mecaniques ccvi... · 5 symbols and units in the catalogue load feature life factor temperature...

contents

Symbols and units in the catalogue

Engineering data - Spherical plain bearings

Spherical plain bearings

GE...E / GE...ES/GE...ES 2RS Series

GEZ...ES / GEZ...ES 2RS Series

GE...LO Series

GE...HO 2RS Series

GE...FO / GE...FO 2RS Series

GE...UK / GE...UK 2RS Series

GE...FW / GE...FW 2RS Series

PB Series

Angular contact spherical plain bearings

GE...SX Series

GE...SW Series

Spherical plain bearings

COM Series

COM...T Series

Engineering data - Rod Ends

Metric Rod Ends

KMDV / KFDV / KFDV...-1 Series

COS / SCOS / CHS / CHS...-1 / SCHS Series

GIR...DO / GIR...DO 2RS / GAR...DO / GAR...DO 2RS Series

GIR...UK / GIR...UK 2RS / GAR...UK / GAR...UK 2RS Series

POS...HD / SPOS...HD / PHS...HD / PHS...-1 HD / SPHS...HD Series

POS / SPOS / PHS / PHS...-1 / SPHS Series

Metric Injection Rod Ends

COS..N / CHS..N Series

Inch Commercial Rod Ends

EM / EMA / EF/EFA Series

MA / FA Series

Inch Precision Rod Ends

MC / MCB / FC / FCB Series

Inch Injection Rod Ends

MCN / FCN Series

5

6 - 19

20

21

22

23

24

25

26

27

28

29

30

31

32 - 39

40 - 41

42 - 43

44 - 45

46 - 47

48 - 49

50 - 51

52 - 53

54 - 57

58 - 59

60 - 63

64 - 65

CCVI reserve the right to amend this catalogue without prior notice or consultation.

5

symbols and units in the catalogue

load feature life factortemperature life factorsliding speed life factorbearing quality and lubrication life factorshaft washer nominal widthtemperature factorload type factorhousing washer nominal widthbasic static load ratingdynamic load ratingdynamic radial load ratingdynamic axial load ratingstatic radial load ratingstatic axial load ratingsliding spherical surface nominal diameterequivalent diameter of sliding spherical surfacebearing housing bore or outer ring outer diameterouter ring raceway diameterinner ring raceway diameteroscillation frequencyload rating factor of thrust spherical plain bearingsload rating factor of angular contact spherical plain bearingsload rating factor of radial spherical plain bearingsstatic load rating factorload rating factor of radial spherical plain bearingsaxial or radial bearing loadnominal width of thrust spherical plain bearingspressure coefficientfactor related to friction couple materialbasic rating life (oscillation times)basic rating life (hours)relubrication lifebearing friction torqueload division numbernominal contact pressurebearing dynamic equivalent loadmax allowed load of rod endrotary clearance of unloaded bearing after mountingradial internal clearancenominal width of angular contact spherical plain bearinginner ring temperatureouter ring temperaturetheoretical interference amount of the part fitted with the shaftsliding speedload factorlinear heat expansion coefficientrelubrication interval life factorrelubrication oscillation angle life factoroscillation anglefriction factorinner ring expansion amountinternal radial clearance decreasing amount caused by fitinternal radial clearance decreasing amount caused by temperature riseouter ring shrink amount

ak

aT

aV

aZ

Bb2

b6

CC0

Cd

Cdr

Cda

Csr

Csa

dmdmDEFffafrnfTfsfrFa,Fr

HkKm

LLh

LR

MnpPPperm

ssr

TTIR

ToR

UVy�

�h

��

�

�

� d� sp

� sT

�D

mm

mmNNNNNNmmmmmmmmmmmin-1

Nmm

106

h

mm

N/mm2

NN�m�mmmOCOC

m/s

K-1

�

�m�m�m�m

6

basic designations and contents of spherical plain bearings

category

Radial sphericalplain bearings

subcategory

GE series

description figure

GE..ES

GE..LO

GE..HO 2RS

GE..FO

GE..FW

GE..FW 2RS

GE..UK

GE..UK 2RS

requiring maintenance, single-split outerrings, hardened inner rings, phosphatecoated inner and outer ring surfaces

extended inner ring, single-split outer ring,hardened inner ring, phosphate coated innerand outer ring surfaces

extended inner ring, single-split outer ring,hardened inner ring, sealed, phosphatecoated inner and outer ring surfaces

