Autronica Fire and Security AS ID:

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2 Autronica Fire and Security AS A leading innovator, manufacturer and supplier of fire & gas detection equipment Founded in 1957 in Trondheim, Norway Protecting life, environment and property 2

3 Fire & Gas Detection Challenges Building Fire Detection System 95% of Critical Faults caused by electronics faults, human mistakes, or manual testing 3

4 BREAK GLASS Tilpasningsenhet FIRE ALARM Interface unit Nr. No. AutroSafe Automatic Addressing Each detector has a unique ID, and therefore automatic addressing When powering up, the system will automatically find all units IDs, register and remember and simultaneously register each detectors place in the loop Built-in Short Circuit Isolators 100% Operational with Wiring Fault Specific Location of Fault Provided 1 ID IDENTITETSKORT Multi SENSOR Sensor MULTI NRR < < 246 DES KNUS GLASSET TRYKK HER PRESS HERE BN- 35 BRANNALARM

5 AutroSafe SelfVerify Power supply Automatically Tested Every 24 Hours Smoke detector Fault warning Fault signal Fire Alarm Fire Alarm Signal Operating STOP! All Loop Units SV- Communication- i control interface Alarmsignal SelfVerify stimulator ALARM! Detection chamber Test smoke 5

6 Fire & Gas Detection Challenges Building Fire Detection System 95% of Critical Faults caused by electronics faults, human mistakes, or manual testing Communication Failures Flame & Gas Detectors Between Engineering & Procurement Between Engineering & Maintenance/Operations Recognizing Need for Revising Procedures 6

7 AutroFlame X33AF Technology Multispectrum IR Maximum False Alarm Rejection Solar Resistance Single Detector for Multiple Fuels Automatic Optical Integrity (OI) Test Built-in lamps test all sensors every 60 seconds No external test lamp required 7

8 X33AF Cone of Vision Not tall Flame Detectors t See Equally Coverage Areas are different for each model & manufacturer Smaller coverage areas lead to a higher quantity of detectors required 8

9 AutroPoint HC200 Technology A diffusion-based, infrared combustible gas detector (point-ir) that provides continuous, fixed monitoring of flammable hydrocarbon gases from 0 to 100% Lower Explosive Limit (LEL) Methane (default), ethane, propane, butane, ethylene and propylene (100 flammable Hydrocarbon vapours) Calibration Not Required! 21 Years MTBF 9

10 AutroPath HC-600 Open Path Gas Detector meter Separation Redundant Xenon IR lamps Same detector model (spares) for entire range of separation distance 10

11 Acoustic Gas Leak Detector Stainless Steel 4-20mA w/ HART SIL-2 2Rated Range of 12-20m (at 58dB) Analyzes 24 discrete ultrasonic frequency bands Data Logging w/ Removable Storage 11

12 AutroTox Gas Detectors Local Display with Relay, Alarm, and Fault Outputs Combined with isolated 4-20mA H2S 0-20 ppm H2S 0-50 ppm 4-20 ma output with HART H2S ppm Nonintrusive Calibration CL ppm Fully Explosion-Proof Housing NH ppm 316SS or coated aluminum NH ppm H ppm Easy-to-Set Alarm Levels O2 0-25% by Vol Access to Alarm and Fault History CO ppm Multiple Conduit Access Points CO ppm SO ppm SO ppm 12

13 Fire & Gas Detection Challenges Building Fire Detection System 95% of Critical Faults caused by electronics faults, human mistakes, or manual testing Communication Failures Flame & Gas Detectors Between Engineering & Procurement Between Engineering & Maintenance/Operations Recognizing Need for Revising Procedures Industry Misconceptions SIL 13

14 What is SIL? 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

15 SIL Misconceptions SIL Applies to Individual Devices Connecting SIL Devices Creates a SIL Approved System Redundancy is Required to Meet a SIL Rating 15 15

16 Misconception: - SIL Applies to Individual Devices IEC 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. SIF Detector Loop driver module F&G alarm panel Output 16

17 Misconception: 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 l 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? d? 17 17

18 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. AutroSafe SIF SIL 2 Approved from Input to Output Sensor Loop driver module F&G alarm panel Output 18 18

19 Fire & Gas Detection Challenges Building Fire Detection System 95% of Critical Faults caused by electronics faults, human mistakes, or manual testing Communication Failures Flame & Gas Detectors Between Engineering & Procurement Between Engineering & Maintenance/Operations Recognizing Need for Revising Procedures Industry Misconceptions SIL Compliance with Different Worldwide Regulations 19

20 Autronica Always a Safe Choice Designed and approved according to international standards and regulations ISO 9001 EX certification Approval Certificates Available for Download IEC61508 SIL 2 NAN YANG 20

21 Fire & Gas Detection Challenges Building Fire Detection System 95% of Critical Faults caused by electronics faults, human mistakes, or manual testing Communication Failures Flame & Gas Detectors Between Engineering & Procurement Between Engineering & Maintenance/Operations Recognizing Need for Revising Procedures Industry Misconceptions SIL Compliance with Different Worldwide Regulations Communicating with PLC/DCS/ICSS/SIS/insert-your-own-initialism own initialism 21

22 AutroSafe Communication Safety PLC AutroSafe BS-420 / BC-420 panels Modbus RTU, Modbus TCP, and OPC {or AutroCom} AutroSafe panels have integrated t Modbus converters 22

23 AutroCom - direct link to DCS vendors ABB AC400 ABB AC800 (SIL2) Siemens S7 Kongsberg (SIL2) Emerson Delta V The Serial Port on the Multifunction Connection List can be used for one of these communication types: Serial VDR Serial ESPA Serial - MODBUS Master Serial - MODBUS Slave Serial - Autrocom: SERIAL SERIAL SLIDING WINDOW SERIAL SLIDING WINDOW HIGH INTEGRITY* (For example for SIL2 connections) Two TCP/IP ports on the main board (BSA-400) in different subnet, can be connected to switches with multiple ports, and can be used for up to six of these communication types: TCP - MODBUS Master TCP - MODBUS Slave TCP - Autrocom: TCP/IP TCP/IP HIGH INTEGRITY* (For example for SIL2 connections) TCP Web server with Secure LogOn and Automatically shutdown. For uploading and downloading software, logs, etc. 23

24 Truly Redundant Communication Architecture Safety PLC/DCS BS

25 AutroSafe IFG Architecture Overview 25

26 Thank You for Your Time Are There Any Questions 26 26