POP - Products.afi.cc
POP POP RivetsPOP Rivets have developed from their inception over 100 years ago and now include a vastrange of high quality fasteners and setting tools that will meet the needs of your demandingmanufacturing process.The POP range now includes soft setting rivets and rivets with superior clamping performance and griprange capabilities.Available in Steel, Stainless Steel, Aluminium, Copper & Nickel Copper alloy, POP Rivets have become thestandard throughout the industry.If it doesn’t say POP , it’s not the orginal.Hand ToolsThe POPSet Hand Tool range has been designed to offer theuser the best features available in the market today.These tools offer the quality, durability and reliability that is expected fromGenuine POP Rivet Tools.Power ToolsPOP ProSet rivet power tools set a new standard for pneumatic rivet tools.With lightweight polymer construction and a high force-to-weight ratio, POP ProSet rivet tools keep your production lines running at full speed while reducinguser fatigue. The POP power tool range also includes MCS5800L Battery poweredtool, MCS5250 In-Line tool and the PRG510 & 540 range of pneumatic tools.Riveting SystemsPOP riveting systems are available to increase the efficiency of yourproduction lines.The range includes automatic rivet feeding, semi-automation, rivet set verification,multi-head riveting systems and rivet presenters.
POP Table of ContentsDomedHeadA Complete Range of Blind Riveting Productsand Technical InformationBody StyleBody MaterialMandrel MaterialLargeCountersunkHead StylePage5052 AluminumAluminumlll14-165056 AluminumSteellll16-19C1006-C1010 SteelSteellll19-22300 Series Stainless SteelStainless Steellll23-24300 Series Stainless SteelSteellll25-26110 CopperSteellNickel Copper AlloySteell5056 AluminumSteelll29C1006-C1010 SteelSteelll29Soft Set1100 AluminumAluminumlMicro5154 AluminumSteell1100 AluminumAluminumll5052 AluminumSteellll33-345052 AluminumStainless Steellll34C1002-C1010 SteelSteelll355154 AluminumAluminumll361100 AluminumAluminuml5056 AluminumSteell5056 AluminumStainless Steell40300 Series Stainless SteelStainless Steell41110 CopperSteell41C1006-C1010 SteelSteelC1002-C1010 SteelSteelllC1002-C1010 AluminumAluminumlll43Carbon SteelSteellll44-45C1002-C1010 Stainless SteelStainless Steelll45C1006-C1010 SteelSteelll465056 AluminumSteelll475056 AluminumAluminumlC1006-C1010 SteelSteell300 Series Stainless SteelStainless SteellOpen EndEasy EntryMulti-GripTMLSRClosed EndPull-Thru (PT)HSHR Self PluggerT RivetsUltra-Grip t Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 4Rivet Usage Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 5Rivet Types and Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 6-7Rivet Head Styles and Finishes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 8-9Design Guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 10-12Troubleshooting Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 13Rivet Selection Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 14-50Tool Selection Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 51POP Manual Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 52-53POP Power Tools and Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 54-60Nosepieces & Jaws . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 61-63POP Automated Riveting Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 64-66
