Honeywell Life Safety Steve Higgins Business Leader – Fire Systems Pacific
Honeywell Today Automation and Control Solutions
38%
Transportation Systems
14%
Aerospac e
34%
Specialty Materials
14%
• A Fortune 100 company – $32B in sales • 128,000 employees in 120 countries
Global Scope, Great Positions in Good Industries 2
Automation & Control Solutions (ACS) $15B
66,000 Employees
1,000 Facilities Environmental and Combustion Controls
Building Solutions $2.5B
$2.5B
ACS Sales BUILDINGS $15B
$2.5B
$2.5B
Process Solutions
Sensing and Control
Security Group
$.5B $.8B
~$3.2B
Scanning and Mobility
Life Safety
Positioned To Capitalize On Key Trends 3
Honeywell Life Safety (HLS) $3.2B Sales Fire Control Systems
17,000+ Employees Sensors and Actuating Devices
Gas Detection Systems
Safety Products
Honeywell HomMed
UL
EN
• Leadership Positions in Great • An Evolved and Diversified Business - Global in Scope Industries
- Fire and Smoke Detection - Gas Detection - Personal Protection Equipment
- Building on “Life Safety” Platform - From Fire Alarm & Detection to include Gas Detection, Personal Protective Equipment and Home Healthcare
Great Positions In Good Industries 4
Montreal – Hon Analytics North Safety Morning Pride, Dayton, OH Toronto NOTIFIER Toronto SSD
City Technology, Portsmouth BWT, Oxfordshire GENT, Leicester SSD, Horsham KAC, Reddich Honeywell Analytics, Poole NOTIFIER, Burgess Hill UK FCI Westwood, MA Northford, CT Honeywell Life Safety HQ
Calgary BW Technologies
HomMed, Brookfield, WI Honeywell Analytics, Lincolnshire, IL Sperian, San Diego, CA Mexico SSD,Juarez North Safety, Mexicali Sperian, Tijuana BWT Arlington, TX FSG Services, Atlanta, GA
Manufacturing/HQ Distribution Operation
HFS HQ Northford, CT Gamewell, NOTIFIER Fire-Lite Alarms NSP, Cranston, RI Sperian, Smithfield, RI Sperian, Franklin, PA
Sperian HQ Paris, France Sperian, Villepinte, France Systems, Paris North Safety, Netherlands Systems, Vienna Systems Alleur, Belgium Systems, Raamsdonksveer Systems Drammen, Norway Systems Stockholm, Sweden Systems, Ratingen Systems Tampere, Finland Systems, Neuss-WismarGermany Munich- Bonn KCL, Eichenzell Systems Warsaw, Poland Systems , Prague SSD Moscow, Russia Systems, Moscow Fire Systems Lugoj, Romania Sperian, Partizanske, Slovakia Honeywell Analytics Uster, Switzerland SSD Trieste, Italy
Sperian, Vierzon, France North Safety, Clover, SC Salisbury Electric Charleston, SC Salisbury Electric, Skokie, IL HSP HQ Oak Brook, IL Norcross, Rock Island, IL SSD HQ St. Charles, IL
SSD New Delhi Systems Mumbai, India
Silent Knight Minneapolis, MN. Sperian, Cassablanca, Morocco
NOTIFIER, Sperian Sao Paulo, Brazil SSD Distribution Uruguay Sperian, Buenos Aires, Argentina
China SSD Xian, North Safety, Beijing Sperian, Nantong Shanghai NOTIFIER, FCI, Sperian Guangzhou,HLS A /V Hong Kong SSD & NOTIFIER
Fire Systems Dubai, UAE Systems MEA, Dubai
NOTIFIER NOTIFIER Perth Milan, Italy Sperian, Nabeul, Tunisia NOTIFIER Sydney, Australia Honeywell Life Safety NOTIFIER Adelaide Iberia, S.L. Barcelona, Spain NOTIFIER NOTIFIER Melbourne New Zealand
Global Reach Through Local Presence 5
HAAP Seoul, Korea
NOTIFIER Brisbane
Tunnel Projects Australia & New Zealand 2010 - 2011
7
Tunnel Projects Tugan Bypass Tunnel Tugun, Queensland
(Completed)
CLEM 7 Tunnel Brisbane, Queensland
(Completed)
Victoria Park Tunnel Auckland, New Zealand
8
(Completion Late 2011)
Tugun By-Pass Tunnel
Situated in Tugun, QLD, Australia
Site consists of: Twin, 2 lane roadways, 334m in length, partially under the Gold Coast airport runway extension. Traffic Control Centre 14.3 Km away at Nerang. Fire Control Room at Southern end of the tunnel.
