FA00017-EN ver.1 04/2015
Technical Manual
KNX interface - CAME CP burglar alarm control units
001SIFCPKNX
Summary
1Introduction ................................................................................................................................................ 2
2Application .................................................................................................................................................. 2
2.1Limit on associations ......................................................................................................................... 2
3“General” Menu .......................................................................................................................................... 3
3.1Parameters ........................................................................................................................................ 3
3.2“Inputs 1..8” etc. menu ....................................................................................................................... 4
3.3“Outputs 1..8” etc. menu .................................................................................................................... 6
4“CP control unit scenes” menu ................................................................................................................... 8
4.1Parameters ........................................................................................................................................ 8
5“KNX scenes” menu ................................................................................................................................... 9
5.1Parameters ........................................................................................................................................ 9
5.2“Scene x” menu ................................................................................................................................. 9
6“Events with start and end time” menu ..................................................................................................... 12
6.1Parameters ...................................................................................................................................... 13
7“Events with start time only” menu ........................................................................................................... 15
7.1Parameters ...................................................................................................................................... 16
8“Restore bus voltage” menu ..................................................................................................................... 21
8.1Parameters ...................................................................................................................................... 21
9Communication objects ............................................................................................................................ 23
9.1Outputs ............................................................................................................................................ 24
9.2Inputs ............................................................................................................................................... 27
FA00017-EN ver.1 04/2015
1 Introduction
This manual describes the functions of the KNX interface for CAME CP burglar alarm control units and how
these are set up and configured using the “ETS” configuration software.
2 Application
The KNX interface for CAME CP burglar alarm control units allows you to control a subset of the functions of
the alarm control units from the KNX Building Automation system and to monitor security-related
states/events, ensuring interaction between the two systems. In particular, the functions implemented by the
device are as follows:
Commands
• total arming/disarming commands
• arming/disarming commands for individual areas
• activation/deactivation commands for burglar alarm outputs
• running alarm scenes through KNX scenes
• memorising/running KNX scenes
Messages
• armed state for security areas
• alarm state for security areas
• general burglar alarm state
• arming enabling state for individual areas
• burglar alarm memory
• network malfunction
• battery malfunction
• tampering state
• input state message
• output state message
• event state message
This manual only covers the part relating to configuration with the ETS software while, for installation inside
the burglar alarm control units, we recommended using the INSTALLATION AND USE MANUAL packaged
with the product.
2.1 Limit on associations
Maximum number of group addresses: 254
Maximum number of associations: 254
This means that you can define up to 254 group addresses and create up to 254 associations between
communication objects and group addresses.
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3 “General” Menu
The General menu includes parameters that allow you to define the general behaviour of the interface and
configure the main communication objects used for interfacing between the burglar alarm system and the
KNX bus.
The figure (fig. 3.1) shows the parameters present in the aforementioned menu.
Fig 3.1: Setting ETS parameters –“General” section
3.1 Parameters
3.1.1 Type of CP burglar alarm control unit connected to the KNX interface:
This allows you to set the CP burglar alarm control unit to which the KNX interface is connected. The values
that can be set are as follows:
- CP6099WL
- CP8048
- CP8096
- CP8200 (default value)
3.1.2 Burglar alarm control unit access password (6 characters)
This allows you to enter the password of the user who has the rights to arm/disarm the different areas of the
burglar alarm control unit. The values that can be set are as follows:
- 6 alphanumeric characters, no characters (default value)
If the password entered is incorrect, or the user associated with the password does not have the rights to
arm/disarm a specific area, it will not be possible to control that area from the KNX bus.
3.1.3 Total and partial control unit disarming via bus
This allows you to decide whether or not to prevent disarming of the burglar alarm control unit and the areas
via KNX telegram.
The values that can be set are as follows:
- disabled
If the device receives a bus telegram to disarm the control unit/area, it ignores this command; with this
setting, the burglar alarm control unit cannot be disarmed with a bus command.
- enabled (default value)
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If the device receives a bus telegram to disarm the control unit/area, it forwards the disarming command to
the CP burglar alarm control unit; with this setting, the burglar alarm control unit can be disarmed with a bus
telegram.
