64762-xxx, 64764-xxx | 64765-xxx

64762-xxx
180 flex, Comfort sensor with select lens

64764-xxx
180 flex, Comfort sensor with multi-lens

64765-xxx
flex control element Motion light with orientation sensor

see Setup and function

see Device overview

see Operation

see Safety instructions

see Mounting

see Circuit diagrams

see Commissioning

see Information about planning and application

PDF-download

"":

"".

ERROR: No search index has been found. Search cannot be initialized.

Enable communication object

External push-button

■    No

–    There is no separate “External push-button” object.

■    Yes

–    A 1-bit communication object (input) "External push-button” is enabled. Via this object it is possible to manually change the (output) status of the detector with the aid of a 1-bit telegram. It is used especially in operating mode “Automatic switch-on” to switch off and to switch on in operating mode “Automatic switch-off”.

External button switches on with

■    On telegram

–    The detector is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The detector is activated with a 0 telegram and deactivated with a 1 telegram.

Switchover of manual operation

■    No

–    There is no separate “Switchover to manual mode” object.

■    Yes

–    A 1-bit communication object (input) "Switchover to manual mode” is activated. With this function the automatic function of the detector can be disabled. In this case, the lighting can only be switched via the external push-button input.

Manual mode is activated with

The parameter is available only when "Switchover to manual operation” is activated.

■    On telegram

–    The detector is deactivated with a 1 telegram and activated with a 0 telegram.

■    Off telegram

–    The detector is deactivated with a 0 telegram and activated with a 1 telegram.

Continuous operation On [max. 24 h]

■    No

–    There is no separate “Continuous operation On [max. 24h]” object.

■    Yes

–    A 1-bit communication object (input) "Continuous on [max. 24h]” is activated. The detector can be deactivated via the option and the value for switching on can be sent. In this case only manual operation is possible via the "External push-button" object.
The detector resets itself after 24 hours automatically into the status before the activation of the continuous On status.

Continuous On mode is activated with

The parameter is available only when "Use object for continuous On [max. 24 h]” is activated.

■    On telegram

–    This mode is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The mode is activated with a 0 telegram and deactivated with a 1 telegram.

Continuous operation Off [max. 24 h]

■    No

–    There is no separate “Continuous Off [max. 24h]” object.

■    Yes

–    A 1-bit communication object (input) "Continuous off [max. 24h”] is activated. The detector can be deactivated via the option and the value for switching Off can be sent. In this case only manual operation is possible via the "External push-button" object.
The detector resets itself after 24 hours automatically into the status before the activation of the continuous Off status.

Continuous Off is activated with

The parameter is available only when "Continuous Off [max. 24 h]” is activated.

■    On telegram

–    This mode is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The mode is activated with a 0 telegram and deactivated with a 1 telegram.

Continuous mode On/Off status

The parameter is available only when "Use object for continuous operation On [max. 24h]” and/or “Use object for continuous operation Off [max. 24 h]” is activated.

■    Yes

–    A separate object for each activated continuous operation is available that sends an On telegram when the function is activated and an Off telegram when the function is deactivated.

■    No

–    There are no separate status objects for the different continuous operations.

Enable communication object

External push-button

■    No

–    There is no separate “External push-button” object.

■    Yes

–    A 1-bit communication object (input) "External push-button” is enabled. Via this object it is possible to manually change the (output) status of the detector with the aid of a 1-bit telegram. It is used especially in operating mode “Automatic switch-on” to switch off and to switch on in operating mode “Automatic switch-off”.

External button switches on with

■    On telegram

–    The detector is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The detector is activated with a 0 telegram and deactivated with a 1 telegram.

Switchover of manual operation

■    No

–    There is no separate “Switchover to manual mode” object.

■    Yes

–    A 1-bit communication object (input) "Switchover to manual mode” is activated. With this function the automatic function of the detector can be disabled. In this case, the lighting can only be switched via the external push-button input.

Manual mode is activated with

The parameter is available only when "Switchover to manual operation” is activated.

■    On telegram

–    The detector is deactivated with a 1 telegram and activated with a 0 telegram.

■    Off telegram

–    The detector is deactivated with a 0 telegram and activated with a 1 telegram.

Continuous operation On [max. 24 h]

■    No

–    There is no separate “Continuous operation On [max. 24h]” object.

■    Yes

–    A 1-bit communication object (input) "Continuous on [max. 24h]” is activated. The detector can be deactivated via the option and the value for switching on can be sent. In this case only manual operation is possible via the "External push-button" object.
The detector resets itself after 24 hours automatically into the status before the activation of the continuous On status.

Continuous On mode is activated with

The parameter is available only when "Use object for continuous On [max. 24 h]” is activated.

■    On telegram

–    This mode is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The mode is activated with a 0 telegram and deactivated with a 1 telegram.

Continuous operation Off [max. 24 h]

■    No

–    There is no separate “Continuous Off [max. 24h]” object.

■    Yes

–    A 1-bit communication object (input) "Continuous off [max. 24h”] is activated. The detector can be deactivated via the option and the value for switching Off can be sent. In this case only manual operation is possible via the "External push-button" object.
The detector resets itself after 24 hours automatically into the status before the activation of the continuous Off status.

Continuous Off is activated with

The parameter is available only when "Continuous Off [max. 24 h]” is activated.

■    On telegram

–    This mode is activated with a 1 telegram and deactivated with a 0 telegram.

■    Off telegram

–    The mode is activated with a 0 telegram and deactivated with a 1 telegram.

Continuous mode On/Off status

The parameter is available only when "Use object for continuous operation On [max. 24h]” and/or “Use object for continuous operation Off [max. 24 h]” is activated.

■    Yes

–    A separate object for each activated continuous operation is available that sends an On telegram when the function is activated and an Off telegram when the function is deactivated.

■    No

–    There are no separate status objects for the different continuous operations.

Installation, commissioning and maintenance of the device must only be carried out by trained and properly qualified electrical installers.

The electrical installer must have read and understood the manual and follow the instructions provided.

The electrical installer must adhere to the valid national regulations in his/her country governing the installation, functional test, repair and maintenance of electrical products.

The electrical installer must be familiar with and correctly apply the "five safety rules" (DIN VDE 0105, EN 50110):

1.    Disconnect

2.    Secure against being re-connected

3.    Ensure there is no voltage

4.    Connect to earth and short-circuit

5.    Cover or barricade adjacent live parts

Used brightness

■    Brightness-independent

–    The detector functions independent of brightness and will switch during each movement.

■    Internal only

–    The device uses the internal brightness sensor. This parameter is used to activate the input for setting the "Internal brightness-value threshold" (2-byte float). The detector decides on the basis of a measured brightness and brightness value threshold whether it switches on at movement.

■    External only

–    The device expects a brightness value via the KNX bus from an external sensor, e.g. a weather station. This parameter is used to activate the input for setting the "External brightness-value threshold" (2-byte float). The value received is the external brightness-value threshold beginning from which the movement detector switches brightness-dependent. I. e., if a value is received on the external brightness object that is smaller than the value received last on the "External brightness-value threshold" object, the movement detector sends a telegram via the "Movement output" object to the bus when it detects movement.

■    Internal or external

–    The device uses internal and external values (internal and external brightness sensor). This parameter is used to specify whether the internal brightness value or the value received via the "External brightness" input is to be used. Both values can also be used simultaneously. In the last instance the detection of movement is active when there is a shortfall of one of the two threshold values. Alternatively, the parameter can also be disabled, so that the movement detector operates independent of brightness.

Extension unit input takes over the brightness

■    DO NOT take into consideration

–    The extension unit uses its own brightness measurement independent of the main unit.

■    Take into consideration

–    The extension unit uses the brightness measurement of the main unit and does not send its own brightness values. The switching, for example, of lighting is made on the basis of the brightness measured by the main unit.

