4.6.1 Section Overview
This section includes a description of some common problems and how you may solve these problems when configuring the system.
4.6.2 Fire Alarm Outputs
Example 1:
When a fire alarm occurs anywhere in the system, the outputs remain active if they have not been muted.
UNMUTED FIRE IN SYSTEM => OUT 1.4.9;
A fire alarm makes output 9 on system module 4 in central 1 active, and the output remains active until all fire alarms are muted.
Example 2:
This is the same problem as in Example 1, but you need some time to investigate the alarm before the output should be activated, although the output should be made active immediately if a manual call point is activated.
UNMUTED FIRE IN SYSTEM : AD 120 S => OUT 1.4.4;
If a detector alarm, from anywhere in the system, is not muted within 120 seconds output 4 on system module 4 in central 1 is activated, and it remains active until the fire alarm is muted. The output is not activated at all if the fire alarm is muted within 120 seconds. Output 4 on system module 4 in central 1 is activated immediately if a manual call point is activated.
Example 3:
The same problem as in Example 1, but you need some time to investigate the alarm before the output is activated. The output should not be made active if a manual call point is activated.
UNMUTED FIRE IN SYSTEM : TIMER 120 S, NOT ALARM DELAY ON => OUT 1.4.4;
If a fire alarm anywhere in the system is not muted within 120 seconds, output is activated. It remains active until the fire alarm is muted. The output is not activated at all if the fire alarm is muted within 120 seconds. Output 4 on system module 4 in central 1 is activated immediately if the ALARM DELAY indicator on the control panel is lit. Output 4 on system module 4 in central 1 is not activated if a manual call point is activated.
Example 4:
It is possible to let the audible alarm sound with different patterns, for example FLASH or GA (seven short-one long).
IN 1.1.3 => SET OUT 1.2.3;
NOT IN 1.1.3 & IN 1.1.4 => SET OUT 1.2.3 FLASH;
NOT (IN 1.1.3 | IN 1.1.4) => RESET OUT 1.2.3;
If input 3 on system module 1 in central 1 is activated then output 3 on system module 2 in central 1 remains on. However, if input 4 on system module 1 in central 1 is activated and input 3 on system module 1 in central 1 is inactive then output 3 on system module 2 in central 1 is activated with an intermittent signal (1 sec. on, 1 sec. off).
If neither input is activated the output is reset.
4.6.3 Surveillance
Example 5:
/* FAULT OUTPUT VIA RELAY ON CM-MODULE */
NOT FAULT IN SYSTEM => ZONE 34 OUT 19.1;
If there is no fault in the system, output 1 on control module address 19 in zone 34 will be activated.
Example 6:
The Salwico language can be used to replace a relay circuit.
UNMUTED FIRE IN SYSTEM : AD 60 S => FLAG 1;
( FLAG 1 ¦ FLAG 2 ) & FIRE IN SYSTEM => FLAG 2;
FLAG 2 => OUT 1.4.4;
If a detector alarm, anywhere in the system, is not muted within 60 seconds output 4 on system module 4 in central 1 is made active, and it remains active until the detector alarm is reset. The output is not activated if the fire alarm is muted within 60 seconds. If a manual call point is made active output 4 on system module 4 in central 1 is activated immediately. FLAG 2 becomes true when FLAG 1 becomes true. FLAG 2 is true as long as FLAG 1 and FIRE IN SYSTEM are true.
Example 7:
Outputs initiated by system faults.
ZONE 2 SPR 50 FAULT 159 => OUT 1.4.6;
Output 6 on module 4 in central 1 will be activated if fault 159 (cable break) is reported from sprinkler address 50 in zone 2.
4.6.4 Management of External Controls
/* DOOR CLOSING GROUP 2 */
ZONE 51 SD 2 | ZONE 51 ALL 4-34 => OUT 1.2.2;
If there is a fire at detector 2 (at the smoke part) or address 4 to 34 (of any type) on zone 51, then output 2 on module 2 in central 1 will be activated.
Example 9:
/* FAN STOP ACCO */
ZONE 1 & ZONE 2 => OUT 1.4.5;
If there is a fire in zone 1 and in zone 2, then output 5 on module 4 in central 1 will be activated.
Example 10:
If there is a fire alarm from the selected zones the outputs shall only be active as long as the outputs are not muted.
(UNMUTED ZONE 1 | UNMUTED ZONE 2 ) => OUT 1.4.2;
A fire alarm in zone 1 or 2 makes output 2 active, and the output remains active until all fire alarms are muted.
Example 11:
The output shall be active as long as there is a fire in the selected zones.
ZONE 3 | ZONE 4 => OUT 1.4.5;
A fire alarm in zone 3 or 4 makes output 5 on system module 4 in central 1 active, and the output remains active until all fire alarms are reset.
Example 12:
An output is made active after a specified time if the alarm is not muted.
UNMUTED ZONE 19 ADDRESS 22-30 : AD 60 S => OUT 1.4.6;
Output 6 on system module 4 in central 1 is activated if a detector alarm from zone 19 address 22 - 30 is not muted within 60 seconds, and the output remains active until the fire alarm is muted. The output is not activated if the detector alarm is muted within 60 seconds. Output 6 on system module 4 in central 1 is activated immediately if a manual call point is activated.
Example 13:
An output is activated when a manual call point is activated anywhere in the system.
ZONE M.CALL => OUT 1.4.5;
Output 5 on system module 4 in central 1 is made active when a manual call point is activated from anywhere in the system.
Example 14:
An output is activated when a detector, anywhere in the system, indicates a fire alarm.
ZONE DET => OUT 1.4.6;
Output 6 on system module 4 in central 1 is made active when there is a fire alarm from any detector in the system (manual call points excluded).
Example 15:
An output is activated when one manual call point in a group of addresses is activated.
ZONE 1 M.CALL 1-15 => OUT 1.4.5;
Output 5 on system module 4 in central 1 is made active when one of the manual call points in the address interval is activated.
Example 16:
An output is activated when there is a fire alarm from one of the detectors in a group of addresses.
ZONE 1 DET 1-15 => OUT 1.4.6;
Output 6 on system module 4 in central 1 is activated when one of the detectors in the address interval is activated (manual call points excluded).
Example 17:
The output shall only be active when there are two or more detectors in alarm. The output should not be active if there is only one detector in alarm.
ZONE 2 ADDRESS 5-20 > 1 => OUT 1.4.6;
Two or more detector alarms from zone 2 address 5 - 20 activate output 6 on system module 4 in central 1.
4.6.5 Management of Detectors from Input
Example 18:
/* INHIBIT OF SMOKE DETECTORS ON CAR DECK 3 */
IN 1.4.1 => MESSAGE ZONE 2 SD 70-78 ON/OFF;
IN 1.4.1 => MESSAGE ZONE 2 SD 80-124 ON/OFF;
If input 1 on system module 4 is active then smoke detectors with addresses from 70-78 and 80-124 in zone 2 are inhibited. When the input goes back to inactive status the smoke detectors become active again.
4.6.6 Other Examples
Example 19:
/* IN 1.2.1 IS PRIORITY FOR GA-SIGNAL */
NOT IN 1.2.1 & UNMUTED FIRE IN SYSTEM : AD 120 S => OUT 1.4.4;
NOT IN 1.2.1 & UNMUTED FIRE IN SYSTEM :AD 240 S =>OUT 1.4.5;
Example 20:
/* NET FAULT OR BATTERY FAULT NORMALLY ACTIVATED */
NOT NET FAULT & NOT BATTERY FAULT => OUT 1.4.8;