten Bewe-

gung die jeweilige Funktion wieder deaktiviert werden soll.

Bei der Beleuchtungs-Steuerung wird bei Dunkelheit die Beleuchtung

beim Betreten des Raums sofort eingeschaltet aber erst einige Zeit

nach Verlassen des Raums wieder ausgeschaltet. Falls eine Person

nämlich kurz nach Verlassen des Raums nochmals zurückkommt

(weil sie z.B. etwas vergessen hatte), ist der Raum noch beleuchtet,

und die Beleuchtung muss nicht erst erneut eingeschaltet werden.

Die entsprechende „Nachlaufzeit“ kann entweder vom Melder auto-

matisch ermittelt werden (IQ-Mode) oder auf einen festen Wert ein-

gestellt werden.

Da das Aufheizen bzw. Abkühlen eines Raums, dessen HLK-Anla-

gen während der Nutzungspause auf Energiespar-Betrieb geschal-

tet waren, eine längere Zeit dauert, wird das Ein- und Ausschalten

des Komfort-Betriebs verzögert. Das kurze Betreten eines Raums

soll nicht sofort zum Aktivieren der HLK-Anlagen führen. Die entspre-

chende „Einschaltverzögerung“ kann entweder vom Melder automa-

tisch an die Anwesenheitsdauer der Raumnutzer angepasst werden

(Raumüberwachung) oder auf einen festen Wert eingestellt werden.

Ebenso soll ein kurzzeitiges Verlassen des Raums nicht sofort zum

Abschalten der HLK-Anlagen führen. Die zugehörige „Nachlaufzeit“

kann auf einen festen Wert eingestellt werden.

1.1 Präsenz-Meldung:

Diese Funktion ermöglicht das Überwachen des Raums. Sobald die

Anwesenheit einer Person sicher detektiert wurde, wird dies gemel-

det. Es wird ebenfalls sofort gemeldet, wenn keine Anwesenheit von

Personen detektiert wird.

Diese Überwachungsfunktion kann z.B. tagsüber gesperrt werden

und nur nachts während einer bestimmten Zeitspanne sowie über

das Wochenende freigegeben werden.

1.2 Beleuchtungs-Steuerung:

Über diese Funktion wird im „Schaltbetrieb“ eine nur schaltbare Be-

leuchtung präsenz- und helligkeitsabhängig ein- und ausgeschaltet.

Wurde, bei einer dimmbaren Raumbeleuchtung, statt dem „Schalt-

betrieb“ die „Konstantlicht-Regelung“ gewählt, so wird, wenn sich

Personen im Raum beﬁnden und der Helligkeits-Messwert unter

dem Helligkeits-Sollwert liegt, die Beleuchtung automatisch einge-

schaltet und auf den vorgegebenen Sollwert der Beleuchtungsstärke

gedimmt. Reicht das Tageslicht zur Raumbeleuchtung aus, wird die

Beleuchtung dunkler gedimmt und ggf. komplett ausgeschaltet.

Der Helligkeitswert, der über den in den Melder eingebauten Hellig-

keitsfühler gemessen wird, ist über den Bus übertragbar.

1.3 HLK-Steuerung:

Über diese Funktion können die Anlagen, die zum Heizen, Lüften und

Klimatisieren (HLK) des Raumes dienen, vom „Energiespar-Betrieb“

bzw. „Pre-Komfortbetrieb“ bei nicht genutztem Raum auf „Komfort-

Betrieb“ bei genutztem Raum und wieder auf „Pre-Komfortbetrieb“

bzw. „Energiespar-Betrieb“ nach Nutzungsende des Raums automa-

tisch umgeschaltet werden.

2. Betriebsarten des Präsenzmelders

Dem Präsenzmelder muss eine der nachfolgenden Betriebsarten zu-

geordnet werden:

-Einzelmelder,

- Master,

-Slave,

-Master im Parallelbetrieb.

2.1 Einzelmelder:

Außer dem Präsenzmelder als „Einzelmelder“ sind keine weiteren

Präsenzmelder im Raum installiert.

