INIM Electronics PREVIDIA MAX Parts list manual

Guide for the integration with supervision systems
1

FIRE DETECTION AND EXTINGUISHANT SYSTEM
EN 54-2
EN 54-4
EN 54-21
EN 12094-1 0832
0832-CPR-F1342
cert. N.991K
GUIDE FOR INTEGRATION
WITH SUPERVISION SYSTEMS

2Obligations of the User
Fire detection and extinguishant system
Obligations of the User
The User agrees to:
• keep the contents of this document in strictest confidence and not to disclose or make available any part of it, or
copies thereof to third parties, without the prior written permission of INIM Electronics s.r.l.
•use the information contained in this document solely for the purpose of integrating management of the Previdia
control panel into the User's own supervisory software and not for any other purpose whatsoever. The information
should be used in accordance with the regulations in force in the country of installation. Any use of the same that can,
directly and/or indirectly, lead to system behaviour that differs from the applicable norms or the required security
standards is tobeattributed solely to the User's responsibility.
Limitations of Liability
IINIM Electronics s.r.l. shall not be held responsible for any errors or omissions found in the information or for any
deviations from the standard protocols. INIM Electronics s.r.l. reserves the right to make changes and/or updates to the
information contained in the protocols at any time without prior notice.
The User is fully responsible for any damage that may arise, directly and/or indirectly, as a result of the incorrect use of
the information contained in this document, thus INIM Electronics s.r.l. is exonerated from any liability attached to it.
In no case shall INIM Electronics s.r.l., its suppliers and licensors be liable for any consequential, incidental, direct, indirect
or special damage of any nature, whether foreseeable or not, arising from the use of the information contained in this
document.
Where these limitations of liability cannot be applied according to the law in force in the jurisdiction of the User, they
must, however, be deemed valid and enforceable to the fullest extent permitted by the same law.
Copyright
The information contained in this document is the sole property of INIM Electronics s.r.l.
No part may be copied without written authorization from INIM Electronics s.r.l.
All rights reserved.

Guide for the integration with supervision systems
Table of contents 3
Table of contents
Obligations of the User............................................................................................... 2
Limitations of Liability.................................................................................................. 2
Copyright........................................................................................................................ 2
Table of contents ......................................................................................................... 3
Chapter 1 General information ....................................................................................................5
1.1 Manufacturer's details .....................................................................................................................5
1.2 About this manual ............................................................................................................................5
Chapter 2 Connectible external systems...................................................................................6
Chapter 3 Building Management System .................................................................................. 7
3.1 Modbus RTU and Modbus over TCP/IP ..................................................................................... 7
3.2 BACnet ..............................................................................................................................................14
3.3 SmartLook Software ...................................................................................................................... 17
Chapter 4 Pager systems ............................................................................................................. 18
Chapter 5 Video verification........................................................................................................ 19
Chapter 6 Voice Evac-systems ................................................................................................... 21
6.1 Voice Evac configuration .............................................................................................................21

4Table of contents
Fire detection and extinguishant system

Guide for the integration with supervision systems
General information 5
Chapter 1
General information
1.1 Manufacturer's details
Manufacturer: INIM ELECTRONICS s.r.l
Production plant: Centobuchi, via Dei Lavoratori 10
Comune: 63076, Monteprandone (AP) - Italy
Tel.: [phone]
Fax: [phone]
E-mail: [email protected]
Web: www.inim.biz
The persons authorized by the manufacturer to repair or replace the parts of this system, hold authorization to work on
INIM Electronics brand devices only.
1.2 About this manual
Manual code: DCMBINE0PRAESIDIA
Version: 100
This manual provides the installer with the guidelines relating to the integration of Previdia control panels with external
supervision systems.
1.2.1 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.
Select: Click on a specific item on the interface (drop-down menu, options box, graphic object, etc.).
Press: Push a button/key or tap on a video button on a touchscreen or display.
1.2.2 Graphic conventions
Following are the graphic conventions used in this manual.
Note: The notes contain important information relating to the text.
Conventions Example Description
Text in italics Refer to paragraph 1.2.2
Graphic conventions
Directs you to the title of a chapter, section,
paragraph, table or figure in this manual or
other published reference.
[Uppercase letter] or
[number] [A] or [1] Reference relating to a part of the system or
video object.

