STEINEL PROFESSIONAL IS 3360 MX Highbay User manual

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
GB |Page 2
DE |Seite 13

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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
(16 bits) CRWT
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.

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Application description for 3000-series sensors
Obj Object name Function DP type Flag
27 Time factor for light 1 basic
illumination ON period 1…255 5,005 (8 bits) CRWT
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 for changing the ON period for basic il-
lumination (in minutes) via bus. Basic illumination is switched OFF once the
ON period expires. 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
current ON period for timed basic illumination, also after making a change
via ETS or IR remote control.
28 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.
29 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 output"
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.
30 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 "Disable HVAC output"
parameter is not set to "No" 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.
31 Time factor for HVAC
switch-ON delay 0…255 5,005 (8 bits) CRWT
This object is only visible if the "HVAC Output" parameter is set to "active" in
the "General Settings" 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.
32 Time factor for HVAC
stay-ON time 1…255 5,005 (8 bits) CRWT
This object is only visible if the "HVAC Output" parameter is set to "active" in
the "General Settings" 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 to 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.
33 Light/HVAC interconnection
input ON 1,001 (1 bit) CWT
This object is only visible if the "Interconnection" parameter is set to "Yes" in
the "General Settings" parameter window.
The group address linked with this object is used by the sensor for receiving
the presence status of the slave via the bus and, if applicable, linked with the
presence status of further slaves as well as the sensor via a logical OR func-
tion. This input is used for extending the range of the light output.
Obj Object name Function DP type Flag
34 Light/HVAC interconnection
output ON 1,001 (1 bit) CRT
This object is only visible if the "Interconnection" parameter is set to "Yes" in
the "General Settings" parameter window.
The group address linked with this object is used for sending the presence
status from the sensor. This output is used for extending the range of the
light output.
35 Photo-cell controller output ON/OFF 1,001
(1 bit) CRT
This object is only visible if the "Photo-Cell Controller Output" parameter is
set to "active" in the "General Settings" parameter window. This object must
be linked with the switching object of the actuator used for switching the
twilight 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.
36 Light level threshold 2 to 1000 lux 9,004
(16 bits) CRWT
This object is only visible if the "Photo-Cell Controller Output" parameter is
set to "active" in the "General Settings" parameter window.
The group address linked with this object can be used via the bus for chang-
ing the photo-cell controller threshold (in lux) at which twilight illumination is
activated if the ambient light level is not sufficient and at which twilight illumi-
nation is switched OFF again when 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.
37 Disable photo-cell controller ON/OFF 1,001
(1 bit) CWT
This object is only visible if the "Photo-Cell Controller Output" parameter is
set to "active" in the "General Settings" parameter window and if the "Disable
photo-cell controller" parameter is not set to "No" in the "Photo-Cell Control-
ler" parameter window. The "Disable Photo-Cell Controller" parameter is also
used for setting whether disabling is to take place after receiving a value of
"1" or after receiving a value of "0".
The detector sends no telegrams on light level status when the photo-cell
controller is disabled.
38 Photo-cell controller
disabling status ON/OFF 1,001 (1 bit) CRT
This object is only visible if the "Photo-Cell Controller Output" parameter is
set to "active" in the "General Settings" parameter window.
Sent via bus or retrievable via bus, the group address linked with this ob-
ject shows whether the photo-cell controller is disabled (photo-cell controller
disabling status = ON) or not.
39 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.
40 Sabotage ON/OFF 1,001
(1 bit) CRT
This object is only visible if the "Sabotage" parameter is set to "active" in the
"General Settings" 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.

- 8 -
Application description for 3000-series sensors
10. Parameters
Note: the factory parameter settings are shown in bold type.
10.1 "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
Select sensor
IS3360; IS3180; IS345;
IS345MXHighbay; IS3360MX
Highbay; HF3360; LightSensorDual
Please select the sensor fitted
HVAC output inactive; active
active: the "HVAC" parameter window is also available for setting the associ-
ated parameters as well as the associated objects.
inactive: the detector provides no HVAC detection function. The "HVAC" pa-
rameter window and associated objects are not available.
