FG901CP-MININET_AP is a microprocessor fire detection panel that allows the detection of fires through wired or wireless devices and can be programmed and interrogated through a fully touch screen interface.

Features

• The Multiprotocol panel, is able to manage an open or closed loop of 240 compatible devices, both optical and thermal. In complex applications it can be installed in a ring network.
• In this distributed architecture, areas and zones controlled by detection devices can be combined by means of logical expressions in order to trigger events on the central unit of other panels of the ring network.
• Certified UNI EN 54-2 and 54-4 for fire detection and signalling systems, this control unit offers three different levels of access for different types of operators (installer, safety manager and end user).
• The touch interface, simple and ergonomic, allows any type of user an intuitive interaction without time or training costs.
• All configuration steps are immediate and the self-programming and self-addressing mechanisms allow you to recognize, interrogate and program devices in the field quickly, systematically and without errors.
• The control panel can be programmed both locally and remotely, using the dedicated OneCloud online platform, data can be exported and imported via any USB stick.
• Monitoring takes place thanks to the WINWATCH32 supervision system.
• The diagnostics of sensors and devices is carried out directly by the control panel and only one operator is able to independently run all the test procedures and verify the operation of the system in all its components.
• Periodic maintenance can thus be planned and performed in an optimal way.
• Diagnostic data and historical data recorded by the control panel can be easily exported and analysed in CVS/excel format.
• The control panel can be customized for all installation conditions: the mechanic color, the display background, the color of the programmable LEDs, the logo displayed on the welcome screen and the language can be chosen as desired.