6Connectible external systems
Sistema di rivelazione incendio ed estinzione
Chapter 2
Connectible external systems
Previdia series control panels have been especially developed and designed for connection to various systems which
are external to the fire detection system itself, such as:
•BMS (Building Management System):
supervision systems, usually comprising
software installed on a PC platform, capable
of supervising and managing the system
through graphic maps, function keys, etc.
These systems constitute an easy-to-use
interface for end users.
•Pager: systems comprising a PABX capable of
receiving text messages from other systems
(in our case from fire-detection control
panels) and forwarding them to remote
devices such as pagers or displays of cordless
telephones.
•Video surveillance with IP cameras with
Onvif protocol: cameras installed in the same
Ethernet network can be interconnected with
the fire-detection control panel in order to
provide images captured in ambients where
dangerous situations have been detected (in
the case of PTZ bu positioning the camera at
the correct angle).
The images, visible on the control-panel
console or from remote locations (via e-mail
or web browser), provide a valid verification
tool that allows the user to establish the
seriousness or irrelevance of fire signalling.
•Voice Evac: voice evacuation systems
comprise one or more control units
(controller, amplifiers, power supplies) and a
series of sound diffusion lines.
These systems have the task of warning
occupants of the necessity to evacuate the
building and are more effective that sounders,
as they are capable of providing detailed
information regarding the fire.
The interconnection of these systems and the
fire detection system allows the activation of
accurate voice messages relating specifically
to the various zones in the building.

Guide for the integration with supervision systems
Building Management System 7
Chapter 3
Building Management System
The connection of Previdia control panels with supervision systems (BMS, Building Management Systems) allows users
to supervise and interact with their systems.
For this purpose Previdia control panels manage some of the most widely used communication protocols available on
the market:
•Modbus RTU: protocol based on RS485 standard, available on the RS485-BMS port of the FPMCPU module.
•Modbus over TCP/IP: Modbus protocol based on TCP/IP standard, implemented on the Ethernet connection of the
FPMCPU module.
•BACnet: protocol based on TCP/IP standard, implemented on the Ethernet port of the IFMLAN module. This protocol
is subject to licencing.
•SmartLook Interface: protocol property of Inim Electronics used by SmartLook software, implemented on the
Ethernet port, RS232 and USB located on the FPMCPU module.
Following are the specifications of each of the previously-mentioned protocols.
3.1 Modbus RTU and Modbus over TCP/IP
A BMS software framework connected to a Previdia control panel via Modbus
protocol, capable of supervising and managing the control panel itself and all the
control panels interconnected with it through the Hornet+ network (for further
details regarding Hornet+ networking refer to the Previdia networking guide).
For this reason it is necessary to configure a Modbus address for each control
panel to be reached.
This setting must be done through the Previdia-Studio software.
1. Open the Previdia-Studio solution that represents the system.
2. Select, from the control panels configured in the network, the control panel the BMS is connected to (via
TCP/IP or RS485).
3. Access the programming section of the FPMCPU module by clicking on the respective icon.
4. The section shows the Modbus address button. Click on the button.
For each of the control panels connected in the Hornet+ network, the software will allow you to set on the
Modbus the address to which to respond. If you select the “No Address” setting the control panel in question
will not respond to Modbus commands (protocol disabled).
Note: Modbus RTU and Modbus TCP/IP protocols are available and are not subject to an activation licence.
The PREVIDIA control panel carries out the following commands via the Modbus:
• READ REGISTER
•SETCOIL

