eaton - internormen wind power solutions
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Lubrication Systems, Filter Systems, and Accessories for Wind Power Gears
Wind Power SolutionsInternormen Product Line
The Importance of Cleanliness• Providesmaximumefficientproductivity
• Improvescontrolofsparepartsthroughpreventivemaintenanceandmonitoring
• Reducesequipmentdowntimethroughscheduledinspections
• Minimizessafetyhazardsandpreventscontamination-relatedfailure
• Increasesthelifeexpectancyofsystemcomponents,whichbothincreasesoperatingprofitabilityanddecreasesmaintenancecosts
• Reducesrepaircostsandsystemdowntime
Occurrence of ContaminationTherearethreeprincipalmeanswherecontaminationcanoccurinatypicalhydraulicsystem:
• Incorporatedduringsystemassembly
• Generatedduringsystemoperation
• Ingestedbythesystemduringoperation
Hydraulic Filtration Product Families:
• Hydraulic & Lubrication Systems
• Hydraulic & Lubrication Filters
• Condition Monitoring
• Hydraulic Filter Accessories
Eaton Filtration Services • State-of-the-arttestinglabfacilities
• Equipmentrentals
• Fieldservice—inspections,fieldtrials,start-up,repair,replacement,andmaintenance
• Extensivenetworkofsalesandservicerepresentatives
• Worldwidetechnicalsupport
• Productspecialistsdedicatedtoprovidingapplicationengineering
Eaton combines sales, engineering, manufacturing, customer service, and technical sales support into one focused business objective: Provide customers with optimum filtration solutions.
Eaton’s Filtration business is a leader in manufacturing filtration products and solutions that include measurement, diagnostic and analysis technology.
Following a path of continuous improvement, Eaton has maintained quality as a fundamental corporate strategy and a hallmark of all products and services. Eaton’s Internormen Product Line currently includes more than 4,000 hydraulic filter elements and corresponding filter housings.
Hydraulic System CleanlinessCleanlinessisthemeasureofsolidandliquidcontaminationfoundinhydraulicsystems.Contaminationisdefinedasanysubstancenotpartofahydraulicsystem’sworkingfluid.
Eaton Sustainability CommitmentEaton is unwavering in our commitment to being sustainable by design—in the way we operate, through the design of our products, and through the energy and climate saving benefits our products deliver. Eaton issues a Sustainability Report as part of its Annual Report, available on www.eaton.com.
Lubrication System Diagram
Windpowerisnotonlythefastestgrowingenergyproductionplatformintheworld,itisalsooneofthecleanestrenewablepowersourcesonEarth.Asturbinesaregettinglargerandoffshoresystemsbecomemorecommon,thepossibilitytobuildwindpowerplantsalmostanywheremakestheirgrowthinevitable.
Effectiveandconsistentlubricationofcomponentscansometimesbeachallengeinwindturbines.Contaminants,likesolidparticlesormoisturecanenterthegearboxduringmanufacturingandassembly,orintheinitialrun-inprocess,orduringroutinemaintenance.Contaminantsalsocanbeingestedthroughsealsandbreathers,orinternallygeneratedduringregularoperations.
Properoilmaintenance,monitoring,andfiltrationareessentialpartsofpreventive,structuredmaintenanceprograms.
Expertsrecommendequippingwindpowersystemswith:
• Additionalfiltrationsystems
• Metalparticlemonitoringsystems
• Solidcontaminationmonitoringsystems
• Water-in-oilmonitoringsystems
• Waterremovalsystems
• Highqualitydesiccantbreathers
• Heatingsystemsforcoldenvironments
• Coolingsystems
Twinfil Filter Systems
Legendp1: Pressure filter ONp2: Pressure filter OFFp4: Pressure hose ONp5: Bypass ONp6: Pressure cooler ONp7: Pressure cooler OFFp8: Pressure flow junctionTB: Temperature casingT1: Temperature filter ONT6: Temperature cooler ONT7: Temperature cooler OFFVM: Flow measuring deviceK: CoolerQ: Oil flow pumpQ1: Oil main flow filterQ2: Oil parallel flow filterQ3: Oil flow to the gearQ5: Deaeration flowQK: Oil flow coolerQB: Oil flow bypassE1: Permanent deaerationVD1: Valve with filter element 51 psi (3.5 bar)VD2: Valve to cooler 7.3 psi (0.5 bar)VD3: Valve to bypass 87 to 174 psi (6 to 12 bar)
It is particularly important that wind turbine lubricants provide appropriate protection of gearboxes against corrosion, wear and tear. Most lubrication and hydraulic systems failures are caused by oil contamination. That is why proper oil maintenance, monitoring, and filtration are an essential part of preventive, structured maintenance programs.
