The document discusses an all-in-one fire and gas detection system that includes addressable and conventional fire detection, automatic fire extinguishing, gas detection, and can integrate with security, access control, and CCTV systems. It provides details on the system's panel composition, hardware and software features, enclosure options, input and output cards, and certifications.

1. Fire and Gas
- Oil & Gas
- Industrial
- Power
Marco Santucci
Scame Sistemi

2. 15
Conventional F&G Philosophy
Point type Smoke/heat detector
Manual call point
Addressable beacon and sounder
Actuation of discharge
Control of delays
Dedicated fire detection
Gas detectors
Flame detectors
HSSD
High power beacons
Remote singalling
interface with other systems
Main HMI
IEC61508 for safety PLCs continous mode

3. 16
Problems?
Designed for
building
Actuation onlyDesigned for
continous operation
Main interface
shall be EN54
INTERFACING
COMMUNICATION
ISSUES
1 The full function relies on all the three systems
2 Maintenance (3/4 power supplies and batteries)
3 TCO (NR Costs and Running Costs)

4. 19
All in one
 Addressable and
conventional fire
detection
 Automatic fire
extinguishing
 Gas detection
 Security, access control,
CCTV, BMS,
Environmental.

5. SIL2 & SIL3
Programmable Electronic
System
for Safety-Related Applications
Follow Video demonstration on YouTube
http://www.youtube.com/user/Scamesistemi

6. 21
Panel Composition

7. 22
HW & SW Features
 Distributed intelligence
 High availability
 High fault tolerance
 HOT SWAP of
CPUs, I/O cards, power
supply units, display
 Easy maintenance
 SIL2 and SIL3 rated
for safety functions

8. 23
Enclosures
Wall Mount 400x600x700h mm
 1 Expansion rack, max 13 cards
 1 or 2 CPUs
 SIL2 Max
 EN54
 EN12094
 Fire and Gas

9. 24
Enclosures
Wall Mount 400x600x1100h mm
 2 Expansion racks, max 26 cards
 1 or 2 CPUs
 SIL2 & SIL3
 EN54
 EN12094
 Fire and Gas

10. 25
Enclosures
Floor standing single door
800x800x2100h mm
 Max 6 Expansion racks
 1 or 2 CPUs
 SIL2 & SIL3
 EN54
 EN12094
 UL
 Fire and Gas
 Hot swap Power supply

11. 26
Enclosures
Floor standing double door
1600x800x2100h mm
 Max 10 Expansion racks
 1 or 2 CPUs
 SIL2 & SIL3
 EN54
 EN12094
 Fire and Gas
 Hot swap Power supply (2x)

12. 27
Enclosures
Compact Wall Mount 500x250x700h mm
 1 non-expandable rack, max 8 cards
 1 or 2 CPUs
 SIL2
 EN54
 EN12094
 Fire and Gas

13. 28
Enclosures
Ex-nR for Zone 2 800x800x2100h mm
 All Stainless Steel
 Max 6 Expansion racks
 1 or 2 CPUs
 SIL2 & SIL3
 EN54
 EN12094
 Fire and Gas

14. 29
Enclosures
Ex-d for Zone 1 (EJB5)
 1 non-expandable rack, max 8 cards
 1 or 2 CPUs
 SIL2
 EN54
 EN12094
 Fire and Gas

15. 30
Enclosures
Demo unit in flight case
 Equipped with 1 rack and Sample cards
 2 CPUs
 SIL2
 2 Simulation push-buttons
 2 Simulation LEDs
 1 Smoke detector
 1 manual call point
 For demo and training

16. 31
Multicard Racks
E2001-1 Rack
 Each S81 rack can contain up
to 13 cards
 The 14th slot of the rack is for
the E2002-1 card, which
manages the communication
bus
 The S81 panel can actually
manage up to 10 racks, for a
total of 130 cards

17. 32
Card name F3002 F4001 F4002 F4003
Input lines 8 1 2 8
Kind of input Digital Analog 4-20 mA Analog 4-20 mA Analog 4-20 mA
Line monitoring S.C., O.C. 0-24 mA 0-24 mA 0-24 mA
Threshold levels 2 each line 2 2 each line 2 each line
Visual indication Led
Led, Bar Graph ,
display
Led , display Led
Card monitoring Self test Self test Self test Self test
SIL 2 rated Single Single Single Single
SIL 3 rated Redundant Redundant Redundant Redundant
Analog and digital input cards

18. 33
Collective type connections
Different brand/type detectors (upgrading existing systems)
32 detectors per line (as per UNI 9795 standard)
Short and open circuit monitoring
Pre-alarm, alarm, alarm verification on each line

19. 34
Connection of analogue sensors
4-20 mA inputs
Direct reading on
display
Connection of gas,
oxygen, vapour, heat,
level sensors
Return of input signal
towards external
systems
SIL 2 certified sensors

