Related Manuals for INIM PREVIDIA MAX
Summary of Contents for INIM PREVIDIA MAX
- Page 1 Installation manual EN 54-2 EN 54-4 EN 54-21 EN 12094-1 cert. N.991K 0832 0832-CPR-F1342 FIRE DETECTION AND EXTINGUISHANT SYSTEM INSTALLATION MANUAL...
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Page 2: Warranty
INIM Electronics s.r.l. (Seller, Our, Us) warrants the original purchaser that this product shall be free from defects in materials and workmanship under normal use for a period of 24 months. As INIM Electronics s.r.l. does not install this product directly, and due to the possibility that it may be used with other equipment not approved by Us; INIM Electronics s.r.l. -
Page 3: Table Of Contents
Multi-cabinet control panels ....................... 11 Control panels in a Hornet+ network ..................11 Control Panels in an IP network....................11 List of Previdia Max system components ................12 Chapter 3 Description of the Previdia Max system parts............. 13 PRCAB, cabinet..........................13 PRCABSP, PRCABRK, accessories for mounting the cabinet..........14... - Page 4 Fire detection and extinguishant system 5.15 J and E type relay output wiring (EN54) ..................44 5.16 FPMCPU front-plate module wiring - repeater connection ..........45 System test........................47 Replacement and disposal of used devices ............47 Information about disposal of batteries and accumulators ......47 Table of contents...
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Page 5: Chapter 1 General Information
INIM Electronics brand devices only. Supplied Documentation Previdia Max User's Manual: contains the identification of the parts on the front plate and the end-user operating instructions for use. Previdia216 Installation Manual: contains the technical specifications of the Previdia216 and the mounting, installation and wiring instructions. -
Page 6: Operator Classification - Access Levels
Fire detection and extinguishant system 1.3.1 Terminology Control panel, System, Device: The main supervisory unit or any constituent part of the fire detection system. Left, Right, Behind, Above, Below: Directions as seen by the operator when directly in front of the mounted device. Qualified personnel: Persons whose training, expertise and knowledge of the products and laws regarding security systems, are able to create, in accordance with the requirements of the purchaser, the most suitable solution for the protected premises. -
Page 7: Ce Mark
Installation manual Level 3: Programming - this access level is for specialized technical operators who carry out system configuration, commissioning and maintenance. Access requires entry of a valid access code with sufficient access rights after inserting a jumper which enables programming. - Page 8 Declarations of Performance, Declarations of Conformity and Certificates concerning to INIM Electronics S.r.l. products may be downloaded free of charge from the web address www.inim.biz, getting access to Extended Access and then selecting "Certifications" or requested to the e-mail address info@inim.biz or requested by ordinary mail to the address shown in paragraph 1.5.1.
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Page 9: Chapter 2 General Description
• control panel in several cabinets (multi-cabinet system) • Control panels in a network (via RS485 BUS, TCP-IP connection or by means of a combination of both) Previdia Max control panels, installed in several cabinets, are a combination of modules. Two types of modules are available: FPM Modules •... -
Page 10: Single Cabinet Control Panel
Fire detection and extinguishant system The Previdia Max control panel can be mounted in up to 4 cabinets affixed together. In a system with more than one cabinet, the maximum number of modules is as follows: maximum maximum FPM Module... -
Page 11: Remote User Interfaces (Repeaters)
RS485 ports for the loop (for the wiring description refer to paragraph 3.11 IFMNET, internal network connection module). For further information regarding the method used for connecting control panels in a network refer to the Previdia Max Networking Guide available at www.inim.biz Control Panels in an IP network... -
Page 12: List Of Previdia Max System Components