POP The POP rivet installation sequence is simple.1. Place the mandrel of the POP rivet into the nosepiece of the setting tool.2. Insert the POP rivet body through the hole of the materials to be fastened.3. Pull the trigger of the setting tool. The POP Rivet body clamps the materials together and expandsto form a secondary head on the blind side of the joint. The mandrel breaks at a pre-determined force.4. The materials are now fastened together.Page 4EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Rivet Usage GuideThe POP rivet range has been designed to meet the needs of a wide variety of industry requirements.The technical features and setting characteristics of each range are suitable for many different applications.An overview of typical rivet usage is shown here.General Industry Low load bearing Multiple thicknesses Irregular holesOpen EndGeneral purpose rivetMulti-GripTMGeneral purpose Multi-Grip rivetaccomodates a wide grip rangeMulti-GripTMGeneral purpose Multi-Grip rivetaccomodates a wide grip rangeLSR (Load Spreading Rivet)Load spreading rivet ideal for use invulnerable materialClosed EndWater / pressure tightHR (High Retention)Exceptional clamp-up and increasedblind side expansionUltra-Grip (UG)High shear and tensile strength withwide grip range capabilityHS (High Strength)1/4"(6.4mm) diameter rivetrange with the strength of an 1/4" boltPull-Thru (PT)Sets flush on both sides of the applicationClosed EndMandrel head retentionHS (High Strength)1/4"(6.4mm) diameter rivet range withthe strength of an 1/4" boltUltra-Grip (UG)High shear and tensile strength withwide grip range capabilityAutomotive Multiple thicknessesLocked-in mandrelComposite materialsClamp-upAppliance Water / Air tight Locked-in mandrel Wide blind sideTransport Improved strengthMultiple thicknessesClamp-upLocked-in mandrelElectronics Low profile Multiple thicknessesConstruction Wood to metal Locked-in mandrel Improved strengthEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 5
POP Rivet TypesOpen EndGeneral purpose rivet available in a wide range of materials and head styles. Suitable forapplications with normal load bearing requirements.Easy EntryEasy Entry rivets line up odd shaped or misaligned holes in multiple sheets of material to makeproduction easier and faster.Soft SetSoft-Set rivets incorporate a body and mandrel made from special aluminum alloys and aredesigned for soft or brittle materials.MicroWith a 2.0mm diameter and a low head height for tight spaces and low secondary side protrusion, theMicro rivet is ideal for PCB’s and thin sheet metal applications. Widely used in electronics applications.Multi-GripTMThe Multi-Grip rivet is designed to accommodate a wider grip range than other rivets allowingfor lower inventory levels. Provides good rattle free, vibration resistant joint construction evenin irregular holes.LSR (Load Spreading Rivet)Load spreading characteristics make this rivet ideal for use in vulnerable, friable and very soft materials.Closed EndDesigned with a completely closed body, this rivet is ideal for applications that need to bewater/pressure tight or where mandrel retention is paramount.Pull-Thru (PT)The Pull-Thru (PT) is a countersunk rivet ideal for low clearance applications and features a‘double flush’ set on both sides of the application. With the unique patented pull-thru design,no mandrel heads will remain anywhere in the application making them ideal in electronics applications.HS (High Strength)High Strength rivets with large blind side expansion for structural applications. With excellentshear and tensile, also provides vibration resistance and enhances joint integrity.HR (High Retention)Exceptional clamp-up capability and increased blind side expansion give the perfectcombination for overcoming air gaps while expanding the load during setting. Excellentmandrel retention and rattle resistance after setting.Self PluggerThis rattle resistant rivet offers positive mandrel head retention with mandrel gripping rings;mandrel remains in shear plain for optimum strength and is automation friendly.T-RivetIdeal for joining softer and more brittle materials such as plastic, rubber or wood with theadded benefit of clamp-up. Improved shear strength is also achieved due to the mandrel headretention after setting.Ultra-Grip (UG)These high strength rivets with a positive mechanical locking system provide superior holdingpower. The locking feature seals the mandrel head into the body preventing head drop