KNX DM KNT 002 User manual

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MOTION DETECTOR WITH
CONSTANT LIGHT
INSTRUCTIONS MANUAL
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MOTION DETECTOR WITH
CONSTANT LIGHT
CONTROL
DM KNT 002
INSTRUCTIONS MANUAL
MOTION DETECTOR WITH
CONTROL

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General Description
Wall or surface ceiling mounting KNX motion detector
It incorporates as main function the
Motion Detection
-Twilight switch
-Constant light control
-Signal monitoring
-Light sensor
-Temperature sensor
These additional functions are independent, and can, or not, e
Wall or surface ceiling mounting, with
coverage
Possi ility of adjusting the delay time so as Lux adjustment y the ETS or via potentiometers in the device itself
Technical Data
Power supply
Consumption
Coverage (max.)
Brightness sensor
Time delay
Commissioning
Bus connection
Colour
Mounting
Ambient temperature
Type o protection
Sa ety class
According to the Standard
Certi ication
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Wall or surface ceiling mounting KNX motion detector
.
Motion Detection
.
In addition it is possi le to ena le these functions
These additional functions are independent, and can, or not, e
ena led.
coverage
of 180º and a maximum of 10m in leght at 2
m
Possi ility of adjusting the delay time so as Lux adjustment y the ETS or via potentiometers in the device itself
21 ~ 32V DC (via Bus)
< 20mA
180º - 10m at 2m high
5 Lux – 1.000 Lux
0 1sec – 85min
ETS3 or ETS4
By the supplied KNX connecting terminal
White
Flush-ceiling mount
-5ºC ~ +45ºC
IP20 (EN60529)
III
EN50090-2-2 EN50428 &
EN50491
EIB/KNX
2
In addition it is possi le to ena le these functions
:
m
high.
Possi ility of adjusting the delay time so as Lux adjustment y the ETS or via potentiometers in the device itself
.
By the supplied KNX connecting terminal
EN50491

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Project Development and Commissioning
1 – General settings (General)
Ena le the functions that are going
to e used.
By default, all ut the principal motion detection and
1.1 – Parameters
Monitoring Function
This function is similar to the main function "Motion Detection", with the addition that does not take into account the light
level for triggering the detection.
Furthermore, to consider the motion detection, the signal level received y the PIR
account in short periods of time.
So it detects motion detections
detected for long periods of time.
Ena led O ject:
Twilight Sensor
This function allows managing the activity of an o ject depending on the daylight
certain level and is deactivated
when the light level is a ove a second level
As the levels of activation and deactivation can e different
cyclical turned on of the system.
Ena led O ject:
Constant Light Control
This
function allows managing the activity of an o ject depending on the daylight
to achieve a previously fixed threshold.
This o ject must work with
dimming actuators
"Dimming_Value".
Ena led O ject:
Temperature Sensor
This function allows measuring the temperature at the sensor and send
Ena led O ject:
Brightness sensor
This
function allows measuring the level of light in the sensor and sending this value to the us
Ena led O ject:
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Project Development and Commissioning
to e used.
By default, all ut the principal motion detection and
remotely control are disa led.
This function is similar to the main function "Motion Detection", with the addition that does not take into account the light
Furthermore, to consider the motion detection, the signal level received y the PIR
, uilt into in the sensor,
So it detects motion detections
with high energy in short per
iods of time or low energy
This function allows managing the activity of an o ject depending on the daylight
. Thus i
s activated when
when the light level is a ove a second level
.
As the levels of activation and deactivation can e different
is possi le to generate the necessary hysteresis to prevent
function allows managing the activity of an o ject depending on the daylight
.
This o ject mark
dimming actuators
which can increase or decrease its value through the o ject
This function allows measuring the temperature at the sensor and send
ing
this value to the us
function allows measuring the level of light in the sensor and sending this value to the us
3
This function is similar to the main function "Motion Detection", with the addition that does not take into account the light
, uilt into in the sensor,
is taken into
iods of time or low energy
s activated when
daylight is elow a
is possi le to generate the necessary hysteresis to prevent
This o ject mark
s the Lux level necessary
which can increase or decrease its value through the o ject
this value to the us
.
function allows measuring the level of light in the sensor and sending this value to the us
.