Lubrication Systems, Filter Systems, and Accessories for Wind Power Gears
MPS Metal Particle Sensor
T7 °F (°C)
59 (15) —
50 (10) —
41 (5) —
32 (0) —
23 (-5) —
14 (-10) —
5(-15) —
-4 (-20) —2 10
Trial Start 1VD3 174 psi (12 bar)Δ pk min = 55 psi (3.8 bar)OK > 4 gal/min (15 l/min)
↑
Trial Start 2VD3 87 psi (6 bar)Δ pk min = 55 psi (3.8 bar)OK > 4 gal/min (15 l/min)
[min]
Filter, Valve, and Cooling System Function from Cold Start to Normal Operating Temperature
Performance TestsEaton’sInternormenproductspecialistscoordinatedwithcustomersandotherpartnerstotesttheTWFsystem’sfunctionality.Theysimulatedcoldstartconditions(downto-22°F(-30°C)operatingand-40°F(-40°C)survivaltemperatures)andusedspecialgearoils.
Theyfoundthatallsystemcomponents—includingthepump,filter,valves,andtubesystem—workedproperlyfromcoldstarttothe158°F(70°C)maximumoperatingtemperaturewithoutanynegativeeffectontheoverallgear-oilsupply.
TwinfilFilterSystemsFeatures
• Speciallydesignedgearlubricationsystems
• Reliablysuppliesallgearlubricationpointsasitfiltersanddeaeratesthesystem
• Lownoiseemission
• Indicatesoiloperatingcondition
• Prolongslubricantservicelife
• Simpletoservice
• Operatesincoldweatherconditionswithanadditionalpump-assistedheatingsystem
Available OptionsCondition Monitoring Systems
• Metalparticlesensors(MPS)
• Watersensors(WSPS)
• Multifunctionoilconditionsensors(IVS01)
Clogging Indicators
• Electric,electronic,orvisualpressuredifferentialindicatorstomonitorfilteroperatingconditions.Theymaybeconnectedtothefilterwithoutanytubes.
Water Removal Filter Elements
• Useforparticleretentionandabsorptionoffreeandemulsifiedwaterfromoil
• Reduceoilaginganddeadditivationoffluids
Twinfil Filter System
Start Trial ResultsTestsundersimulatedcoldstartconditions—downto-22°F(-30°C)operatingand-40°F(-40°C)survivaltemperaturesandwithaspecialgearoil—yieldedthefollowingresults:
• Oilflowthroughtheair-oilcoolercouldbeattainedaftertwominutes
• Theadjustablepressuredifferentialvalve(VD3)appearedtoinfluencehowlongittooktoseeatemperatureincrease(T7)atthecooleroutlet.Basedontheoilflow(QK20%ofthetotalflowQ),andatpressuresfrom87to174psi(6to12bar),thetimesrangedfrom10to2minutes
• Allsystemcomponentsworkedproperlyfromcoldstartuptomaximumtemperature.Whenevermeasured,oilviscositieswere<4635SUS(1000mm²/s),andtheoilflowwas100%filteredthroughthemainelement(filterfineness10µm,fiberglassfleece)
TWF 1001 Technical Data Operating pressure: 232 psi (16 bar) maximum
Flow rate: 31.7 gal/min (120 l/min)
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
E-motor - rotary current: 400/690 V, 50 Hz/60 Hz
E-motor - protection class: IP 65
TWF 1001 with MPS
TWF 1950
TWF 4000
TWF 6000
TWF 1950 Technical Data Operating pressure: 232 psi (16 bar) maximum
Flow rate: 52.8 gal/min (200 l/min)
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
E-motor - rotary current: 400/690 V, 50 Hz/60 Hz
E-motor - protection class: IP 65
TWF 4000 Technical Data Operating pressure: 232 psi (16 bar) maximum
Flow rate: 66 gal/min (250 l/min)
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
E-motor - rotary current: 400/690 V, 50 Hz/60 Hz
E-motor - protection classes: IP 65
TWF 6000 Technical Data Operating pressure: 232 psi (16 bar) maximum