outkeeping the application free from contamination. UG rivets offer superior shear and tensileproperties in structural applications.Page 6EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Rivet MaterialsPOP Rivets are available in Steel, Stainless Steel, Nickel Copper Alloy (Monel) Copper andseveral grades of Aluminum to meet the requirements of a wide variety of applications.Rivet Material SelectionGenerally the rivet selected should have the same physical andmechanical properties as the components to be joined.Aluminum – 1100Commercially pure aluminum for extremely soft or brittle materials;for lower shear/tensile requirementsAluminum – 5052Best used where higher shear & tensile is required;good corrosion resistanceAluminum – 5056Best used where higher shear & tensile is required;good corrosion resistanceAluminum – 5154Used for special products/applicationsSteel – C1002-C1010General purpose use; used for all steel rivet mandrelsStainless Steel – 300 SeriesAustenitic stainless steel; offers good corrosion resistanceNickel Copper Alloy – 400Offers extremely high corrosion resistance; has excellentelevated temperature propertiesCopper – 110Used where electrical conductivity is requiredEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 7
POP Rivet Head StylesHead StylesPOP Rivets are available with the following flange configurations:Domed HeadLarge FlangeCountersunkStandard low profile head, suitable formost applications.For use where thin, brittle, soft orvulnerable materials are fastened. Provideslarge bearing surface on primary side andideal for covering enlarged holes or slots.With a 120º head design, used wherever a flushsurface is required.Customer Specific Solutions*We support the design and application needs of our customers through highly skilled and experiencedapplication and design engineers.If you require a rivet with a special feature or if you need advice as to the best solution for your applicationplease contact Emhart Customer Service with the following application details: Application descriptionMaterials to be fastened - material types, thicknessesHole sizesAnnual volumeExtraordinary fastener requirements* Subject to minimum order quantitiesTypical Customer Specific Design Solutions:Extended LengthGrooved MandrelPage 8Collar AssemblyPlastic Cap RivetEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Rivet FinishesFinishesPOP Rivets in Steel are supplied with Zinc and Clear passivation as standard.Steel, Stainless Steel and Copper components all meet the RoHS directive and are mercury free.POP Rivets in Nickel Copper are supplied zinc plated.There are a wide variety of other finishes also available for aesthetic and environmental needsincluding:- Xylan, Anodization & Zinc Nickel.We offer the complete color palette of paint finishes.We can also match your application to a paint color if required. Please contactEmhart Customer Service.Special finishes are subject to minimum order quantities.FinishStandardCorrosion Resistance&Steel Rivet Finishes24Zinc Plate48Corrosion Resistance (Salt Spray Hrs.) to WhiteCorrosion Resistance (Salt Spray Hrs.) to RedEpoxy Paint60Custom FinishesOrganic120Zinc AlloyCoating480150Special PlatingAutomotive6000100200300400500600Corrosion, Hrs MinimumNote: Typical values for steel plates rivets tested in accordance with ASTM B117EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 9
