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General| Type | Fire Alarm Control Panel |
|---|---|
| Power | 120VAC, 60Hz |
| Operating Voltage | 24VDC |
| Operating Temperature Range | 32°F to 120°F (0°C to 49°C) |
| Number of Relay Circuits | 4 |
| Humidity Range | 10% to 93% RH, non-condensing |
| NAC circuits | 4 NAC circuits |
| Number of Notification Appliance Circuits (NAC) | 4 NACs |
Ensure smoke detectors are in rooms with control panel and communication wiring.
Explains how smoke particles may not reach detectors due to barriers, stratification, etc.
Warns about power sources and requires re-acceptance testing after software changes.
Details environmental requirements, static precautions, and proper handling of components.
States compliance with FCC rules for radio frequency energy emissions.
States compliance with Canadian regulations for digital apparatus radiation noise emissions.
Recommends downloading the most current software for optimal features and functionality.
Explains how to provide feedback on documentation and what information to include.
Explains graphics used in the manual for cautions, warnings, and notes.
Certifies compliance with UL 864 9th Edition for control units and accessories.
Lists products requiring AHJ approval for UL 864 9th Edition certification.
Lists field-programmable software features/options requiring AHJ approval.
Lists document sources containing additional information regarding the NFS2-3030 and peripherals.
Describes operation and control of the panel without a keypad/display using remote annunciators.
Lists key programming features of the NFS2-3030 control panel.
Explains how to navigate through the main menu and programming screens using soft keys and arrow keys.
Outlines recommended steps for initial panel programming and major changes to prevent errors.
Explains the two password levels (master and user) and how to change them.
Details the process for changing user passwords, including setting access levels and references.
Describes actions to take if an incorrect or forgotten password is encountered, including contacting support.
Provides access to view event counts, multiple event lists, and history select screens for system status.
Allows reading system status and accessing printer functions for reports.
Accesses screens for panel programming, point programming, autoprogramming, and altering status.
Introduces the two levels of programming: Program and Alter Status.
Configures local control, piezo, supervising station, and event ordering.
Sets LCM local mode, power management, DCC participation, and rapid all call.
Configures sounder base setup, network display mode, and drill mode.
Configures sounder base settings, including custom tone parameters and volume.
Determines if incoming waterflow events can be silenced.
Sets a daily reminder for uncleared troubles in the system.
Configures various timers including alarm verification, AC fail delay, PAS, and presignal delay.
Allows adjustment of LCD contrast, brightness, and backlight settings.
Programs ACS devices, defining their mapping and functional modes for annunciating system messages.
Selects the type for each annunciator address from a list of available types.
Assigns modes and sources to each annunciator point for specific functions.
Explains the function and explanation for various ACS point modes like NONE, CONTROL, MONITOR, etc.
Allows selection of control points and their sources for ACS mapping, including SLC modules and zones.
Configures supervision for main power supply AC fail and printer status.
Sets CRT baud rates, auxiliary trouble reporting, and tamper input status.
Refers to the section on changing passwords for system security.
Allows specification of up to ten different schedules for occupancy-based operations.
Configures remote displays, including installation and point programming.
Defines SLC loop parameters, including selection, polling, and wiring style.
Sets custom action messages for events and configures logging of non-fire and output activations.
Creates a list of up to 15 holidays used with occupancy schedules for system operation.
Selects the type of point (detector, module, zone) and enters its address for configuration.
Sets the detector type, assigns labels, and maps zones for detector points.
Allows mapping detectors to up to ten general, releasing, or special zones for specific functions.
Displays and allows adjustment of detector sensitivity levels for alarm and pre-alarm conditions.
Configures custom action messages and weekly occupancy schedules for detectors.
Configures low temperature warning, pre-alarm response, CO pre-alarm, and silenceable settings for detectors.
Configures auxiliary tones and their control zones for intelligent sounder bases.
