Diesel Infrared Heater
Diesel Infrared Heater
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Auxiliary power unit
Transport aircraft
Functions of APU
APIC APS3200 APU for Airbus 318/319/320/321
The primary purpose of an aircraft APU is to provide power to start the main engines. Turbine engines have large, heavy rotors that must be accelerated to a high rotational speed in order to provide sufficient air compression for self-sustaining operation. This process takes significantly longer and requires much more energy than starting a reciprocating engine. Smaller turbine engines are usually started by an electric motor, while larger turbine engines are usually started by an air turbine motor. Whether the starter is electrically, pneumatically, or hydraulically powered, however, the amount of energy required is far greater than what could be provided by a storage device (battery or air tank) of reasonable size and weight.
An APU solves this problem by powering up the aircraft in two stages. First, the APU is started by an electric or hydraulic motor, with power supplied by a battery, accumulator, or external power source (ground power unit). After the APU accelerates to full speed, it can provide a much larger amount of power to start the aircraft's main engines, either by turning an electrical generator or a hydraulic pump, or by providing compressed air to the air turbine of the starter motor.
APUs also have several auxiliary functions. Electrical and pneumatic power are used to run the heating, cooling, and ventilation systems prior to starting the main engines. This allows the cabin to be comfortable while the passengers are boarding without the expense, noise, and danger of running one of the aircraft's main engines. Electrical power is also used to power up systems for preflight checks. Some APUs are also connected to a hydraulic pump, allowing maintenance and flight crews to operate the flight controls and power equipment without running the main engines. This same function is also used as a backup in flight in case of an engine failure or hydraulic pump failure.
History
A gasoline piston engine APU was first used on the Pemberton-Billing P.B.31 Nighthawk Scout aircraft in 1916. The Boeing 727 in 1963 was the first jetliner to feature a gas turbine APU, allowing it to operate at smaller, regional airports, independent from ground facilities. Although APUs have been installed in many locations on various military and commercial aircraft, they are usually mounted at the rear of modern jet airliners. The APU exhaust can be seen on most modern airliners as a small pipe exiting at the aircraft tail.
Recent designs have started to explore the use of the Wankel engine in this role. The Wankel offers power-to-weight ratios that are superior to conventional piston engines and better fuel economy than a turbine engine.
APUs fitted to ETOPS (Extended-range Twin-engine Operations) aircraft are a critical safety device, as they supply backup electricity and compressed air in place of the dead engine or failed main engine generator. While some APUs may not be startable while the aircraft is in flight, ETOPS-compliant APUs must be flight-startable at the altitudes up to the aircraft service ceiling. Recent applications have specified starting up to 43,000 ft. ( 13 000 m) from a complete cold-soak condition. If the APU or its electrical generator is not available, the airplane cannot be released for ETOPS flight and is forced to take a longer non-ETOPS route.
In case of APU failure, an air starter unit (ASU) and a ground power unit (GPU) are needed for starting the main engines on the ground and to provide electrical power to the aircraft prior to the main engine start.
Sections of APU
A typical gas turbine APU for commercial transport aircraft comprises three main sections:
Power section
Load compressor section and
Gearbox section
The power section is the gas generator portion of the engine and produces all the shaft power for the APU. The load compressor is generally a shaft-mounted compressor that provides pneumatic power for the aircraft, though some APUs extract bleed air from the power section compressor. There are two actuated devices: the inlet guide vanes that regulate airflow to the load compressor and the surge control valve that maintains stable or surge-free operation of the turbo machine. The third section of the engine is the gearbox. The gearbox transfers power from the main shaft of the engine to an oil-cooled generator for electrical power. Within the gearbox, power is also transferred to engine accessories such as the fuel control unit, the lube module and cooling fan. In addition, there is also a starter motor connected through the gear train to perform the starting function of the APU. Some APU designs use a combination starter/generator for APU starting and electrical power generation to reduce complexity.
Some APUs use an electronic control box (ECB), which is designed to control the APUs. It also serves as an interface between the subsystems of an APU and the aircraft.
With the Boeing 787 being an all electric aircraft, the APU delivers only electricity to the aircraft. The absence of a pneumatic system simplifies the design, but the demand for hundreds of kilowatts (kW) of electricity requires heavier generators and unique system requirements.
Onboard solid oxide fuel cell (SOFC) APU's are being researched.
Manufacturers
Three main corporations compete in the aircraft APU market: Goodrich Corporation, United Technologies Corporation (through its subsidiaries Pratt & Whitney Canada and Hamilton Sundstrand), and Honeywell International Inc.
Military aircraft
Smaller military aircraft, such as fighters and attack aircraft, feature auxiliary power systems which are different from those used in transport aircraft. The functions of engine starting and providing electrical and hydraulic power are divided up among two units, the jet fuel starter and the emergency power unit.