heavy load series, single-fractured outer ring,case-hardened inner ring, phosphate coatedinner and outer ring surfaces

heavy load series, pressed round outer rings,chromium plated internal spherical surface,extended inner ring

heavy load series, chromium plated innerspherical surface, sealed, phosphate coatedinner and outer rings, PTFE lined

pressed round outer rings, chromium platedinternal spherical surface

phosphate coated single-split outer ringsurface, chromium plated inner ring sphericalsurface, sealed,PTFE lined

engineering data

7

division

Radial sphericalplain bearings

angular contactspherical plainbearings

subdivision

GEZ series

COM series

COM..T series

PB series

GE..SX series

GE..SW series

description figure

requiring maintenance, single-split outerrings, hardened inner rings, phosphatecoated inner and outer ring surfaces, inchseries

inch series, requiring maintenance, pressedouter rings, chromium plated inner spheri-cal surface

inch series, pressed outer rings, chromiumplated inner spherical surface, PTFE lined

spherical plain bearing with inlaid liner(steel/ bronze) , oil hole & oil tank,chromium plated inner ring sphericalsurface, pressed round outer rings

separable inner and outer ring, oil tank &oil hole, phosphate coated surface

separable inner and outer ring, Chromiumplated internal spherical surface, self-lubricating material (PTFE)

basic designations and contents of spherical plain bearings

8

bearing load and life

� Load definition Load direction

�==Dynamic equivalent loadAlthough there are single radial load and single axial load, mostbearing loads are composite loads when radial loads and axialloads work simultaneously. It is not appropriate to compare actualload with basic dynamic rating load directly. At this time, theactual load has to be assumed as a fixed load, which passesthrough bearing center in one direction. Bearings have the samelife under the assumed load as they are under actual load. Thisconverted assumed load is called dynamic equivalent load andexpressed as P.

�==Dynamic equivalent load calculationDynamic equivalent load calculation for radial spherical plainbearings

P = yFr

in which: P dynamic equivalent load, N Fr= composite radial load y load factor, depends on Fa/Fr

for requiring maintenanceradial spherical plain bearings, choose y from Fig 2for maintenance-free radial spherical plain bearings, choose y from Fig 3

�==Dynamic equivalent load calculation forangular contact spherical plain bearings

P = yFr

in which: P dynamic equivalent load, N�� Fr= composite radial load�� y load factor, depends on Fa/Fr, see Fig 4

�==Dynamic equivalent load calculation for axial spherical plain bearings

P = yFa

in which: P dynamic equivalent load, N�� Fa= composite radial load�� y load factor, depends on Fr/Fa, see Fig 5

Fig. 1

radial load axial load composite load

engineering data

Fig. 3F

a

Fr

y

Fig. 5F

r

Fa

y

Fig. 2 Fa

Fr

y

Fig. 4F

a

Fr

y

9

� Dynamic load rating calculation for spherical plain bearings

�==radials spherical plain bearings

Dynamic radial load rating of radial spherical plain bearing Cdr:

��Cdr=frCdm

in which: fr load rating factor, see table 1

�� C outer ring (housing washer) nominal width, mm

�� dm sliding spherical surface nominal diameter, mm

�� Cdr dynamic radial load rating, N

�==Angular contact spherical plain bearings

Dynamic radial load rating of angular contact spherical plain bearing Cdr:

Cdr=frn( B+C-T )dm

in which: frn load rating factor of angular contact spherical plain bearing, see table 2

B shaft washer nominal width of spherical plain bearing, mm

T nominal width of angular contact spherical plain bearing, mm

�==Axial spherical plain bearings

dynamic radial load rating of axial spherical plain bearing, Cda:

Cda=fa( B+C-H )�dm

in which: Cda dynamic axial load rating of spherical

plain bearing, N

fa load rating factor of axial spherical plain

bearing, N/ mm2 , see table 3

H nominal width of axial spherical plain

bearing, mm

dm material of friction couple

over to steel/steel steel/PTFE foil steel/PTFE fabric liner steel/ PTFE

5

400

500

700

400

500

700

1200

85

87

90

93

120

125

136

138

90

-

-

-

Table 1 load rating factors of radial spherical plain bearings

50

-

-

-


over to steel/steel steel/PTFE fabric liner

5

55

55

500

85.5

88

128

132

Table 2 Load rating factor of angular contact spherical plain bearings



5

60

110

150

220

300

500

60

110

150

220

300

500

700

170

185

190

180

155

143

-

255

280

288

275

230

222

256

Table 3 load rating factor of thrust spherical plain bearings

10

engineering data

� Life calculation of spherical plain bearings

�==Sliding speed of bearing spherical surface

Sliding speed of the working spherical surface of spherical plain bearing is:

