overview - springfix linkages · overview springfixlinkages.com bore diameter of bearing over incl....

11

Rod Ends with Stud and Threaded barsOverview

springfixlinkages.com

Bore diameter of bearing

overincl. mm -

61012

1216

Single plain mean bore diameter variation

µm+12

0+15

0+18

0

Deviation of a single width of the inner ring

µm0

-1500

-1500

-200

Thread, metric measurements: Female thread DIN ISO 965-1 6HMale thread DIN ISO 965-1 6g

Static basic load rating CO (kN)The maximal admissible load of our rods ends with stud isspecified by the static load rating Co that is indicated inthe catalogue.

The static load rating Co of a plain bearing corresponds to the static radial load that does not yet cause a lastingdeformation at the weakest housing section of the rod end or bearing during standstill at room temperature.

In all cases the user has to match the selection criteriawith the installation situation and check the suitability ofthe rod end bearing. In this context the user has to definesufficient security factors and maintenance intervals.

Whenever the load is greater than the upper limit of theload rating, please contact us, we may be able to offeran alternative.

R3600 Adaptor boltFor use with rod ends R3579 and R3580

R3610, R3613 Female rod ends with stud Maintenance free, suitablefor low speeds under highdynamic loads

R3611, R3614 Male rod ends with studMaintenance free. Suitable for low speeds under high dynamic loads

R3640-R3642 High Performance versionThese bearings can be regreased and are suitable for high speeds

R3660 – threaded bar right hand and left hand threadsR3662 – R3668 linkage bars sizes M6 to M12

7

In many cases heavy-duty rod ends with integrated sphericalplain bearings serve their purpose.They are above all usedfor small swivelling or tilting movements at low speeds.They stand out for their high loadability and can also be usedfor shocklike loads. The rod end ball slides on a plastic bearingshell consisting of a glass fibre-filled nylon/ teflon compound.This design assures an absolutely maintenance-free rod end.

Heavy-duty plain bearing rod ends have a slight initial stressand virtually no clearance. The plastic material used has afavourable secondary advantage in that it absorbs anyforeign particles and encloses them so that no damage canoccur. The joint balls of heavy-duty rod ends with integratedspherical plain bearings are standardly fitted with hardchrome plating. This reliable corrosion protection ensuresthat the function of the rod end will not be affected by acorroded ball surface under humid operating conditions.

Rod ends with integral maintenance-free spherical plain bearings R3550, R3551, R3553, R3554, R3565, R3566

Rod ends with integral self-aligning ball bearingsR3556, R3557, R3559, R3560This design is especially suitable for high speeds, largeswivelling angles or rotating movements with relatively lowor medium loads. Prominent technical features are the lowbearing friction, long-time greasing as well as the sealingagainst rough dirt penetration by means of shields on bothsides. Under normal operating conditions the rod ends aremaintenance-free.

Greasing nipples are provided for lubrication in case of roughoperations and maximum loads. To avoid incompatibility withthe production lubrication, we recommend lubrication witha calcium-complex-soap-grease.

A special heat treatment procedure gives the rod end housinga raceway hardness adapted to the antifriction bearing,ensuring at the same time high stability with changing loads.

Rod ends with integral self-aligning roller bearings R3562, R3563The design based on the structure of a self-aligning rollerbearing is preferably used for high speed, large tilting anglesor rotating movements under high loads. Compared to rodends with self-aligning ball bearings, rod ends with self-aligning roller bearings have essentially higher basic loadratings. This design is equipped with a cage to minimisethe rolling friction and heat build-up. These rod ends withlong-time lubrication are under normal operatingconditions maintenance-free.

Greasing nipples are provided for lubrication in case of roughoperations and maximum loads. To avoid incompatibility withthe production lubrication, we recommend lubricating witha calcium-complex-soap-grease.