Selects the module type, assigns labels, and maps zones for module points.
Programs monitor modules, including custom action messages, zone mapping, and alarm verification.
Configures 4-20mA industrial sensors for FMM-420 modules, including scale values and units.
Configures threshold values and event triggers for FMM-420 sensors.
Programs control modules, including local mode, zone mapping, and walk test settings.
Sets a delay for waterflow events before reporting to the panel.
Configures general zones, including labels, resettability, and silenceability.
Programs releasing zone parameters like delay time, abort switch, cross zone, and soak time.
Defines logic zones by creating equations that determine output activation based on input conditions.
Adds node offline troubles to equations to affect outputs when nodes go online or offline.
Assigns a label (up to 40 chars) to the selected annunciator.
Configures audio volume settings for DVC or DAA devices.
Provides options to clear all programming, panel settings, loops, points, or ACS data.
Guides on creating a new program by deleting existing data and autoprogramming SLCs.
Explains adding or removing devices from an existing program using the autoprogram feature.
Displays confirmation screens after autoprogramming, showing SLC statistics and device counts.
Displays confirmation screens showing SLC statistics and counts of found devices.
Manages new, missing, or mismatched points identified during autoprogramming.
Addresses and acknowledges devices found with double addresses during autoprogramming.
Selects points to disable or enable, allowing control over device activation.
Disables or enables individual points or performs group zone disable operations.
Allows changing detector sensitivity levels set during initial programming.
Allows the user to change detector sensitivity values directly on the panel.
Clears verification counters and historical data from the system.
Explains how to perform walk tests on the fire alarm system, including safety precautions.
Selects walk test modes (Basic/Advanced), parameters like Loops, Devices, Zone, and ACS board status.
Configures participation of loops in Walk Test, enabling or disabling them for testing.
Activates walk test for specific points (devices) by entering their addresses for testing.
Selects specific tests for detectors, such as trouble, alarm, pre-alarm, or obscuration tests.
Activates walk test for specific zones and monitors the progress of the test.
Sets the system time, date, and time zone, including format options.
Forces an active control module or zone to an inactive state.
Forces an inactive control module or zone to an active state.
Displays software version information for the panel, LCM image, and network modules.
Shows results of internal self-tests performed during panel power-up.
Manages LCD-160 and Loop downloads, including language and banner settings.
Selects loops for downloading applications and/or boot programming.
Monitors download progress and handles application code corruption errors.
Provides a hierarchical overview of the control panel's menu structure and screens for navigation reference.
Describes ten programmable releasing zones and their associated functions like delay time, abort switch, cross zone, and soak time.
Lists NFPA standards for agent release or preaction/deluge control applications.
Explains the four types of abort switches (ULI, IRI, NYC, AHJ) and their effect on delay timers.
Details the ULI Abort Switch operation, including its standard UL-type delay timer.
Explains the IRI Abort Switch operation, similar to ULI but with additional cross zone functions.
Describes the NYC Abort Switch, which adds 90 seconds to the programmed delay time.
Details the AHJ Abort Switch operation, which restores the programmed delay time.
Explains the purpose and types of Cross Zones for activating releasing zones based on event sequences.
Details Type Codes for releasing applications, covering inputs (monitor modules) and outputs (control modules).
Provides information needed to program an Abort Switch for a monitor module.
Provides information needed to program a Manual Release switch for a monitor module.
Provides information needed to program a Manual Release Delay switch for a monitor module.
Provides information needed to program a Second Shot switch for a monitor module.
Provides information needed to program a Release End Bell circuit for an SLC output module.
Provides information needed to program a ULC Release Circuit for an SLC output module.
Provides information needed to program a Release Circuit for an SLC output module.
Provides information needed to program a Release Form-C circuit for an SLC Form-C relay output module.
Provides information needed to program a Release Audible circuit for an SLC output module.
Provides information needed to program an Instant Release circuit for an SLC output module.