8Building Management System
Sistema di rivelazione incendio ed estinzione
3.1.1 Register Mapping
The “READ REGISTER” command serves to interrogate the control panel in relation to its status and the status of its
connected components in accordance with the register mapping as shown below:
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
0
Control panel
details
Status 1
Investigate
Mute
Night mode
Disabled
Fault
Early warning
Pre-alarm
Alarm
1
Control panel
details
Status 2
RT network
Network fault
Low battery
Battery fault
2Modules fault
Module fault
IFMDIAL
Module fault
IFMNET
Fault
emergency backup CPU
Module fault
IFMLAN
Module fault
IFM16IO 4
Module fault
IFM16IO 3
Module fault
IFM16IO 2
Module fault
IFM16IO 1
Module fault
IFM2L 8
Module fault
IFM2L 7
Module fault
IFM2L 6
Module fault
IFM2L 5
Module fault
IFM2L 4
Module fault
IFM2L 3
Module fault
IFM2L 2
Module fault
IFM2L 1
3
Module fault
IFMEXT
1-16
Module fault
IFMEXT 16
Module fault
IFMEXT 15
Module fault
IFMEXT 14
Module fault
IFMEXT 13
Module fault
IFMEXT 12
Module fault
IFMEXT 11
Module fault
IFMEXT 10
Module fault
IFMEXT 9
Module fault
IFMEXT 8
Module fault
IFMEXT 7
Module fault
IFMEXT 6
Module fault
IFMEXT 5
Module fault
IFMEXT 4
Module fault
IFMEXT 3
Module fault
IFMEXT 2
Module fault
IFMEXT 1
4
Module fault
IFMEXT
17-24
Module fault
IFMEXT 24
Module fault
IFMEXT 23
Module fault
IFMEXT 22
Module fault
IFMEXT 21
Module fault
IFMEXT 20
Module fault
IFMEXT 19
Module fault
IFMEXT 18
Module fault
IFMEXT 17
5Module fault
IFM4IO
Module fault
IFM4IO 16
Module fault
IFM4IO 15
Module fault
IFM4IO 14
Module fault
IFM4IO 13
Module fault
IFM4IO 12
Module fault
IFM4IO 11
Module fault
IFM4IO 10
Module fault
IFM4IO 9
Module fault
IFM4IO 8
Module fault
IFM4IO 7
Module fault
IFM4IO 6
Module fault
IFM4IO 5
Module fault
IFM4IO 4
Module fault
IFM4IO 13
Module fault
IFM4IO 2
Module fault
IFM4IO 1
6Fault
modules fault
Module fault
IFM24160 4
Module fault
IFM24160 3
Module fault
IFM24160 2
Module fault
IFM24160 1
Module fault
FPMLED 7
Module fault
FPMLED 6
Module fault
FPMLED 5
Module fault
FPMLED 4
Module fault
FPMLED 3
Module fault
FPMLED 2
Module fault
FPMLED 1
7Module fault
IFM4R
Module fault
IFM4R 16
Module fault
IFM4R 15
Module fault
IFM4R 14
Module fault
IFM4R 13
Module fault
IFM4R 12
Module fault
IFM4R 11
Module fault
IFM4R 10
Module fault
IFM4R 9
Module fault
IFM4R 8
Module fault
IFM4R 7
Module fault
IFM4R 6
Module fault
IFM4R 5
Module fault
IFM4R 4
Module fault
IFM4R 3
Module fault
IFM4R 2
Module fault
IFM4R 1
8Active Timers 1
Time r 1 6
Ti m e r 1 5
Ti m e r 1 4
Ti m e r 1 3 Ti m e r 1 2
Ti m e r 1 1
Ti m e r 1 0
Time r 9 Ti m e r 8
Ti m e r 7
Time r 6
Ti m e r 5
Ti m e r 4
Ti m e r 3 Ti m e r 2
Ti m e r 1
9Active Timers 2
Time r 3 2
Ti m e r 3 1
Time r 3 0
Time r 2 9 Ti m e r 2 8
Ti m e r 2 7
Time r 2 6
Ti m e r 2 5
Ti m e r 24 Time r 2 3 Time r 2 2
Ti m e r 2 1
Time r 2 0
Time r 1 9 Ti m e r 1 8
Ti m e r 1 7
10 DisabledTimers
1
Time r 1 6
Ti m e r 1 5
Ti m e r 1 4
Ti m e r 1 3 Ti m e r 1 2
Ti m e r 1 1
Ti m e r 1 0
Time r 9 Ti m e r 8
Ti m e r 7
Time r 6
Ti m e r 5
Ti m e r 4
Ti m e r 3 Ti m e r 2
Ti m e r 1
11 DisabledTimers
2
Time r 3 2
Ti m e r 3 1
Time r 3 0
Time r 2 9 Ti m e r 2 8
Tim er 2 7
Time r 2 6
Ti m e r 2 5
Ti m e r 24 Time r 2 3 Time r 2 2
Ti m e r 2 1
Time r 2 0
Time r 1 9 Ti m e r 1 8
Ti m e r 1 7
12 Loop fault
Fault
loop 16
Fault
loop 15
Fault
loop 14
Fault
loop 13
Fault
loop 12
Fault
loop 11
Fault
loop 10
Fault
loop 9
Fault
loop 8
Fault
loop 7
Fault
loop 6
Fault
loop 5
Fault
loop 4
Fault
loop 3
Fault
loop 2
Fault
loop 1
13 Loop disabled
Loop 16
disabled
Loop 15
disabled
Loop 14
disabled
Loop 13
disabled
Loop 12
disabled
Loop 11
disabled
Loop 10
disabled
Loop 9
disabled
Loop 8
disabled
Loop 7
disabled
Loop 6
disabled
Loop 5
disabled
Loop 4
disabled
Loop 3
disabled
Loop 2
disabled
Loop 1
disabled
20 Status of tele-
phone com-
municator 1
Supervision
failed
Call queue full
SMS fault
SMS OK
Fault call
failed
Fault call
OK
Alarm call
failed
Alarm call
OK
Fault call
ongoing
Alarm call
ongoing
GPRS Fault
PSTN Fault
GSM Fault

