Products & Services
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Supplier: Alenia Aermacchi
Description: With over 15,000 units delivered, Alenia Aermacchi is a significant manufacturer of engine nacelles for Airbus and Boeing airliners, for Embraer, Superjet and ARJ regionals and for Dassault business jets. Through its engineering capabilities, Alenia Aermacchi designs and builds
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Supplier: Aircelle
Description: Aircelle is one of the two main integrators of aircraft engine nacelle systems in the world. With more than 17,000 engine assemblies in service, Aircelle proposes a range of nacelle systems to suit each type of aircraft: regional jets, business jets and commercial aircraft of more than
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Supplier: MFG Wind
Description: Since 1987, MFG Wind has been involved in manufacturing nacelles, and supporting OEMs with issues such as improved durability, increased safety, and modifications to improve transportability. One example of how we create value for customers is transforming two or three-piece nacelle
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Supplier: IHS ESDU
Description: ESDU 77012 gives a method for estimating the forward shift of aerodynamic centre by treating the nacelle as an annular wing of diameter equal to the nacelle spanwise width. A graph gives the lift-curve slope for an annular wing as a function of its width to length ratio, the lift is
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Supplier: IHS ESDU
Description: ESDU 78013 gives a method for estimating the rearward shift of aerodynamic centre by treating the nacelle as an annular wing of diameter equal to the nacelle spanwise width. A graph gives the lift-curve slope for an annular wing as a function of its width/length ratio, the lift is
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Supplier: Accuris
Description: Specification for Aircraft Engine Nacelle Fire Extinguisher Doors
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Supplier: Accuris
Description: STRUCTURAL CRITERIA, PILOTED AIRPLANES FUSELAGE, BOOMS, ENGINE MOUNTS AND NACELLES
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Supplier: Accuris
Description: Performance of Low Pressure Ratio Ejectors for Engine Nacelle Cooling
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Description: IEC 61400-50-3:2022 describes procedures and methods that ensure that wind measurements using nacelle-mounted wind lidars are carried out and reported consistently and according to best practice. This document does not prescribe the purpose or use case of the wind measurements. However, as
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Supplier: SAE International
Description: A general method for the preliminary design of a single, straight-sided, low subsonic ejector is presented. The method is based on the information presented in References 1, 2, 3, and 4, and utilizes analytical and empirical data for the sizing of the ejector mixing duct diameter and flow length.
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Supplier: SAE International
Description: A general method for the preliminary design of a single, straight-sided, low subsonic ejector is presented. The method is based on the information presented in References 1, 2, 3, and 4, and utilizes analytical and empirical data for the sizing of the ejector mixing duct diameter and flow length.
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Description: Relates to openings for the insertion of the nozzles of ground fire extinguishing equipment. If one or more openings are provided, they shall be either round or square in shape and of the following dimensions: Round; the diameter shall be from 1OO mm minimum to 13O mm maximum; Square; the sides of
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Supplier: Accuris
Description: Wind turbines Part 12-2: Power performance of electricity producing wind turbines based on nacelle anemometry
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Supplier: IHS ESDU
Description: ESDU 88031 provides a simple semi-empirical method for estimating the free-air low-speed values of these forces for an unswept wing/flap system submerged in the slipstream from multiple propellers. It provides for theseparate estimation of forces on the propeller and on the nacelle/wing/flap
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Description: IEC 61400-12-6:2022 specifies a procedure for measuring the nacelle transfer function of a single electricity-producin g, horizontal axis wind turbine, which is not considered to be a small wind turbine in accordance with IEC 61400-2. It is expected that this document be used when a valid
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Description: utilising nacelle-anemometry methods. This document is intended to be applied only to horizontal axis wind turbines of sufficient size that the nacelle-mounted anemometer does not significantly affect the flow through the turbine’s rotor and around the nacelle and hence does not
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Supplier: CSA Group
Description: Prèface Ce document constitue la cinquième édition de la CSA C225, Engins élévateurs à nacelle portés sur véhicule. Il remplace les éditions précédentes publiées en 2000, 1988, 1976 et 1969. Domaine d'application 1.1 Objet
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Description: wind turbine technology (e.g. resource evaluation and turbine performance testing) described by other standards in the IEC 61400 series. This document is applicable specifically to the use of wind measurement instruments mounted on meteorological masts, turbine nacelles or turbine spinners
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Supplier: CSA Group
Description: Relates to openings for the insertion of the nozzles of ground fire extinguishing equipment. If one or more openings are provided, they shall be either round or square in shape and of the following dimensions: Round; the diameter shall be from 1OO mm minimum to 13O mm maximum; Square; the sides of
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Supplier: IHS ESDU
Description: nacelles only a few data were available for models tested both with and without free flow nacelles and they suggest that rear fuselage mounted nacelles have no significant effect. A method for estimating the contribution due to two underwing mounted nacelles/pylons, which
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Supplier: CSA Group
Description: IEC 61400-12-2:2013 specifies a procedure for verifying the power performance characteristics of a single electricity-producin g, horizontal axis wind turbine, which is not considered to be a small wind turbine per IEC 61400-2. This standard is intended to be used when the specific operational or
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Supplier: AENOR
Description: AIRCRAFT-ENGINE NACELLE FIRE EXTINGUISHER APERTURES AND DOORS.