Presence output inactive; active
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 associated objects are not available.
Photo-cell controller output inactive; active
active: the "Photo-Cell Controller" parameter window is also available for set-
ting the associated parameters as well as the associated objects.
inactive: the detector provides no light-level detection function. The "Photo-
Cell Controller" parameter window and associated objects are not available.
Light level measured inactive; active
active: object 8 "Light Level Measured" is added. This is used for sending the
light level that is measured (in lux) by the motion detector.
inactive: the light level measured by the detector is not sent. The required
object 8 is not available.
Sabotage output inactive; active
active: the "Sabotage" object is added for cyclically sending a telegram to
register manipulation or a fault
inactive: the "Sabotage" object is not available.
LED inactive; active
active: the LED is ON.
inactive: the LED is OFF.
Lighting test mode inactive; active
active: to run the "Lighting test mode", the detector must have been con-
figured via ETS and its objects linked with the objects of the buttons and
actuators for lighting control.
In this test mode, the red light-emitting diode integrated in the motion detec-
tor briefly flashes to indicate any movement detected. In addition, the lighting
stay-ON time is set to 8 s for the duration of this test mode irrespective of the
parameters selected for the presence detector.
The motion detector is restarted after completing the test mode (when this
parameter has been reset to "inactive"). The parameters changed at the be-
ginning of the test mode are now reset to the values set via ETS.
inactive: the motion detector is in normal mode.
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 with 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.
Parameters Settings
Interconnection (light/HVAC) inactive; active
For enlarging the light and HVAC output's detection zone.
inactive: no enlargement
active: communication objects 33 "Light/HVAC interconnection input" and
34 "Light/HVAC interconnection output"are also provided. Object 34 is used
for sending Presence=ON status in relation to the "Send Presence Intercon-
nection Status Cyclically" parameter.
10.2 "HF Settings" parameter window
This parameter window is always available (HF 3360 only). This is used
for making the HF settings.
Parameters Settings
Boost factor 0...255
0: minimum reach
85: 1/3 reach
170: 2/3 reach
255: maximum reach
Sensitivity - (= low); N (= high)
This parameter is used for setting HF-detector "sensitivity". "High" sensitiv-
ity immediately responds to any movement detected. "Low" sensitivity only
responds after detecting several movements.
10.3 "Presence" parameter window
This parameter window is only available when the "Presence Output"
parameter is set to "active" in the "General Settings" parameter win-
dow. It is used for setting the operating behaviour on detecting pres-
ence.
Parameters Settings
Switch-ON delay (in seconds) 0....255; (5)
The switch-ON delay can be set to between 0 and 255 seconds.
Minimum number of movements
detected during switch-ON delay 1-20; (2)
This parameter is only visible if the preceding "Switch-ON Delay" parameter
is not set to "0". This parameter is used for setting the minimum number of
movements that must be detected while switch-ON is being delayed. Pres-
ence must still be detected even after switch-ON delay has elapsed. Other-
wise "presence output = ON" is not sent.
Presence stay-ON time in seconds
or minutes Seconds, minutes
Defines whether 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)
Lighting switched OFF via light-level control begins set "Break in presence
detection" period. This can 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 resulting in the identification and incorrect signalling of presence if tem-
perature changes after light switches OFF.
Send presence 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 resend
the "Light Level Measured" object, even if the light level measured has not
changed in the meantime.

- 8 -
- 9 -
Application description for 3000-series sensors
Parameters Settings
Disable presence output No; Disabling ON / enabling OFF;
Disabling OFF / enabling 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
output. If the output is disabled, no telegrams are sent for switching lighting
ON and OFF.
No: the "Disable Light Output" object is not available.
Disabling with ON / enabling with OFF: the output is disabled via a telegram
with the value "1" to the "Disable Presence Output" object and enabled via a
telegram with the value "0".
Disabling with OFF / enabling with ON: the output is disabled via a telegram
with the value "0" to the "Disable Presence Output" object and enabled via a
telegram with the value "1".
Behaviour on disabling no telegram; ON; OFF
This parameter is only visible if the preceding "Disable Presence Output"
parameter is not set to "No".