Shields on both sides prevent dirt particles from penetratinginto the bearing. The rod ends with self-aligning roller bearingsare, just as the design with the self-aligning ball bearings,subjected to a special heat treatment to obtain a racewayhardness adapted to the antifriction bearings, ensuring atthe same time a high stability with changing loads.

Basic load ratingsStatic basic load rating of anti-friction bearing rod endsThe static basic load rating Co of anantifriction bearing rod end correspondsto that of a static radial load causinga lasting overall deformation of1/10,000 of the roller body diameterat the contact point most highlystressed between roller body andraceway.

Static basic load ratings of plainbearing rod endsThe static basic load rating Co of aplain bearing rod end corresponds tothat of static radial load that does not

yet cause a lasting deformation at theweakest housing section. It contains atleast a 1,2 fold security compared tothe yield stress of the material usedfor the rod end housing.

Dynamic basic load rating ofantifriction bearing rod endsThe dynamic basic load rating C of an antifriction bearing rod end is theexternal radial load, unchangeable insize and direction, at which 90% of alarge quantity of obviously identicalrod ends will reach or exceed 1 millionof rotations or swivelling movements.

Dynamic basic load ratings ofplain bearing rod endsThe dynamic basic load rating C is the parameter for the calculation ofdynamically loaded maintenance-freeheavy-duty rod ends with integratedspherical plain bearing, in other words,making tilting, swivelling or rotatingmovements under load.

Basic load ratings always depend onthe definitions they are based on. For this reason it is not always possibleto compare basic load rating datasupplied by different manufacturers.

Rod EndsTechnical Data


8Our linkages, your solution 01483 26 6784

Rod EndsTechnical Data

Operating temperaturesHeavy-duty antifriction bearing rod ends can be used foroperating temperatures between -20°C and +120°C.The temperature range of heavy-duty rod ends with integralspherical plain bearing is between -30°C and +60°C,without affecting the loadability. Higher temperatures willreduce the loadability taken into account for the calculationof the ‘working life’ under the temperature factor C2.

LoadsThe decisive parameters for the selection and calculationof heavy-duty rod ends are size, direction and type of load.

Radial or combinated loadsThe heavy-duty rod ends have beenespecially designed to adopt high radialloads. They can furthermore be usedfor combined loads, the axial load

share of which does not exceed 20% of the correspondingradial load.

Unilaterally acting loadIn this case the load acts only in thesame direction, which means that theload area is always in the same bearing section.

Alternately acting loadIn case of alternating loads, the loadareas facing each other are alternatelyloaded and / or relieved, which meansthat the load changes its direction

constantly by approximately 180°.

Swivelling angleThe swivelling angle is the excursion of the rod end fromone final position to the other. Half the swivelling angle ßis used to calculate the service or ‘working life’.

Angle of tiltThe angle of tilt, also called setting angle, refers to thepossible excursion of the joint ball and/ or the inner ring tothe rod end axis in degrees. The tilting angle a indicated inthe table for the heavy-duty antifriction bearing rod endscorresponds to the maximum possible excursion being limitedby the shields on both sides. It is important that this tiltingangle is not exceeded either during installation or operation,as otherwise the shields may be damaged. As far asheavy-duty plain bearing rod ends are concerned,distinction is made between the tilting angles a1 and a2.

If the excursion is not limited by adjacent components,excursion angle 1 can fully be used without affecting therod end capacity. Tilting angle a2 is the excursion limitwhen connecting a forked component.

Nominal service lifeThe term ‘nominal service life’ is used for heavy-dutyantifriction bearing rod ends and represents the number ofswivelling motions or rotations and/ or the number of servicehours the rod end performs before showing the first signsof material fatigue at the raceway or roller bodies. In viewof many influence factors that are difficult or impossible toassess, the service life of several obviously identical bearingsdiffer under the same operating conditions. For this reason,the following method for the service life determination ofheavy-duty antifriction rod ends results in a nominal servicelife being achieved or exceeded by at least 90% of a largerquantity of identical rod ends.