V=2.9089x10-4 �f dm

in which: V sliding speed of spherical plain bearing�mm/s

� oscillation angle, �

f oscillation frequency of spherical plain bearing, min-1

dm equivalent diameter of the sliding spherical surface, mm(dm =� dm), � is the conversed factor, see table 4

�==Nominal contact pressure

Nominal contact pressure of spherical plain bearing is calculated as:

p=k ( P/Cd )

in which: p nominal contact pressure N/mm2

k pressure coefficient, see table 5

P dynamic equivalent load of spherical plain bearing, N

Cd dynamic rating load of spherical plain bearing, N

�==Bearing limit pV valuepV value on the working surface of spherical plain bearing must be limited, otherwise bearing will become over heated and bearing life

will be reduced. pV value is calculated as:

====pV=2.9089x10-4k�f dm (P/Cd) (N/mm2)�(mm/s)

Limited pV values of different contact couple materials are listed in table 6

material of friction couple steel/steel steel/PTFE foil steel/PTFE fabric liner steel/ PTFE

V

p

pV

Table 6 limited pV values of different contact couple materials

100

100

400

100

50

400

300

150

300

300

100

300

bearing type radial bearing angular contact bearing thrust bearing

�

Table 4 Equivalent diameter of the sliding spherical surface

1 0.9 0.7

100

material of friction couple steel/steel steel/PTFE foil steel/PTFE fabric liner steel/ PTFE

k

Table 5 pressure coefficient

100 50 150

11

�==Life calculation of spherical plain bearings

The calculated life of spherical plain bearings is:

L= �k��T��p��V��Z�=( KMCd/VP )

in which : L the first-time lubrication life of spherical plain bearing, r

� k load feature life factor (see table 7)

� T temperature life factor (see table 7)

� p load life factor

� V sliding speed life factor (see table 7)

� Z bearing quality and lubrication life factor (see table 9)

KM Factor related to friction couple material (see table 7)

Table 8 G, b values

P material of friction couple


0

10

25

45

65

100

10

25

45

65

100

150

G

2

80.533

80.533

80.533

80.533

-

b

0

1.465

1.465

1.465

1.465

-

G

0.25

1

1

-

-

-

b

0

0.6

0.6

-

-

-

G

15.3460

15.3460

22.9060

47.7259

157.9193

402.0115

b

0.0488

0.0488

0.1732

0.3660

0.6527

0.8556

G

4.5102

4.5102

13.7170

13.7170

13.7170

-

b

0.2230

0.2230

0.5686

0.5686

0.5686

-

material of friction couple grease lubrication self-lubrication

without oil tank with oil tank

� Z

Table 9 Bearing quality and lubrication life factor

0.1-0.5 0.5-10.3-1

steel/steel steel/PTFE foil steel/PTFE fabric liner steel/ PTFE

KM

� k

� T

� V

� P

a

Table 7

830

1

1

2

1

0.9

0.8

0.6

V 0.86 �0.84 f 0.64

-

207600

1

1

2

1

1.15-2.5x10-3 t

2.1-0.012 t

-

V 0.4 f 0.8

-

2.592x105

1

0.6062-6.0207x10-3 fpp1.11

0.433-4.3005x10-3 fpp1.11

1

1.225-3.75x10-3

1.35-0.005t

-

f/(1.00475)av�1.0093�

G/Pb

1.0139p

2.946x105

1

0.6062-3.1309x10-3fpp1.25

0.433-2.2364x10-3fpp1.25

1

2.2-0.02t

-

-

f/(1.00344)av

1.0399p

note: see table 8 for G and b values in the table

12

engineering data

�==Relubrication life calculation method

For grease lubricated spherical plain bearing, the lubricant should be replaced periodically. The bearing life evaluation method is as:

LR=�h�� L

in which: LR relubricating life of spherical plain bearing, r

�h relubricating interval life factor, see table 10

�� relubricating oscillation angle life factor, see table 11

LW relubricating period, r

L initial lubricating life of spherical plain bearing, r

�==When bearing under interval load, the life calculation formula is:

====L=T/�( Ti/Li )

in which: Ti acting time of the ith time interval

Li calculated life of the ith time interval

====L=T/ � Ti

==== n Interval number of the load

� Calculation method of static load rating of spherical plain bearings

�==Radial spherical plain bearings

Under normal clearance condition, the static load rating of spherical plain bearing is:

��

Csr=fs�C�dm��

in which: Csr static load rating , N

�� fs static load rating factor, see table 12

�� C outer ring (housing washer) nominal width of spherical plain bearing, mm

�� dm sliding spherical surface nominal diameter of spherical plain bearing, mm

n

i=1

n

i=1

h=L/LW 1 5 10 20 30 40 50

Table 10 Relubricating interval life factor

� h 1 2 2.85 4 4.9 5.45 5.45

�(o) �7 10 15 20 25 30 35 40

Table 11 Relubricating oscillation angle life facto

�� 0.8 1 2.4 3.7 4.6 5.2 5.2 5.2

13

Table 12 fs value of radial spherical plain bearings

dm(mm) material of friction couple


5

400

500

700

1000

400

500

700

1000

1200

425

435

454

468

475

125

/

/

/

/

242

261

268

278

284

225

/

/

/

/

� Angular contact spherical plain bearings

static load rating of angular contact spherical plain bearing is:

��

Csr=fs ( B+C-T ) dm

in which: B inner ring (shaft washer) nominal width of spherical plain bearing, mm

�� T nominal width of angular contact spherical plain bearing, mm

�� fs static load rating factor, see table 13

� Axial spherical plain bearings

static axial load rating of thrust spherical plain bearing Csa is calculated as:

��

Csa=fs ( B+C-H ) dm

in which: Csa static axial load rating, N

H nominal width of thrust spherical plain bearing, mm

fs static load rating factor, see table 14

Table 13 fs value of angular contact spherical plain bearings



5

55

55

500

426

440

254

263.5

Table 14 fs value of thrust spherical plain bearings



5

60

100

150

200

300

500

60

100

150

200

300

500

700

855

924

966

920

768

710

/

512

560

575

550

462

425

529

14

engineering data

� FrictionThe calculation formula of friction torque of spherical plain bearing is as:

M=0.5x10-3 �P dm

in which: M friction torque Nm � friction factor, see table 15

P equivalent dynamic load, N dm dm=dk for radial spherical plain bearings; dm=0.9dk for angular contact spherical plain bearings; dm=0.7dk for thrust ball beearings

� Fit of spherical plain bearings�==Purpose of fit The purpose of fit is to fix bearing inner ring or outer ring with the shaft and housing to avoid any harmful circumferential movementon the matched surfaces. This kind of circumferential sliding will result in abnormal heat, matching surface wear (abrasive debrisentering bearing), vibration and other questions.

�==How to choose fitWhen choosing fit, bearing operation conditions must be fully considered, for example:load and load typetemperature distribution in operationbearing internal clearancemanufacturing quality, material quality and thickness structure of the bearing and housingmounting and dismounting method

�==Recommended fit tolerance of the shaft

Table 15

sliding contact surface friction factor �

min max

steel/steel

steel/copper

steel/PTFE+copper mesh

steel/PTFE paint cloth

steel/PTFE fiber cloth

0.08

0.10

0.05

0.03

0.05

0.20

0.25

0.25

0.15

0.20

Table 16 shaft fit tolerance

working condition friction factor �

steel self-lubrication

radial spherical plain bearings

angular contact spherical plain bearings

axial spherical plain bearings

k6

h6 or g6(hardened)

k6

k6

m6(n6)

h6(hardened)

m6(n6)

m6(n6)

all load types, interference fit

all load types, clearance fit or transition fit



Note: If bearing under extremely heavy load, may choose tolerances in the brackets. But it will depend on whether the clearances after mounting guarantee a proper working situation or choose larger clearance bearings.

15

Table 17 shaft fit tolerance

working condition friction factor �

steel/steel self-lubrication

radial spherical plain bearings

angular contact spherical plain bearings

thrust spherical plain bearings

H7

K7

M7

M7

J7

K11

J7

H7

M7(N7)

N7

M7(N7)

J7

H11

J7

light load, axial movable

heavy load

-


all loads, axial movable

pure axial load

composite load

Note: If bearing under extremely heavy load, may choose tolerances in the brackets. But it will depend on whether the clearances after mounting guarantee a proper working situation or choose larger clearance bearings.

