STEINEL PROFESSIONAL IS 3360 MX Highbay Bedienungsanleitung

IS 3360 / IS 3360 MX Highbay

IS 345 / IS 345 MX Highbay

IS 3180

Light Sensor Dual

Application Description

IS 3360

IS 345

IS 3360 MX Highbay

IS 345 MX Highbay

IS 3180

Light Sensor Dual

STL-7384-16_Applikationsbeschreibungen_3000er.indd 1 18.01.17 10:40

HF 3360

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Application description for 3000-series sensors

Contents

1. Detector functions .................................................................. 3

1.1 Functions ......................................................................... 3

2. Motion detector operating modes ........................................ 3

2.1 Single detector................................................................. 3

2.2 Master ............................................................................. 3

2.3 Slave................................................................................ 3

2.4 Master in parallel mode .................................................... 3

3. Constant-lighting control (for Light Sensor Dual only).......... 3

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

5. IR remote controls .................................................................. 4

6. Test mode................................................................................ 4

7. Behaviour after a bus voltage failure and return

as well as on re-starting and downloading............................ 4

8. Behaviour after initial start-up and unloading....................... 4

9. Communication objects ......................................................... 4

10. Parameters.............................................................................. 8

10.1 "General Settings" parameter window ............................ 8

10.2 "HF Settings" parameter window.................................... 8

10.3 "Presence" parameter window........................................ 8

10.4 "Lighting" parameter window.......................................... 9

10.5 "Light Sensor Dual Lighting" parameter window ........... 10

10.6 "Photo-Cell Controller" parameter window.................... 11

10.7 "HVAC" parameter window........................................... 11

10.8 "Interconnecting Light and HVAC" parameter window .. 11

10.9 "Light Level" parameter window ................................... 11

10.10 "Light Level Measured" parameter window.................. 11

10.11 "Scene Control" parameter window............................. 12

10.12 "Basic Illumination" parameter window ......................... 12

10.13 "Sabotage" parameter window..................................... 12

Application description for presence detectors with constant-lighting control

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Application description for 3000-series sensors

1. Detector functions

IS 3360 and IS 3360 MX Highbay: The PIR presence detector com-

prises three passive infrared (PIR) motion detectors with integrated

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

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

detector is capable of performing the functions listed below (see 1.1

Functions).

IS 345, IS 345 MX Highbay and IS 3180: The PIR presence detector

comprises two passive infrared (PIR) motion detectors with integrat-

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

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

The detector is capable of performing the functions listed below (see

1.1 Functions).

HF 3360: The HF motion detector comprises a high-frequency (HF)

motion detector with integrated light-level sensor, integrated IR re-

ceiver and integrated red light-emitting diode (LED) for indicating a

movement detected in test mode. The HF motion detector for ceiling

mounting differs from a PIR detector (PIR – passive infrared) by its

- particularly shallow design (HF3360, so not immediately recog-

nisable as a motion detector),

- ability to detect radial movement as well,

- ability to detect movement through glass, wood or thin walls,

- immunity to heat sources in the detection zone.

The detector is capable of performing the functions listed below (see

1.1 Functions).

Light Sensor Dual: The Light Sensor Dual comprises two light-level

sensors for measuring diffuse and directed light in the room.

The Light Sensor Dual for ceiling mounting differs from other sensors

in the 3000 series by its particular design. The detector is capable of

performing the following functions:

- diffuse and directed light measurement

- Controlling lighting controller with light-level control / constant-

lighting control

1.1 Functions:

- Detecting movement

- Lighting control

- HVAC control

The function to be used (activated) is deﬁned in 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 func-

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

concerned is to be deactivated again after detecting the last move-

ment.

The lighting controller immediately switches light ON when anyone en-

ters 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 after

leaving it (because, for example, that person has forgotten something),

the room is still illuminated, saving the need to switch the light back

ON again.

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

have been switched to energy-saving mode while they are not be-

ing used, activation and deactivation of the comfort mode is delayed.

Brieﬂy entering a room is not to result in the HVAC systems being ac-

tivated immediately. 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 is not to result in the HVAC systems being switched

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

Detecting movement:

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.

Lighting control:

In the "switched mode", this function switches lighting (switchable only)

ON and OFF in relation to movement and light level. If daylight is suf-

ﬁcient to illuminate the room, lighting is switched OFF. The light level

measured by the light-level sensor integrated in the detector can be

transmitted via the bus.

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. Motion detector operating modes

One of the following operating modes must be assigned to the motion

detector:

- Single detector

- Master

- Slave

- Master in parallel mode

2.1 Single detector:

No other motion detectors are installed in the room apart from the mo-

tion detector operating as "single detector".

