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General| Brand | Zeta |
|---|---|
| Model | Premier Quatro |
| Category | Control Panel |
| Language | English |
Essential safety precautions and requirements for installing the fire alarm control panel.
Guidelines for safe operation and access control of the Premier M Plus panel.
Details on battery type, handling, and safety warnings for the CIE.
Guidance on the environmentally responsible disposal of the equipment.
Overview of different user access levels and their associated functions.
Instructions on how to follow the step-by-step installation procedures in the manual.
Assumes system design competence and recommends consulting experts for design and installation.
Conditions under which the equipment warranty may be voided.
Description of the Premier Quatro panel's features, capacity, and EN 54 compliance.
Lists mandatory and optional functions prescribed by EN 54 Part 2.
Plan view of internal components, panel versions, and capabilities.
Compares features of Premier AL, AD, and Quatro systems highlighting addressable benefits.
Recommendations for optimal placement of the fire alarm control panel within a building.
Details on approved cable types, standards, and EMC compatibility for wiring.
Specific instructions for connecting the mains power supply to the panel.
Information on planning cable entry points and using grommets and glands.
Instructions on how to securely mount the panel's back box to a wall.
Importance of not fitting devices to bases when testing loop continuity with high voltage.
Detailed illustration and instructions for connecting the mains power supply to the PCB.
Diagram and instructions for wiring the two 12V VRLA batteries in series.
Wiring diagrams for various Fyreye and Zeta devices like bases, sounders, and call points.
Explains addressable stand-alone sounders and their DIP switch configuration.
Describes addressed sounder bases where sounder and detector have different addresses.
Details two types of associated sounder bases, including DIP switch settings.
Explains common sounder bases, their address allocation, and loop common sounder options.
Information on Zeta addressable sounder circuit controllers for connecting conventional sounders.
Describes the panel's PCB conventional sounder circuit outputs and wiring.
Compares the pros and cons of various sounder types used in the system.
Explains the ring network topology and its advantage of fault tolerance.
Describes the bus network topology, also known as radial or spur.
Outlines the configuration of standard and gateway network cards, including Node Setup.
Explains the function of the Repeater Panel for remote status indication and control.
Steps for powering up the panel after installation and initial checks.
Instructions on how to configure the panel for either the motherboard or cage PSU.
Procedure for setting the panel's internal time and date.
How to enter a site reference name and maintenance company details.
Steps for configuring loops, including autosearch and device identification.
How to assign text labels to zones for easier identification during fire events.
Assigning text labels and zones to individual devices for clear location identification.
How to view the status, loop, address, zone, type, and analogue value of devices.
Function to turn on a device's alarm LED to help locate it or verify its address.
Configuration of the remote output on a detector for remote indicators or associated sounders.
Details on Level 1 (User) and Level 2 (Installer) passwords and their management.
Options for selecting different communication protocols like Zeta, Panel Coded, and Fyreye II.
Configuration options for LED flash setup and printer setup.
Explains how fire events are indicated on the panel's LEDs and LCD display.
How sounder and relay outputs are activated, including delay functions and overrides.
Describes the mandatory controls available on the panel, such as Start/Stop Sounders.
Function to silence the panel's internal buzzer for fire or fault conditions.
Procedure for resetting the panel after a fire or fault condition.
Overview of the keypad controls, including navigation and function keys.
How to disable specific zones to prevent false alarms during maintenance.
Procedure for disabling individual devices that are malfunctioning.
How to disable all sounders collectively through the User Menu.
Information on disabling relay outputs, whether addressable or PCB outputs.
Explains the purpose of the one-man test facility for commissioning and maintenance.
Steps to program zones into test mode, with or without sounder activation.
Describes the common fault LED as a general indicator of any present fault.
Methods for finding faults related to loop device addressing and connections.
Common reasons for zone fault LEDs to light up, including cable breaks or device removal.
Details common supply faults like loss of mains power or battery voltage issues.
Guidance on identifying and troubleshooting earth faults, emphasizing not to disconnect mains earth.
Explains system faults, their causes, and how to clear them.
Information on how sounder faults are indicated on the LCD and LEDs.
Indicates faults when the system is unable to detect fire or sound alarms.
Explains how to create new Cause & Effect actions, including input, output, and delay selections.
How to modify existing Cause & Effect actions, including changing inputs or outputs.
Details functions accessible via the User Level password, including zones, points, and event logs.
Details functions accessible via the Installer Level password, including loop configuration.
Provides physical dimensions and cable entry details for the panel enclosure.
Lists electrical details including mains voltage, battery voltage, and output ratings.
Details the fuses used on the Power Supply Controller PCB, their ratings, and descriptions.
Identifies fuses and their functions on the CIE Termination PCB.
Table showing quiescent, fault, and alarm currents for various panel and device components.
Formula and example for calculating required standby battery size based on system currents.
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