20. 35
Card name F7002 F7009 F7007 F7010
Devices manufacturer HOCHIKI APOLLO SCAME
Notifier by
Honeywell
Loop protocol ESP XP95 / Discovery SSP System Sensor
Applications Fire detection Fire detection
Security, Env.,
BMS, Gas
Fire detection
Addressable each 127 126 127 99 in, 99 out.
I/O digital modules I/O multichannel I/O multichannel I/O multichannel I/O multichannel
Analogue inputs None None 4-20 mA 4-20 mA
Field wiring Loop (ring 3km) Loop (ring 3km) Loop (ring 3km) Loop
SIL rated None SIL 2 None None
Addressable cards
Can be
used
together

21. 36
Card name F7009 F7007
Devices manufacturer APOLLO SCAME
Loop protocol XP95 / Discovery SSP
Applications Fire detection Security, Env., BMS, Gas
Number of devices per loop 126 127
I/O digital modules I/O multichannel I/O multichannel
Analogue inputs None 4-20 mA
Field wiring Loop (ring 3km) Loop (ring 3km)
SIL rated SIL 2 with Discovery SIL2 devices None
Addressable cards
How many
loops?

22. 37
Connection of analogue addressable devices
Fire detection
Detection (input)
and control (output)
on the same loop
SIL 2 certified
addressable
detectors

23. 38
Industrial anti-intrusion alarm
4-20mA
8 x Digital IN
4 x Supervised Digital IN
8 x Digital OUT.
Mixed I/Os
Access control, BMS,
integration with CCTV … in the
same loop.
Gathering of statuses for safety
functons
The security system is certified
to level II

24. 39
Card name F5001 F5004 F5003 F5002
Ouput lines 8 4 8 16
Channel output current 500 mA 2 A 250 mA 500 mA (Total)
Line monitoring S.C., O.C. S.C., O.C. Reversal polarity None
Direct pulse line monit. Yes Yes None None
Relay card None None T8008 - 4 ch. Yes
Outputs can be paralleled Yes Yes None None
SIL 2 rated Single Single None None
SIL 3 rated Redundant Redundant None None
Output cards

25. 40
Monitored actuators
Dedicated
command for each
actuator
Line monitoring for
short circuit and
open circuit
Card-line
diagnostics
Direct or reverse
polarity monitoring
SIL 2 certified
actuators

26. 41
Cards name F7006 F7008 F6002
Field protocol Modbus RTU Modbus RS485 S81
Applications Data link Weighing bottles Special logics
Capacity 512 in, 512 out. 32 bottles 100 logic devices
Mode Master or Slave 2 alarm thresholds Flip-flop, toggle, timer.
Field wiring Rs232-Rs485 Rs 485 Internal bus
SIL rated None (redundant) None None
Special cards

27. 42
Interaction and monitoring
Serial MODBUS
connection with PLC
and SCADA
Serial connection
with electronic
devices for cylinder
weighing

28. 43
Extinguishing control card F6001
 Electrical automatic control and delay device
(e.c.d.) certified to EN 12094-1 standard
 Mandatory, in Europe for gas-based
extinguishing systems
 Able to manage all the virtual devices
necessary for an extinguishing application in
a zone
 Physical I/O’s are controlled by other S81
input and output cards
 S81 control panel can manage up to 64
F6001 cards

29. 44
Extinguishing zone according to EN and
NFPA standards
one F6001 module per extinguishing
zone
Detection is made with any other
input card
Module 6001 does not have any
physical I/O’s
Directional and control valves,
manual call points, sounders and
other extinguishing devices are
connected to separate I/O modules or
Cards.
Extinguishing control system can be
SIL2 or up to SIL3.
AUTOMATIC EXTINGUISHING

30. 45
Example of a SIL function
SIL certified detectors on addressable loop
SIL certified actuators (solenoids, deluge valves, monitors)
S81-HS panel with logic solver functions

31. 46
EN54-4 / UL Power Supply Units
PU-A003-1
Power Unit
2.5 A
PU-A008-1
Power Unit – HOT SWAP
AC/DC Converter
2 or 4 x 20A
Battery Charger
120 Ah
PU-A005-1
AC/DC
Converter
4 A
PU-A004-1
Battery
Charger
65 Ah

32. ProS81 Configuration Program
47
1) Definition of inputs
2) Definition of outputs
3) Definition of rules
4) Check of data validity
 Runs on any Windows operating system
 Communication with panel via RS232 or TCP/IP
 Configuration is protected through password and USB dongle key
ProS81

33. Check of Data Validity
48

34. 49
Very short repair time
 Front plug-in/out cards
 Automatic monitoring of cards
and CPU fault
 Automatic and safe disabling
of malfunctioning cards
 Cards can be hot swapped
with compatible cards
 CPU self configuring and
cheking the new card
 CPU can be duplicated for
redundant solution
Follow Hot Swap demonstration on YouTube
http://www.youtube.com/user/Scamesistemi

35. 50
Hot swap in three key points
1 - No switching off
Switchin off an F&G system means actuate the
whole process shut down procedure with
consequent down time and loss of production
2 - All the rest keeps on working
When replacing a module all other safety
functions are fully guaranteed. If the module is
installed with redundancy its safety function is
guaranteed too.
3 - No need for re-programming
The new module configuration is automatically
updated by the main CPUs. Anyone can execute
the repair.