2.2 Master:

If required, any number of motion detectors can be connected to the

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

master ascertains "overall movement", 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 air-conditioning for the entire

room and sends the relevant objects.

2.3 Slave:

A motion detector operating as a "slave" only delivers "movement ON"

information to the master. This means only a few parameters need

setting for a slave.

2.4 Master in parallel mode:

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

ditional motion detectors can be connected as "slaves" to extend the

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

ing control and sends the current movement status to the "master".

The "master" then controls the HVAC control unit.

3. Constant-lighting control

(for Light Sensor Dual only)

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 selecting

whether to use only one dimmable lighting group for illuminating the

room or whether to provide as many as two dimmable lighting groups.

Switching ON/OFF with constant-lighting control:

Constant-lighting control is started when the lighting group is switched

ON. Once this is enabled, the level of light measured and the pre-

selected light-level setting provide the basis for determining whether

or not lighting is switched ON. A parameter can be used to select

whether spot or diffuse light measurement is required. 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.

Overriding constant-lighting control:

The room user can temporarily override light-level control. The "Switch

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

objects are used for this purpose.

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Application description for 3000-series sensors

Disabling / enabling constant-lighting control:

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

×Input", "Light ×Input Dimming Level" and "Dim Light ×Input" ob-

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

via the "Disable Light Output" object and also re-enabled at any time

via this object.

4. Switching mode

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

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

light-level control"). When movement is detected, lighting is switched

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

level threshold and switched OFF when movement is 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 switchable lighting group for il-

luminating the room or whether to provide as many as two switchable

lighting groups. The "switched mode", i.e. two-point light-level control,

can be disabled and enabled via the "Disable Photo-Cell Controller"

object. And in just the same way as this, the "switched mode" is also

overridden and disabled by the receipt of a "Switch light ×input" tel-

egram as well as automatically re-enabled when no person remains

in the room.

5. IR remote controls

RC6 and RC7 are available as accessories for the motion detector. The

Smart Remote can also be used as an option. The "User" IR remote

control is used for switching ON/OFF and for turning light up or dim-

ming it down. The "Program" IR remote control can be used by service

personnel whenever necessary to calibrate light-level measurement,

change a number of detector parameters, 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.

Steinel SmartRemote EAN no.: 4007841009151 is also available as a

unidirectional IR interface for the KNX detectors.

6. Test mode

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

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

ment test mode" or "lighting test mode".

"Movement test mode" is used for checking the detection zone. Any

movement detected is indicated by brief ﬂashing of the red light-emit-

ting diode integrated in the presence detector. Communication objects

are not sent during the movement test mode.

"Movement 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 integrated in the

presence detector brieﬂy ﬂashes to indicate any movement detected.

For the duration of this test mode and irrespective 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.

7. 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 motion detector also ceases

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. Once the bus

voltage returns and after completely or partially uploading the product

database to the motion detector via ETS (i.e. after restarting), the mo-

tion detector is disabled for between 10 and 40 seconds depending

on version. 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 surveillance system (movement) provided the relevant out-

puts were not disabled before the bus voltage failed.

8. Behaviour after initial start-up and unloading

When installing a brand-new motion detector, it automatically goes

into "movement test mode" as soon as the bus voltage is applied.

In this mode, the red LED integrated in the motion detector ﬂashes

to indicate any movement detected. This shows that bus voltage is

being applied to the detector and that it is in working order. However,

light-level control is deactivated and no telegrams can be sent. If the

motion detector's application program is "unloaded" via ETS, the pres-

ence detector automatically goes into "movement test mode" in just

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

9. Communication objects

A full list of the communication objects provided for the motion detec-

tor is shown below. 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

0Status Status CRT

1Presence 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) CRWT

4Time factor for presence

switch-ON delay 0…255 5,005 (8 bits) CRWT

5Time factor for presence

stay-ON time 1…255 5,005 (8 bits) CRWT

6Light-level setting 2 to 1000 lux 9,004 (16 bits) CRWT

7Light-level sensor input 2 to 1000 lux 9,004 (16 bits) CWT

8Light level measured 2 to 1000 lux 9,004(16 bits) CRT

9Spot light level measured 2 to 1000 lux 9,004(16 bits) CRT

10 Switch light 1 output ON/OFF 1,001 (1 bit) CRT

11 Light 1 output dimming level 0…100% 5,001 (8 bits) CRT

12 Switch light 2 output ON/OFF 1,001 (1 bit) CRT

13 Light 2 output dimming level 0…100% 5,001 (8 bits) CRT

14 Disable light output ON/OFF 1,001 (1 bit) CWT

15 Light output disabling status ON/OFF 1,001 (1 bit) CRT

16 Switch light 1 input ON/OFF 1,001 (1 bit) CWT

17 Dim light 1 input brighter /

darker 3,007 (4 bits) CWT

18 Light 1 input dimming level 0…100% 5,001 (8 bits) CWT

19 Switch light 2 input ON/OFF 1,001 (1 bit) CWT

20 Dim light 2 input brighter /

darker 3,007 (4 bits) CWT

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Application description for 3000-series sensors