Guide for the integration with supervision systems
Building Management System 9
21 Status of tele-
phone com-
municator 2
Info call
disabled
Fault call
disabled
Alarm call
disabled
25 Fire extinguish-
ment module 1
Fault
Automatic stop
Manual stop
Pre-extinguishment
Extinguishment
Manual
disabled
Automatic
disabled
Disabled
... ...
48 Fire extinguish-
ment module
24
Fault
Automatic stop
Manual stop
Pre-extinguishment
Extinguishment
Manual
disabled
Automatic
disabled
Disabled
100 Zone 1
Zone 2
Zone 2 Zone 1
Do not use
Test
Do not use
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use
Test
Do not use
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
599 Zone 999
Zone 1000
Zone 1000 Zone 999
Do not use
Tes t
Do not use
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use
Tes t
Do not use
Disabled
Fault
Early warning
Pre-alarm
Alarm
600 Group 1
Group 2
Group 2 Group 1
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
... ...
719 Group 239
Group 240
Group 240 Group 239
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
868
Modules
IFM16IO 1
IFM16IO 2
IFM16IO 2 Module IFM16IO 1 Module
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
... ...
899
Modules
IFM16IO 15
IFM16IO 16
IFM16IO 16 Module IFM16IO 15 Module
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
Do not use Do not use Do not use
Disabled
Do not use
Early warning
Pre-alarm
Alarm
900
Modules
IFM4IO 1
IFM4IO 2
IFM4IO 2 Module IFM4IO 1 Module
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

10 Building Management System
Sistema di rivelazione incendio ed estinzione
931
Modules
IFM4IO 15
IFM4IO 16
IFM4IO 16 Module IFM4IO 15 Module
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
932
Modules
IFM4R 1
IFM4R 2
IFM4R 2 Module IFM4R 1 Module
Do not use Do not use
Output status
Disabled
Do not use Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Do not use Do not use Do not use Do not use
... ...
963
Modules
IFM4R 15
IFM4R 16
IFM4R 16 Module IFM4R 15 Module
Do not use Do not use
Output status
Disabled
Do not use Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Do not use Do not use Do not use Do not use
964
IFM24160 1
Module
output 1
output 2
IFM24160 1 Module Output 2 IFM24160 1 Module Output 1
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
965
IFM24160 1
Module
output 3
IFM24160 2
Module
output 1
IFM24160 2 Module Output 1 IFM24160 1 Module Output 3
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
966
IFM24160 2
Module
output 2
output 3
IFM24160 2 Module Output 3 IFM24160 2 Module Output 2
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
967
IFM24160 3
Module
output 1
output 2
IFM24160 3 Module Output 2 IFM24160 3 Module Output 1
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
968
IFM24160 3
Module
output 3
IFM24160 4
Module
output 1
IFM24160 4 Module Output 1 IFM24160 3 Module Output 3
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
969
IFM24160 4
Module
output 2
output 3
IFM24160 4 Module Output 3 IFM24160 4 Module Output 2
Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use Do not use Do not use
Output status
Disabled
Fault
Do not use Do not use Do not use
1000
Loop 1
Address 1
Address 2
Loop1 address 2 Loop1 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1120
Loop 1
Address 239
Address 240
Loop1 address 240 Loop1 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Guide for the integration with supervision systems
Building Management System 11
1121
Loop 2
Address 1
Address 2
Loop 2 address 2 Loop 2 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1240
Loop 2
Address 239
Address 240
Loop 2 address 240 Loop 2 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1241
Loop 3
Address 1
Address 2
Loop 3 address 2 Loop 3 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1360
Loop 3
Address 239
Address 240
Loop 3 address 240 Loop 3 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1361
Loop 4
Address 1
Address 2
Loop 4 address 2 Loop 4 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1480
Loop 4
Address 239
Address 240
Loop 4 address 240 Loop 4 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1481
Loop 5
Address 1
Address 2
Loop 5 address 2 Loop 5 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1600
Loop 5
Address 239
Address 240
Loop 5 address 240 Loop 5 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1601
Loop 6
Address 1
Address 2
Loop 6 address 2 Loop 6 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1720
Loop 6
Address 239
Address 240
Loop 6 address 240 Loop 6 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