2.2 Master:

Je nach Bedarf können zur Erweiterung des Erfassungsbereichs

Präsenzmelder als „Slave“ mit dem „Master“ über den Bus verbun-

den werden. Der Master ermittelt die „Gesamtpräsenz“, d.h. ob sich

inmindestens einem der Erfassungsbereiche (und somit im gesamten

Raum) eine Person beﬁndet, führt für den gesamten Raum die Be-

leuchtungs- und HLK-Steuerung durch und sendet die zugehörigen

Objekte.

2.3 Slave:

Ein Präsenzmelder als „Slave“ liefert nur die Information „Präsenz EIN“

zum Master. Bei einem Slave müssen daher auch nur wenige Para-

meter eingestellt werden.

2.4 Master im Parallelbetrieb:

Wird ein Präsenzmelder als „Master im Parallelbetrieb“ betrieben, so

können weitere Präsenzmelder als „Slave“ zur Erweiterung des Er-

fassungsbereichs angeschlossen werden. Der „Master im Parallelbe-

trieb“ führt eine eigene Beleuchtungs-Steuerung durch und sendet

zum „Master“ den aktuellen Präsenz-Status. Der „Master“ regelt dann

die HLK-Steuerung.

3. Konstantlicht-Regelung

Bei der Konstantlicht-Regelung wird die Beleuchtung, je nach Leucht-

mittel, über Dimmaktoren oder über Schalt-/ Dimmaktoren auf den

vorgegebenen Helligkeits-Sollwert geregelt, wobei der Sollwert über

einen Parameter oder über ein Kommunikationsobjekt einstellbar ist.

Über einen Parameter ist einstellbar, ob zur Raumbeleuchtung nur

eine dimmbare Leuchtengruppe dient oder ob bis zu vier dimmba-

re Leuchtengruppen zur Verfügung stehen. Sind mehrere Leuchten-

gruppen installiert, so muss der Präsenzmelder mit seinem Hellig-

keitsfühler innerhalb der Leuchtengruppe 1 installiert sein. Bei einem

Betrieb mit mehreren Präsenzmeldern in einem Raum sollte der Prä-

senzmelder für die Leuchtengruppe 1 als Master arbeiten. Außerdem

sollte dann der Melder für die Leuchtengruppe 1 möglichst nahe an

der Tür liegen, damit er sofort das Betreten des Raums erkennen

kann.

3.1 Ein-/Ausschalten bei Konstantlicht-Regelung:

Wird vom Präsenzmelder die Anwesenheit einer oder mehrerer Per-

sonen detektiert, so wird die Konstantlicht-Regelung gestartet. Ist

diese auch freigegeben, so wird abhängig von der gemessenen Hel-

ligkeit und dem eingestellten Sollwert ermittelt, ob die Beleuchtung

einzuschalten ist oder nicht. Beim Einschalten wird die Beleuchtung

immer auf volle Helligkeit eingeschaltet (Dimmwert = 100 %) und von

diesem Wert ausgehend anschließend vom Helligkeitsregler lang-

sam auf denjenigen Wert gedimmt, bei dem Helligkeits-Sollwert und

Helligkeits-Istwert hinreichend übereinstimmen. Bei mehreren Leuch-

tengruppen wird nur die Leuchtengruppe 1 auf den vom Helligkeits-

Regler ermittelten Dimmwert gedimmt. Alle anderen Leuchtengrup-

pen werden um einen pro Leuchtengruppe individuell einstellbaren

- 18 - - 19 -

Applikationsbeschreibung für Präsenzmelder mit Konstantlicht-Regelung

Wert dunkler bzw. heller gedimmt, je nachdem ob sie näher am Fens-

ter oder weiter entfernt von ihm installiert sind.

Ist bei Anwesenheit von Personen und bei bereits auf den Mindest-

Dimmwert gedimmter Beleuchtung die gemessene Helligkeit immer

noch größer als der eingestellte Sollwert, so wird, abhängig von der

gewählten Parameter-Einstellung, die Beleuchtung entweder ganz

ausgeschaltet oder sie bleibt eingeschaltet, aber gedimmt auf den

Mindest-Dimmwert.