Fire detection and extinguishant system List of Previdia Max system components Following is a list of the elements available for the Previdia Max system: • Basic Previdia Max control panels: - Previdia216 Control panel comprising a metal cabinet complete with front plate, CPU unit, power-supply module, 2 loop module and a blind plate to seal the aperture on the front of the cabinet. -
Page 13: Chapter 3 Description Of The Previdia Max System Parts
Installation manual Chapter 3 Description of the Previdia Max system parts PRCAB, cabinet The PRCAB cabinet is a metal enclosure equipped with a front plate (door) with removable hinges. The cabinet can be wall mounted and anchored in place using the holes on the back of the enclosure or can be affixed to another cabinet by means of two bolts and the holes on the top and bottom sides of the enclosure. -
Page 14: Prcabsp, Prcabrk, Accessories For Mounting The Cabinet
• 4 nuts with washers • Instructions manual The PRCABSP kit is also available in red. Distance bracket/template Support bracket PRCABSP Wall-mount screw location Dovetail locations Threaded rivet Support bracket (2) Rack anchor-screw PRCABRK locations Threaded rivet Description of the Previdia Max system parts... -
Page 15: Prrep, Repeater Enclosure
Each module in the Previdia Max system has its own independent CPU. Each FPMCPU unit contains two CPUs: a main CPU and a emergency backup CPU. The backup CPU will take over in the event of fault on the main CPU. - Page 16 Connector for other front- plate module RS485 terminal board for repeaters EOL jumper connectors RS485 MODBUS terminal board MODBUS EOL jumper connectors For future use Serial connector programming jumper USB mini port connectors Description of the Previdia Max system parts...
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Page 17: Fpmled, Fpmledprn, Led And Printer Front-Plate Module
• Instructions manual Thermal printer Mounting screw locations Connector for the CAN drive bar or other front- plate module Connector for front-plate module Mini USB port Label with firmware revision of the module Description of the Previdia Max system parts... -
Page 18: Ifm24160, Power-Supply Module
Hole for the grounding bar screw and for Input voltage 230/115 V the earth conductor selector Hole for the grounding bar screw and for the wire CAN drive connector (opposite) with the eyelet terminal Description of the Previdia Max system parts... -
Page 19: Ifm2L, Internal Module With 2 Loops
Each IFM2L module contains circuits for the management of two loops. Previdia Max control panels are capable of managing up to 16 loops through a maximum of 8 IFM2L modules. -
Page 20: Ifmlan, Internal Ethernet Module
50mA Maximum voltage on Loop-A 0.5A Maximum voltage on Loop-B 0.5A IFMLAN, internal Ethernet module The IFMLAN module provides the Previdia Max with communication ports: • USB Host • Mini USB • Ethernet • RS485 • RS232 Connecting the Ethernet port establishes a second connection between the control panel and the network for access to the advanced TCP-IP functions (sending of event-related e-mails, communications via SIA-IP, video verification and browser-accessible Web server). -
Page 21: Ifmdial, Internal Dialler Module
This module allows the control panel to make voice calls and send SMS text messages. IFMDIAL comes with: • 3 screws for securing the module to the grounding bar • Instructions manual • SIM card and GSM antenna not included Description of the Previdia Max system parts... -
Page 22: Ifmext, Fpmext, Internal Module And Led Panel For Extinguishment Control
• 3 resistors @ 470Ohm • 4 diodes -1n4007 • Instructions manual FPMEXT comes with: • CAN BUS cable • 6 screws with washers for securing the module • 1 ferrite • Instructions manual Description of the Previdia Max system parts... - Page 23 Visual signalling of IFMEXT modules Mounting screw locations Connector for the CAN drive bar or other front- plate module Connector for front-plate module Mini USB port Label with firmware revision of the module Description of the Previdia Max system parts...
- Page 24 -5°C to +40°C Operating temperature from -5°C to +40°C stand-by 30mA stand-by 12mA Consumption @ Consumption @ 27.6V 27.6V maximum 80mA maximum 45mA on VALVE output Maximum voltage @ 27.6V on outputs Description of the Previdia Max system parts...