Enable communication object

Detection independent of brightness

■    No

–    There is no separate object for the brightness-independent detection.

■    Yes

–    A 1-bit communication object “Brightness-independent detection” (input) is being enabled. This object makes possible the brightness-independent switching of the detector. If this object receives an 0-telegram, it operates again with the set brightness threshold.

Brightness-independent detection activation with

This parameter can be used to switch the input "Detection independent of brightness".

■    On telegram

–    The brightness-independent detection is activated with a 1-telegram and deactivated with a 0-telegram.

■    Off telegram

–    The brightness-independent detection is activated with a 0-telegram and deactivated with a 1-telegram.

Brightness independent detection after bus voltage return

By setting the tick the brightness-independent detection after the return of bus voltage is activated.

■    No

–    Detection independent of brightness is deactivated after a bus voltage recovery, reprogramming or a reset.

■    Yes

–    Detection independent of brightness is activated after a bus voltage recovery, reprogramming or a reset.

Internal brightness threshold

■    No

–    There is no separate “Internal brightness threshold” object.

■    Yes

–    A 2-bit communication object (input) "Internal brightness threshold” is activated. This can be used to change the switching threshold at which the detector is activated. The value is sent to this object in lux.

External brightness threshold

■    No

–    There is no separate “External brightness threshold” object.

■    Yes

–    A 2-bit communication object (input) "External brightness threshold” is activated. This can be used to change the switching threshold at which the detector is activated. The value is sent to this object in lux.

Brightness threshold external (lux)

The brightness threshold is used to specify the lux value at which the detector is to respond. If the detector does not switch on and the measured brightness lies above the set threshold, no telegram is sent during movement. The threshold applies only to the external brightness.

The device uses the anti-glare

This makes it possible to reduce the sensitivity of devices that are in a bright environment so that excellent detection continues to be guaranteed.

■    In use

–    When the measured brightness changes quickly, this has no effect on the brightness measurement and the detector switches on anyway.

■    Not used

–    When the measured brightness changes quickly, the detector still uses the normal threshold value to decide whether it is to function or not.

Used brightness

■    Brightness-independent

–    The detector functions independent of brightness and will switch during each movement.

■    Internal only

–    The device uses the internal brightness sensor. This parameter is used to activate the input for setting the "Internal brightness-value threshold" (2-byte float). The detector decides on the basis of a measured brightness and brightness value threshold whether it switches on at movement.

■    External only

–    The device expects a brightness value via the KNX bus from an external sensor, e.g. a weather station. This parameter is used to activate the input for setting the "External brightness-value threshold" (2-byte float). The value received is the external brightness-value threshold beginning from which the movement detector switches brightness-dependent. I. e., if a value is received on the external brightness object that is smaller than the value received last on the "External brightness-value threshold" object, the movement detector sends a telegram via the "Movement output" object to the bus when it detects movement.

■    Internal or external

–    The device uses internal and external values (internal and external brightness sensor). This parameter is used to specify whether the internal brightness value or the value received via the "External brightness" input is to be used. Both values can also be used simultaneously. In the last instance the detection of movement is active when there is a shortfall of one of the two threshold values. Alternatively, the parameter can also be disabled, so that the movement detector operates independent of brightness.

Extension unit input takes over the brightness

■    DO NOT take into consideration

–    The extension unit uses its own brightness measurement independent of the main unit.

■    Take into consideration

–    The extension unit uses the brightness measurement of the main unit and does not send its own brightness values. The switching, for example, of lighting is made on the basis of the brightness measured by the main unit.

Enable communication object

Detection independent of brightness

■    No

–    There is no separate object for the brightness-independent detection.

■    Yes

–    A 1-bit communication object “Brightness-independent detection” (input) is being enabled. This object makes possible the brightness-independent switching of the detector. If this object receives an 0-telegram, it operates again with the set brightness threshold.

Brightness-independent detection activation with

This parameter can be used to switch the input "Detection independent of brightness".

■    On telegram

–    The brightness-independent detection is activated with a 1-telegram and deactivated with a 0-telegram.

■    Off telegram

–    The brightness-independent detection is activated with a 0-telegram and deactivated with a 1-telegram.

Brightness independent detection after bus voltage return

By setting the tick the brightness-independent detection after the return of bus voltage is activated.

■    No

–    Detection independent of brightness is deactivated after a bus voltage recovery, reprogramming or a reset.

■    Yes

–    Detection independent of brightness is activated after a bus voltage recovery, reprogramming or a reset.

Internal brightness threshold

■    No

–    There is no separate “Internal brightness threshold” object.

■    Yes

–    A 2-bit communication object (input) "Internal brightness threshold” is activated. This can be used to change the switching threshold at which the detector is activated. The value is sent to this object in lux.

External brightness threshold

■    No

–    There is no separate “External brightness threshold” object.

■    Yes

–    A 2-bit communication object (input) "External brightness threshold” is activated. This can be used to change the switching threshold at which the detector is activated. The value is sent to this object in lux.

Brightness threshold external (lux)

The brightness threshold is used to specify the lux value at which the detector is to respond. If the detector does not switch on and the measured brightness lies above the set threshold, no telegram is sent during movement. The threshold applies only to the external brightness.

The device uses the anti-glare

This makes it possible to reduce the sensitivity of devices that are in a bright environment so that excellent detection continues to be guaranteed.

■    In use

–    When the measured brightness changes quickly, this has no effect on the brightness measurement and the detector switches on anyway.

■    Not used

–    When the measured brightness changes quickly, the detector still uses the normal threshold value to decide whether it is to function or not.

No special qualifications are needed to operate the device.

Operating mode

■    Automatic mode

–    Automatic switch-on and switch-off. In automatic mode the movement detector switches on automatically when it detects movement. A switch-off takes place only when after the last detection of movement the switch-off delay has expired.

■    Automatic switch-off

–    Manual switch-on and automatic switch-off. With the switch-off automatic the movement detector is triggered and switched on with an ON telegram via object “External push-button". The switch-off is carried out automatically after the switch-off delay has expired after the last detection of movement.
The object “External push-button” is created automatically.
In this operating mode the parameter “Internal brightness threshold” cannot be used.

■    Automatic switch-on

–    Automatic switch-on and manual switch-off. With the switch-on automatic the movement detector switches on automatically when detecting a movement. The movement detector switches off automatically after 6 hours if it has not received an “Off” on object “External push-button” during this period.
The object “External push-button” is created automatically.

■    Monitoring

–    In "Monitoring" mode, the movement detector switches on brightness-dependent if movement was detected within the specified time. The switch-off occurs 2 seconds after the switch-on and the last detection of movement. In this operating mode the parameter “Internal brightness threshold” cannot be used.

The following two parameters relate to the “Monitoring” operating mode.

Monitoring time window [mm:ss]

In the monitoring time window a minimum activity of x % must take place in total so that a corresponding telegram is sent. No telegram is sent when the minimum activity is not reached.

Example:

■    Monitoring time window = 30 seconds

■    Minimum activity in the monitoring time window = 50%

If someone moves for 30 seconds within the 15 seconds, the value for switch-on is sent to the bus.

Minimum activity in the monitoring time window

The parameter is used to set the percentage of the total time movement is to be detected before a movement is reported.

Extra functions

■    None

–    After the expiry of the switch-off delay the detector sends what has been set under the "Value for switch-off" parameter.

■    Day/Night mode

–    Offers the option to parametrise two different values and two different switch-off delays. Day and night mode is switched over via a separate 1-bit object.

■    Two-stage switch-off

–    After the expiry of the switch-off delay of the 1st stage the detector switches to the reduced brightness. Then the general switch-off delay is started. If this is expired, the “Value for switch-off” is sent according.