Stellt der Präsenzmelder fest, dass keine Person mehr im Raum ist,

so wird die Konstantlicht-Regelung beendet. Es ist einstellbar, ob

durch das Beenden der Konstantlicht-Regelung auch die Beleuch-

tung komplett ausgeschaltet werden soll oder ob sie entweder für

eine einstellbare Zeitdauer auf einen einstellbaren Wert (den „Dimm-

wert Grundbeleuchtung“) gedimmt bleiben soll oder ob sie immer

dann aktiviert werden soll, wenn entweder die vom Helligkeitsfühler

des Melders gemessene Helligkeit oder die von einem Dämmerungs-

sensor gemessene Außenhelligkeit unter dem „Schwellwert Grund-

helligkeit“ liegt.

3.2 Übersteuern der Konstantlicht-Regelung:

Die Helligkeits-Regelung kann vom Raumnutzer zeitweilig (solange

eine Person im Detektionsbereich ist) übersteuert werden. Hierzu die-

nen die Objekte „Eingang Licht x schalten“, „Eingang Licht x dimmen“

und „Eingang Licht x Dimmwert“.

Werden, bei erkannter Anwesenheit von Personen im Detektions-

bereich, über das Objekt „Eingang Licht x schalten“ oder über das

Objekt „Eingang Licht x Dimmwert“ ein Telegramm empfangen, so

wird die zugehörige Leuchtengruppe auf den empfangenen Wert

geschaltet bzw. gedimmt und die Helligkeits-Regelung gesperrt. Die

Beleuchtung bleibt solange auf den empfangenen Wert geschaltet

bzw. gedimmt, bis die Helligkeits-Regelung entweder durch Perso-

nen im Raum freigegeben wird (z.B. durch Betätigen eines speziel-

len Tasters) oder bis der Melder keine Präsenz von Personen mehr

feststellt, die Helligkeits-Regelung automatisch wieder freigibt und die

Beleuchtung ausschaltet.

Über einen Parameter ist einstellbar, ob auch bei einem über ein

Objekt „Eingang Licht x dimmen“ empfangenem Telegramm die

Helligkeits-Regelung gesperrt werden soll oder nicht. Soll sie ge-

sperrt werden, so wird nur die über das Telegramm angesproche-

ne Leuchtengruppe entsprechend heller oder dunkler gedimmt. Soll

die Helligkeits-Regelung durch ein solches Telegramm nicht gesperrt

werden, so wird die angesprochene Leuchtengruppe nicht gedimmt

sondern stattdessen der Sollwert für die Konstantlicht-Regelung um

den empfangenen Wert in Richtung heller bzw. dunkler verschoben.

Bei nur einer Leuchtengruppe pro Raum sollte daher die Parameter-

Einstellung „Sollwert verschieben“ bei mehreren dagegen die Einstel-

lung „dimmen“ gewählt werden.

3.3 Sperren/Freigeben der Konstantlicht-Regelung:

Außer durch den Empfang eines Telegramms zu den Objekten

„Eingang Licht X schalten“ „Eingang Licht X Dimmwert“ und „Eingang

Licht X dimmen“ kann die Konstantlicht-Regelung jederzeit über

das Objekt „Helligkeits-Regelung sperren“ über den Bus gesperrt

und über dieses Objekt auch jederzeit wieder freigegeben werden.

Schaltzustand und Dimmwert der Beleuchtung werden durch den

Helligkeitsregler während seiner Sperrung nicht verändert. Über eines

der Objekte 24 bis 35 empfangene Schalt- bzw. Dimm-Telegramme

werden jedoch auch bei gesperrtem Helligkeitsregler ausgeführt.

Über Parameter ist einstellbar, welchen Zustand die Beleuchtung vor

dem Sperren über das Sperrobjekt und welchen sie nach dem Frei-

geben über das Sperrobjekt annehmen soll.

Wie bereits oben erläutert führt das Ein- oder Ausschalten der Be-

leuchtung über einen Taster sowie das Setzen der Beleuchtung auf

einen bestimmten Dimmwert über einen Taster oder durch eine Sze-

nensteuerung immer zum Sperren des Helligkeitsreglers. Diese Sper-

rung kann entweder durch ein entsprechendes Telegramm über das

Objekt „Helligkeits-Regelung sperren“ beendet werden oder sie wird

automatisch beendet, wenn der Präsenzmelder erkennt, dass sich

keine Person mehr im Erfassungsbereich beﬁndet und dann auch die

Helligkeits-Regelung beendet (nicht bei Szenen).