In both cases, on receipt of a telegram arming/disarming the area/control unit, the device forwards the
command to the control unit via serial line.
3.1.4 Malfunction and tamper objects
This allows you to enable the visibility and use of communication objects that provide a telegram message of
malfunctioning of and tampering with the burglar alarm control unit via telegram.
The values that can be set are as follows:
- disabled (default value)
- enabled
if the enabled value is selected, the communication objects become visible for sending messages relating to
any malfunctioning of or tampering with the burglar alarm control unit: Network malfunction, battery
malfunction and control unit malfunction (tamper).
Using the Network malfunction object, the device sends a message of any malfunctioning of the control
unit’s 230 V power supply network. If the 230 V power supply fails and the control unit battery is working
correctly, the device sends a bus telegram via this communication object with a logic value of “1”;
conversely, when the power supply is present or is reset, the device sends a bus telegram via this object
communication with a logic value of “0”. The message is sent on request and following a change of state.
Using the Battery malfunction object, the device sends a message of any malfunctioning of the control
unit’s battery. If the control unit battery is not connected or is flat and the 230 V power supply is present, the
device sends a bus telegram via this communication object with a logic value of “1”; conversely, when the
battery is connected correctly and is sufficiently charged, the device sends a bus telegram via this object
communication with a logic value of “0”. The message is sent on request and following a change of state.
Using the Control unit tamper object, the device sends a message of any tampering with the burglar alarm
control unit. If the tamper message is activated, showing that someone is tampering with the control unit, the
device sends a bus telegram via this communication object with a logic value of “1”; conversely, when the
tamper message is not activated, the device sends a bus telegram via this object communication with a logic
value of “0”. The message is sent on request and following a change of state.
3.1.5 Number of inputs/outputs to manage
The burglar alarm control unit can manage 64 inputs and 32 outputs; the KNX - Burglar Alarm interface is
able to support up to 64 inputs and up to 32 outputs, with a maximum of 64 communication objects in
inputs/outputs.
With this parameter, you can define how many objects to dedicate to the inputs and consequently how many
to the outputs. The values that can be set are as follows:
- 32 inputs/32 outputs (default value)
- 33 inputs/31 outputs
-
- 64 inputs/0 outputs
Depending on the value set here, the configuration menus Inputs 1 .. 8, Inputs 9 .. 16 etc. and Outputs 1 ..
8, Outputs 9 .. 16 etc. and the communication objects Input state i and Output state notification j become
visible.
3.2 “Inputs 1..8” etc. menu
The number of menus displayed depends on the number of inputs enabled in the “Number of
inputs/outputs to be managed” parameter in the General menu; each menu contains a maximum of 8
inputs and related parameters (see photo 3.2).
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Photo 3.2: Setting ETS parameters – “Inputs 1 .. 8 etc." section
As the interface is not in a position to know with which areas an input has been associated through the serial
protocol, you can obtain this information in part through the ETS parameters; an input can be associated by
means of a control unit configuration browser with one or more areas but, for simplicity, on the ETS side you
can specify only one of the areas to which the input belongs.
3.2.1 Parameters
3.2.1.1 Area to which input i belongs
These parameters are used to define the area to which input i (i = 1 .. 64) belongs. The values that can be
set are as follows:
- from 1 (default value) to 16
3.2.1.2 Physical address index of input i
These parameters are used to define the index of the physical sensor configured in the control unit to be
associated with input i (i = 1 .. 64). The values that can be set are as follows:
- from 1 (default value) to 192
3.2.1.3 Send input i state message if the area it belongs to is
With this parameter, you can define the sending of the intervention of the sensors conditionally in relation to
the state of the area to which it belongs (defined in the “Area to which sector i belongs” parameter; it can
have the following values:
- disarmed
- armed
- disarmed or armed (default value)
If the defined condition has occurred then the state message is sent via the corresponding Input i state
communication object.
3.2.1.4 Message associated with input i
Different types of sensors can be connected to the interface; information is available on the state of the input
via serial line: excited or standby.