Example for two-stage switch-off:

Switch-off delay = 5 minutes

■    Value for switch-off = 0%
(Settings under “General parameters” of the movement detector)

■    Value for reduced brightness = 20%
(Settings under “Extra parameters” value for 2nd stage)

■    Brightness reduced after switch-off delay = 3 minutes
(Settings under “Extra parameters” value for 2nd stage)

If movement is no longer detected, the light is dimmed to 20% after 5 minutes and then to 0% after a further 3 minutes (switch-off).

The following parameters refer to the additional function “Day-/night mode”

Switch-on value day

The value ranges apply, depending on DPT, to:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

This value is the value that is sent in day mode and at detection of movement.

Switch-off value day

The value ranges apply, depending on DPT, to:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

This value is the value that is sent in day mode and at the end of the switch-off delay.

Switch-off delay for day [hh:mm:ss]

Switch-off delay time for day mode.

Brightness threshold day

Here the brightness threshold for activating the device in day mode can be set.

The following parameters refer to the additional function “Two-stage switch-off”

Value for 2. Stage

The value ranges are depending on DPT for:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

Here the value for the reduced brightness is set. After expiry of the switch-off delay the value is set to this value.

Switch-off delay for the 2nd stage [hh:mm:ss]

Here the value for the switch-off delay of the 2nd stage is set. The switch-off delay then is comprised of the total of the general switch-off delay and switch-off delay for the 2nd stage.

Using object switch-off delay for 2nd stage

■    No

–    The switch-off delay can be changed exclusively via the parameter setting “Switch-off delay for the 2nd stage”.

■    Yes

–    To change the switch-off delay of the second stage of the movement detector there is a separate 2-byte object (input) “Switch-off delay” for the 2nd stage”. The entry is made in seconds. A switch-off delay of 4 minutes, for example, has a value of 240 seconds.

The following parameters relate to the total movement detector

Use forced switch-off

The parameter is only adjustable if the "Operating mode" parameter is set on "Automatic" or "Automatic switch-off".

■    No

–    The device does not switch off after a specified time to carry out a new brightness measurement.

■    Yes

–    At detected movement the light can be switched on, although the brightness for switching off has already been exceeded. This effect can be prevented by activating this parameter. The movement detector switches off after 3x switch-off delay or at a minimum of 90 minutes or a maximum of 24 hours to carry out a new brightness measurement.

If the movement detector is switched on and continues to detect movement, it first operates brightness-independent.

Enable communication object

Switch-off delay

The parameter is only adjustable if the "Operating mode" parameter is set on "Automatic" or "Automatic switch-off".

■    No

–    There is the option to change the switch-off delay via the “Switch-off delay” parameter setting.

■    Yes

–    To change the switch-off delay of the movement detector there is a separate 2-byte object “Switch-off delay” (Input) available. The entry is made in seconds. A switch-off delay of 4 minutes, for example, has a value of 240 seconds.

Activate test mode

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic", "Automatic switch-on” or “Automatic switch-off”.

■    No

–    There is no possibility to set the detector to test mode via a separate object to test the detection range.

■    Yes

–    There is a separate 1-bit object “Activate test mode” (input) for activating the test mode with a 1. This function is ended with the receipt of a 0 on this object or automatically after 10 minutes. The LED flashes red during test mode as long as the sensor is triggered and the switch-off time of 3 seconds has not yet expired.

Actuator status

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic", "Automatic switch-on” or “Automatic switch-off”.

■    No

–    There is no separate actuator status object for connecting with the status of an actuator.

■    Yes

–    A 1-bit communication object (input) "Actuator status” is activated. This, for example, is linked with the status of a switch actuator. When this actuator is switched off via a central command, the detector is informed and is ready again for switch-on after the pause time.

Manual operating status

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic switch-on" or "Automatic switch-off".

■    No

–    There is no separate object “Manual operating status” for monitoring the status of the control.

■    Yes

–    A 1-bit communication object (output) "Manual operating status” is activated. This object sends an 1-telegram when the movement detector is deactivated and only one manual operation is possible via the external push-button input. If this object sends an 0-telegram, the movement detector switches back to automatic mode.

Pause time [ss.fff]

The set pause time is started after the detector has been switched off due to expiry of the switch-off delay or when a switch-off telegram is received on communication objects “External push-button” or “Actuator status”.

If movement is detected during this time, the detector is not switched on immediately. The pause time is first extended by 7 seconds. If there is still movement after these 7 seconds, the detector switches back on again.

If no movement is detected during the pause time, the detector is ready for activation again after the pause time.

This behaviour can, for example, be important when the lamp cools down drastically and is located within the detection range of the detector. Without a blockage there would be an unintentional switch-on. The purpose of pause time is to prevent an immediate re-activation.

Example:

A person switches the light off manually when leaving the room. Without the pause time the detected movement would cause a renewed switch-on during exiting.

“Extension unit input” takes the switch-on delay time into consideration

In operating mode “Automatic” the option “Extension unit input” takes “Switch-on delay time” into consideration can be activated. This determines how fast the main detector responds when a telegram of the extension unit detector is received via the "Extension unit input” object.

■    Yes

–    If the main detector was deactivated briefly before the receipt of the telegram of the extension unit detector and the set pause time is active, the pause time is continue to be adhered to before the main detector switches on again.

■    No

–    The main detector responds immediately to the telegram of the extension unit detector and switches on, also when it was deactivated shortly beforehand and the set pause time is still active.

Overwrite settings at download

■    Yes

–    During a download of the application into the detector, the values changed via the object are overwritten with the parameterised values of the ETS application.

■    No:

–    When the application is downloaded again into the movement detector, the values changed via the object are not overwritten with the parameterised values of the ETS application.

Adjustable values:

■    Switch-off delay

■    Internal brightness threshold

Operating mode

■    Automatic mode

–    Automatic switch-on and switch-off. In automatic mode the movement detector switches on automatically when it detects movement. A switch-off takes place only when after the last detection of movement the switch-off delay has expired.

■    Automatic switch-off

–    Manual switch-on and automatic switch-off. With the switch-off automatic the movement detector is triggered and switched on with an ON telegram via object “External push-button". The switch-off is carried out automatically after the switch-off delay has expired after the last detection of movement.
The object “External push-button” is created automatically.
In this operating mode the parameter “Internal brightness threshold” cannot be used.

■    Automatic switch-on

–    Automatic switch-on and manual switch-off. With the switch-on automatic the movement detector switches on automatically when detecting a movement. The movement detector switches off automatically after 6 hours if it has not received an “Off” on object “External push-button” during this period.
The object “External push-button” is created automatically.

■    Monitoring

–    In "Monitoring" mode, the movement detector switches on brightness-dependent if movement was detected within the specified time. The switch-off occurs 2 seconds after the switch-on and the last detection of movement. In this operating mode the parameter “Internal brightness threshold” cannot be used.

The following two parameters relate to the “Monitoring” operating mode.

Monitoring time window [mm:ss]

In the monitoring time window a minimum activity of x % must take place in total so that a corresponding telegram is sent. No telegram is sent when the minimum activity is not reached.

Example:

■    Monitoring time window = 30 seconds

■    Minimum activity in the monitoring time window = 50%

If someone moves for 30 seconds within the 15 seconds, the value for switch-on is sent to the bus.

Minimum activity in the monitoring time window

The parameter is used to set the percentage of the total time movement is to be detected before a movement is reported.

Extra functions

■    None

–    After the expiry of the switch-off delay the detector sends what has been set under the "Value for switch-off" parameter.

■    Day/Night mode

–    Offers the option to parametrise two different values and two different switch-off delays. Day and night mode is switched over via a separate 1-bit object.