POP Design GuidelinesThese illustrations provide a graphic representation of the rivet selection factorsto be considered and described in greater detail in the accompanying text.Rivet Terminology/Nomenclature1. Hole sizeHole size can be important in blind riveting. Too smalla hole will, of course, make rivet insertion difficult.Too large a hole will reduce the shear and tensilestrengths. It may also cause bulging or separation ofthe members by allowing the rivet to expand betweenthem instead of only on the blind side. (Best practiceis to follow the hole size recommendations provided).Avoid burrs in and around the holes.2. Grip RangeThe recommended thickness range over which thebody length will consistently provide a propersetting in a hole of the specified diameter.3. ShearThe load applied to a fastener along the joint interface.6. Joint thicknessMeasure the total thickness of the materials to be joined. This determines therequired "grip" of the rivet you select. Refer to the "Grip Range" in the RivetSelection Guide (pp14-50) and select a rivet with a grip range that includesthe work thickness required. Remember that insufficient rivet length will notallow proper formation of the secondary head at the back of the work.7. Nature of materialsBoth the rivet and the materials to be fastened will affect the ultimate jointstrength. As a rule, the rivet materials should have the same physical andmechanical properties as the materials to be fastened, because a markeddissimilarity may cause joint failure due either to material fatigue or galvaniccorrosion.8. Head StyleThe low-profile domed head is appropriate for most applications. However,when soft or brittle materials are fastened to a rigid backing member, the largeflange head should be considered because it offers twice the bearing. surface.Where a flush surface is required, the countersunk head style should beselected.4. TensileThe load applied to a fastener along its length.Domed HeadLarge FlangeCountersunk5. Joint strengthFirst determine the single-joint tensile and shear values required for theapplication. These are functions of total joint strength, fastener spacing, rivetbody material and rivet diameter. Then refer to the "Shear" and "Tensile" in theRivet Selection Guide (pp14-50) on the product, and select a POP brand rivetthat provides the values required. POP brand rivets are not certified forstructural aerospace applications and such use is not recommended.Page 10EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Design GuidelinesThe material that follows will provide a useful planning guide formost applications. In addition, we offer the services of ourengineering staff to help with unusual requirements.Fully Sealed FasteningPOP Closed End Rivets shouldbe specified for all of the manyapplications where a fully sealedfastening is essential. This rivetdesign produces a seal thatprevents passage of liquid or vaporat pressures up to 100 psi.Some of the variables to consider are: Joint type, configuration, thickness and material Hole size Tool access Rivet size, material and spacing Tightness of clamp Hole typeThin & Thick AssemblingWherever possible, set thesecondary head against the thickerand therefore stronger material.Where the head must be set againstthe thinner material, consider usingthe POP HR or HS rivet or a backupwasher when using Open Endrivets. POP brand open end rivetsare successfully set againstaluminum stock as thin as pending onmaterialAGoodDouble Countersunk DomedCountersunkHeadHeadHead (PT)Fastening Soft to HardSoft-to-hard materials aresometimes assembled by using abackup washer and forming thesecondary head against the softmaterial. It is best to use a LargeFlange rivet and set the secondaryhead against the hard material.Whenever this is not possible,consider using POP LSR rivets.Plastics and Brittle MaterialsWhere the more fragile plastics areinvolved, POP Soft-Set or LSRrivets should be specified. Wherethe plastic is rigid enough to affordsatisfactory clamping action,standard POP open end brandrivets can be set directly againstplastics as shown here.Head ClearanceHeight and diameter of domed headrivets should be checked againstspecifications where no projectionis permitted; rivets with 120 countersunk head style afford atruly flush surface. For a doubleflush set, use the POP Pull-Thru(PT) rivets.BCPoor Good GoodPoorGoodGoodChannel SectionsWhere narrow channels mustbe assembled, check clearancefor adequate tool width.Alternately, set