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IR Remote Control Ena le
Ena les
or not the adjustment of certain parameters (Lux an
This parameter does not
ena le any communication o ject
2 – Basic settings of the Motion D
etector (
Sets the asic parameters of the motion detector
2.1 – Parameters
Operation mode
Allows selecting the desired operating mode:
•Normal: either the “Lux
Threshold” as the “Lag Time”
From the ETS can e selected:
o
Threshold of light sensor adjusta le via: ETS o
o
Threshold value in lux: 5lux ~ 1000lux
o
Lag time adjusta le with: ETS o
oLag time
: Time ase of lag time x Time factor of lag time
•Standard:
either the “Lux Threshold” as the “Lag Time” is set
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or not the adjustment of certain parameters (Lux an
d T
ime) from an IR remote control.
ena le any communication o ject
.
etector (
Settings)
Sets the asic parameters of the motion detector
.
Allows selecting the desired operating mode:
Threshold” as the “Lag Time”
is set using the ETS or the
adjustment kno s
Threshold of light sensor adjusta le via: ETS o
r Potentiometer
Threshold value in lux: 5lux ~ 1000lux
Lag time adjusta le with: ETS o
r Potentiometer
: Time ase of lag time x Time factor of lag time
either the “Lux Threshold” as the “Lag Time” is set
y default values: 5lux
and
4
ime) from an IR remote control.
adjustment kno s
of the detector.
and
3min.

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3 – Movement sensor function
3.1 – Parameters
Activate o ject rightness depending
switch
Limits the dependence of the motion detector to the light level via a switch connected externally:
•Not availa le.
•Availa le: can e connected an
external switch that ena les this
ena led, while if the switch sends '0', the detector will operate all the time, regardless of the daylight
Ena led O ject:
Activate o ject movement
Ena les or disa les motion detection through a switch connected externally:
•Not availa le.
•Availa le:
can e connected an external switch that ena les this feature
ena led, while if the switch sends '0', the detector will work all the time
Ena led O ject:
Ena ling this option is possi le to select if
Type of movement o ject
Defines the type of o ject 'Telegram switch', which will e sent at detecting motion
•Switching (EIS1): i
t sends an o ject of a it
at the end of the
detection ('Telegram after lag time') is sent:
oON telegram
oOFF telegram
oCyclic ON telegram:
ON is
‘Time Factor for cyclic transmission’
oCyclic OFF telegram: OFF
‘Time Factor for cyclic
transmission’
oNo telegram.
•Value (EIS6): i
t sends a value etween 0 and 255
at the end of the
detection ('Telegram after lag time') is sent
telegram is sent.
Sensi ility (threshold)
Allows making the sensor
more or less sensitive to movements
movement, while a low sensitivity (255) prevents unwanted false det
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switch
Limits the dependence of the motion detector to the light level via a switch connected externally:
external switch that ena les this
function
. If the switch sends '1'
ena led, while if the switch sends '0', the detector will operate all the time, regardless of the daylight
Ena les or disa les motion detection through a switch connected externally:
can e connected an external switch that ena les this feature
.
If the switch sends '1' Lux threshold is
ena led, while if the switch sends '0', the detector will work all the time
.
Ena ling this option is possi le to select if
it will e
ena led at receiving a telegram of ON or OFF: 'Ena ling movement with'.
Defines the type of o ject 'Telegram switch', which will e sent at detecting motion
and when
t sends an o ject of a it
(0, 1).
Can e selected if in case of detection ('Sending with detection') or
detection ('Telegram after lag time') is sent:
:
ON is
sent periodically. Time etween two sending:
‘Time Base for cyclic transmission’
‘Time Factor for cyclic transmission’
.
is sent periodically. Time etween two sending
: ‘Time Base for cyclic transmission’
transmission’
.
t sends a value etween 0 and 255
.
Can e selected if in case of detection ('Sending with detection') or
detection ('Telegram after lag time') is sent
a value etween 0% and
100%, in steps of 10%,
more or less sensitive to movements
.
A high sensitivity (1) makes it detects the slightest
movement, while a low sensitivity (255) prevents unwanted false det
ections.
5
Limits the dependence of the motion detector to the light level via a switch connected externally:
. If the switch sends '1'
Lux threshold is
ena led, while if the switch sends '0', the detector will operate all the time, regardless of the daylight
level.
If the switch sends '1' Lux threshold is
ena led at receiving a telegram of ON or OFF: 'Ena ling movement with'.
and when
the lag time elapses:
Can e selected if in case of detection ('Sending with detection') or
‘Time Base for cyclic transmission’
x
: ‘Time Base for cyclic transmission’
x
Can e selected if in case of detection ('Sending with detection') or
100%, in steps of 10%,
or none
A high sensitivity (1) makes it detects the slightest