Flow rate: 105.7 gal/min (400 l/min)
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
E-motor - rotary current: 400/690 V, 50 Hz/60 Hz
E-motor - protection classes: IP 65
Twinfil Filter Systems
Technical Data: Dimensions: 20.5 x 14 x 28.7 in (520 x 355 x 730 mm)
Weight: 26.5 lb (12 kg)
Barrel capacity: 16.85 gal (60 l)
Flow rates: 1.3 to 4 gal/min (5 to 15 l/min)
Viscosity: 18,540 SUS (4000 mm²/s)
Suction/pressure hose: 59 in (1.5 m)
Connection: G 1/2“ threaded
Power supply: 230 V
WGR 60 - Maintenance Unit• Inexpensivemaintenanceunitmeantforquick,cleanchangeoffilterelementwithoutoilloss
• Oilispumpedoutofthefilterhousingintoanappropriatereservoirandpumpedbackintothesystemafterthefilterhasbeenchanged
• Especiallysuitableforapplicationinwindpowerplants
TWF 1950 with WGR 60
Technical Data: Voltage supply: 230 V, 50 Hz / 110 V, 60 Hz
Pressure operating range: -2.9 to 2.9 psi (-0.4 to 0.5 bar)
Viscosity: 92.7 to 4635 SUS (20 to 1000 mm2/s)
Max. oil temperature: 32 to 158 °F (0 to 70 °C)
Ambient temperature: 32 to 122 °F (0 to 50 °C)
Protection class: IP 54
Output signals: Two alarm signals; limit values programmable RS232 / RS485 output, USB, Ethernet Alarm through e-mail via Internet Measurement results displayed on monitor Printing function with optional thermal printer
Operation: On touch-screen
Measuring Parameters: Particle counting: Contamination classes - acc. to ISO 4406:99
Water saturation: 0 to 100%
Temperature: 32 to 158 °F (0 to 70 °C)
Dynamic viscosity: 9 to 900 mPas
Relative dielectric constant: 1 to 10
Weight: 72.8 lbs (33 kg) approximately
CSM 02 - Contamination Sensor Monitor
Applications
In-lineparticlecountinginthewindturbinegearboxoilcanquicklypresentthefollowingchallenges:
• Highviscosityoilsandvariationsinoutdoortemperaturescansignificantlyaffectmeasurementsystems
• Foamedoilsmakeparticlecountinginwindpowerplantsadditionallydifficult
Features
• Useasastationaryormobileoilconditionmonitoringsystem
• Operatesoff-line,independentofthesystembeingmeasured
• Analyzestheamountandsizeofsolidcontaminationinhydraulicandlubricationfluids
• Easilyupgradedwithadditionalsensormodulestomeasureotherimportantfluidparameters
• Measuresfoamedoilsaccurately
• Effectiveforearlydetectionofchangesinfluidcleanlinessandoilcompositionaswellascontaminationincreases
• Usefulforqualitycontrol,maintenance,andduringinitialoperations
• SoftwareupdatablethroughSDcard
• RemotecontrolviaInternetorIntranet
• Graphicdisplayofstoredmeasurements
• Storagecapacity8x100measurementresults
• EnglishandGermanlanguagesavailable
CSM 02
US 22TheUS22stationaryfilterunitsareintendedforoilmaintenanceinhydraulicsystems,applicationsinclude:
• Secondaryflowfiltrationinadditiontoanexistingoperatingfilter
• Secondaryflowfiltrationwithoutanoperatingfilter
• Filtrationwhenfillingtheoilreservoir
TheUS22unitshouldnotbeusedtopumpcontaminatedhydraulicfluidsandisthereforedesignedwithoutaswitch-overfittingtoby-passthefilter.Featureslikehighreliabilityandsmalldimensionsareguaranteedbyitscompactstructuraldesignonabaseplatewithoutapipe.ThedeviceisequippedwithagearpumpdrivenbyanE-motor.Easytoreplacefilterelementsareavailableindifferentfineness.