Working lifeThe term ‘working life’ is used with heavy-duty plain bearingrod ends. It represents the number of swivelling motions orrotations and/ or the number of service hours the heavy-duty plain bearing rod end performs before becomingunserviceable because of material fatigue, wear, increasedbearing clearance or increase of the bearing friction moment.The ‘working life’ is not only influenced by the size and thetype of load, it is also affected by a number of factors, whichare partially difficult to assess. A calculation of the exactservice life is therefore impossible. Field-experienced standardvalues for the approximate ‘working life’ can neverthelessbe determined by using the following calculation procedurewhich is based on numerous results from endurance testruns and values from decades of experience. The valuesdetermined by this formula are achieved, if not exceeded,by the majority of the heavy-duty rod ends.

9

Heavy-duty rod ends (R3550, R3551, R3556, R3557, R3562, R3563, R3565, R3566)

Heavy-duty rod ends (R3553, R3554, R3559, R3560)

Dimension and tolerance symbolsd1 = nominal bore diameter of the inner

ring or joint ball.

d1mp = mean bore diameter deviation in one pane, arithmetical mean of the largest and smallest bore diameter.

Vd1p = bore diameter variation in one plane, difference between the largest and smallest bore diameter.

Vd1mp = mean bore diameter variation, difference between the largest and smallest bore diameter of one innerring or joint ball.

b1s = single inner ring or joint ball width deviation.

h, h1, h2 = single length from inner ring or ball bore centre to shank end.

hs, h1s, h2s = single length variation of a single rod end.

Low cost rod endsThe ultimate load capacity is based upon the minimummechanical properties of the design configuration in thestressed area.

The ultimate radial static load capacity in the rod endspecification is defined as a single cycle, unidirectionalapplied load will cause ultimate failure.

Operating loads should be based on the static load ratings,incorporating appropriate safety factors to suit theapplication.

When a rod end is to be applied in full rotation, up to amaximum of 100 RPM, the operating loads should notexceed 10% of the ultimate radial static load.

Rod EndsTechnical Data/Tolerances


d1 d1mptolerance limit Vd1p Vd1mp

b1stolerance limit

hs, h1s, h2stolerance limit

over icl. upper lower max. max. upper lower upper lower

6 +0,012 0 0,012 0,009 0 -0,12 +0,8 -1,2

6 10 +0,015 0 0,015 0,011 0 -0,12 +0,8 -1,2

10 18 +0,018 0 0,018 0,014 0 -0,12 +1,0 -1,7

18 30 +0,021 0 0,021 0,016 0 -0,12 +1,4 -2,1

30 50 +0,025 0 0,025 0,019 0 -0,12 +1,8 -2,7

d1 d1mptolerance limit Vd1p Vd1mp

b1stolerance limit

hs, h1s, h2stolerance limit

over icl. upper lower max. max. upper lower upper lower

10 +0,002 -0,010 0,008 0,006 0 -0,12 +0,8 -1,2

10 18 +0,003 -0,011 0,008 0,006 0 -0,12 +0,8 -1,2

18 30 +0,003 -0,013 0,010 0,008 0 -0,12 +1,0 -1,7

30 50 +0,003 -0,015 0,012 0,009 0 -0,12 +1,4 -2,1

50 80 +0,004 -0,019 0,015 0,011 0 -0,15 +1,8 -2,7

10Our linkages, your solution 01483 26 6784

Plastic Rod EndsTechnical Data

LoadThe load capacity of the maintenance free bearing elementparts is very high at normal ambient temperatures. Thesebearings absorb high forces and weigh only one fifth oftraditional, metal bearing housings. The excellent dampeningproperties are based on the fact that the polymer materialof the two part bearing can absorb vibrations differentlythan steel.