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Supplier: AENOR
Description: Wind energy generation systems - Part 50-3: Use of nacelle-mounted lidars for wind measurements
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Supplier: AENOR
Description: Wind energy generation systems - Part 12-2: Power performance of electricity producing wind turbines based on nacelle anemometry
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Supplier: AENOR
Description: Wind energy generation systems - Part 50-1: Wind Measurement - Application of Meteorological Mast, Nacelle and Spinner Mounted Instruments
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Supplier: SAE International
Description: This SAE Aerospace Recommend Practice (ARP) is intended to cover the external lights on fixed wing aircraft for illuminating the wing leading edge and nacelles and the upper surfaces of the wing.
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Supplier: SAE International
Description: This ARP is intended to cover the external lights on fixed wing aircraft for illuminating the wing leading edge and nacelles so that they may be visually inspected by the crew of the aircraft at night.
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Supplier: Philatron Wire & Cable
Description: World leading manufacturer of wind power cables. Torsion Tested to 30,000 Cycles. Nacelle 600 Volt - Oil and Heat Resistant Loop - Torsion Tested to 30,000 Cycles Tower - Extra Flexible Copper Cable Medium Voltage to 35KV Single and Multi-Conductor Power Cables Grounding Cable UL Listed
- Product Category: Bulk Cable
- Rated Voltage: 0.6000 kilovolts
- Standards: UL Recognized Component Mark (US and Canadian)
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Supplier: Chemetall
Description: Ardrox 6085 is a thickened alkaline product which removes difficult oils, grease, carbonized exhaust tracks, and smoke stains from aircraft surfaces, including engine nacelles, flap areas, wheel bays and landing gear. It can be used by itself as a heavy-duty cleaner, as a wipe-on/wipe-off
- Type: Cleaner / Cleaning Agent
- pH: Alkaline Cleaner (11 to 12.5 pH)
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Description: 3M™ Scotch-Weld™ EC-3964 is a solution version of 3M™ Structural Adhesive Film AF 147. Used to bond screen in sound suppression panels on aircraft engine nacelles. Can be sprayed on screen without filling holes. Cured bonds have high shear and peel strength. Excellent performance to 350F
- Chemical / Polymer System Type: Epoxy (EP)
- Cure Type / Technology: Thermosetting / Crosslinking
- Industry: Aerospace, OEM / Industrial
- Use Temperature: 350 F
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Supplier: Rolls-Royce Holdings plc
Description: The AE 1107 is a state-of-the-art, 7,000 shp, commercial engine. Having received FAA certification in 1998, the AE 1107 provides power for the Bell-Boeing V-22 Osprey tilt-rotor transport. When installed in the V-22, the AE 1107C-Liberty engines are housed in wing-tip, tilting nacelles with
- Application: Aviation
- Engine Type: Internal Combustion
- Features: Has Turbo
- Fuel Type: Jet Fuel
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Supplier: JINPAT Electronics
Description: Wind turbines require reliable transmission of power and data signals from the nacelle to the control system for the rotary blades. JINPAT's slip rings provide the performance and quality needed in demanding environments. Costly downtime is eliminated by using fiber brushes and robust
- Maximum Voltage: 400 volts
- Operating Speed: 0.0 to 25 rpm
- Slip Ring Design: Capsule (Compact)
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Supplier: JINPAT Electronics
Description: Wind turbines require reliable transmission of power and data signals from the nacelle to the control system for the rotary blades. JINPAT's slip rings provide the performance and quality needed in demanding environments. Costly downtime is eliminated by using fiber brushes and robust
- Maximum Current: 10 to 20 amps
- Maximum Voltage: 240 to 1000 volts
- Number of Circuits: Over 10
- Operating Speed: 0.0 to 300 rpm
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Supplier: JINPAT Electronics
Description: Wind turbines require reliable transmission of power and data signals from the nacelle to the control system for the rotary blades. JINPAT's slip rings provide the performance and quality needed in demanding environments. Costly downtime is eliminated by using fiber brushes and robust
- Maximum Current: 60 amps
- Maximum Voltage: 400 volts
- Operating Speed: 0.0 to 25 rpm
- Slip Ring Design: Capsule (Compact)
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Supplier: JINPAT Electronics
Description: Wind turbines require reliable transmission of power and data signals from the nacelle to the control system for the rotary blades. JINPAT's slip rings provide the performance and quality needed in demanding environments. Costly downtime is eliminated by using fiber brushes and robust
- Maximum Current: 40 amps