Obj Object name Function DP type Flags

21 Light 2 input dimming level 0…100% 5,001 (8 bits) CWT

22 Time factor for light stay-ON

time 1…255 5,005 (8 bits) CRWT

23 Switch light 1 basic illumina-

tion output ON/OFF 1,001 (1 bit) CRT

24 Switch light 2 basic illumina-

tion output ON/OFF 1,001 (1 bit) CRT

25 Twilight sensor input 2 to 1000 lux 9,004 (16 bits) CWT

26 Basic light-level threshold 2 to 1000 lux 9,004 (16 bits) CRWT

27 Time factor for light 1 basic

illumination ON period 1…255 5,005 (8 bits) CRWT

28 HVAC output ON/OFF 1,001 (1 bit) CRT

29 Disable HVAC output ON/OFF 1,001 (1 bit) CWT

30 HVAC output

disabling status ON/OFF 1,001 (1 bit) CRT

31 Time factor for HVAC switch-

ON delay 0…255 5,005 (8 bits) CRWT

32 Time factor for HVAC stay-

ON time 1…255 5,005 (8 bits) CRWT

33 Light/HVAC interconnection

input ON 1,001 (1 bit) CWT

34 Light/HVAC interconnection

output ON 1,001 (1 bit) CRT

35 Photo-cell controller output ON/OFF 1,001 (1 bit) CRT

36 Light level threshold 2 to 1000 lux 9,004 (16 bits) CRWT

37 Disable photo-cell controller ON/OFF 1,001 (1 bit) CWT

38 Photo-cell controller disabling

status ON/OFF 1,001 (1 bit) CRT

39 8-bit scene output select/save 18,001 (8 bits) CRT

40 Sabotage ON/OFF 1,001 (1 bit) CRT

Obj Object name Function DP type Flag

0 Status Status CRT

Bit 0: not working/error

Bit 1: IS 3360

Bit 2: IS 3180

Bit 3: IS345

Bit 4: HF 3360

Bit 5: IS 345MX

Bit 6: Daylight

Bit 7: IS 3360 MX

Bit 8 to 0xFF reserved

1 Presence output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Presence output" parameter is set to "inac-

tive" 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 set to

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

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 pres-

ence status.

Obj Object name Function DP type Flag

3Presence output disabling

status ON/OFF 1,001

(1 bit) CRWT

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

in the "General Settings" 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.

4Time factor for presence

switch-ON delay 0…255 5,005

(8 bits) CRWT

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

in the "General Settings" parameter window.

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

detection stay-ON time (in seconds) via the bus. 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.

5Time factor for presence

stay-ON time 1…255 5,005

(8 bits) CRWT

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

in the "General Settings" 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 to 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.

6 Light-level setting 2 to 1000 lux 9,004

(16 bits) CRWT

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

control setting (in lux) via bus; this setting can be requested such at any time,

also after making a change by ETS or IR remote control.

7 Light-level sensor input 2 to 1000 lux 9,004

(16 bits) CWT

This object is only visible if the "External Light-Level Sensor" parameter is set

to "active" in the "Light Level" 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.

8 Light level measured 2 to 1000 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.

9 Spot light level measured 2 to 1000 lux 9,004

(16 bits) CRT

This object is only visible if the "Sensor" parameter is set to "Daylight" and 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.

10 Switch light 1 output ON/OFF 1,001

(1 bit) CRT

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

object of the actuator used for switching the lighting ON and OFF.

11 Light 1 output dimming level 0…100% 5,001

(8 bits) CRT

This object is only visible if the "Telegram Type" parameter is set to "dimming

level" in the "Light Output" parameter window, or if the "Basic Light Level"

parameter is set to "active".

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

for dimming lighting to the level being 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.

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Application description for 3000-series sensors

Obj Object name Function DP type Flag

12 Switch light 2 output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Number of Light Outputs" parameter is set

to "2" in the "Light Output" parameter window. This object must be linked

with the switching object of the actuator used for switching the lighting ON

and OFF.

