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Valves with nominal sizes greater than 1.0 cm2A292 Piping, fittings and valves made of, org. Valves with nominal sizes greater than 1.0 cm   2E001 Technology according to the General2E002 Technology according to the GeneralCU2D290 Software specially designed or2E290 Technology according to the General2A291 Equipment, except items controlled by2D290 Software specially designed or2E290 Technology according to the General2A291 Equipment, except items controlled by2E001 Technology according to the General2E002 Technology according to the General2E290 Technology according to the General2A290 Generators and other equipment2A290 Generators and other equipment2D290 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E290 Technology according to the General2A226 Valves having all of the following2A226 Valves having all of the following\  `&Times New Roman2D290 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E290 Technology according to the General2D994 Software specially designed for the2E994 Technology for the use of portable2D994 Software specially designed for the2E994 Technology for the use of portable2B350 Chemical manufacturing facilities and2A226 Valves having all of the following2B350 Chemical manufacturing facilities and2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2D001 Software, other than that controlled2D002 Software for electronic devices, even2B201 Machine tools, other than those2B991 Numerical control units for machine2D001 Software, other than that controlled2D002 Software for electronic devices, even2B201 Machine tools, other than those2B991 Numerical control units for machine2B290 Numerically controlled machine2B290 Numerically controlled machine2B001 Machine tools and any combination2B001 Machine tools and any combination2B993 Gearmaking and/or finishing2B993 Gearmaking and/or finishing2D001 Software, other than that controlled2E001 Technology according to the General2E101 Technology according to the General2B104 Isostatic presses, other than those2B204 Isostatic presses, other than those2B117 Equipment and process controls, other2E101 Technology according to the General2B104 Isostatic presses, other than those2B204 Isostatic presses, other than those2B117 Equipment and process controls, other2B104 Isostatic presses, other than those2D001 Software, other than that controlled2D002 Software for electronic devices, even2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2B206 Dimensional inspection machines,2B996 Dimensional inspection or measuring2B206 Dimensional inspection machines,2B996 Dimensional inspection or measuring2B207 Robots, end-effectors and control2B225 Remote manipulators that can be used2B997 Robots not controlled by 2B007 or2D001 Software, other than that controlled2E001 Technology according to the General2E002 Technology according to the 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according to the General2E002 Technology according to the General2E101 Technology according to the General2B117 Equipment and process controls, other2B005 Equipment specially designed for the2B005 Equipment specially designed for the2D101 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E101 Technology according to the General2B009 Spin-forming machines and2B009 Spin-forming machines and2B209 Flow forming machines, spin forming2D101 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E101 Technology according to the General2D101 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E101 Technology according to the General2B004 Hot isostatic presses, having all of2B005 Equipment specially designed for the2B104 Isostatic presses, other than those2B204 Isostatic presses, other than those2B105 Chemical vapor deposition (CVD)2B105 Chemical vapor deposition (CVD)2B120 Motion simulators or rate tables2B121 Positioning tables (equipment capable2B008 Assemblies or units, specially designed2B120 Motion simulators or rate tables2B121 Positioning tables (equipment capable2B121 Positioning tables (equipment capable2B120 Motion simulators or rate tables2B120 Motion simulators or rate tables2B008 Assemblies or units, specially designed2B121 Positioning tables (equipment capable2B121 Positioning tables (equipment capable2B120 Motion simulators or rate tables2B120 Motion simulators or rate tables2B008 Assemblies or units, specially designed2B120 Motion simulators or rate tables2D202 Software specially designed or2D002 Software for electronic devices, even2D202 Software specially designed or2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2B001 Machine tools and any combination2B290 Numerically controlled machine2B991 Numerical control units for machine2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2B004 Hot isostatic presses, having all of2B104 Isostatic presses, other than those2D201 Software specially designed for the2D201 Software specially designed for the2D002 Software for electronic devices, even2D201 Software specially designed for the2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2B996 Dimensional inspection or measuring2B006 Dimensional inspection or measuring2B006 Dimensional inspection or measuring2D201 Software specially designed for the2E001 Technology according to the General2E002 Technology according to the General2E201 Technology according to the General2B225 Remote manipulators that can be used2B997 Robots not controlled by 2B007 or2B007 Robots having any of the following2B007 Robots having any of the following2D201 Software specially 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XXXX &%X X  2B204 Isostatic presses, other than those2B209 Flow forming machines, spin forming2B350 Chemical manufacturing facilities andf. Deep-hole-drilling machines and turning2B228 Rotor fabrication and assembly2B229 Centrifugal multiplane balancing2B231 Vacuum pumps having all of the2A293 Pumps designed to move molten metals2A293 Pumps designed to move molten metalsf. Deep-hole-drilling machines and turning2B228 Rotor fabrication and assembly2B229 Centrifugal multiplane balancing2B231 Vacuum pumps having all of the2E001 Technology according to the General2E101 Technology according to the General2D101 Software specially designed or2D201 Software specially designed for the2E001 Technology according to the General2E201 Technology according to the General2D202 Software specially designed or2E001 Technology according to the General2E101 Technology according to the General2E001 Technology according to the General2E201 Technology according to the General2D002 Software for electronic devices, even2D202 Software specially designed or2E001 Technology according to the General2E101 Technology according to the General2E201 Technology according to the General2E301 Technology according to the2E301 Technology according to the2E001 Technology according to the General2E002 Technology according to the General2E101 Technology according to the General2B0182B999.a2B018 Equipment on the Wassenaara. Isostatic presses, n.e.s.;2B018 Equipment on the Wassenaara. Isostatic presses, n.e.s.;2B999.ii. Electroplating equipment designed for coatingi. Electroplating equipment designed for coating2E2012E201 Technology according to the General2E2902B009 Spin-forming machines and2B109 Flow-forming machines, other than2E9912E991 Technology for the use of2E290 Technology according to the General2E991 Technology for the use of2E002 Technology according to the General ! XXXX &%X X  _  8        *,   *,X, XX*5Oa(X(#(#(|_CATEGORY_Ԁ2_MATERIALS_Ԁ_PROCESSING_       _Note_: _For_Ԁ_quiet_Ԁ_running_Ԁ_bearings_,_see_Ԁ_the_ b _U.S._Ԁ_Munitions_Ԁ_List_. < `     A._SYSTEMS_,_EQUIPMENT_Ԁ_AND_   _COMPONENTS_Ԁ    _2A001_Ԁ_Anti_-_friction_Ԁ_bearings_Ԁ_and_Ԁ_bearing_ $H  _systems_,_as_Ԁ_follows_,(_see_Ԁ_List_Ԁ_of_Ԁ_Items_   _Controlled_)_and_Ԁ_components_Ԁ_therefor_.     _License_Ԁ_Requirements_      _Reason_Ԁ_for_Ԁ_Control_:_NS_,_MT_,_AT_ 4X _Control_(_s_) 4  `      _Country_Ԁ_Chart_  _NS_Ԁ_applies_Ԁ_to_Ԁ_entire_Ԁ_entry_Ԁ   _NS_Ԁ_Column_Ԁ2  &%% &_MT_Ԁ_applies_Ԁ_to_Ԁ_radial_0 0  0  _MT_Ԁ_Column_Ԁ1Dh _ball_Ԁ_bearings_Ԁ_having_Ԁ_all_Ԁ @ _tolerances_Ԁ_specified_Ԁ_in_Ԁ  _accordance_Ԁ_with_Ԁ_ISO_Ԁ492  _Tolerance_Ԁ_Class_Ԁ2(_or_Ԁ  _ANSI_/_ABMA_Ԁ_Std_Ԁ20_Tolerance_Ԁ | _Class_Ԁ_ABEC_Ԅ9,_or_Ԁ_other_Ԁ Tx _national_Ԁ_equivalents_)_or_Ԁ_better_Ԁ ,P _and_Ԁ_having_Ԁ_all_Ԁ_the_Ԁ_following_Ԁ  ( _characteristics_:_an_Ԁ_inner_Ԁ_ring_Ԁ    _bore_Ԁ_diameter_Ԁ_between_Ԁ12_and_Ԁ !! 50_mm_;_an_Ԁ_outer_Ԁ_ring_Ԁ_outside_Ԁ "" _diameter_Ԁ_between_Ԁ# &%%&i #&%% &25_and_Ԁ d## 100_mm_;_and_Ԁ_a_Ԁ_width_Ԁ_between_Ԁ <$`$ 10_and_Ԁ20_mm_.# &%%&# %8% _AT_Ԁ_applies_Ԁ_to_Ԁ_entire_Ԁ_entry_   _AT_Ԁ_Column_Ԁ1 & '  _License_Ԁ_Exceptions_  t(")   &%% &_LVS_: 4 $3000,_N_/_A_Ԁ_for_Ԁ_MT_   $*H$+ 0  0  _GBS_: 4 _Yes_,_for_Ԁ_2A001_._a_Ԁ_and_Ԁ_2A001_._b_,* %,      4 _N_/_A_Ԁ_for_Ԁ_MT_ +%- 0  0  _CIV_: 4 _Yes_,_for_Ԁ_2A001_._a_Ԁ_and_Ԁ_2A001_._b_,,&.  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D 0 p _a_._2.a._Ԁ_Calcium_Ԁ_fluoride_Ԁ(_CaF2_);0p(#p(# 0 D  p _a_._2.b._Ԁ_Calcium_Ԁ_zirconate_Ԁ(_metazirconate_) < `2 (_CaZrO3_); 83D(#D(#  D 0 p _a_._2.c._Ԁ_Cerium_Ԁ_sulphide_Ԁ(_Ce2S3_); 5p(#p(#  D 0 p _a_._2.d._Ԁ_Erbium_Ԁ_oxide_Ԁ(_erbia_)(_Er2O3_);t 7p(#p(#  D 0 p _a_._2.e._Ԁ_Hafnium_Ԁ_oxide_Ԁ(_hafnia_)(_HfO2_);$H 9p(#p(#  D 0 p _a_._2.f._Ԁ_Magnesium_Ԁ_oxide_Ԁ(_MgO_); ;p(#p(# 0 D  p _a_._2.g._Ԁ_Nitrided_Ԁ_niobium_Ԅ_titanium_Ԅ_tungsten_  = _alloy_Ԁ(_approximately_Ԁ50%_Nb_,30%_Ti_,20% \ > _W_);4X?D(#D(#  D 0 p _a_._2.h._Ԁ_Yttrium_Ԁ_oxide_Ԁ(_yttria_)(_Y2O3_);_or_Ap(#p(#  D 0 p _a_._2.i._Ԁ_Zirconium_Ԁ_oxide_Ԁ(_zirconia_)(_ZrO2_);Cp(#p(# b._Crucibles_Ԁ_having_Ԁ_both_Ԁ_of_Ԁ_the_Ԁ_following_ DhE _characteristics_: @F  D _b_.1._A_Ԁ_volume_Ԁ_of_Ԁ_between_Ԁ50_cm3__and_Ԁ2,000 H _cm3_;_and_ I  D _b_.2._Made_Ԁ_of_Ԁ_or_Ԁ_lined_Ԁ_with_Ԁ_tantalum_,_having_ TxK _a_Ԁ_purity_Ԁ_of_Ԁ99.9%_or_Ԁ_greater_Ԁ_by_Ԁ_weight_; ,PL c._Crucibles_Ԁ_having_Ԁ_all_Ԁ_of_Ԁ_the_Ԁ_following_  N _characteristics_: !O  D _c_.1._A_Ԁ_volume_Ԁ_of_Ԁ_between_Ԁ50_cm3__and_Ԁ2,000 d#Q _cm3_; <$`R  D _c_.2._Made_Ԁ_of_Ԁ_or_Ԁ_lined_Ԁ_with_Ԁ_tantalum_,_having_Ԁ_a_ % T _purity_Ԁ_of_Ԁ98%_or_Ԁ_greater_Ԁ_by_Ԁ_weight_;_and_ & U  D _c_.3._Coated_Ԁ_with_Ԁ_tantalum_Ԁ_carbide_,_nitride_, t("W boride,_or_Ԁ_any_Ԁ_combination_Ԁ_thereof_. L)p#X  ,&\ _Fԇ % I 2A226Valveshavingallofthefollowing  characteristics(seeListofItemsControlled).   %It LicenseRequirements  d   ReasonforControl:NP,CB,AT  8 Control(s)0 4 0` 440 ` ` 0  0  0  CountryChart  NPappliestoentireentry0 0  NPColumn1t   CBappliestovalvesthatalso0  CBColumn2$H  meetorexceedthetechnical   parametersin2B350.g   ATappliestoentireentry0 0  ATColumn1   LicenseExceptions  4X &%% &  LVS: 4 N/A    GBS: 4 N/A    CIV: 4 N/A  # &%%&*x# ListofItemsControlled  Dh   Unit:$value  0  RelatedControls:(1)SeeECCNs4.  O  5  2E0016y Oy   7y  ( development),4/  O  5  2E0026|z Oz   7 zԀ( production),and  40 O  5  2E2016U{ Oi{   7Լ{Ԁ( use)fortechnologyforitems | controlledunderthisentry.(2)Alsosee Tx ECCNs43k O  5  2A2926| O|   7_ |Ԁand44(  O  5  2B350.g6/} OC}   7Ԛq}.(3)Valves ,P speciallydesignedorpreparedforcertain  ( nuclearusesaresubjecttotheexport    licensingauthorityoftheNuclearRegulatory !! Commission(see10CFRpart110)."" 0  RelatedDefinitions:Forvalveswith d## differentinletandoutletdiameters,the <$`$  nominalsizein2A226referstothe %8% smallestdiameter.% &   Items: & ' a.A nominalsizeof5mmorgreater; t(") b.Havingabellowsseal;and $*H$+ c.Whollymadeoforlinedwithaluminum, +%- aluminumalloy,nickel,ornickelalloycontaining ,&. morethan60%nickelbyweight. .   % C 2A290Generatorsandotherequipment d1 speciallydesigned,prepared,orintendedfor < `2 usewithnuclearplants.  83 %CjLicenseRequirements   5  D ReasonforControl:NP,AT t 7 Control(s)         L  x CountryChart $H 9 NPappliestoentireentry L  x NPColumn2  ; ATappliestoentireentry L  x ATColumn1  =  LicenseExceptions  4X?  D LVS:  N/A A  D GBS:  N/A B  D CIV:  N/A C  ListofItemsControlled  DhE  D Unit:$value G 0 D RelatedControls:(1)SeeECCN4=.  O  5  2D29060 OD   7""rԀfor H softwareforitemscontrolledunderthisentry. I (2)SeeECCNs46 O  5  2E0016F OZ   7ԬԀ( development), |J 47D O  5  2E0026 O0   7$^Ԁ( production),and4> O  5  2E2906 O   7#Ԁ( use)for TxK technologyforitemscontrolledunderthis ,PL entry.(3)AlsoseeECCN4?` O  5  2A2916  O   7T!M.(4)  (M Certainnuclearequipmentspeciallydesigned  N orpreparedforuseinnuclearplantsis !O subjecttotheexportlicensingauthorityofthe "P NuclearRegulatoryCommission(see10CFR d#Q part110).<$`RD(#D(#  D RelatedDefinitions:N/A %8S  D Items: % T a.Generators,turbine-generatorsets,steam '!V turbines,heatexchangers,andheatexchanger t("W typecondensersdesignedorintendedforuseina L)p#X nuclearreactor; $*H$Y b.Processcontrolsystemsintendedforusewith +%[ theequipmentcontrolledby2A290.a. ,&\ Ї  % < 2A291Equipment,exceptitemscontrolledby  2A290,relatedtonuclearmaterialhandling  andprocessingandtonuclearreactors.   %< LicenseRequirements  < `   ReasonforControl:NP,AT <    Control(s) 4  `      CountryChart   NPappliestoentireentry   NPColumn2 Lp  ATappliestoentireentry   ATColumn1    LicenseExceptions      LVS: 4 N/A \    GBS: 4 N/A 4X   CIV: 4 N/A  0  ListofItemsControlled   0  Unit:Equipmentinnumber;partsand l accessoriesin$valueDh 0  RelatedControls:(1)SeeECCN4 O  5  2D2906  O4  7bԀfor @ softwareforitemscontrolledunderthisentry.  (2)SeeECCNs4@d  O  5  2E00166 OJ  7D xԀ( development),  4A O  5  2E0026  O   7NԀ( production),and4B  O  5  2E2906ѓ O  7Ԁ( use)for  technologyforitemscontrolledunderthis | entry.(3)AlsoseeECCN4D  O  5  2A2906 O@@  7=.(4) Tx Certainequipmentspeciallydesignedor ,P preparedforuseinanuclearreactororin  ( nuclearmaterialhandlingissubjecttothe    exportlicensingauthorityoftheNuclear !! RegulatoryCommission(see10CFRpart "" 110).(5)Nuclearradiationdetectionand d## measurementdevicesspeciallydesignedor <$`$ modifiedformilitarypurposesaresubjectto %8% theexportlicensingauthorityofthe % & DepartmentofState(see22CFRParts120 & ' 130).'!(   RelatedDefinitions:N/A t(")   Items: $*H$+ a.Processcontrolsystemsintendedforusewith +%- nuclearreactors. ,&. Їb.Simulatorsspeciallydesignedfor nuclear . reactors. / c.Casksthatarespeciallydesignedfor d1 transportationofhighlevelradioactivematerial < `2 andthatweighmorethan1,000kg.  83 d.Commodities,partsandaccessoriesspecially  5 designedorpreparedforusewithnuclearplants  6 (e.g.,snubbers,airlocks,pumps,reactorfuel t 7 charginganddischargingequipment,containment Lp8 equipmentsuchashydrogenrecombinerand $H 9 penetrationseals,andreactorandfuelinspection  : equipment,includingultrasonicoreddycurrent  ; testequipment).  < e.Radiationdetectorsandmonitorsspecially \ > designedfordetectingormeasuring special 4X? nuclearmaterial(asdefinedin10CFRPart110)  0@ orfornuclearreactors. A  D  TechnicalNotes: 1.2A291.edoesnotcontrol C neutronfluxdetectorsandmonitors.Theseare nD subjecttotheexportlicensingauthorityofthe FjE NuclearRegulatoryCommission,pursuantto BF 10CFRPart110. G      D 2.2A291.edoesnotcontrolgeneralpurpose H radiationdetectionequipment,suchasgeiger I countersanddosimeters.Theseitemsare ~J controlledbyECCN1A999. VzK &%% & % 1 2A292Piping,fittingsandvalvesmadeof,or  N linedwith,stainlesssteel,coppernickelalloy !O orotheralloysteelcontaining10%ormore "P nickeland/orchromium.  f#Q %1ӟ# &%%&# LicenseRequirements  %:S  D ReasonforControl:NP,CB,AT & U Control(s)0  0(#(#0(#(#0 (#(#0L (# (#0xL(#L(#CountryChartv("Wx(#x(# NPappliestoentireentry0 L 0xL(#L(#NPColumn2&*J$Yx(#x(# CBappliestovalvesthat0 L 0xL(#L(#CBColumn2+%[x(#x(# meetorexceedthetechnical ,&\ parametersdescribedin  2B350.g  ATappliestoentireentry0 0  ATColumn1d  LicenseExceptions   8   LVS: 4 N/A     GBS: 4 N/A     CIV: 4 N/A t    ListofItemsControlled  $H  0  Unit:Pressuretubes,pipes,andfittingsin   kilograms;valvesinnumber;partsand   accessoriesin$value  0  RelatedControls:(1)SeeECCN4E O  5  2D2906ҥ O@@  7Ԁfor \  softwareforitemscontrolledunderthisentry. 4X (2)SeeECCNs4Fd  O  5  2E0016 O290  7D *Ԁ( development),  0 4G O  5  2E0026 Oҧ290  7Ԁ( production),and4H  O  5  2E2906 O290  7ŨԀ( use)for  technologyforitemscontrolledunderthis  entry.(3)AlsoseeECCN4J  O  5  2A2266 O  7th.(4)  Piping,fittings,andvalvesspeciallydesigned l orpreparedforcertainnuclearusesare Dh subjecttotheexportlicensingauthorityofthe @ NuclearRegulatoryCommission(see10CFR  part110).   RelatedDefinitions:N/A    Items: | a.Pressuretube,pipe,andfittingsof200mm(8 ,P in.)ormoreinsidediameter,andsuitablefor  ( operationatpressuresof3.4MPa(500psi)or    greater; !! b.Pipevalveshavingallofthefollowing d## characteristics: <$`$   b.1.Apipesizeconnectionof200mm(8in.) % & ormoreinsidediameter;and & '   b.2.Ratedat10.3MPa(1,500psi)ormore. t(")  ,&.  % # 2A293Pumpsdesignedtomovemoltenmetals . byelectromagneticforces.  / %#N LicenseRequirements  d1  D ReasonforControl:NP,AT    83 Control(s)         L  x CountryChart  5 NPappliestoentireentry L  x NPColumn2 t 7 ATappliestoentireentry L  x ATColumn1 $H 9  LicenseExceptions   ;  D LVS:  N/A  =  D GBS:  N/A \ >  D CIV:  N/A 4X?  