However, plastic specific properties, such as dependenceon temperature and behaviour under long term stress mustbe taken into consideration when using these bearings.The load capacity of the rod end bearing should thereforebe checked in a practical test, particularly if it will be usedunder continuous high loads and at elevated temperatures.

Chemical resistanceThe moisture absorbtion is approximately 1.3% of weight instandard atmosphere. The saturation limit in water is 6.5%.This must be taken into account for these types of applications.The housing made of igumid G is resistant to weak alkalines,acids and fuels, as well as all types of lubricants.

Coefficients of sliding friction and speedOne important advantage of plastic spherical bearings isthat rapid, rotary movements of a mounted shaft take placedirectly in the spherical portion. In metallic rod ends, rotarymotion takes place between the race and the sphericalbearing. High speeds can be achieved with plastic bearings.

These bearings are used in such a way that the angularmovements of the spherical bearings take place at the outerdiameter. By contrast, rotations of the shaft are supporteddirectly in the I.D. of the spherical portion. The advantagetherefore lies in the polymer vs. steel relationship. Polymerproduces lower friction and permits high speeds, even whenrunning dry.

UV resistanceThe corrosion resistance of these bearings gives themspecial value for outside applications. They are permanentlyresistant to UV radiation. A small change in colour (darkcolouration) of the spherical ball due to UV radiation doesnot affect the mechanical electrical or thermal properties.

Radiation resistanceSelf aligning plain bearings are resistant to radiation up toan intensity of 3 x 102 Gy.

Application temperaturesThese bearings can be used in temperatures from -30°C to+ 80°C. The table below shows the effect of temperatureon the load capacity of the bearings.

Medium Resistance

Alcohol + to 0

Hydro carbons +

Greases, oils without additives +

Fuels +

Diluted acids 0 to -

Strong acids -

Diluted alkalines +

Strong alkalines 0

Chemical resistance of plain bearings

+ resistant 0 conditionally resistant - not resistantAll data given at room temperature (20°C)

Minimum -30°C

Maximum, long term + 80°C

Maximum, short term + 120°C

Speed of load application (m/s)

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Temperature (°C)

Pe

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34

Rod End with Stud - FemaleRod Ends

MaterialBody: surface zinc plated Race: steel/ bronze - PTFE composite.Inner ring: bearing steel, hardened ground and spherical surface chromium plates.Outer ring: brass body pressed around,

outer race lined with bronze - PTF composite

Technical NotesFemale thread, Maintenance free. According to DIN ISO 12240-4 series K.

TipsStandard thread is right hand thread.Rod end studs are all right hand threads.

Important Notes*Denotes fine pitch threads.

R3610y

Order No. Thread (hand)

Rod end thread

Stud thread

GB C1 d2 d3 d4 l3 min W X

g

R3610.R006 Right M6 M6 9 6,75 20 10,0 13 12 11 22R3610.R008 Right M8 M8 12 9,00 24 12,5 16 16 14 47R3610.R010 Right M10 M10 14 10,50 28 15,0 19 20 17 77R3610.R011 Right M10 x 1,25* M10 14 10,50 28 15,0 19 20 17 77R3610.R012 Right M12 M12 16 12,00 32 17,5 22 22 19 100R3610.R013 Right M12 x 1,25* M12 16 12,00 32 17,5 22 22 19 100R3610.R014 Right M14 M14 19 13,50 36 20,0 25 25 22 160R3610.R015 Right M14 x 1,5* M14 19 13,50 36 20,0 25 25 22 160R3610.R016 Right M16 M16 21 15,00 42 22,0 27 28 22 220R3610.R017 Right M16 x 1,5* M16 21 15,00 42 22,0 27 28 22 220

