Related Manuals for FireClass FC32-1
Summary of Contents for FireClass FC32-1
- Page 1 FIRECLASS Addressable Fire Alarm Control Panels Firmware version 25 ZETTLER, DDM800, Fault Finding Guide, Fault Finding Guide Doc. version 2 18. April 2017...
- Page 2 © Tyco Fire & Security GmbH, Victor von Bruns-Strasse 21, 8212 Neuhausen am Rheinfall, Switzerland, 2016 Contents subject to change without notice. All rights to this documentation, including the contents of the online help, are reserved, in particular but not limited to the rights of copying, distribution and translation.
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Page 3: Table Of Contents
FIRECLASS Fire Alarm Control Panels Contents Contents Overview ......................4 Fault Reporting, pseudo, points ..................4 Placing standard points into Fault ................. 4 Pseudo Points ....................5 FIM Pseudo Points......................5 RBUS Node Pseudo Points ..................... 8 RBUS Node Pseudo Points ..................... 9 Network Card Fault Pseudo Points ................ -
Page 4: Overview
There are pseudo points within each point region, for from FIRECLASS panels using Version 25 firmware. example, the Field Interface Module (FIM) pseudo points and the RBUS pseudo points. Each region has a Faults are reported on the FIRECLASS panel in two section below. distinct ways: ... -
Page 5: Pseudo Points
FIRECLASS Fire Alarm Control Panels 2 Pseudo Points Pseudo Points FIM Pseudo Points When reported on the user interface or via printers, the output format used for FIM pseudo points is: ‘Pn’ where n is the point number. Point Label... - Page 6 FCRemote Con- The point is set when FIRECLASS Remote (the Remote User Interface) nected starts communication and is cleared when communication ends. This point is only set while FIRECLASS Remote is in communication with the panel. 37–39 Not used Local I/O F/W The compatibility between the firmware on the FIM Local I/O chip and the main firmware is checked.
- Page 7 If this differs between panels then the network will not operate as intended and a full upload may not be possible. Test Equipment This point is activated when FIRECLASS Checker is connected to the panel. Walktest Outputs This point is activated when an output test is started from the panel user interface.
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Page 8: Rbus Node Pseudo Points
2.2 RBUS Node Pseudo Points FIRECLASS Fire Alarm Control Panels RBUS Node Pseudo Points When reported on the user interface or via printers, the output format used for faults reported from RBus node points is: ‘RBnn.Pmm’ Where nn is the node number 0–15 and mm is the point on that node, 1–8. -
Page 9: Rbus Node Pseudo Points
FIRECLASS Fire Alarm Control Panels 2.3 RBUS Node Pseudo Points RBUS Node Pseudo Points When reported on the user interface or via printers, the output format used for faults reported from RBus node faults is: RBnn’ where nn is the node number 0–15. -
Page 10: Network Card Fault Pseudo Points
2.4 Network Card Fault Pseudo Points FIRECLASS Fire Alarm Control Panels Network Card Fault Pseudo Points When reported on the user interface or via printers, the output format used for faults reported from Network Card Fault points is: ‘TLI Pnn’... -
Page 11: Network Node Pseudo Points
FIRECLASS Fire Alarm Control Panels 2.5 Network Node Pseudo Points Point Label Address Net Card Left The Port Left Connection fault is raised when the TLI800EN Network Interface Module detects a short or open circuit condition on its left network port wiring. -
Page 12: Com1 Pseudo Points
COM2 Pseudo Points When reported on the user interface or via printers, the output format used for faults reported from COM2 is: ‘COM2’ This section refers to faults regarding COM2 which is the configuration of the FIRECLASS Remote port. Point Label Address Comms Fault Will report a fault if the packet retries exceed the maximum number (100). -
Page 13: Loop Pseudo Point
FIRECLASS Fire Alarm Control Panels 2.9 Loop Pseudo Point Loop Pseudo Point When a state is raised for the loop, not a point in the loop then the address is simply the loop letter. Pseudo Label Point Address Loop Status The point is used for the following information: ... -
Page 14: General Fault Overview
3 General Fault Overview FIRECLASS Fire Alarm Control Panels General Fault Overview Fault Conditions on devices The table below lists the possible fault states for standard points. Logged Message ALARM CTRL FAULT Raised on 410SNM devices if configured as an Alarm Control. - Page 15 FIRECLASS Fire Alarm Control Panels 3.1 Fault Conditions on devices Logged Message CONTACT WIRING SHRT Raised on the 410MIM, 410SIO, 410TSM and QIO devices if a short circuit is present on the supervised input. DET LTA HI WARNING The dirtiness value of the photo detector is at 80% or more. If Detector Con- dition Monitoring is enabled for the point, this condition is raised before the device raises High LTA.
- Page 16 3.1 Fault Conditions on devices FIRECLASS Fire Alarm Control Panels Logged Message H/W ISOLATOR AUTO This event is raised by devices with monitored internal line isolator. This includes the 410DDM, 410TSM and ‘Q’ devices. It is not used for standard line isolators or isolator bases.
- Page 17 FIRECLASS Fire Alarm Control Panels 3.1 Fault Conditions on devices Logged Message POLLING ERROR This fault is linked to the ‘Late Poll’ fault described above. The background monitor also scans the last poll time of all points. If a point has not been polled within a time window, this fault is raised.
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Page 18: Network Card Fault Handling
Check that the TLI800EN Dip Switch settings for CPU Fault LEDs are hardware watchdog circuit outputs. ‘Host interface baud rate‘ as set in Fireclass If a CPU Fault is indicated the watchdog is holding the Express, Panel Details dialog. -
Page 19: Open Or Short Circuit - Right
FIRECLASS Fire Alarm Control Panels 4.4 Open or Short Circuit – Right “Net Card Left”, there is an open or short circuit from Network data is being received with incorrect panel 3 to the adjacent panel. sequence numbers, indicating data is being lost. -
Page 20: Network Traffic Diagnostics
The state of all monitored network fault events Is the host interface baud rate of the TLI800EN set Next Active Logical Address to match that set in the Fireclass Express -> Panel Source of ‘Flow Control = On’ Details dialog ? ... -
Page 21: Wiring Reminders
FIRECLASS Fire Alarm Control Panels 5 Wiring Reminders Wiring Reminders Summary of EOL and Alarm Resistors used with various 410MIM EOL 200Ω / Alarm 100Ω Modules. 410MIO EOL 330Ω / Alarm 150Ω For full information refer to the individual device docu- ment. -
Page 22: System Fault
6.3.1 Partial Operation If the front cover display test fails, a fault is raised. Addi- Within the FIRECLASS panel there are both visible and tionally, as required by EN54, the panel firmware audible indications for ‘System Fault’, which are detects this and triggers a “System Fault”. The system required for compliance with the EN54 standard. - Page 23 FIRECLASS Fire Alarm Control Panels 6.3 Software Triggers Fault Finding Guide Doc. version 2...
- Page 24 Further information about FIRECLASS can be found on the Internet at www.fireclass.net Company stamp...
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