ListofItemsControlled  A  D Unit:Equipmentinnumber C 0 D RelatedControls:(1)SeeECCN4Lth.  O  5  2D2906 O  7""<Ԁfor lD softwareforitemscontrolledunderthisentry. DhE (2)SeeECCNs4Mth O  5  2E0016 O$  7RԀ( development), @F 4NthD O  5  2E0026 O  7$(Ԁ( production),and4Oth O  5  2E2906 O  7Ԁ( use)for G technologyforitemscontrolledunderthis H entry.(3)Pumpsforuseinliquidmetal I cooledreactorsaresubjecttotheexport |J licensingauthorityoftheNuclearRegulatory TxK Commission(see10CFRpart110).,PLD(#D(#  D RelatedDefinitions:N/A  (M  D Items:  N Thelistofitemscontrollediscontainedinthe "P ECCNheading. d#Q   ,&\ 2A983Explosivesordetonatordetection  equipment,bothbulkandtracebased,  consistingofanautomateddevice,or  combinationofdevicesforautomateddecision d makingtodetectthepresenceofdifferent < ` typesofexplosives,explosiveresidue,or  8 detonators;andpartsandcomponents,n.e.s.      LicenseRequirements      ReasonforControl:RS,AT Lp  Control(s) 4  ` 0 0     CountryChart        RSappliestoentireentry0 0  RSColumn2  ATappliestoentireentry   ATColumn1 \   LicenseExceptions   0   LVS:N/A    GBS:N/A    CIV:N/A l  ListofItemsControlled @    Unit:Equipmentinnumber  0  RelatedControls:K&%% &Alsosee1A004and  1A995.# &%%K&#| 0  RelatedDefinitions:1)Forthepurposeofthis Tx entry,automateddecisionmakingisthe ,P abilityoftheequipmenttodetectexplosives  ( ordetonatorsatthedesignoroperator    selectedlevelofsensitivityandprovidean !! automatedalarmwhenexplosivesor "" detonatorsatorabovethesensitivitylevelare d## detected.Thisentrydoesnotcontrol <$`$ equipmentthatdependsonoperator %8% interpretationofindicatorssuchas % & inorganic/organiccolormappingofthe & ' items(s)beingscanned.2)Explosivesand '!( detonatorsincludecommercialchargesand t(") devicescontrolledby1C018and1C992and L)p#* energeticmaterialscontrolledbyECCNs $*H$+ 1C011,1C111,1C239and22CFR121.1 * %, CategoryV.+%- 0  Items:,&.   D Note :Explosivesordetonationdetection / equipmentin2A983includesequipmentfor 0 screeningpeople,documents,baggage,other f1 personaleffects,cargoand/ormail. > b2 a.Explosivesdetectionequipmentforautomated  4 decisionmakingtodetectandidentifybulk  5 explosivesutilizing,butnotlimitedto,xray(e.g.,  6 computedtomography,dualenergy,orcoherent v 7 scattering),nuclear(e.g.,thermalneutron Nr8 analysis,pulsefastneutronanalysis,pulsefast &J 9 neutrontransmissionspectroscopy,andgamma " : resonanceabsorption),orelectromagnetic  ; techniques(e.g.,quadropoleresonanceand  < dielectrometry).  = b.Explosivesdetectionequipmentforautomated 6Z? decisionmakingtodetectandidentifythe 2@ presenceofexplosiveresiduesutilizing,butnot  A limitedto,explosivestracedetectiontechniques B (e.g.,chemiluminesence,ionmobility C spectroscopyandmassspectroscopy). nD c.Detonatordetectionequipmentforautomated BF decisionmakingtodetectandidentifyinitiation G devices(e.g.detonators,blastingcaps)utilizing, H butnotlimitedto,xray(e.g.dualenergyor I computedtomography)orelectromagnetic ~J techniques. VzK  %  2A991Bearingsandbearingsystemsnot  N controlledby2A001.  !O % LicenseRequirements  f#Q  D ReasonforControl:AT %:S &%% &Control(s)         L  x CountryChart & U # &%%&#ATappliestoentireentry L  x ATColumn1 v("W   LicenseExceptions  &*J$Y  D LVS:  N/A +%[  D GBS:  N/A   ,&\   CIV: 4 N/A    ListofItemsControlled     Unit:$value < ` 0  RelatedControls:1.)Thisentrydoesnot  8 controlballswithtolerancespecifiedbythe   manufacturerinaccordancewithISO3290as   grade5orworse.2.)Quietrunningbearings   aresubjecttotheexportlicensingauthorityof t   theDepartmentofState,Directorateof Lp  DefenseTradeControls.(See22CFRpart $H  121).  0  RelatedDefinitions:󀀀1.)(a)DNisthe   productofthebearingborediameterinmm   andthebearingrotationalvelocityinrpm.   (b)Operatingtemperaturesincludethose \  temperaturesobtainedwhenagasturbine 4X enginehasstoppedafteroperation.2.)  0 AnnularBearingEngineersCommittee  (ABEC);AmericanNationalStandards  Institute(ANSI);AntiFrictionBearing  ManufacturersAssociation(AFBMA)l   Items: Dh a.BallbearingsorSolidballbearings(except  taperedrollerbearings),havingtolerances  specifiedbythemanufacturerinaccordancewith  ABEC7,ABEC7P,orABEC7TorISO | StandardClass4orbetter(orequivalents)and Tx havinganyofthefollowingcharacteristics. ,P   a.1. 4 Manufacturedforuseatoperating    temperaturesabove573K(300$C)eitherby !! usingspecialmaterialsorbyspecialheat "" treatment;or d##   a.2. 4 Withlubricatingelementsor %8% componentmodificationsthat,accordingtothe % & manufacturer'sspecifications,arespecially & ' designedtoenablethebearingstooperateat '!( speedsexceeding2.3millionDN. t(") b.Solidtaperedrollerbearings,having $*H$+ tolerancesspecifiedbythemanufacturerin * %, accordancewithANSI/AFBMAClass00(inch) +%- orClassA(metric)orbetter(orequivalents)and ,&. havingeitherofthefollowingcharacteristics. .  D b.1.Withlubricatingelementsorcomponent 0 modificationsthat,accordingtothe d1 manufacturer'sspecifications,arespecially < `2 designedtoenablethebearingstooperateat  83 speedsexceeding2.3millionDN;or  4  D b.2.Manufacturedforuseatoperating  6 temperaturesbelow219K(-54$C)orabove423 t 7 K(150$C). Lp8 c.Gaslubricatedfoilbearingmanufacturedfor  : useatoperatingtemperaturesof561K(288$C)  ; orhigherandaunitloadcapacityexceeding1  < MPa.  =  D  p          L  x d.Activemagneticbearingsystems. 4X? e.Fabriclinedselfaligningorfabriclined A &%% &journalslidingbearingsmanufacturedforuseat B operatingtemperaturesbelow219K(54$C)or C above423K(150$C).# &%%&#Ԁ lD  D 2A994Portableelectricgeneratorsand G speciallydesignedparts. H  LicenseRequirements |J  $&%% &  D ReasonforControl:AT x  ,PL Control(s)  N ATappliestoentireentry.Alicenseisrequired "P foritemscontrolledbythisentrytoCuba,Iran d#Q andNorthKorea.TheCommerceCountryChart <$`R isnotdesignedtodeterminelicensing %8S requirementsforthisentry.Seepart746ofthe % T EARforadditionalinformationonCubaandIran. & U See742.19oftheEARforadditional '!V informationonNorthKorea.# &%%$&a# XX% &XXX X t("W # XXXX!## &%X X# LicenseExceptions  $*H$Y  D LVS:  N/A   +%[  D GBS:  N/A   ,&\   CIV: 4 N/A   ListofItemsControlled     &%% &Unit:$value < ` 0  RelatedControls:Seealso4R  O  5  2D9946: ON   7|Ԁand4S O  5  2E9946 O   7+ 8   RelatedDefinitions:N/A     Items:# &%%&#   Thelistofitemscontrollediscontainedinthe t   ECCNheading. Lp  &%% & 2A999Specificprocessingequipment,n.e.s.,   # &%%&#&%% &asfollows(seeListofItemsControlled).# &%%&3#&%% &    LicenseRequirements  \    ReasonforControl:AT  0 Control(s) 4  `    CountryChart  ATappliestoentireentry.Alicenseisrequired l foritemscontrolledbythisentrytoNorthKorea Dh forantiterrorismreasons# &%%&#&%% &.TheCommerce @ CountryChartisnotdesignedtodetermineAT  licensingrequirementsforthisentry.See  # &%%&#&%% &742.19oftheEARforadditionalinformation.   LicenseExceptions  Tx   LVS: 4 N/A  (   GBS: 4 N/A      CIV: 4 N/A !!  ListofItemsControlled  d##   Unit:$value %8% 0  RelatedControls:# &%%&m#&%% &Seealso# &%%&I#&%% &Ԁ4U@  O  5  2A2266 O  7@# &%%&#&%% &,4V@ O  5  2B3506 O  7@% &   RelatedDefinitions:N/A & '   Items:# &%%&#&%% & '!( # &%%&#&%% &  Z# &%%&;#&%% &a.# &%%&#&%% &ԀBellowssealedvalves; L)p#* b.Reserved. * %,  ,&. Ї# &%%&#  B.TEST,INSPECTIONAND / PRODUCTIONEQUIPMENT 0  &%% & Technical# &%%&#&%% &Notesfor2B001to2B009:   83 # &%%&O#&%% & D 1.Secondaryparallelcontouringaxes,(e.g.,  5 thew-axisonhorizontalboringmillsora  6 secondaryrotaryaxisthecenterlineofwhichis t 7 paralleltotheprimaryrotaryaxis)arenot Lp8 countedinthetotalnumberofcontouringaxes. $H 9 Rotaryaxesneednotrotateover360$.Arotary  : axiscanbedrivenbyalineardevice(e.g.,ascrew  ; orarack-and-pinion).  <  D 2.Thenumberofaxeswhichcanbe \ > co-ordinatedsimultaneouslyfor contouring 4X? controlisthenumberofaxesalongoraround  0@ which,duringprocessingoftheworkpiece, A simultaneousandinterrelatedmotionsare B performedbetweentheworkpieceandatool.This C doesnotincludeanyadditionalaxesalongor lD aroundwhichotherrelativemotionswithinthe DhE machineareperformed,suchas: @F  D  p 2.a.  Wheel-dressingsystemsin H grindingmachines; I  D  p 2.b.  Parallelrotaryaxesdesignedfor TxK mountingofseparateworkpieces; ,PL  D  p 2.c.  Co-linearrotaryaxesdesigned  N formanipulatingthesameworkpiecebyholding !O itinachuckfromdifferentends. "P  D 3.Axisnomenclatureshallbeinaccordance <$`R withInternationalStandardISO841, Numerical %8S ControlMachines-AxisandMotion % T Nomenclature. & U  D 4.A tiltingspindleiscountedasarotary t("W axis. L)p#X ̀ D 5.Guaranteed positioningaccuracylevels * %Z insteadofindividualtestprotocolsmaybeused +%[ foreachmachinetoolmodelusingtheagreedISO ,&\ testprocedure.    6.Thepositioningaccuracyof numerically  controlledmachinetoolsistobedeterminedand d presentedinaccordancewithISO230/2(1988). < ` # &%%&# % d 2B001&%% &Machinetoolsandanycombination   thereof,forremoving(orcutting)metals,   ceramicsor composites,which,accordingto t   themanufacturer'stechnicalspecifications, Lp  canbeequippedwithelectronicdevicesfor $H   numericalcontrol;andspeciallydesigned   components(seeListofItemsControlled)# &%%&#&%% &.# &%%&#   %d LicenseRequirements      ReasonforControl:NS,NP,AT 4X Control(s)0 4 0` 440 ` ` 0  0  CountryChart   NSappliestoentire0 0  NSColumn2   entry l NPappliesto2B001.a,0 0  NPColumn1@   &%% &.b,.c,and.d,# &%%&#ԀEXCEPT:&%% &(1)turningmachines# &%%&E#  under2B001.awitha&%% &capacityequalto# &%%&#Ԁorless  &%% &than35mmdiameter;# &%%&5#Ԁ&%% &(2)barmachines  (Swissturn),# &%%&#Ԁlimitedto&%% &machiningonlybar# &%%& #Ԁfeed | &%% &through,ifmaximum# &%%&{#Ԁbar&%% &diameterisequal# &%%&#Ԁto Tx &%% &orlessthan42mm# &%%&@#Ԁand&%% &thereisnocapability# &%%&#Ԁof ,P &%% &mountingchucks.(Machines# &%%& #Ԁ&%% &mayhave  ( drilling# &%%&g#Ԁ&%% &and/ormilling# &%%&#Ԁ&%% &capabilitiesformachining# &%%&!#    &%% &partswithdiameters# &%%&#Ԁ&%% &lessthan42mm);# &%%&#Ԁ&%% &or(3) !! millingmachines# &%%&=#Ԁ&%% &under2B001.b.# &%%&#withxaxis "" travelgreater&%% &thantwometersand# &%%&*#&%% &overall d##  positioningaccuracy# &%%&#Ԁ&%% &onthe# &%%&#Ԁxaxismore <$`$ (worse)&%% &than0.030mm %8% ATappliestoentire0 0  ATColumn1& '   entry. '!( # &%%&k# LicenseExceptions  L)p#*   LVS: 4 N/A  * %,   GBS: 4 N/A +%-   CIV: 4 N/A ,&. Ї &%% &ListofItemsControlled /  # &%%&&#&%% &0 D Unit:# &%%&#K&%% &Machinetoolsinnumber;components d1 in$value# &%%K&#&%% &< `2D(#D(# # &%%&x#0 D RelatedControls:(1)SeeECCNs4^@  O  5  2D0016  O `%  7"NԀand  83 4_@D O  5  2D0026 O`%  78Ԁforsoftwareforitemscontrolled  4 underthisentry.(2)SeeECCNs4W@N! O  5  2E0016 O  7@.#   5 ( development),4X@t O  5  2E0026  O   7@T Ԁ( production),and  6 4Y@D O  5  2E2016  O   7@$ Ԁ( use)fortechnologyforitems t 7 controlledunderthisentry.(3)Alsosee Lp8 ECCNs4`@ O  5  2B2016  O `%  7 ,4c@ O  5  2B2906W  Ok `%  7 ,and4a@f O  5  2B9916  O `%  7P I .$H 9D(#D(# 0 D RelatedDefinitions:N/A :D(#D(#  D Items:  ; &%% &# &%%&G#&%% & D Note1: 2B001doesnotcontrolspecial  = purposemachinetoolslimitedtothemanufacture ^ > ofgears.Forsuchmachines,see2B003. 6Z? Ѐ D  2@  D Note2: 2B001doesnotcontrolspecial  A purposemachinetoolslimitedtothemanufacture B ofanyofthefollowingparts: C  D  p a.Crankshaftsorcamshafts; pD  D  p b.Toolsorcutters; HlE  D  p c.Extruderworms;  DF  D  p d.Engravedorfacetedjewelleryparts. G  D Note3: Amachinetoolhavingatleasttwoof I thethreeturning,millingorgrindingcapabilities J (e.g.,aturningmachinewithmillingcapability), Z~K mustbeevaluatedagainsteachapplicableentry 2VL 2.B001.a.,b.orc.  .M a.Machinetoolsforturning,havingallofthe !O followingcharacteristics: "P Ѐ D a.1.Positioningaccuracywith all B$fR compensationsavailableofless(better)than6 %>S %malonganylinearaxis;and % T  D a.2.Twoormoreaxeswhichcanbe '!V coordinatedsimultaneouslyfor contouring z("W control; R)v#X  D Note: 0  2B001.adoesnotcontrolturning +&%Z machinesspeciallydesignedforthe +&[ productionofcontactlenses,having ,&\(#(# allofthefollowingcharacteristics:44 0  01.04Machinecontrollerlimitedtousing  ophthalmicbasedsoftwareforpart  programmingdatainput;andd44 0  02. 4 Novacuumchucking.# &%%&#&%% &< ` b.Machinetoolsformilling,havinganyofthe   followingcharacteristics:     b.1.Havingallofthefollowing: t       b.1.a.Positioningaccuracywith all $H  compensationsavailableofless(better)than6   %malonganylinearaxis;and       b.1.b.Threelinearaxesplusonerotary   axiswhichcanbecoordinatedsimultaneouslyfor \   contouringcontrol; 4X   b.2.Fiveormoreaxeswhichcanbe  coordinatedsimultaneouslyfor contouring  control;    b.3.Apositioningaccuracyforjigboring Dh machines,with allcompensationsavailable,of @ less(better)than4%malonganylinearaxis;or    b.4.Flycuttingmachines,havingallofthe  followingcharacteristics: |     b.4.a.Spindle run-outand camming ,P less(better)than0.0004mmTIR;and  (     b.4.b.Angulardeviationofslide !! movement(yaw,pitchandroll)less(better)than "" 2secondsofarc,TIR,over300mmoftravel. d## c.Machinetoolsforgrinding,havinganyofthe %8% followingcharacteristics: % &   c.1.Havingallofthefollowing: '!(     c.1.a.Positioningaccuracywith all L)p#* compensationsavailableofless(better)than4 $*H$+ %malonganylinearaxis;and * %,     c.1.b.Threeormoreaxeswhichcanbe ,&. coordinatedsimultaneouslyfor contouring . control;or /  D c.2.Fiveormoreaxeswhichcanbe d1 coordinatedsimultaneouslyfor contouring < `2 control;  83 Ѐ  4  D  Notes: 2B001.cdoesnotcontrolgrinding  5 machines,asfollows:  6  D 1.Cylindricalexternal,internal,and Nr8 external-internalgrindingmachineshavingall &J 9 thefollowingcharacteristics: " :  D  p a.Limitedtocylindricalgrinding;and  < Ѐ  =  D  p b.Limitedtoamaximumworkpiece ^ > capacityof150mmoutsidediameterorlength. 6Z?  D 2.Machinesdesignedspecificallyasjig  A grindersthatdonothaveaz-axisoraw-axis, B withapositioningaccuracywith all C compensationsavailableless(better)than4%m. nD  D 3.Surfacegrinders. BF Ѐ G d.Electricaldischargemachines(EDM)ofthe H non-wiretypewhichhavetwoormorerotary I axeswhichcanbecoordinatedsimultaneouslyfor ~J  contouringcontrol; VzK e.Machinetoolsforremovingmetals,ceramics  *M or compositeshavingallofthefollowing  N characteristics: !O  D e.1.Removingmaterialbymeansofanyof f#Q thefollowing: >$bR  D  p e.1.a.Waterorotherliquidjets, %:S includingthoseemployingabrasiveadditives; % T ̀ p e.1.b.Electronbeam;or '!V  D  p e.1.c. Laserbeam;and N)r#X  D e.2.Havingtwoormorerotaryaxeswhich: *"%Z ̀ D  p e.2.a.Canbecoordinatedsimultaneously ,&\ for contouringcontrol;and      e.2.b.Haveapositioningaccuracyofless  (better)than0.003$; d Ѐ < ` %  f.Deep-hole-drillingmachinesandturning  8 machinesmodifiedfordeep-hole-drilling,having   amaximumdepth-of-borecapabilityexceeding   5,000mmandspeciallydesignedcomponents   therefor. t   %(# &%%&:# $&%% &2B002Numericallycontrolledopticalfinishing   machinetoolsequippedtoproducenon   sphericalopticalsurfaces,havingallofthe   followingcharacteristics(SeeListofItems   Controlled).# &%%$&G*#$&%% &  \   # &%%$&+#&%% &LicenseRequirements   0   ReasonforControl:NS,AT  Control(s) 4  `    CountryChart l NSappliestoentireentry NSColumn2 @ ATappliestoentireentry ATColumn1   LicenseExceptions  |   LVS: 4 N/A  ,P   GBS: 4 N/A  (   CIV: 4 N/A     # &%%&+#&%% &ListofItemsControlled  "" 0  Unit:Equipmentinnumber<$`$   RelatedControls:Seealso4eis  O  5  2B0016L/ O`/mac  7di/. %8% 0  RelatedDefinitions:Forthepurposesof & ' 2B002,MRFisamaterialremovalprocess '!( usinganabrasivemagneticfluidwhose t(") viscosityiscontrolledbyamagneticfield. L)p#* ERFisremovalprocessusinganabrasive $*H$+ fluidwhoseviscosityiscontrolledbyan * %, electricfield.Energeticparticlebeam +%- finishingusesReactiveAtomPlasmas,&. (RAP)orionbeamstoselectivelyremove . material./D(#D(#  D Items: 0 # &%%&.#$&%% &a.Finishingtheformtoless(better)than1.0%m; < `2 b.Finishingtoaroughnessless(better)than100  4 nmrms;  5 c.Threeormoreaxeswhichcanbecoordinated t 7 simultaneouslyfor contouringcontrol;and Lp8 d.Usinganyofthefollowingprocesses;  :  D d.1.  Magnetorheologicalfinishing  < (MRF);  =  D d.2.  Electrorheologicalfinishing(ERF); 4X? or  0@  D d.3 p Energeticparticlebeamfinishing.# &%%$&2#&%% & B # &%%&5#&%% &# &%%&76# 2B003 Numericallycontrolledormanual DhE machinetools,andspeciallydesigned @F components,controlsandaccessoriestherefor, G speciallydesignedfortheshaving,finishing, H grindingorhoningofhardened(Rc=40or I more)spur,helicalanddouble-helicalgears |J withapitchdiameterexceeding1,250mmand TxK afacewidthof15%ofpitchdiameteror ,PL largerfinishedtoaqualityofAGMA14or  (M better(equivalenttoISO1328class3).   N Ѐ !O  LicenseRequirements  "P  D ReasonforControl:NS,AT <$`R Control(s)         L CountryChart % T NSappliestoentireentry L NSColumn2 '!V ATappliestoentireentry L ATColumn1 L)p#X  D LicenseRequirementNotes :See743.1of * %Z theEARforreportingrequirementsforexports +%[ underLicenseExceptions. ,&\ Ї LicenseExceptions     LVS: 4 $5000  d   GBS: 4 N/A < `   CIV: 4 N/A  8  ListofItemsControlled    0  Unit:K&%% &MachineToolsinnumber;components, t   controlsandaccessoriesin$value# &%%K&<#Lp    RelatedControls:Seealso4gdi  O  5  2B9936p= O=mac  7di= $H    RelatedDefinitions:N/A     Items:   Thelistofitemscontrollediscontainedinthe   ECCNheading. \   %  2B004Hot isostaticpresses,havingallof  thecharacteristicsdescribedintheListof  ItemsControlled,andspeciallydesigned  componentsandaccessoriestherefor. l LicenseRequirements  Dh %?  