- Page 25 Deactivation Pre-extinguishment time terminated Gas discharge running DISCHARGE GAS Discharge time started Discharge time terminated Pre-discharge time Interval expired Verify? started and between two Flash terminated discharge procedures Pressure switch activated? Gas discharged Description of the Previdia Max system parts...
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Page 26: Ifmnet, Internal Network Connection Module
(A and B). In cases where a fiber optic cable is used over long BUS lengths, it is necessary to use a RS485/fiber converter (non-INIM brand product). The module has a 12V output for the power supply to the converter in use. -
Page 27: Ifm4R, Internal Module With 4 Relays
• 3 screws for securing the module to the grounding bar • Instructions manual Status LED Mini USB port Connection Relay-x terminals for relay output x Holes for the grounding bar screws CAN drive connector (opposite) Description of the Previdia Max system parts... -
Page 28: Ifm4Io, Internal Module With 4 Input/Output Terminals
Activity on the CAN communication BUS The respective channel, configured as “input”, is in alarm or activated status I/Ox Green The channel configured as “output” is active Yellow The channel is in fault status Description of the Previdia Max system parts... -
Page 29: Ifm16Io, Internal Module With 16 Input/Output Terminals
IFM16IO module - technical specifications 19-30 V Power supply voltage supplied by IFM24160 module Operating temperature from -5°C to +40°C stand-by 12mA Consumption @ 27.6V maximum 25mA Maximum voltage on I/O 0.1A @ 30V Description of the Previdia Max system parts... -
Page 30: Chapter 4 Previdia216 Control Panel
Fire detection and extinguishant system Chapter 4 Previdia216 Control Panel The Previdia216 control panel is the base model of a Previdia Max system. This model consists of a single cabinet with the following modules already installed: • FPMCPU, front-plate module with main CPU unit •... -
Page 31: Chapter 5 Installation
Installation manual Chapter 5 Installation Note: Installation of these fire detection panels must be carried out in full respect of the local fire codes, laws and bylaws in force, and in accordance with the instructions and guidelines herein. The control panel must be mounted in a place that is: •... - Page 32 5.1.2 Mounting the PRCABSP kit This kit allows the control panel to be mounted 5cm away from the wall and must be mounted before mounting the Previdia Max control panel. Assemble the kit by attaching the distancing bracket (paragraph 3.2 - [A]) to the support bracket (paragraph 3.2 - [B]) by means of the interlocking dovetails (paragraph 3.2 - [D]).
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Page 33: Mounting A Prrep, Repeater Enclosure
Installation manual Mounting a PRREP, repeater enclosure The PRREP repeater enclosure comprises two elements: an enclosure which can be wall or flush mounted (paragraph 3.3 - [F]) and a front plate for the mounting of a FPMCPU front-plate module (paragraph 3.3 - [A]). Pull the connection cables through the cable entry on the back (paragraph 3.3 - [G]). -
Page 34: Mounting Ifm Internal Modules
Fire detection and extinguishant system Mounting IFM internal modules The internal modules (IFM24160, IFM2L, IFM4R, IFM4IO, IFMDIAL, IFM16IO, IFMNET, IFMLAN, IFMEXT) must be mounted in the special compartment inside the cabinet (paragraph 3.1 - [K]). There are two bars on either side of the compartment for mounting and connecting modules (paragraph 3.1 - [J] - [L]), up to 8 per cabinet. - Page 35 Installation manual 5.5.2 Mains connection A dedicated input [A] must be provided for the mains power input terminal (230-115V~). The cable must be secured to the appropriate hooks by a plastic cable tie in order to avoid accidental dislodgement [B]. The cable must be protected by a ferrite (supplied) which must be affixed in the proximity of the terminals [C].
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Page 36: Ifm24160 Module Wiring
Fire detection and extinguishant system 5.5.4 Multi-PRCAB cabinet wiring Once the cabinets are affixed to one another, the CAN drive bars of each cabinet ([A], [B], paragraph 3.1 - [J]) must be connected together. To connect the CAN drive bars, use the BUS cable supplied with every PRCAB [C]. - Page 37 Installation manual 5.6.2 Output connection Each output of the IFM24160 module can be configured to activate specific conditions. If left at their default settings, the three outputs will be as follows: • OUT 1 (paragraph 3.6 - [D]), supervised output which activates in the event of a generic fire alarm •...