12 Building Management System
Sistema di rivelazione incendio ed estinzione
1721
Loop 7
Address 1
Address 2
Loop 7 address 2 Loop 7 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1840
Loop 7
Address 239
Address 240
Loop 7 address 240 Loop 7 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1841
Loop 8
Address 1
Address 2
Loop 8 address 2 Loop 8 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
1960
Loop 8
Address 239
Address 240
Loop 8 address 240 Loop 8 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
1961
Loop 9
Address 1
Address 2
Loop 9 address 2 Loop 9 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2080
Loop 9
Address 239
Address 240
Loop 9 address 240 Loop 9 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2081
Loop 10
Address 1
Address 2
Loop 10 address 2 Loop 10 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2200
Loop 10
Address 239
Address 240
Loop 10 address 240 Loop 10 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2201
Loop 11
Address 1
Address 2
Loop 11 address 2 Loop 11 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2320
Loop 11
Address 239
Address 240
Loop 11 address 240 Loop 11 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Guide for the integration with supervision systems
Building Management System 13
2321
Loop 12
Address 1
Address 2
Loop 12 address 2 Loop 12 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2440
Loop 12
Address 239
Address 240
Loop 12 address 240 Loop 12 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2441
Loop 13
Address 1
Address 2
Loop 13 address 2 Loop 13 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2560
Loop 13
Address 239
Address 240
Loop 13 address 240 Loop 13 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2561
Loop 14
Address 1
Address 2
Loop 14 address 2 Loop 14 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2680
Loop 14
Address 239
Address 240
Loop 14 address 240 Loop 14 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2681
Loop 15
Address 1
Address 2
Loop 15 address 2 Loop 15 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2800
Loop 15
Address 239
Address 240
Loop 15 address 240 Loop 15 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
2801
Loop 16
Address 1
Address 2
Loop 16 address 2 Loop 16 address 1
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
... ...
2920
Loop 16
Address 239
Address 240
Loop 16 address 240 Loop 16 address 239
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Do not use Do not use
Output status
Disabled
Fault
Early warning
Pre-alarm
Alarm
Registers (use Modbus 0x03 command to read)
Address Name
High byte Low byte
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