rivet from theunderside – or widen thechannel section – or use oneof the available POP Rivet toolnosepiece extensions that canadd up to an inch in length. Inthis case, a rivet with a largermandrel is required.Edge ClearanceFor maximum joint strength,the distances from the rivetcenterline to the edge of asheet should not be less thantwice the rivet diameter.Where joint strength is notcritical, this dimension can bereduced.2XRivetDiameterBeforeTight JointsBecause POP Rivets exert ahigh gripping force whenclamped, the joint shown in Awould be unsatisfactory. Themethods shown in B and Care better ways to handle thesame assembly problem.For improved clamp-up force,consider using POP Ultra-Gripor HS rivets.After SetBlind Side ClearanceThis is the distance from theunderside of the rivet head tothe end of the mandrel beforesetting minus the combinedthickness of the materialsbeing fastened. Design mustpermit enough blind sideclearance to allow a fullyformed secondary head whensetting the rivet. Considerusing POP Pull-Thru rivetswhere clearance is a concern.EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 11
POP Design GuidelinesGalvanic CorrosionCorroded End(Anodic, Least Noble)Galvanic corrosion occurs when two dissimilar metals are in contact in thepresence of an electrolyte, which is a medium through which an electricalcurrent can flow (i.e. moisture). The rate of corrosion depends upon theamount and concentration of the electrolyte as well as the difference inelectrical potential (anodic-cathodic relationship) of the metals as shownin the Galvanic Series Chart to the right.MagnesiumMagnesium AlloysZincAluminum 1100CadmiumAluminum 2024-T4Steel or IronCast IronChromium-Iron (active)Ni-Resist Cast IronType 304 Stainless (active)Type 316 Stainless (active)Lead-Tin SoldersLeadTinNickel (active)Inconel Nickel-Chromium Alloy (active)Hastelloy Alloy C (active)BrassesCopperBronzesCopper-Nickel AlloyMonel Nickel-Copper AlloySilver SolderNickel (passive)Inconel Nickel-Chromium Alloy (passive)Chromium-Iron (passive)Type 304 Stainless Steel (passive)Type 316 Stainless Steel (passive)Hastelloy Alloy C (passive)SilverTitaniumGraphiteGoldPlatinumA highly anodic material in contact with a highly cathodic material will corrodemuch more quickly than two highly cathodic materials or when the materialsused are closer together in the Galvanic Series Chart.When corrosion does occur, the anodic material is the most likely to corrode,whereas the cathodic material is the least likely to corrode. To reduce thelikelihood of galvanic corrosion in a fastened joint, it’s recommended to choosematerials that are grouped together in the Galvanic Series Chart.Recommendations include:1) Select materials that are as close together as possible in the GalvanicSeries Chart2) Provide a barrier between the two metals, such as paint, non-metallicwasher or gaskets3) Design the fastener as the cathode so the cathodic area is small ascompared to the anodic area4) Use a metallic finish on the fastener that is close on the chart to themating materialTypical Setting Cycle for an Open RivetSetting Load (kN)Protected End(Cathodic, Most Noble)61The rivet is placed into the holesof the work piece52The setting tool applies a load tothe mandrel and the mandrel headstarts to enter the rivet body3Continued pulling of the mandrelcauses the rivet body to expand,clamping the work piece plates4The pulling load graduallyincreases until the plates areclamped firmly together and, at apredetermined setting load, themandrel breaks4321123456789Mandrel head movement (mm)Page 12Page 12EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (203) 924-9341 Fax: (203) 925-3109 www.emhart.com