36. 51
Hot swap in three steps
1 – Take the module out
Undo the screws and remove the module.
(Silence the buzzer if annoying)
2 – Put the new module in
Slide the module and screw.
3 – Wait for the update
Automatic update is a matter of a few seconds
depending on the module type and complexity of
its configuration. When update is finished the
fault(s) indication goes away.

37. 52
Cards can be redundant
On the same control panel can coexist:
Redundant links (SIL3)
• Detectors for high risks
• Alarm buttons in hazard area
• Evacuation area horns
Non redundant links (SIL2 or non SIL)
• Smoke and fire detectors (safety) for
building
• Addressable I/O modules for building

38. 53
Programming & Networking
 IRIDE management and supervision program
 ProS81 for local or remote programming
 OPC server for integration with third parties
systems (SCADA’s PLC’s etc.)
 TCP/IP protocol LAN and WAN connection via
Ethernet, for interconnection of up to 99
panels
 Modbus RTU protocol, no limits in number of
panels
 Other protocols upon request
Integration with other systems achieved via
 Hardwired signals (SIL2, SIL3) - safety related
 Modbus signals – important
 TCP/IP – useful
 Addressable modules - useful

39. 54
OPC Server, Iride and FO ring

40. 56
SIL2 Safety Functions
1. Analogue detection and actuation
 PFDavg = 1,4 10-4
 SFF = > 90%
 HFT = 0
2. Conventional detection and actuation
 PFDavg = 9,4 10-5
 SFF = > 90%
 HFT = 0
3. Automatic Fire Extinguishing
 PFDavg = 7,8 10-6
 SFF = > 90%
 HFT = 0
SIL2 Certified
PFDavg = Average Probability of Failure on Demand
SFF = Safe Failure Fraction; HFT= Hardware Fault Tolerance

41. 57
SIL3 Safety Functions
1. Analogue detection and actuation
 PFDavg = 5,0 10-6
 SFF = > 90%
 HFT = 1
2. Conventional detection and actuation
 PFDavg = 4,0 10-6
 SFF = > 90%
 HFT=1
3. Automatic Fire Extinguishing
 PFDavg = 3,6 10-6
 SFF = > 90%
 HFT=1
PFDavg = Average Probability of Failure on Demand
SFF = Safe Failure Fraction; HFT= Hardware Fault Tolerance
SIL3 Certified
PFDavg

42. 58
SIL Safety Functions
Addressable fire detection and actuation
Apollo Devices
Hot Swap Redundant Power Unit

43. 61
Main Figures
S81HS control panel capacity UL EN
HW
Rack for each control panel 6 10
Cards for each rack 13
Maximum number of
devices for each control
panel
Single point 9,906 16,510
Addressable
(subaddresses) 29,700+29,700
SW
Max number of zones (*1) 300+300
Max number of devices per zone (*2) 99+99+99
Max number of S81-HS on TCP/IP a network 99
(*1) = 300 safety zone and 300 security zone
(*2) = 99 inputs, 99 outputs , 99 logic relationships/gates.
Zone: ”portion of protected area”

44. 62
Certifications
Applicable standards Year Lab Report
EN 54-2
Fire detection and fire alarm systems - Control and
indicating equipment
2008 IMQ
0051-CPD-0233
0051-CPD-0234
0051-CPD-0235
EN 54-4
Fire detection and fire alarm systems - Power supply
equipment
2008 IMQ 44AH00060
EN 12094-1
Fixed fire fighting systems - Requirements for electrical
automatic control and delay devices
2008 IMQ
0051-CPD-0137
0051-CPD-0138
0051-CPD-0139
IEC 61508 1-7: 2.0
Functional safety of programmable electronic safety-
related Systems - Requirements for Safety Integrity Level
(SIL2 & SIL3)
2013 TÜV TÜV968/EL 884,01/13
EN 50402: 2005
Electrical apparatus for the detection and measurements
of combustible or toxic gases or vapours or of oxygen
2009 TÜV FS 28709180
CEI 79-2:1998
CEI 79:2 ab2000
Control and indicating equipment for alarm systems
(Italian standard for anti-intrusion systems)
2008 IMQ CA12.00953
GOST-K, GOST-R Fire detection and fire alarm control panel 2009 GH POCC IT.AB24.B01128
NFPA 72
UL864, Control Units and Accessories for Fire Alarm
Systems
UL2017, General-Purpose Signaling Devices and
Systems
2012 UL 20121002-S24857

45. 63
SUMMARY
 Addressable and Conventional Fire Detection
 Automatic Fire Extinguishing
 Gas Detection
 Security, Access control, CCTV, etc.
ALL IN ONE
 Modular, sizeable to need
 Distributed intelligence
 High availability, fault tolerance
 HOT SWAP
 SIL2 and SIL3
Follow Video demonstration on YouTube
http://www.youtube.com/user/Scamesistemi