This parameter is used to select whether to switch lighting ON or OFF com-
pletely before disabling the output or whether to leave the lighting status
unchanged.
no telegram: no further action takes place before disabling the output.
ON: output is switched ON before disabling the output.
OFF: output is switched OFF before disabling the output.
10.4 "Lighting" parameter window
This parameter window is always available, except when a detector is
operating as a "slave". It is used for setting lighting control behaviour.
Parameters Settings
Number of lighting groups 1; 2
This parameter is used for setting the number of light outputs.
Light level related Yes; no
No: the "Light-Level Setting" parameter from the "Light Level" parameter
window is evaluated for evaluating the light level.
Yes: light level evaluation is deactivated. The output only sends a switching
command in relation to movement.
Stay-ON time (in minutes) 1-255; (5)
The stay-ON time starts when movement is detected. This has the purpose
of preventing the lighting from switching OFF immediately if the detection
zone is only vacated for a short time and switching it back ON again when a
person returns to the detection zone.
1 - 255 minutes: the lighting stay-ON time can be set to a fixed period of
between 1 and 255 minutes.
Telegram type ON / OFF; dimming level
This parameter is used for setting whether to switch the light output ON/OFF
or send a dimming level.
Light 1 ON level 1…100%; (80%)
This parameter defines the ON level in % when the "Telegram Type" parameter
is set to "Dimming Level".
Light 2 ON level 1…100%; (80%)
This parameter is only visible if the "Number of Light Outputs" parameter is
set to "2".
This parameter defines the ON level in % when the "Telegram Type" param-
eter is set to "Dimming Level".
Switch OFF lighting if daylight is
sufficient No; Yes
This parameter is used for selecting whether to switch the lighting OFF com-
pletely when there is sufficient daylight or whether to leave it ON if presence is
detected.
Yes: lighting is switched OFF if the light-level setting has been exceeded.
No: lighting remains switched ON if presence is detected.
Parameters Settings
Disable light output No; disabling ON / enabling OFF;
disabling OFF / enabling ON
This parameter is used for selecting whether to add object 14, "Disable Light
Output", and which telegram to use for disabling and re-enabling the output.
If the output is disabled, no telegrams are sent for switching lighting ON and
OFF.
No: the "Disable Light Output" object is not available.
Disabling with ON / enabling with OFF: the output is disabled via a telegram
with the value "1" to the "Disable Light Output" object and enabled via a
telegram with the value "0".
Disabling with OFF / enabling with ON: the output is disabled via a telegram
with the value "0" to the "Disable Light Output" object and enabled via a
telegram with the value "1".
Behaviour on disabling no telegram; ON; OFF
This parameter is only visible if the preceding "Disable Light Output" param-
eter is not set to "No".
This parameter is used to select whether to switch lighting ON or OFF com-
pletely before disabling the output or whether to leave the lighting status
unchanged.
no telegram: no further action takes place before disabling the output.
ON: lighting is switched ON before disabling the output.
OFF: lighting is switched OFF before disabling the output.
Action at light input ON / OFF; 1 hour; 2 hours; 3 hours;
4 hours
This parameter is used to select how to switch the output upon receiving
a switching command via the communication object "Switch light ON/OFF
input".
ON/OFF: the output is permanently switched in the way defined by the
switching command being received.
1 hour: the output is switched for one hour in the way defined by the switch-
ing command.
2 hours: the output is switched for two hours in the way defined by the
switching command.
3 hours: the output is switched for three hours in the way defined by the
switching command.
4 hours: the output is switched for four hours in the way defined by the
switching command.
Basic illumination inactive; active
If required, a motion detector installed can be set to provide basic illumina-
tion when ambient brightness falls below the light level setting so that it is
never completely dark in the detection zone.
active: the "Basic Illumination" parameter window is additionally available for
selecting how to provide basic illumination, from which time and for how
long.
inactive: the basic illumination function is not available.

- 10 -
Application description for 3000-series sensors
10.5 "Light Sensor Dual Lighting" parameter window
This parameter window is only available for the Light Sensor Dual. It is
used for setting lighting control behaviour.
