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ID: ID: Autronica Fire and Security AS ■ 1
ID: ID: Autronica Fire and Security AS ■
Autronica Fire and Security AS
A leading Innovator, Manufacturer and Supplier of Fire Safety Equipment
Founded in 1957
Protecting Life, Environment and Property
2
Photo: Gule sider
ID: ID: Autronica Fire and Security AS ■ 3
Autronica – A Global Organization
Regional Offices
Distributors
ID: ID: Autronica Fire and Security AS ■
Autronica – Always a Safe Choice
Designed and Approved According to International Standards and Regulations
ISO 9001
EX Certification
IEC61508 SIL 2
Approval Certificates Available for Download
ID: ID: Autronica Fire and Security AS ■
Autronica – Development History
Develops the
First Fully
Transistored
Conventional
FDS: BS-10
1959
Produces
the First Low-
Voltage
Smoke
Detector: BJ-1
1970
Invents the
First Analogue
Addressable
FDS: BS-3
1979
Launches the
First Analogue
Addressable
FDS with
Active Handling
of Detector
Signals DYFI®):
BS-100
1989
Delivers the
First Interactive
FDS Capable
of Verifying
Itself: AutroSafe
SelfVerify®
1999
AutroSafe
Becomes the
First FDS Ever
Certified to IEC
61508 SIL 2
2002
Develops
AutroSafe IFG -
Integrated
Fire and Gas
Detection
System
2004
AutroSafe
IFG Certified
to IEC 61508
SIL2
2005
Launches
AutroSafe-4
With
AutroNet,
Modbus TCP,
USB
2010
ID: ID: Autronica Fire and Security AS ■ 6
Old and Common Flame and Gas Detection Method
ID: ID: Autronica Fire and Security AS ■ 7
Benefits of Old Method
Simple Design
Well Known in Industry
Reliable
World wide used and will remain so until upgrades are made
ID: ID: Autronica Fire and Security AS ■ 8
End User Challenges with Old Method
Heavy (more cabling)
Difficult to Install & Test
Difficult to Troubleshoot
Very Difficult to Modify Configuration (both hardware and software)
Requires Too Much Training – User Becomes Manufacturer Dependant
Devices Fail to Danger (Dry Contact
/ Relay)
ID: ID: Autronica Fire and Security AS ■ 9
The End Goal is
ID: ID: Autronica Fire and Security AS ■ 10
What is SIL?
A Safety Integrity Level (SIL) is a measure of safety for a given
protective function.
Specifically, the extent to which the end user can expect the
protective function to perform, and in the case of a failure, fail
in a safe manner.
This protective function is known as the Safety Instrumented
Function (SIF).
A Safety Instrumented System (SIS) is a collection of
components (field devices and logic solver) that execute one or
more SIFs.
ID: ID: Autronica Fire and Security AS ■ 11
SIL Misconceptions
SIL Applies to Individual Devices / Connecting These Devices Makes a SIL Approved System
SIL Requires Redundancy
SIL Approval Means That a Device is Reliable
ID: ID: Autronica Fire and Security AS ■ 12
Misconception #1:
- SIL Applies to Individual Devices
IEC-61508 states that a SIL number applies to a complete function
(SIF), i.e. the field sensor, the logic solver and the final element. It is
therefore incorrect to refer to any individual item or equipment having
a safety integrity level.
An individual component can be certified for use in a particular SIL
application, but such a certificate constitutes only part of the verification
effort, since the target SIL must be verified for the complete SIF.
Sensor Input
Module Fire & Gas
Panel Output
Safety Function Example
ID: ID: Autronica Fire and Security AS ■ 13
Misconception #2:
– SIL Requires Redundancy
SIL ratings do not require redundancy.
SIL Ensures that a safety related system adequately performs the
required safety functions under all stated conditions within a
defined period of time.
SIL assesses the risk reduction required for a tolerable level of
risk.
Redundancy is used to raise the availability of unreliable equipment.
How likely is it that the function in question will perform its
assigned task when needed?
ID: ID: Autronica Fire and Security AS ■ 14
Misconception #3:
– SIL Approval Means That a Device is Reliable
A safety-related product is designed to have a low rate of failure for its
safety function, but its total failure rate (i.e. MTBF) may not necessarily be
impressive.
A system is considered to be safe, if it is reliable in performing its safety
function. The system may fail more frequently in modes that are not
considered to be dangerous.
ID: ID: Autronica Fire and Security AS ■ 15
Autronica – The Only Fire Detection System
SIL 2 Approved by TUV
Autronica is safe and reliable. SelfVerify function tests field devices and reports system as if newly installed every day.
Autronica AutroSafe system’s SIF & SIS have been tested and approved by third party TUV - World leader in SIL assessment.
Sensor Loop driver
module F&G alarm
panel Output
AutroSafe SIF SIL 2 Approved from Input to Output
ID: ID: Autronica Fire and Security AS ■ 16
NRF-185 Pemex
It defines requirements for CEP in a very ample way and is very successful, but it does not take into consideration the SIF of the system, only the SIF of the CEP
NRF-185 only defines the third part of the example SIF that should be applied to the Safety Function
Sensor Input
Module F&G CEP
Output
Safety Function Example
ID: ID: Autronica Fire and Security AS ■ 17
TMR/DCS
Addressable
Control Panel
Sensor/Detector
Home Runs Vs Loops
ID: ID: Autronica Fire and Security AS ■ 18
End User Requirements for F&G System
Easy to Use
Dependable
–NON FACTORY DEPENDANT
Easy to Service
Easy to Modify
Very Safe
ID: ID: Autronica Fire and Security AS ■ 19
Why has Autronica had the only SIL 2 System
for over the last 10 years?
