AFP-3030 Programming Manual — P/N DOC-01-032:A 26/06/2015 115
Equations CBE: Zones and Equations
Table D.1 Zone Table
D.2 Equations
Logic and Fault Equations can define complex relationships between input and output devices.
The FACP supports up to 1000 Logic Equations, each designated with a Logic Zone number of
ZL1 through ZL1000. It also supports up to 100 Fault Zones, each designated with a Fault Zone
number of ZT001 through ZT100. Once created, these equations can be included in input/output
zone mapping.
1. Equations will always begin with a logic function. The function set is listed below.
ZF10 Alarm Verification: Any detector or module in alarm verification will activate this zone.
ZF12 Block Acknowledge: When the acknowledge key is pushed, or a block or event
acknowledge is performed, ZF12 will go active. After a five-second delay, ZF12 will go to
normal.
ZF13 Signal Silence: When the signal silence key is pushed or a signal silence is performed,
ZF13 will go active. After a five-second delay, ZF13 will go to normal.
ZF14 System Reset: When the system reset key is pushed or a system reset is performed,
ZF14 will go active. After a ten-second delay, ZF14 will go to normal.
ZF15 Disabled Event: When there are disabled events present in the system, ZF15 will be set
to active. When all disabled events have cleared, the state of ZF15 will go to normal.
ZF17 Signal Silence: When a signal silence is performed, ZF17 will go active and will remain
active until a System Reset is performed.
ZF18 CO Alarm: When a CO Alarm is present, ZF18 will activate.
ZF19 CO Prealarm: When a CO Prealarm is present, ZF19 will activate.
ZF20 Mass Notification Alarm: When an mass notification alarm occurs on the fire panel,
ZF20 will go active. If mass notification events have priority over fire, network nodes MN
mapped to the fire panel (via VeriFire Tools) will suppress any active fire events. ZF20
will remain active until a system reset is performed and the MN alarm is cleared.
ZF21 Mass Notification Supervisory: When a mass notification supervisory event occurs,
ZF21 will activate. ZF21 will remain active until the MN Supervisory condition is cleared.
If the supervisory is latched, a system reset will need to be performed to clear the
condition.
ZF22 Mass Notification Fault: When a mass notification fault occurs on the fire panel, ZF22
will activate. ZF22 will remain active until the MN fault is cleared
ZF23 Local Fire Mode: When a fire alarm occurs on the fire panel, ZF23 will activate. If
latching fire mode is set to YES, ZF23 will only clear when the smoke control reset is
performed via the fire panel keypad or the SCS annunciator itself.If latching fire mode is
set to NO, ZF23 will clear once a system reset is performed on the fire panel.
ZF24 Network Fire Mode: When a local or network activation of ZF23 occurs, ZF24 will
activate. ZF24 will remain active until all local or network ZF24 activations have cleared.
ZF24 is used in smoke control applications. Refer to
“Smoke Control and Fire Brigade
Considerations” on page 120
ZF25 Alarm Device Disabled: When an alarm device is disabled, ZF25 will activate and will
remain active until all alarm devices are re-enabled.
ZF28 AAM Non-fire Event (Brigade Not Called): When there is only a non-fire event on an
AAM detector, ZF28 will be active. If a fire alarm occurs, ZF28 will deactivate.
ZF29 Delay Active: When the delay function is active, ZF29 will activate. When the delay
expires, ZF29 will deactivate
ZF30 Alarm Device Fault: If a fault condition occurs on an alarm device, ZF30 will activate.
Once all faults are cleared from alarm devices, ZF30 will deactivate.
Time, date and holiday functions, which were formerly determined through special zones, are now defined in the panel programming
section of this manual.
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