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Page 38: Ifm2L Internal Module Wiring - Loop Connection
Fire detection and extinguishant system All voltage free relay contact can only be connected to SELV circuits. EN54: If the control panel default settings are left unchanged, RELAY the RELAY output will result as being configured as a fault signalling output. inverted In compliance with regulations the output will also 27.6V... -
Page 39: Ifmnet Internal Module Wiring - Hornet+ Network Connection
Take care to link the interrupted shields in correspondence with the device connections ([E]). EN54: A Previdia Max control panel can support up to 3840 fire detectors and/or manual call points (240 devices per loop). IFMNET internal module wiring - Hornet+ network connection The connection of two or more control panels in a Hornet+ network can be achieved by means of two RS485 communication ports (paragraph 3.11 - [C] - [D]). -
Page 40: Ifm4Io Internal Module Wiring
Fire detection and extinguishant system The OUT output illustrated in the diagram is used as a power source and is programmed as continuously active. The illustrated connection does not supervise the cable and does not signal connection faults. EN54: If you wish to configure a RELAY output as a fault RELAY signalling output, you must complete the connections as shown in the wiring diagram opposite. - Page 41 Installation manual Connection of devices with an alarm output to channels configured as input The wiring diagram illustrates a connection made to one of the channels of the IFM4IO module [A], configured as input. The connected device [B] is equipped with a normally open output for alarm signalling [C].
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Page 42: Ifmdial Internal Module Wiring
Fire detection and extinguishant system Connection to channels configured as 4-20mA gas input The wiring diagram illustrates a connection made to one of the channels of the IFM4IO module [A], configured as gas output inclusive of a generic device with a 4-20mA output [B]powered from a 24V source [C]. -
Page 43: Ifmlan Internal Module Wiring
In order to comply with EN12094-1 standard requirement, if more than one extinction channel is managed by a single Previdia Max panel (more than one IFMEXT module installed on a single panel) a backup FPMCPU unit have to be installed in the system, this backup unit will provide the disablement function for each extinction channel also in the unlikely event of main FPMCPU system fault. -
Page 44: J And E Type Relay Output Wiring (En54)
Fire detection and extinguishant system Connection of output channels The wiring diagram illustrates the connection PRESSOS. STOP-EXT MAN-EXT VALVE HOLD PRE-EXT RELEASED to be completed on the input channels. The connectible devices are: valve extinguishant gas discharge [A], a device which signals the suspension of the extinguishment 1KOhm - 1W procedure [B], a device which signals the... -
Page 45: Fpmcpu Front-Plate Module Wiring - Repeater Connection
The wiring for the FPMCPU module provides for a connection to the Ethernet network via LAN cable and to the RS485 BUS which must be set up between the Previdia Max control panel and the system repeaters. The connection to the Ethernet network is obtained through the LAN port on the module (paragraph 3.4 - [M]). - Page 46 Fire detection and extinguishant system Installation...
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Page 47: System Test
Installation manual System test INIM Electronics recommends that the entire system be checked completely at regular intervals. For the instructions for system testing and maintenance refer to the Manual for system configuration, commissioning and maintenance. Replacement and disposal of used devices When replacing obsolete devices, disconnect the devices concerned then complete the connections of the new devices in compliance with the instructions printed on the respective leaflets. - Page 48 ISO 9001 Quality Management certified by BSI with certificate number FM530352 Centobuchi, via Dei Lavoratori 10 63076 Monteprandone (AP) Italy Tel. +39 0735 705007 _ Fax +39 0735 704912 info@inim.biz _ www.inim.biz Information about disposal of batteries and accumulators DCMIINE0PREVIDIA-120-20180626...
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