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Using this parameter, when each input changes state, you can define both the bus command associated
with the intervention message (excitation) and the command associated with the standby state of the same
to be sent via the Input i state communication object; the values that can be set are as follows:
- intervention
1 / standby
0 (default value)
- intervention 0 / standby 1
- intervention only 1
- intervention only 0
- standby only 1
- standby only 0
3.2.1.5 Delay sending input i standby message (seconds)
This parameter allows you to configure the time that the module waits before sending the notification of the
fact that the input has gone into standby on the bus on the Input i state communication object. If the input
intervenes again during this wait, the timer is reset and is nothing is sent on the bus. The values that can be
set are as follows:
- from 0 (default value) to 255
3.3 “Outputs 1..8” etc. menu
The number of menus displayed depends on the number of outputs enabled in the “Number of
inputs/outputs to be managed” parameter in the General menu; each menu contains a maximum of 8
outputs and related parameters (see photo 3.3).
Photo 3.3: Setting ETS parameters – “Outputs 1 .. 8 etc.” section
KNX bus side, via the interface, you can manage up to 32 outputs connected to the burglar alarm control
unit; from the bus, you can only message the state of the output relays connected to the control unit.
3.3.1 Parameters
4.2.1.1 Physical output index of output j
These parameters are used to define the index of the physical output configured in the control unit to be
associated with output j (i = 1 .. 32). The values that can be set are as follows:
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- from 1 (default value) to 128
4.3.1.2 Type of message associated with output j state
This parameter allows you to customise the values of the message associated with the state of the
opening/closing of the output; the possible values are as follows:
- contact closed
1/contact open
0 (default value)
- contact closed 0/contact open 1
- contact closed only 1
- contact closed only 0
- contact open only 1
- contact open only 0
The Output j state notification communication object allows you to send the state message regarding the
state of the output j relay on the bus. The message is sent after a bus request and following a change in
state of the output itself.
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4 “CP control unit scenes” menu
It is possible to use KNX scenes to run the burglar alarm scenes defined in the CP control units connected to
the interface; from the bus, you can control this function through the CP control unit scene communication
object. The device is capable of running 32 CP scenes.
The figure (fig. 4.1) shows the parameters present in the aforementioned menu.
Fig 4.1: Setting ETS parameters –“CP scenes” section
4.1 Parameters
4.1.1 Enabling CP scene running by bus
This parameter allows you to enable and configure the function, making the “KNX scene index that recalls
scene y” parameters (y = 1 .. 32) and the CP control unit scene communication object visible. The values
that can be set are as follows:
- disable (default value)
- enable
Selecting the enable value displays the parameters and the communication object mentioned above.
5.2.1.1 KNX scene index that recalls scene y
Using this parameter, you can set the numeric value that makes it possible to identify and consequently run
the “y” CP scene configured in the burglar control unit; the possible values are as follows:
- 0, 1 .. 63, not assigned (default value)
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5 “KNX scenes” menu
The scenes function allows you to replicate a given preset or previously memorised state on receiving the
scene running command; by bus, you can control this function via the KNX scene communication object.
The device is capable of memorising and running 8 KNX scenes.
Unlike CP scenes, KNX scenes are memorised within the interface and do not depend on the configuration
of the CP control unit.
The figure (fig. 5.1) shows the parameters present in the aforementioned menu.
Fig 5.1: Setting ETS parameters –“KNX scenes” section
5.1 Parameters
5.1.1 KNX scenes function
This parameter allows you to enable and configure the function, making the Scene 1, Scene 2, Scene 3,
Scene 4, Scene 5, Scene 6, Scene 7 and Scene 8 menus and the KNX scene communication object
visible. The values that can be set are as follows:
- disable (default value)
- enable
Selecting the enable value displays the menus and the communication object mentioned above.
5.2 “Scene x” menu
The Scene x menu (x = 1 .. 8) features the parameters that allow you to configure the conditions for
learning/running and the initial values of the reference KNX scene.
The figure (fig. 5.2) shows the parameters present in the aforementioned menu.