POP Trouble Shooting GuideDescription of Typical Potential ProblemsPull ThruPartial Pull ThruOver1/16”Loose Set/Plate FreezeProper SetHead PopperBreak notat crimpSheared Secondary HeadHigh Mandrel BreakProblem TypePotential eFreezeHighMandrelBreakShearedSecondaryHeadOver maximumrecommended holeUnder minimumrecommended holeGrip thicknessover maximumGrip thicknessunder minimumImproper Hole ConditionExcessive variationin sizeNoncircularholeTaperedholeBurrs andsharp edgesApplicable materialtoo softNon-perpendicular set(improper alignment of tooling to application)Wrong nosepieceon toolingGap between materialthicknessesInsufficient secondaryside clearance APPLICABLE NOT APPLICABLERefer to Rivet Selection Guide for proper design conditions. If you need further assistance, contact our application engineers and be prepared to supply thefollowing information and samples. Company Name / Contact Name Address / Tel. # / Fax # / EMail Sales representative or Distributor Frequency of failure Rivet part number Affected quantities Affected lot numbers Hole sizes (tolerances) Grip thickness (ranges) Tooling information Tooling nosepiece 50 unset rivets for tests Samples of failed rivets Sample of applicationEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 13
POP Open End Rivets(L)NominalRivetNominalRivetBodyDiameter n.(mm)Grip RangeIn.(mm)RivetPartNumberHoleSizeIn.(mm)(D) BodyDiameter(H) FlangeThickness(E) FlangeDiameter(W) NominalMandrel bs.(N)TensileStrengthLbs.(N)5052 Aluminum Body/Aluminum Mandrel – Domed Head – Finish: Plain /Plain3/32(2.4)1/8(3.2)5/32(4.0)3/16(4.8)Page 14.225(5.7).325(8.3).032-.125(.8-3.2)AD 32 ABS.350(8.9).450(11.4).126-.250(3.2-6.4)AD 34 ABS.475(12.1).575(14.6).251-.375(6.4-9.5)AD 36 ABS.188(4.8).308(7.8).032-.062(.8-1.6)AD 41 ABS.250(6.4).370(9.4).063-.125(1.6-3.2)AD 42 ABS.313(8.0).433(11.0).126-.187(3.2-4.8)AD 43 ABS.375(9.5).495(12.6).188-.250(4.8-6.4)AD 44 ABS.438(11.1).558(14.2).251-.312(6.4-7.9)AD 45 ABS.500(12.7).620(15.7).313-.375(7.9-9.5)AD 46 ABS.625(15.9).745(18.9).376-.500(9.5-12.7)AD 48 ABS.750(19.1).870(22.1).501-.625(12.7-15.9)AD 410 ABS.275(7.0).415(10.5).063-.125(1.6-3.2)AD 52 ABS.338(8.6).478(12.1).126-.187(3.2-4.8)AD 53 ABS.400(10.2).540(13.7).188-.250(4.8-6.4)AD 54 ABS.525(13.3).665(16.9).251-.375(6.4-9.5)AD 56 ABS.650(16.5).790(20.1).376-.500(9.5-12.7)AD 58 ABS.775(19.7).915(23.2).501-.625(12.7-15.9)AD 510 ABS.300(7.6).460(11.7).063-.125(1.6-3.2)AD 62 ABS.425(10.8).585(14.9).126-.250(3.2-6.4)AD 64 ABS.550(14.0).710(18.0).251-.375(6.4-9.5)AD 66 ABS.675(17.2).835(21.2).376-.500(9.5-12.7)AD 68 ABS.800(20.3).960(24.4).501-.625(12.7-15.9)AD 610 ABS.925(23.5)1.085(27.6).626-.750(15.9-19.1)AD 612 ABS1.051(26.7)1.210(30.7).751-.875(19.1-22.2)AD 614 ABS1.175(29.9)1.335(33.9).876-1.00(22.2-25.4)AD 616 8).114(2.90)315(1401)500(2224)EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Open End Rivets(L)NominalRivetNominalRivetBodyDiameter n.(mm)Grip RangeIn.(mm)RivetPartNumberHoleSizeIn.(mm)(D) BodyDiameter(H) FlangeThickness(E) FlangeDiameterIn.(mm)In.(mm)In.(mm)(W) NominalMandrel Lbs.(N)600(2669)750(3336)5052 Aluminum Body/Aluminum Mandrel – Domed Head – Finish: Plain )AD 82 ABS.475(12.1).710(18.0).126-.250(3.2-6.4)AD 84 ABS.600(15.2).835(21.2).251-.375(6.4-9.5)AD 86 ABS.725(18.4).960(24.4).376-.500(9.5-12.7)AD 88 ABS.850(21.6)1.085(27.6).501-.625(12.7-15.9)AD 810 ABS.975(24.8)1.210(30.7).626-.750(15.9-19.1)AD 812 ABS1.100(27.9)1.335(33.9).751-.87519.1-22.2)AD 814 ABS1.225(31.1)1.460(37.1).876-1.00(22.2-25.4)AD 816 73.475-.525(1.65-1.85) (12.06-13.34).151(3.84)5052 Aluminum Body/Aluminum Mandrel – Large Flange – Finish: Plain .063-.125(1.6-3.2)AD 42 ABS LF.313(7.9).433(11.0).126-.187(3.2-4.8)AD 43 ABS LF.375(9.5).495(12.6).188-.250(4.8-6.4)AD 44 ABS LF.500(12.7).620(15.7).313-.375(7.9-9.5)AD 46 ABS .8-6.4)AD 54 ABS LF.665(16.9).251-.375(6.4-9.5)AD 56 ABS LF 448-.488(1.07-1.42) ).790(20.1).376-.500(9.5-12.7)AD 58 ABS LF.425(10.8).585(14.9).126-.250(3.2-6.4)AD 64 ABS LF.550(14.0).710(18.0).251-.375(6.4-9.5)AD 66 ABS LF.675(17.1).835(21.2).376-.500(9.5-12.7)AD 68 ABS 5(12.7-15.9) AD 610 ABS ) )1.085(27.6).626-.750AD 612 ABS LF(15.9-19.1)1.175(29.8)1.335(33.9).876-1.000AD 616 ABS LF(22.2-25.4)EMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.comPage 15
