The ZX2Se control panel forms the heart of the fire detection
system. A steel enclosure contains all the required
components – microprocessor, power supply plus a clear
LCD (Liquid Crystal Display), system status indicators and
the control buttons that form the user interface.
A quick glance enables users to assess the condition of the
fire alarm system. Alarm and Fault conditions are highlighted
by LEDs and supported by enhanced text descriptions on the
LCD display. Clearly labelled buttons allow users to quickly
manipulate the system providing both audible and tactile
feedback of successful operations.
Accidental operation is prevented by user pass codes that
are required to gain access to functions. Basic functions
(Evacuate, Reset, Mute, Accept, Silence) are available at
one access level whilst more advanced operations are
protected by a secondary level pass code. Individual device
isolations, test modes and configuration data are all
protected by these secondary access levels.
Inside each control panel the microprocessor maintains a log
of the events or actions occurring on the system. Fires,
Faults, tested devices and diagnostics are all electronically
logged for future reference. Remote (or local) printers can
easily be connected to provide a paper copy of events as
and when they occur or provide a historical record.
The control panel can be configured to support any one of
the five detection protocols by installing the correct loop
driver cards in the control panel. For each loop the control
panel will support a total up to 126 devices using Apollo,
Hochiki or Nittan protocols and up to a maximum of 99
sensors and 99 modules (call points, monitor, control,
conventional zone modules and addressable sounders) using
the Morley-IAS or System Sensor protocols.
System Design & Planning
The flexibility of the ZX2Se design allows the control
panel to be connected to a wide variety of peripheral
devices. From display repeaters to custom mimic
displays, printers, serial data interfaces and switching
relay interfaces.
Installation
The initial installation of the system is aided by
sophisticated features like AUTOLEARN. An internal
routine that will automatically detect all the devices on
the detection and peripheral loops saving the time of
entering all the devices individually.
Basic programming is also configured during the
Autolearn process resulting in only fine tuning of the
system being required to complete the system
configuration.
An off-line Windows™ configuration tool is available to
further enhance the process, making text entry and
specific device programming easier. Complex cause and
effect programming is simplified through clearly designed
user interfaces. Once completed the configuration of the
(4 pages)
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