ReasonforControl:NS,MTNP,AT  Control(s)0 4 0` 440 ` ` 0  0  CountryChart   NSappliestoentireentry0 NSColumn2Tx   MTappliestoentireentry0 MTColumn1 (   NPappliestoentireentry,0 NPColumn1!!   except2B004.b.3and "" presseswithmaximum d## workingpressuresbelow <$`$ 69MPa %8% ATappliestoentireentry0 ATColumn1& '    LicenseExceptions  t(")   LVS: 4 N/A $*H$+   GBS: 4 N/A  * %,   CIV: 4 N/A +%-  ,&.  D ListofItemsControlled  / 0 D Unit:K&%% &Pressesinnumber;componentsand d1 accessoriesin$value# &%%K&^D#< `2D(#D(# 0 D RelatedControls:(1)SeeECCN4hdi.  O  5  2D0016=E OQEmac  7di""EԀfor  83 softwareforitemscontrolledunderthisentry.  4 (2)SeeECCNs4idi O  5  2E0016SF OgFmac  7diFԀ( development),  5 4\D O  5  2E0026)G O=Geaso  7$kGԀ( production),and4odi O  5  2E1016G OH   70HԀ( use)for  6 technologyforitemscontrolledunderthis t 7 entry.K&%% &(3)Forspeciallydesigneddies,molds Lp8 andtooling,seeECCNs1B003,% > 4Bg! O  5  2B0186I OI   7"I%>}I, $H 9 9B004,and9B009.# &%%K&I#Ԁ(4)Foradditional  : controlsondies,moldsandtooling,see  ; ECCNs1B101.d,4pdi O  5  2B1046K OK   7FKԀand4qdi O  5  2B2046K OK   7k!K.(5)  < AlsoseeECCNs4rdiF O  5  2B1176L OLhara  7he0LԀand% ? 4CgЖ O  5  2B999.a6CM OWM   7!M%?6M. =D(#D(#  D RelatedDefinitions:N/A \ >  D Items: 4X? a.Acontrolledthermalenvironmentwithinthe A closedcavityandpossessingachambercavity B withaninsidediameterof406mmormore;and C b.Anyofthefollowing: DhE  D b.1.Amaximumworkingpressureexceeding G 207MPa; H  D b.2.Acontrolledthermalenvironment |J exceeding1,773K(1,500$C);or TxK  D b.3.Afacilityforhydrocarbonimpregnation  (M andremovalofresultantgaseousdegradation  N products. !O  D TechnicalNote: Theinsidechamber d#Q dimensionisthatofthechamberinwhichboth >$bR theworkingtemperatureandtheworking %:S pressureareachievedanddoesnotinclude % T fixtures.Thatdimensionwillbethesmallerof & U eithertheinsidediameterofthepressure '!V chamberortheinsidediameteroftheinsulated v("W furnacechamber,dependingonwhichofthetwo N)r#X chambersislocatedinsidetheother. &*J$Y  ,&\ Ї %  2B005Equipmentspeciallydesignedforthe  deposition,processingandin-processcontrol  ofinorganicoverlays,coatingsandsurface  modifications,asfollows,fornon-electronic d substrates,byprocessesshownintheTable < ` andassociatedNotesfollowing2E003.f,and  8 speciallydesignedautomatedhandling,   positioning,manipulationandcontrol   componentstherefor.   %SLicenseRequirements Lp     ReasonforControl:NS,AT   Control(s) 4  `    CountryChart   NSappliestoentireentry NSColumn2 \  ATappliestoentireentry ATColumn1  0  LicenseExceptions     LVS: 4 $1000  Dh   GBS: 4 N/A  @   CIV: 4 N/A    ListofItemsControlled       Unit:$value Tx 0  RelatedControls:(1)Thisentrydoesnot ,P controlchemicalvapordeposition,cathodic  ( arc,sputterdeposition,ionplatingorion    implantationequipmentspeciallydesigned !! forcuttingormachiningtools.(2)Vapor "" depositionequipmentfortheproductionof d## filamentarymaterialsarecontrolledby1B001 <$`$ or1B101.(3)ChemicalVaporDeposition %8% furnacesdesignedormodifiedfor % & densificationofcarboncarboncomposites & ' arecontrolledby4sa  O  5  2B1046J[ O^[gned  7de [.K&%% &(4)Seealso '!( % D 4Fe O  5  2B999.i%D7\6D\ OX\s:  7st(\.# &%%K&[#Ԁt(")   RelatedDefinitions:N/A L)p#*   Items: $*H$+ a.Chemicalvapordeposition(CVD)production +%- equipmenthavingallofthefollowing: ,&. Ї D a.1.Processmodifiedforoneofthe . following: /  D  p a.1.a.PulsatingCVD; d1  D  p a.1.b.Controllednucleationthermal  83 deposition(CNTD);or  4  D  p a.1.c.Plasmaenhancedorplasmaassisted  6 CVD;and t 7  D a.2.Anyofthefollowing: $H 9  D  p a.2.a.Incorporatinghighvacuum(equal  ; toorlessthan0.01Pa)rotatingseals;or  <  D  p a.2.b.Incorporatinginsitucoating \ > thicknesscontrol; 4X? b.Ionimplantationproductionequipmenthaving A beamcurrentsof5mAormore; B c.Electronbeamphysicalvapor(EB-PVD) lD productionequipmentincorporatingpower DhE systemsratedforover80kW,havinganyofthe @F following: G  D c.1.Aliquidpoollevel"laser"control I systemwhichregulatespreciselytheingotsfeed |J rate;or TxK  D c.2.Acomputercontrolledratemonitor  (M operatingontheprincipleofphoto-luminescence  N oftheionizedatomsintheevaporantstreamto !O controlthedepositionrateofacoatingcontaining "P twoormoreelements; d#Q d.Plasmasprayingproductionequipmenthaving %8S anyofthefollowingcharacteristics: % T  D d.1.Operatingatreducedpressurecontrolled '!V atmosphere(equalorlessthan10kPameasured t("W aboveandwithin300mmofthegunnozzleexit) L)p#X inavacuumchambercapableofevacuationdown $*H$Y to0.01Papriortothesprayingprocess;or * %Z  ,&\   d.2.Incorporatinginsitucoatingthickness  control;  e.Sputterdepositionproductionequipment d capableofcurrentdensitiesof0.1mA/mm2or < ` higheratadepositionrate15%m/hormore;  8 f.Cathodicarcdepositionequipment   incorporatingagridofelectromagnetsfor   steeringcontrolofthearcspotonthecathode; t   g.Ionplatingproductionequipmentallowingfor $H  theinsitumeasurementofanyofthefollowing:     g.1.Coatingthicknessonthesubstrateand   ratecontrol;or     g.2.Opticalcharacteristics. 4X &%% &# &%%&i# &%% &%  2B006Dimensionalinspectionormeasuring  systems,equipment,and electronic  assemblies,asfollows(seeListofItems l Controlled).  Dh %j # &%%&i#&%% &LicenseRequirements     ReasonforControl:NS,NP,AT  Control(s) 4  `    CountryChart Tx NSappliestoentireentry NSColumn2  ( NPappliesto2B006.a0 0  NPColumn1!!   # &%%&7k#&%% &and.b# &%%& m#&%% &,# &%%&Qm#K&%% &except2B006.b.1.d# &%%K&m#&%% & "" ATappliestoentireentry ATColumn1# &%%&m# <$`$  LicenseExceptions  % &   LVS: 4 N/A '!(   GBS: 4 N/A t(")   CIV: 4 N/A L)p#*   ListofItemsControlled  * %,   Unit:0 4 &%% &Equipmentinnumber,electronic,&.44 assembliesin$value# &%%&o#.(#(# 0 D RelatedControls:(1)SeeECCNs4tde9! O  5  2D0016p Ophavi  7en-#p / and4uen O  5  2D0026cq Owqhavi  7enqԀfor softwareforitems 0 controlledunderthisentry.(2)SeeECCNs d1 4venD O  5  2E0016r Orhavi  7enrԀ( development),4wen  O  5  2E0026Cs OWshavi  7enD#s < `2 ( production),and4xen  O  5  2E2016t O0thavi  7en^tԀ( use)for  83 technologyforitemscontrolledunderthis  4 entry.(3)AlsoseeECCNs4{en O  5  2B2066Gu O[uhavi  7en!uԀand  5 4|enD O  5  2B9966 v Ovhavi  7en.Lv. 6D(#D(#  D RelatedDefinitions:N/A t 7 0 D Items:Lp8D(#D(# &%% &a.Computercontrolledor numerically  : controlledco-ordinatemeasuringmachines  ; (CMM),havingathreedimensionallength  < (volumetric)maximumpermissibleerrorof  = indication(MPEE)atanypointwithinthe \ > operatingrangeofthemachine(i.e.,withinthe 4X? lengthofaxes)equaltoorless(better)than(1.7+  0@ L/1,000)%m(Listhemeasuredlengthinmm) A testedaccordingtoISO10360-2(2001); B b.Linearandangulardisplacementmeasuring lD instruments,asfollows: DhE  D b.1.Lineardisplacementmeasuring G instrumentshavinganyofthefollowing: H  D  p  TechnicalNote: Forthepurposeof |J 2B006.b.1 lineardisplacementmeansthe VzK changeofdistancebetweenthemeasuringprobe .RL andthemeasuredobject.  *M  D  p b.1.a.Non-contacttypemeasuring !O systemswitha resolutionequaltoorless "P (better)than0.2%mwithinameasuringrangeup f#Q to0.2mm; >$bR  D  p b.1.b.Linearvoltagedifferential % T transformersystemshavingallofthefollowing & U characteristics: '!V  D  p   b.1.b.1. Linearityequaltoorless N)r#X (better)than0.1%withinameasuringrangeupto &*J$Y 5mm;and󀀀 *"%Z  ,&\ Ї     4 b.1.b.2.Driftequaltoorless(better)  than0.1%perdayatastandardambienttest  roomtemperature1K;or      b.1.c.Measuringsystemshavingallof < ` thefollowing:  8      4 b.1.c.1.Containinga laser;and        4 b.1.c.2.Maintaining,foratleast12 t   hours,overatemperaturerangeof1Karound Lp  astandardtemperatureandatastandardpressure, $H  allofthefollowing:        4  ` b.1.c.2.a.A resolutionover   theirfullscaleof0.1%morless(better);and        4  ` b.1.c.2.b.A measurement 4X uncertaintyequaltoorless(better)than(0.2+  0 L/2,000)%m(Listhemeasuredlengthinmm);        b.1.d Electronicassembliesspecially  designedtoprovidefeedbackcapabilityin l systemscontrolledby2B006.b.1.c. Dh      4  # &%%&Kw#&%% &  Note: 2B006.b.1doesnotcontrolmeasuring  interferometersystems,withanautomaticcontrol  systemthatisdesignedtousenofeedback  techniques,containinga lasertomeasureslide ~ movementerrorsofmachine-tools,dimensional Vz inspectionmachinesorsimilarequipment.# &%%&#&%% & .R   b.2.Angulardisplacementmeasuring    instrumentshavingan angularposition !! deviationequaltoorless(better)than0.00025$; "" ̀   Note: 2B006.b.2doesnotcontroloptical >$b$ instruments,suchasautocollimators,using %<% collimatedlight(e.g.,laserlight)todetect % & angulardisplacementofamirror. & ' c.  Equipmentformeasuringsurface x(") irregularities,bymeasuringopticalscatterasa P)t#* functionofangle,withasensitivityof0.5nmor (*L$+ less(better). +$%, # &%%&Ӆ#&%% &# &%%&#&%% & ,&. # &%%&J# %  2B007 Robotshavinganyofthefollowing . characteristicsdescribedintheListofItems / Controlledandspeciallydesignedcontrollers 0 and end-effectorstherefor . d1 % LicenseRequirements   <3  D ReasonforControl:NS,NP,AT  5 Control(s)0  0(#(#0(#(#0 (#(#0L (# (#CountryChartx 7L(#L(# NSappliestoentireentry0 L NSColumn2(L 9L(#L(# NPappliesto2B007.band0 L NPColumn1 ;L(#L(# 2B007.candtospecially  < designedcontrollersand  =  endeffectorstherefor ` > ATappliestoentireentry0 L ATColumn14@L(#L(#  LicenseExceptions  C  D LVS:  $5000,except2B007.band.c HlE  D GBS:  N/A  DF  D CIV:  N/A G  ListofItemsControlled  I  D Unit:$value X|K 0 D RelatedControls:(1)SeeECCN4.  O  5  2D0016ގ O  7"" Ԁfor 0TL  softwareforitemscontrolledunderthis  ,M entry.(2)SeeECCNs4! O  5  2E0016 O  73#>  N ( development),4t O  5  2E0026Ґ O  7TԀ( production),and !O 4D O  5  2E2016 O  7$Ԁ( use)fortechnologyforitems "P controlledunderthisentry.(3)Alsosee h#Q ECCNs4 O  5  2B2076֒ O  7,4 O  5  2B2256 O  7ēԀand48 O  5  2B99761 OE  7" s.@$dRD(#D(#  D RelatedDefinitions:N/A %<S  D Items: % T a.Capableinrealtimeoffullthreedimensional '!V imageprocessingorfullthreedimensional scene x("W analysistogenerateormodify programsorto P)t#X generateormodifynumericalprogramdata; (*L$Y  D TechnicalNote: The sceneanalysis +%[ limitationdoesnotincludeapproximationofthe ,&\ thirddimensionbyviewingatagivenangle,or  limitedgreyscaleinterpretationforthe  perceptionofdepthortexturefortheapproved  tasks(2D). d b.Speciallydesignedtocomplywithnational  8 safetystandardsapplicabletoexplosive   munitionsenvironments;   c.Speciallydesignedorratedasradiation t   hardenedtowithstandatotalradiationdose Lp  greaterthan5x103Gy(silicon)without $H  operationaldegradation;or     TechnicalNote: ThetermGy(silicon)refers   totheenergyinJoulesperkilogramabsorbedby   anunshieldedsiliconsamplewhenexposedto ^  ionizingradiation. 6Z d.Speciallydesignedtooperateataltitudes   exceeding30,000m.   &%% &%  2B008Assembliesorunits,speciallydesigned Fj formachinetools,ordimensionalinspectionor B measuringsystemsandequipment,asfollows  (seeListofItemsControlled).# &%%&;#   %Z LicenseRequirements  ~ ReasonforControl:NS,AT .R Control(s) 4  `    CountryChart    NSappliestoentireentry NSColumn2 "" ATappliestoentireentry ATColumn1 >$b$  LicenseExceptions  % &   LVS: 4 N/A '!(   GBS: 4 N/A v(")   CIV: 4 N/A N)r#*  ,&. Ї &%% &ListofItemsControlled  .  D Unit:$value 0  D RelatedControls:Seealso4 O  5  2B9986 O   7   d1 0 D RelatedDefinition:N/A< `2D(#D(#  D Items:  83 a.Linearpositionfeedbackunits(e.g.,inductive  5 typedevices,graduatedscales,infraredsystems  6 or lasersystems)havinganoverall accuracy t 7 less(better)than(800+(600xLx103))nm(L Lp8 equalstheeffectivelengthinmm); $H 9  D N.B.: 󀀀For lasersystemsseealsoNoteto  ; 2B006.b.1.  < b.Rotarypositionfeedbackunits(e.g.,inductive ^ > typedevices,graduatedscales,infraredsystems 6Z? or lasersystems)havingan accuracyless 2@ (better)than0.00025o;  A  D  N.B.: For lasersystemsseealsoNoteto C 2B006.b.1. pD c. Compoundrotarytablesand tilting  DF spindles,capableofupgrading,accordingtothe G manufacturer'sspecifications,machinetoolstoor H abovethelevelscontrolledby2B001to2B009. I # &%%&# %  2B009Spin-formingmachinesand 0TL flow-formingmachines,which,accordingto  ,M themanufacturer'stechnicalspecifications,  N canbeequippedwith numericalcontrol !O unitsoracomputercontrolandhavingallof "P thefollowingcharacteristics(seeListofItems h#Q Controlled).  @$dR % LicenseRequirements  % T  D ReasonforControl:NS,MT,NP,AT '!V Control(s)0  0(#(#0(#(#0 (#(#0L (# (#0xL(#L(#CountryChartP)t#Xx(#x(# NSappliestoentireentry0 L 0xL(#L(#NSColumn2+$%Zx(#x(# &%% &MTappliesto:spinforming0 x MTColumn1 ,&\x(#x(# 5Oa 58 5  machinescombiningthe  functionsofspinforming  andflowforming;and  flowformingmachinesthat d meetorexceed# &%%&ۨ#&%% &theparameters < ` of2B009.aand2B109.# &%%&v#  8 NPappliestoflowforming0 0  NPColumn1  machines,andspinforming   machinescapableofflow t   formingfunctions,thatmeet Lp  orexceedtheparametersof $H  2B209   ATappliestoentireentry0 0  ATColumn1   LicenseExceptions  \    LVS: 4 N/A  0   GBS: 4 N/A    CIV: 4 N/A   ListofItemsControlled  l   Unit:$value @ 0  RelatedControls:&%% &Ԁ# &%%&#&%% &Ԁ(1)SeeECCN4  O  5  2D0016q O   7 Ԁfor   softwareforitemscontrolledunderthis  entry.(2)SeeECCNs4  O  5  2E0016 O   7 ѯ  ( development),4  O  5  2E0026e Oy   7 Ԁ( production),and | 4  O  5  2E1016> OR   7 Ԁ( use)fortechnologyforitems Tx controlledunderthisentry.(3)Alsosee ,P ECCNs4 y O  5  2B1096i O}   7 c Ԁand4 G  O  5  2B2096 O,   7 1Z# &%%&C#&%% &Ԁforadditional  ( flowformingmachinesforMTandNP    reasons.# &%%&#!! 0  RelatedDefinitions:N/A""   Items: d## &%% &a.Twoormorecontrolledaxesofwhichatleast %8% twocanbecoordinatedsimultaneouslyfor % &  contouringcontrol;and & ' b.Arollerforcemorethan60kN.  t(")   TechnicalNote : Machinescombiningthe $*H$+ functionofspin-formingandflow-formingarefor *"%,  +%- thepurposeof2B009regardedasflow-forming - machines.# &%%&##&%% &  .  # &%%&]# % @ 2B018EquipmentontheWassenaar < `1 ArrangementMunitionsList.%@   82  LicenseRequirements   4  D ReasonforControl:NS,MT,RS,AT,UN t 6 Control(s)        0 L CountryChart$H 8L(#L(# NSappliestoentireentry L NSColumn1  : MTappliestospecialized L MTColumn1  < machinery,equipment,and \ = gearforproducingrocket 4X> systems(includingballistic  0? missilesystems,space @ launchvehicles,and A soundingrockets)and B unmannedairvehicle lC systems(includingcruise DhD missilesystems,target @E drones,andreconnaissance F drones)usableinsystems G thatarecontrolledfor H MTreasonsincluding |I theirpropulsionsystems TxJ andcomponents,and ,PK pyrolyticdepositionand  (L densificationequipment.  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LicenseRequirements:      ReasonforControl:MT,AT Lp       4  `      Control(s) 4  `   0 CountryChart      MTappliestoentireentry MTColumn1   ATappliestoentireentry ATColumn1 \   LicenseExceptions:   0   LVS: 4 N/A    GBS: 4 N/A    CIV: 4 N/A l  ListofItemsControlled:  @   Unit:$value  0  RelatedControls:Seealso2B219,7B101. 0  RelatedDefinitions:N/A|   Items: Tx a.Balancingmachineshavingallthefollowing  ( characteristics:      a.1.Notcapableofbalancing "" rotors/assemblieshavingamassgreaterthan3kg; d##   a.2.Capableofbalancingrotors/assemblies %8% atspeedsgreaterthan12,500rpm; % &   a.3.Capableofcorrectingunbalanceintwo '!( planesormore;and t(")   a.4.Capableofbalancingtoaresidual $*H$+ specificunbalanceof0.2gmmperkgofrotor * %, mass. +%- Ї D Note :2B119.a.doesnotcontrolbalancing - machinesdesignedormodifiedfordentalor . othermedicalequipment.# &%%&6#&%% & / b.Indicatorheadsdesignedormodifiedforuse > b1 withmachinesspecifiedin2B119.a.  :2  D  Note :Indicatorheadsaresometimesknown  4 asbalancinginstrumentation.  5 # &%%&#&%% & %  2B120Motionsimulatorsorratetables (L 8 (equipmentcapableofsimulatingmotion), $ 9 havingallofthefollowingcharacteristics(see  : ListofItemsControlled)# &%%&,#&%% &.# &%%&W#&%% &  ; %PLicenseRequirements:  ` =  D ReasonforControl:MT,AT 4?  D  p          L  x Control(s)        0 L CountryChartAL(#L(#  D MTappliestoentireentry L MTColumn1 pC ATappliestoentireentry L ATColumn1  DE  LicenseExceptions:  G  D LVS:  N/A I  D GBS:  N/A X|J  D CIV:  N/A 0TK  ListofItemsControlled:   M  D Unit:$value "O 0 D RelatedControls:(1)Ratetablesnot h#P controlledby4 O  5  2B1206V Oj  7arԀandprovidingthe @$dQ characteristicsofapositioningtablearetobe %<R evaluatedaccordingto4arE O  5  2B1216 O  7ar$b$   ReasonforControl:MT,AT % &      4  `      Control(s) 4  `   0 CountryChart'!