Upgrading the F220 firmware
How to upgrade the masterboard and display firmware
Extender bus learn on F220 & F120A panels
How to perform an extender bus learn on the F220 and F120A panels
General Information Messages
This table provides descriptions for general information messages.
These messages are informative only and are shown in the current event queue along with defect events.
Walk Test ON
The specified button has been pressed. All of these conditions are common across all LCD mimics; pressing the button on any mimic will toggle the state, even if activated from another LCD display.
LED Mimic/Amp n Door
The door is open on the specified mimic panel. This will generate a Door Interlock Defect if the main panel door is closed.
A loop device configured as input-only (no Bell or Brigade flags set) has activated.
This table provides descriptions for system defect messages.
These are defects detected on the F220 panel, other than those generated by loop devices.
|Loop nn open
|An open-circuit condition exists on the specified loop. Note that this may in fact be due to a line short between loop isolator devices which have activated to cause the loop to open.
|Loop nn short
|A short-circuit condition exists on the specified loop. This will be generated where the short occurs between the loop driver and the first isolator device on the loop.
|Loops x+y FAILED!(Timeout)
|The specified loops are offline, as the loop driver controlling them has failed to respond to commands sent by the Mainboard.
|Bell 1 Defect
Bell 2 Defect
|The specified Bell relay circuit is open or short-circuit.
|AUX Monitor Defect
|The AUXM relay is open or short-circuited.
|Earth Leakage Fault (msg)
|The Earth monitor circuit has detected a connection to Mains Earth
The value of msg is one of high, low or high +low
|Program ROM CRC Check Failed
|An error in the Program ROM area has been detected. This may indicate that panel operation will be unreliable.
|Config ROM CRC Check Failed
|An error in the Configuration ROM has been detected. The second line indicates the affected area. This may indicate that panel operation will be unreliable, but limited to the affected data only.
|An error in one of the two copies of the boot flash memory has been detected. The panel will still boot on one good copy.
|Memory Lock Switch Defect
|The Configuration Memory Lock switch is OFF, outside the Engineers Menu.
|AUX Defect Active
|The AUX Defect input on the F220 Mainboard is open.
|Door Interlock Defect
|The F220 Mainboard door has been closed with certain panel functions active
|LED Mimic/Amp n Timeout
LCD Mimic n Timeout
|The LCD/LED mimic (or amplifier) has not responded to commands sent by the F220 Mainboard.
|LED Mimic/Amp n Extra
LCD Mimic n Extra
|There are more devices detected on the RS-485 mimic bus than are programmed into the configuration.
|LED Mimic/Amp n Disp Fault
|There is a defect in the LED mimic display board hardware.
|LED Mimic/Amp n Interlock
LCD Mimic n Interlock
|The interlock circuitry on the relevant mimic is off-normal.
|LED Mimic/Amp n Ext Defect
|The External Defect input on the mimic is active
|LED Mimic/Amp n Fault
|Some defect condition, other than the above, has occurred on the mimic.
|Main LCD Timeout
|The primary LCD display board is not responding.
|FanCtrl xxx DEFECT - StartFail
|A Fan Control Block has not detected its associated fan running (Status) signal in time after triggering its Start output.
|FanCtrl xxx DEFECT - StopFail
|A Fan Control Blocks associated fan running (Status) signal has remained active for too long after triggering its Stop output.
|[COM PORT TIMEOUT]
RS-485 FAILURE !!
|Shown on various LCD displays or LCD mimics when there is lost communications from the F220 Mainboard. These messages are generated on-board by the display hardware, as they are not receiving data from the panel.
This table provides descriptions for loop device event/messages.
|Applies to a loop input device – detector, Manual Call-Point, or input module; when the device activates. The alarm may be one of the following:
Smoke either an intelligent smoke detector or a conventional smoke detector activation from a Loop Responder input.
Call-Point either an MCP-type device or a Manual Call-Point activation from a Loop Responder circuit.
Heat thermal detector.
|Generally, Defects can be decoded to one of the causes listed below, however for some events this is not possible.
|Applies to detectors only. The analogue value being returned is approaching the Alarm level.
|Two loop devices on the same loop have been assigned the same address.
|A loop device that has been configured in the system memory is not present on the loop.
|The loop driver board has detected one or more of:
Modules set to address 00 will not have their LEDs turned on.
|The loop driver internal drift compensation has reached its threshold limit - the detector requires cleaning.
|A loop device does not match with the configuration assigned to it in the system memory.
|A loop device has failed its regular auto test.
|A loop device has been isolated through the ISOLATES push-button on the front panel display or the User Menu.
|A loop device that was in 'Alarm' has been 'Reset' through the RESET push-button on the front panel display.
|Generated by sensing chamber defects in System Sensor detectors
|Generated by sensing chamber defects in System Sensor detectors - this can mean that the chamber is too dirty for the detectors internal drift compensation algorithm to operate.
