11.12.2012 Views

Master Control - Berker

Master Control - Berker

Master Control - Berker

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Detector contact<br />

type / Status<br />

NO contact /<br />

not actuated<br />

NC contact /<br />

Actuated<br />

NO contact /<br />

not actuated<br />

NC contact /<br />

Actuated<br />

NO contact /<br />

Not actuated<br />

NO contact /<br />

Actuated<br />

NO contact /<br />

Not actuated<br />

NO contact /<br />

Actuated<br />

Order-No. 7574 00 1X<br />

Flank reaction in the detector<br />

bus device<br />

Telegram<br />

value<br />

Parameter in the signalling<br />

system<br />

Rising = ON 1 Active on 0 No<br />

Falling = OFF 0 Active on 0 Yes<br />

Rising = OFF 0 Active on 1 No<br />

Falling = ON 1 Active on 1 Yes<br />

Falling = OFF 0 Active on 1 No<br />

Rising = ON 1 Active on 1 Yes<br />

Falling = ON 1 Active on 0 No<br />

Rising = OFF 0 Active on 0 Yes<br />

Table 11: flank evaluation and telegram polarity of a detector telegram<br />

Software "...590101"<br />

Functional description<br />

Detector<br />

triggers<br />

Example: with the setting "Input active on 1" in the detector system, a glass break sensor may<br />

only trigger when there is a glass break and, in this case, the binary input, to which the glass<br />

break sensor is connected, transmits a "1" telegram to the bus.<br />

The sabotage detector must not be created specially. The sabotage input is created independently<br />

of the security areas in the "Signalling system" parameter node as standard and can be<br />

connected to a group address. A fault triggered by a sabotage input has a global effect on all<br />

the areas of the signalling system and requires special acknowledgement (see chapter<br />

4.2.4.12.5. Fault). In addition, the telegram polarity of the sabotage detector input is permanently<br />

predefined and cannot be set. The sabotage input of the signalling system triggers when a<br />

"1" telegram is received via the "Sabotage" object.<br />

i If a detector input has been created in a security area in the ETS plug-in, but has not been<br />

linked to a group address, the plug-in will generate an information message before the panel<br />

is programmed ("Download" command). After the panel is commissioned, detector inputs<br />

without linked group addresses or without a communication partner would cause a fault in<br />

the signalling system, as the detector monitoring would detect a faulty detector input (see<br />

"Detector monitoring" section below).<br />

To prevent function faults in system operation, all the detector inputs created in the plug-in<br />

should also be linked with group addresses and possess a communication partner in the<br />

bus.<br />

Detector list<br />

All the active detectors are displayed in the detector list. The display is opened by pressing the<br />

"Detector list" button on the system page of the signalling system (see picture 35). This allows<br />

easy detection of which detectors are preventing system arming, for example. In addition, it is<br />

easy to see at any time which windows and doors are open in the building.<br />

In addition, missing detectors and a triggered sabotage detector are entered in the detector list,<br />

allowing identification of the cause of a fault.<br />

Page 116 of 222

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!