4. Schaltbetrieb

Im „Schaltbetrieb“ wird eine nicht dimmbare Beleuchtung über

Schalt-Telegramme nur ein- und ausgeschaltet (dies entspricht einer

„Helligkeits-Zweipunktregelung“). Bei Präsenz wird die Beleuchtung

eingeschaltet, sobald der parametrierte Helligkeits-Grenzwert unter-

schritten ist und ausgeschaltet bei keiner Präsenzerkunnung oder

wenn sie nicht mehr benötigt wird, da das Tageslicht zur Raumbe-

leuchtung ausreicht. Der Helligkeits-Grenzwert ist über einen Para-

meter und optional auch über ein Kommunikationsobjekt einstellbar.

Über einen Parameter ist einstellbar, ob zur Raumbeleuchtung nur

eine schaltbare Leuchtengruppe dient oder ob bis zu vier schaltbare

Leuchtengruppen zur Verfügung stehen. Sind mehrere Leuch-ten-

gruppen installiert, so wird, bei erkannter Präsenz und einem unter

dem Helligkeits-Sollwert liegenden Helligkeits-Messwert, zuerst im-

mer die Leuchtengruppe 1 eingeschaltet. Liegt dann der Sollwert

immer noch unter dem Messwert, wird die Leuchtengruppe 2 zu-

geschaltet, usw. Je nach gemessener Helligkeit und mehr Tages-

lichteinfall, können durch den Helligkeits-Regler eine oder mehrere

Leuchtengruppen in umgekehrter Reihenfolge wieder ausgeschaltet

werden.

Der „Schaltbetrieb“, d.h. die Helligkeits-Zweipunktregelung, kann

über das Objekt „Helligkeits-Regelung sperren“ genauso gesperrt

und freigegeben werden wie die Konstantlicht-Regelung. Und genau

wie diese wird der „Schaltbetrieb“ auch durch den Empfang eines

Telegramms „Eingang Licht 1 schalten“ übersteuert und gesperrt so-

wie automatisch wieder freigegeben, wenn sich keine Person mehr im

Raum beﬁndet. Auch eine Grundbeleuchtung ist bei keiner Präsen-

zerkennung zeitbegrenzt oder abhängig vom „Schwellwert Grundhel-

ligkeit“ einschaltbar.

5. Voll- / Halbautomat

Über einen Parameter ist einstellbar, ob der Präsenzmelder als

„Vollautomat“ oder als „Halbautomat“ arbeiten soll. Beim Betrieb

als „Vollautomat“ wird die Beleuchtung helligkeitsabhängig bei An-

wesenheit von Personen automatisch eingeschaltet und bei Abwe-

senheit von Personen automatisch ausgeschaltet. Beim Betrieb als

„Halbautomat“ muss die Beleuchtung von Hand eingeschaltet wer-

den. Sie wird jedoch automatisch entweder helligkeitsabhängig aus-

geschaltet oder dann ausgeschaltet, wenn sich keine Person mehr im

Detektionsbereich des Melders beﬁndet.

6. IR-Fernbedienungen

Als Zubehör zum Präsenzmelder stehen optional zwei spezielle IR-

Fernbedienungen zur Verfügung. Die IR-Fernbedienung „User“ dient

zum Ein-/Ausschalten und zum Dimmen heller/dunkler der Beleuch-

tung sowie zum Speichern und Abrufen von bis zu 4 Szenen durch

den Raumnutzer. Mit der IR-Fernbedienung „Program“ kann das Ser-

vice-Personal bei Bedarf die Helligkeits-Messung kalibrieren, einige

Melder-Parameter auch ohne Einsatz der ETS ändern und einen Test-

betrieb starten und beenden. Per IR-Fernbedienung geänderte Para-

meter sind über den Bus lesbar. Program-Fernbedienung RC6KNX

EAN-Nr.: 4007841 593018. User-Fernbedienung RC7 KNX EAN-Nr.:

4007841 592912.

7. Testbetrieb

Mit der ETS oder, falls dies freigegeben ist, über die IR-Fernbedie-

nung zu Service-Zwecken können der „Präsenz-Testbetrieb“ oder

der „Beleuchtungs-Testbetrieb“ des Präsenzmelders ein- und ausge-

schaltet werden.

