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Overview of the fire-prevention control panel's features and capabilities.
Explains how to assign addresses to devices on the loop.
Essential safety norms and procedures for authorized technicians during installation.
Details on connecting the control panel to the mains power supply.
Information on the types and functions of fuses used in the control panel.
Instructions for physically mounting the control panel enclosure.
Describes the various connection points on the control panel's motherboard.
Defines a loop section and provides an example of loop configuration with isolators.
Explains how to identify and address ground dispersion faults.
Outlines daily, weekly, four-monthly, and yearly maintenance procedures for the control panel.
Procedures for testing line continuity, shielding, and isolation before connecting loops.
Details on user access levels and control panel controls and indicators.
Guide on navigating the control panel's menu system using its buttons.
Procedures for setting and managing access passwords for different operational levels.
Explains the four access levels available for users and installers.
Explains event messaging and visualization methods for faults and alarms.
Steps for initially setting up and configuring the control panel's loops and devices.
Procedure for starting or resetting a control panel loop.
How to place a loop out of service for maintenance or other reasons.
Methods for acquiring and adding new points (detectors, modules) to the loop.
How to view and modify parameters for existing points on the control panel.
Procedures for removing points, zones, or entire loops from the system.
Explains the capability to define up to 63 zones per loop.
How zones are created by assigning points to them.
Procedures for configuring zone parameters like name, status, and detection levels.
Overview of output programming options for control panel and loop outputs.
Configuration of outputs directly controlled by the panel (siren, fault, 24Vdc, etc.).
Programming of outputs associated with specific loops and I/O modules.
Explains the different logic states and activation rules for outputs.
Lists the various setting options available in the control panel's menu.
How to configure the control panel's operational mode between supervised and unsupervised.
Settings for managing evacuation and extinguish procedures, including delays.
Defines different modes for restoring the system after a fire alarm event.
Procedure for setting the control panel's current date and time.
Customization of the initial messages displayed on the control panel.
Password management and retrieval procedures.
Procedure for activating or deactivating individual loops on the control panel.
Steps to reset the control panel to its factory default configuration.
Introduces the diagnostic commands for the control panel and its loops.
Displays the firmware versions for the control panel and loop micro-processors.
Process for checking sensor status, dirt, and efficiency via PC connection.
Function to verify the status of all LEDs and the control panel display.
Forces a reset of the control panel, similar to a power cycle.
Physically deletes all memorized chronological events from the system.
Overview of connection management functions for external devices.
How to enable and use an external PS2 keypad for panel operation.
Option to power the control panel using an external 27.6Vdc supply.
Configuration options for serial communication ports (RS232, RS485, LAN).
Describes the panel's ability to manage evacuation and extinguish functions manually or automatically.
Accessing and using the evacuation menu for controlling outputs and delays.
How to initiate the evacuation procedure, either automatically or manually.
Programming outputs for evacuation or extinguish signals and controlling external units.
Introduction to using a repeater box for control panel coordination in a mini network.
Connecting control panels to a repeater box using RS232 cables.
Detector types and configuration details.
Details on the manual reset alarm button, its addressing, and point setting.
Information on the I/O module's input and output capabilities and programming.
Examples of connecting multiple panels to a PC via RS485 for system management.
How to connect control panels to a network using LAN and MOXA modules.
Wiring diagrams for connecting sirens and electromagnets to the control panel.
Illustrates various connection examples for detectors, buttons, and I/O modules.
Overview of the chapter detailing important programming procedures.
Step-by-step guide for the initial power-up and checks of the control panel.
Procedures for connecting and testing loops, including continuity and isolation checks.
Process for acquiring and activating points with zero address on the loop.
How to program the input functions of an I/O module.
Procedure for programming relay outputs and their activation parameters.
Configuring delay settings for outputs based on supervision mode and zone settings.
Setting up different modes for resetting alarms and restoring system status.
Steps to reset the control panel to its factory default configuration.
Troubleshoots system errors, loop overloads, double addresses, and short circuits.
Addresses issues with power supply, batteries, fuses, and external power faults.
Solutions for grounding problems and dirty smoke detector faults.
General specifications including case size, material, weight, and operating conditions.
Technical details about the loop detection circuit, point types, and zones.
Specifications for the control panel's power supply, fuses, battery, and auxiliary power.
Technical specifications for various control panel outputs like siren, fault, 24V, and open collector.
| Brand | FDP |
|---|---|
| Model | EX-CPL |
| Category | Control Panel |
| Language | English |
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