13 Light 2 output dimming level 0…100% 5,001

(8 bits) CRT

This object is only visible if the "Number of Light Outputs" parameter is set

to "2" in the "Light Output" parameter window, or if the "Basic Illumination"

parameter is set to "active".

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

for dimming lighting to the level being 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.

14 Disable light output ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Disable Light Output" parameter is not set

to "No" in the "Light Output" parameter window. The "Disable Light Output"

parameter is also used for selecting whether disabling is to take place on

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

When the output is disabled, the detector does not automatically send any

telegrams for operating or dimming lighting. Telegrams received by the sen-

sor via the "Switch Light ON/OFF Input" object are sent to the "Switch Light

ON/OFF Output" object.

15 Light output disabling status ON/OFF 1,001

(1 bit) CRT

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

"No" in the "Light Output" parameter window.

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

the output's disabling status via bus after any change; the disabling status

can be requested from the detector at any time.

16 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 the user can switch lighting ON and OFF with.

If a telegram is received via this object, lighting will be operated in line with

the telegram's value and the "Action at Light Input" parameter in the "Light

Output" parameter window.

17 Dim light 1 input brighter /

darker

3,007

(4 bits) CWT

This object is only visible if the "Constant-Lighting Control" parameter is set

to "Yes" in the "Light Output" 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 light-

ing group being dimmed, or light-level control is not disabled and the light-

level control setting is increased or decreased accordingly, automatically re-

sulting in a lighter or darker dimming of the lighting. If the detector establishes

that nobody remains in the room, the altered light-level setting is returned to

its original value and the lighting is switched OFF.

18 Light 1 input dimming level 0…100% 5,001

(8 bits) CWT

This object is only visible if the "Telegram Type" parameter is set to "Dim-

ming Level" in the "Light Output" parameter window. It must be linked with

the dimming-level object of the button the user can switch lighting ON and

OFF with.

If a telegram is received via this object, lighting will be operated in line with

the telegram's value and the "Action at Light Input" parameter in the "Light

Output" parameter window.

19 Switch light 2 input ON/OFF 1,001

(1 bit) CWT

This object is only visible if the "Number of Light Outputs" parameter is set

to "2" in the "Light Output" parameter window. It must be linked with the

switching object of the button the user can switch lighting ON and OFF with.

If a telegram is received via this object, lighting will be operated in line with

the telegram's value and the "Action at Light Input" parameter in the "Light

Output" parameter window.

Obj Object name Function DP type Flag

20 Dim light 2 input brighter/

darker

3,007

(4 bits) CWT

This object is only visible if the "Number of Light Outputs" parameter is set

to "2" in the "Light Output" parameter window and the "Constant-Lighting

Control" parameter is set to "Yes".

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 decreased

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

ing. If the detector establishes that nobody remains in the room, the altered

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

OFF.

21 Light 2 input dimming level 0…100% 5,001

(8 bits) CWT

This object is only visible if the "Number of Light Outputs" param-

eter is set to "2" in the "Light Output" parameter window and the

"Telegram Type" parameter is set to "Dimming Level". It must be linked

with the dimming-level object of the button the user can switch lighting ON

and OFF with.

If a telegram is received via this object, lighting will be operated in line with

the telegram's value and the "Action at Light Input" parameter in the "Light

Output" parameter window.

22 Time factor for

light stay-ON time 1…255 5,005

(8 bits) CRWT

This object is always available. 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 the last person leaves the

detection zone. Any value received outside the permissible range of 1 to 255

is rejected. This object can also be used at any time for requesting the time

lighting is currently to stay ON for, also after making a change via ETS or IR

remote control.

23 Switch light 1 basic

illumination output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Light 1 Basic Illumination via" parameter

is set to "switching object" in the "Basic Illumination" 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.

24 Switch light 2 basic

illumination output ON/OFF 1,001

(1 bit) CRT

This object is only visible if the "Light 2 Basic Illumination via" parameter

is set to "switching object" in the "Basic Illumination" 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.

25 Twilight sensor input 2 to 1000 lux 9,004

(16 bits) CWT

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

"Yes" in the "Basic Illumination" parameter window. The group address linked

with this object can be used via the bus for changing the basic light-level

threshold (in lux) at which basic illumination is activated if not met and at

which basic illumination is switched OFF again if signiﬁcantly exceeded. Any

value received outside the permissible range of 2 to 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.

26 Basic light-level threshold 2 to 1000 lux 9,004