14 Building Management System
Sistema di rivelazione incendio ed estinzione
3.1.2 COIL Mapping
The “SET COIL” allows you to carry out operations on the addressed control panel. To activate a COIL command relative
to the implementation of an operation it is necessary to set it to “ON”.
Following is the map of COIL registers:
3.2 BACnet
BACnet is a building-automation-network communication protocol developed by ASHRAE (American Society of Heating,
Refrigeration and Air-Conditioning Engineers). BACnet, as a result of its versatility and flexibility, is now extensively used as
a standard communication protocol between devices and building-automation systems made by various manufacturers.
The BACnet protocol used for IFMLAN is subject to licencing regulations.
3.2.1 BACnet licence
The licences for use of the BACnet protocol on Previdia control
panels must be purchased from Inim Electronics.
The order codes are as follows:
•INFLINI0PRALICBAC500, BACnet protocol licence Previdia 500
points, Italian
•INFLINE0PRALICBAC500, BACnet protocol licence Previdia 500
points, English
Each licence allows the management of 500 points. For the
management of a greater number of points it is necessary to
purchase more than one licence. Inim Electronics supplies a single
licence containing the sum of the licences purchased as per the
format indicated here.
3.2.2 Licence activation procedure
1. In order to activate the licence you must communicate the
following data to Inim:
• the licence number shown in the letter [A]
COIL (use the Modbus 0x05 command)
Address Name Address Name
0Activate “Action 1” 1400 Activate/Deactivate loop1 address 1 device's output
... ... ... ...
99 Activate “Action 100” 5239 Activate/Deactivate loop16 address 240 device's output
100 Enable/Disable Zone 1 5400 Enable/Disable I/O 1 of IFM4IIO 1 module
... ... ... ...
1099 Enable/Disable Zone 1000 5463 Enable/Disable I/O 4 of IFM4IO 16 module
1100 Activate/Deactivate I/O 1 of IFM4IO 1 module 5500 Enable/Disable relay 1 of the IFM4R 1 module
... ... ... ...
1163 Activate/Deactivate I/O 4 of IFM4IO 16 module 5563 Enable/Disable relay 4 of the IFM4R 16 module
1200 Activate/Deactivate relay 1 of the IFM4R 1 module 5600 Enable/Disable output 1 of the IFM24160 1 module
... ... ... ...
1263 Activate/Deactivate relay 4 of the IFM4R 16 module 5611 Enable/Disable output 3 of the IFM24160 4 module
1300 Activate/Deactivate output 1 of the IFM24160 1 module 5700 Enable/Disable address 1 of loop 1
... ... ... ...
1311 Activate/Deactivate output 3 of the IFM24160 4 module 9540 Enable/Disable address 240 of loop 16
INIM ELECTRONICS S.r.l.
Legal and operating headquarters: Via Dei Lavoratori 10, Frazione Centobuchi, 63076, Monteprandone (AP), Italy
Tel. [phone], Fax [phone], www.inim.biz, [email protected]
PIVA & C.F. 01855460448
BAC1234567
1000
BACNET Licence
for the managing of points in Ethernet network.
For the licence activation, send an e-mail to the address
[e-mail]
reporting the number indicated here above and
the serial number ofthe module IFMLAN,shown on the side of the module.
A

Guide for the integration with supervision systems
Building Management System 15
•the serial number of the IFMLAN [B]
(not to be confused with that of the FPMCPU). This data can be found in the software solution of the Previdia being
configured, by going to the programming section of the IFMLAN module in the control panel.
2. The activation of the licence can be carried via e-mail or web.browser.
Via e-mail: send ane-mail [e-mail] containing the numbers previously indicated. You will receive
an e-mail containing a file block which corresponds to the actual licence, required to block BACnet functionality.
Via web: by connecting to the service-previdia.inimcloud.com website it is possible to request the activation of a
BACnet licence. After providing the previously mentioned data, the website will send you a file which corresponds to the
actual licence.
3. After receiving the block file you must go back to the software solution associated with the control panel you are
configuring. You must then go to programming section of the IFMLAN module and access the “BACnet - Activate
licence” [C-D].
4. This section provides the Load licence file button[E] which allows you to inform the software of the location of the
received file inside the computer.
5. Click on the Activate licence button [F] to send the licence to the IFMLAN module.
3.2.3 BACnet objects
Following are the BACnet objects made available by Previdia and their essential features. For licencing purposes, each
of the objects belonging to the typology listed below constitutes a “point”.
• Life Safety Point
• Binary Input
•BinaryOutput
• Life Safety Zone
Life Safety Point
The “life safety point” comprises objects that represent the status of a specific point included in the following:
- Loop point
-IFM4IOmodulechannel
- IFM16IO module channel
- IFMEXT module (one point only per module)
The status of each point is characterized by a defined list of values (stand-by, alarm, fault, etc.).
It is not possible to interact with a life safety point, change its status or bypass it.
35$(6,',$
6\VWHP!&RQWUROSDQHO[\]!,)0/$1
6(77,1*6 &217$&76 $&7,216 (63$ %$&1(7 219,) (9$&
6HULDOQXPEHU 16161616
/,)(6$)(7<32,17%,1$5<287387/,)(6$)(7<=21(%,1$5<287387 $FWLYDWH/LFHQFH
,3 /RDG/LFHQFHILOH
[[[[[[[[[
1HWPDVN $FWLYDWH/LFHQFH
\\\\\\\
*DWHZD\
]]]]]]]]]
'16VHUYHU
ZZZZZZZZZ
 &RPPXQLFDWLRQSRUW
 :HEVHUYHUSRUW
(QDEOH66/
(QDEOH8313
(QDEOH'+&3
(QDEOH%$&1(7
BD
C
F
E