Pump Station beside tunnel.
9
Tugun By-Pass Tunnel Scope of Supply -
Fire detection within the tunnel to activate water mist system Smoke detection in tunnel control room and pump stations Total control of fire system from remote location Fire Interface Panel external to tunnel for Fire Brigade access
10
Tugun By-Pass Tunnel Why Notifier -
Notifier flexibility and networking platform able to provide required solution Notifier “touch screen” OnyxWorks graphics. Notifier able to provide command & control over TCP/IP.
11
Tugun By-Pass Tunnel The Tunnel Solution -
Linear heat detection in tunnel 22 x Zones (11 x Zones per tube) Deluge system controlled/montiored by Notifier data gathering panels (DGP‟s) fitted with Input/Output devices. Networked Notifier addressable Fire Interface Panels with deluge controls installed in South Portal control room. Networked Notifier Fire Panel in weatherproof stainless steel cabinet mounted on the median strip at the North end of the tunnel.
12
Fan and Deluge Mimic Control Panel
13
Fan and Deluge Mimic Control Panel
14
Tugun By-Pass Tunnel
15
Tugun By-Pass Tunnel Tunnel Control and Pump Room Solutions – Networked Notifier Addressable Fire Panels
Photo-electric smoke and Thermal sensors
16
Tugun By-Pass Tunnel The Median Strip FIP Solution – Networked Analogue addressable FIP in weatherproof stainless steel cabinet.
Mimic of Fan and Deluge Controls.
17
Tugun By-Pass Tunnel Remote Traffic Control Centre Solution Networked Analogue addressable FIP.
Touch screen graphics for deluge system Command & Control over TCP/IP.
Modbus interface to traffic control system. Interface to PCMS system to control “Jet Fans” for smoke extraction.
18
Tugun By-Pass Tunnel
19
CLEM 7 Tunnel Situated in Brisbane, QLD, Australia
Site consists of Twin, 2 lane roadways, 4.8 Km in length, lowest point 60m under Brisbane River Control centre above Northern Portal Pump Stations Sub - Stations 20
CLEM 7 Tunnel
21
CLEM 7 Tunnel Scope of Requirements – Fire detection within the tunnel to activate deluge sprinklers
Smoke detection in the control centre Smoke detection in the pump stations Smoke detection in the sub - stations
22
CLEM 7 Tunnel Why Notifier Three Companies selected to tender: Notifier Tyco/Simplex
Edwards/EST Requirement for a company with an international reputation.
Need for Global Resources; Local Response Notifier only Manufacturer who met the Technical Brief AND “Terms of Supply” agreement.
23
CLEM 7 Tunnel The Tunnel Solution -
24
Notifier addressable analogue Fire Interface Panel‟s
Fibre-optic linear heat detection in 369 fire zones
369 x Deluge zones with 93 x Notifier Data Gathering panels (DGP‟s) fitted with Input/Output devices to control the deluge system.