(     MTappliestoentireentry MTColumn1 N)r#* ATappliestoentireentry ATColumn1 *"%,  +%-  LicenseExceptions:  -  D LVS:  N/A /  D GBS:  N/A d0  D CIV:  N/A < `1  ListofItemsControlled:   3  D Unit:$value  5 0 D RelatedControls:(1)Equipmentthathasthe t 6 characteristicsspecifiedin4 O  5  2B1216 ON/  74,whichalso Lp7 meetsthecharacteristicsof4 O  5  2B1206j O~N/  74 Ԁwillbe $H 8 treatedasequipmentspecifiedin4 O  5  2B1206S Og   7*J!. 9D(#D(# # &%%&#&%% &0 D (2)Seealso4 O  5  2B0086y O   7*J,4U O  5  2B1206% O9   7*J?g,# &%%&@#&%% &Ԁ7B101and  : 7B994. ;D(#D(# 0 D RelatedDefinitions:N/A <D(#D(#  D Items: \ = a.Twoaxesormore;and  0? b.Apositioningaccuracyequaltoorbetterthan A 5arcsecond. B  D Note :2B121doesnotcontrolrotarytables DhD designedormodifiedformachinetoolsorfor BE medicalequipment.Forcontrolsonmachinetool F rotarytablessee2B008.# &%%&#&%% & G  2B122Centrifugescapableofimparting VzJ accelerationsabove100gandhavingsliprings .RK capableoftransmittingelectricalpowerand  *L signalinformation.# &%%&#  M LicenseRequirements:  "O  D ReasonforControl:MT,AT >$bQ  D  p          L  x Control(s)        0 L CountryChart% SL(#L(#  D MTappliestoentireentry L MTColumn1 '!U ATappliestoentireentry L ATColumn1 N)r#W  LicenseExceptions:  *"%Y  +%Z   LVS: 4 N/A    GBS: 4 N/A    CIV: 4 N/A   ListofItemsControlled  < `   Unit:$value   0  RelatedControls:Seealso7B101.  0  RelatedDefinitions:N/A    Items: t   Thelistofitemscontrollediscontainedinthe $H  ECCNheading.   % \ 2B201Machinetools,otherthanthose   controlledby2B001,forremovingorcutting \  metals,ceramicsor composites,which, 4X accordingtomanufacturerstechnical  0 specifications,canbeequippedwithelectronic  devicesforsimultaneous contouringcontrol  intwoormoreaxes.&%% &   %\* # &%%&#&%% &LicenseRequirements # &%%&E#&%% & Dh # &%%&#  ReasonforControl:NP,AT  Control(s) 4  `    CountryChart  NPappliestoentireentry NPColumn1 Tx ATappliestoentireentry ATColumn1  (  LicenseExceptions  !!   LVS: 4 N/A d##   GBS: 4 N/A  <$`$   CIV: 4 N/A %8%  ListofItemsControlled  & ' 0  Unit:Equipmentinnumber;partsand t(") accessoriesin$valueL)p#* 0  RelatedControls:(1)SeeECCNs4*J O  5  2D0026 O   7*JAԀand $*H$+ 4*J O  5  2D2026 O   7*JԀfor softwareforitemscontrolledby * %, thisentry. Numericalcontrolunitsare+%- controlledbytheirassociated software.(2) - SeeECCNs4*J O  5  2E0016Q Oe   7*JԀ( development),4*JN! O  5  2E0026 O'   7*J.#U . ( production),and4*J  O  5  2E2016 O   7*J.Ԁ( use)for / technologyforitemscontrolledunderthis d0 entry.(3)AlsoseeECCNs4*J O  5  2B0016 O+   7*J Y,4*J! O  5  2B2906 O   7*J", < `1 and4*J| O  5  2B9916 O   7*Jf. 82D(#D(#  D RelatedDefinitions:N/A  3  D Items:  4 a.Machinetoolsforturning,thathave t 6  positioningaccuracieswithallcompensations Lp7 availablebetter(less)than6%maccordingtoISO $H 8 230/2(1988)alonganylinearaxis(overall  9 positioning)formachinescapableofmachining  : diametersgreaterthan35mm;  ;  D  Note: Item2B201.a.doesnotcontrolbar \ = machines(Swissturn),limitedtomachiningonly 6Z> barfeedthru,ifmaximumbardiameterisequal 2? toorlessthan42mmandthereisnocapability  @ ofmountingchucks.Machinesmayhavedrilling A and/ormillingcapabilitiesformachiningparts B withdiameterslessthan42mm. nC b.Machinetoolsformilling,havinganyofthe BE followingcharacteristics: F  D b.1.Positioningaccuracieswith all H compensationsavailableequaltoorless(better) ~I than6%malonganylinearaxis(overall VzJ positioning);or .RK  D b.2.Twoormorecontouringrotaryaxes.  M  D  Note: 2B201.bdoesnotcontrolmilling "O machineshavingthefollowingcharacteristics: h#P  D  p a.X-axistravelgreaterthan2m;and @$dQ  D  p b.Overallpositioningaccuracyonthe %<R x-axismore(worse)than30%m. % S c.Machinetoolsforgrinding,havinganyofthe '!U followingcharacteristics: x("V  D c.1.Positioningaccuracieswith all (*L$X compensationsavailableequaltoorless(better) +$%Y than4%malonganylinearaxis(overall +%Z positioning);or    c.2.Twoormorecontouringrotaryaxes.     Note: 2B201.cdoesnotcontrolthefollowing < ` grindingmachines:  :     a.Cylindricalexternal,internal,and   external-internalgrindingmachineshavingallof   thefollowingcharacteristics: v        4 1.Limitedtocylindricalgrinding; Nr       4 2.Amaximumworkpieceoutside &J  diameterorlengthof150mm; "       4 3.Notmorethantwoaxesthatcan   becoordinatedsimultaneouslyfor contouring   control;and        4 4.Nocontouringc-axis. ^      b.Jiggrinderswithaxeslimitedtox,y, 2 candawherecaxisisusedtomaintainthe   grindingwheelnormaltotheworksurface,and  theaaxisisconfiguredtogrindbarrelcams;      c.Toolorcuttergrindingmachineswith Fj  softwarespeciallydesignedfortheproduction B oftoolsorcutters;or      d.Crankshaftorcamshaftgrinding  machines. ~  % m 2B204 Isostaticpresses,otherthanthose  * controlledby2B004or2B104,andrelated    equipment,asfollows(seeListofItems !! Controlled).%m   ""  LicenseRequirements >$b$    ReasonforControl:NP,AT % & Control(s) 4  `    CountryChart '!( NPappliestoentireentry NPColumn1 N)r#* ATappliestoentireentry ATColumn1 *"%,  +%-  LicenseExceptions  -  D LVS:  N/A /  D GBS:  N/A h0  D CIV:  N/A @ d1  ListofItemsControlled   3  D Unit:Equipmentinnumber  5 0 D RelatedControls:(1)SeeECCN4 .  O  5  2D2016 Ofol  7 ""Ԁfor x 6  softwareforitemscontrolledunderthis Pt7 entry.(2)SeeECCNs4pm! O  5  2E0016 Ofol  7 3#0 (L 8 ( development),4 t O  5  2E0026 Ofol  7 TԀ( production),and $ 9 4 D O  5  2E2016 Ofol  7 $Ԁ( use)fortechnologyforitems  : controlledunderthisentry.(3)Alsosee  ; ECCNs4  O  5  2B0046 Ofol  7  Ԁand4  O  5  2B1046w Ofol  7 . <D(#D(# 0 D RelatedDefinitions:Theinsidechamber ` = dimensionisthatofthechamberinwhich 8\> boththeworkingtemperatureandworking 4? pressureareachievedanddoesnotinclude  @ fixtures.Thatdimensionwillbethesmaller A ofeithertheinsidediameterofthepressure B chamberortheinsidediameterofthe pC insulatedchamber,dependingonwhichofthe HlD twochambersislocatedinsidetheother. DED(#D(#  D Items: F a. Isostaticpresseshavingbothofthe H followingcharacteristics: I  D a.1.Capableofachievingamaximum 0TK workingpressureof69MPaorgreater;and  ,L  D a.2.Achambercavitywithaninside !N diameterinexcessof152mm; "O b.Dies,moldsandcontrols,speciallydesigned @$dQ for isostaticpressescontrolledby2B204.a. %<R  D % y 2B206Dimensionalinspectionmachines, '!U instrumentsorsystems,otherthanthose x("V describedin2B006,asfollows(seeListof P)t#W ItemsControlled). 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Lp  %  2B227Vacuumorothercontrolled   atmospheremetallurgicalmeltingandcasting   furnacesandrelatedequipment,asfollows(see   ListofItemsControlled). \   %> LicenseRequirements   0   ReasonforControl:NP,AT  Control(s) 4  `    CountryChart l NPappliestoentireentry NPColumn1 @ ATappliestoentireentry ATColumn1   LicenseExceptions |    LVS: 4 N/A ,P   GBS: 4 N/A  (   CIV: 4 N/A     ListofItemsControlled  ""   Unit:$value <$`$ 0  RelatedControls:(1)SeeECCN4f O  5  2D2016+ O?D  7DmԀfor %8%  softwareforitemscontrolledunderthis % & entry.(2)SeeECCNs4D O  5  2E0016I O]D  7D & ' ( development),4D  O  5  2E0026 O3D  7D aԀ( production),and '!( 4D O  5  2E2016 O D  7D:Ԁ( use)fortechnologyforitems t(") controlledunderthisentry.(2)Alsosee L)p#* ECCN4f O  5  2B2266" O6   7 d.$*H$+   RelatedDefinitions:N/A * %,   Items: +%- Їa.Arcremeltandcastingfurnaceshavingbothof - thefollowingcharacteristics: .  D a.1.Consumableelectrodecapabilities d0 between1,000cm3and20,000cm3;and < `1  D a.2.Capableofoperatingwithmelting  3 temperaturesabove1,973K(1,700$C);  4 b.Electronbeammeltingfurnacesandplasma t 6 atomizationandmeltingfurnaces,havingbothof Lp7 thefollowingcharacteristics: $H 8  D b.1.Apowerof50kWorgreater;and  :  D b.2.Capableofoperatingwithmelting  < temperaturesabove1,473K(1,200$C); \ = c.Computercontrolandmonitoringsystems  0? speciallyconfiguredforanyofthefurnaces @ controlledby2B227.aor.b. A  %   2B228Rotorfabricationandassembly DhD equipment,rotorstraighteningequipment, @E bellowsformingmandrelsanddies,asfollows F (seeListofItemsControlled).  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X|   _FFTechnical_FFԀ_FFNote_FF: _FFIn_FFԀ_FF2B228_FF._FFc_FF,_FFthe_FFԀ_FFbellows_FF  , _FFhave_FFԀ_FFall_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFcharacteristics_FF:    0    1._FFInside_FFԀ_FFdiameter_FFԀ_FFbetween_FFԀ75_FFmm_FFԀ_FFand_FF !! 400_FFmm_FF;"" 0    2._FFLength_FFԀ_FFequal_FFԀ_FFto_FFԀ_FFor_FFԀ_FFgreater_FFԀ_FFthan_FFԀ12.7 j## _FFmm_FF;B$f$ 0    3._FFSingle_FFԀ_FFconvolution_FFԀ_FFdepth_FFԀ_FFgreater_FFԀ_FFthan_FF %>% 2_FFmm_FF;_FFand_FF% & 0    4._FFMade_FFԀ_FFof_FFԀ_FFhigh_FFԄ_FFstrength_FFԀ_FFaluminum_FF & ' _FFalloys_FF,_FFmaraging_FFԀ_FFsteel_FFԀ_FFor_FFԀ_FFhigh_FFԀ_FFstrength_FF '!(  _FFfibrous_FFԀ_FFor_FFԀ_FFfilamentary_FFԀ_FFmaterials_FF.z(")  % ! _FF2B229_FFԀ_FFCentrifugal_FFԀ_FFmultiplane_FFԀ_FFbalancing_FF +&%, _FFmachines_FF,_FFfixed_FFԀ_FFor_FFԀ_FFportable_FF,_FFhorizontal_FFԀ_FFor_FF +%- _FFvertical_FF,_FFas_FFԀ_FFfollows_FFԀ(_FFsee_FFԀ_FFList_FFԀ_FFof_FFԀ_FFItems_FF - _FFControlled_FF).  . %! _FFLicense_FFԀ_FFRequirements_FF  d0  D _FFReason_FFԀ_FFfor_FFԀ_FFControl_FF:_FFNP_FF,_FFAT_FF  82 _FFControl_FF(_FFs_FF)         L _FFCountry_FFԀ_FFChart_FF  4 _FFNP_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF L _FFNP_FFԀ_FFColumn_FFԀ1 t 6 _FFAT_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF L _FFAT_FFԀ_FFColumn_FFԀ1 $H 8  _FFLicense_FFԀ_FFExceptions_FF   :  D _FFLVS_FF:  _FFN_FF/_FFA_FFԀ    <  D _FFGBS_FF:  _FFN_FF/_FFA_FF   \ =  D _FFCIV_FF:  _FFN_FF/_FFA_FF 4X>  _FFList_FFԀ_FFof_FFԀ_FFItems_FFԀ_FFControlled_FF  @  D _FFUnit_FF:$_FFvalue_FF B 0 D _FFRelated_FFԀ_FFControls_FF:(1)_FFSee_FFԀ_FFECCN_FFԀ4.  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OZ!cent  7ga:#! @E ( _FFdevelopment_FF),4t O  5  _FF2E002_FF6\" Op"cent  7gaT"Ԁ( _FFproduction_FF),_FFand_FF F 4D O  5  _FF2E201_FF6# O#cent  7ga$#Ԁ( _FFuse_FF)_FFfor_FFԀ_FFtechnology_FFԀ_FFfor_FFԀ_FFitems_FF G _FFcontrolled_FFԀ_FFunder_FFԀ_FFthis_FFԀ_FFentry_FF.HD(#D(#  D _FFRelated_FFԀ_FFDefinitions_FF:_FFN_FF/_FFA_FF |I  D _FFItems_FF: TxJ a._FFCentrifugal_FFԀ_FFbalancing_FFԀ_FFmachines_FFԀ_FFdesigned_FFԀ_FFfor_FF  (L _FFbalancing_FFԀ_FFflexible_FFԀ_FFrotors_FFԀ_FFhaving_FFԀ_FFa_FFԀ_FFlength_FFԀ_FFof_FFԀ600  M _FFmm_FFԀ_FFor_FFԀ_FFmore_FFԀ_FFand_FFԀ_FFhaving_FFԀ_FFall_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FF !N _FFcharacteristics_FF: "O  D _FFa_FF.1._FFSwing_FFԀ_FFor_FFԀ_FFjournal_FFԀ_FFdiameter_FFԀ_FFgreater_FFԀ_FFthan_FF <$`Q 75_FFmm_FF; %8R  D _FFa_FF.2._FFMass_FFԀ_FFcapability_FFԀ_FFof_FFԀ_FFfrom_FFԀ0.9_FFto_FFԀ23_FFkg_FF; & T _FFand_FF '!U  D _FFa_FF.3._FFCapable_FFԀ_FFof_FFԀ_FFbalancing_FFԀ_FFspeed_FFԀ_FFof_FFԀ_FFrevolution_FF L)p#W _FFgreater_FFԀ_FFthan_FFԀ5,000_FFr.p.m._FF; $*H$X  +%Z b._FFCentrifugal_FFԀ_FFbalancing_FFԀ_FFmachines_FFԀ_FFdesigned_FFԀ_FFfor_FF  _FFbalancing_FFԀ_FFhollow_FFԀ_FFcylindrical_FFԀ_FFrotor_FFԀ_FFcomponents_FF  _FFand_FFԀ_FFhaving_FFԀ_FFall_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFcharacteristics_FF:    _FFb_FF.1._FFJournal_FFԀ_FFdiameter_FFԀ_FFgreater_FFԀ_FFthan_FFԀ75_FFmm_FF; < `   _FFb_FF.2._FFMass_FFԀ_FFcapability_FFԀ_FFof_FFԀ_FFfrom_FFԀ0.9_FFto_FFԀ23_FFkg_FF;     _FFb_FF.3._FFCapable_FFԀ_FFof_FFԀ_FFbalancing_FFԀ_FFto_FFԀ_FFa_FFԀ_FFresidual_FF   _FFimbalance_FFԀ_FFequal_FFԀ_FFto_FFԀ_FFor_FFԀ_FFless_FFԀ_FFthan_FFԀ0.01_FFkg_FFԀ_FFx_FFԀ_FFmm_FF/_FFkg_FF t   _FFper_FFԀ_FFplane_FF;_FFand_FF Lp    _FFb_FF.4._FFBelt_FFԀ_FFdrive_FFԀ_FFtype_FF.    _FF2B230_FFԀ _FFPressure_FFԀ_FFtransducers_FF_FFcapable_FFԀ_FFof_FF   _FFmeasuring_FFԀ_FFabsolute_FFԀ_FFpressures_FFԀ_FFat_FFԀ_FFany_FFԀ_FFpoint_FFԀ_FFin_FF \  _FFthe_FFԀ_FFrange_FFԀ0_FFto_FFԀ13_FFkPa_FFԀ_FFand_FFԀ_FFhaving_FFԀ_FFboth_FFԀ_FFof_FFԀ_FFthe_FF 4X _FFfollowing_FFԀ_FFcharacteristics_FFԀ(_FFsee_FFԀ_FFList_FFԀ_FFof_FFԀ_FFItems_FF  0 _FFControlled_FF).    _FFLicense_FFԀ_FFRequirements_FF     _FFReason_FFԀ_FFfor_FFԀ_FFControl_FF:_FFNP_FF,_FFAT_FF Dh _FFControl_FF(_FFs_FF) 4  `    _FFCountry_FFԀ_FFChart_FF  _FFNP_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FFԀ _FFNP_FFԀ_FFColumn_FFԀ1  _FFAT_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF _FFAT_FFԀ_FFColumn_FFԀ1 Tx  _FFLicense_FFԀ_FFExceptions_FF   (   _FFLVS_FF: 4 _FFN_FF/_FFA_FF !!   _FFGBS_FF: 4 _FFN_FF/_FFA_FF ""   _FFCIV_FF: 4 _FFN_FF/_FFA_FF d##  _FFList_FFԀ_FFof_FFԀ_FFItems_FFԀ_FFControlled_FF  %8%   _FFUnit_FF:$_FFvalue_FF & ' 0  _FFRelated_FFԀ_FFControls_FF:_FFSee_FFԀ_FFECCNs_FFԀ4ga O  5  _FF2E001_FF6E OEcent  7gaE '!( ( _FFdevelopment_FF),4ga  O  5  _FF2E002_FF6F OFcent  7ga GԀ( _FFproduction_FF),_FFand_FF t(") 4ga O  5  _FF2E201_FF6H OHcent  7gaJHԀ( _FFuse_FF)_FFfor_FFԀ_FFtechnology_FFԀ_FFfor_FFԀ_FFitems_FF L)p#* _FFcontrolled_FFԀ_FFunder_FFԀ_FFthis_FFԀ_FFentry_FF.$*H$+ 0  _FFRelated_FFԀ_FFDefinitions_FF:(1)_FFPressure_FFԀ_FFtransducers_FF * %, _FFare_FFԀ_FFdevices_FFԀ_FFthat_FFԀ_FFconvert_FFԀ_FFpressure_FF+%- _FFmeasurements_FFԀ_FFinto_FFԀ_FFan_FFԀ_FFelectrical_FFԀ_FFsignal_FF.(2) - _FFFor_FFԀ_FFpurposes_FFԀ_FFof_FFԀ_FFthis_FFԀ_FFentry_FF, _FFaccuracy_FF . _FFincludes_FFԀ_FFnon_FFԄ_FFlinearity_FF,_FFhysteresis_FFԀ_FFand_FF / _FFrepeatability_FFԀ_FFat_FFԀ_FFambient_FFԀ_FFtemperature_FF.d0D(#D(#  D _FFItems_FF: < `1 a._FFPressure_FFԀ_FFsensing_FFԀ_FFelements_FFԀ_FFmade_FFԀ_FFof_FFԀ_FFor_FF  3 _FFprotected_FFԀ_FFby_FFԀ_FFaluminum_FF,_FFaluminum_FFԀ_FFalloy_FF,_FFnickel_FFԀ_FFor_FF  4 _FFnickel_FFԀ_FFalloy_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ60%_FFnickel_FFԀ_FFby_FF  5 _FFweight_FF;_FFand_FF t 6 b._FFHaving_FFԀ_FFeither_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFcharacteristics_FF: $H 8  D _FFb_FF.1._FFA_FFԀ_FFfull_FFԀ_FFscale_FFԀ_FFof_FFԀ_FFless_FFԀ_FFthan_FFԀ13_FFkPa_FFԀ_FFand_FFԀ_FFan_FF  :  _FFaccuracy_FF_FFof_FFԀ_FFbetter_FFԀ_FFthan_FFԀ+1%_FFof_FFԀ_FFfull_FFԄ_FFscale_FF;_FFor_FF  ;  D _FFb_FF.2._FFA_FFԀ_FFfull_FFԀ_FFscale_FFԀ_FFof_FFԀ13_FFkPa_FFԀ_FFor_FFԀ_FFgreater_FFԀ_FFand_FFԀ_FFan_FF \ =  _FFaccuracy_FF_FFof_FFԀ_FFbetter_FFԀ_FFthan_FFԀ+130_FFPa_FF. 4X>  % " _FF2B231_FFԀ_FFVacuum_FFԀ_FFpumps_FFԀ_FFhaving_FFԀ_FFall_FFԀ_FFof_FFԀ_FFthe_FF A _FFfollowing_FFԀ_FFcharacteristics_FFԀ(_FFsee_FFԀ_FFList_FFԀ_FFof_FFԀ_FFItems_FF B _FFControlled_FF).  lC %"Y _FFLicense_FFԀ_FFRequirements_FF  @E  D _FFReason_FFԀ_FFfor_FFԀ_FFControl_FF:_FFNP_FF,_FFAT_FF G _FFControl_FF(_FFs_FF)         L _FFCountry_FFԀ_FFChart_FF |I _FFNP_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FFԀ L _FFNP_FFԀ_FFColumn_FFԀ1 ,PK _FFAT_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF L _FFAT_FFԀ_FFColumn_FFԀ1  M  _FFLicense_FFԀ_FFExceptions_FF  "O  D _FFLVS_FF:  _FFN_FF/_FFA_FF   <$`Q  D _FFGBS_FF:  _FFN_FF/_FFA_FF   %8R  D _FFCIV_FF:  _FFN_FF/_FFA_FF % S  _FFList_FFԀ_FFof_FFԀ_FFItems_FFԀ_FFControlled_FF  '!U  D _FFUnit_FF:$_FFvalue_FF L)p#W 0 D _FFRelated_FFԀ_FFControls_FF:(1)_FFSee_FFԀ_FFECCNs_FFԀ4gaK! O  5  _FF2E001_FF60e ODelowi  7f+#re $*H$X ( _FFdevelopment_FF),4ft O  5  _FF2E002_FF6Ff OZflowi  7fTfԀ( _FFproduction_FF),_FFand_FF * %Y 4fD O  5  _FF2E201_FF6g Oglowi  7f$gԀ( _FFuse_FF)_FFfor_FFԀ_FFtechnology_FFԀ_FFfor_FFԀ_FFitems_FF +%ZD(#D(# _FFcontrolledunderthisentry.(2)Vacuum  pumpsspeciallydesignedorpreparedforthe  separationofuraniumisotopesaresubjectto  theexportlicensingauthorityoftheNuclear d RegulatoryCommission(see10CFRpart < ` 110). 8 0  RelatedDefinitions:(1)Thepumpingspeed   isdeterminedatthemeasurementpointwith   nitrogengasorair.(2)Theultimatevacuum   isdeterminedattheinputofthepumpwith t   theinputofthepumpblockedoff.Lp    Items: $H  a.Inputthroatsizeequaltoorgreaterthan380   mm;   b.Pumpingspeedequaltoorgreaterthan15 \  m3/s;and 4X c.Capableofproducinganultimatevacuum  betterthan13.3mPa.   2B232Multistagelightgasgunsorotherhigh Dh velocitygunsystems(coil,electromagnetic, @ andelectrothermaltypes,andotheradvanced  systems)capableofacceleratingprojectilesto  2km/sorgreater.    LicenseRequirements Tx    ReasonforControl:NP,AT  ( Control(s) 4  `    CountryChart !! NPappliestoentireentry NPColumn1 d## ATappliestoentireentry ATColumn1 %8%  LicenseExceptions  & '   LVS: 4 N/A t(")   GBS: 4 N/A  L)p#*   CIV: 4 N/A $*H$+  +%-  ListofItemsControlled  -  D Unit:$value / 0 D RelatedControls:SeeECCNs4 fI! O  5  2E0016q Oqlowi  7f)#q d0 ( development),4 ft O  5  2E0026ir O}rlowi  7fTrԀ( production),and < `1 4 fD O  5  2E2016Bs OVslowi  7f$sԀ( use)fortechnologyforitems  82 controlledunderthisentry. 3D(#D(#  D RelatedDefinitions:N/A  4  D Items:  5 Thelistofitemscontrollediscontainedinthe Lp7 ECCNheading. $H 8   % b 2B290 Numericallycontrolledmachine  ; toolsnotcontrolledby2B001or2B201.   < %bHu LicenseRequirements  4X>  D ReasonforControl:NP,AT   @ Control(s)         L CountryChart B NPappliestoentireentry L NPColumn2 DhD ATappliestoentireentry L ATColumn1 F  D LicenseExceptions  H  D LVS:  N/A TxJ  D GBS:  N/A ,PK  D CIV:  N/A  (L  ListofItemsControlled  !N 0 D Unit:Equipmentinnumber;partsand d#P accessoriesin$value<$`QD(#D(# 0 D RelatedControls:(1)SeeECCNs4 f  O  5  2D0026'y O;ylowi  7f"iyԀand %8R 4 fD O  5  2D2906y Oylowi  7f8,zԀfor softwareforitemscontrolled % S underthisentry.(2)SeeECCNs4fN! O  5  2E0016z O{lowi  7f.#6{ & T ( development),4ft O  5  2E0026{ O{lowi  7fT |Ԁ( production),and '!U 4fD O  5  2E2906| O|lowi  7f$|Ԁ( use)fortechnologyforitems t("V controlledunderthisentry.(3)Alsosee L)p#W ECCNs4f O  5  2B0016} O}lowi  7f~,4f O  5  2B2016z~ O~lowi  7f~,and4ff O  5  2B9916* O>lowi  7fP l.