Der „Präsenz-Testbetrieb“ dient zum Überprüfen des Erfas-sungsbe-

reichs. Jede erkannte Bewegung wird dann durch ein kurzes Auf-

leuchten der in den Präsenzmelder eingebauten roten Leuchtdiode

angezeigt. Kommunikations-Objekte werden während des Präsenz-

Testbetriebs nicht gesendet.

Der „Beleuchtungs-Testbetrieb“ dient zum Prüfen der Helligkeits-

Regelung. Voraussetzung ist, dass der Melder mit der ETS paramet-

riert wurde und seine Objekte mit den Objekten der Taster und Akto-

ren zur Beleuchtungs-Steuerung verknüpft sind.

Beim Beleuchtungs-Testbetrieb wird jede erkannte Bewegung durch

ein kurzes Auﬂeuchten der in den Präsenzmelder eingebauten roten

Leuchtdiode angezeigt. Außerdem werden für die Dauer dieses

Testbetriebs, unabhängig von der gewählten Parametrierung des

- 20 -

Applikationsbeschreibung für Präsenzmelder mit Konstantlicht-Regelung

Präsenzmelders, die Nachlaufzeit der Beleuchtung auf 8Sekunden

gesetzt, die Helligkeits-Regelung und die Fernbedienung für beide

Typen der IR-Fernbedienung aktiviert. Die Funktionen „Präsenz-

Meldung“ und „HLK-Steuerung“ werden deaktiviert. Die zugehörigen

Objekte werden nicht gesendet.

8. Verhalten nach Busspannungs-Ausfall und

-Wiederkehr bzw. Restart sowie Download

Bei einem Busspannungs-Ausfall fällt auch der Präsenz-Melder aus,

da seine Elektronik über die Busspannung gespeist wird. Bei Bus-

spannungs-Ausfall werden die Sperrzustände von Helligkeitsrege-

lung, Ausgang HLK und Ausgang Präsenz unverlierbar gespeichert,

damit sie bei Busspannungs-Wiederkehr automatisch wieder herge-

stellt werden können.

Nach Busspannungs-Wiederkehr sowie nach einem vollständigen

oder partiellen Laden der Produkt-Datenbank in den Präsenzmelder

mit Hilfe der ETS (d.h. nach einem Restart) durchläuft der Präsenz-

melder eine Sperrzeit von ca. 40 Sekunden beim IR 180 KNX und ca.

10 Sekunden beim HF 180 KNX. Zu Beginn der Sperrzeit wird die Be-

leuchtung eingeschaltet und am Ende der Sperrzeit für ca. 2Sekun-

den ausgeschaltet. Ab dann ist der Melder betriebsbereit und sendet

die aktuellen Telegramme zur Beleuchtungs- und HLK-Steuerung so-

wie ggf. zur Raumüberwachung (Präsenz), falls die entsprechenden

Ausgänge nicht vor Busspannungs-Ausfall gesperrt waren.

Hinweis: Der Sperrzustand der Helligkeits-Regelung wird nur gespei-

chert, wenn der Präsenzmelder über das Obj. 22 gesperrt wurde.

Vorrübergehende Sperrungen durch z. B. 4h AN/AUS, Szenen, Ein-

gang Licht x schalten werden nicht gespeichert.

9. Verhalten nach Erststart und Unload

Wird ein fabrikneuer Präsenzmelder installiert, so geht er nach An-

legen der Busspannung automatisch sofort in die Betriebsart „Prä-

senz-Testbetrieb“. In dieser Betriebsart wird jede erkannte Bewegung

durch ein Auﬂeuchten der in den Präsenzmelder eingebauten roten

LED angezeigt. Hierdurch ist erkennbar, dass Busspannung am Mel-

der anliegt und dass er funktionsfähig ist. Die Helligkeitsregelung und

das Senden von Telegrammen sind jedoch deaktiviert.

Wird das Applikationsprogramm des Präsenzmelders mit der ETS

„entladen“ (unload), so geht der Präsenzmelder, genauso wie nach

einem Erststart, automatisch in die Betriebsart „Präsenz-Testbetrieb“.

10.Kommunikationsobjekte

Die nachfolgend aufgelisteten Kommunikationsobjekte stehen beim

Präsenzmelder maximal zur Verfügung. Welche von ihnen sichtbar

und mit Gruppenadressen verknüpfbar sind, wird bestimmt sowohl

durch die Einstellung des Parameters „Melder-Betriebsart“ im Para-

meter-Fenster „Allgemeine Einstellungen“ als auch durch die Einstel-

lung weiterer Parameter zu gewünschten Funktionen und Kommuni-

kationsobjekten.