- Maximum Voltage: 400 volts
- Operating Speed: 0.0 to 25 rpm
- Slip Ring Design: Capsule (Compact)
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Supplier: Nordex AG
Description: operating conditions in all types of weather. A separate cooling system room at the rear of the nacelle facilitates access to the cooling units and ensures optimum performance of the individual systems. Braking system The three redundant and independently controlled rotor blades
- AC Prime Power Rating (Watts): 2.50E6 watts
- Cut-in Wind Velocity: 6.71 miles/hr
- Cut-out Wind Velocity: 55.91 miles/hr
- Orientation: Horizontal Axis
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Description: . Scotch-Weld EC-3984 adhesive is commonly used for bonding wire mesh on engine nacelles, thrust reversers, and acoustic panels for aircraft and aircraft engines.
- Chemistry: Epoxy, Resin Base / Polymer Binder
- Form: Liquid
- Industry: OEM / Industrial, Other
- Substrate / Surface: Aluminum, Metal, Other
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UNE-EN IEC 61400-8:2025 specifies minimum requirements for the design of wind turbine nacelle-based structures. It focuses on the integrity of structural components within and in the vicinity of the nacelle, including the hub, mainframe, main shaft, structures associated with (read more)
Browse Datasheets for AENOR -
easily integrates into the nacelle and provides advanced bearing performance within a broad range of operating conditions, including assembly, low speed/idling, and extreme events. And, the tilt pad dynamically adjusts to radial and axial shaft movements to optimize load distribution for longer (read more)
Browse Thrust Bearings Datasheets for Waukesha Bearings -
Dexmet® Corporation, a part of PPG’s engineered materials division
Expanded Materials for Lightning Strike Protection
used in aircraft and aerospace construction for over 60 years. With the growing interest to construct more efficient aircraft, manufacturers are designing more components out of light-weight composite materials. Current composite structures include engine nacelles, flaps, wing tips (read more)
Browse Lightning Protection Systems Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
with Internal Battery Back-up Actuators in the ventilation system For this application, electric actuators usually control the ventilation dampers in the nacelle. Dampers are used to regulate the temperature inside the nerve system of the wind turbine. Opening or (read more)
Browse Electric Valve Actuators Datasheets for Indelac Controls, Inc. -
Dexmet® Corporation, a part of PPG’s engineered materials division
Lightning Strike Protection Material for Aircraft
aircraft, manufacturers are designing more components out of light-weight composite materials. Current composite structures include engine nacelles, flaps, wing tips, and even rotary blades on helicopters and wind turbines. Composites, however, are poor conductors of electrical current. Without (read more)
Browse Lightning Protection Systems Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
Dexmet® Corporation, a part of PPG’s engineered materials division
Expanded metal foils for Zone 1 -3 applications
more efficient aircraft, manufacturers are designing more components out of light-weight composite materials. The new generation of aircraft utilizes carbon fiber for major structures including the fuselage, wing, engine nacelles, flaps, wing tips, and even rotary blades and fuselage on helicopters (read more)
Browse Conductive Compounds Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
Dexmet® Corporation, a part of PPG’s engineered materials division
MicroGrid® Materials for Wind Applications
protecting blades, expanded materials can also be incorporated into the composite turbine nacelles for additional lightning strike protection. Follow us on: (read more)
Browse Lightning Protection Systems Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
Dexmet® Corporation, a part of PPG’s engineered materials division
MicroGrid Lightning Strike Material
-weight composite materials. The new generation of aircraft utilizes carbon fiber for major structures including the fuselage, wing, engine nacelles, flaps, wing tips, and even rotary blades and fuselage on helicopters. Composites, however, are poor conductors of electrical current. Without proper (read more)
Browse Lightning Protection Systems Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
form of durable mats and blankets made from fiberglass, silica, or ceramic fibers. Serving as reliable thermal insulation for aircraft, CERMEX® has a service range reaching 2300°F (1260°C) and helps protect engine bays, nacelles, and sealing interfaces to counter damaging heat. Its (read more)
Browse Industrial Fabrics Datasheets for Mid-Mountain Materials, Inc. -
reliability directly impacts diagnostic quality. Wind Turbines: Adapting for slip ring assembly for wind power data communication between nacelle and (read more)
Browse Slip Rings Datasheets for JiuJiang Ingiant Technology Co., Ltd.
