Fire alarm control panel features

Designed and manufactured according to EN 54-2
and EN 54-4

Compatible with Mavigard Harezmic series addressable devices

Up to 64 panels and/or repeater panels can be assembled
into a network

Extendable loops up to 16 loops, max. 2032 address capacity
for each panel

1000 user-defined zones
and 1000 event log memory

Top priority of fire alarm indication, different buttons for fire and other events, categorical classification due to events

Real time clock

Communication interrupt for fast fire alarm detection in 1.5 sec
Loop polling in 7.5 sec

4 programmable supervised remote control inputs

Protection from electromagnetic interference

Ability of communication with enhanced computers (RS232/RS485 for close access, GPRS/TCP-IP for remote control)

Supervised peripheral devices, extension cards (power supply, loop extensions, printer...)

Day and night mode, pre-alarm, contamination warning

Virtual panel, supervisor applications

Input/output modules can be connected directly to panel

Advanced control/monitoring features

Updating software on the site by the help of Boot Loader Software

Advanced parametric arrangement options for input/output devices

User-defined event types creation

Maxlogic ML-125XX series intelligent analogue addressable fire alarm control panels

Maxlogic series fire alarm control panels, offering high performance by the VIP communication protocol, provide 2032 address capacity with its expandable modular structure up to 16 loops.

Maxlogic series intelligent analogue addressable fire alarm control panels use advanced microprocessor technology for high level security.

LCD with 240x64 adjustable blue backlight indicates fire alarm, fault and other information in detail.

Panel menu, serigraphy and Loop Manager software have 3 language options as Turkish, English and Russian.

Addressable detectors, buttons, loop-powered addressable sounders, interface modules (monitor and control modules) and analogue addressable gas detectors can be programmed, in order to operate in cause-effect scenarios and the fire automation can be built in this manner.