Jet fuel starter
A jet fuel starter, or JFS, is a small turboshaft engine designed to provide power to spool the main engine up to its self-accelerating RPM. Unlike the APUs used in transport aircraft, the JFS provides power through an output shaft connected through a gearbox to the main engine, rather than through bleed air.
Unlike the APUs in transport aircraft, which are started by electrical power, a JFS is spooled up for starting by a hydraulic motor with fluid from a hydraulic accumulator (a type of pressurized fluid reservoir). The advantages of this system over an electrically started APU are extra reliability and independence from ground support. Batteries may go dead if the aircraft isn't operated for a long period of time, while a hydraulic accumulator will stay charged indefinitely. Starting an aircraft with a JFS requires no external equipment or ground personnel, and only requires a small amount of battery power to operate the JFS controls and the electric valves in the hydraulic system. Once the main engine starts, the JFS accumulator will be almost instantly recharged by the engine-driven hydraulic pump, while a battery would take a much longer time to charge. In the event the main engine fails to start and the hydraulic accumulator is discharged, the accumulator may be recharged by a hand-operated pump onboard the aircraft.
All jet fuel starters use a free power turbine section, but the method of connecting it to the engine depends on the aircraft design. In single-engine aircraft such as the A-7 Corsair II and F-16 Fighting Falcon, the JFS power section is always connected to the main engine through the engine's accessory gearbox. In contrast, the twin-engine F-15 Eagle features a single JFS, and the JFS power section is connected through a central gearbox which can be engaged to one engine at a time.
Emergency power unit
Emergency hydraulic and electric power are provided by a different type of gas turbine engine. Unlike most gas turbines, an emergency power unit has no gas compressor or ignitors, and uses a combination of hydrazine and water, rather than jet fuel. When the hydrazine and water mixture is released and passes across a catalyst of iridium, it spontaneously ignites, creating hot expanding gases which drive the turbine. The power created is transmitted through a gearbox to drive an electrical generator and hydraulic pump.
The hydrazine is contained in a sealed, nitrogen charged accumulator. When the system is armed, the hydrazine is released whenever the engine-driven generators go off-line, or if all engine-driven hydraulic pumps fail.
Spacecraft
APUs are even more critical for Space Shuttle flight operations. Unlike aircraft APUs, they provide hydraulic pressure, not electrical power. The Space Shuttle has three redundant APUs, powered by hydrazine fuel. They only function during powered ascent, and during re-entry and landing. During powered ascent, the APUs provide hydraulic power for gimballing of Shuttle's engines and control surfaces. During landing, they power the control surfaces and brakes. Landing can be accomplished with only one APU working. On STS-9, two of Columbia's APUs caught fire, but the flight still landed successfully.
Armor
APUs are also fitted to some tanks to provide electrical power when stationary, without the high fuel consumption and large infrared signature caused by running the main engine. Both the M1 Abrams and variants of the Leopard 2 such as the Spanish and Danish variants carry the APU in the rear right hull section. The British Centurion tank uses an Austin A-Series inline-4 as its auxiliary power unit.
Commercial vehicles
Diesel-powered APU on truck
The most common APU for a commercial truck is a small diesel engine with its own cooling system, heating system, generator or alternator system with or without inverter, and air conditioning compressor, housed in an enclosure and mounted to one of the frame rails of a semi-truck. Other designs fully integrate the auxiliary cooling, heating, and electrical components throughout the chassis of the truck. These units are used to provide climate control and electrical power for the truck's sleeper cab and engine block heater during downtime on the road.
A refrigerated or frozen food semi trailer or train car may be equipped with an independent APU and fuel tank to maintain low temperatures while in transit, without the need for an external transport-supplied power source.
In the United States, federal Department of Transportation regulations require 10 hours of rest for every 11 hours of driving. During these times, truck drivers often idle their engines to provide heat, light, and power for various comfort items. Although diesel engines are very efficient when idling, it is still financially and environmentally costly to idle them like this, from a fuel consumption and an engine wear perspective. The APU is designed to eliminate these long idles. Since the generator engine is a fraction of the main engine's displacement, it uses a fraction of the fuel; some models can run for eight hours on one US gallon ( 4 litres) of diesel. The generator also powers the main engine's block and fuel system heaters, so the main engine can be started easily right before departure if the APU is allowed to run for a period beforehand. An APU can save up to 20 gallons (Cat 600 - 10 hours downtime @ 2 gallons per hour idling) ( 76 litres) of fuel a day, and can extend the useful life of the main engine by around 100,000 miles ( 160,000 kilometres), by reducing non-productive run time.[citation needed]
Some vehicle APUs can also use an external shore power connection for their heating and cooling functions, thus eliminating fuel consumption during rest periods altogether. Many truck stops provide shore power connections in their parking areas.