$*H$XD(#D(# 0 D RelatedDefinition:N/A* %YD(#D(#  D Items: +%Z Їa.Turningmachinesorcombination  turning/millingmachinesthatarecapableof  machiningdiametersgreaterthan2.5meters.  b.[RESERVED]. < ` % T 2B350Chemicalmanufacturingfacilitiesand   equipment,exceptvalvescontrolledby2A226   or2A292,asfollows(seeListofItems t   Controlled). Lp   %TK LicenseRequirements      ReasonforControl:CB,AT   Control(s) 4  `    CountryChart \  CBappliestoentireentry CBColumn2  0 ATappliestoentireentry ATColumn1   LicenseExceptions l    LVS: 4 N/A @   GBS: 4 N/A    CIV: 4 N/A   &%% &ListofItemsControlled  |   Unit:Equipmentinnumber ,P 0  RelatedControls:Thecontrolsinthisentry  ( donotapplytoequipmentthatis:a.)    speciallydesignedforuseincivil !! applications(e.g.,foodprocessing,pulpand "" paperprocessing,orwaterpurification); d## ANDb.)inappropriate,bythenatureofits <$`$ design,foruseinstoring,processing, %8% producingorconductingandcontrollingthe % & flowofchemicalweaponsprecursors & ' controlledby1C350.'!( 0  RelatedDefinitions:Forpurposesofthis t(") entrytheterm chemicalwarfareagentsare L)p#* thoseagentssubjecttotheexportlicensing $*H$+ authorityoftheU.S.DepartmentofState, * %, DirectorateofDefenseTradeControls.(See+%- 22CFRpart121)-D(#D(#  D Items:# &%%&#&%% & . a.Reactionvesselsorreactors,withorwithout d0 agitators,withtotalinternal(geometric)volume < `1 greaterthan0.1m3(100liters)andlessthan20  82 m3(20,000liters),whereallsurfacesthatcomein  3 directcontactwiththechemical(s)being  4 processedorcontainedaremadefromanyofthe  5 followingmaterials: t 6  D a.1.Alloyswithmorethan25%nickeland $H 8 20%chromiumbyweight;  9  D a.2.Fluoropolymers;  ;  D a.3.Glass(includingvitrifiedorenameled \ = coatingorglasslining); 4X>  D a.4.Nickeloralloyswithmorethan40% @ nickelbyweight; A  D a.5.Tantalumortantalumalloys; lC  D a.6.Titaniumortitaniumalloys; @E  D a.7.Zirconiumorzirconiumalloys;or G  D a.8.Niobium(columbium)orniobiumalloys. |I b.Agitatorsforuseinreactionvesselsorreactors ,PK describedin2B350.a,andimpellers,bladesor  (L shaftsdesignedforsuchagitators,whereall  M surfacesthatcomeindirectcontactwiththe !N chemical(s)beingprocessedorcontainedare "O madefromanyofthefollowingmaterials: d#P  D b.1.Alloyswithmorethan25%nickeland %8R 20%chromiumbyweight; % S  D b.2.Fluoropolymers; '!U  D b.3.Glass(includingvitrifiedorenameled L)p#W coatingsorglasslining); $*H$X  +%Z   b.4.Nickeloralloyswithmorethan40%  nickelbyweight;    b.5.Tantalumortantalumalloys; d   b.6.Titaniumortitaniumalloys;  8 ̀  b.7.Zirconiumorzirconiumalloys;or     b.8.Niobium(columbium)orniobium t   alloys. Lp  c.Storagetanks,containersorreceiverswitha   totalinternal(geometric)volumegreaterthan0.1   m3(100liters)whereallsurfacesthatcomein   directcontactwiththechemical(s)being   processedorcontainedaremadefromanyofthe \  followingmaterials: 4X   c.1.Alloyswithmorethan25%nickeland  20%chromiumbyweight;    c.2.Fluoropolymers; l   c.3.Glass(includingvitrifiedorenameled @ coatingsorglasslining);    c.4.Nickeloralloyswithmorethan40%  nickelbyweight; |   c.5.Tantalumortantalumalloys; ,P   c.6.Titaniumortitaniumalloys;      c.7.Zirconiumorzirconiumalloys;or ""   c.8.Niobium(columbium)orniobiumalloys. <$`$ d.Heatexchangersorcondenserswithaheat % & transfersurfaceareaoflessthan20m2,but & ' greaterthan0.15m2,andtubes,plates,coilsor '!( blocks(cores)designedforsuchheatexchangers t(") orcondensers,whereallsurfacesthatcomein L)p#* directcontactwiththechemical(s)being $*H$+ processedaremadefromanyofthefollowing * %, materials: +%- Ї D d.1.Alloyswithmorethan25%nickeland - 20%chromiumbyweight; .  D d.2.Fluoropolymers; d0  D d.3.Glass(includingvitrifiedorenameled  82 coatingsorglasslining);  3  D d.4.Graphiteorcarbongraphite;  5  D d.5.Nickeloralloyswithmorethan40% Lp7 nickelbyweight; $H 8  D d.6.Siliconcarbide;  :  D d.7.Tantalumortantalumalloys;  <  D d.8.Titaniumortitaniumalloys; 4X>  D d.9.Titaniumcarbide; @  D d.10.Zirconiumorzirconiumalloys;or B  D d.11.Niobium(columbium)orniobium DhD alloys. @E e.Distillationorabsorptioncolumnsofinternal G diametergreaterthan0.1m,andliquid H distributors,vapordistributorsorliquidcollectors |I designedforsuchdistillationorabsorption TxJ columns,whereallsurfacesthatcomeindirect ,PK contactwiththechemical(s)beingprocessedare  (L madefromanyofthefollowingmaterials:  M  D e.1.Alloyswithmorethan25%nickeland "O 20%chromiumbyweight; d#P  D e.2.Fluoropolymers; %8R  D e.3.Glass(includingvitrifiedorenameled & T coatingsorglasslining); '!U  D e.4.Graphiteorcarbongraphite; L)p#W  D e.5.Nickeloralloyswithmorethan40% * %Y nickelby_FF_FFweight_FF; +%Z Ї  _FFe_FF.6._FFTantalum_FFԀ_FFor_FFԀ_FFtantalum_FFԀ_FFalloys_FF;    _FFe_FF.7._FFTitanium_FFԀ_FFor_FFԀ_FFtitanium_FFԀ_FFalloys_FF;    _FFe_FF.8._FFZirconium_FFԀ_FFor_FFԀ_FFzirconium_FFԀ_FFalloys_FF;_FFor_FF < `   _FFe_FF.9._FFNiobium_FFԀ(_FFcolumbium_FF)_FFor_FFԀ_FFniobium_FFԀ_FFalloys_FF.   f._FFRemotely_FFԀ_FFoperated_FFԀ_FFfilling_FFԀ_FFequipment_FFԀ_FFin_FFԀ_FFwhich_FF   _FFall_FFԀ_FFsurfaces_FFԀ_FFthat_FFԀ_FFcome_FFԀ_FFin_FFԀ_FFdirect_FFԀ_FFcontact_FFԀ_FFwith_FFԀ_FFthe_FF t   _FFchemical_FF(_FFs_FF)_FFbeing_FFԀ_FFprocessed_FFԀ_FFare_FFԀ_FFmade_FFԀ_FFfrom_FFԀ_FFany_FF Lp  _FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFmaterials_FF: $H    _FFf_FF.1._FFAlloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ25%_FFnickels_FFԀ_FFand_FF   20%_FFchromium_FFԀ_FFby_FFԀ_FFweight_FF;_FFor_FF     _FFf_FF.2._FFNickel_FFԀ_FFor_FFԀ_FFalloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ40% \  _FFnickel_FFԀ_FFby_FFԀ_FFweight_FF. 4X % 2 g._FFValves_FFԀ_FFwith_FFԀ_FFnominal_FFԀ_FFsizes_FFԀ_FFgreater_FFԀ_FFthan_FFԀ1.0_FFcm_FF  (C_FFin_FF.),_FFand_FFԀ_FFcasings_FFԀ(_FFvalve_FFԀ_FFbodies_FF)_FFor_FFԀ_FFpreformed_FF  _FFcasing_FFԀ_FFliners_FFԀ_FFdesigned_FFԀ_FFfor_FFԀ_FFsuch_FFԀ_FFvalves_FF,# &%%&_#&%% &_FFin_FFԀ_FFwhich_FF  _FFall_FFԀ_FFsurfaces_FFԀ_FFthat_FFԀ_FFcome_FFԀ_FFin_FFԀ_FFdirect_FFԀ_FFcontact_FFԀ_FFwith_FFԀ_FFthe_FF l _FFchemical_FF(_FFs_FF)_FFbeing_FFԀ_FFprocessed_FFԀ_FFor_FFԀ_FFcontained_FFԀ_FFare_FF Dh _FFmade_FFԀ_FFfrom_FFԀ_FFany_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFmaterials_FF: @ %22  _FFg_FF.1._FFNickel_FFԀ_FFor_FFԀ_FFalloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ40%  _FFnickel_FFԀ_FFby_FFԀ_FFweight_FF;# &%%&#&%% &    _FFg_FF.2._FFAlloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ25%_FFnickel_FFԀ_FFand_FF Tx 20%_FFchromium_FFԀ_FFby_FFԀ_FFweight_FF;# &%%&#&%% & ,P   _FFg_FF.3._FFFluoropolymers_FF;# &%%&#&%% &      _FFg_FF.4._FFGlass_FFԀ_FFor_FFԀ_FFglass_FFԀ_FFlined_FFԀ(_FFincluding_FFԀ_FFvitrified_FF "" _FFor_FFԀ_FFenameled_FFԀ_FFcoatings_FF);# &%%&<#&%% & d##   _FFg_FF.5._FFTantalum_FFԀ_FFor_FFԀ_FFtantalum_FFԀ_FFalloys_FF; %8%   _FFg_FF.6._FFTitanium_FFԀ_FFor_FFԀ_FFtitanium_FFԀ_FFalloys_FF; & '   _FFg_FF.7._FFZirconium_FFԀ_FFor_FFԀ_FFzirconium_FFԀ_FFalloys_FF;_FFor_FF t(")   _FFg_FF.8._FFNiobium_FFԀ(_FFcolumbium_FF)_FFor_FFԀ_FFniobium_FFԀ_FFalloys_FF. $*H$+ h._FFMulti_FFԄ_FFwalled_FFԀ_FFpiping_FFԀ_FFincorporating_FFԀ_FFa_FFԀ_FFleak_FF +%- _FFdetection_FFԀ_FFport_FF,_FFin_FFԀ_FFwhich_FFԀ_FFall_FFԀ_FFsurfaces_FFԀ_FFthat_FFԀ_FFcome_FFԀ_FFin_FF - _FFdirect_FFԀ_FFcontact_FFԀ_FFwith_FFԀ_FFthe_FFԀ_FFchemical_FF(_FFs_FF)_FFbeing_FF . _FFprocessed_FFԀ_FFor_FFԀ_FFcontained_FFԀ_FFare_FFԀ_FFmade_FFԀ_FFfrom_FFԀ_FFany_FFԀ_FFof_FFԀ_FFthe_FF / _FFfollowing_FFԀ_FFmaterials_FF: d0  D _FFh_FF.1._FFAlloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ25%_FFnickel_FFԀ_FFand_FF  82 20%_FFchromium_FFԀ_FFby_FFԀ_FFweight_FF;  3  D _FFh_FF.2._FFFluoropolymers_FF;  5  D _FFh_FF.3._FFGlass_FFԀ(_FFincluding_FFԀ_FFvitrified_FFԀ_FFor_FFԀ_FFenameled_FF Lp7 _FFcoatings_FFԀ_FFor_FFԀ_FFglass_FFԀ_FFlining_FF); $H 8  D _FFh_FF.4._FFGraphite_FFԀ_FFor_FFԀ_FFcarbon_FFԄ_FFgraphite_FF;  :  D _FFh_FF.5._FFNickel_FFԀ_FFor_FFԀ_FFalloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ40%  < _FFnickel_FFԀ_FFby_FFԀ_FFweight_FF; \ =  D _FFh_FF.6._FFTantalum_FFԀ_FFor_FFԀ_FFtantalum_FFԀ_FFalloys_FF;  0?  D _FFh_FF.7._FFTitanium_FFԀ_FFor_FFԀ_FFtitanium_FFԀ_FFalloys_FF; A  D _FFh_FF.8._FFZirconium_FFԀ_FFor_FFԀ_FFzirconium_FFԀ_FFalloys_FF;_FFor_FF lC  D _FFh_FF.9._FFNiobium_FFԀ(_FFcolumbium_FF)_FFor_FFԀ_FFniobium_FF @E _FFalloys_FF. F _FFi_FF._FFMultiple_FFԄ_FFseal_FFԀ_FFand_FFԀ_FFseal_FFԄ_FFless_FFԀ_FFpumps_FFԀ_FFwith_FF H _FFmanufacturer_FF'_FFs_FFԀ_FFspecified_FFԀ_FFmaximum_FFԀ_FFflow_FFԄ_FFrate_FF |I _FFgreater_FFԀ_FFthan_FFԀ0.6_FFm3_FF/_FFhour_FF,_FFor_FFԀ_FFvacuum_FFԀ_FFpumps_FFԀ_FFwith_FF TxJ _FFmanufacturer_FF'_FFs_FFԀ_FFspecified_FFԀ_FFmaximum_FFԀ_FFflow_FFԄ_FFrate_FF ,PK _FFgreater_FFԀ_FFthan_FFԀ5_FFm3_FF/_FFhour_FFԀ(_FFunder_FFԀ_FFstandard_FF  (L _FFtemperature_FFԀ(273_FFK_FFԀ(0$_FFC_FF))_FFand_FFԀ_FFpressure_FFԀ(101.3  M _FFkPa_FF)_FFconditions_FF),_FFand_FFԀ_FFcasings_FFԀ(_FFpump_FFԀ_FFbodies_FF), !N _FFpreformed_FFԀ_FFcasing_FFԀ_FFliners_FF,_FFimpellers_FF,_FFrotors_FFԀ_FFor_FFԀ_FFjet_FF "O _FFpump_FFԀ_FFnozzles_FFԀ_FFdesigned_FFԀ_FFfor_FFԀ_FFsuch_FFԀ_FFpumps_FF,_FFin_FFԀ_FFwhich_FF d#P _FFall_FFԀ_FFsurfaces_FFԀ_FFthat_FFԀ_FFcome_FFԀ_FFinto_FFԀ_FFdirect_FFԀ_FFcontact_FFԀ_FFwith_FFԀ_FFthe_FF <$`Q _FFchemical_FF(_FFs_FF)_FFbeing_FFԀ_FFprocessed_FFԀ_FFare_FFԀ_FFmade_FFԀ_FFfrom_FFԀ_FFany_FF %8R _FFof_FFԀ_FFthe_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFmaterials_FF: % S  D _FFi_FF.1._FFAlloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ25%_FFnickel_FFԀ_FFand_FF '!U 20%_FFchromium_FFԀ_FFby_FFԀ_FFweight_FF; t("V  D _FFi_FF.2._FFCeramics_FF; $*H$X  D _FFi_FF.3._FFFerrosilicon_FF; +%Z Ї  _FFi_FF.4._FFFluoropolymers_FF;    _FFi_FF.5._FFGlass_FFԀ(_FFincluding_FFԀ_FFvitrified_FFԀ_FFor_FFԀ_FFenameled_FF  _FFcoatings_FFԀ_FFor_FFԀ_FFglass_FFԀ_FFlining_FF); d   _FFi_FF.6._FFGraphite_FFԀ_FFor_FFԀ_FFcarbon_FFԄ_FFgraphite_FF;  8   _FFi_FF.7._FFNickel_FFԀ_FFor_FFԀ_FFalloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ40%   _FFnickel_FFԀ_FFby_FFԀ_FFweight_FF;     _FFi_FF.8._FFTantalum_FFԀ_FFor_FFԀ_FFtantalum_FFԀ_FFalloys_FF; Lp    _FFi_FF.9._FFTitanium_FFԀ_FFor_FFԀ_FFtitanium_FFԀ_FFalloys_FF;   ̀  _FFi_FF.10._FFZirconium_FFԀ_FFor_FFԀ_FFzirconium_FFԀ_FFalloys_FF;_FFor_FF     _FFi_FF.11._FFNiobium_FFԀ(_FFcolumbium_FF)_FFor_FFԀ_FFniobium_FF \  _FFalloys_FF. 4X j._FFIncinerators_FFԀ_FFdesigned_FFԀ_FFto_FFԀ_FFdestroy_FFԀ_FFchemical_FF  _FFwarfare_FFԀ_FFagents_FF,_FFchemical_FFԀ_FFweapons_FFԀ_FFprecursors_FF  _FFcontrolled_FFԀ_FFby_FFԀ_FF1C350_FF,_FFor_FFԀ_FFchemical_FFԀ_FFmunitions_FF  _FFhaving_FFԀ_FFspecially_FFԀ_FFdesigned_FFԀ_FFwaste_FFԀ_FFsupply_FFԀ_FFsystems_FF, l _FFspecial_FFԀ_FFhandling_FFԀ_FFfacilities_FFԀ_FFand_FFԀ_FFan_FFԀ_FFaverage_FF Dh _FFcombustion_FFԀ_FFchamber_FFԀ_FFtemperature_FFԀ_FFgreater_FFԀ_FFthan_FF @ _FF1000o_FFԀ_FFC_FFԀ_FFin_FFԀ_FFwhich_FFԀ_FFall_FFԀ_FFsurfaces_FFԀ_FFin_FFԀ_FFthe_FFԀ_FFwaste_FFԀ_FFsupply_FF  _FFsystem_FFԀ_FFthat_FFԀ_FFcome_FFԀ_FFinto_FFԀ_FFdirect_FFԀ_FFcontact_FFԀ_FFwith_FFԀ_FFthe_FF  _FFwaste_FFԀ_FFproducts_FFԀ_FFare_FFԀ_FFmade_FFԀ_FFfrom_FFԀ_FFor_FFԀ_FFlined_FFԀ_FFwith_FFԀ_FFany_FF  _FFof_FFԀ_FFthe_FFԀ_FFfollowing_FFԀ_FFmaterials_FF: |   _FFj_FF.1._FFAlloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ25%_FFnickel_FFԀ_FFand_FF ,P 20%_FFchromium_FFԀ_FFby_FFԀ_FFweight_FF;  (   _FFj_FF.2._FFCeramics_FF;_FFor_FF !!   _FFj_FF.3._FFNickel_FFԀ_FFor_FFԀ_FFalloys_FFԀ_FFwith_FFԀ_FFmore_FFԀ_FFthan_FFԀ40% d## _FFnickel_FFԀ_FFby_FFԀ_FFweight_FF. <$`$   _FFTechnical_FFԀ_FFNote_FF: _FFCarbon_FFԄ_FFgraphite_FFԀ_FFis_FFԀ_FFa_FF % & _FFcomposition_FFԀ_FFconsisting_FFԀ_FFprimarily_FFԀ_FFof_FFԀ_FFgraphite_FFԀ_FFand_FF & ' _FFamorphous_FFԀ_FFcarbon_FF,_FFin_FFԀ_FFwhich_FFԀ_FFthe_FFԀ_FFgraphite_FFԀ_FFis_FFԀ8 '!( _FFpercent_FFԀ_FFor_FFԀ_FFmore_FFԀ_FFby_FFԀ_FFweight_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFcomposition_FF.# &%%&:#&%% & v(") # &%%& # &%% &_FF2B351_FFԀ_FFToxic_FFԀ_FFgas_FFԀ_FFmonitoring_FFԀ_FFsystems_FFԀ_FFthat_FF *"%, _FFoperate_FFԀ_FFon_FFԄ_FFline_FFԀ_FFand_FFԀ_FFdedicated_FFԀ_FFdetectors_FF +%- _FFtherefor_FF,_FFexcept_FFԀ_FFthose_FFԀ_FFsystems_FFԀ_FFand_FFԀ_FFdetectors_FF - _FFcontrolled_FFԀ_FFby_FFԀ_FFECCN_FFԀ_FF1A004_FF.c.# &%%&l# . _FFLicense_FFԀ_FFRequirements_FF  d0  D _FFReason_FFԀ_FFfor_FFԀ_FFControl_FF:_FFCB_FF,_FFAT_FF  82 _FFControl_FF(_FFs_FF)         L _FFCountry_FFԀ_FFChart_FF  4 &%% &_FFCB_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF# &%%&# L _FFCB_FFԀ_FFColumn_FFԀ2 t 6 _FFAT_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF L _FFAT_FFԀ_FFColumn_FFԀ1 $H 8  _FFLicense_FFԀ_FFExceptions_FF   :  D _FFLVS_FF:  _FFN_FF/_FFA_FF  <  D _FFGBS_FF:  _FFN_FF/_FFA_FF \ =  D _FFCIV_FF:  _FFN_FF/_FFA_FF 4X>  _FFList_FFԀ_FFof_FFԀ_FFItems_FFԀ_FFControlled_FF  @  D _FFUnit_FF:_FFEquipment_FFԀ_FFin_FFԀ_FFnumber_FF B 0 D _FFRelated_FFԀ_FFControls_FF:_FFAlso_FFԀ_FFsee_FFԀ_FFECCN_FFԀ_FF1A004_FF, lC _FFwhich_FFԀ_FFcontrols_FFԀ_FFchemical_FFԀ_FFdetection_FFԀ_FFsystems_FF DhD _FFand_FFԀ_FFspecially_FFԀ_FFdesigned_FFԀ_FFcomponents_FFԀ_FFtherefor_FF @E _FFthat_FFԀ_FFare_FFԀ_FFspecially_FFԀ_FFdesigned_FFԀ_FFor_FFԀ_FFmodified_FFԀ_FFfor_FF F _FFdetection_FFԀ_FFor_FFԀ_FFidentification_FFԀ_FFof_FFԀ_FFchemical_FF G _FFwarfare_FFԀ_FFagents_FF,_FFbut_FFԀ_FFnot_FFԀ_FFspecially_FFԀ_FFdesigned_FFԀ_FFfor_FF H _FFmilitary_FFԀ_FFuse_FF,_FFand_FFԀ_FFECCN_FFԀ_FF1A995_FF,_FFwhich_FF |I _FFcontrols_FFԀ_FFcertain_FFԀ_FFdetection_FFԀ_FFequipment_FFԀ_FFand_FF TxJ _FFcomponents_FFԀ_FFnot_FFԀ_FFcontrolled_FFԀ_FFby_FFԀ_FFECCN_FFԀ_FF1A004_FF ,PK _FFor_FFԀ_FFby_FFԀ_FFthis_FFԀ_FFECCN_FF. (LD(#D(# 0 D _FFRelated_FFԀ_FFDefinitions_FF:_FFFor_FFԀ_FFthe_FFԀ_FFpurposes_FFԀ_FFof_FFԀ_FFthis_FF  M _FFentry_FF,_FFthe_FFԀ_FFterm_FFԀ _FFcontinuous_FFԀ_FFoperation_FF !N _FFdescribes_FFԀ_FFthe_FFԀ_FFcapability_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFequipment_FFԀ_FFto_FF "O _FFoperate_FFԀ_FFon_FFԀ_FFline_FFԀ_FFwithout_FFԀ_FFhuman_FFԀ_FFintervention_FF. d#P _FFThe_FFԀ_FFintent_FFԀ_FFof_FFԀ_FFthis_FFԀ_FFentry_FFԀ_FFis_FFԀ_FFto_FFԀ_FFcontrol_FFԀ_FFtoxic_FFԀ_FFgas_FF <$`Q _FFmonitoring_FFԀ_FFsystems_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFcollection_FFԀ_FFand_FF %8R _FFdetection_FFԀ_FFof_FFԀ_FFsamples_FFԀ_FFin_FFԀ_FFenvironments_FFԀ_FFsuch_FFԀ_FFas_FF % S _FFchemical_FFԀ_FFplants_FF,_FFrather_FFԀ_FFthan_FFԀ_FFthose_FFԀ_FFused_FFԀ_FFfor_FF & T _FFbatch_FFԄ_FFmode_FFԀ_FFoperation_FFԀ_FFin_FFԀ_FFlaboratories_FF.'!UD(#D(#  D _FFItems_FF: t("V a._FFDesigned_FFԀ_FFfor_FFԀ_FFcontinuous_FFԀ_FFoperation_FFԀ_FFand_FFԀ_FFusable_FF $*H$X _FFfor_FFԀ_FFthe_FFԀ_FFdetection_FFԀ_FFof_FFԀ_FFchemical_FFԀ_FFwarfare_FFԀ_FFagents_FFԀ_FFor_FF * %Y _FFchemicals_FFԀ_FFcontrolled_FFԀ_FFby_FFԀ_FF1C350_FFԀ_FFat_FFԀ_FFconcentrations_FF +%Z _FFof_FFԀ_FFless_FFԀ_FFthan_FFԀ_FF0.3mg_FF/_FFm_FF;_FFor_FF  b._FFDesigned_FFԀ_FFfor_FFԀ_FFthe_FFԀ_FFdetection_FFԀ_FFof_FF  _FFcholinesterase_FF-_FFinhibiting_FFԀ_FFactivity_FF. d  _FF2B352_FFԀ_FFEquipment_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFuse_FFԀ_FFin_FFԀ_FFhandling_FF   _FFbiological_FFԀ_FFmaterials_FF,_FFas_FFԀ_FFfollows_FFԀ(_FFsee_FFԀ_FFList_FFԀ_FFof_FF   _FFItems_FFԀ_FFControlled_FF). t    _FFLicense_FFԀ_FFRequirements_FF  $H    _FFReason_FFԀ_FFfor_FFԀ_FFControl_FF:_FFCB_FF,_FFAT_FF   _FFControl_FF(_FFs_FF) 4  `    _FFCountry_FFԀ_FFChart_FF   _FFCB_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FFԀ _FFCB_FFԀ_FFColumn_FFԀ2 4X _FFAT_FFԀ_FFapplies_FFԀ_FFto_FFԀ_FFentire_FFԀ_FFentry_FF _FFAT_FFԀ_FFColumn_FFԀ1   _FFLicense_FFԀ_FFExceptions_FF     _FFLVS_FF: 4 _FFN_FF/_FFA_FF Dh   _FFGBS_FF: 4 _FFN_FF/_FFA_FF @   _FFCIV_FF: 4 _FFN_FF/_FFA_FF  $&%% & _FFList_FFԀ_FFof_FFԀ_FFItems_FFԀ_FFControlled_FF     _FFUnit_FF:_FFEquipment_FFԀ_FFin_FFԀ_FFnumber_FF Tx 0  _FFRelated_FFԀ_FFControls_FF:_FFSee_FFԀ_FFECCNs_FFԀ_FF1A004_FFԀ_FFand_FF ,P _FF1A995_FFԀ_FFfor_FFԀ_FFprotective_FFԀ_FFequipment_FFԀ_FFthat_FFԀ_FFis_FFԀ_FFnot_FF  ( _FFcovered_FFԀ_FFby_FFԀ_FFthis_FFԀ_FFentry_FF._FFAlso_FFԀ_FFsee_FFԀ_FFECCN_FFԀ_FF9A120_FF    _FFfor_FFԀ_FFcontrols_FFԀ_FFon_FFԀ_FFcertain_FFԀ _FFUAV_FF_FFsystems_FF !! _FFdesigned_FFԀ_FFor_FFԀ_FFmodified_FFԀ_FFto_FFԀ_FFdispense_FFԀ_FFan_FFԀ_FFaerosol_FF "" _FFand_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFcarrying_FFԀ_FFelements_FFԀ_FFof_FFԀ_FFa_FFԀ_FFpayload_FF d## _FFin_FFԀ_FFthe_FFԀ_FFform_FFԀ_FFof_FFԀ_FFa_FFԀ_FFparticulate_FFԀ_FFor_FFԀ_FFliquid_FF,_FFother_FF <$`$ _FFthan_FFԀ_FFfuel_FFԀ_FFcomponents_FFԀ_FFof_FFԀ_FFsuch_FFԀ_FFvehicles_FF,_FFof_FFԀ_FFa_FF %8% _FFvolume_FFԀ_FFgreater_FFԀ_FFthan_FFԀ20_FFliters_FF.% & 0  _FFRelated_FFԀ_FFDefinitions_FF:(1) _FFLighter_FFԀ_FFthan_FFԀ_FFair_FF & ' _FFvehicles_FF!_FFballoons_FFԀ_FFand_FFԀ_FFairships_FFԀ_FFthat_FFԀ_FFrely_FFԀ_FFon_FF '!( _FFhot_FFԀ_FFair_FFԀ_FFor_FFԀ_FFon_FFԀ_FFlighter_FFԄ_FFthan_FFԄ_FFair_FFԀ_FFgases_FF,_FFsuch_FFԀ_FFas_FF t(") _FFhelium_FFԀ_FFor_FFԀ_FFhydrogen_FF,_FFfor_FFԀ_FFtheir_FFԀ_FFlift_FF.(2) L)p#*  _FFUAVs_FF!_FFUnmanned_FFԀ_FFAerial_FFԀ_FFVehicles_FF.(3) $*H$+  _FFVMD_FF!_FFVolume_FFԀ_FFMedian_FFԀ_FFDiameter_FF.* %,   _FFItems_FF: +%- Їa._FFComplete_FFԀ_FFcontainment_FFԀ_FFfacilities_FFԀ_FFat_FFԀ_FFP3_FFԀ_FFor_FFԀ_FFP4_FF - _FFcontainment_FFԀ_FFlevel_FF. .  