Esterline advanced sensors overview (short version) january 2015

Esterline Advanced Sensors

Featuring AUXITROL, NORWICH and WESTON Products

Creating the difference

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Esterline Advanced Sensors 2015

This document is the property of Weston Aerospace Limited or Auxitrol SA or Norwich Aero,

together or individually trading as Esterline Advanced Sensors and may not be copied or used for any purpose other than that for which it is issued,

without the written authority of Weston Aerospace Limited or Auxitrol SA or Norwich Aero.

The information contained within this document is subject to patents and possible patent applications and is considered proprietary of Weston Aerospace Limited or Auxitrol SA or Norwich Aero.


This document does not contain technical data – No Licence Required

Michel Potvin

Vice President,

Corporate

Marketing &

Strategy

Esterline’s Mgmt. Team Curtis Reusser

President

& CEO

Bob George

Vice President,

CFO, &

Corporate

Development

Marcia Mason

Corporate

Counsel & VP

Administration

Frank Houston

President,

Avionics &

Controls

Segment

Al Yost

President,

Advanced

Materials

Segment

& Treasurer

Alain Durand

President,

Sensors &

Systems

Segment

Paul Benson

Vice President,

Human

Resources

Esterline Explained

Esterline is…

• A highly diversified, global manufacturer of

custom-engineered solutions for the aerospace and

defense market, operating through three distinct

business segments:

Advanced Materials

Sensors & Systems

Avionics & Controls

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• FY2013 Revenue: $2B

• FY2013 Op. Profit: $238M

• Employees: Approx. 12,000

• Enterprise Value: $3.7B* * Market Capitalization of $3.2B plus

Long-Term Debt less Cash as of October 2013

Esterline Explained

3 Segments - 9 Primary Capabilities

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Avionics & Controls Sensors & Systems Advanced Materials

Esterline Advanced Sensors Esterline Advanced Sensors 2015






Advanced Sensors COMEX

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Frédéric Biéri

VP, Sales & Marketing

and Programmes

James Ewing

VP Engineering

& Technology

David Watton

VP Finance

& I.T

Frédéric du Laurens

Plant Director

Bourges

Alain Durand

Interim

President

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Founded: 1960 Employees: 447 2013 Sales: $80M Product line: Temperature Pressure Integrated sensors

Founded: 1888 Employees: 307 2013 Sales: $61M Product line: Temperature Speed Pressure Indicators

Founded: 1985 Employees: 128 2013 Sales: $15M Product line: Temperature Speed

Founded: 2008 Employees: 78 2013 Sales: $8,7M Product line: Temperature Sub-assemblies


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Sales Figures

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An amazing customer & programme portfolio!

… one sensor equipment taking off every 6’’…

Single Aisle

Wide Body

Regional & Biz Jets

Helicopters

Military

A320 / B737

COMAC C919

B747 / B777 / B787,

A330 / A340 / A380…

SSJ100, ARJ21, EB170/190,

CRJ700/900/1000, BD-100

ATR42/72,…

EC120/135/145/155/225/275,

AW109/119/139/169,

S-72…

A400M, Rafale, NH-90, Tigre,

AW129, Gripen…

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Expert in packaging sensing technologies

for aerospace harsh environment

On Engines On Airframes & Cockpit

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Temperature Sensors

Key Technologies and Characteristics • K-type thermocouple and RTD technologies

• Operating Temperature -74oC to +1200oC

Competitive Advantage • Class leading pedigree – >4.5billion flying hours coupled

with proven high reliability

• Standard design principle, easy customization

• Compact sizes and minimized weight

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Key Technologies and Characteristics • Thermal exchange technology

• 0 to 25kg/m²s measurement range

• Operating temperature -55°C to +120°C

Competitive Advantage • Very low flow measurement capability

• Provides flow temperature measurement

• Easily adaptable to wide range of A/C ducts

• Qualified for use on composite aircraft

Mass Flow Sensors

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Key Technologies and Characteristics • SOI technology / Vibrating Cylinder

• Operating pressure (SOI 0.15-600b) (VC 1-50b)

• Operating temp (SOI -55°-180°C) (VC -55°-125°)

Competitive Advantage • Stability and accuracy (SOI 0.1-2% FS) (VC 0.01% FS)

• Clean room for development and manufacturing

• Component standardization for lower costs

Pressure Sensors

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Pressure Products

Vibrating Cylinder Pressure Sensors

Key Technologies and Characteristics • Pressure ranges from:

130kPa (1.3bar) to 5MPa (50bar) FS

• Temperature Range: -55°C to 125°C

• <1ms pressure response time

• 3 x FS over-pressure without affecting calibration

• Typical applications:

Air Data (ADCs), Air Data Test Sets (ADTS) & Engine Controls (FADEC)

• Highly suitable for RVSM air data systems: ±15ft max at 41,000ft

Competitive Advantage • 'Best in world’ for accuracy and drift

• Accuracy class: 0.01%FS

• Long term drift: <0.005%FS/year typical

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Pressure Products

Airbone Fuel Density Sensors

Key Technologies and Characteristics

• The 7825 avionics liquid density transducer is a small, light and highly accurate in tank unit, which will provide a continuous measurement of aviation fuel density

• Uses the flight proven Vibrating Cylinder

• Standard on most wide-body aircraft:

– Boeing: B747/B757/B767/B777/B787

– Airbus: A330/A340

• Measures fuel in the density range 600 to 900 kg/m³ and -55 to 60°C

Competitive Advantage • Better than 0.4% accuracy including all pressure and

temperature effects

• Measurement drift is better than 0.01% per year

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Key Technologies and Characteristics • Variable reluctance and eddy current technologies

• Operating temperature -55oC to 1,000oC

Competitive Advantage • Actual MTBF > 20 million hours with over 100 million flying hours

Speed Sensors

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Key Technologies and Characteristics • Variable reluctance

• Operating temperature -55oC to 220oC

Competitive Advantage • Best in class for accuracy and repeatability, 75% improvement on industry norm

• Internal & external temperature compensation available

Torque Sensors

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Level Product

Key Technologies and Characteristics • Liquid level Sensors

• “Level Detection”

• Low Level Warning

• Float activated on/off Reed switch

• “Level Measurement”

• Reed switch

• Current or voltage input

Competitive Advantage • High accuracy (+/-8mm) on full length

• Temperature range: -75°C to 200°C

• Hermetic stainless steel design compatible with all types

of fluids

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Analogue Indicators

Key Technologies and Characteristics • Recognized as a leader in the design and manufacture of

moving coil indicators for aerospace

• Product pedigree, aircraft include Tornado, Hawk,

Sea King, Lynx, Fokker 28, HS748, Airbus A380 and

A400M

• Applications: cockpit temperature, speed, rpm, angle

of attack, pressure etc

Competitive Advantage • Modular design which aids configuration

• Robust & high reliability

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Worldwide class 1 support • For all Sensors products through our own FAA FAR145, EASA Part 145

and CAAC approved repair stations. Featuring: Auxitrol, Norwich, Weston.

With a global network of agents providing a global team committed to satisfying our customers’ needs.

Oustanding customer

services

Customer Support • Direct OEM support

• Accessible worldwide Service centres

• AOG 24/7

• Long-term support agreements

• Spare Parts Distribution

• Full package Services

• Technical Support

• Standard Exchange

• Warranty Administration

Typical Applications • Commercial and Military

• Engines

• Narrow and Wide Body Aircraft

• General Aviation Aircraft

• Helicopters

• Industrial and Marine

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• Worldwide support from ESS facilities on 3 continents & a network of local agents.

• Committed to developing valued Services solutions to reduce future airline maintenance costs.

• Worldwide Class 1 support for all Sensors products.

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EUROPE FRANCE • EASA Certificate PART 145 No FR145-023

• EASA Certificate PART 21 No FR21G-0028

• EASA Certificate FAR 145 No A5XY398J

• ISO 9001:2000 including AS/EN 9100 Certification No 1550890

• TCAC Certificate No 899-03

UK • EASA Certificate PART 145 No UK 145.01017

• EASA Certificate PART 21 No UK 21G.2508

• EASA Certificate PART 145 W30Y364N

• ISO 9001:2000 including AS/EN 9100 Certification No FM23421

AMERICAS NEW YORK • FAA Certificate PAR 145 No UXTR549L

• EASA Certificate PART 145 No 145.5557

• Coordinating Agency for Supplier Evaluation,

(C.A.S.E.) Listed

ASIA SINGAPORE • CAA Singapore Certificate AW1/207 • DCA Malaysia Certificate AO/0104/04 • CAA China Certificate F06500402

• EASA Certificate EASA.145.0301

• FAA Certificate LQ7Y472Y

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Engine/Aircraft

AIRBUS • A300

• A310

• A318

• A319

• A320

• A321

• A330

• A340

• A380

ATR • ATR 42

• ATR 72

CFMI • CFM56-2A/B/C

• CFM56-3B/C

• CFM56-5A/B

• CFM56-5C

• CFM56-7B

GENERAL ELECTRIC • CF6-80C2

• CF6-80E1

• GE90/94B

GENERAL ELECTRIC/IHI • CF34-8C1

• CF34-8C5

• CF34-8E

IAE • V2500 SERIES

ROLLS-ROYCE • BR700 SERIES

• RB211

• TAY

• TRENT 500

• TRENT 700

• TRENT 800

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Airlines • Air France

• All Nippon Airways

• BMI British Midland

• British Airways

• Finnair

• Iberia Lineas Aeras de Espana

• LTU

• Lufthansa Aero

• Tap Air Portugal

• Turkish Airlines Inc

• Virgin Express

• El Al Outsourcing

• KLM

• Air Canada

• American Airlines

• Southwest

• Northwest

EOM Manufacturers/Repair Shops • Snecma Services

• GE Engine Services

• Luftansa Technik AG

• Liebherr Aerospace

• Honeywell

• Pratt & Whitney

• IHI

• Dassault Aviation

• MTU

• N3

• Airbus

• Messier Bugatti

• SR Technics Switzerland

• Sabena Technics

• Gulf Aircraft maintenance Co.

• Air France industries

• Eurocopter Deutschland

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Industrial Sensors - Markets

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Industrial Sensors - Products

Esterline advanced sensors overview (short version) january 2015

Business

advanced sensors comex

auxitrol sa

norwich aero

weston products

human resources esterline

michel potvin vice president

possible patent applications

technical data