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Nacelle - System and Components
Wind turbine nacelles are the heart of the turbine, alike the engine room on a ship. It houses all the critical components that finally transform the wind's kinetic energy into a spinning generator, which then generates the electricity.
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Case Study: Self-lubricating Nacelle Slider Tracks Improve Endurance and Lower Maintenance Costs
Self-lubricating nacelle slider tracks improve endurance and lower maintenance costs
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Engine Inverter Doors Control
Aircelle is one of the leading players in the global nacelle market. It produces large and small nacelles, thrust reversers and aerostructures. A subsidiary of SAFRAN, Aircelle employs 3 000 people on seven different sites located in France, England and Morocco. The company uses three Creaform
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Bond Tester Helps Protect Wind Turbines from Lightning
Lightning strikes are a leading cause of damage to wind turbines even though they are designed with a lightning arrestor system that conducts the electricity from the tip of the blade, through the nacelle and down the tower to ground. A damaged turbine must be repaired before it can be returned
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Wind Turbine Manufacturer Implements Clean Air Initiative
When you think about generating electricity from wind, clean energy comes to mind. However, the wind turbine production process can be a major source of air pollution without the proper controls in place. Manufacturing and painting the blades, towers and nacelles requires composite construction
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Application Note - Windmills (.pdf)
One source of alternate clean energy is use of windmills for electrical power generation. Today's advanced windmills provide many sensors within the nacelle all connected to a PC to monitor and control windmill operation and data collection. Large windmills exceeding 2 Megawatts or more electrical
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Mission Critical: How Expanded Metal Protects from the Damaging Effects of Lightning Strikes
protection system includes embedding a fine expanded metal mesh within the surface layers throughout an aircraft or within the nacelle and blades of a wind turbine. This white paper will discuss the effects of lightning strikes, preventative measures, and how using expanded metal mesh can limit
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Benefits of IEPE accelerometer isolation design
market has made them the sensor of choice for monitoring these massive, slow speed equipment. Effective. wind turbine monitoring is performed in the nacelle with sensors located at five key locations. ISO 10816 standards for condition monitoring of onshore wind turbines (Part 21) identifies
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Lightning Strike Protection for Carbon Fiber Aircraft
for commercial nacelle. applications subjected to lightning strike effects, it has been. an industry practice to use a series of external metal mesh. products such as copper, aluminum, phosphorous bronze wire. interwoven with carbon, nickel coated interwoven carbon fiber,. and nickel coated non-woven veils
More Information Top
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http://dspace.mit.edu/bitstream/handle/1721.1/87128/879663400-MIT.pdf?sequence=2
Ultra-Short Nacelles for Low Fan Pressure Ratio Propulsors .
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Wind Turbines
Mechanical Drive Train and Nacelle ...............................................................
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WindPACT Turbine Design Scaling Studies Technical Area 2: Turbine, Rotor and Blade Logistics
Nacelle ..................................................................................................................
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Alternative Design Study Report: WindPACT Advanced Wind Turbine Drive Train Designs Study; November 1, 2000 -- February 28, 2002
Cost of the Nacelle Enclosure................................................................................
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https://dspace.lib.cranfield.ac.uk/bitstream/1826/6839/1/Josue%20_Gomez-Parada-Thesis_2009.pdf
… CFD) techniques to the computation and parametric analysis of drag produced by the nacelle of Very High …
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Large zeppelins
For every tonne mass that has the airship (sheath, network, basket or gondola , possibly motor, useful load …
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