R3610.L006 Left M6 M6 9 6,75 20 10,0 13 12 11 22R3610.L008 Left M8 M8 12 9,00 24 12,5 16 16 14 47R3610.L010 Left M10 M10 14 10,50 28 15,0 19 20 17 77R3610.L011 Left M10 x 1,25* M10 14 10,50 28 15,0 19 20 17 77R3610.L012 Left M12 M12 16 12,00 32 17,5 22 22 19 100R3610.L013 Left M12 x 1,25* M12 16 12,00 32 17,5 22 22 19 100R3610.L014 Left M14 M14 19 13,50 36 20,0 25 25 22 160R3610.L015 Left M14 x 1,50* M14 19 13,50 36 20,0 25 25 22 160R3610.L016 Left M16 M16 21 15,00 42 22,0 27 28 22 220R3610.L017 Left M16 x 1,50* M16 21 15,00 42 22,0 27 28 22 220

Order No. h[°]

Static LoadC0

[kN]l l1 l2 D A/F

R3610.R006 30 13 7,7 18,5 13 10 9,0 8R3610.R008 36 14 12,9 23,5 17 13 10,5 8R3610.R010 43 13 18,0 28,0 21 17 13,0 12R3610.R011 43 13 18,0 28,0 21 17 13,0 12


35Our linkages, your solution

Rod End with Stud - Female Rod Ends

R3610.R012 50 13 24,0 32,5 25 20 15,0 14R3610.R013 50 13 24,0 32,5 25 20 15,0 14R3610.R014 57 16 31,0 37,5 29 22 17,0 14R3610.R015 57 16 31,0 37,5 29 22 17,0 14R3610.R016 64 15 39,0 42,5 33 24 19,0 17R3610.R017 64 15 39,0 42,5 33 24 19,0 17

R3610.L006 30 13 7,7 18,5 13 10 9,0 8R3610.L008 36 14 12,9 23,5 17 13 10,5 8R3610.L010 43 13 18,0 28,0 21 17 13,0 12R3610.L011 43 13 18,0 28,0 21 17 13,0 12R3610.L012 50 13 24,0 32,5 25 20 15,0 14R3610.L013 50 13 24,0 32,5 25 20 15,0 14R3610.L014 57 16 31,0 37,5 29 22 17,0 14R3610.L015 57 16 31,0 37,5 29 22 17,0 14R3610.L016 64 15 39,0 42,5 33 24 19,0 17R3610.L017 64 15 39,0 42,5 33 24 19,0 17

Order No. h [°]

Static LoadC0

[kN]l l1 l2 D A/F

01483 26 6784

36

Rod End with Stud - MaleRod Ends

MaterialBody: surface zinc plated Race: steel/ bronze - PTFE composite.Inner ring: bearing steel, hardened ground and spherical surface chromium plates.Outer ring: brass body pressed around,

outer race lined with bronze - PTF composite

Technical NotesMale thread. Maintenance free. According to DIN ISO 12230-4 series K.

TipsStandard thread is right hand thread.Rod end studs are all right hand threads.

R3611y


Rod end threads

Stud threadG B C1 d2 l3min l7 h

Xg

R3611.R006 Right M6 M6 9 6,75 20 21 - 36 20R3611.R008 Right M8 M8 12 9,00 24 25 - 42 38R3611.R010 Right M10 M10 14 10,50 28 28 - 48 55R3611.R012 Right M12 M12 16 12,00 32 32 - 54 85R3611.R014 Right M14 M14 19 13,50 36 36 18 60 140R3611.R016 Right M16 M16 21 15,00 42 37 21 66 210

R3611.L006 Left M6 M6 9 6,75 20 21 - 36 20R3611.L008 Left M8 M8 12 9,00 24 25 - 42 38R3611.L010 Left M10 M10 14 10,50 28 28 - 48 55R3611.L012 Left M12 M12 16 12,00 32 32 - 54 85R3611.L014 Left M14 M14 19 13,50 36 36 18 60 140R3611.L016 Left M16 M16 21 15,00 42 37 21 66 210

Order No. [°]