D _FFTechnical_FFԀ_FFNote_FF: _FFP3_FFԀ_FFor_FFԀ_FFP4_FFԀ(_FFBL3_FF,_FFBL4_FF,_FFL3_FF, d0 _FFL4_FF)_FFcontainment_FFԀ_FFlevels_FFԀ_FFare_FFԀ_FFas_FFԀ_FFspecified_FFԀ_FFin_FFԀ_FFthe_FF > b1 _FFWHO_FFԀ_FFLaboratory_FFԀ_FFBiosafety_FFԀ_FFManual_FFԀ(3rd_FFedition_FF,  :2 _FFGeneva_FF,2004).  3 b._FFFermenters_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFcultivation_FFԀ_FFof_FF  5 _FFpathogenic_FFԀ_FFmicroorganisms_FF,_FFviruses_FF,_FFor_FFԀ_FFfor_FFԀ_FFtoxin_FF v 6 _FFproduction_FF,_FFwithout_FFԀ_FFthe_FFԀ_FFpropagation_FFԀ_FFof_FFԀ_FFaerosols_FF, Nr7 _FFhaving_FFԀ_FFa_FFԀ_FFcapacity_FFԀ_FFequal_FFԀ_FFto_FFԀ_FFor_FFԀ_FFgreater_FFԀ_FFthan_FFԀ &J 8 20_FFliters_FF. " 9  D  _FFTechnical_FFԀ_FFNote_FF: _FFFermenters_FFԀ_FFinclude_FF  ; _FFbioreactors_FF,_FFchemostats_FF,_FFand_FFԀ_FFcontinuous_FF-_FFflow_FF  < _FFsystems_FF. ` = c._FFCentrifugal_FFԀ_FFseparators_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFthe_FF 4? _FFcontinuous_FFԀ_FFseparation_FFԀ_FFof_FFԀ_FFpathogenic_FF  @ _FFmicroorganisms_FF,_FFwithout_FFԀ_FFthe_FFԀ_FFpropagation_FFԀ_FFof_FF A _FFaerosols_FF,_FFand_FFԀ_FFhaving_FFԀ_FFall_FFԀ_FFof_FFԀ_FFthe_FFԀ_FFfollowing_FF B _FFcharacteristics_FF: pC  D _FFc_FF.1._FFOne_FFԀ_FFor_FFԀ_FFmore_FFԀ_FFsealing_FFԀ_FFjoints_FFԀ_FFwithin_FFԀ_FFthe_FF  DE _FFsteam_FFԀ_FFcontainment_FFԀ_FFarea_FF; F  D _FFc_FF.2._FFA_FFԀ_FFflow_FFԀ_FFrate_FFԀ_FFgreater_FFԀ_FFthan_FFԀ100_FFliters_FFԀ_FFper_FF H _FFhour_FF; I  D _FFc_FF.3._FFComponents_FFԀ_FFof_FFԀ_FFpolished_FFԀ_FFstainless_FFԀ_FFsteel_FF 0TK _FFor_FFԀ_FFtitanium_FF;_FFand_FF  ,L  D _FFc_FF.4._FFCapable_FFԀ_FFof_FFԀ_FFin_FFԄ_FFsitu_FFԀ_FFsteam_FFԀ_FFsterilization_FFԀ_FFin_FF !N _FFa_FFԀ_FFclosed_FFԀ_FFstate_FF. "O  D  _FFTechnical_FFԀ_FFNote_FF: _FFCentrifugal_FFԀ_FFseparators_FF @$dQ _FFinclude_FFԀ_FFdecanters_FF. %>R d._FFCross_FFԀ(_FFtangential_FF)_FFflow_FFԀ_FFfiltration_FFԀ_FFequipment_FF & T _FFand_FFԀ_FFaccessories_FF,_FFas_FFԀ_FFfollows_FF: '!U  D _FFd_FF.1._FFCross_FFԀ(_FFtangential_FF)_FFflow_FFԀ_FFfiltration_FF R)v#W _FFequipment_FFԀ_FFcapable_FFԀ_FFof_FFԀ_FFseparation_FFԀ_FFof_FFԀ_FFpathogenic_FF **N$X _FFmicroorganisms_FF,_FFviruses_FF,_FFtoxins_FFԀ_FFor_FFԀ_FFcell_FFԀ_FFcultures_FF, +&%Y _FFwithout_FFԀ_FFthe_FFԀ_FFpropagation_FFԀ_FFof_FFԀ_FFaerosols_FF,_FFhaving_FFԀ_FFall_FFԀ_FFof_FF +%Z _FFthefollowingcharacteristics:      d.1.a.Atotalfiltrationareaequaltoor  greaterthan1squaremeter(1m2);and d     d.1.b.Capableofbeingsterilizedor  8 disinfectedinsitu.      N.B.: 2B352.d.1doesnotcontrolreverse   osmosisequipment,asspecifiedbythe v   manufacturer. Nr    d.2.Cross(tangential)flowfiltration "  components(e.g.,modules,elements,cassettes,   cartridges,unitsorplates)withfiltrationarea   equaltoorgreaterthan0.2squaremeters(0.2m2)   foreachcomponentanddesignedforuseincross ^  (tangential)flowfiltrationequipmentcontrolled 6Z by2B352.d.1. 2   TechnicalNote: InthisECCN, sterilized  denotestheeliminationofallviablemicrobes  fromtheequipmentthroughtheuseofeither p physical(e.g.,steam)orchemicalagents. Hl  Disinfecteddenotesthedestructionofpotential  D microbialinfectivityintheequipmentthroughthe  useofchemicalagentswithagermicidaleffect.   Disinfectionand sterilizationaredistinct  from sanitization,thelatterreferringto  cleaningproceduresdesignedtolowerthe X| microbialcontentofequipmentwithout 0T necessarilyachievingeliminationofallmicrobial  , infectivityorviability.    e.Steamsterilizablefreeze-dryingequipment "" withacondensercapacityof10kgsoficeor h## greaterin24hours,butlessthan1,000kgsofice @$d$ in24hours. %<% f.Protectiveandcontainmentequipment,as & ' follows: '!(   f.1.Protectivefullorhalfsuits,orhoods P)t#* dependantuponatetheredexternalairsupplyand (*L$+ operatingunderpositivepressure; +$%,  +%-  D TechnicalNote: Thisentrydoesnotcontrol - suitsdesignedtobewornwithselfcontained . breathingapparatus. /  D f.2.ClassIIIbiologicalsafetycabinetsor > b1 isolatorswithsimilarperformancestandards,e.g.,  :2 flexibleisolators,dryboxes,anaerobicchambers,  3 gloveboxesorlaminarflowhoods(closedwith  4 verticalflow).  5 g.Chambersdesignedforaerosolchallenge Nr7 testingwithmicroorganisms,viruses,ortoxins &J 8 andhavingacapacityof1m3orgreater. " 9 h.Sprayingorfoggingsystemsandcomponents  ; therefor,asfollows:  <  D h.1.Completesprayingorfoggingsystems, 6Z> speciallydesignedormodifiedforfittingto 2? aircraft, lighterthanairvehicles,or UAVs,  @ capableofdelivering,fromaliquidsuspension, A aninitialdroplet VMDoflessthan50microns B ataflowrateofgreaterthan2litersperminute; nC  D h.2.Sprayboomsorarraysofaerosol BE generatingunits,speciallydesignedormodified F forfittingtoaircraft, lighterthanairvehicles, G or UAVs,capableofdelivering,fromaliquid H suspension,aninitialdroplet VMDoflessthan ~I 50micronsataflowrateofgreaterthan VzJ 2litersperminute; .RK  D h.3.Aerosolgeneratingunitsspecially  M designedforfittingtothesystemsspecifiedin !N paragraphsh.1andh.2ofthisECCN. "O  D  TechnicalNotes: 1. Aerosolgenerating >$bQ unitsaredevicesspeciallydesignedormodified %<R forfittingtoaircraftandincludenozzles,rotary % S drumatomizersandsimilardevices. & T 2.ThisECCNdoesnotcontrolsprayingor x("V foggingsystemsandcomponents,asspecifiedin P)t#W 2B352.h.,thataredemonstratednottobecapable (*L$X ofdeliveringbiologicalagentsintheformof +$%Y infectiousaerosols. +%Z Ї3.Dropletsizeforsprayequipmentornozzles  speciallydesignedforuseonaircraftor UAVs  shouldbemeasuredusingeitherofthefollowing  methods(pendingtheadoptionofinternationally d acceptedstandards): < ` 0  a.Dopplerlasermethod, 8 0  b.Forwardlaserdiffractionmethod.  # &%%$&)# % ] 2B991Numericalcontrolunitsformachine t   toolsand numericallycontrolledmachine Lp  tools,n.e.s. $H  %]n LicenseRequirements      ReasonforControl:AT   Control(s) 4  `    CountryChart 4X ATappliestoentireentry ATColumn1   LicenseExceptions     LVS: 4 N/A Dh   GBS: 4 N/A  @   CIV: 4 N/A   ListofItemsControlled     Unit:Equipmentinnumber Tx 0  RelatedControls:AlsoseeECCNs4N O  5  2B0016r O)r   7toWr, ,P 4to O  5  2B2016r Or   7tos,and4toZ  O  5  2B2906s Os   7toD s. (   RelatedDefinitions:N/A      Items: !! a. Numericalcontrolunitsformachinetools: d##   a.1.Havingfourinterpolatingaxesthatcan %8% becoordinatedsimultaneouslyfor contouring % & control;or & '   a.2.Havingtwoormoreaxesthatcanbe t(") coordinatedsimultaneouslyfor contouring L)p#* controlandaminimumprogrammableincrement $*H$+ better(less)than0.001mm; * %,  +%-  D a.3. Numericalcontrolunitsformachine - toolshavingtwo,threeorfourinterpolatingaxes . thatcanbecoordinatedsimultaneouslyfor /  contouringcontrol,andcapableofreceiving d0 directly(on-line)andprocessing < `1 computer-aided-design(CAD)dataforinternal  82 preparationofmachineinstructions;or  3 b. Motioncontrolboardsspeciallydesignedfor  5 machinetoolsandhavinganyofthefollowing t 6 characteristics: Lp7  D b.1.Interpolationinmorethanfouraxes;  9  D b.2.Capableof realtimeprocessingof  ; datatomodifytoolpath,feedrateandspindle  < data,duringthemachiningoperation,byanyof \ = thefollowing: 4X>  D  p b.2.a.Automaticcalculationand @ modificationofpartprogramdataformachining A intwoormoreaxesbymeansofmeasuring B cyclesandaccesstosourcedata;or lC  D  p b.2.b. Adaptivecontrolwithmorethan @E onephysicalvariablemeasuredandprocessedby F meansofacomputingmodel(strategy)tochange G oneormoremachininginstructionstooptimize H theprocess. |I  D b.3.Capableofreceivingandprocessing ,PK CADdataforinternalpreparationofmachine  (L instructions;or  M c. Numericallycontrolledmachinetoolsthat, "O accordingtothemanufacturer'stechnical d#P specifications,canbeequippedwithelectronic <$`Q devicesforsimultaneous contouringcontrolin %8R twoormoreaxesandthathavebothofthe % S followingcharacteristics: & T  D c.1.Twoormoreaxesthatcanbe t("V coordinatedsimultaneouslyforcontouring L)p#W control;and $*H$X  +%Z   c.2. Positioningaccuracies,withall  compensationsavailable:      c.2.a.Betterthan0.020mmalongany d linearaxis(overallpositioning)forgrinding < ` machines;  8     c.2.b.Betterthan0.020mmalongany   linearaxis(overallpositioning)formilling   machines;or t       c.2.c.Betterthan0.020mmalongany $H  linearaxis(overallpositioning)forturning   machines;or   d.Machinetools,asfollows,forremovingor   cuttingmetals,ceramicsorcomposites,that, \  accordingtothemanufacturer'stechnical 4X specifications,canbeequippedwithelectronic  0 devicesforsimultaneous contouringcontrolin  twoormoreaxes:    d.1.Machinetoolsforturning,grinding, l millingoranycombinationthereof,havingtwoor Dh moreaxesthatcanbecoordinatedsimultaneously @ for contouringcontrolandhavinganyofthe  followingcharacteristics:      d.1.a.Oneormorecontouring tilting | spindles; Tx      Note: 2B991.d.1.a.appliestomachine  ( toolsforgrindingormillingonly.        d.1.b. Camming(axialdisplacement) "" inonerevolutionofthespindleless(better)than f## 0.0006mmtotalindicatorreading(TIR); >$b$     Note: 2B991.d.1.b.appliestomachine % & toolsforturningonly. & '     d.1.c. Runout(out-of-truerunning)in x(") onerevolutionofthespindleless(better)than P)t#* 0.0006mmtotalindicatorreading(TIR); (*L$+  +%-  D  p d.1.d.The positioningaccuracies,with - allcompensationsavailable,areless(better)than: . 0.001$onanyrotaryaxis; /  D d.2.Electricaldischargemachines(EDM)of < `1 thewirefeedtypethathavefiveormoreaxesthat  82 canbecoordinatedsimultaneouslyfor  3  contouringcontrol.  4  2B992Non-"numericallycontrolledmachine t 6 toolsforgeneratingopticalqualitysurfaces, Lp7 andspeciallydesignedcomponentstherefor. $H 8  LicenseRequirements   :  D ReasonforControl:AT x   < Control(s)         L CountryChart 4X> ATappliestoentireentry L ATColumn1 @  LicenseExceptions  B  D LVS:  N/A   DhD  D GBS:  N/A   @E  D CIV:  N/A   F  ListofItemsControlled  H  D Unit:Equipmentinnumber TxJ  D RelatedControls:N/A ,PK  D RelatedDefinitions:N/A  (L  D Items:  M a.Turningmachinesusingasinglepointcutting "O toolandhavingallofthefollowing d#P characteristics: <$`Q  D a.1.Slidepositioningaccuracyless(better) % S than0.0005mmper300mmoftravel; & T  D a.2.Bidirectionalslidepositioning t("V repeatabilityless(better)than0.00025mmper L)p#W 300mmoftravel; $*H$X  D  +%Z   a.3.Spindle runoutand cammingless  (better)than0.0004mmtotalindicatorreading  (TIR);    a.4.Angulardeviationoftheslidemovement < ` (yaw,pitchandroll)less(better)than2seconds  8 ofarc,TIR,overfulltravel;and     a.5.Slideperpendicularityless(better)than   0.001mmper300mmoftravel; t     TechnicalNote :Thebidirectionalslide $H  positioningrepeatability(R)ofanaxisisthe "  maximumvalueoftherepeatabilityofpositioning   atanypositionalongoraroundtheaxis   determinedusingtheprocedureandunderthe   conditionsspecifiedinpart2.11ofISO230/2: ^  1988. 6Z b.Flycuttingmachineshavingallofthe   followingcharacteristics:    b.1.Spindle runoutand cammingless n (better)than0.0004mmTIR;and Fj   b.2.Angulardeviationofslidemovement  (yaw,pitchandroll)less(better)than2seconds  ofarc,TIR,overfulltravel.   % f 2B993Gearmakingand/orfinishing .R machinerynotcontrolledby2B003capableof  * producinggearstoaqualitylevelofbetter    thanAGMA11.  !! %fs LicenseRequirements  f##   ReasonforControl:AT %:% Control(s) 4  `    CountryChart & ' ATappliestoentireentry ATColumn1 v(")  LicenseExceptions  &*J$+   LVS: 4 N/A  +%-  D GBS:  N/A   -  D CIV:  N/A .  ListofItemsControlled  d0  D Unit:$value  82  D RelatedControls:N/A  3  D RelatedDefinitions:N/A  4  D Items:  5 Thelistofitemscontrollediscontainedinthe Lp7 ECCNheading. $H 8  % z 2B996Dimensionalinspectionormeasuring  ; systemsorequipmentnotcontrolledby2B006.   < %z LicenseRequirements  4X>  D ReasonforControl:AT @ Control(s)         L CountryChart B ATappliestoentireentry L ATColumn1 DhD  LicenseExceptions  F  D LVS:  N/A H  D GBS:  N/A   |I  D CIV:  N/A   TxJ  ListofItemsControlled   (L  D Unit:Equipmentinnumber !N  D RelatedControls:N/A "O  D RelatedDefinitions:N/A d#P  D Items: <$`Q a.Manualdimensionalinspectionmachines, % S havingbothofthefollowingcharacteristics: & T  D a.1.Twoormoreaxes;and t("V  D a.2.Ameasurementuncertaintyequaltoor $*H$X less(better)than(3+L/300)micrometerinany * %Y axes(Lmeasuredlengthinmm). +%Z Ї %  2B997 Robotsnotcontrolledby2B007or  2B207thatarecapableofemployingfeedback  informationinrealtimeprocessingfromone d ormoresensorstogenerateormodify < `  programsortogenerateormodify  8 numericalprogramdata.   %\ LicenseRequirements      ReasonforControl:AT Lp    Control(s) 4  `    CountryChart   ATappliestoentireentry ATColumn1    LicenseExceptions  \    LVS: 4 N/A  0   GBS: 4 N/A     CIV: 4 N/A    ListofItemsControlled  l   Unit:$value @   RelatedControls:N/A    RelatedDefinitions:N/A    Items:  Thelistofitemscontrollediscontainedinthe Tx ECCNheading. ,P  %  2B998Assemblies,unitsorinsertsspecially !! designedformachinetoolscontrolledby "" 2B991,orforequipmentcontrolledby2B993, d## 2B996or2B997.  <$`$ % LicenseRequirements  % &   ReasonforControl:AT '!( Control(s) 4  `    CountryChart L)p#* ATappliestoentireentry ATColumn1 * %,  +%-  LicenseExceptions  .  D LVS:  N/A d0  D GBS:  N/A < `1  D CIV:  N/A    82  ListofItemsControlled   4  D Unit:$value t 6 0 D RelatedControls:Thisentrydoesnotcontrol Lp7 measuringinterferometersystems,without $H 8 closedoropenloopfeedback,containinga 9D(#D(# 0 D lasertomeasureslidemovementerrorsof  : machinetools,dimensionalinspection  ; machinesorsimilarequipment. <D(#D(# 0 D RelatedDefinition:N/A\ =D(#D(#  D Items: 4X> a.Spindleassemblies,consistingofspindlesand @ bearingsasaminimalassembly,withradial( run A out)oraxial( camming)axismotioninone B revolutionofthespindleless(better)than0.0006 lC mmtotalindicatorreading(TIR); DhD b. D Singlepointdiamondcuttingtoolinserts, F havingallofthefollowingcharacteristics: G  D b.1.Flawlessandchip-freecuttingedge |I whenmagnified400timesinanydirection; TxJ  D b.2.Cuttingradiusfrom0.1to5mm  (L inclusive;and  M  D b.3.Cuttingradiusout-of-roundnessless "O (better)than0.002mmTIR. d#P c.Speciallydesignedprintedcircuitboardswith %8R mountedcomponentscapableofupgrading, % S accordingtothemanufacturer'sspecifications, & T  numericalcontrolunits,machinetoolsorfeed '!U backdevicestoorabovethelevelsspecifiedin t("V ECCNs2B991,2B993,2B996,2B997,or2B998. L)p#W &%% &  +%Z Ї2B999Specificprocessingequipment,n.e.s.,# &%%&#&%% &as  follows(seeListofItemsControlled). # &%%&#&%% &   LicenseRequirements  d   ReasonforControl:AT  8 Control(s) 4  `    CountryChart   ATappliestoentireentry.Alicenseisrequired t   foritemscontrolledbythisentrytoNorthKorea Lp  forantiterrorismreasons# &%%&"#&%% &.TheCommerce $H  CountryChartisnotdesignedtodetermineAT   licensingrequirementsforthisentry.See   # &%%&#&%% &742.19oftheEARforadditionalinformation.    LicenseExceptions  \    LVS: 4 N/A  0   GBS: 4 N/A    CIV: 4 N/A   ListofItemsControlled  l   Unit:$value @ 0  # &%%&#&%% &RelatedControls:# &%%&#&%% &Seealso# &%%&a#&%% &Ԁ# &%%&#&%% &0B001,0B002,  0B004,# &%%&#&%% &1B233,4$-  O  5  2A2936 Onnu  7nt ,# &%%&Y#&%% &Ԁ4%nt  O  5  2B001.f6m Onnu  7nt# &%%&M#&%% &,4ai O  5  2B0046] Oqline  7 ,  4  O  5  2B0096 O1+  7 _,4  O  5  2B1046ɺ Oݺ+  7 z ,4 D  O  5  2B1096u O+  7 . ,4  O  5  2B2046! O5+  7 c# &%%&<#&%% &,4  O  5  2B2096 O#+  7 Q,  4&nt O  5  2B2286Ͻ O   7# &%%&#&%% &,# &%%&#&%% &4'nt" O  5  2B2296 OO  7 A,4(nth  O  5  2B2316 OO  7 R ,# &%%&#&%% &4  O  5  2B3506 O%ȟ  7&.# &%%&z#&%% &|   RelatedDefinitions:N/A Tx   Items:# &%%&g#&%% & ,P # &%%&#&%% &% A a.# &%%&w#&%% &Isostaticpresses,n.e.s.;%AԀ    b.Bellowsmanufacturingequipment,including "" hydraulicformingequipmentandbellows d## formingdies; <$`$ # &%%&#&%% &c.Laserweldingmachines; % & d.MIGwelders; '!( e.Ebeamwelders; L)p#* f.Monelequipment,includingvalves,piping, * %, tanksandvessels; +%- Їg.304and316stainlesssteelvalves,piping,tanks - andvessels; . h.Mininganddrillingequipment,asfollows: d0  D h.1.Largeboringequipmentcapableof  82 drillingholesgreaterthantwofeetindiameter;  3  D h.2.Largeearthmovingequipmentusedin  5 theminingindustry; # &%%&#&%% & t 6  % E i.Electroplatingequipmentdesignedforcoating $H 8 partswithnickeloraluminum;%E # &%%&#&%% &  9  j.Pumpsdesignedforindustrialserviceandfor  ; usewithanelectricalmotorof5HPorgreater; # &%%&#&%% &  <  k.Vacuumvalves,piping,flanges,gasketsand 4X> relatedequipmentspeciallydesignedforusein  0? highvacuumservice,n.e.s.; # &%%&k#&%% & @  l.Spinformingandflowformingmachines, B n.e.s.; lC m.Centrifugalmultiplanebalancingmachines, @E n.e.s.; F n.Austeniticstainlesssteelplate,valves,piping, H tanksandvessels. |I # &%%&m#   C.MATERIALS[RESERVED]  (L     D.SOFTWARE  "O O % Z 2D001 Software,otherthanthatcontrolled %8R by2D002,speciallydesignedormodifiedfor % S the development, productionor useof & T equipmentcontrolledby2A001or2B001to '!U 2B009.  