|A monitored relay has a short-circuit.
|Generated by open-circuits on either monitored loop relays or modules.
|A Pertronic Loop Responder has restarted.
|There is either a 'Defect' in the detector supply on a Loop Responder, or the external power supply on a Pertronic Loop Relay board is out of range.
|The on-board isolator relay on a Pertronic Loop Responder or Relay has activated due to a short-circuit on the loop.
|AVF Stage 1
|A loop device with AVF enabled has been triggered once and is in the AVF delay period awaiting a second trigger.
|A loop device programmed with no output flags (i.e. one not generating an Alarm event) has activated.
|Fan Relay Latched
|A Pertronic Fan Relay unit has been latched active by its associated Fan Controller unit.
|A Pertronic Loop Responder circuit is in its self-timed reset phase after receiving a reset command from the panel.
|Indicates that there is a loop device present at the location, but the data has been corrupted and cannot be interpreted.
|A SW3 device has been switched off.
|A SW3 device has been switched on.
This table provides descriptions for network messages.
These are messages reported to the F220 from a connected network and are logged by the F220. Each message will be prefixed by a network node number apart from the " SYSTEM OFFLINE" message.
Network Service Mode
|The network the F220 is connected to has been put into Service Mode.
Network Service Mode is used for updating configurations for all nodes and all panels across the network from a single location.
In network service mode, the network does not transfer normal operational information from panels so therefore no normal network functions are available. Each panel in the network will remain in service and operate independently, but the panels will not be able to send fire indications or fault indications over the network.
F220 panels and mimics treat Network Service Mode as a System Event. Normal keyboard and display functions remain available (by pressing the keyboard buttons such as ok or menu).
|Node X Node Config Mismatch Fault
|The connected network card configuration does not match that stored by the other network cards.
This fault will be reported identically on all panels within the scope of the connected network card. The fault location will identify the network card (node) with the configuration mismatch.
|Node X Panel Config Mismatch Fault
|The panel configuration does not match that stored by the connected network card.
This fault will be reported identically on all panels within the scope of the connected network card. The fault location will identify the panel with the configuration mismatch.
|Node X Timeout Fault
|Network Card X is not responding
|Node X Earth Fault
|Network Card X has detected an earth fault condition.
|Node X Net In TImeout Fault
|Network Card X has reported the loss of network data at the IN connection
|Node X Net Out TImeout Fault
|Network Card X has reported the loss of network data at the OUT connection
|Node X Panel Comms Errors
|Network Card X has communications errors with its connected panel
|Node X UBoot CRC Fault
|Network Card X has detected a critical file which has been corrupted
|Node X Aux Fault I/P Fault
|Network Card X has an active Aux Fault input
|Node X Timezone Mismatch Fault
|There are differences between panels configured timezone settings
|Node X Net Disabled Fault
|Network Card X is connected to a panel which has not had networking enabled in its configuration
This table provides descriptions for system event messages.
|Global Fire condition set.
|Global Fault condition set.
|At least one detector is in pre-alarm state.
|At least one device or zone is disabled.
|SPR input on F220 Mainboard.
|SILIENCE ALARMS set via pushbutton, keyswitch or network.
|Low voltage on battery or battery missing.
|Mains supply absent. Note that this is the actual state of the mains supply -it does not cause a Defect condition mmediately.
|Activated when the F220 is in Global Lamp Test mode. Provided for lamp test of external equipment.
Local lamp test will not trigger this event.
Note: LED outputs are overridden by Lamp Test and will therefore not operate, although they will be treated normally if used as a logical input.
|Active for 40 seconds after system reset or power-up, or 5 seconds after a device (ZMU or BMIF types only) is reset via the 'System Panel' Intended for use with devices, which require a power-down to unlatch an 'Alarm' condition.
|Active for 5 seconds after any 'Alarm' condition is acknowledged
|Active when the AUX DEF input on the main PCB is open-circuit.
|Active when any LCD Mimic or the main panel door is open.
|Active when the F220 buzzer is activated.
|Active when any MCP device is in 'Alarm'.
|Active when any smoke detector is in 'Alarm'.
|Active when any heat detector is in 'Alarm'.
|Active when any latched Fan Control Block, or Relay, with the ZoneTrip flag set, is active and therefore must be reset via the global FanReset output.
|Active for at least 5 seconds (or when all FCB's have been processed) after the global FanReset output is activated.
|Active once the FCB Freeze Time period has expired
|Deluge Ctrl Frozen
|Active once the DCB Freeze Time period has expired
|AUX ISOLATE control is active.
|DOOR HOLDER ISOLATE control is active.
|Active when panel is in Night mode
|Silence Alarms: Key-Switch
|Active when a BCO key-switch input is active.
|Active when a pushbutton Silence Alarms input is active.
|Global NBR Reset
|Set for 5 seconds after the global Non-Brigade Reset function has been activated.
|Active whenever the Mainboard Brigade Fire relay is active.
|Active when an ancillary signal is active.
|AVF is active
|Relays Manually Activated
|One or more relay outputs have been manually activated.