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Behaviour on us voltage recovery –
comm. o ject Brightness Switch ena le
Sets the
'Brightness dependent switching'
After recovering the Bus, it
can e ena led or not to consult the status of this
Behaviour on us voltage recovery –
comm. o ject Movement ena le
Sets the ‘Movement Ena le’
o ject ehavio
After recovering the Bus, it
can e ena led or not to consult the status of this o ject.
4 – Monitoring function
4.1 – Parameters
Activate o ject monitoring ena le
Ena le or disa le this feature using an external device. Its functionality is linked to h
which triggers the movement monitor certain hours
It is possi le to
select the trigger telegram ('Ena ling monitoring function with')
•ON Telegram
•OFF Telegram
Ena led O ject:
Behaviour on us voltage recovery –
comm. o ject Monitoring ena le
Sets the 'Monitoring Activation' o ject ehavior after a power failure of the
After recovering the Bus, it
can e ena led or not to consult the status of this o ject.
Type of monitoring o ject
Defines the 'Monitoring Telegram' o ject type, which will e sent oth to detect motion, such as when elapses the time
delay:
•Switching (EIS1):
Sends an o ject of one it (0, 1). Can e selected if at the eginning of the detection ('Sending at the
eginning of detection') or at the end of the detection ('Sending at the end of detection') is sent:
oON Telegram
oOFF Telegram
oCyclic ON Telegram:
ON is sent periodically
transmission’ x ‘Time Factor for cyclic transmission’.
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comm. o ject Brightness Switch ena le
'Brightness dependent switching'
o ject ehaviour after a power failure of the Bus.
can e ena led or not to consult the status of this
o ject.
comm. o ject Movement ena le
o ject ehavio
r after a power failure of the Bus.
can e ena led or not to consult the status of this o ject.
Ena le or disa le this feature using an external device. Its functionality is linked to h
igher level systems, such as a T
which triggers the movement monitor certain hours
.
select the trigger telegram ('Ena ling monitoring function with')
:
comm. o ject Monitoring ena le
Sets the 'Monitoring Activation' o ject ehavior after a power failure of the
Bus.
can e ena led or not to consult the status of this o ject.
Defines the 'Monitoring Telegram' o ject type, which will e sent oth to detect motion, such as when elapses the time
Sends an o ject of one it (0, 1). Can e selected if at the eginning of the detection ('Sending at the
eginning of detection') or at the end of the detection ('Sending at the end of detection') is sent:
ON is sent periodically
. The time etween two sending
: ‘Time Base for cyclic
transmission’ x ‘Time Factor for cyclic transmission’.
6
igher level systems, such as a T
imer,
Defines the 'Monitoring Telegram' o ject type, which will e sent oth to detect motion, such as when elapses the time
Sends an o ject of one it (0, 1). Can e selected if at the eginning of the detection ('Sending at the
eginning of detection') or at the end of the detection ('Sending at the end of detection') is sent:
: ‘Time Base for cyclic

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oCyclic OFF Telegram: OFF
transmission
’ x ‘Time Factor for cyclic transmission’
oNo telegram:
nothing is sent
•Value (EIS6):
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the egin
detection') or at the end
('Sending at the end of detection') is sent
not sending any telegram.
Sensi ility (threshold)
Allows making more or less sensitive to movements the detector
movement, while a low sensitivity (255) prevents unwanted false detections
– Twilight Sensor
.1 – Parameters
Activate o ject Twilight sensor
Ena le or disa le this feature using an external device.
Possi le to select the trigger telegram
(‘Ena ling Twilight sensor with’):
•ON Telegram
•OFF Telegram
Ena led O ject:
Behavior on us voltage recovery –
comm. o ject
Sets the 'Twilight sensor ena le'
o ject ehavior after a power failure of the Bus
After recovering the
Bus can e ena led or not to consult the state of this o ject
Type of Twilight o ject
Defines the type of o ject 'Twilight Telegram sensor', which will e sent reach
level:
•Switching (EIS1): s
ends an o ject of one it (0, 1). Can e selected if in case of reaching the minimum threshold
('Sending at low Threshold') or the maximum threshold of lux ('Sending at high Threshold') is sent
oON Telegram
oOFF Telegram
o
Cyclic ON Telegram: ON is sent perio
transmission’ x ‘Time Factor for cyclic transmission’
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is sent periodically. The time etween two sending: ‘Time Base for cyclic
’ x ‘Time Factor for cyclic transmission’
.
nothing is sent
.
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the egin
('Sending at the end of detection') is sent
a value
etween 0% and 100%, in steps of 10%, or
Allows making more or less sensitive to movements the detector
.
A high sensitivity (1) makes detecting the sligh
movement, while a low sensitivity (255) prevents unwanted false detections
.
Ena le or disa le this feature using an external device.
(‘Ena ling Twilight sensor with’):
comm. o ject
Twilight sensor ena le
o ject ehavior after a power failure of the Bus
.
Bus can e ena led or not to consult the state of this o ject
.
Defines the type of o ject 'Twilight Telegram sensor', which will e sent reach
ing
the maximum
ends an o ject of one it (0, 1). Can e selected if in case of reaching the minimum threshold
('Sending at low Threshold') or the maximum threshold of lux ('Sending at high Threshold') is sent
Cyclic ON Telegram: ON is sent perio
dically. The time etween two sending: ‘Time Base for cyclic
transmission’ x ‘Time Factor for cyclic transmission’
.
7
is sent periodically. The time etween two sending: ‘Time Base for cyclic
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the egin
ning of
etween 0% and 100%, in steps of 10%, or
A high sensitivity (1) makes detecting the sligh
test
the maximum
and minimum threshold light
ends an o ject of one it (0, 1). Can e selected if in case of reaching the minimum threshold
('Sending at low Threshold') or the maximum threshold of lux ('Sending at high Threshold') is sent
:
dically. The time etween two sending: ‘Time Base for cyclic