Static loadC0

(KN)l l1 l2 D A/F

R3611.R006 13 7,7 18,5 13 10 9,0 8R3611.R008 14 12,9 23,5 17 13 10,5 8R3611.R010 13 18,0 28,0 21 17 13,0 12R3611.R012 13 24,0 32,5 25 20 15,0 14R3611.R014 16 31,0 37,5 29 22 17,0 14R3611.R016 15 39,0 42,5 33 24 19,0 17

R3611.L006 13 7,7 18,5 13 10 9,0 8R3611.L008 14 12,9 23,5 17 13 10,5 8R3611.L010 13 18,0 28,0 21 17 13,0 12R3611.L012 13 24,0 32,5 25 20 15,0 14R3611.L014 16 31,0 37,5 29 22 17,0 14R3611.L016 15 39,0 42,5 33 24 19,0 17



Rod End with Stud - FemaleStainless Steel

Rod Ends

MaterialBody: Stainless Steel - AISI 304Race: steel/ bronze - PTFE composite.Inner ring: Stainless Steel, hardened and ground - AISI 304Outer ring: Brass body pressed around, outer race lined with bronze -

PTFE composite.Join ball: Stainless Steel AISI 440C

Technical NotesFemale thread. Maintenance free. According to DIN ISO 12740-4, series K

TipsStandard thread is Right hand thread.Rod end studs are all right hand threads.

Important Notes*denotes fine pitch threads.

Stainless Steel

R3613y

Order No. Thread(hand)

Stud threadG

B C1 d2 d3 d4 dW l3min X

g

R3613.R006 Right M6 M6 9 6,75 20 10,0 13 11 12 22R3613.R008 Right M8 M8 12 9,00 24 12,5 16 14 16 47R3613.R010 Right M10 M10 14 10,50 28 15,0 19 17 20 77R3613.R011 Right M10 x 1,25* M10 14 10,50 28 15,0 19 17 20 100R3613.R012 Right M12 M12 16 12,00 32 17,5 22 19 22 100R3613.R013 Right M12 x 1,25* M12 16 12,00 32 17,5 22 19 22 100R3613.R014 Right M14 M14 19 13,50 36 20,0 25 22 25 160R3613.R015 Right M14 x 1,5* M14 19 13,50 36 20,0 25 22 25 160R3613.R016 Right M16 M16 21 15,00 42 22,0 27 22 28 220R3613.R017 Right M16 x 1,5* M16 21 15,00 42 22,0 27 22 28 220

R3613.L006 Left M6 M6 9 6,75 20 10,0 13 11 12 22R3613.L008 Left M8 M8 12 9,00 24 12,5 16 14 16 47R3613.L010 Left M10 M10 14 10,50 28 15,0 19 17 20 77R3613.L011 Left M10 x 1,25* M10 14 10,50 28 15,0 19 17 20 100R3613.L012 Left M12 M12 16 12,00 32 17,5 22 19 22 100R3613.L013 Left M12 x 1,25* M12 16 12,00 32 17,5 22 19 22 100R3613.L014 Left M14 M14 19 13,50 36 20,0 25 22 25 160R3613.L015 Left M14 x 1,5* M14 19 13,50 36 20,0 25 22 25 160R3613.L016 Left M16 M16 21 15,00 42 22,0 27 22 28 220R3613.L017 Left M16 x 1,5* M16 21 15,00 42 22,0 27 22 28 220

Order No.h

[°]

Static LoadC0

[kN]l l1 l2 D A/F

R3613.R006 30 13 7,7 18,5 13 10 9,0 8R3613.R008 36 14 12,9 23,5 17 13 10,5 8R3613.R010 43 13 18,0 28,0 21 17 13,0 12R3613.R011 43 13 18,0 28,0 21 17 13,0 12R3613.R012 50 13 24,0 32,5 25 20 15,0 14

01483 26 6784

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Rod End with Stud - FemaleStainless Steel