POP Open End Rivets(L)NominalNominalRivetBodyRivetDiameter n.(mm)Grip RangeIn.(mm)RivetPartNumberHoleSizeIn.(mm)(D) BodyDiameterIn.(mm)(H) FlangeThickness(E) FlangeDiameter(W) NominalMandrel ensileStrengthLbs.(N)5052 Aluminum Body/Aluminum Mandrel – 120 Countersunk – Finish: Plain 88-.250(4.8-6.4)AK 44 ABS.438(11.1).558(14.2).251-.312(6.4-7.9)AK 45 ABS.500(12.7).620(15.7).313-.375(7.9-9.5)AK 46 ABS.750(19.1).870(22.1).501-.625(12.7-15.9)AK 410 ABS.275(7.0).415(10.5).063-.125(1.6-3.2)AK 52 ABS.400(10.2).540(13.7).188-.250(4.8-6.4)AK 54 ABS.525(13.3).665(16.9).313-.375(7.9-9.5)AK 56 5.4)AK 616 )NominalBlindSideProtrusionGrip RangeRivetPartNumber1/8(3.2)5/32(4.0)AK 42 ABSAK 43 ABS.122-.128(3.10-3.25).051 (1045).153-.159.160-.164(4.06-4.17) (3.89-4.04).063 0(1556).183-.191.192-.196(4.88-4.98) (4.65-4.85).071 0(2224)(E) FlangeDiameter(W) NominalMandrel -3.38)HoleSize(D) BodyDiameter(H) FlangeThickness5056 Aluminum Body/Steel Mandrel – Domed Head – Finish: Plain /Protective Coating3/32(2.4)1/8(3.2)Page 12.7).501-.625(12.7-15.9)AD 32 0(934)325(1445)AD 34 BSAD 41 BSAD 42 BSAD 43 BSAD 44 BSAD 45 BSAD 46 BSAD 48 BSAD 410 BSEMHART TEKNOLOGIES 50 Shelton Technology Center, Shelton, CT 06484 Tel. (877) EMHART-1 Fax: (800) 225-5614 www.emhart.com
POP Open End Rivets(L)NominalRivetNominalRivetBodyDiameter n.(mm)Grip RangeIn.(mm)RivetPartNumberHoleSizeIn.(mm)(D) BodyDiameter(H) FlangeThickness(E) FlangeDiameter(W) NominalMandrel bs.(N)TensileStrengthLbs.(N)5056 Aluminum Body/Steel Mandrel – Domed Head – Finish: Plain /Protective .550(14.0).675(17.2).800(20.3).925(23.5)1.05(
POP The POP rivet installation sequence is simple. 1. Place the mandrel of the POP rivet into the nosepiece of the setting tool. 2. Insert the POP rivet body through the hole of the materials to be fastened. 3. Pull the trigger of the setting tool. The POP Rivet body clamps the materials together and expands to form a secondary head on the blind side of the joint.File Size: 2MBPage Count: 68
Supersedes: AFI 32-1001, 16 October 2014; AFI 32-1002, 22 January 2015; AFI 32-1051, 17 October 2014; AFI 32-1052, 24 December 2014; AFI 32-1054, 7 November 2014 Certified by: SAF/IE (Hon John Henderson) Pages: 47 This instruction implements Air Force Policy Directive (AFPD) 32
relates to AFI 10-203, Duty Limiting Conditions, AFI 34-266, Air Force Fitness and Sports Programs and AFI 40-104, Health Promotion Nutrition. This AFI may be supplemented at any level, but all supplements must be routed to AF/A1P for coordination prior to certification and approval.
8 IN THE AFI COLLECTION AT THE LIBRARY OF CONGRESS 9 37,000 FILMS PRESERVED MORE THAN THE AFI EFFECT AFI is the cradle of the motion picture art form in America — past, present and future. For over 50 years, AFI has been the standard-bearer for film history and preservation. AFI has cultivated groundbreaking storytellers whose
Automated Function Imaging (AFI) of the right ventricle GE Healthcare 4 Workflow The AFI RV workflow is similar to AFI LV except there is only a single imaging view required for analysis. AFI RV is to be performed using an RV-focused apical view with a transthoracic cardiac sector probe. Select an RV-focused apical view from the clipboard.
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Internet Explorer: Allow Pop-ups on USDA websites . Turn off Pop-up blockers. Edge . Chrome . Firefox: Allow Pop-ups on USDA websites . Turn off Pop-up blockers . Internet Explorer (Version 11) to allow Pop-ups on USDA websites . This option is used if you wish to continue to block po
possibility of a leak from a storage tank? MANAGING RISK This starts with the design and build of the storage tank. International codes are available, for example API 650, which give guidance on the matter. The following is an extract from that standard: 1.1.1 This standard covers material, design, fabrication, erection, and testing