Some APUs can also use solar pv and wind power as an option for power generation that is stored in batteries for later use. Unlike other APUs renewable energy APUs use the sun and wind for power instead of a fuel to produce power to operate air conditioning and heating and other semi truck accessories. Hybrid APUs are able to replace fuel APUs.
On some older diesel engines, an APU was used instead of an electric motor to start the main engine. These were primarily used on large pieces of construction equipment.
As an alternative to the diesel units, APUs using an auxiliary battery system or hydrogen fuel cells as a source of power have also been designed. Freightliner has shown a demonstration model of a fuel cell APU, run on a tank of liquid hydrogen mounted to the truck, on one of their Century Class S/T road tractors.
Other forms of transport
Where the elimination of exhaust emissions or noise is particularly important (such as yachts, camper vans), fuel cells and photovoltaic modules are used as APUs for electricity generation.
currently the most common APU units for Highway trucks are; Wabaso, Proheat, and Espar.
Ski lifts also use an APU if the main drive (usually electric) should fail or power be lost, enabling the lift to continue to operate. They can be either gas, diesel, or propane, and are connected to the main shaft or gearbox by means of chains or belts.
See also
Wikimedia Commons has media related to: Auxiliary power units (aircraft)
Air start system
Coffman engine starter - A similar system which uses an explosive cartridge to supply gas pressure.
References
^ Pats APU
^ High-power density rotary diesel engine .. as well as Auxiliary Power Units.
^ 2004 - SOFC fuel cell APU
^ Fuel cell TRU
External links
"Armor-plated auxiliary power" design of a modern gas turbine APU
"Space Shuttle Orbiter APU"
"Sound of an APU from inside a Boeing 737 cabin"
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Aircraft components and systems
Airframe structure
Cabane strut Canopy Cruciform tail Empennage Fairing Fabric covering Flying wires Former Fuselage Interplane strut Horizontal stabilizer Jury strut Leading edge Longeron Nacelle Rear pressure bulkhead Rib Spar Stabilizer Stressed skin Strut Tailplane Trailing edge T-tail Twin tail Vertical stabilizer V-tail Wing root Wing tip
Flight controls
Aileron Airbrake Artificial feel Autopilot Canard Centre stick Deceleron Elevator Elevon Electro-hydrostatic actuator Flaperon Flight control modes Gust lock Rudder Servo tab Side-stick Spoiler Spoileron Stabilator Stick pusher Stick shaker Trim tab Yaw damper Wing warping Yoke
High-lift and aerodynamic
devices
Blown flap Dog-tooth Flap Gouge flap Gurney flap Krueger flaps Leading edge cuff LEX Slats Slot Stall strips Strake Vortex generator Wing fence Winglet
Avionic and flight
instrument systems
ACAS Air data computer Airspeed indicator Altimeter Annunciator panel Attitude indicator Compass Course Deviation Indicator EFIS EICAS Flight data recorder Flight management system Glass cockpit GPS Heading indicator Horizontal situation indicator INAS TCAS Transponder Turn and bank indicator Pitot-static system Radar altimeter Vertical Speed Indicator Yaw string
Propulsion controls, devices and
fuel systems
Autothrottle Drop tank FADEC Fuel tank Gascolator Inlet cone Intake ramp NACA cowling Self-sealing fuel tank Throttle Thrust lever Thrust reversal Townend ring Wet wing
Landing and arresting gear
Autobrake Conventional landing gear Arrestor hook Drogue parachute Landing gear extender Tricycle gear Tundra tire Undercarriage
Escape systems
Ejection seat Escape crew capsule
Other systems
Aircraft lavatory Auxiliary power unit Bleed air system Deicing boot Emergency oxygen system Environmental Control System Hydraulic system Ice protection system Landing lights Navigation light Passenger service unit Ram air turbine
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Piston engines
Mechanical components
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Electrical components
Alternator Capacitor discharge ignition Generator Electronic fuel injection Ignition system Magneto Spark plug Starter motor
Terminology
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Propellers
Components
Propeller speed reduction unit Propeller governor
Terminology
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Engine instruments
Tachometer Hobbs meter Annunciator panel EFIS EICAS Flight data recorder Glass cockpit
Engine controls
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Fuel and induction system
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Other systems
Auxiliary power unit Coffman starter Hydraulic system Ice protection system Recoil start
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Aircraft gas turbine engine components, systems and terminology
Gas turbines
Mechanical components
Axial compressor Centrifugal compressor Combustor Constant Speed Drive Propelling nozzle
Terminology
Afterburner (reheat) Bypass ratio Compressor stall Engine Pressure Ratio (EPR) Flameout Turbofan Turbojet Turboprop Turboshaft Windmill restart
Propellers
Components
Propeller speed reduction unit Propeller governor
Terminology
Autofeather Blade pitch Contra-rotating Constant speed Counter-rotating Proprotor Scimitar propeller Variable pitch