■    Two-stage switch-off

–    After the expiry of the switch-off delay of the 1st stage the detector switches to the reduced brightness. Then the general switch-off delay is started. If this is expired, the “Value for switch-off” is sent according.

Example for two-stage switch-off:

Switch-off delay = 5 minutes

■    Value for switch-off = 0%
(Settings under “General parameters” of the movement detector)

■    Value for reduced brightness = 20%
(Settings under “Extra parameters” value for 2nd stage)

■    Brightness reduced after switch-off delay = 3 minutes
(Settings under “Extra parameters” value for 2nd stage)

If movement is no longer detected, the light is dimmed to 20% after 5 minutes and then to 0% after a further 3 minutes (switch-off).

The following parameters refer to the additional function “Day-/night mode”

Switch-on value day

The value ranges apply, depending on DPT, to:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

This value is the value that is sent in day mode and at detection of movement.

Switch-off value day

The value ranges apply, depending on DPT, to:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

This value is the value that is sent in day mode and at the end of the switch-off delay.

Switch-off delay for day [hh:mm:ss]

Switch-off delay time for day mode.

Brightness threshold day

Here the brightness threshold for activating the device in day mode can be set.

The following parameters refer to the additional function “Two-stage switch-off”

Value for 2. Stage

The value ranges are depending on DPT for:

■    Output is of type 1-byte 0 - 100%

■    Output is of type 1-byte 0 - 255

Here the value for the reduced brightness is set. After expiry of the switch-off delay the value is set to this value.

Switch-off delay for the 2nd stage [hh:mm:ss]

Here the value for the switch-off delay of the 2nd stage is set. The switch-off delay then is comprised of the total of the general switch-off delay and switch-off delay for the 2nd stage.

Using object switch-off delay for 2nd stage

■    No

–    The switch-off delay can be changed exclusively via the parameter setting “Switch-off delay for the 2nd stage”.

■    Yes

–    To change the switch-off delay of the second stage of the movement detector there is a separate 2-byte object (input) “Switch-off delay” for the 2nd stage”. The entry is made in seconds. A switch-off delay of 4 minutes, for example, has a value of 240 seconds.

The following parameters relate to the total movement detector

Use forced switch-off

The parameter is only adjustable if the "Operating mode" parameter is set on "Automatic" or "Automatic switch-off".

■    No

–    The device does not switch off after a specified time to carry out a new brightness measurement.

■    Yes

–    At detected movement the light can be switched on, although the brightness for switching off has already been exceeded. This effect can be prevented by activating this parameter. The movement detector switches off after 3x switch-off delay or at a minimum of 90 minutes or a maximum of 24 hours to carry out a new brightness measurement.

If the movement detector is switched on and continues to detect movement, it first operates brightness-independent.

Enable communication object

Switch-off delay

The parameter is only adjustable if the "Operating mode" parameter is set on "Automatic" or "Automatic switch-off".

■    No

–    There is the option to change the switch-off delay via the “Switch-off delay” parameter setting.

■    Yes

–    To change the switch-off delay of the movement detector there is a separate 2-byte object “Switch-off delay” (Input) available. The entry is made in seconds. A switch-off delay of 4 minutes, for example, has a value of 240 seconds.

Activate test mode

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic", "Automatic switch-on” or “Automatic switch-off”.

■    No

–    There is no possibility to set the detector to test mode via a separate object to test the detection range.

■    Yes

–    There is a separate 1-bit object “Activate test mode” (input) for activating the test mode with a 1. This function is ended with the receipt of a 0 on this object or automatically after 10 minutes. The LED flashes red during test mode as long as the sensor is triggered and the switch-off time of 3 seconds has not yet expired.

Actuator status

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic", "Automatic switch-on” or “Automatic switch-off”.

■    No

–    There is no separate actuator status object for connecting with the status of an actuator.

■    Yes

–    A 1-bit communication object (input) "Actuator status” is activated. This, for example, is linked with the status of a switch actuator. When this actuator is switched off via a central command, the detector is informed and is ready again for switch-on after the pause time.

Manual operating status

The parameter is only adjustable when under “Extra parameters” the "Operating mode" parameter is set on "Automatic switch-on" or "Automatic switch-off".

■    No

–    There is no separate object “Manual operating status” for monitoring the status of the control.

■    Yes

–    A 1-bit communication object (output) "Manual operating status” is activated. This object sends an 1-telegram when the movement detector is deactivated and only one manual operation is possible via the external push-button input. If this object sends an 0-telegram, the movement detector switches back to automatic mode.

Pause time [ss.fff]

The set pause time is started after the detector has been switched off due to expiry of the switch-off delay or when a switch-off telegram is received on communication objects “External push-button” or “Actuator status”.

If movement is detected during this time, the detector is not switched on immediately. The pause time is first extended by 7 seconds. If there is still movement after these 7 seconds, the detector switches back on again.

If no movement is detected during the pause time, the detector is ready for activation again after the pause time.

This behaviour can, for example, be important when the lamp cools down drastically and is located within the detection range of the detector. Without a blockage there would be an unintentional switch-on. The purpose of pause time is to prevent an immediate re-activation.

Example:

A person switches the light off manually when leaving the room. Without the pause time the detected movement would cause a renewed switch-on during exiting.

“Extension unit input” takes the switch-on delay time into consideration

In operating mode “Automatic” the option “Extension unit input” takes “Switch-on delay time” into consideration can be activated. This determines how fast the main detector responds when a telegram of the extension unit detector is received via the "Extension unit input” object.

■    Yes

–    If the main detector was deactivated briefly before the receipt of the telegram of the extension unit detector and the set pause time is active, the pause time is continue to be adhered to before the main detector switches on again.

■    No

–    The main detector responds immediately to the telegram of the extension unit detector and switches on, also when it was deactivated shortly beforehand and the set pause time is still active.

Overwrite settings at download

■    Yes

–    During a download of the application into the detector, the values changed via the object are overwritten with the parameterised values of the ETS application.

■    No:

–    When the application is downloaded again into the movement detector, the values changed via the object are not overwritten with the parameterised values of the ETS application.

Adjustable values:

■    Switch-off delay

■    Internal brightness threshold

Each use not listed in see chapter “Intended use“ is deemed improper use and can lead to personal injury and damage to property.

Busch-Jaeger is not liable for damages caused by use deemed contrary to the intended use of the device. The associated risk is borne exclusively by the user/operator.

The device is not intended for the following:

■    Unauthorized structural changes

■    Repairs

■    Replacement for intrusion or attack alarms.

■    Outdoor use

■    The use in bathroom areas

The basic settings of the individual movement detectors parameters are available in the area of the general parameters. The default settings enable the user to perform a simple commissioning without having to make changes to the individual parameters.

Output is of type

The parameter us used to specify the type of the output telegram. Depending on the setting made, the setting value of the parameter “Value for switching on” and “Value for switching off” changes.

■    Switching [DPT 1.001]

–    The telegram is sent as 1-bit telegram. The option is useful for switch actuators.

■    Percent [DPT 5.001]

–    The telegram is sent as 1-bit telegram in a range from 0 to 100%. The option is useful for the activation of dimmers.

■    1 byte without a sign [DPT 5.010]

–    The telegram is sent as 1-byte telegram in a numerical range from 0 to 255. The option is useful for actuators that are activated with a value of between 0 and 255.

■    Scene [DPT 18.001]

–    The telegram is sent in the form of a scene number between 1 to 64. The option is useful for the activation of light scenes.

■    HVAC mode

–    The telegram is sent as 1-byte telegram and serves for the switchover of the RTC operating mode. The option serves for the direct switching of room temperature controllers in a specific operating mode.

–    Auto

–    Comfort

–    Standby

–    ECO

–    Frost/heat protection

■    Forced operation [DPT 2.001]

–    For setting of actuators with a defined status that cannot be superimposed by other telegrams.