t("V %Z LicenseRequirements  $*H$X  D ReasonforControl:NS,MT,NP,AT +%Z ЇControl(s) 4  `    CountryChart  NSappliestoentireentry NSColumn1  MTappliesto software" MTColumn1 < ` forequipmentcontrolled  8 by2B004and2B009for   &%% &MT# &%%&#Ԁreasons   NPappliestospecially  NPColumn1 t   designedormodified Lp   softwareforequipment $H  controlledby2B001for   NPreasons,andto   speciallydesigned    softwareforequipment   controlledby2B004, \  2B006,2B007,or2B009 4X forNPreasons  0 ATappliestoentireentry ATColumn1    LicenseRequirementNotes :See743.1of l theEARforreportingrequirementsforexports Hl underLicenseExceptions.  D  LicenseExceptions     CIV: 4 N/A     TSR: 4 Yes,exceptN/AforMT \  ListofItemsControlled   0   Unit:$value !! 0  RelatedControls:(1)SeeECCNs4)D O  5  2E0016W Ok#  7 "" ( development)and4*  O  5  2E10160 OD#  7rԀ( use)for l## technologyfor softwarecontrolledunder D$h$ thisentry.(2)AlsoseeECCNs4+ O  5  2D1016f Oz#  7|Ԁand %@% 4, O  5  2D2016) O=#  7k.% &   RelatedDefinitions:N/A & '   Items: '!( Thelistofitemscontrollediscontainedinthe T)x#* ECCNheading. ,*P$+  +&-  &%% &% [ 2D002 Softwareforelectronicdevices,even - whenresidinginanelectronicdeviceor . system,enablingsuchdevicesorsystemsto / functionasa numericalcontrolunit,capable d0 ofcoordinatingsimultaneouslymorethan4 < `1 axesfor contouringcontrol.  82 %[LicenseRequirements   4  D ReasonforControl:NS,NP,AT t 6 Control(s)         L CountryChart $H 8 NSappliestoentireentry L NSColumn1  : NPappliestoentireentry L NPColumn1  < ATappliestoentireentry L ATColumn1 4X> # &%%&# LicenseExceptions   0?  D CIV:  N/A A  D TSR:  Yes B  &%% &ListofItemsControlled  DhD  D Unit:$value F # &%%&$#0 D RelatedControls:(1)SeeECCNs4-K! O  5  2E0016 O#  7+#@ G ( development)and4.? O  5  2E2016 O#  7Ԁ( use)for H technologyfor softwarecontrolledunder |I thisentry.(2)AlsoseeECCN4/B O  5  2D2026  O #  76!N.&%% &TxJD(#D(# 0 D RelatedDefinitions:N/A,PKD(#D(#  D Items:  (L # &%%&#&%% & D  D Note1: 2D002doesnotcontrol software !N speciallydesignedormodifiedfortheoperation "O ofmachinetoolsnotcontrolledbyCategory2.# &%%&#&%% & f#P  D Note2: 2D002doesnotcontrol software %:R foritemscontrolledby2B002.See2D001for % S controlof softwareforitemscontrolledby & T 2B002. '!U Thelistofitemscontrollediscontainedinthe P)t#W ECCNheading.# &%%&#&%% & (*L$X  +%Z # &%%&Y# 2D018 Softwareforthe development,   productionor useofequipmentcontrolled  by2B018.    LicenseRequirements  < `   ReasonforControl:NS,MT,AT,UN   Control(s) 4  `    CountryChart   NSappliestoentireentry NSColumn1 Lp  MTappliesto software MTColumn1   forequipmentcontrolled   &%% &by# &%%&2#Ԁ2B018forMTreasons   ATappliestoentireentry ATColumn1 \  &%% &UNappliestoentireentry Iraq,NorthKorea,  0      4  `    andRwanda.# &%%&#   LicenseExceptions     CIV: 4 N/A Dh % #   TSR:0 4 Yes,exceptN/AforRwanda.@44  ListofItemsControlled     Unit:$value |   RelatedControls:N/A Tx   RelatedDefinitions:N/A ,P   Items:  ( Thelistofitemscontrollediscontainedinthe !! ECCNheading. ""  %  2D101&%% & Softwarespeciallydesignedor %8% modifiedforthe useofequipmentcontrolled % & by2B104,2B105,2B109,2B116,2B117,or & ' 2B119to2B122.# &%%&C#  '!( %/ LicenseRequirements  L)p#*   ReasonforControl:MT,NP,AT * %,  +%- Control(s)0  0(#(#0(#(#0 (#(#0L (# (#CountryChart-L(#L(# MTappliestoentireentry0 L MTColumn1/L(#L(# NPappliesto software0 L NPColumn1< `1L(#L(# speciallydesignedforthe  82  useofitemscontrolled  3 by2B104,2B109,or2B116  4 forNPreasons  5 ATappliestoentireentry0 L ATColumn1Lp7L(#L(#  LicenseExceptions   9  D CIV:  N/A    ;  D TSR:  N/A  <  ListofItemsControlled  4X>  D Unit:$value @ 0 D RelatedControls:(1)SeeECCNs40K! O  5  2E0016 O  7:+# A ( development)and41:? O  5  2E1016p O  7:Ԁ( use)for B technologyfor softwarecontrolledunder lC thisentry.(2)AlsoseeECCN9D004.DhDD(#D(#  D RelatedDefinitions:N/A @E  D Items: F Thelistofitemscontrollediscontainedinthe H ECCNheading. |I  %  2D201 Softwarespeciallydesignedforthe  (L  useofequipmentcontrolledby2B204,  M 2B206,2B207,2B209,2B227or2B229.%  !N  LicenseRequirements  d#P  D ReasonforControl:NP,AT %8R   Control(s)         L CountryChart & T NPappliestoentireentry L NPColumn1 t("V ATappliestoentireentry L ATColumn1 $*H$X   +%Z LicenseExceptions     CIV: 4 N/A    TSR: 4 N/A d  ListofItemsControlled   8   Unit:$value   0  RelatedControls:(1)SeeECCNs42: O  5  2E0016R Of  7:   ( development)and43:  O  5  2E2016+ O?  7:mԀ( use)for t   technologyfor softwarecontrolledunder Lp  thisentry.(2)AlsoseeECCNs44: O  5  2D0026a Ou  7:|Ԁand $H  45: O  5  2D2026$ O8  7:f.    RelatedDefinitions:N/A   0  ECCNControls: Softwarespecially   designedforsystemscontrolledby2B206.b   includessoftwareforsimultaneous \  measurementsofwallthicknessandcontour.4X   Items:  0 Thelistofitemscontrollediscontainedinthe  ECCNheading.   %  2D202 Softwarespeciallydesignedor @ modifiedforthe development, production  or useofequipmentcontrolledby2B201.   % LicenseRequirements  |   ReasonforControl:NP,AT ,P Control(s) 4  `    CountryChart    NPappliestoentireentry NPColumn1 "" ATappliestoentireentry ATColumn1 <$`$  LicenseExceptions % &    CIV: 4 N/A '!(   TSR: 4 N/A t(")  ListofItemsControlled  $*H$+   Unit:$value +%-  D RelatedControls:N/A -  D RelatedDefinitions:N/A .  D Items: / Thelistofitemscontrollediscontainedinthe < `1 ECCNheading.  82  % : 2D290 Softwarespeciallydesignedor  5 modifiedforthe development, production t 6 or useofitemscontrolledby2A290,2A291, Lp7 2A292,2A293,or2B290.%:Z  $H 8 Ѐ  9  LicenseRequirements   :  D ReasonforControl:NP,AT  < Control(s)         L CountryChart 4X> NPappliestoentireentry L NPColumn2 @ ATappliestoentireentry L ATColumn1 B  LicenseExceptions  DhD  D CIV:  N/A F  D TSR:  N/A G  ListofItemsControlled  |I  D Unit:$value ,PK 0 D RelatedControls:SeeECCN46:I! O  5  2E0016< OP   7/A)#~  (L ( development)fortechnologyfor  M  softwarecontrolledunderthisentry.!ND(#D(#  D RelatedDefinitions:N/A "O  D Items: d#P Thelistofitemscontrollediscontainedinthe %8R ECCNheading. % S  &%% & +%Z 2D983 Softwarespeciallydesignedor  modifiedforthe development, production  or useofequipmentcontrolledby2A983.  LicenseRequirements  < `   ReasonforControl:RS,AT   Control(s) 4  ` 0 0   CountryChart    RSappliestoentireentry0 RSColumn2Lp        ATappliestoentireentry ATColumn1    LicenseExceptions      CIV:N/A \    TSR:N/A 4X   ListofItemsControlled     Unit:$value    RelatedControls:N/A l 0  RelatedDefinitions:N/ADh   Items: @ Thelistofitemscontrollediscontainedinthe  ECCNheading# &%%&^# .  2D991 Softwarespeciallydesignedforthe 0T  development, production,or useof  , equipmentcontrolledby2B991,2B993,or    2B996,2B997,and2B998 . !!  LicenseRequirements  l##   ReasonforControl:AT %@%   Control(s) 4  `    CountryChart & ' ATappliestoentireentry ATColumn1 |(")  LicenseExceptions  ,*P$+   CIV: 4 N/A  +&-  D TSR:  N/A -  ListofItemsControlled  /  D Unit:$value < `1  D RelatedControls:N/A  82  D RelatedDefinitions:N/A  3  D Items:  4 Thelistofitemscontrollediscontainedinthe t 6 ECCNheading. Lp7  2D992Specific software,asfollows(seeList  : ofItemsControlled).  ; LicenseRequirements  \ =  D ReasonforControl:AT  0? Control(s)         L CountryChart A ATappliestoentireentry L ATColumn1 lC  LicenseExceptions  @E  D CIV:  N/A   G  D TSR:  N/A H  D ListofItemsControlled  TxJ  D Unit:$value  (L  D RelatedControls:N/A  M  D RelatedDefinitions:N/A !N  D Items: "O a. Softwaretoprovide adaptivecontroland <$`Q havingbothofthefollowingcharacteristics: %8R  D a.1.For flexiblemanufacturingunits & T (FMUs)whichconsistatleastofequipment '!U describedinb.1andb.2ofthedefinitionof t("V  flexiblemanufacturingunitcontainedinpart L)p#W 772oftheEAR;and $*H$X  +%Z   a.2.Capableofgeneratingormodifying,in   realtimeprocessing,programsordatabyusing  thesignalsobtainedsimultaneouslybymeansof  atleasttwodetectiontechniques,suchas: d     a.2.a.Machinevision(opticalranging);  8     a.2.b.Infraredimaging;       a.2.c.Acousticalimaging(acoustical t   ranging); Lp      a.2.d.Tactilemeasurement;       a.2.e.Inertialpositioning;       a.2.f.Forcemeasurement;and \      a.2.g.Torquemeasurement.  0   Note: 2D992.adoesnotcontrol software  whichonlyprovidesreschedulingoffunctionally  identicalequipmentwithin flexible n manufacturingunitsusingpre-storedpart Fj programsandapre-storedstrategyforthe B distributionofthepartprograms.  b.[RESERVED].   % P 2D994 Softwarespeciallydesignedforthe .R  developmentor productionofportable  * electricgeneratorscontrolledby2A994.     %P LicenseRequirements  "" $&%% &ReasonforControl:AT >$b$ Control(s) % & ATappliestoentireentry.Alicenseisrequired '!( foritemscontrolledbythisentrytoCuba,Iran v(") andNorthKoreaforantiterrorismreasons.The N)r#* CommerceCountryChartisnotdesignedto &*J$+ determinelicensingrequirementsforthisentry. *"%, Seepart746oftheEARforadditional +%- informationonCubaandIran.See742.19ofthe - EARforadditionalinformationonNorthKorea.# &%%$&=#  .  LicenseExceptions  d0  D CIV:  N/A    82  D TSR:  N/A  3  D  p ListofItemsControlled   5  D Unit:$value Lp7  D RelatedControls:N/A $H 8  D RelatedDefinitions:N/A  9  D Items:  : Thelistofitemscontrollediscontainedinthe  < ECCNheading. \ =   E.TECHNOLOGY  A (  % " 2E001&%% & TechnologyaccordingtotheGeneral DhD TechnologyNoteforthe developmentof @E equipmentor softwarecontrolledby2A F (except2A983,2A991,or2A994),2B(except G 2B991,2B993,2B996,2B997,or2B998),or2D H (except2D983,2D991,2D992,or2D994)# &%%& # . |I %"q  LicenseRequirements  0TK  D ReasonforControl:NS,MT,NP,CB,AT  M Control(s)0  0(#(#0(#(#0 (#(#0L (# (#0xL(#L(#CountryChart"Ox(#x(# NSappliesto technology0 L 0xL(#L(#NSColumn1@$dQx(#x(# foritemscontrolledby %<R 2A001,2B001to2B009, % S 2D001or2D002 & T &%% &MTappliesto technology x MTColumn1 x("V foritemscontrolledby P)t#W 2B004,2B009,2B018, (*L$X 2B104,2B105,2B109, +$%Y 2B116,2B117,2B119to +%Z 2B122,2D001,or2D101  forMTreasons# &%%&u$#  NPappliesto technology0 0  NPColumn1d foritemscontrolledby < ` 2A225,2A226,2B001,  8 2B004,2B006,2B007,   2B009,2B104,2B109,   2B116,2B201,2B204,   2B206,2B207,2B209, t   2B225to2B232,2D001, Lp  2D002,2D101,2D201or $H  2D202forNPreasons   NPappliesto technology0 0  NPColumn2  foritemscontrolledby   2A290to2A293,2B290,or \  2D290forNPreasons 4X CBappliesto technology0 0  CBColumn2 forequipmentcontrolled  by2B350to2B352andfor  valvescontrolledby2A226 l or2A292havingthe Dh characteristicsofthose @ controlledby2B350.g  ATappliestoentireentry0 0  ATColumn1   LicenseRequirementNotes: See743.1of Tx theEARforreportingrequirementsforexports 0T underLicenseExceptions.  ,  LicenseExceptions  !!   CIV: 4 N/A  h##   TSR: 4 Yes,exceptN/AforMT @$d$  ListofItemsControlled  % &   Unit:N/A '!( 0  RelatedControls:Seealso47/AT O  5  2E1016, O,   7ro4,,48ro O  5  2E2016g- O{-   7ro-, x(") and4:ro O  5  2E3016+. O?.   7rom.P)t#*   RelatedDefinitions:N/A (*L$+   Items: +$%,  +%- Thelistofitemscontrollediscontainedinthe - ECCNheading. .  % % 2E002&%% & TechnologyaccordingtotheGeneral < `1 TechnologyNoteforthe productionof  82 equipmentcontrolledby2A(except2A983,  3 2A991,or2A994),or2B(except2B991,2B993,  4 2B996,2B997,or2B998).# &%%&/#   5 %%/ LicenseRequirements  Lp7  D ReasonforControl:NS,MT,NP,CB,AT  9 Control(s)0  0(#(#0(#(#0 (#(#0L (# (#0xL(#L(#CountryChart ;x(#x(# NSappliesto technology0 L 0xL(#L(#NSColumn1\ =x(#x(# forequipmentcontrolledby 4X> 2A001,2B001to2B009  0? &%% &MTappliesto technology x MTColumn1 A forequipmentcontrolled B by2B004,2B009,2B018, lC 2B104,2B105,2B109, DhD 2B116,2B117,or2B119 @E to2B122forMTreasons# &%%&q3# F NPappliesto technology0 L 0xL(#L(#NPColumn1Hx(#x(# forequipmentcontrolledby |I 2A225,2A226,2B001, TxJ 2B004,2B006,2B007, ,PK 2B009,2B104,2B109,  (L 2B116,2B201,2B204,  M 2B206,2B207,2B209, !N 2B225to2B232for "O NPreasons d#P NPappliesto technology0 L 0xL(#L(#NPColumn2%8Rx(#x(# forequipmentcontrolledby % S 2A290to2A293,2B290 & T forNPreasons '!U CBappliesto technology0 L 0xL(#L(#CBColumn2L)p#Wx(#x(# forequipmentcontrolled $*H$X by2B350to2B352andfor * %Y valvescontrolledby2A226 +%Z or2A292havingthe  characteristicsofthose  controlledby2B350.g  ATappliestoentireentry0 0  ATColumn1< `   LicenseRequirementNotes: See743.1of   theEARforreportingrequirementsforexports   underLicenseExceptions.    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Technologyforthe developmentof  9 interactivegraphicsasanintegratedpartin  :  numericalcontrolunitsforpreparationor  ; modificationofpartprograms;  < b. Technologyformetal-working 4X> manufacturingprocesses,asfollows:  0?  D b.1. Technologyforthedesignoftools, A diesorfixturesspeciallydesignedforanyofthe B followingprocesses: lC  D  p b.1.a. Superplasticforming"; @E  D  p b.1.b. Diffusionbonding";or G  D  p b.1.c. Direct-actinghydraulicpressing"; |I  D b.2.Technicaldataconsistingofprocess ,PK methodsorparametersaslistedbelowusedto  (L control:  M  D  p b.2.a. Superplasticformingof "O aluminumalloys,titaniumalloysor d#P  superalloys": <$`Q  D  p   b.2.a.1.Surfacepreparation; % S  D  p   b.2.a.2.Strainrate; '!U  D  p   b.2.a.3.Temperature; L)p#W  D  p   b.2.a.4.Pressure; * %Y  +%Z     b.2.b. Diffusionbondingof   superalloysortitaniumalloys:       4 b.2.b.1.Surfacepreparation; d      4 b.2.b.2.Temperature;  8      4 b.2.b.3.Pressure;       b.2.c. Direct-actinghydraulicpressing t   ofaluminumalloysortitaniumalloys: Lp  Ѐ $H       4 b.2.c.1.Pressure;        4 b.2.c.2.Cycletime;   Ѐ       b.2.d. Hotisostaticdensificationof \  titaniumalloys,aluminumalloysor 4X  superalloys:  0      4 b.2.d.1.Temperature;       4 b.2.d.2.Pressure; l      4 b.2.d.3.Cycletime; @ Ѐ  c. Technologyforthe developmentor   productionofhydraulicstretch-forming  machinesanddiestherefor,forthemanufacture | ofairframestructures; Tx d. Technologyforthe developmentof  ( generatorsofmachinetoolinstructions(e.g.,part    programs)fromdesigndataresidinginside !!  numericalcontrolunits; ! e. Technologyforthe developmentof # integration softwareforincorporationofexpert d$ systemsforadvanceddecisionsupportofshop < `% flooroperationsinto numericalcontrolunits;  8& f. Technologyfortheapplicationofinorganic  ( overlaycoatingsorinorganicsurface  ) modificationcoatings(specifiedincolumn3of t * thefollowingtable)tonon-electronicsubstrates Lp+ (specifiedincolumn2ofthefollowingtable),by $H , processesspecifiedincolumn1ofthefollowing  - tableanddefinedintheTechnicalNote.  . Ѐ  /  D N.B. Thistableshouldbereadtocontrolthe  0 technologyofaparticular'CoatingProcess'only ^ 1 whenthe'ResultantCoating'incolumn3isina 6Z2 paragraphdirectlyacrossfromtherelevant 23 'Substrate'undercolumn2.Forexample,  4 ChemicalVaporDeposition(CVD)coating 5 processtechnicaldataarecontrolledforthe 6 applicationof'silicides'to'Carboncarbon, n7 CeramicandMetal matrix composites Fj8 substrates,butarenotcontrolledforthe B9 applicationof'silicides' : to'Cementedtungstencarbide(16),Silicon ; carbide(18)'substrates.Inthesecondcase,the < 'ResultantCoating'isnotlistedintheparagraph ~= undercolumn3directlyacrossfromthe Vz> paragraphundercolumn2listing'Cemented .R? tungstencarbide(16),Siliconcarbide(18)'.&%% &   *@ # &%%&|W# (X(  Category2EMaterialsProcessingTable;DepositionTechniques   W* ddd Xdd Xdd X(#(#,( dd ,( dd ,( dd +   &%% &1.CoatingProcess(1)   1      # &%%&tY#   &%% &2.Substrate# &%%&:Z#   &%% &3.ResultantCoating# &%%&Z#   &%% &A.ChemicalVapor# &%%&[#&%% &ԀDeposition \  (CVD)# &%%&k[# &4 XSS &&%% & Superalloys# &%%&[#  \  &%% &Aluminidesfor# &%%&b\#Ԁ&%% &internal \   passages# &%%&\#  4 X    < `  &%% &Ceramics(19)and    Low-# &%%&K]#&%% &expansionglasses(14)# &%%&]#  x   &%% &Silicides# &%%&#^#Ԁ    &%% &Carbides x  # &%%&^#&%% &Dielectriclayers(15)# &%%&^# P t Diamond (L Diamondlikecarbon(17)  $    ,  &%% &Carbon-carbon,# &%%&_#&%% &ԀCeramic,and# &%%&`# l  &%% &Metal matrix# &%%&i`#&%% & composites"# &%%&`#  Dh  &%% &Silicides# &%%&&a#Ԁ&%% & l  Carbides# &%%&ra# Dh  &%% &Refractory# &%%&a#Ԁ&%% &metals# &%%&3b# @  &%% &Mixturesthereof(4)# &%%&b#   &%% &Dielectriclayers(15)# &%%&b#   &%% &Aluminides# &%%&hc#  &%% &Alloyedaluminides(2)# &%%&c# | Boronnitride  Tx   \ &%% &Cementedtungsten  # &%%&vd#&%% &carbide(16),# &%%&d#&%% &  Siliconcarbide# &%%&-e#Ԁ(18)  p &%% &Carbides# &%%&e#  &%% &Tungsten# &%%& f#   &%% &Mixturesthereof(4)# &%%&lf# p! 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Oxides p" Carbides# &%%&#  Hl# &%% &G. @ IonImplantation# &%%&# &$ [[8 &&%% &Hightemperature# &%%&%#Ԁ&%% &bearingsteels# &%%&x#  % &%% &Additionsof# &%%&# & &%% &Chromium,# &%%&@#&%% &Tantalum,# &%%&#&%% &Ԁ# &%%&#&%% &or# &%%&# ' &%% &Niobium# &%%&r#Ԁ&%% &(Columbium)# &%%&#  d(   l ( &%% &Titanium# &%%&:#Ԁ&%% &alloys(13)# &%%&#   ) &%% &Borides# &%%&#  * &%% &Nitrides# &%%&E#  !+   "+ &%% &Berylliumand# &%%&#Ԁ&%% &Berylliumalloys# &%%&#  #8, &%% &Borides# &%%&x#  #8-   $@- &%% &Cementedtungste# &%%&#&%% &ncarbide(16)# &%%&D#  $. &%% &Carbides# &%%&# $/ &%% &Nitrides# &%%&# X%|0 ;      4  )#4 (#(#K(# &%% &(X(#(#(NotestoTableonDepositionTechniques:     1.Theterm coatingprocessincludes d coatingrepairandrefurbishingaswellasoriginal < ` coating.  8   2.Theterm alloyedaluminidecoating   includessingleormultiple-stepcoatingsinwhich   anelementorelementsaredepositedpriortoor t   duringapplicationofthealuminidecoating,even Lp  iftheseelementsaredepositedbyanothercoating $H  process.Itdoesnot,however,includethe   multipleuseofsingle-steppackcementation   processestoachievealloyedaluminides.     