Rod Ends

R3613.R013 50 13 24,0 32,5 25 20 15,0 14R3613.R014 57 16 31,0 37,5 29 22 17,0 14R3613.R015 57 16 31,0 37,5 29 22 17,0 14R3613.R016 64 15 39,0 42,5 33 24 19,0 17R3613.R017 64 15 39,0 42,5 33 24 19,0 17

R3613.L006 30 13 7,7 18,5 13 10 9,0 8R3613.L008 36 14 12,9 23,5 17 13 10,5 8R3613.L010 43 13 18,0 28,0 21 17 13,0 12R3613.L011 43 13 18,0 28,0 21 17 13,0 12R3613.L012 50 13 24,0 32,5 25 20 15,0 14R3613.L013 50 13 24,0 32,5 25 20 15,0 14R3613.L014 57 16 31,0 37,5 29 22 17,0 14R3613.L015 57 16 31,0 37,5 29 22 17,0 14R3613.L016 64 15 39,0 42,5 33 24 19,0 17R3613.L017 64 15 39,0 42,5 33 24 19,0 17

Order No.h

[°]

Static LoadC0

[kN]l l1 l2 D A/F



Rod end with stud - MaleStainless Steel

Rod Ends

MaterialBody: Stainless steel - AISI 304Race: steel/ bronze - PTFE composite.Inner ring: Stainless steel, hardened and ground - AISI 304Outer ring: Brass body pressed around, outer race lined with bronze -

PTFE composite.Joint ball: Stainless steel AISI 440C

Technical NotesMale thread. Maintenence free. According to DIN ISO 12240-4 series K.

TipsStandard thread is right hand thread. Rod end studs are all right hand threads.

Stainless Steel

R3614y


Rod end thread

Stud threadG B C1 d2 l3min l7min h

Xg

R3614.R006 Right M6 M6 9 6,75 20 21 - 36 20R3614.R008 Right M8 M8 12 9,00 24 25 - 42 38R3614.R010 Right M10 M10 14 10,50 28 28 - 48 55R3614.R012 Right M12 M12 16 12,00 32 32 - 54 85R3614.R014 Right M14 M14 19 13,50 36 36 18 60 140R3614.RO16 Right M16 M16 21 15,00 42 37 21 66 210

R3614.L006 Left M6 M6 9 6,75 20 21 - 36 20R3614.L008 Left M8 M8 12 9,00 24 25 - 42 38R3614.L010 Left M10 M10 14 10,50 28 28 - 48 55R3614.L012 Left M12 M12 16 12,00 32 32 - 54 85R3614.L014 Left M14 M14 19 13,50 36 36 18 60 140R3614.LO16 Left M16 M16 21 15,00 42 37 21 66 210

Order No. [°]

Static loadC0

[KN]l l1 l2 D A/F

R3614.R006 13 7,7 18,5 13 10 9,0 8R3614.R008 14 12,9 23,5 17 13 10,5 8R3614.R010 13 18,0 28,0 21 17 13,0 12R3614.R012 13 24,0 32,5 25 20 15,0 14R3614.R014 16 31,0 37,5 29 22 17,0 14R3614.RO16 15 39,0 42,5 33 24 19,0 17

R3614.L006 13 7,7 18,5 13 10 9,0 8R3614.L008 14 12,9 23,5 17 13 10,5 8R3614.L010 13 18,0 28,0 21 17 13,0 12R3614.L012 13 24,0 32,5 25 20 15,0 14R3614.L014 16 31,0 37,5 29 22 17,0 14R3614.LO16 15 39,0 42,5 33 24 19,0 17

01483 26 6784


Imperial Female Rod End with Studwith Nylon bearing race

Inch rod ends

MaterialHousing and Stud: Yellow zinc plated steel.Ball: Zinc plated, surface hardened steel

Technical NotesFeatures an injection molded, fibre reinforced nylon bearing race.Female thread, Maintenance free.