–    ON, forced operation active

–    OFF, forced operation inactive

Output object sends at

On the output the data type set via the object type is sent out with the corresponding status

The parameter is used to specify the switching process at which the output object is to send a telegram.

■    Switch-on / switch-off

–    A telegram is sent at the start of movement and at the end of the switch-off delay.

■    Only switching on

–    The telegram is only sent at he start of a movement.

■    Switch only off

–    A telegram is sent only at the end the switch-off delay.

Value for switching on

The parameter is used to specify the value for switching the device on.

■    Off

–    When the movement detector detects movement, value 0 is sent via the bus.

■    On

–    When the movement detector detects movement, value 1 is sent via the bus.

Send switch-on value cyclic

■    No

–    The set value is sent only once via the bus.

■    Yes

–    The setpoint is sent cyclic via the bus. Parameter "Cyclic repeat time" is also displayed.

Value for switching off

■    Off

–    If the movement detector no longer detects movement and the switch-off delay has expired, value 0 is sent via the bus.

■    On

–    If the movement detector no longer detects movement and the switch-off delay has expired, value 1 is sent via the bus.

Send switch-off value cyclic

■    No

–    The set value is sent only once via the bus.

■    Yes

–    The setpoint is sent cyclic via the bus. Parameter "Cyclic repeat time" is also displayed.

Cyclic repeat time (hh:mm:ss)

Here the time is set that describes the space of time between the sending of two telegrams. This function is only visible if the checkbox for cyclic sending has been set beforehand.

Extension Unit Input

An additional communication object is added with activating. This integrates a movement detector that is defined as extension unit. The extension unit device then receives it settings via the main device.

■    No

–    Telegrams sent from an extension unit cannot be received.

■    Yes

–    A 1-bit communication object (input) "Extension unit” is activated. Via this input the master movement detector receives the (On) telegrams of the connected extension unit or of a push-button. The On telegram of an extension unit is comparable with a detected movement.

Switch-off delay (hh:mm:ss)

The switch-off delay is the time period after the last movement detected and the sending of the telegram "Value for switch-off". If movement is detected again within this period, the switch-off delay is started again. The switch-off delay including movement detection is initiated with option “Single value for switch-on”.

Use internal brightness threshold

The movement detector has an internal brightness sensor via which the switching threshold is to be set from when the detector is to operate. By setting the checkbox the internal brightness threshold is activated in the activated channel. If the checkbox is not set, the movement detector channel operates independent of brightness.

Brightness threshold internal (lux)

The brightness threshold is used to specify the lux value at which the movement detector is to respond. If the measured value is above the parameterised switching threshold, no telegram is sent.

The device has up to five independent channels that can be parameterized with logic and time functions. The functions are separated from the movement detector and operating functions. This enables the user to implement specific application/logics in this device that are required in the system.

The parameter is used to specify the functions of the channels.

Function x

The functions are selected via a drop-down menu. Additional parameters are available when selected.

A detailed description of the individual functions is available in Chapter “Function x (logic functions)“.

The device has up to five independent channels that can be parameterized with logic and time functions. The functions are separated from the movement detector and operating functions. This enables the user to implement specific application/logics in this device that are required in the system.

The parameter is used to specify the functions of the channels.

Function x

The functions are selected via a drop-down menu. Additional parameters are available when selected.

A detailed description of the individual functions is available in Chapter “Function x (logic functions)“.

The movement detector serves for switching lighting systems in dependence of brightness and/or movement. It is designed only for interior areas of buildings and for mounting on walls.

Mounting, among others, is practical on the following flush-mounted inserts:

■    Bus coupler KNX

–    BA/U1.0.X

■    Bus coupler Busch-free@home®

–    BAU-F-0.X

The device is not suitable for use as an intrusion or attack alarm since it lacks the required security against sabotage in accordance with the German VdS (Authority on Safety and Security) regulations.

There are various functions available for the mechanical buttons for the user. Via the parametrization of the mechanical buttons direct access is possible to the functions of the movement detector, e.g. “Duration ON” of the load switched via the movement detector channel. Alternatively, also loads that are not switched via the movement detector can be activated/operated:

Example:

The lighting in the room is switched on by the movement detector. The blind in the room is controlled via the buttons on the device.

Depending on the sensor used, different applications are available for the different buttons.

Table 7:    Buttons per sensor

The following switching functions depending on the sensor used are available for selection.

64762-xxx / 64764-xxx

■    Deactivated

–    The button is deactivated.

■    Switch

–    The button serves for switching.

■    Blinds/roller blinds

–    The button serves for switching of blinds/roller blind functions.

■    Switching/dimming

–    The button serves for switching/dimming.

■    Switching sequence

–    The button serves for the creation of switching sequences.

■    Scenes

–    The button serves for creation of scenes.

■    Value

–    The button serves as value sending element.

64765-xxx

■    Deactivated

–    The button is deactivated.

■    Switch (x-buttons)

–    The button serves for switching.

■    Blind/roller blinds (x-buttons)

–    The button serves for switching of blinds/roller blind functions.

■    Switching/dimming (x-buttons)

–    The button serves for switching/dimming.

■    Switching sequence (x-buttons)

–    The button serves for the creation of switching sequences.

■    Scenes

–    The button serves for creation of scenes.

■    Value

–    The button serves as value sending element.

There are various functions available for the mechanical buttons for the user. Via the parametrization of the mechanical buttons direct access is possible to the functions of the movement detector, e.g. “Duration ON” of the load switched via the movement detector channel. Alternatively, also loads that are not switched via the movement detector can be activated/operated:

Example:

The lighting in the room is switched on by the movement detector. The blind in the room is controlled via the buttons on the device.

Depending on the sensor used, different applications are available for the different buttons.

Table 7:    Buttons per sensor

The following switching functions depending on the sensor used are available for selection.

64762-xxx / 64764-xxx

■    Deactivated

–    The button is deactivated.

■    Switch

–    The button serves for switching.

■    Blinds/roller blinds

–    The button serves for switching of blinds/roller blind functions.

■    Switching/dimming

–    The button serves for switching/dimming.

■    Switching sequence

–    The button serves for the creation of switching sequences.

■    Scenes

–    The button serves for creation of scenes.

■    Value

–    The button serves as value sending element.

64765-xxx

■    Deactivated

–    The button is deactivated.

■    Switch (x-buttons)

–    The button serves for switching.

■    Blind/roller blinds (x-buttons)

–    The button serves for switching of blinds/roller blind functions.

■    Switching/dimming (x-buttons)

–    The button serves for switching/dimming.

■    Switching sequence (x-buttons)

–    The button serves for the creation of switching sequences.

■    Scenes

–    The button serves for creation of scenes.

■    Value

–    The button serves as value sending element.

Brightness-/twilight sensor

The parameter is used to specify the sensor functions that are available.

The sensor functions are activated / deactivated via the checkbox. Additional parameters are available when selected.

Brightness-/twilight sensor

The parameter is used to specify the sensor functions that are available.

The sensor functions are activated / deactivated via the checkbox. Additional parameters are available when selected.

Available are a maximum of 4 movement detector channels, each of which can be parameterized individually. For this, for example, channel 1 can take over the monitoring of the area during the day with a preset brightness value of 80%. During night mode, channel 2 then takes over the monitoring and switches the brightness on with only 20%.

The switchover between channel 1 and 2 takes place by disabling and enabling of the individual channels with a timer located in the bus system.

Channel x: Function

The parameter is used to specify the function of the individual movement detector channel.

■    Deactivated

–    The movement detector is deactivated.

■    Active

–    With the selection of “Active” the respective movement detector channel is activated and the associated parameters are displayed. Individual parameter settings can be made for each activated movement detector.

■    Extension unit

–    For the selection of “Extension unit” the movement detector does not send independent switching commands but passes its recognition results on to a main unit.

