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General| Brand | Panasonic |
|---|---|
| Model | Firetracker FT1020G3 CIE |
| Category | Fire Alarms |
| Language | English |
Explains the FT1020G3 system's capability for single or redundant TLON networks with up to 30 control units.
Details the setup for redundant TLON networks using two connection boards for enhanced reliability.
Lists the technical specifications of the FT1020G3 Control Panel, including voltage, current, size, and approvals.
Explains the four COM loops of the FT1020G3, supporting up to 255 units per loop for system connectivity.
Details the 4580 board with eight zone line inputs for conventional detectors and its programming.
Introduces the OWS, detailing its features and amplifier options.
Details the setup for redundant TLON networks using two connection boards for fault tolerance.
Explains COM loop topology, unit addressing, current consumption, and cable length considerations.
Details the four non-supervised programmable inputs on the Control Unit and their configuration.
Covers the five programmable inputs on the 4583 expansion board, distinguishing between supervised and non-supervised.
Lists and explains the various trigger conditions available for programming inputs in EBLWin.
Details the four programmable, supervised voltage outputs (S0-S3) of the Control Unit.
Lists and explains the various types of programmable outputs available, such as Control, Extinguishing, and Alarm Device.
Explains how to create control expressions using trigger conditions and logical operators to define output behavior.
Explains the use and programming of addressable short circuit isolators for COM loop safety.
Details how to program interlocking functions using EBLWin, including defining inputs, outputs, and combinations.
Details the three detection levels (Fire Alarm, Pre-Warning, Heavy Smoke Alarm) within each alarm algorithm.
Explains how heat detectors conform to Class A1, A2 S, and B S algorithms based on temperature rise.
Discusses co-incidence alarm functions to avoid false alarms by requiring multiple units or zones to activate.
Explains delayed fire alarm activation to prevent nuisance alarms, detailing its function for smoke detectors and zone inputs.
Details the AVF function for conventional zone inputs to reduce false alarms by verifying smoke detection before activating alarms.
Differentiates between Fire alarm types A and B based on the number of detectors activated, impacting real fire probability.
Details how to disable and re-enable zones, addresses, outputs, alarm devices, and interlocking functions.
Describes how to perform monthly/annual tests on alarm points/zones and the effect on delay times.
Details the procedure for testing programmable alarm devices via menu H8/S4, including activation and deactivation logic.
Describes battery fault detection, including low battery capacity and auto battery test failure messages.
Discusses fire judgement based on alarm threshold levels, area algorithms, and delay times for accurate fire detection.
Details the fire alarm threshold levels for different detector types (4452, 4401, 4400) and algorithms.
Explains how alarm delay time varies based on detector type, cause of alarm, and algorithm settings.
Opens the dialog box for configuring Control Unit properties like number, name, and peripherals (MMI board, printer).
Opens the System properties dialog box for configuring general settings like installation name, user definable text, and alert annunciation.
Explains the Tools menu functions in EBLWin for PC connection, download, backup, and software management.
Explains the process of downloading Site Specific Data (SSD) to single Control Units or TLON networks.
Guides on downloading new system firmware to a single Control Unit, emphasizing SSD backup and communication setup.
Describes the main power source, a 150W switching power supply, and its voltage and current specifications.
Explains the standby power source using 12V batteries, capacity calculation, and backup time considerations.
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