AutroSafe was designed over 50 years as a fire detection system from
the ground up according to end user requirements and in compliance
with all the worldwide F&G Normativity.
AutroSafe uses a simpler and more robust loop architecture (30% - 70%
cable savings with less probability of interference).
AutroSafe uses distributed intelligence – pushes decisions about alarm
to each individual detectors, and keeps info in controller.
Since it is a system built specifically for fire and gas detection and the
end users, the programing and training is very simplified and accessible.
ID: ID: Autronica Fire and Security AS ■ 20
Autronica is, as always, setting the trend for
F&G systems of the present and of future.
ID: ID: Autronica Fire and Security AS ■ 21
AutroSafe IFG – Example System Setup
ID: ID: Autronica Fire and Security AS ■ 22
AutroSafe Systems in Deep Water Gulf of Mexico
Picture Property of Chevron Corp
ID: ID: Autronica Fire and Security AS ■ 23
Autronica Systems – Gulf of Mexico Name of the Facility Type OwnerMad Dog Semi Sub Production/Drilling BP
Yuum Kak Naab FPSO BW Offshore
Tahiti Tension Leg Platform (TLP) Chevron
Blind Faith Tension Leg Platform (TLP) Chevron
Jack - St. Malo Semi Sub Production Platform Chevron
Big Foot Spar Production Platform (w/ Drilling Pkg) Chevron
Petronius Compliant Tower Production Platform Chevron
VR-245 Production Platform Chevron
Eugene Island 238H Production Platform Chevron
SMI-99A Production Platform Chevron
Producer 1 FPSO Helix
Maersk Developer Semi Sub Drilling Rig Maersk
Eagle Texas Modular Capture Vessel MWCS (Exxon/BP/Shell/Cheveron)
Eagle Louisiana Modular Capture Vessel MWCS (Exxon/BP/Shell/Cheveron)
Dave Beard Semi Sub Drilling Rig Noble Drilling
Therald Martin Semi Sub Drilling Rig Noble Drilling
Bully I Drillship Noble Drilling
Bully II Drillship Noble Drilling
Danny Adkins Semi Sub Drilling Rig Noble Drilling
Jim Day Semi Sub Drilling Rig Noble Drilling
Clyde Boudreaux Semi Sub Drilling Rig Noble Drilling
Don Taylor Drillship Nobe Drilling
BW Pioneer FPSO Petrobras America
Lucius SMI-205A Production Platform Poseidon
Perdido Spar Production Platform Shell
MC-109 (Amberjack) Production Platform Stone Energy
Development Driller I Semi Sub Drilling Rig Transocean
Development Driller II Semi Sub Drilling Rig Transocean
Discoverer Americas Drillship Transocean
Gulfstar 1 Production Platform Williams
ID: ID: Autronica Fire and Security AS ■ 24
Autronica Systems – Brazil Name of the Facility Type Owner
P-62 FPSO Petrobras
P-58 FPSO Petrobras
Comperj Refinery Petrobras
RNEST Refinery Petrobras
Odebrecht 2 Drillship Petrobras
Odebrecht 1 Drillship Petrobras
P-55 Offshore Production Petrobras
Estacao G.V.C. Twister Refinery Petrobras
NORBE VI Drilling Semisub Petrobras
P56 FPSO Petrobras
TUPI FPSO Petrobras
Lagosta Project Offshore Production Petrobras
Cascade & Chinook FPSO Petrobras
Lone Star Drilling Semisub Petrobras
Mexilhao Offshore Production Petrobras
P-16 Offshore Production Petrobras
Merluza Offshore Production Petrobras
P-53 FPSO Petrobras
P-52 FPSO Petrobras
P-51 FPSO Petrobras
P-50 FPSO Petrobras
Namorado 1 Offshore Production Petrobras
P-09 Offshore Production Petrobras
Cherne I Offshore Production Petrobras
Namorado 1 Offshore Production Petrobras
Ipiranga Offshore Production Petrobras
Pampo Offshore Production Petrobras
P40 FPSO Petrobras
P38 FPSO Petrobras
P-37 Offshore Production Petrobras
P-27 Offshore Production Petrobras
P-31 - Vidal Negreiros FPSO Petrobras
P-27 Offshore Production Petrobras
Petrobras XXI Offshore Production Petrobras
Spirit of Columbus Offshore Production Petrobras
ID: ID: Autronica Fire and Security AS ■ 25
Autronica Systems – South America
Name of the Facility Type Owner
Cheminche Air Injection Onshore Ecopetrol
Petrocarabobo Heavy Oil Onshore production PDVSA
Paramo Station Onshore production Ecopetrol
Barge 1 Offshore Production PDVSA
Barge 2 Offshore Production PDVSA
Barge 3 Offshore Production PDVSA
ID: ID: Autronica Fire and Security AS ■
Prelude FLNG
Project
ID: ID: Autronica Fire and Security AS ■ 27
Thank You for Your Time
Are There Any Questions
ID: ID: Autronica Fire and Security AS 28
For Example: A requirement for 99.99% availability for a specific component or system says that it could stop working one time…
…every month with a repair time of 4.3 minutes.
…every year with a repair time of 53 minutes.
…every 10 years with a repair time of 8.8 hours
Available Time (Hrs.) Repair Time (Hrs.) Availability (%)
1000 10 99
10000 10 99,9
100000 10 99,99
1000000 10 99,999
SIL Addresses Availability