Maximale Anzahl der Gruppenadressen: 250

Maximale Anzahl der Zuordnungen: 250

Obj Objektname Funktion DP-Typ Flags

0 Status Testbetrieb EIN/AUS 1.001

(1 Bit) KLÜ

1 Ausgang Präsenz EIN/AUS 1.001

(1 Bit) KLÜ

2Sperren Ausgang

Präsenz EIN/AUS 1.001

(1 Bit) KSÜ

3Status Sperrung

Ausgang Präsenz EIN/AUS 1.001

(1 Bit) KLÜ

4 Slave Präsenz EIN / AUS 1.001

(1 Bit) KSÜ

8Schaltstatus

Störquelle EIN/AUS 1.001

(1 Bit) KSÜ

Zeitfaktor

Einschaltverzöge-

rung Präsenz

0-5 5.005

(8 Bit) KLSÜ

10 Zeitfaktor Nach-

laufzeit Präsenz 1-255 5.005

(8 Bit) KLSÜ

11 Messwert

Helligkeit 10-1500Lux 9.004

(16 Bit) KLÜ

12 Sollwert Helligkeit 10-1000Lux 9.004

(16 Bit) KLSÜ

Obj Objektname Funktion DP-Typ Flags

Zeitfaktor

Nachlaufzeit

Beleuchtung

0-255 5.005

(8 Bit) KLSÜ

14 Ausgang Licht 1

schalten EIN/AUS 1.001

(1 Bit) KLÜ

15 Ausgang Licht 2

schalten EIN/AUS 1.001

(1 Bit) KLÜ

16 Ausgang Licht 3

schalten EIN/AUS 1.001

(1 Bit) KLÜ

17 Ausgang Licht 4

schalten EIN/AUS 1.001

(1 Bit) KLÜ

18 Ausgang Licht 1

Dimmwert 0-100% 5.001

(8 Bit) KLÜ

19 Ausgang Licht 2

Dimmwert 0-100% 5.001

(8 Bit) KLÜ

20 Ausgang Licht 3

Dimmwert 0-100% 5.001

(8 Bit) KLÜ

21 Ausgang Licht 4

Dimmwert 0-100% 5.001

(8 Bit) KLÜ

22 Helligkeits-

Regelung sperren EIN/ AUS 1.001

(1 Bit) KSÜ

Status Sperrung

Helligkeits-

Regelung

EIN/AUS 1.001

(1 Bit) KLÜ

24 Eingang Licht 1

schalten EIN/AUS 1.001

(1 Bit) KSÜ

25 Eingang Licht 1

dimmen heller/dunkler 3.007

(4 Bit) KSÜ

26 Eingang Licht 1

Dimmwert 0-100% 5.001

(8 Bit) KSÜ

27 Eingang Licht 2

schalten EIN/AUS 1.001

(1 Bit) KSÜ

28 Eingang Licht 2

dimmen heller/dunkler 3.007

(4 Bit) KSÜ

29 Eingang Licht 2

Dimmwert 0-100% 5.001

(8 Bit) KSÜ

30 Eingang Licht 3

schalten EIN/AUS 1.001

(1 Bit) KSÜ

31 Eingang Licht 3

dimmen heller/dunkler 3.007

(4 Bit) KSÜ

32 Eingang Licht 3

Dimmwert 0-100% 5.001

(8 Bit) KSÜ

33 Eingang Licht 4

schalten EIN/AUS 1.001

(1 Bit) KSÜ

34 Eingang Licht 4

dimmen heller/dunkler 3.007

(4 Bit) KSÜ

35 Eingang Licht 4

Dimmwert 0-100% 5.001

(8 Bit) KSÜ

36 Ausgang HLK EIN /AUS 1.001

(1 Bit) KLÜ

37 Sperren Ausgang

HLK EIN/AUS 1.001

(1 Bit) KSÜ

38 Status Sperrung

Ausgang HLK EIN/AUS 1.001

(1 Bit) KLÜ

Zeitfaktor

Einschaltverzöge-

rung HLK

0-255 5.005

(8 Bit) KLSÜ

40 Zeitfaktor

Nachlaufzeit HLK 1-255 5.005

(8 Bit) KLSÜ

41 Ausgang 8-bit

Szene

abrufen/

speichern

18.001

(8 Bit) KLÜ

42 Ausgang Grundbe-

leuchtung schalten EIN / AUS 1.001

(1 Bit) KLÜ

43 Eingang Dämme-

rungssensor 10-1000Lux 9.004

(16 Bit) KSÜ

44 Schwellwert

Grundhelligkeit 10-1000Lux 9.004

(16 Bit) KLSÜ

Zeitfaktor

Einschaltdauer

Grundbeleuchtung