Yellow zinc is not RoHS Compliant

TipsStandard thread is Right hand thread.Rod end studs are all right hand threads.

R3616.i

Order No. Thread(Hand)

Thread B C1 d2 d4 l3min W h

R3616.I190 Right 10-32 0,312 0,250 0,625 0,406 0,562 0,312 1,062R3616.I250 Right 1/4-28 0,375 0,281 0,750 0,469 0,750 0,375 1,312R3616.I313 Right 5/16-24 0,437 0,344 0,875 0,500 0,750 0,437 1,375R3616.I375 Right 3/8-24 0,500 0,406 1,000 0,687 0,937 0,562 1,625R3616.I500 Right 1/2-20 0,625 0,500 1,312 0,875 1,187 0,750 2,125R3616.I625 Right 5/8-18 0,750 0,562 1,500 1,000 1,500 0,875 2,500R3616.I750 Right 3/4-16 0,875 0,687 1,750 1,125 1,562 1,000 2,875

R3616.IL190 Left 10-32 0,312 0,250 0,625 0,406 0,562 0,312 1,062R3616.IL250 Left 1/4-28 0,375 0,281 0,750 0,469 0,750 0,375 1,312R3616.IL313 Left 5/16-24 0,437 0,344 0,875 0,500 0,750 0,437 1,375R3616.IL375 Left 3/8-24 0,500 0,406 1,000 0,687 0,937 0,562 1,625R3616.IL500 Left 1/2-20 0,625 0,500 1,312 0,875 1,187 0,750 2,125

[°] l l1 D A/F

R3616.[I or IL]190 25 0,562 0,437 0,187 0,312

R3616.[I or IL]250 25 0,843 0,562 0,304 0,375

R3616.[I or IL]313 25 1,000 0,687 0,531 0,437

R3616.[I or IL]375 25 1,300 0,906 0,424 0,500

R3616.[I or IL]500 25 1,687 1,125 0,564 0,625

R3616.I625 25 1,750 1,125 0,622 0,750R3616.I750 25 2,561 1,812 0,747 1,000

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6

Imperial Male Rod End with Studwith Nylon bearing race

Inch rod ends

MaterialHousing and Stud: Yellow zinc plated steel.Ball: Zinc plated, surface hardened steel.

Technical NotesFeatures an injection molded, fibre reinforced nylon bearing race.Male thread, Maintenance free.

Yellow zinc is not RoHS Compliant

TipsStandard thread is Right hand thread.Rod end studs are all Right hand threads.

R3617.i

Order No. Thread(Hand)

Thread B C1 d2 l3min h

R3617.I250 Right 10-32 0,375 0,281 0,750 1,000 1,562R3617.I313 Right 5/16-24 0,437 0,344 0,875 1,250 1,875R3617.I375 Right 3/8-24 0,500 0,406 1,090 1,250 2,000R3617.I500 Right 1/2-20 0,625 0,500 1,380 1,500 2,437R3617.I625 Right 5/8-18 0,750 0,562 1,500 1,625 2,625R3617.I750 Right 3/4-16 0,875 0,687 1,750 1,750 2,875

R3617.IL250 Left 10-32 0,375 0,281 0,750 1,000 1,562R3617.IL313 Left 5/16-24 0,437 0,344 0,875 1,250 1,875R3617.IL375 Left 3/8-24 0,500 0,406 1,090 1,250 2,000R3617.IL500 Left 1/2-20 0,625 0,500 1,380 1,500 2,437

[°] l l1 D A/F

R3617.[I or IL]250 25 0,843 0,562 0,304 0,375

R3617.[I or IL]313 25 1,000 0,687 0,356 0,437

R3617.[I or IL]375 25 1,300 0,906 0,424 0,500

R3617.[I or IL]500 25 1,687 1,125 0,564 0,625

R3617.I625 25 1,750 1,125 0,622 0,750R3617.I750 25 2,561 1,812 0,747 1,000


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