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Figure 5.2: Setting ETS parameters –“Scene x” section
5.2.1 Parameters
5.2.1.1 KNX scene number to run/learn
Using this parameter, you can set the numeric value that makes it possible to identify and consequently
run/memorise the KNX x scene; the possible values are as follows:
- 0, 1 .. 63, not assigned (default value)
5.2.1.2 KNX scene learning conditions
For security reasons, you can decided whether or not to disable the possibility to learn the “area disarmed”
state; in this regard, it is necessary to define the rule that determines the condition of learning the state of the
area for that particular scene.
This parameter makes it possible to define the behaviour of the device when receiving a KNX scene learning
command via the related communication object. The values that can be set are as follows:
- do not learn (default value)
The scene is not learned; with this setting, the KNX scene will always replicate the initial conditions set
by ETS.
- learn the armed areas only
On receiving a scene learning command, only the armed areas will be memorised and subsequently
enabled following a run KNX scene command; the areas that are disarmed when the memorisation is
received remain temporarily excluded from the running of the scene until a new scene memorisation
command is received and the learning rule is evaluated.
- learn regardless of the state of the areas
On receiving a scene learning command the current state of all the areas will be memorised, regardless
of whether they are armed or disarmed.
CAUTION: with this setting, you can learn the “disabled area” condition via the KNX scene.
5.2.1.3 Include area M in the KNX scene
This parameter allows you to decide whether or not to enable the possibility to replicate/learn the state of
area M (M = 1 .. 16) via bus commands on the KNX scene communication object. The values that can be
set are as follows:
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- no
- yes
selecting yes makes the parameter “Initial area M sector N state” parameter visible.
5.2.1.4 Initial area M state
This parameter allows you to define the initial value of the state of area M to replicate following a command
to run scene x; the initial state can then be modified following a scene x learning command if the learning
condition is verified. The values that can be set are as follows:
- disarmed
- enable (default value)
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6 “Events with start and end time” menu
The Events with start and end time menu features the parameters that allow you to configure different
communication objects for the bus transmission of events with a start and end time generated by the burglar
alarm control unit. 15 communication objects are dedicated to this function.
The figure (fig. 6.1) shows the parameters present in the aforementioned menu.
Figure 6.1: Setting ETS parameters –“Events with start and end time” section
The burglar alarm control unit transmits a number of events it detects on the serial line which feature a start
and an end time, each of which has its own identification code and description. Through this dedicated
section, you can program 15 communication objects that forward the occurrence of such events on the KNX
bus.
Through the Description of last event object, the text string associated with the occurrence of the event
itself is sent; for each of the events with a start and end, the text strings are as follows:
Event Event Description of event (text sent)
input NN alarm
Start INPUT NN ALARM
End RESET INPUT NN
input NN
tamper alarm
Start INPUT NN TAMPER ALARM
End RESET INPUT NN TAMP.
control unit tamper
alarm
Start CONTROL UNIT TAMPER ALARM
End RESET CONTROL UNIT TAMPER
area NN alarm
Start AREA NN ALARM
End RESET AREA NN ALARM
no network
Start NO NETWORK
End RESET NETWORK
system fault
Start SYSTEM FAULT
End RESET SYSTEM FAULT
technical system alarm
Start TECHNICAL SYSTEM ALARM
End RESET TECHNICAL SYSTEM ALARM
general system alarm Start GENERAL SYSTEM ALARM
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End RESET GENERAL SYSTEM ALARM
system sabotage alarm
Start SYSTEM SABOTAGE ALARM
End RESET SYSTEM SABOTAGE
24h alarm for area NN
Start 24H ALARM FOR AREA NN
End 24H RESET FOR AREA NN
technical alarm for area
NN
Start TECHNICAL ALARM FOR AREA NN
End RESET TECHNICAL ALARM FOR AREA NN
break-in alarm for area
NN
Start BREAK-IN ALARM FOR AREA NN
End RESET BREAK-IN ALARM FOR AREA NN
PSTN line fault
Start PSTN LINE FAULT
End RESET PSTN LINE FAULT
GSM line fault
Start GSM LINE FAULT
End RESET GSM LINE FAULT
system break-in alarm
Start SYSTEM BREAK-IN ALARM
End RESET SYSTEM BREAK-IN
The message is sent on request, when the event occurs and following the receipt of a telegram on the
Trigger send description of last event object (regardless of the value received).