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o
Cyclic OFF Telegram: OFF is sent periodically. The time etween two sending: ‘Time Base for cyclic
transmission’ x ‘Time Factor for cyclic t
o
No telegram: nothing is sent.
•Value (EIS6):
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the eginning of
detection') or at the end ('Sending at the end of detection') is sent a value etween 0% and
not sending any telegram.
High threshold LUX
Sets the maximum lux level. Can e selected values
Low threshold LUX
Sets the minimum lux level. Can e selected values
6 – Constant light control
6.1 – Parameters
Activate o ject constant light control ena le
Ena le or disa le this feature using an external device
Possi le to select the trigger telegram ('Ena le function with'
•ON Telegram
•OFF Telegram
Ena led O ject:
Behaviour on us voltage recovery –
comm. o ject constant light control ena le
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Cyclic OFF Telegram: OFF is sent periodically. The time etween two sending: ‘Time Base for cyclic
transmission’ x ‘Time Factor for cyclic t
ransmission’.
No telegram: nothing is sent.
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the eginning of
detection') or at the end ('Sending at the end of detection') is sent a value etween 0% and
Sets the maximum lux level. Can e selected values
etween 15lux and 1000lux.
Sets the minimum lux level. Can e selected values
etween 5lux and 500lux.
Activate o ject constant light control ena le
Ena le or disa le this feature using an external device
.
Possi le to select the trigger telegram ('Ena le function with'
):
comm. o ject constant light control ena le
8
Cyclic OFF Telegram: OFF is sent periodically. The time etween two sending: ‘Time Base for cyclic
It sends a value etween 0 and 255. Can e selected if in case of detection ('Sending at the eginning of
detection') or at the end ('Sending at the end of detection') is sent a value etween 0% and
100%, in steps of 10%, or