Parameters Settings
Number of light outputs 1; 2
This parameter is used for setting the number of light outputs.
Sensor Diffuse; spot; mixed light
Selection of the light-level sensors
Diffuse component for mixed light 1-100% (50%)
The diffuse component can be determined when measuring mixed light.
Telegram type ON / OFF; dimming level
This parameter is used for setting whether to switch the light output ON/OFF
or send a dimming level.
Light-ON level for constant-
lighting control 1-100% (80%)
This parameter defines the ON level in % when constant-lighting control is
activated.
Constant-lighting control No; Yes
This parameter is only visible if the "Telegram Type" parameter is set to "Dim-
ming Level".
No: this mode must be set if lighting can only switched ON and OFF. The
detector then switches the lighting ON when presence is detected and the
level of light being measured is below the light-level setting, and OFF again
either when presence is no longer being detected or daylight is sufficient for
illumination.
Yes: this mode must be set if it is possible not only to switch lighting ON
and OFF but also to dim 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 nobody remains
in the detection zone or if enough daylight is available that lighting is dimmed
to below minimum dimming level.
ON level 1…100%; (80%)
This parameter is only visible if the "Telegram Type" parameter is set to "Dim-
ming Level".
This parameter defines the ON level in % when the "Telegram Type" param-
eter is set to "Dimming Level".
Max. variation from the setting 15 lux; 30 lux; 45 lux; 60 lux
This parameter is only visible if the "Constant-Lighting Control" parameter is
set to "Yes". It defines the precision with which the required level of light is
controlled. This is necessary because lighting is controlled 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 brightened all the time (i.e.
continuously fluctuating light level). If this is the case, the maximum permis-
sible 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 "Constant-Lighting Control" parameter is
set to "Yes". 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 setting" 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 "Constant-Lighting Control" parameter
is set to "Yes". 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 producing any abrupt change in light level that a room user
may find unpleasant.
Parameters Settings
Lighting with sufficient daylight switch OFF; dim to minimum dim-
ming level
This parameter is only visible if the "Constant-Lighting Control" parameter is
set to "Yes". This parameter is used for selecting whether to switch the light-
ing OFF completely 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 "Constant-Lighting Control" parameter
is set to "Yes". 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
this level, depending on the setting in the preceding parameter.
Light 2 offset to light 1 dimming
level (-100%...0%...+100%)
This parameter is only visible if the "Number of Light Outputs" parameter
is set to "2" and the "Telegram Type" parameter is set to "Dimming Level".
This parameter is used for selecting the offset value for light output 2 that
must be added to or subtracted from the dimming level measured by the
light-level controller for light output 1 (depending on whether light output 2
is further away from or closer to the window than light output 1) to provide
a workplace below light output 2 with a level of light that is more or less the
same as that provided at the light-level setting selected for light output 1.
Light-level control for Dim light ×
input
disable and dim;
do not disable and alter setting
Disable and dim: if a telegram is received via the "Dim Light × 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 setting: light-level control is not disabled after receiv-
ing a telegram via the "Dim Light × Input" object. After receiving a telegram,
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.
Disable light output No; disabling ON / enabling OFF;
disabling OFF / enabling ON
This parameter is used for selecting whether to add object 14, "Disable Light
Output", and which telegram to use for disabling and re-enabling the output.
If the output is disabled, no telegrams are sent for switching lighting ON and
OFF.
No: the "Disable Light Output" object is not available.
Disabling with ON / enabling with OFF: the output is disabled via a telegram
with the value "1" to the "Disable Light Output" object and enabled via a
telegram with the value "0".
Disabling with OFF / enabling with ON: the output is disabled via a telegram
with the value "0" to the "Disable Light Output" object and enabled via a
telegram with the value "1".
Behaviour on disabling no telegram; ON; OFF
This parameter is only visible if the preceding "Disable Light Output" param-
eter is not set to "No".
This parameter is used to select whether to switch lighting ON or OFF com-
pletely before disabling the output or whether to leave the lighting status
unchanged.
no telegram: no further action takes place before disabling the output.
ON: lighting is switched ON before disabling the output.
OFF: lighting is switched OFF before disabling the output.