Power Supply Defect Indication Table
Possible causes of F220 power supply defects are
|Below 23.5V (checked every 10 seconds) when Mains supply is good
|Below 24.36V when Mains is OFF or the charger is in Test mode.
Battery Low defect latches for the duration of the Automatic Test (40 mins)
|Supply Low Voltage
|Power Supply Low Fault
|Below 25.9V when Mains supply is good
|Supply High Voltage
|Power Supply High Fault
|Mains Lost Door Interlock
Mains fail (after 60min)
|Occurs immediately when the door is closed with the Mains disconnected.
Occurs 1 hour after the Mains is lost, if the door is closed.
Detector Sensitivity Table
Provides a guide to the detector sensitivity configured and the actual level required to generate an alarm.
The actual sensitivity of the Acclimate detector at levels 0 and -2 is determined by the internal algorithms of the detector itself. In “noisy” environments the actual sensitivity decreases towards the lower sensitivity in the range (higher %/m value), and in “quiet” environments the higher sensitivity (lower %/m) is used.
For the intelligent detectors (Acclimate, Pinnacle & FAAST), the detector outputs a set of fixed, discrete levels for each sensitivity setting. Pre-alarm condition is determined by looking for an active level at the next-highest setting There is no Pre-Alarm warning available on the highest sensitivity level, therefore it is recommended that detectors are not ‘Brigade Calling’ at the highest sensitivity level.
At the lowest sensitivity (-4), the Acclimate, COPTIR and PTIR are Heat only detectors.
See FAAST sensitivity table below
COPTIR/PTIR Sensitivity Table
The table below summarises the principal properties of the COPTIR and PTIR at the 6 available sensitivity settings.
FAAST Sensitivities Table
The FAAST has 5 named alarm threshold values that are locally assigned to the device via the PipeIQ configuration software as follows:
|28U Rack Cabinet
|40U Rack Cabinet
External High-Speed RS-485 Bus
The F220 External High-Speed RS-485 Bus runs at 115.2 kb/s. It is used to connect the remote F220 Keyboard Display (Mimics) such as the F220-FFMN, F220-EMMN and F220-AMMN, as well as the 485LAC Mimic Driver, 12-way LED Smart Card, EA60/EA120 amplifiers, and future peripheral units.
The maximum number of LCD Mimics that can be attached to the External High-Speed RS-485 bus is 32 and, for the LED Mimics, 8, and amplifiers, 16. In combination, the total number of LCD, LED mimics, and amplifiers cannot exceed 32.
|Remote F220 Keyboard-Displays,
Mimic Driver, and LED Smart
|EXT HIGH SPD RS485
HIGH SPD RS485
External High-Speed RS-485 Bus Connectors
- It is essential that external devices connected to the External High-Speed RS-485 Bus are wired in daisy-chain fashion using twisted pair cable and that a 120 Ohm bus terminating resistor is connected across the last device.
- Spur wiring is not permitted.
Internal High-Speed RS-485 Bus
This bus carries communication between the Mainboard, Keyboard-Display, and Net2Card.
|K39, K41, K43, K44, K45
|HIGH SPD RS485
|K39, K41, K43, K44, K45
|HIGH SPD RS485
|K39, K41, K43, K44, K45
|HIGH SPD RS485
Internal High-Speed RS-485 Devices and Connections
Low Speed RS-485 Bus
This bus is used for connecting a range of existing Pertronic products that operate at 9600 b/s. Up to 32 devices can be connected to the Low Speed RS-485 Bus.
The following devices may be connected to the Low Speed RS-485 Bus
|LED Mimic: 12-Way Smart LED board
|Yes (1 – 8)
|EVAC50W24V Amplifier (set as LED–1-8 Amplifiers)
|Yes (1 – 8)
|EA60/EA120 Amplifier (set as LED 1-8 Amplifiers)
|Yes (1 – 8)
|EVAC50W24V Amplifier (set as LCD–9-16 Amplifiers)
|Yes (1 – 8)
|EA60/EA120 Amplifier (set as LCD 1-8 Amplifiers)
|Yes (1 – 8)
|LED Address Controller:
|Yes (1 – 8)
|RS-485 Ancillary Peripherals: connect to 12-Way Smart LED board or LED Address Controller
|8-Way LED Extender board (F100PDB)
|8-Way LED Relay board (F100ZDRLY)
|LED Zone Address Offset board (LAC12W)
|48-Way Open-Collector board (48WOC-IF)
|24-Way Open-Collector board (24WOC-IF)
Low Speed RS-485 Devices