Channel x: EXT

Additional parameters are activated via the parameter. When selected, the following additional parameters are available within the tree structure of the channel parameters:

■    Extra parameters

■    Brightness parameters

■    External push-button

■    Detection ranges

■    Blocking function

In this chapter the basic functions are parameterised. These functions override the control and application functions.

On the device configuration page you have the option to specify the functions that are to be activated and the functions that are to be available in the device.

Fig. 12:    Device configuration - movement detector

In the “Function” column you can activate or deactivate a channel of the device. In addition, you can specify the channel function (active, inactive, extension unit).

As standard the application only indicates the standard parameters “Standard parameters” and “Detection ranges”. The main parameters under “General parameters” include especially “Switch-off delay” and “Internal brightness threshold”. If additional functions are required, the checkbox “EXT” must be activated next to the respective channel. This activates the extended parameters of the channel (extra parameters, brightness parameters, external button, blocking function).

In the description area you can assign a user-friendly name to each channel. This name is displayed at the channel parameter set and each communication object that is connected with this channel.

The application program of devices 64762-xxx and 64764-xxx contains the KNX applications listed in the following:

■    Movement detector

■    Switching functions

■    Brightness sensor

■    Temperature sensor

■    Switching functions

–    Buttons (switching, blind/roller blind, switching/dimming, scenes, value)

■    Logic functions

The following Instructions point to particular hazards involved in the use of the device or provide practical instructions:

Various functions can be implemented via the ETS.

Detailed description of parameters, see chapter “Description of application and parameters“ (only in languages DE, EN, ES, FR, IT and NL).

The device applications (*.knxprod) are loaded into the devices via the ETS and make available different functions.

The applications can be downloaded via the online catalogue (www.busch-jaeger-catalogue.com) in sector "Software downloads".

Detailed description of parameters, see chapter “Description of application and parameters“.

The software (ETS) and the descriptions of the program are available in languages DE, EN, ES, FR, IT, NL, PL and RU.

The group addresses are assigned in connection with the ETS.

Programming is started via the software application (ETS). For this the bus coupler must be set into the programming mode.

1.    Press the programming button on the front of the bus coupler.

–    The LED lights up.

–    The bus coupler is set into the programming mode.

–    The programming mode will be terminated automatically if no further programming is carried out within 15 minutes.

ETS version

The minimum requirement is the use of ETS from version 5.7.7.

KNX Secure encrypts the data additionally on the bus line (Twisted Pair) or via the wireless communication.

It is a method for safe communication within the KNX installation, and it includes the areas “KNX IP Secure” on the IP-network level and “KNX Data Secure” on the telegram level. Prerequisite for this are KNX Secure-capable devices.

KNX Data Secure

Access (parameter setting) and editing of KNX telegrams for users is possible only for authorized participants.

Prerequisite:

–    The project must be created and fitted with a password.

–    The KNX Secure device must have been imported.

To encrypt the data with KNX Secure, proceed as follows:

1.    In the project under "Characteristics/settings" activate "Safe commissioning".

2.    Click on button "Add device certificate".

The “Add device certificate” window opens.

3.    Add the device certificate (Factory Device Setup Key) by scanning the QR code or by entering it manually and confirm with OK.

The device is now in safe mode and can be parameterized.

To cancel the encryption with KNX Secure, perform a master reset (see chapter “RESET (Resetting the device)“).

To start the device a physical address must be assigned first.

Programming is started via the software application (ETS). The physical address is assigned and the parameters are set with the Engineering Tool Software (ETS).

To mount the movement detector, the following step is necessary:

1.    Plug the movement detector [1] together with the cover frame [2] onto the flush-mounted insert [3].

Fig. 11:    Mounting on bus coupler

Fig. 10:    Mounting of bus coupler

For mounting, the following steps are necessary.

1.    Connect the back of the coupler with the enclosed 2-pin plug-in terminal with the bus line.

2.    Screw the support ring and flush-mounted box together.

The device is now fully mounted.

The device has been constructed according to the latest valid regulations governing technology and is operationally reliable. It has been tested and left the factory in a technically safe and reliable state.

However, residual hazards remain. Read and adhere to the safety instructions to prevent hazards of this kind.

Busch-Jaeger accepts no liability for any failure to observe the safety instructions.

The wall mounting of the flush-mounted inserts takes place in a standard flush-mounted box or device box. The following mounting situations are possible, for example:

■    Stone walls

■    Plaster walls

■    Hollow walls

■    Insulated walls

Fig. 8:    Electrical connection Bus coupler FM

[1]    Bus connection

[2]    Programming button

Terminal assignment

+    Red

−    Black

Fig. 9:    Skinning length

Skinning length: 8 mm

■    Terminate all branches of the wiring system with a connected bus device (e.g., indoor station, outdoor station, system device).

■    Do not install the wires of the system bus together with 100 - 240 V cores.

■    Do not use joint wires for the connecting cables of door openers and wires of the system bus.

■    Avoid bridges between different wire types.

■    Use only two wires for the system bus in a four-core or multi-core cable.

■    During looping, never install the incoming and outgoing bus within a conduit.

■    Never install the internal and external bus within a conduit.