CLEM 7 Tunnel Dual Carriage Way Tunnel (4,700 m) Fibre-optic Linear Heat Detection
Control Room
Control Room 4 x OTS 4000 LR + 4 x 5,000 m Sensor Cable
• Dual channel systems • Full Redundancy 25
CLEM 7 Tunnel OTS2 Fibre-optic Linear Heat Detection Architecture HLI Communications
Temperature Profile
Remote PC
Laptop Programmable
Relay Outputs
26
Fibre Optic Cable
CLEM 7 Tunnel ONYXWorks™ - Network Available in wire and fiber. (Single or Multi Mode Fiber) Peer-to-Peer Standard or HS network options 100 – 200 Nodes Fault tolerant Fire Command Center Mode Supervising Station Mode
27
CLEM 7 Tunnel ONYXWorks™- Network The ONYXWorks can be connected via Ethernet IP using the Gateways to an entire network. The Ethernet IP connection can be on shared IP network
28
CLEM 7 Tunnel CONTROL ROOM
CONTROL ROOM
OW Graphics
Simple System Schematic
OW Graphics
TCP/IP TCP/IP
PLC and OTS Controller
PLC and OTS Controller
DELUGE CONTROL ZONES
DGP’s
29
DGP’s
DELUGE CONTROL ZONES
DGP’s
DGP’s
DGP’s
DGP’s
ONYXWorks™ • ONYXWorks provides support for NOTIFIER Fire Alarm Panels, Mass Notification, SMS, Web server
30
CLEM 7 Tunnel Typical DGP
31
CLEM 7 Tunnel Control Centre
32
CLEM 7 Tunnel The Control Centre Solution Networked Analogue Addressable Fire Panel. Network consists of 47 x Nodes
2 x ONYXWorks touch-screen graphics system 8 BacNet gateways (4 x 4 redundancy) connected to the PCMS and Traffic Control System
33
CLEM 7 Tunnel Production photograph of one of the PLC cabinets.
34
CLEM 7 Tunnel Pump Stations Solution – Photo-electric smoke sensors protect the pump stations located at each end of the tunnel
Pump controls are monitored and controlled with Multiple Input/Output Modules (XP10-M‟s and XP6R‟s)
35
CLEM 7 Tunnel Sub-Stations Solution Photo - electric smoke sensors protect the sub stations one located at each end of the tunnel and below floor along the tunnel
36
CLEM 7 Tunnel
37
Victoria Park Tunnel Situated in Auckland, New Zealand
Site consists of “S” shaped 2 x lane roadway 1.2 Km in length Control rooms at each end of tunnel Secondary Control Building Spillage sump situated under roadway Spillage sump control room 38
Victoria Park Tunnel
39
Victoria Park Tunnel
40
Victoria Park Tunnel Scope of requirements Fire detection within the tunnel to activate deluge sprinklers
Smoke detection in the control rooms Gaseous suppression in the Secondary Control Building
Gas detection in the spillage sump Intrinsically safe detection and manual alarm activation in the spillage sump control room
41
Victoria Park Tunnel Why Notifier Previous experience/expertise with TUGUN BYPASS & CLEM 7 TUNNELS
Joint presentations and support of ESD when dealing with Victoria Park Alliance who were overseeing project, highlighting relationship and understanding to supply the solution the Alliance project team required. Notifier the only Manufacturer prepared to factory install the required 3rd Party products into their fire panels 42
Victoria Park Tunnel The Tunnel Solution Notifier addressable analogue SFIP‟s with graphical mimics installed at each end of the tunnel to provide redundancy. Linear heat detection in 18 fire zones
18 x Deluge zones with Notifier data gathering panels (DGP‟s) fitted with Input/Output devices to control the deluge sprinkler system 43
Victoria Park Tunnel
Deluge Mimic and Manual Control Panels
44
Victoria Park Tunnel The Control Rooms Solution Networked Analogue addressable FIP‟s Linear Heat Detection controllers and relays connected to XP10-M‟s in FIP‟s FirstVision with embedded TCP/IP gateway Modbus interface to control rooms BMS
45
Victoria Park Tunnel Secondary Control Building Solution Networked AFP-2800 addressable FIP 5 x Air Aspiration Systems in critical areas controlling gaseous suppression systems Analogue photo-electric detection
46
Victoria Park Tunnel Fire suppression control modules in SFIP in the secondary control building.