1-255 5.005

(8 Bit) KLSÜ

46 Verstärkungs-

faktor 1-4 5.005

(8 Bit) KLSÜ

47 Empﬁndlichkeit 1 = hoch / 0 =

niedrig

1.001

(1 Bit) KLSÜ

48 Eingang

Helligkeitssensor 10-1000Lux 9.004

(16 Bit) KSÜ

49 Sabotageschutz EIN/AUS 1.001

(1 Bit) KLÜ

50 Messwert

Temperatur 0-40°C 9.001

(16 Bit) KLÜ

51 Messwert

Feuchtigkeit 0-100% 9.007

(16 Bit) KLÜ

52 Taster Licht

schalten EIN/AUS 1.001

(1 Bit) KLÜ

53 Taster Licht

dimmen heller/dunkler 3.007

(4 Bit) KLÜ

This manual suits for next models

Table of contents

Languages:

Other STEINEL Accessories manuals

STEINEL

STEINEL StudioLine IS 2160 User manual

STEINEL

STEINEL True Presence KNX Owner's manual

STEINEL

STEINEL L 270 S User manual

STEINEL

STEINEL HPD 2 IP User manual

STEINEL

STEINEL IR Quattro HD-2 KNX User manual

STEINEL

STEINEL IS 180-2 User manual

STEINEL

STEINEL IS 2180-5 User manual

STEINEL

STEINEL StudioLine HF 3600 User manual

STEINEL

STEINEL LiveLink HF 3360 Owner's manual

STEINEL

STEINEL IS 3360 User manual

STEINEL

STEINEL XSolar L-S User manual

STEINEL

STEINEL IS 1 User manual

STEINEL

STEINEL L 330 S User manual

STEINEL

STEINEL IS NM 360 User manual

STEINEL

STEINEL HBS 200 User manual

STEINEL

STEINEL Control Pro IR Quattro MICRO DCS User manual

STEINEL

STEINEL HF 3360 User manual

STEINEL

STEINEL SensorSchalter IR 180 UP User manual

STEINEL

STEINEL IS 360 D TRIO User manual

STEINEL

STEINEL L 260 User manual

STEINEL

STEINEL True Presence User manual

STEINEL

STEINEL HBS 300 User manual

STEINEL

STEINEL IS 3180-24 User manual

STEINEL

STEINEL IS 360 W User manual

Popular Accessories manuals by other brands

ROSE DISPLAYS

ROSE DISPLAYS ANOKIOSK WITH BASE RAIL instruction sheet

Optima Scale

Optima Scale OP-918 user manual

Fluke

Fluke FLK-050-CLKT Technical data

Milwaukee

Milwaukee M12 HJP Original instructions

Smartwares

Smartwares sa68p user manual

Logan

Logan L-SB01 manual

Dorner

Dorner AquaPruf 7400 Ultimate CE Series Installation, Maintenance, and Parts Manual

Callpod

Callpod Dragon Bluetooth Headset brochure

Lightolier

Lightolier 1001HL specification

Ellia

Ellia ASCEND ARM-535 manual

BIS

BIS Scale House AFW Series operating manual

Danfoss

Danfoss DGS-IR CO2 operating guide

THRILL

THRILL VORTEX F1-PRO User and maintenance manual

REV Ritter

REV Ritter 810 operating instructions

JANE

JANE KIDS ZONE 80273 manual

ABLE

ABLE ARH-T-2-I-W Installation Instructions & Data Sheet

PCB Piezotronics

PCB Piezotronics M209C01 Installation and operating manual

netvox

netvox R718N1 user manual

STEINEL IR 180 KNX User guide

Popular Accessories manuals by other brands