A

Activate programming mode    36

Additional functions    41

App settings

Setting options    18

Applications    16

Assigning the group address(es)    36

B

Blind/roller blind

Change of direction of "Movement    84

Change of direction of "Slat adjustment"    84

Roller blind operation    83

Blinds/roller blinds

Status after ETS download or bus voltage recovery    85

Blinds/roller shutters

Blocking operating surface    84

Extended settings    83

Long operation after    84

Operating mode    83

Slats operation    83

Blocking function    65

Brightness parameters    55

Brightness independent detection after busvoltage return    56

Brightness threshold external (lux)    57

Brightness-independent detection activation with    56

Detection independent of brightness    56

Extension unit input takes over the brightness    55

External brightness threshold    57

Internal brightness threshold    57

The device uses the anti-glare    58

Used brightness    55

Brightness-/twilight sensor    67

Brightness detection    69

Lamp in the detection range    69

Number of brightness/twilight thresholds    69

Object output ambient light [lux]    67

Overwrite settings during download    70

Parameter actuator status inputs    78

Parameter threshold x    71

Send ambient brightness    68

C

Circuit diagrams    29

Cleaning    141

Commissioning    33

Communication objects    126

Configuration    37

Connection, installation / mounting    25

Control elements    137

Cyber security    12

D

Delay    116

Data type    116

Delay time    116

Filter active    117

Filter function    117

Filter value    118

Overwrite delay time at download    118

Re-triggering    116

Description of application    36, 37

Description of objects    36, 37

Description of parameters    36, 37

Detection levels    147

Detection range    19

Detection ranges    147

Activate    62, 63

Sensitivity    63, 64

Device overview    16

Differentiating the application program    36

Dimensional drawings    23, 24

E

Environment    14

Erfassungsbereiche

64762-xxx / 64764-xxx    62

64765-xxx    63

External push-button    59

Continuous mode is activated with    60

Continuous off is activated with    61

Continuous operation Off [max. 24 h]    61

Continuous operation On [max. 24 h]    60

Continuous operation On/Off status    61

External button switches on with    59

External push-button    59

Manual mode is activated with    60

Switchover of manual operation    59

Extra parameters    46

”Input extension unit” takes the switch-on delay time into consideration    53

Activate test mode    52

Actuator status    52

Brightness threshold day    49

Extra functions    48

Manual operating status    52

Minimum activity in the monitoring time window    47

Monitoring time window [mm:ss]    47

Operating mode    46

Overwrite settings at download    54

Pause time    53

Switch-off delay    51

Switch-off delay for day    49

Switch-off delay for the 2nd stage [hh:mm:ss]    50

Switch-off value day    49

Switch-on value day    49

Use forced switch-off    51

Using object switch-off delay for 2nd stage    50

Value for 2 stage    50

F

Features of equipment    17

Features of functions    17

Function

Telegram cyclical    107

Function x    41

Function x (logic functions)    41, 107

G

Gate

Activate communication object \\    114

Block at value    114

Data flow direction    113

Data type    113

Filter function    113

Save input signal    114

Value output    114

General parameters    42, 67

I

Improper use    10

Information about planning and application    142

Information and symbols used    8

Information on protection of the environment    14

Installation, commissioning and maintenance    11

Integration into the KNX system    36

Intended use    9, 10

K

KNX secure    33

L

Lens types    147

Logic functions    41, 107, 110

Function    110

Number of inputs    110

Object type output    110

Output value for \\    111, 112

Send output value On    111

Value    111, 112

M

Maintenance    141

Min/Max    119

Data type    119

Number of inputs    119

Output sends at    119

Output value is equal    120

Mounting    30

Surface-mounted installation box    30

Mounting/installation

Bus coupler in flush-mounted installation box    31

On bus coupler    32

Movement detector    38, 42

Movement detectors    144

N

Notes    151

Notes on the instruction manual    6

O

Operating functions    39

Operating mode    46

Operation    11, 137

P

Parameter actuator status inputs

Actuator x: Warm-up time of the lamp    78

Parameter threshold

Function    71

Hysteresis    71

Minimum duration of overshoot    77

Minimum duration of undershoot    76

Name for threshold x    71

Object type threshold x    73

Output object sends at    74

Switch object threshold x sends    74

Use enable object    72

Using object input threshold x [2-byte floating point]    73

Using object threshold x programming [1 bit]    73

Value for overshooting the threshold x    76

Value for undershooting the threshold x    75

Warm-up time of the lamp    77

Preparatory steps    28

Prerequisites    36

Presence detectors    144

Principles of function    144, 145

Principles of operation    144

Push-button x (Switching functions)    79

Q

Qualification of personnel    11

R

Requirements for the electrician    27

RESET    35, 138

Resetting the device    35, 138

S

Safety    8

Safety instructions    13, 26

Scene actuator    121

Configuration of scene x    122

Data type actuator group X    122

Number of actuator groups    121

Number of scenes    121

Overwrite scenes at download    121

Telegram delay between the outputs    121

Scenes

Blocking operating surface    95

Differentiating between brief and long operation    94

Extended settings    94

Status after ETS download or bus voltage recovery    95

Schaltfunktionen

64762-xxx / 64764-xxx    39

64765-xxx    40

Scope of supply    22

Selecting the ETS application    36

Send value/multiple actuation

Blocking operating surface    106

Extended settings    106

Maximum time between two actuations    96

Send at    97

Send value at every actuation    96

Send value on    96

Status after ETS download or bus voltage recovery    106

Toggle value    96

Sensor function    38

Brightness-/twilight sensor    38

Sequence    123

Activate communication object \\    124

Activate communication object ”Status sequence\\    123

Behaviour at blockage    124

Behaviour for return of bus voltage    124

Data type    123

Infinite loop    124

Level setting    125

Start sequence with    124

Step number    124

Value at the end of the sequence    125

Value when active    123

Setup and function    15

Sources of interference    142

Staircase lighting

Data type    115

Re-triggering    115

Switch-off delay    115

Switch-off pre-warning    115

Switch

Blocking operating surface    82

Differentiating between brief and long operation    79

Extended settings    82

Long operation after    82

Reaction at actuation    80

Reaction at long operation    81

Reaction during release    80

Reaction on short operation    81

Status after ETS download or bus voltage recovery    82

Switch function

Scenes    94

Switching functions

Blinds/roller shutters    83

Send value/multiple operation    96

Switch    79

Switching sequence    89

Switching/dimming    86

Switching sequence

Blocking operating surface    93

Configuration

Step x    89

Enable communication object "Reset switching sequence"    92

Evaluation period    92

Extended settings    92

Function of communication objects

CO x    89

Reaction at long actuation    91

Reaction on long operation    91

Send values after evaluation period    92

Status after ETS download or bus voltage recovery    93

Switching/dimming

At short actuation    86

Blocking operating surface    87

Change per step    87

Dimming procedure    86

Extended settings    86

Long operation after    87

Status after ETS download or bus voltage recovery    88

Telegram is repeated every    87

T

Target group    11

Technical data    23

Telegram cyclical

Activate communication object \\    108

Advanced settings    108

Block at value    108

Cyclical sending    109

Send status after ETS download or bus voltage recovery    108

U

Update    140

Seated persons

Fig. 23:    Detection seated

Presence detectors are required for movement detection of seated persons. Only presence detectors have the necessary detection sensitivity.

Seated persons must be completely within the detection range.

With higher installation, the detection range becomes larger, but the detection density smaller.

The shorter the distance between the person to be detected and the presence detector, the smaller the movement can be that is still detected. Ideally the maximum mounting height is 3.5 m.

Moving crosswise toward the device

Fig. 24:    Detection crosswise to the device

The detection range is at its highest when the person to be detected moves crosswise toward the device. This is called a tangential direction of movement.

The detection of the infrared change functions best when the person to be detected moves crosswise to the viewing field of the device. Here, for example, it crosses several sectors at a 1 m path. If the person moves directly towards the sensor, it takes longer before the person is detected by the device in other sectors.

In the right example graphic, the person touches 6 new sectors at a 1 m path.

Moving lengthways / parallel to the device

Fig. 25:    Moving lengthways / parallel to the device

The detection width is physically dependent smaller when the person to be detected moves directly toward the device [A] or in parallel [B] (e.g., in a corridor) with it.

In the right example graphic a new sector is touched by the person only at the end of a 1 m path (arrow). It is only here that the person is detected by the device.

The detection of the infrared change functions best when the person to be detected moves crosswise to the viewing field of the device. Here, for example, it crosses several sectors at a 1 m path. If the person moves directly towards the sensor, it takes longer before the person is detected by the device in other sectors. This is called a central approach.

Mounting heights

Fig. 26:    Mounting heights

Depending on the mounting height, the detection characteristics change.

As the mounting height increases, the sensitivity and detection density decrease. In the left side of the example graphic, the movement is no longer detected because it does not cut across any additional sectors. The Busch-Watchdog® is too far removed from it. Optimally, persons are detected at a maximum mounting height of 2.2 m.

In corridors and storage rooms, a mounting height of 2.2 metres is perfectly reasonable due to the desired application.

Fig. 22:    Lens types

The devices of Busch-Jaeger are fitted with Fresnel lenses. Compared to normal lenses, Fresnel lenses offer the advantage of an increase in the amplification of infrared radiation.

[1]    Normal lens (hemispherical)

[2]    Fresnel lens

Infrared radiation, also called heat radiation, consists of electromagnetic waves. Every object transmits a characteristic heat radiation, depending on its specific temperature.

The detection of movement depends on the mounting height and the "free view" of the device.

Infrared sensor technology (IR sensor technology)

Fig. 18:    Function principle of IR sensor technology

IR radiation can be detected with IR sensors and transformed into electric signals. As these sensors only receive and do not transmit IR radiation, they are also known as "passive IR sensors".

[1]    Gamma

[2]    X-ray

[3]    Ultraviolet

[4]    Visible

[5]    Infrared

[6]    Radio waves

Passive infrared sensors (passive IR sensors)

Fig. 19:    Passive IR sensor

Passive IR sensors are designed so that they react only to a change in heat radiation, e.g., in event of movement.

The transmission range of passive IR sensors is physically dependent on the temperature. The reference amounts to 21°C. The transmission range reduces in a warmer environment.