Explains programming release code bell circuits using Control-By-Event (CBE).
Lists typical initiating devices used in releasing zones, including heat and smoke detectors.
Explains how warning sounders connect to SLC output modules and their activation conditions.
Provides instructions for using control modules for various functions, including control relays.
Explains mapping releasing points to annunciators using ACS point programming.
Explains the Presignal and Positive Alarm Sequence (PAS) features for managing alarm signals.
Explains Drill Mode, which customizes drill activations for specific devices.
Introduces Intelligent Sensing features, a set of software algorithms for advanced smoke detection.
Lists key features of Intelligent Sensing, including drift compensation, maintenance warnings, and detector sensitivity.
Explains how drift compensation algorithms maintain detector sensitivity and reduce maintenance.
Explains the self-optimizing pre-alarm feature, which automatically sets pre-alarm levels.
Details the nine sensitivity levels for alarm and pre-alarm detection, including fixed or programmable options.
Explains Cooperative Multi-Detector Sensing, allowing detectors to share readings for improved accuracy.
Explains the Pre-Alarm function, which provides early warning of potential fire conditions.
Details the Alert Level function for pre-alarm conditions, including message reporting and LED indications.
Explains the Action Level function for pre-alarm conditions, including message reporting and zone activation.
Details how to select selectable intelligent options for detectors, including nine levels of sensitivity.
Outlines the 90-day testing procedure for detectors set below 0.50% obscuration per foot.
Describes the Read Status screen that displays detector information relevant to its state.
Guides on printing a detector maintenance report detailing status for addressable detectors.
Explains how to interpret detector status displays and maintenance reports, detailing each item shown.
Explains the meaning of displayed values like alarm/pre-alarm readings, levels, and maintenance status.
Shows the highest percent per foot obscuration reading taken by the detector and verify count.
Describes the four types of zones (General, Logic, Trouble, Releasing) used for CBE purposes.
Explains how logic and trouble equations define complex relationships between input and output devices.
Details logic functions like AND, OR, NOT, ONLY1, ANYX, and XZONE used in creating logic equations.
Explains time-based functions (DEL, SDEL, TIM) used in equations for delayed operations.
Explains trouble equations, which follow similar syntax to logic equations but trigger on trouble conditions.
Explains the automatic detector initialization routine that occurs when a detector is added or changed.
Guides on replacing a detector with a different type, requiring immediate panel reprogramming.
Defines Type Codes as software selections that specify device functions and characteristics.
Explains how to select Type Codes at the Point Programming screens.
Lists Type Codes for intelligent detectors and monitor modules, explaining their point types and LED indications.
Lists Type Codes for monitor modules, used to change point function.
Lists Type Codes for SLC control module points, defining their characteristics and functions.
Lists FlashScan Codes for FlashScan SLC devices, used to define point types.
Lists system troubles that can occur during FACP operation, including names, indices, and system names.
Provides descriptions for various system trouble messages encountered by the FACP.
Details features activated by the SINGAPORE regional setting, affecting bell circuits and LEDs.
Details features activated by the CHICAGO regional setting, disallowing local drill or signal silence.
Details features activated by the AUSTRALIA regional setting, including smoke control module support and special functions.
Details features activated by the CHINA regional setting, including POM-8A support and prealarm clearing.
Lists limitations when operating in Network Display Mode, including supported node types and display node limits.
Explains programming for monitoring events and initiating drills on mapped network nodes.
Describes how the NFS2-3030 performs network Acknowledge, System Reset, Signal Silence, and Drill.
Provides definitions for essential terms starting with A, B, and C for programming the control panel.
Provides definitions for essential terms starting with D through P for programming the control panel.
Provides definitions for essential terms starting with Q through Z for programming the control panel.
Outlines the manufacturer's warranty terms for products, including duration and limitations.
Details the process for submitting warranty claims, including part return and repair procedures.