ISO shaft and housing bore tolerance

shaft Dia. (mm) � Dmp (mm) shaft tolerance �m

HF JF KF MF NF

3

6

10

18

30

50

80

120

180

250

315

400

500

630

800

over to min max

6

10

18

30

50

80

120

180

250

315

400

500

630

800

1000

-8

-8

-8

-10

-12

-15

-20

-25

-30

-35

-40

-45

-50

-75

-100

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

higher

-4

-5

-6

-7

-9

-10

-12

-14

-15

-17

-18

-20

-22

-24

-26

lower

-12

-14

-17

-20

-25

-29

-34

-39

-44

-49

-54

-60

-66

-74

-82

higher

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

lower

-8

-9

-11

-13

-16

-19

-22

-25

-29

-32

-36

-40

-44

-50

-56

higher

9

10

12

15

18

21

25

28

33

36

40

45

44

50

56

lower

1

1

1

2

2

2

3

3

4

4

4

5

0

0

0

higher

12

15

18

21

25

30

35

40

46

52

57

63

70

80

90

lower

4

6

7

8

9

11

13

15

17

20

21

23

26

30

34

higher

16

19

23

28

33

39

45

52

60

66

73

80

88

100

112

lower

8

10

12

15

17

20

23

27

31

34

37

40

44

50

56

Table 18 ISO shaft tolerance

Fig. 6

16

� Lubrication and seal�==Self-lubricating bearingThe combined types of sliding contact surfaces of CCVI self-lubricating

spherical plain bearings have six kinds:

===�steel/copper

===�steel/PTFE fiber cloth

===�steel/PTFE paint cloth

===�steel/PTFE composite material + copper mesh

===�steel/PTFE sintered bronze composite material(BK-1)

===�steel/nylon

�==Oil lubrication / Grease lubricationRadial spherical plain bearings with steel/steel sliding contact surfaces

must be lubricated. The purpose of lubrication is that:

�= Reduce friction and wearPrevent metal contacts on bearing rings and reduce friction

�==Extend fatigue lifeGood lubrication on the contact surfaces will extend bearing fatigue

life; otherwise, lower viscosity and uneven-distributed lubricating oil film

will shorten bearing life.

�==Rust resistance

relubricating through bearing outer ring relubricating through bearing inner ring

Fig.7

engineering data

housing bore (mm) � Dmp (mm) shaft tolerance �m

HF JF KF MF NF

10

18

30

50

80

120

150

180

250

315

400

500

630

800

over to max min

18

30

50

80

120

150

180

250

315

400

500

630

800

1000

-8

-9

-11

-13

-15

-18

-25

-30

-35

-40

-45

-50

-75

-100

0

0

0

0

0

0

0

0

0

0

0

0

0

0

lower

0

0

0

0

0

0

0

0

0

0

0

0

0

0

higher

18

21

25

30

35

40

40

46

52

57

63

70

80

90

lower

-8

-9

-11

-12

-13

-14

-14

-16

-16

-18

-20

-

-

-

lower

10

12

14

18

22

26

26

30

36

39

43

-

-

-

lower

-12

-15

-18

-21

-25

-28

-28

-33

-36

-40

-45

-70

-80

-90

lower

6

6

7

9

10

12

13

16

17

18

0

0

0

0

lower

-18

-21

-25

-30

-35

-40

-40

-46

-52

-57

-63

-96

-110

-124

lower

0

0

0

0

0

0

0

0

0

0

0

-26

-30

-34

lower

-23

-28

-33

-39

-45

-52

-52

-60

-66

73

-80

-114

-130

-146

lower

-5

-7

-8

-9

-10

-12

-12

-14

-14

-16

-17

-44

-50

-56

Table 19 ISO shaft tolerance

�==Prevent outside external substance entering bearing and take wear debris out of bearing.

17

� Clearance of spherical plain bearingsClearance of spherical plain bearings is the gap amount between inner and outer rings, i.e. the amount of movement of the inner(outer) ring when the other inner ring is fixed. Radial movement amount is called radial internal clearance, while axial movement

amount is called axial internal clearance.