If heat radiation is constant, no signal is generated. A room being heated alters its heat radiation only very slowly in comparison. It is therefore possible to detect human movements (heat movement).

Optical system (movement detector)

Fig. 20:    Optical system (movement detector)

By means of lenses, mirrors and sensors, the area to be monitored is divided into numerous fields or so-called sectors. If a person moves from one sector to the next, this movement is detected.

Light measurement

Fig. 21:    Brightness sensor

The devices of Busch-Jaeger are fitted with an ambient light measurement. This extends the movement detection process by one brightness-value threshold.

The brightness-value threshold determines the luminosity from which the light switches on. If the surrounding light is brighter that the set brightness-value threshold, the light does not switch on if movement is detected.

Both device types are passive infrared detectors. They serve for switching the lighting when people are present.

Movement detector:

Movement detectors must detect gross movements, e.g., when someone enters or leaves a room or stairwell. They are usually mounted on a wall.

In terms of technical principle, movement detectors for indoor and outdoor use are the same. However, movement detectors for outdoor use usually have a different housing, as it has to withstand the environmental influences there, for example.

Presence detectors:

They are rather intended for indoor use. Since they need to detect small movements, such as typing on a keyboard, they are clearly more sensitive than movement detectors. In addition to movement, a presence detector monitors the ambient brightness during the ON phase and can switch off when the brightness-value threshold is exceeded. They are usually mounted below the ceiling.

External light protection

If the twilight sensor is set on "dark", the Busch-Watchdog® could be deactivated by a light source (torch or car headlights). To avoid such manipulations, the Busch-Watchdog® leaves its surveillance function unchanged for 90 seconds if the light conditions suddenly change and so increases the safety.

Faulty switching

The principle of the passive infrared movement detector means that its function depends on the physical conditions prevailing in the detection range. Moving heat sources always cause triggering when the sensitivity threshold of the Busch-Watchdog® is exceeded. Sunlight has a high percentage of natural infrared radiation. If the sun shines onto a bush or a tree in the detection range, for example, and this bush or tree moves in the wind, this may cause a movement detector to trigger. Sunlight reflecting off glass or water, a heat source cooling down (e.g. a lamp mounted nearby) or animals in the detection range can also trigger detection.

Range fluctuations

In extreme weather conditions, the size of the detection range may change. High outside temperatures and poor visual conditions due to fog, rain or snow can temporarily reduce the range. Excessively long ranges are caused by sources of extreme heat (e.g. lorries or busses) or at very low outside temperatures and good visual conditions. Important here is to adapt the detection range to the necessary area during installation with an appropriate inclination of the Busch-Watchdog® sensor and possibly adapt the use of the Busch-Watchdog® blind. The automatic range stabilization of the Busch-Watchdog® counteracts the effects described above; however, it cannot guarantee consistent triggering behaviour under all conditions.

Moving heating air

Fig. 16:    Movement detector malfunction source: moving heating air

Movement detectors react to infrared radiation (heat radiation). If the movement detector is located in an area where warm air moves strongly, this can lead to undesired switching operations of the movement detector. Such an area is e.g. above a heating system.

Place the movement detector in an area where the movement detector is not affected.

Open doors

Fig. 17:    Movement detector malfunction source: open door

If the movement detector's detection range runs through an open door, this will result in switching operations if a person crosses this range.

In this example, placing the movement detector opposite on the adjacent corridor wall would be more suitable.

Clean dirty devices with a soft dry cloth.

–    If this is insufficient, the cloth can be moistened slightly with a soap solution.

Check the device from time to time for software updates to guarantee the stability and the compatibility of the system.

In addition, the device is maintenance-free. In case of damage, e.g. during transport or storage, do not perform repairs. Once the device is opened, the warranty is void.

Access to the device must be guaranteed for operation, testing, inspection, maintenance and repairs (according to DIN VDE 0100-520).

Updating via ETS

A Firmware update is made via Long-Frame interfaces (e.g. USB/S 1.2 or IPR/x). Please note that the update via Long-Frame interfaces can take up to 40 minutes. You additionally require the ETS app “BJE Firmware update 2.0” from ABB Stotz-Kontakt GmbH.

The app is made available free of charge in the KNX online shop. There, only licensing with the available ETS license is required.

The app makes it possible to update the operating systems of the different KNX devices with changing the hardware. The latest firmware files can be downloaded automatically from the Internet via the ETS.

The ETS can be used to check the firmware that is available in the device. The respective firmware status can be read from the device under menu item "Device info".

To perform the Firmware update, proceed as follows:

1.    Ensure that your computer is connected with the ETS software via the Long-Frame-interface with the KNX bus.

2.    Select the device to be updated in the ETS.

3.    Use the function integrated in the ETS for the Firmware update. The software automatically recognises whether the device supports Long-Frame interfaces, and use uses them for more efficient data transmission.

Updating via Busch-SmartConnect App

The Firmware of the movement detector can be updated via the app. The update takes approx. 30 seconds.

However, for this the updating of the Firmware must have been enabled in the device settings beforehand by the fitter. When Bluetooth has been additionally activated or deactivated, this influences the availability of the updating options within the app.

If updating has been activated in the ETS, the customer has the option for 24 hours to update the device in the app.

Master reset on bus coupler via programming button

1.    Disconnect the device from power for 10 seconds.

2.    Switch on the voltage again.

–    A master reset can be carried out within the next 5 minutes.

3.    Press the programming button for at least 5 seconds.

–    With the press of the button the red LED starts to flash slowly for 5 seconds.

–    After this the LED begins to flash faster.

4.    Release the programming button while the LED flashes fast.

–    The master reset is being performed.

Fig. 15:    Control elements

[1]    Trimmers

[2]    Trimmers

[3]    Test LED

[4]    Rocker button top

[5]    Rocker button bottom

Table. 8:    Control elements

For the automatic detection of movement the comfort switch and movement detector also have operating buttons at the front side next to the lens.

The respectively desired function, such as the switching of light, moving the blind or calling up scenes, is made via the selection in the application. With the comfort switch one can here select between a button or rocker function. For the movement detectors only button functions are available.

The trimmers on the rear side of the movement detector/comfort switch have no function during commissioning via KNX or free@home. The setting is exclusively made via the parameters of the ETS application at KNX and the System Access Point at free@home.

The object is sent to either provide information about a value sequence or to start or stop a sequence.

The object serves as scene actuator. It sends a telegram with information about the actuator status in percent.

Table. 6:    Dimensions

The object is a scene control object. It sends an input telegram that serves for reporting the scene number.

The object serves as object for min/max functions. It can be either an input object or an output object that is used for switching delay functions.

The object serves for sending a telegram with delay time.

The object is sent for active delay functions. It can be either an input object or an output object that is used for switching delay functions.

The object is sent when the selected function influences the options for the staircase lighting. The object can be either an input or output telegram. It can also be sent for the switch-on time and the switch-off pre-warning time, depending on the parametrisation.

The type of this object depends on the settings of the respective parameters. It can be either an input or output telegram.

The object is used for logic functions either as output or input telegram.

The device sends / receives / blocks cyclic telegrams.

■    Output natural ambient brightness [lux]

–    This object sends either the measured or the calculated brightness - independent of whether there are switched lamps in the detection range that are integrated via actuator status objects.

■    External brightness input [lux]

–    The brightness value of an external brightness sensor is sent to this object.

■    Input actuator status x

–    These objects should be connected with actuators of lamps that are located in the detection range of the detector. This enables the detector to recognise when such an actuator is switched on or off, and to calculate the resulting brightness change correspondingly in or out.

■    Output total brightness [lux]

–    This object sends the total brightness without certain other switched lamps being calculated out.

Table 5:    Technical data

(1)    Parameterizable via ETS

(2)    Trimmers on the rear side of the device in combination with the bus coupler are without function.