Technical Data: Filter fineness: 4.5 μm(c), 7 μm(c), or 10 μm(c)
Weight: 77.1 lbs (35 kg) (approx.)
Operating medium: Hydraulic oil based on mineral oil from 46.4 SUS (10 mm²/s). Other media on request.
Metal Particle SensorsAdditionally,theUS22canbeequippedwithanMPS-MetalParticleSensorhavingthefollowingfeatures:
• Detectionofmetalparticles
• Designedasaninexpensivein-linemonitoringsolutionforstationaryandpermanentoperations
• Suitableforinstallationinneworexistingsystems
• Operatingwithinductivemeasuringconceptforhydraulicandlubricatingfluids
• Varioustypes:MPS01.2,MPS02.1,MPS03.1
US 10TheUS10stationaryfilterunitsaredesignedforservicingoilatgearswithlubricantsofhighviscosity.Theunitsperformoff-linefiltration,andareconstructedonabaseplatewithoutatube,whichguaranteessmalldimensionsandhighreliability.Thestationaryfilterunitcanoperateunattended.Theelectricsecurityandswitchelementsofthefilterunitperformthefollowingfunctions:
•MotorprotectiveswitchturnsE-motoroffwhenoverloaded
•Thermostatswitchesonthepumpdependingontherespectivegeartemperature
•Pressureswitch(cloggingindicationE5.5)actsasprotectionagainstpermanentoverload(>72.5psi,5bar)
•TimelagrelaybridgesthecoldstartofE5.5
Theconduction,deaeration,anddiversionconnectionsaremarkedcorrespondingtotheirfunction.Diversionisnecessaryforthe
purificationofthefilterunitandappropriatereplacementofthefilterelementaswellasforchangingthefluidtobefiltered.
Technical Data:
Flow rate: 3 gpm (11.3 l/min) at 700 rpm
E-motor: 0.37 KW, about 700 rpm
Power supply: 230/400 V, 50 Hz
Max. Pressure: 116 psi (8 bar)
Filter fineness: 5 μm(c), 7 μm(c), 10 μm(c), 15 μm(c), or 20 μm(c)
Weight: 77.1 lbs (35 kg) (approx.)
Medium : Hydraulic oil based on mineral oil, 46.4 to 13,905 SUS (10 to 3000 mm²/s)
US 10 with Control Unit
US 10
RetrofitFilterSystems
US 22 with Metal Particle Sensor
Wind Energy in Cold Climates Takeadvantageofwindpowereveninthecoldestregionsoftheworld.Coldclimateandsevereoutdoorconditionshaveparticularlyundesirableeffectsonwindturbines,primarilyaffectingplasticandsteelcomponentsandlubricants.
Atlowtemperatures,theviscosityoflubricantsandhydraulicoilsincreases,causingtheoiltostiffen,leavingitunabletosufficientlylubricatethegearboxandbearings.
Iftheoilistoothicktofreelycirculate,damagetothegearswilloccuralmostimmediately.Anincreaseininternalfrictionwillreducethepowertransmissioncapacityofthegearbox.Itisalsoimportanttoaccountforservicingandmonitoringthesystemunderdifficultcoldweatherconditions.Increasedmaintenancecostsandextendedturbinedowntimeneedtobeconsidered.
Tosignificantlyimprovethedependabilityandextendtheservicelifeofwindturbinesundercold,unpredictablewinterconditions,EatonoffersavarietyofInternormenproductsolutions.