radial internal clearance axial internal clearance

seal of spherical plain bearings

� Angular contact spherical plain bearings

�==Type of oil groove

� Sealing

Fig.9

Fig.10

Fig.8

A B

C D

18

�==Internal radial clearances of radial spherical plain bearings (table 20-22)

engineering data

ID d (mm ) radial internal clearance � m

C2 CN C3

over to min max min max min max

12

20

35

60

90

140

200

240

8

10

12

15

18

18

18

18

18

32

40

50

60

72

85

100

110

125

32

40

50

60

72

85

100

110

125

68

82

100

120

142

165

192

214

239

68

82

100

120

142

165

192

214

239

104

124

150

180

212

245

284

318

353

Table 20 steel/steel metric system

12

20

35

60

90

140

200

240

300

ID d (mm ) radial internal clearance � m

C2 CN C3

over to min max min max min max

15.875

50.8

76.2

15.875

50.8

76.2

152.4

15

25

30

40

Table 21 steel/steel metric system

75

105

130

160

50

80

100

130

150

180

200

230

150

180

200

230

200

260

300

350

ID d (mm ) radial internal clearance � m breakaway torque Nm

over to max max

12

20

30

35

60

90

140

12

20

30

35

60

90

140

240

28

35

44

53

60

72

85

100

Table 22 steel/PTFE

0.15

0.25

0.40

0.75

0.75

-

-

-

19

� Working clearance

The working clearance is defined as the displacement of the shaft moving from one extreme position to the other after bearing is

mounted onto the shaft or in the housing. Working clearance can be obtained from two aspects:

� Radial internal clearance (table 20 - table 22)

� Radial internal clearance variation caused by interference fit and temperature,

Working clearance depends on bearing running conditions and the mounting.

Working clearance calculation:

s=sr -� sp - � sT

in which: s radial working clearance of unloaded bearings after mounting

sr radial internal clearance (table20 - table 22)

� sp radial internal clearance decreasing amount caused by fit

� sT radial internal clearance decreasing amount caused by temperature

The reasons of radial internal clearance decreasing amount caused by fit:

� inner ring expansion, mm

� inner ring shrink, �m

� sp=� d + �D � d inner ring expansion amount, �m

�D outer ring shrink amount, �m

� d=0.9Ud (d/F) U theoretical interference amount of bearing parts fitted on the shaft, �m

d inner ring bore diameter, mm

F internal raceway diameter, mm

� d=0.8U (E/D) E external raceway diameter, mm

D outer ring outer diameter, mm

Radial internal clearance decreasing amount caused by temperature

If inner ring and outer ring temperature has great difference, bearing radial internal clearance will change a great deal.

� sT=0.011dM (TIR-TAR) dM bearing mean diameter dM=�d+D�/2 �mm

TIR inner ring temperature 0C

TAR outer ring temperature 0C

GE...EGE...ESGE...ES 2RS Series

sliding contact surface: steel/steel

...ES

...ES 2RS

(1) No oil groove and oil holes

GE 6 E1)

GE 8 E1)

GE 10 E1)

GE 12 E1)

GE 15 ESGE 17 ES

GE 20 ESGE 25 ESGE 30 ES







GE 20 ES 2RSGE 25 ES 2RSGE 30 ES 2RS







689

101214

162022

252832

354449

556070

708590

105105130

135140150

6810

121517

202530

354045

506070

8090100

110120140

160180200

220240260

141619

222630

354247

556268

7590105

120130150

160180210

230260290

320340370

11.11212.7

15.875

182225

293540

475360

668092

105115130

140160180

200225250

275300325

3.405.508.15

10.8017.0021.20

30.0048.0062.00

80.00100.00127.00

156.00245.00315.00

400.00490.00610.00

655.00950.001080.00

1370.001530.002120.00

2320.002550.003050.00

17.027.540.5

54.085.0106.0

146.0240.0310.0

400.0500.0640.0

780.01220.01560.0

2000.02450.03050.0

3250.04750.05400.0

6800.07650.010600.0

11600.012700.015300.0

131512

10810

976

677

666

657

667

867

887

0.0040.0070.011

0.0160.0250.041

0.0610.1100.140

0.2200.3000.400

0.5401.0001.500

2.2002.7004.300

4.7008.00011.000

13.50018.50028.000

35.50040.00050.000

456

7910

121618

202225

283640

455055

557070

8080100

100100110

spherical plain bearings

requiring maintenance

20

Type Dimension (mm) =====Basic load ratings (kN) Misalign Angle Mass with seals d D B C d2 dyn. stat. ===========� kg Cr Cor � �

o

21

GEZ...ESGEZ...ES 2RS Series

sliding contact surface: steel/steelinch sizes

...ES

...ES 2RS

..

..