3.Theterm noblemetalmodified \  aluminidecoatingincludesmultiple-step 4X coatingsinwhichthenoblemetalornoblemetals  0 arelaiddownbysomeothercoatingprocessprior  toapplicationofthealuminidecoating.    4.Theterm mixturesthereofincludes l infiltratedmaterial,gradedcompositions, Dh co-depositsandmultilayerdepositsandare @ obtainedbyoneormoreofthecoatingprocesses  specifiedintheTable.    5.MCrAlXreferstoacoatingalloywhereM | equalscobalt,iron,nickelorcombinationsthereof Tx andXequalshafnium,yttrium,silicon,tantalum ,P inanyamountorotherintentionaladditionsover  ( 0.01weightpercentinvariousproportionsand    combinations,except: !!     a.CoCrAlYcoatingswhichcontainless d## than22weightpercentofchromium,lessthan7 <$`$ weightpercentofaluminumandlessthan2 %8% weightpercentofyttrium; % &     b.CoCrAlYcoatingswhichcontain22to '!( 24weightpercentofchromium,10to12weight t(") percentofaluminumand0.5to0.7weight L)p#* percentofyttrium;or $*H$+     c.NiCrAlYcoatingswhichcontain21to +%- 23weightpercentofchromium,10to12weight - percentofaluminumand0.9to1.1weight . percentofyttrium. d/  D 6.Theterm aluminumalloysrefersto  81 alloyshavinganultimatetensilestrengthof190  2 MPaormoremeasuredat293K(20$C).  3  D 7.Theterm corrosionresistantsteelrefers t 5 toAISI(AmericanIronandSteelInstitute)300 Lp6 seriesorequivalentnationalstandardsteels. $H 7  D 8. Refractorymetalsandalloysincludethe  9 followingmetalsandtheiralloys:niobium  : (columbium),molybdenum,tungstenand  ; tantalum. \ <  D 9. Sensorwindowmaterials,asfollows:  0> alumina,silicon,germanium,zincsulphide,zinc ? selenide,galliumarsenide,diamond,gallium @ phosphide,sapphireandthefollowingmetal A halides:sensorwindowmaterialsofmorethan lB 40mmdiameterforzirconiumfluorideand DhC hafniumfluoride. @D  D 10. Technologyforsingle-steppack F cementationofsolidairfoilsisnotcontrolledby G thisCategory. |H  D 11. Polymers,asfollows:polyimide, ,PJ polyester,polysulfide,polycarbonatesand  (K polyurethanes.  L  D 12. Modifiedzirconiareferstoadditionsof "N othermetaloxides,(e.g.,calcia,magnesia,yttria, d#O hafnia,rareearthoxides)tozirconiainorderto <$`P stabilizecertaincrystallographicphasesand %8Q phasecompositions.Thermalbarriercoatings % R madeofzirconia,modifiedwithcalciaor & S magnesiabymixingorfusion,arenotcontrolled. '!T  D 13. Titaniumalloysrefersonlyto L)p#V aerospacealloyshavinganultimatetensile $*H$W strengthof900MPaormoremeasuredat293K * %X (20$C). +%Y Ї  14. Low-expansionglassesrefersto  glasseswhichhaveacoefficientofthermal  expansionof1x10-7K-1orlessmeasuredat293  K(20$C). d   15. Dielectriclayersarecoatings  8 constructedofmulti-layersofinsulatormaterials   inwhichtheinterferencepropertiesofadesign   composedofmaterialsofvariousrefractive   indicesareusedtoreflect,transmitorabsorb t   variouswavelengthbands.Dielectriclayers Lp  referstomorethanfourdielectriclayersor $H  dielectric/metal compositelayers.     16. Cementedtungstencarbidedoesnot   includecuttingandformingtoolmaterials   consistingoftungstencarbide/(cobalt,nickel), \  titaniumcarbide/(cobalt,nickel),chromium 4X carbide/nickel-chromiumandchromium  0 carbide/nickel.    17. Technologyspeciallydesignedto  depositdiamondlikecarbononanyofthe l followingisnotcontrolled:magneticdiskdrives Dh andheads,equipmentforthemanufactureof @ disposablesvalvesforfaucets,acoustic  diaphragmsforspeakers,enginepartsfor  automobiles,cuttingtools,punchingpressing  dies,officeautomationequipment,microphones | ormedicaldevicesormolds,forcastingor Tx moldingofplastics,manufacturedfromalloys ,P containinglessthan5%beryllium.# &%%&#$&%% & < # &%%$&d#&%% &  (   18. Siliconcarbidedoesnotinclude !! cuttingandformingtoolmaterials. ""   19.Ceramicsubstrates,asusedinthisentry, <$`$ doesnotincludeceramicmaterialscontaining5% %8% byweight,orgreater,clayorcementcontent, % & eitherasseparateconstituentsorincombination. & '   TechnicalNotetoTableonDeposition t(") Techniques: ProcessesspecifiedinColumn1of L)p#* theTablearedefinedasfollows: (*L$+  +%-  D a.ChemicalVaporDeposition(CVD)isan - overlaycoatingorsurfacemodificationcoating . processwhereinametal,alloy, composite, / dielectricorceramicisdepositeduponaheated d0 substrate.Gaseousreactantsaredecomposedor < `1 combinedinthevicinityofasubstrateresultingin  82 thedepositionofthedesiredelemental,alloyor  3 compoundmaterialonthesubstrate.Energyfor  4 thisdecompositionorchemicalreactionprocess  5 maybeprovidedbytheheatofthesubstrate,a t 6 glowdischargeplasma,or laserirradiation. Lp7  D  p Note1: CVDincludesthefollowing  9 processes:directedgasflowout-of-pack  : deposition,pulsatingCVD,controllednucleation  ; thermaldecomposition(CNTD),plasma  < enhancedorplasmaassistedCVDprocesses. ` =  D  p Note2: Packdenotesasubstrate 4? immersedinapowdermixture. @  D  p Note3: Thegaseousreactantsusedin B theout-of-packprocessareproducedusingthe xC samebasicreactionsandparametersasthepack PtD cementationprocess,exceptthatthesubstrateto (LE becoatedisnotincontactwiththepowder $F mixture. G  D b.ThermalEvaporation-PhysicalVapor I Deposition(TE-PVD)isanoverlaycoating `J processconductedinavacuumwithapressure 8\K lessthan0.1Pawhereinasourceofthermal  4L energyisusedtovaporizethecoatingmaterial.  M Thisprocessresultsinthecondensation,or !N deposition,oftheevaporatedspeciesonto "O appropriatelypositionedsubstrates.Theaddition p#P ofgasestothevacuumchamberduringthe H$lQ coatingprocesstosynthesizecompoundcoatings  %DR isanordinarymodificationoftheprocess.The % S useofionorelectronbeams,orplasma,to & T activateorassistthecoating'sdepositionisalsoa '!U commonmodificationinthistechnique.Theuse ("V ofmonitorstoprovidein-processmeasurementof X)|#W opticalcharacteristicsandthicknessofcoatings 0*T$X canbeafeatureoftheseprocesses.Specific +,%Y TE-PVDprocessesareasfollows: +&Z Ї    1.ElectronBeamPVDusesanelectron  beamtoheatandevaporatethematerialwhich  formsthecoating;      2.IonAssistedResistiveHeatingPVD < ` employselectricallyresistiveheatingsourcesin  8 combinationwithimpingingionbeam(s)to   produceacontrolledanduniformfluxof   evaporatedcoatingspecies;       3. LaserVaporizationuseseither Lp  pulsedorcontinuouswave laserbeamsto $H  vaporizethematerialwhichformsthecoating;       4.CathodicArcDepositionemploysa   consumablecathodeofthematerialwhichforms   thecoatingandhasanarcdischargeestablished \  onthesurfacebyamomentarycontactofa 4X groundtrigger.Controlledmotionofarcing  0 erodesthecathodesurfacecreatingahighly  ionizedplasma.Theanodecanbeeitheracone  attachedtotheperipheryofthecathode,through  aninsulator,orthechamber.Substratebiasingis l usedfornonline-of-sightdeposition. Dh   Note: Thisdefinitiondoesnotinclude  randomcathodicarcdepositionwithnon-biased  substrates.      5.IonPlatingisaspecialmodificationof X| ageneralTE-PVDprocessinwhichaplasmaor 0T anionsourceisusedtoionizethespeciestobe  , deposited,andanegativebiasisappliedtothe    substrateinordertofacilitatetheextractionofthe !! speciesfromtheplasma.Theintroductionof "" reactivespecies,evaporationofsolidswithinthe h## processchamber,andtheuseofmonitorsto @$d$ providein-processmeasurementofoptical %<% characteristicsandthicknessesofcoatingsare % & ordinarymodificationsoftheprocess. & '   c.PackCementationisasurface x(") modificationcoatingoroverlaycoatingprocess P)t#* whereinasubstrateisimmersedinapowder (*L$+ mixture(apack),thatconsistsof: +$%,  +%-  D  p 1.Themetallicpowdersthataretobe - deposited(usuallyaluminum,chromium,silicon . orcombinationsthereof); /  D  p 2.Anactivator(normallyahalidesalt); < `1 and  82  D  p 3.Aninertpowder,mostfrequently  4 alumina.  5  D Note: Thesubstrateandpowdermixtureis Lp7 containedwithinaretortwhichisheatedto (L 8 between1,030K(757$C)to1,375K(1,102$C) $ 9 forsufficienttimetodepositthecoating.  :  D d.PlasmaSprayingisanoverlaycoating  < processwhereinagun(spraytorch)which ` = producesandcontrolsaplasmaacceptspowderor 8\> wirecoatingmaterials,meltsthemandpropels 4? themtowardsasubstrate,whereonanintegrally  @ bondedcoatingisformed.Plasmaspraying A constituteseitherlowpressureplasmasprayingor B highvelocityplasmaspraying. pC  D Note1: Lowpressuremeanslessthan  DE ambientatmosphericpressure.  F  D Note2: Highvelocityreferstonozzle-exit H gasvelocityexceeding750m/scalculatedat293 I K(20$C)at0.1MPa. `J  D e.SlurryDepositionisasurfacemodification  4L coatingoroverlaycoatingprocesswhereina  M metallicorceramicpowderwithanorganic !N binderissuspendedinaliquidandisappliedtoa "O substratebyeitherspraying,dippingorpainting, p#P subsequentairorovendrying,andheattreatment H$lQ toobtainthedesiredcoating.  %DR Ѐ D f.SputterDepositionisanoverlaycoating & T processbasedonamomentumtransfer '!U phenomenon,whereinpositiveionsare ("V acceleratedbyanelectricfieldtowardsthe X)|#W surfaceofatarget(coatingmaterial).Thekinetic 0*T$X energyoftheimpactingionsissufficienttocause +,%Y targetsurfaceatomstobereleasedanddeposited +&Z onanappropriatelypositionedsubstrate.    Note1: TheTablerefersonlytotriode,  magnetronorreactivesputterdepositionwhichis h usedtoincreaseadhesionofthecoatingandrate @ d ofdepositionandtoradiofrequency(RF)  < augmentedsputterdepositionusedtopermit   vaporizationofnon-metalliccoatingmaterials.     Note2: Low-energyionbeams(lessthan5 x   keV)canbeusedtoactivatethedeposition. Tx    g.IonImplantationisasurfacemodification (  coatingprocessinwhichtheelementtobe   alloyedisionized,acceleratedthroughapotential   gradientandimplantedintothesurfaceregionof   thesubstrate.Thisincludesprocessesinwhich d  ionimplantationisperformedsimultaneously <` withelectronbeamphysicalvapordepositionor 8 sputterdeposition.   AccompanyingTechnicalInformationtoTable  onDepositionTechniques:  t 1. Technologyforpretreatmentsofthe $H substrateslistedintheTable,asfollows:     a.Chemicalstrippingandcleaningbathcycle  parameters,asfollows:      1.Bathcomposition; 4X      4 a.Fortheremovalofoldordefective    coatingscorrosionproductorforeigndeposits; !!      4 b.Forpreparationofvirgin l## substrates; D$h$     2.Timeinbath; % &     3.Temperatureofbath; '!(     4.Numberandsequencesofwash T)x#* cycles; ,*P$+   b.Visualandmacroscopiccriteriafor +&- acceptanceofthecleanedpart; -  D c.Heattreatmentcycleparameters,as / follows: d0  D  p 1.Atmosphereparameters,asfollows:  82  D  p   a.Compositionoftheatmosphere;  4  D  p   b.Pressureoftheatmosphere; t 6  D  p 2.Temperatureforheattreatment; $H 8  D  p 3.Timeofheattreatment;  :  D d.Substratesurfacepreparationparameters,  < asfollows: \ =  D  p 1.Gritblastingparameters,asfollows:  0?  D  p   a.Gritcomposition; A  D  p   b.Gritsizeandshape; lC  D  p   c.Gritvelocity; @E  D  p 2.Timeandsequenceofcleaningcycle G aftergritblast; H  D  p 3.Surfacefinishparameters; TxJ  D  p 4.Applicationofbinderstopromote  (L adhesion;  M  D e.Maskingtechniqueparameters,asfollows: "O  D  p 1.Materialofmask; <$`Q  D  p 2.Locationofmask; % S 2. Technologyforinsituqualityassurance '!U techniquesforevaluationofthecoatingprocesses t("V listedintheTable,asfollows: L)p#W  D a.Atmosphereparameters,asfollows: * %Y  +%Z     1.Compositionoftheatmosphere;      2.Pressureoftheatmosphere;    b.Timeparameters; < `   c.Temperatureparameters;     d.Thicknessparameters;     e.Indexofrefractionparameters; Lp    f.Controlofcomposition;   3. Technologyforpostdepositiontreatmentsof   thecoatedsubstrateslistedintheTable,as   follows: \    a.Shotpeeningparameters,asfollows:  0     1.Shotcomposition;      2.Shotsize; l     3.Shotvelocity; @   b.Postshotpeeningcleaningparameters;    c.Heattreatmentcycleparameters,as | follows: Tx     1.Atmosphereparameters,asfollows:  (      4 a.Compositionoftheatmosphere; !!      4 b.Pressureoftheatmosphere; d##     2.Time-temperaturecycles; %8%   d.Postheattreatmentvisualand & ' macroscopiccriteriaforacceptanceofthecoated '!( substrates; t(") 4. Technologyforqualityassurancetechniques $*H$+ fortheevaluationofthecoatedsubstrateslisted * %, intheTable,asfollows: +%- Ї D a.Statisticalsamplingcriteria; -  D b.Microscopiccriteriafor: /  D  p 1.Magnification; < `1  D  p 2.Coatingthickness,uniformity;  3  D  p 3.Coatingintegrity;  5  D  p 4.Coatingcomposition; Lp7  D  p 5.Coatingandsubstratesbonding;  9  D  p 6.Microstructuraluniformity.  ;  D c.Criteriaforopticalpropertiesassessment \ = (measuredasafunctionofwavelength): 4X>  D  p 1.Reflectance; @  D  p 2.Transmission; B  D  p 3.Absorption; DhD  D  p 4.Scatter; F 5. Technologyandparametersrelatedto H specificcoatingandsurfacemodification |I processeslistedintheTable,asfollows: TxJ  D a.ForChemicalVaporDeposition(CVD):  (L  D  p 1.Coatingsourcecompositionand !N formulation; "O  D  p 2.Carriergascomposition; <$`Q  D  p 3.Substratetemperature; % S  D  p 4.Time-temperature-pressurecycles; '!U  D  p 5.Gascontrolandpartmanipulation; L)p#W  D b.ForThermalEvaporation-PhysicalVapor * %Y Deposition(PVD): +%Z Ї    1.Ingotorcoatingmaterialsource  composition;      2.Substratetemperature; d     3.Reactivegascomposition;  8     4.Ingotfeedrateormaterial   vaporizationrate;       5.Time-temperature-pressurecycles; Lp      6.Beamandpartmanipulation;       7. Laserparameters,asfollows:        4 a.Wavelength; \       4 b.Powerdensity;  0      4 c.Pulselength;       4 d.Repetitionratio; l      4 e.Source; @   c.ForPackCementation:      1.Packcompositionandformulation; |     2.Carriergascomposition; ,P     3.Time-temperature-pressurecycles;      d.ForPlasmaSpraying: ""     1.Powdercomposition,preparationand <$`$ sizedistributions; %8%     2.Feedgascompositionandparameters; & '     3.Substratetemperature; t(")     4.Gunpowerparameters; $*H$+     5.Spraydistance; +%- Ї D  p 6.Sprayangle; -  D  p 7.Covergascomposition,pressureand / flowrates; d0  D  p 8.Guncontrolandpartmanipulation;  82  D e.ForSputterDeposition:  4  D  p 1.Targetcompositionandfabrication; t 6  D  p 2.Geometricalpositioningofpartand $H 8 target;  9  D  p 3.Reactivegascomposition;  ;  D  p 4.Electricalbias; \ =  D  p 5.Time-temperature-pressurecycles;  0?  D  p 6.Triodepower; A  D  p 7.Partmanipulation; lC  D f.ForIonImplantation: @E  D  p 1.Beamcontrolandpartmanipulation; G  D  p 2.Ionsourcedesigndetails; |I  D  p 3.Controltechniquesforionbeamand ,PK depositionrateparameters;  (L  D  p 4.Time-temperature-pressurecycles. !N  D g.ForIonPlating: d#P  D  p 1.Beamcontrolandpartmanipulation; %8R  D  p 2.Ionsourcedesigndetails; & T  D  p 3.Controltechniquesforionbeamand t("V depositionrateparameters; L)p#W  D  p 4.Time-temperature-pressurecycles; * %Y  +%Z     5.Coatingmaterialfeedrateand  vaporizationrate;      6.Substratetemperature; d     7.Substratebiasparameters.# &%%&#  8 0,X,,X, X0    2E018 Technologyforthe useof   equipmentcontrolledby2B018.  t    LicenseRequirements  $H    ReasonforControl:&%% &ԀNS,MT,AT,UN# &%%&+V#   Control(s) 4  `      CountryChart   NSappliestoentireentry   NSColumn1 4X MTappliesto technology"  MTColumn1  forequipmentcontrolledby  2B018forMTreasons  ATappliestoentireentry   ATColumn1 Dh &%% &UNappliestoentireentry   Iraq,North       4  `      Korea,and       4  `      Rwanda.# &%%&]X#   LicenseExceptions  Tx   CIV: 4 N/A   (   TSR:0 4 &%% &Yes,exceptN/AforRwanda.# &%%&wZ#  44  ListofItemsControlled  ""   Unit:N/A <$`$   RelatedControls:N/A %8%   RelatedDefinitions:N/A % &   Items: & ' Thelistofitemscontrollediscontainedinthe t(") ECCNheading. 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"O  % 9 2E301 Technologyaccordingtothe %8R  GeneralTechnologyNotefor useofitems % S controlledby2B350,2B351and2B352. & T %97x LicenseRequirements  t("V  D ReasonforControl:CB,AT $*H$X Control(s)         L  x CountryChart +%Z ЇCBappliestoentireentry   CBColumn2  ATappliestoentireentry   ATColumn1    LicenseExceptions  < `   CIV: 4 N/A      TSR: 4 N/A       ListofItemsControlled  t     Unit:N/A $H    RelatedControls:N/A     RelatedDefinitions:N/A     Items:   Thelistsofitemscontrolledarecontainedinthe \  ECCNheadings. 4X  &%% &2E983 Technologyspeciallydesignedor  modifiedforthe development, production  or useofequipmentcontrolledby2A983,or l the developmentofsoftwarecontrolledby Dh 2D983. @  LicenseRequirements     ReasonforControl:RS,AT | Control(s) 4  ` 0 0   CountryChart,P        4 RSappliestoentireentry RSColumn 2    ATappliestoentireentry ATColumn1 ""      4  ` LicenseExceptions  <$`$   CIV:N/A % &   TSR:N/A & '  ListofItemsControlled t(")    Unit:N/A $*H$+   RelatedControls:N/A * %, 0  RelatedDefinitions:N/A+%-  D Items: - Thelistofitemscontrollediscontainedinthe / ECCNheading.# &%%&|#&%% & d0 # &%%&N#&%% &XX%&# XXXXĥ## &%X XĂ# % M 2E991 Technologyforthe useof  $3 equipmentcontrolledby2B991,2B993,2B996,  4 or2B997.%M.  5  LicenseRequirements  `7  D ReasonforControl:AT 4 9 Control(s)&%% &  # &%%&q#       L  x CountryChart  ; ATappliestoentireentry L  x ATColumn1 p =  LicenseExceptions   D?  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