Engine instruments
Annunciator panel ECAM EFIS EICAS Flight data recorder Glass cockpit
Engine controls
Autothrottle FADEC Thrust lever Thrust reversal
Fuel and induction system
Jet fuel
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Air start system Auxiliary power unit Bleed air system Hydraulic system Ice protection system
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Categories: Electrical generators | Aircraft componentsHidden categories: All articles with unsourced statements | Articles with unsourced statements from November 2007
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Solaira Cosy 1500 SCOSYAW15120B Infrared Heater $328 Add comfort to your patio, deck, or gazebo with a Solaira Cosy 1500 infrared heater! The SCOSYAW15120B in black is a 120V quartz heater that's ideal for locations requiring lower mounting heights and areas with smaller dimensions. This infrared heater is certified for both indoor and outdoor use and is also great for open air terraces in restaurants, pubs, and condominium terraces. Environmentally FriendlyThe Solaira SCOSYAW15120B Cosy 1500 uses electricity and is CO2 free, making it environmentally-friendly and safe to use. Ideal for Areas Requiring Low Mounting HeightsThe Cosy 1500 series of infrared heaters is designed for specifications requiring lower mounting heights such as under awnings and umbrellas. Certified for Indoor/Outdoor UseThis infrared heater's waterproof design means it's certified for both indoor and outdoor covered areas. Durable ConstructionThe Solaira SCOSYAW15120B quartz infrared heater features a |
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DR Infrared Heater 1500W Elite Series Infrared Heater with Humidifier and Oscillation Fan $269.99 The new "All In One" heater, humidifier, air purifier and oscillating fan? Dr Infrared Heater Elite Series can help you prevent cold, dry winter air and save money on your heating bills. Dr Infrared Heater Elite series is the world?s first infrared space heater that combines ultrasonic mist vapor, built in with oscillation function to increase heat transfer rate and produce a super level of therapeutic comfort that you have never experienced. The Dr Infrared Heater Elite actually takes the place of 4 different appliances. It works as an air purifier, humidifier, infrared heater, and oscillating fan. The built-in silent ultrasonic humidifier adds much needed moisture to winter air and the oscillation function evenly distributes warm, moist air throughout your entire room faster. Selling Unit: Each Features: Dual Heating System with Oscillation and Ultrasonic Humidifier Size/Dimensions: 16" H x 13" W x 15" D Color/Finish: Cherry Power Rating (Watts): 1500 Voltage (Volts): 110V- 3 prong outlet BTU Heat Rating (BTU): 5200 Timer: Yes |
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Comfort Zone CZ2011O Oak Infrared Quartz Heater $192.99 Selling Unit: Each Type: Portable Features: * Heater * Quartz infrared emitters * Three copper blowers * Copper ion function heating elements * Electronic thermostat * Built in thermal cut off switch * Comes with remote control * 1500 watts * 120 volts * Cherry Finish |
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Dr. Heater DR-998 Elite Series Portable Infrared Space Heater $269.99 The Dr. Heater Elite portable infrared space heater is the perfect solution to your space heating needs! It features an all-in-one design that combines a powerful space heater, humidifier, air purifier and oscillation fan into one compact unit. It also comes with an attractive design and wood grain finish that's perfect for any home decor. Built-In Safety The Dr. Heater Elite portable space heater features a very safe design. This unit comes with tip-over and overheat protection for added peace of mind. It's also safe to use around children and pets because there are no exposed heating elements. Powerful Warmth Enjoy cozy warmth in almost any room with the Dr. Heater DR-998 infrared space heater. It features a dual heating system with a quartz tube and PTC technology. This means that it's able to quickly and efficiently heat your chilly space up to 1,000 square feet. Year-Round Comfort In addition to warming your room durin |
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Lynx Freestanding Infrared Outdoor Propane Patio Heater $1199 The Lynx Infrared Outdoor Patio Heater features a robust commercial design, all 304 stainless steel construction, innovative technology that reduces the center hot spot and distributes heat more evenly and polished double surface reflector that intensifies heat output. Specially designed for improved wind resistance. This Lynx patio heater also features direct spark ignition. Rated at 46,000 BTUs. Outdoor patio heaters are perfect additions to any home to keep your outdoor patio warm. |
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Well Traveled 02117 Living Stainless Steel Offset Infrared Patio Heater $336.96 Our heavy duty stainless steel Offset Infrared Patio Heater introduces a new revolution in outdoor heating. Operating at 90 heating efficiency this infrared patio heater runs on regular household electric current and is substantially less expensive to o |