16 Building Management System
Sistema di rivelazione incendio ed estinzione
Life Safety Zone
The “life safety zone” comprises objects that indicate the status of a zone. Therefore, they can be associated with the
zones of the control panel that are linked to points.
It is not possible to interact with a life safety zone change its status or bypass it.
Binary Output
This object represents the status of any of the control panel outputs.
It is possible to change the status through the BACnet protocol. The “Binary output” objects of the Previdia control panel
are the:
- Loop point
-IFM4IOmodulechannel
-IFM4Rmodulechannel
- IFM16IO module channel
- IFM24160 module channel
- Actions on control panel
The actions on the control panel allow you to interact with the system. These are actions such as “silence sounders”,
“rearm control panel” or “investigate”.
Binary Input
These objects represent the status of any of the control panel inputs, therefore, not is possible to view the status but not
set it. On the Previdia control panel they are used for the viewing of some control panel conditions.
-Alarm
-Pre-alarm
-Fault
- Disable
-Nightmode
- Sounder silenced
- Investigate
3.2.4Creation of BACnet points via software
In order to create BACnet points you must first open the software, load the software solution of the relevant control
panel/Hornet+ network, access the page relative to the IFMLAN then access the “BACnet” section.
35$(6,',$
6\VWHP!&RQWUROSDQHO[\]!,)0/$1
6(77,1*6 &217$&76 $&7,216 (63$ %$&1(7 219,) (9$&
6HULDOQXPEHU 16161616
/,)(6$)(7<32,17 %,1$5<287387/,)(6$)(7<=21(%,1$5<287387 $FWLYDWH/LFHQFH
&RQWUROSDQHO /,)(6$)(7<32,17
,3 &RQWUROSDQHO[\]
[[[[[[[[[ 0RGXOHW\SH
1HWPDVN ,)0/
\\\\\\\ 0RGXOH
*DWHZD\ ,)0/QQQ
]]]]]]]]] 6HOHFWDOO 2Q $GG 6HOHFWDOO 2Q
'16VHUYHU
ZZZZZZZZZ 3RLQW /DEHO 1 &OXVWHU
 &RPPXQLFDWLRQSRUW ,)0O[ &DOOSRLQW ,)0O[ &DOOSRLQW
 :HEVHUYHUSRUW ,)0O[ &RQY=RQH ,)0O[ &RQY=RQH
(QDEOH66/ ,)0O[ 0RGXOH,Q ,)0O[ 0RGXOH,Q
(QDEOH8313 ,)0O[ 6PRNHGHW ,)0O[ 6PRNHGHW
(QDEOH'+&3 ,)0O[ 6PRNHGHW ,)0O[ 6PRNHGHW
(QDEOH%$&1(7
BD
C
A
E

Guide for the integration with supervision systems
Building Management System 17
This section provides the tools for the creation of life safety points. The other three sections (“Life safety zone”, “Binary
input” and “Binary output”) function in the same way.
1. Select the control-panel point typology by means of the appropriate check boxes with dropdown menus [A]. In the
section below [B] a list of points that correspond to the selection made will appear.
2. From the list select or deselect the BACnet points you wish to create.
3. Click on Add [C]. From this moment on the selected points will be shown in the “Life safety point” list[D].
The points in this section can be removed from the list by simply unticking the corresponding boxes.
4. Click on theWrite button [E] to forward the programming to the control panel.
This procedure is valid for all BACnet point typologies.
3.3 SmartLook Software
The Previdia control panels can be supervised through the SmartLook software program created by Inim Electronics.
The SmartLook program is capable of enrolling the elements installed on the system either by reading the control panel
directly or through the importation of data from the configuration software. At this point all that is necessary is to provide
the graphic maps with image files and drag the icons of the objects installed on the system onto them.
SmartLook uses Modbus over TCP/IP to communicate with the control panel (refer to paragraph 3.1 Modbus RTU and
Modbus over TCP/IP). During the configuration phase, SmartLook asks for the addresses of Previdia control panels on
the Modbus and Hornet+ networks.
Note: The address of a control panel in Modbus must coincide with that in Hornet+.
For further information refer to the SmartLook software manual.