6.1 Parameters
6.1.1 Event associated with the “Event x (x= 1 .. 15)” communication object
This parameter allows you to associate the generic communication object X with the desired event message
(with start time and end time).
The values that can be set are as follows:
- input NN alarm (default value)
- input NN tamper alarm
- control unit tamper alarm
- area NN alarm
- no network
- system fault
- system technical alarm
- system general alarm
- system sabotage alarm
- 24h alarm for area NN
- technical alarm for area NN
- break-in alarm for area NN
- PSTN line fault
- GSM line fault
- system break-in alarm
after selecting the input NN alarm or input NN tamper alarm value, the “Select input” alarm becomes
visible.
After selecting the value Area NN alarm, 24h alarm for area NN, technical alarm for area NN or break-in
alarm for area value, the “Select area” parameter becomes visible.
6.1.2 Select input
This parameter allows you to select the input for which to message the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 192
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- do not filter
if do not filter is selected, the event is always reported, regardless of the input that generated it.
6.1.3 Select area
This parameter allows you to select the area for which to message the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 16
- do not filter
if do not filter is selected, the event is always reported, regardless of the area that generated it.
6.1.4 Type of message associated with event x
This parameter allows you to define the type of bus command that is sent via the Event X object at the
occurrence of the start and end of the selected event. The values that can be set are as follows:
- event start
1 / event end
0 (default value)
- event start 0 / event end 1
- event start only 1
- event start only 0
- event end only 1
- event end only 0
The message is sent by the Event X (X= 1 .. 15) object on request and following a change of state.
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7 “Events with start time only” menu
The Events with start time only menu features the parameters that allow you to configure different
communication objects for the bus transmission of events with a start time only generated by the burglar
alarm control unit. 15 communication objects are dedicated to this function, plus one object dedicated to
reporting events without codes.
The figure (fig. 7.1) shows the parameters present in the aforementioned menu.
Figure 7.1: Setting ETS parameters –“Events with start time only” section
The burglar alarm control unit transmits a number of events it detects on the serial line which feature a start
and an end time, each of which has its own identification code and description. In this section, you can
program 15 communication objects that forward the occurrence of such events on the KNX bus.
The Description of last event sends the text string associated with the occurrence of the event itself; for
each of the events, the text strings are as follows:
Event Event Event description (text sent)
wireless input NN battery Start
input NN module tamper alarm Start
output NN module tamper alarm Start
keypad NN tamper alarm Start
area NN power-on Start
partialisation Start
area NN power-off Start
exit technical menu Start
total power-on Start
total power-off Start
wireless NN module tamper Start
user/special NN code Start
OFF NN output Start
ON NN output Start
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GSM expiry Start
key NN Start
reader tamper NN Start
remote control NN Start
wireless NN siren tamper event Start
The message is sent on request, when the event occurs and following the receipt of a telegram on the
Trigger send description of last event object (regardless of the value received).
7.1 Parameters
7.1.1 Event associated with the “Event x (x= 16 .. 30)” communication object
This parameter allows you to associate the generic communication object X with the desired event message
(with start time).
The values that can be set are as follows:
- wireless NN input battery (default value)
- input NN modules tamper alarm
- output NN modules tamper alarm
- keypad NN tamper alarm
- area NN power-on
- partialisation
- area NN power-off
- exit technical menu
- total power-on
- total power-off
- radio NN module tamper
- user/special NN code
- OFF NN output
- ON NN output
- GSM expiry
- key NN
- reader NN tamper
- remote control NN
- wireless NN siren tamper
after selecting the wireless NN input battery value, the “Select wireless input” parameter becomes
visible.
After selecting the input NN modules tamper alarm value, the “Select input module” parameter becomes
visible.
After selecting the output NN modules tamper alarm value, the “Select output module” parameter
becomes visible.