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Sets the 'Constant Light Control Ena le' o ject ehavior after a power failure of the Bus
After recovering the us can e ena led or not to consult the state of this o ject.
Origin of light sensor
Is necessary to select if the light sensor is internal (
•External:
Ena les the o ject 'External sensor value' in order to receive the value of an external
addition, it must selected
whether the set point is parameterized y the ETS ('Origin of Requested lux level = Via ETS
parameter’
) or via the communication o ject
communication o ject').
In case of choosing t
he parameterization y ETS,
Requested' parameter.
Can e set values
•Built-in:
four new parameters will e ena led in Advanced Settings
•
It is necessary to measure with a light meter in the sensor
o
At night only with lamps (lux):
and the lamps
regulated to o tain the desi
o
At max. external light and lamps regulated to have requested level (lux):
sensor (ceiling
) to the maximum value of daylight and the
lighting in the wor
kplace
•The adjustment of the
lamps
o
At night only with lamps (%):
o
At max. external light and lamps regulated to have requested level (%):
with
maximum daylight and lamps to the desired level
Constant light control
Allows conditioning the constant light control to the motion detection or to a communication o ject:
•Only when movement detected:
T
present, the system will send an OFF (or wh
•Always: the constant light
control
turning-on or turning-off
of the lights can e made
•Depending o ject mode value: i
n case of
'Permanen
t Constant light control', which
Ena le O ject for manual dimming
Allows ena ling the dimming
and manual switching from an external sensor (
Ena led O ject:
Constant light o ject num er
Allows to control several lighting lines (up to 4) with an adjusta le percentage of increase:
attenuation’.
Ena led O ject:
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Sets the 'Constant Light Control Ena le' o ject ehavior after a power failure of the Bus
.
After recovering the us can e ena led or not to consult the state of this o ject.
Is necessary to select if the light sensor is internal (
uilt-in sensor
) or external (a separate sensor):
Ena les the o ject 'External sensor value' in order to receive the value of an external
whether the set point is parameterized y the ETS ('Origin of Requested lux level = Via ETS
) or via the communication o ject
‘Lux Level Requested’
('Origin of Requested lux level = Via
he parameterization y ETS,
it must entered
the value of lux to keep through 'Lux Level
Can e set values
etween 100 lux and 1200 lux, in steps of 100
four new parameters will e ena led in Advanced Settings
(access to
these settings only if really necessary)
It is necessary to measure with a light meter in the sensor
:
At night only with lamps (lux):
lighting v
alue measured in the sensor (ceiling) without daylight contri ution
regulated to o tain the desi
red lighting in workplace.
At max. external light and lamps regulated to have requested level (lux):
l
ighting value measured in the
) to the maximum value of daylight and the
lamps
regulated to o tain the desired value of
kplace
.
lamps
is:
At night only with lamps (%):
light level at which the lamps
are regulated at night with
At max. external light and lamps regulated to have requested level (%):
l
evel at which
maximum daylight and lamps to the desired level
.
Allows conditioning the constant light control to the motion detection or to a communication o ject:
T
he dimming
will ecome operational only when motion is detected
present, the system will send an OFF (or wh
atever programmed) through the B
us after the set time delay ('Lag time')
control
will operate every
time, regardless of whether or not presence of people
of the lights can e made
y a higher-level o ject.
n case of
selecting this option
is ena led other communication o ject No. 10
t Constant light control', which
allows to control
remotely the system commissioning
and manual switching from an external sensor (
push utton, switch,.
Allows to control several lighting lines (up to 4) with an adjusta le percentage of increase:
‘2nd constant light o ject
9
) or external (a separate sensor):
Ena les the o ject 'External sensor value' in order to receive the value of an external
light sensor. In
whether the set point is parameterized y the ETS ('Origin of Requested lux level = Via ETS
('Origin of Requested lux level = Via
the value of lux to keep through 'Lux Level
etween 100 lux and 1200 lux, in steps of 100
.
these settings only if really necessary)
:
alue measured in the sensor (ceiling) without daylight contri ution
ighting value measured in the
regulated to o tain the desired value of
are regulated at night with
only the lamps only.
evel at which
lamps are regulated
Allows conditioning the constant light control to the motion detection or to a communication o ject:
will ecome operational only when motion is detected
. If people is not
us after the set time delay ('Lag time')
.
time, regardless of whether or not presence of people
. The
is ena led other communication o ject No. 10
remotely the system commissioning
.
push utton, switch,.
..).
‘2nd constant light o ject

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7 – Temperature sensor
7.1 – Parameters
Ena le o ject temperature sensor
Ena le or disa le this function
using an external device
This value will e sent from time to time esta lished y
transmission’.
Ena led O ject:
Behaviour on us voltaje recovery –
comm. o ject
Sets the 'Temperature sensor ena le'
o ject ehavior 'Temperature sensor ena le' after a power failure
After recovering the us can e ena led or not to consult the state of this o ject.
8 – Brightness sensor
8.1 – Parameters
This function simply allows getting the Lux value measured y the sensor
This value will e sent from time to time esta lished y
transmission’.
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using an external device
.
This value will e sent from time to time esta lished y
: ‘Time ase for cyclic tran
smission’ x ‘Time factor for cyclic
comm. o ject
Temperature sensor ena le
o ject ehavior 'Temperature sensor ena le' after a power failure
After recovering the us can e ena led or not to consult the state of this o ject.
This function simply allows getting the Lux value measured y the sensor
.
This value will e sent from time to time esta lished y
: ‘Time ase for cyclic transmission’ x ‘Time factor for cyclic
10
smission’ x ‘Time factor for cyclic
o ject ehavior 'Temperature sensor ena le' after a power failure
of the Bus.
: ‘Time ase for cyclic transmission’ x ‘Time factor for cyclic