GEZ 12 ESGEZ 15 ESGEZ 19 ES








GEZ 177 ESGEZ 190 ESGEZ 203 ESGEZ 215 ES

GEZ 25 ES 2RSGEZ 31 ES 2RS

GEZ 34 ES 2RSGEZ 38 ES 2RSGEZ 44 ES 2RS






GEZ 177 ES 2RSGEZ 190 ES 2RSGEZ 203 ES 2RSGEZ 215 ES 2RS

9.5211.9114.27

16.6619.0523.80

26.1928.5833.32

42.8538.1042.85

47.6252.3757.15

61.9066.6871.42

76.2085.7390.47

95.25104.77103.17

111.12119.05127.00134.92

12.70015.87519.050

22.22525.40031.750

34.92538.10044.450

47.63850.80057.150

63.50069.85076.200

82.55088.90095.250

101.600114.300120.650

127.000152.400165.100

177.800190.500203.200215.900

22.22526.98831.750

36.51341.27550.800

55.56361.91371.438

90.48880.96390.488

100.013111.125120.650

130.175139.700149.225

158.750177.800187.325

196.850222.250247.650

266.700285.750304.800323.850

18.322.827.4

32.036.545.6

49.254.763.9

82.073.082.0

91.2100.3109.5

118.7128.0137.0

146.0164.5173.4

182.6207.2222.8

239.9257.0274.2291.3

13.021.631.5

42.556.086.5

102.0125.0170.0

280.0224.0280.0

355.0500.0585.0

680.0780.0900.0

1066.031120.01250.0

1400.01730.01953.77

2266.612601.282960.463341.30

41.065.595.0

127.0166.0260.0

310.0375.0510.0

850.0670.0850.0

1060.01500.01760.0

2040.02360.02650.0

5330.23400.03750.0

4150.05200.09768.8

11333.013006.414802.316706.5

666

666

666

666

666

666

666

657

7777

0.0220.0360.053

0.0850.1210.232

0.3510.4220.641

0.9321.3301.850

2.4203.1003.820

4.7905.7806.990

8.4109.79011.500

13.50017.50022.900

28.60035.10042.60051.100

11.1013.8916.66

19.4322.2227.76

30.1533.3238.89

50.0144.4550.01

55.5561.1166.67

72.2477.7783.34

88.90100

105.56

111.13120.65123.82

133.35142.87152.40161.92

Type Dimension (mm) ===== Basic load ratings (kN) Misalign Angle Mass with seals d D B C d2 dyn. stat. ===========� kg Cr Cor � �

o

22

GE...LO Series


GE...LO

GE 12 LO1)

GE 16 LOGE 20 LO

GE 25 LOGE 30 LOGE 32 LO





7912

161818

202228

364045

505555

7080100

222835

424752

556275

95105120

130150160

180230290

121620

253032

354050

637080

90100110

125160200

15.520.025.0

30.034.037.0

40.046.057.0

71.578.091.0

99.0113.0124.0

138.0177.0221.0

10.817.630.0

48.062.067.0

79.0100.0156.0

255.0315.0400.0

490.0610.0655.0

950.013702120

5488146

240310335

399500780

127015602000

245030503250

4750680010600

444

444

444

444

444

444

0.0200.0300.070

0.1200.1680.200

0.2530.3400.560

1.2001.7002.400

3.2004.8005.800

8.50016.50032.000

182329

354044

475366

8392105

115130140

160200250

121620

253032

354050

637080

90100110

125160200




== Type =Dimension (mm) ==================Basic load ratings (kN) Misalign Angle Mass d D B C d2 dk ========== dyn. stat. ===========� kg Cr Cor � �

o

23

GE...HO 2RS

GE...HO 2RS Series


GE 17 HO 2RSGE 20 HO 2RSGE 25 HO 2RS



GE 70 HO 2RSGE 80 HO 2RS

101216

182022

252836

4045

303542

475562

687590

105120

212429

303538

404354

6574

21.024.029.0

33.539.545.0

51.057.068.0

78.089.0

21.230.048.0

62.080.0

100.0

127.0156.0245.0

315.0400.0

106146240

310400500

6407801220

15602000

364

444

443

44

0.4000.0570.100

0.1400.2400.290

0.4300.5401.100

1.6002.400

252935

404753

606680

92105

172025

303540

455060

7080

== Type =Dimension (mm) ==================Basic load ratings (kN) Misalign Angle Mass d D B C d2 dk ========== dyn. stat. ===========� kg Cr Cor � �

o

24

GE 6 FO1)

GE 8 FO1)

GE 10 FO1)

GE 12 FO1)