TwinfilFilterSystems with Additional Pump- assisted Heating System
Technical Data Operating pressure: 217.5 psi (15 bar) maximum
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
Pump heating: 4 x 100 W, 230 V
E-motor: Customer-specific
Heating elements
HSH – Oil Pre-heater for Suction Hoses
Features
• SuctionhoseheaterplacedinsidetheEatonInternormenDN60suctionhose
• Additional59”(1.5m)heaterconnectionlineandinlet
• Excellentcoldstartperformanceofthegearpump
Benefits
• Highpower(350W/m)ensuresexceptionallyquickheat-uptime:from-22to40°F(-30to+5°C)in20minutes
• Overheatcontrolpreventsoilcombustion
• Outersheath,madeofstainlesssteelwavetube,isleak-proofandcompatiblewithdifferentmedia
• Temperaturecontrolatthesurfaceofthestainlesssteelwavetube(uptoamaximumof140°F(60°C))
• Hosetoheaterissealedwithoutcompressionglands
• Varioushoselengthsavailable(standard:59”(1.5m))
Technical Data Tube length: 59” (1.5 m) (other lengths available on request)
Connections: 2 x SAE 2“ (other connections available on request)
Nominal diameter: DN 60
Power supply: 230 V~ (other supply voltages available on request)
Power: 350 W/m
Operating temperature: -22 °F (-30 °C) minimum
Survival temperature: -40 °F (-40 °C) minimum
HS – Heating Systems
HS 10 Technical Data Operating pressure: 116 or 174 psi (8 or 12 bar) maximum
Operating fluid: Poly-alpha-olefin or mineral oil-based gear oils
Starting viscosity: 741,600 SUS (160,000 mm²/s) maximum
Operating temperature: -22 °F (-30 °C) minimum, 86 °F (30 °C) maximum
Survival temperature: -40 °F (-40 °C) minimum, 176 °F (80 °C) maximum
Operatingvoltage: 400/460VΔAC(othervoltagesuponrequest)
Frequency: 50/60 Hz
Hydraulic thermal output: 1000 W (maximum)
Electric thermal output: H1: 2 x 100 W, 230 V AC H2: 2 x 160 W, 230 V AC H3: 3 x 2500 W, 400 V AC
Geared pump: 80 cm³/rev, 13.74 gal/min (52 l/min) at 750 rpm, 16.38 gal/min (62 l/min) at 500 rpm
Electric motor: 3.0 kW
HS 16 Technical Data Operating pressure: 116 or 174 psi (8 or 12 bar) (maximum)
Operating fluid: Poly-alpha-olefin or mineral oil-based gear oils
Starting viscosity: 741,600 SUS (160,000 mm²/s) maximum
Operating temperature: -22 °F (-30 °C) minimum, 86 °F (30 °C) maximum
Survival temperature: -40 °F (-40 °C) minimum, 176 °F (80 °C) maximum
Operatingvoltage: 400/460VΔAC(othervoltagesuponrequest)
Frequency: 50/60 Hz
Hydraulic thermal output: 1500 W (maximum)
Electric thermal output: H1: 2 x 100 W, 400 V AC H2: 2 x 250 W, 400 V AC H3: 6 x 2500 W, 400 V AC
Geared pump: 80 cm³/rev, 13.74 gal/min (52 l/min) at 750 rpm, 16.38 gal/min (62 l/min) at 500 rpm
Electric motor: 3.0 kW
Features• Providesquickadditionalgearoilheatingwhenextremelylowtemperatureconditionspushoilviscosityupto741,6000SUS(160,000cSt(mm²/s))
• Twotypesavailable-HS10andHS16-eachoperatesat116or174psi(8or12bars)maximumpressure
• Fittedforsurvivaltemperaturesfrom-40to176°F(-40to80°C)
• Systemsaremaintenance-freeandequippedwithamonitoringdevicetopreventoiloverheating H3
H2H1
Wind Power Coolers
High performance oil coolersHighorincreasedoiltemperaturesleadtooildeterioration,whichleadstodecreasedefficiency,wearandtear,andreducedservicelifeofequipmentandcomponents.
Topreventhighoperatingandmaintenancecostsandprolongthelifeexpectancyofasystem,oilhastobecooledandthusenabledtoperformtrouble-freelubricating,sealing,corrosionprotection,orcooling.
Designed and dimensioned to suit your needs and requirementsEatonoffersawiderangeofhigh-qualitystandardandcustomdesignedoilcoolerswithexcellentcoolingcapacitiesdesignedtowithstandhardestoperatingconditions.
Efficientcoolingbeginswithoptimaldimensioningandextensiveproducttesting.Eatonconsidersvariousfactors,suchastheapplicationarea,theenvironment,orthecoolingmedium,andcanoffertherightcoolersizeortypetosuityourspecificrequirements.