After selecting the keypad NN tamper alarm value, the “Select keypad” parameter becomes visible.
After selecting the area NN power-on or area NN power-off value, the “Select area” parameter becomes
visible.
After selecting the wireless NN module tamper value, the “Select wireless module” parameter becomes
visible.
After selecting the user/special NN code value, the “Select user/special code” parameter becomes
visible.
After selecting the OFF NN output or ON NN output value, the “Select output” parameter becomes visible.
After selecting the key NN value, the “Select key” parameter becomes visible.
After selecting the reader NN tamper value, the “Select reader” parameter becomes visible.
After selecting the remote control NN value, the “Select remote control” parameter becomes visible.
After selecting the wireless NN siren tamper value, the “Select wireless siren” parameter becomes
visible.
7.1.2 Select wireless input
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This parameter allows you to select the wireless input for which to report the event marked “NN”, thus adding
an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 192
- do not filter
if do not filter is selected, the event is always reported, regardless of the wireless input that generated it.
7.1.3 Select input module
This parameter allows you to select the input module for which to report the event marked “NN”, thus adding
an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 15
- do not filter
if do not filter is selected, the event is always reported, regardless of the input module that generated it.
7.1.4 Select output module
This parameter allows you to select the output module for which to report the event marked “NN”, thus
adding an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 15
- do not filter
if do not filter is selected, the event is always reported, regardless of the output module that generated it.
7.1.5 Select keypad
This parameter allows you to select the keypad for which to report the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 16
- do not filter
if do not filter is selected, the event is always reported, regardless of the keypad that generated it.
7.1.6 Select area
This parameter allows you to select the area for which to report the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
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- 2
-
- 16
- do not filter
if do not filter is selected, the event is always reported, regardless of the area that generated it.
7.1.7 Select wireless module
This parameter allows you to select the wireless module for which to report the event marked “NN”, thus
adding an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 16
- do not filter
if do not filter is selected, the event is always reported, regardless of the wireless module that generated it.
7.1.8 Select user/special code
This parameter allows you to select the user/special code for which to report the event marked “NN”, thus
adding an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 255
- do not filter
if do not filter is selected, the event is always reported, regardless of the user/special code that generated it.
7.1.9 Select output
This parameter allows you to select the output for which to report the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 128
- do not filter
if do not filter is selected, the event is always reported, regardless of the output that generated it.
7.1.10 Select key
This parameter allows you to select the key for which to report the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 255
- do not filter
if do not filter is selected, the event is always reported, regardless of the key that generated it.
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7.1.11 Select reader
This parameter allows you to select the reader for which to report the event marked “NN”, thus adding an
additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 16
- do not filter
if do not filter is selected, the event is always reported, regardless of the reader that generated it.
7.1.12 Select remote control
This parameter allows you to select the remote control for which to message the event marked “NN”, thus
adding an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 32
- do not filter
if do not filter is selected, the event is always reported, regardless of the remote control that generated it.
7.1.13 Select wireless siren
This parameter allows you to select the wireless siren for which to report the event marked “NN”, thus adding
an additional filter to the message.
The values that can be set are as follows:
- 1 (default value)
- 2
-
- 8
- do not filter
if do not filter is selected, the event is always reported, regardless of the wireless siren that generated it.
7.1.14 Type of message associated with event x
This parameter allows you to define the type of bus command that is sent via the Event X object at the
occurrence of the selected event. The values that can be set are as follows:
- event message
1 (default value)
- event message 0
The message is sent by the Event X object on request when the event occurs.
As these events have a start time only, for certain applications, it may be helpful to use the Event X object to
generate the sending of the opposite value to that selected under “Type of message associated with
event x"; for this purpose, the receipt of a bus command on the Reset events object (regardless of the
value received) generates the sending of the opposite value to the type of message selected on all the
Event X objects (X=16. . 31).
The Event 31 communication object (events without codes) is used to report the occurrence of events that
do not have codes, therefore it is not possible to associate a function other than the predefined one with this
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object. Also for this object, you can still define the type of bus command that is sent when any event without
a code occurs via the “Type of report associated with event x” parameter.
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