18 Pager systems
Sistema di rivelazione incendio ed estinzione
Chapter 4
Pager systems
ESPA 4.4.4 is a standard protocol for the interconnection of paging systems, PABXs and automatic fire-detection systems.
This protocol allows the exchange/sending of text messages between mobile devices such as pagers, cordless
telephones, etc.
ESPA444 protocol is implemented within the IFMLAN module, through the RS232 communication port [A].
The protocol communication parameters can be configured through the control-panel configuration software. Access
the page relative to the programming of the IFMLAN module, then access the “ESPA444” sub-section.
Refer to the user manual regarding the Previdia software configuration for further details.
Serial Terminal
RS232
1Programmable ancillary
power output
2RS232 TX
3RS232 RX
4RS232 RTS
5RS232 CTS
6Negative (GND, )
7, 8 Earth
A
35$(6,',$
6\VWHP!&RQWUROSDQHO[\]!,)0/$1
6(77,1*6 &217$&76 $&7,216 (63$ %$&1(7 219,) (9$&
6HULDOQXPEHU 16161616
6HULDOSRUW 56
3DULW\ 1RQH
,3 6WRS%LW 
[[[[[[[[[ 'DWDELW 
1HWPDVN %LWVSHUVHFRQG 
\\\\\\\ $GGUHVV 
*DWHZD\ 3DJHUDGGUHVV 
]]]]]]]]] +DQGVKDNH 1R
'16VHUYHU $GG]RQHODEHO
ZZZZZZZZZ $GGFRQWURO
SDQHOODEHO
 &RPPXQLFDWLRQSRUW 0DVWHU
 :HEVHUYHUSRUW 'HOHWHHYHQW
ODEHO
(QDEOH66/ &OHDU
(QDEOH8313
(QDEOH'+&3
(QDEOH%$&1(7

Guide for the integration with supervision systems
Video verification 19
Chapter 5
Video verification
Control panels from the Previdia series are capable of capturing images from IP cameras equipped with ONVIF. These
images can be displayed on screens or forwarded from a remote location via e-mail to provide the end-user with a clear
understanding of what is happening in the ambient signalling the alarm.
The video verification function is implemented within the IFMLAN module. By means of the configuration software you
can define the list of IP cameras (up to 200) that are intended to interact with the Previdia system.
Access the page relative to the programming of the IFMLAN module, then access the “Onvif” sub-section. Each camera
will acquire the various “preset” parameters:
To add the cameras to the configuration simply click-on the Add button [A]. The “Onvif cameras” section [B] provides a
list of all the IP cameras in the configuration, whilst the “Camera” section on the right [C] provides the parameters of the
selected camera.
Once the IP camera list has been defined, the configuration software will allow you to establish a series of presettings
that permit the identification of the specific IP camera and the correct preset in accordance with each event.
To program the presettings go to the programming section of the graphic maps. To reach the IP Camera section
you must first access the programming section of the FPMCPU frontplate module, click-on the “Graphic maps”
button then access the “Cameras” sub-section.
35$(6,',$
6\VWHP!&RQWUROSDQHO[\]!,)0/$1
6(77,1*6 &217$&76 $&7,216 (63$ %$&1(7 219,) (9$&
6HULDOQXPEHU 16161616 2QYLI&DPHUD &DPHUD
 
'HVFULSWLRQ FDPHUD
,3DGGUHVV Q KWWSV
,3  3RUW 
[[[[[[[[[
 
8VHUQDPH
1HWPDVN SDVVZRUG
\\\\\\\  0HGLDSURILOH
*DWHZD\ 3DQ7LOW=RRP
]]]]]]]]] 3UHVHW
'16VHUYHU
ZZZZZZZZZ
 &RPPXQLFDWLRQSRUW 85/6QDSVKRW
 :HEVHUYHUSRUW
(QDEOH66/
(QDEOH8313 85/6WUHDP
(QDEOH'+&3
(QDEOH%$&1(7
B C
A

20 Video verification
Sistema di rivelazione incendio ed estinzione
Refer to the user manual regarding the Previdia software configuration for further details.
35$(6,',$

6\VWHP!3DQHO!&38!0DSV&DPHUDV
0DS &DPHUDV
,)0/$1 &OXVWHU[\]
&DPHUD &DPHUD &DPHUD Q
3UHVHW
&OXVWHU 
&DPHUD &DPHUD &RQWUROSDQHO 
=RQH
0RGXOHW\SH
&DPHUD &DPHUD 0RGXOH
3RLQW
&OHDU