47
Victoria Park Tunnel Spillage Sump Solution Notifier DGP‟s with XP10-M‟s to take outputs from the gas detectors to the FIP Honeywell Analytics „Searchpoint Optima Plus Point Infrared Gas Detector‟ installed in the sump Intrinsically safe thermal and ion detectors
Intrinsically safe manual call points Intrinsically safe barriers and enclosures
48
Victoria Park Tunnel
Sep 2011
49
Sydney Harbour Tunnel Video Smoke Detection An Alternate Approach
50
Sydney Harbour Tunnel Video Smoke Detection system delivers early warning for Sydney Harbour Tunnel Video Smoke Detection (VSD) system is being used to provide a rapid response to potential fires in the AU$554 million Sydney Harbour Tunnel. Retrofitted to 80 of the tunnel‟s CCTV cameras - 40 in each tube - VSD offers a vital early warning of incidents in the tunnel, which carries nearly 90,000 vehicles a day.
51
Sydney Harbour Tunnel Benefits: Doubles as CCTV and Smoke Detection Systems Note quality and resolution of CCTV is importnat The key benefit of the VSD is its ability to use image processing technology and extensive detection and known false alarm algorithms to alert the system operator to the presence of smoke in a very short time.
Unlike traditional methods, by effectively detecting smoke at source, VSD does not rely on the proximity of smoke to the detector and is therefore unaffected by distance.
52
Tunnels • Voice Evacuation - PAVA Directional Sound Systems/Broadcast • Telephone Systems • Gas Detection • Escape Signage
53
PA/VA Systems • Provides clear direction and advice to motorists in an emergency event • Leads them to neaest escape route • Speakers and Emergency Broadcast systems via Car Radio (option) • Weatherproof and directional speakers required • Due to potential reverberation care needs to be taken to meet intelligability Index (RASTI) • Options of integrating with Telephone systems to provide hardwire comms and ability for breakdowns to be reported.
54
Typical PA/VA and Telephone System
DVC w/NCA-2
DVC w/NCA-2
OWSTM Noti-Fire-NetTM
DAL (Digital Audio Loop)
DAL (Digital Audio Loop)
DAA-50 Series Amplifiers (up to 32)
55
Example of European Tunnel Design
56
PA/VA Major PA/VA Reference Sites:
57
Engelbert Tunnel, Germany Gleinalmtunnel, Austria Unterflurstrasse Grabengürtel, Austria Tiergarten Tunnel, Berlin, Germany
Gas Detection
Sensepoint XCD A new range of gas detector transmitters and sensors for general industry from Honeywell Analytics
58
Sensepoint XCD Overview Common transmitter identity Same transmitter housing applicable to a variety of new and existing gas sensors 3 different terminal pcb platforms: FL, O2, Tox Local/remote sensor capability Uses ECC/Catalytic/IR sensing technology Transmitter can recognise sensor type & range
Cat Sensor: Flammable Gas
* Available with phase B release 59
IR Sensor: Flammable Gas CO2(Pending)
ECC Sensor: O2 CO H2S H2
RFD * Sensepoint STD Sensepoint HT
RTD * Sensepoint Toxic SO2 NH3 NO NO2 Cl2
Example of Gas Detection in Tunnels
1173 feet
101 foot Centres
50 feet from Portal
60
Air Quality/Gas Detection MAC Tunnel Air Quality Detection
61
Gas Detection Required for use in areas where fuel could build up (drainage sumps)
Monitoring air quality in Tunnel for build up of CO and NO2. Can be linked to Exhaust Fan systems. Only operates fans when build up reaches dangerous levels to minimise cost of running fans 24/7
62
ANY QUESTIONS
63
THANK YOU!
64
