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General| Model | FW106S, FW106SC |
|---|---|
| Category | Control Panel |
| Mounting Type | Wall-mounted |
| Number of Doors | 1 |
| Material | Steel |
General requirements for all installations and compliance with electrical and fire codes.
Specific requirements for local protected fire alarm systems, including appliance usage.
Introduction to the FW106S/FW106SC as an intelligent fire alarm control panel for various facilities.
Diagrams illustrating the internal and external assembly and components of the control panel.
Details on functional modules and their configuration options for the control panel system.
Comprehensive list of technical specifications and key features of the FW106S/FW106SC control panel.
Overview of the modular components that make up the FW106S/FW106SC system.
Description of the Advanced Machine Interface, the main control unit with display and buttons.
Details on the Power Supply Transformer Unit and its role in power conversion.
Information about the Power Supply and Charger Unit, including its charging and power output features.
Explanation of the Addressable Loop Unit for managing addressable devices on a loop.
Details on the Notification Output Unit, supporting two notification appliance circuits.
Information about the Relay Output Unit and its five dry contact relays for output functions.
Description of the External Network Unit used for network communication between panels.
Requirements and specifications for battery installation, capacity, and replacement.
Important safety precautions and handling instructions to follow during installation.
Guidelines for selecting an appropriate, safe, and accessible location for the control panel.
Notices and considerations for securely and properly mounting the control panel cabinet.
Information on surface and flush mounting options, including enclosure dimensions and clearances.
Detailed physical dimensions and mounting hole specifications for the control panel enclosure.
Step-by-step instructions for securely mounting the control panel cabinet to a wall surface.
Procedure for preparing the enclosure by removing conduit entry points for wiring.
General notes, compliance requirements, and best practices for system wiring.
Guidelines for separating power-limited and non-power-limited wiring to meet safety standards.
Rules for routing power-limited and non-power-limited wiring into the enclosure correctly.
Requirements for maintaining physical separation between different types of wiring for safety and integrity.
Instructions for connecting the AC power supply to the control panel's power unit.
Specific steps for connecting the AC power source and ensuring safety precautions are met.
Detailed instructions for correctly wiring the system's backup batteries in series.
How to wire addressable loop circuits, covering Class A and Class B configurations.
Wiring procedures for notification appliance circuits, including Class A and Class B styles.
Diagram and explanation for wiring the dry contact relays on the ROU card.
How to connect multiple panels and annunciators using the external network unit.
Information on using the auxiliary power output for external devices like annunciators.
How to connect a computer for panel programming via the Ethernet port.
Essential pre-power-up checks to ensure correct wiring and settings for safe operation.
Step-by-step guide for safely powering up the control panel and verifying initial status.
Common issues with circuits, including fault detection and resistance checks.
How to detect and resolve ground fault conditions in the system wiring.
Diagnosing and fixing issues related to battery performance, voltage, and capacity.
General troubleshooting steps for common system faults and potential wiring issues.
How the control panel displays and manages system status conditions like standby, alarm, and trouble.
Description of the panel's normal operating state when no alarms or troubles are present.
How the panel responds to and indicates alarm events, including LED and buzzer alerts.
How the panel indicates and manages system trouble conditions, including event logging.
How the panel manages and indicates supervisory events, such as system status changes.
How the panel interacts with, monitors, and handles connected devices and notification appliances.
Control of notification appliance circuits, including activation, silencing, and synchronization.
How the panel monitors the status, configuration, and presence of connected addressable devices.
How detectors are polled for status and their information communicated to the control panel.
The system's response to manual fire alarm station activations.
How detectors automatically adjust sensitivity for gradual environmental changes like dust accumulation.
The panel's feature to verify alarms originating from smoke detectors before reporting.
The sequence of events for positive alarm reporting, acknowledgment, and verification.
The two-stage alarm notification process, including first and second stage activation.
Functionality to temporarily disable specific devices or circuits from system monitoring.
The process of automatically assigning addresses to field devices on a loop.
How to access and review recorded system events, including alarms, troubles, and status changes.
Operation and functions of the panel's status LEDs, buzzer, and control buttons.
Detailed explanation of the functions of the panel's navigational and functional buttons.
How to configure and program the control panel using a computer and dedicated software.
Security levels and methods for accessing system configuration and maintenance functions.
Overview of how panel configuration and maintenance tasks are accomplished via the keypad.
A list of compatible devices for addressable loop circuits, including model numbers and descriptions.
A list of compatible appliances for notification appliance circuits, including model numbers and descriptions.
Guide for selecting appropriate wire for Signaling Line Circuits based on current and resistance requirements.
Guide for selecting wire for Notification Appliance Circuits based on signal load and resistance.
Guide for selecting appropriate wire for connecting annunciators to the system.
Maximum number of notification appliances that can be connected per NAC, considering synchronization.
Calculation of total system current draw for standby and alarm conditions for battery sizing.
Method for calculating required battery capacity based on system current and required operational time.
Definitions of key terms and acronyms used throughout the manual for system understanding.
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