Advantages of Eaton’s Internormen Coolers:•Compactdesign
•Highcoolingperformance
•Lownoiselevel(essentialforindoorinstallations)
•Varioussizes
•Varioustypes(e.g.,platecoolers)
•Customer-specificsolutions
•Widerangeofaccessories(e.g.,adapters)
CI 71 Technical Data Operating pressure: 290 psi (20 bar)
Weight: 201 lbs (91 kg)
Noise level: 80 dB, +/- 3 dB
Working temperature: -22 to 131° F (-30 to +55°C)
Survival temperature: -40 °F (-40 °C)
Cooling capacity: 45 KW
Motor: 1.1 kW 690 V, 50 H 905 rpm, 6-pin
CI 61 Technical Data Operating pressure: 290 psi (20 bar)
Weight: 108 lbs (49 kg)
Noise level: 82 dB, +/- 3 dB
Working temperature: -22 to 131 °F (-30 to +55 °C)
Survival temperature: -40 °F (-40 °C)
Motor: 1.1 kW 400 - 690 V, 50 Hz 1450 rpm, 4-pin
CI 61
CI 71
CI 71
EatonInternormencoolersareflushedwithlowviscosityfluidaccordingtoISO4406contaminationclass16/14/11
Cl 91 Technical Data Operating pressure: 290 psi (20 bar)
Weight: 302 lbs (137 kg)
Noise level: 83 dB, +/- 3 dB
Working temperature: -22 to 131 °F (-30 to +55 °C)
Survival temperature: -40°F (-40°C)
Motor: 2.2 kW 690 V, 50 Hz 905 rpm, 6-pin
Cl 101 Technical Data Maximum operating pressure: 290 psi (20 bar)
Test pressure: 435 psi (30 bar)
Weight: 346 lbs (157 kg)
Noise level: 83 dB, +/- 3 dB
Cooling capacity: 60 KW
Motor: 2.2 kW 3 x 690 V, 50 Hz 6-pin
CI 81 Technical Data Operating pressure: 290 psi (20 bar)
Weight: 245 lbs (111 kg)
Noise level: 82 dB, +/- 3 dB
Working temperature: -22 to 131 °F (-30 to +55 °C)
Survival temperature: -40 °F (-40 °C)
Cooling capacity: 51 KW
Motor: 1.1 kW 690 V, 50 Hz 905 rpm, 6-pin
CI 101
PlateCoolerWO-CI 95
CI 81
Filter Systems
Twinfil
Lubrication and Filter Systems for Gears
—TWF 1001
—TWF 1950
—TWF 4000
—TWF 6000
Filter Units
Stationary
— US 10
— US 22 with MPS 01.2
Lubrication Systems
For Main Bearings of Wind Turbine Gears
Supplementary Products
— WGR 60 maintenance unit for filter change
—Filter Elements
Contamination Monitoring Systems
Sensors
Metal Particles
— MPS 01.2
— MPS 02.1
— MPS 03.1
Water Contamination
— WSPS 01 - 05
Oil Condition
— IVS 01
In-line Measuring Systems
Particle Counter
— CSM 02
— MPM 01 - Set
Water Contamination
— WSTM 01 - Set
Oil Condition
— IVS 01
On-line/Off-line Measuring Systems
Multi-analysis Systems
— OCM 01
Water Contamination
— WSH 01
Heating and Cooling Systems
Heating Systems
—HS 10
—HS 16
—HSH - Heated Suction Hose
Cooling Systems
— CI 71
— CI 81
— CI 91
— CI 101
Plate Cooler
— WO - CI 95
For more information, please e-mail us at filtrationinfo@eaton.com Visit us online at eaton.com/filtration for a complete list of Eaton’s filtration products
©2012 Eaton Corporation. All Rights Reserved.All trademarks and registered trademarks are the property of their respective owners. Litho USA.
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All information and recommendations appearing in this brochure concerning the use of products described herein are based on tests believed to be reliable. However, it is the user’s responsibility to determine the suitability for his own use of such products. Since the actual use by others is beyond our control, no guarantee, expressed or implied, is made by Eaton as to the effects of such use or the results to be obtained. Eaton assumes no liability arising out of the use by others of such products. Nor is the information herein to be construed as absolutely complete, since additional information may be necessary or desirable when particular or exceptional conditions or circumstances exist or because of applicable laws or government regulations.
EFINWPR 6-12
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Lubrication Systems, Filter Systems, and Accessories for Wind Power Gears
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