CIPRA216 - PREVIDIA - Analog fire control panel by Sicurit

Addressable and networkable analogue control panel for automatic fire detection and alarm systems

CIPRA216 is a modular system for the creation of fire detection and extinguishing systems (max. 24 channels).

It allows you to configure your system in a modular way and expand it according to your specific needs. Previdia control panels can be composed of a single cabinet or multiple cabinets (max 4) connected together to form a single control panel capable of managing up to 32 IFM units (loop modules, I/O modules, extinguishing modules, etc.) and 8 FPM front modules (back-up CPU, LED modules, etc.).

Thanks to the functional modules and with the help of installation kits, the fire detection control panel is able to adapt to any type of environment or installation/design requirement, creating configurations suitable for any application.

The IFM modules, which connect to the CAN DRIVE bar, are “hot swap” type and can therefore be replaced or added without turning off the system. In this way Previdia is able to guarantee a fast and safe method of intervention without interrupting the service.

The IFM2L loop modules are equipped with the technology, developed at the INIM ELECTRONICS laboratories, “power up boosters” that allows the operating voltage of each loop to be set for different operating situations.

Thanks to the distributed intelligence structure, which uses a microprocessor inside each module, redundant microprocessors in the main unit and the possibility of having a backup CPU, Previdia Max guarantees unparalleled reliability.

The system security is no longer entrusted to a single processing unit but to a group of interconnected CPUs that operate in synergy to provide a faster and more effective response. This means that the control panel has been certified to manage over 512 fire alarm points as required by the EN54 part 2 standard.

The Previdia control panel, as required by the EN54 part 2 standard, is able to manage GAS detection directly on the loop, via special interface cards, I/O or 4-20mA modules, assigning different display modes and priorities than those required for fire alarms.

Thanks to the network architecture, Previdia allows the creation of hybrid networks based on connection via twisted pair, optical fiber and TCP-IP networks capable of overcoming any barrier and reaching unimaginable coverage.

Each cluster of control panels interconnected via the Hornet+ network can connect up to 48 control panels and up to 20 clusters can be interconnected via TCP-IP. Each cluster can be composed of either a Hornet+ network, a control panel connected in TCP/IP or a repetition panel connected in TCP/IP.

Previdia, thanks to the intensive use of technologies such as e-mail, web server, TCP/IP connections, GSM telephone communications and concepts such as graphic maps and video alarm verification, via IP cameras, provides a system that is always under control and within reach, drastically reducing response times in moments of real danger and significantly reducing the incidence of false alarms.

On the Previdia control panel loop it is possible to directly connect the HARPER series emergency lighting and signalling lamps and thus have a system with innovative functions for the supervision and periodic maintenance of the system.

Previdia is able to carry out all the tests required by current regulations for periodic verification, and, through the programming software, generate all the necessary documentation required by the regulations in force.

HARDWARE FEATURES

• 7” 65000 color touch screen display

• Second emergency CPU

• 2 loops expandable to 16 (using the IFM2L module)

• LPCB CPR EN54 pt2 certification to manage over 512 fire detection points

• LPCB CPR EN54 pt4 certification

• EN54 pt21 certification on PSTN, GSM and TCP-IP channels

• EN12094-1 certification (extinguishing systems) up to 24 channels

• 1 Ethernet port for PC configuration and TCP/IP connection for programming

• 1 RS232 port for PC configuration and firmware update

• 1 RS485 port for FPMCPU repeater (max. 14)

• 1 mini USB port for PC configuration

• 1 MODBUS RTU port

• 1 slot for microSD card

• 2 CAN BUS ports

• 1 free exchange relay 5 A@30Vcc

• 1 supervised alarm output 1.5A @27.V

• 1 output for external power supply 1.5A @27.6V

• Multi-processor hardware architecture

• Dedicated microprocessor for each module

• Scandinavian type key for level 2 access

• Signaling LED and multiple alarm scroll button

• 6 status LEDs

• 6 LEDs and function buttons

• Speaker

• Power supply voltage 230 (110) Vac +10% ÷ -15%

• Maximum available current: 5.2A

• Battery charger 1.2A

• 1 CAN DRIVE bar for connecting the internal IFM modules (max 8)

• Housing for two batteries max. 24Ah@12V

• Dimensions 433 x 563 x 187 mm (PRCAB)

• 19’’ rack mounting (via PRCABRK)

• Possibility of connecting up to a maximum of 4 cabinets

• Weight 10Kg (PRACAB)

• IP 30 protection rating

SOFTWARE FEATURES AND FUNCTIONALITY

• Management of a second FPMCPU unit configured as a back-up unit for 100% redundancy of the

functions

• OpenLoop technology

• LoopMap technology

• Versa++ technology

• Graphic map management

• Modbus TCP protocol management

• Mosbus RTU protocol management

• Alarm video verification with IP cameras (via IFMLAN)

• BACNET IP protocol management (via IFMLAN)

• ESPA 444 protocol management (via IFMLAN)

• SIA-IP protocol management (via IFMLAN)

• Management of voice evacuation systems via TCP-IP or RS232/485 (via IFMLAN)

• Management of up to 32 internal IFM modules

• Management of up to 8 front FPM modules

• Management of up to 4 internal power supplies (IFM24160) and 4 battery packs

• Management of up to 24 shutdown channels (via IFMEXT)

• PSTN GSM connections (via IFMDIAL)

• Possibility of sending up to 100 SMS (via IFMDIAL)

• Possibility of sending up to 100 voice messages for up to 15 minutes (via IFMDIAL)

• Management of digital protocols on PSTN and GSM (via IFMDIAL)

• Generation of reports for checking lighting and emergency lamps as required by the regulations in force

• Up to 48 control units in the HORNET+ network using the IFMNET network card

• Up to 20 clusters connectable in TCP/IP

• Connection of the loop to two or four wires

• Up to 240 devices per loop (depending on the selected protocol)

• Control equations for activations with logical operators (And, Or, Not, Xor, etc.)

• 1000 software zones per control panel

• 1000 logical groups per control panel

• 500 trigger activations per control panel

• 100 actions

• 240 logical groups that can be shared in the Hornet+ network or in clusters

• WalkTest function

• 2000 events in memory

• Self-acquisition of loop devices

• Self-addressing of loop devices

• Management of 4 access levels in accordance with EN54-pt2

• Access to level 2 functions (EN54) with code or key

• 4 password levels

• 100 user codes

• Programming software in Windows environment