GE 15 FOGE 17 FO

GE 20 FOGE 25 FOGE 30 FO






GE 15 FO 2RSGE 17 FO 2RS

GE 20 FO 2RSGE 25 FO 2RSGE 30 FO 2RS






91112

151620

252832

354043

566370

758585

100115130

135155165

6810

121517

202530

354045

506070

8090100

110120140

160180200

161922

263035

424755

626875

90105120

130150160

180210230

260290320

131618

222529

354047

536066

8092105

115130140

160180200

225250275

5.508.1510.80

17.0021.2030.00

48.0062.0080.00

100.00127.00156.00

245.00315.00400.00

490.00610.00655.00

950.001080.01370.0

1530.002120.002320.00

27.540.554.0

85.0106.0146.0

240.0310.0400.0

500.0640.0780.0

1220.01560.02000.0

2450.03050.03250.0

4750.05400.06800.0

7650.010600.011600.0

212118

181619

171717

161715

171716

141514

121616

161415

0.0080.0140.020

0.0340.0460.078

0.1500.1900.290

0.3900.5200.680

1.4002.0002.900

3.5005.4005.900

9.70015.0018.500

25.00035.50045.000

567

91012

161820

222528

364045

505555

707080

80100100

GE...FOGE...FO 2RS Series


...FO

...FO 2RS





o

25

GE 6 UKGE 8 UKGE 10 UK



GE 17 UK 2RS(1)

GE 20 UK 2RS(1)

GE 25 UK 2RS(1)

GE 30 UK 2RS(1)

GE 35 UK 2RSGE 40 UK 2RSGE 45 UK 2RS





GE 220 UK 2RS(2)

GE 240 UK 2RS(2)

GE 260 UK 2RS(2)

456

7910

121618

202225

283640

455055

557070

8080

100

100100110

6810

121517

202530

354045

506070

8090100

110120140

160180200

220240260

141619

222630

354247

556268

7590

105

120130150

160180210

230260290

320340370

101316

182225

293540

475360

668092

105115130

140160180

200225250

275300325

131512

10810

976

677

666

657

667

867

887

0.0040.0070.011

0.0160.0250.038

0.0610.1100.140

0.2200.3000.400

0.5401.0001.500

2.2002.7004.300

4.7008.00011.000

13.50018.50028.000

35.50040.00050.000

689

101214

162022

252832

354449

556070

708590

105105130

135140150

GE...UKGE...UK 2RS Series

GE...UK�steel/PTFE foilGE...UK 2RS�steel/PTFE fabric

...UK

...UK.2RS

(1) Basic load rating of GE...UK 2RS(2) Double fracture outer ring

30.01)

41.51)

68.01)

68.01)

112140180

220345440

570695865

93013401500

193021603000

335036004300

3.65.858.65

11.417.622.40

34.551.0065.50

601)

831)

1371)

1761)

224280360

440695880

114013701730

186027003000

380043006000

655072008650

914.621.6

28.54456

78127166

Type Dimension (mm) =Basic load ratings (kN) Misalign Angle Mass with seals d D B C d2 dyn. stat. =============� kg Cr Cor � �

o


maintenance free

26

GE...FWGE...FW 2RS Series

GE...FW�steel/PTFE foilGE...FW 2RS�steel/PTFE fabric

...FW

...FW 2RS


o

GE 6 FWGE 8 FWGE 10 FW

GE 12 FWGE 15 FWGE 17 FW

GE 20 FWGE 25 FW

GE 20 FW 2RS1)

GE 25 FW 2RS1)

GE 30 FW 2RS1)

GE 35 FW 2RSGE 40 FW 2RSGE 45 FW 2RS




GE 160 FW 2RSGE 180 FW 2RSGE 200 FW 2RS2)

91112

151620

252832

354043

566370

758585

100115130

135155165

6810

121517

202530

354045

506070

8090100

110120140

160180200

161922

263035

424755

626875

90105120

130150160

180210230

260290320

131618

222529

354047

536066

8092105

115130140

160180200

225250275

5.85 8.6511.40

17.6022.4031.50

51 671)

65.5 86.41)

112.00

140.00180.00220.00

345.00440.00570.00

695.00865.00930.00

1340.001500.001930.00

2160.003000.003350.00

14.621.628.5

44.056.078.0

127 1351)

166 1741)

224.0

280.0360.0440.0

695.0880.01140.0

1370.01730.01860.0

2700.03000.03800.0

4300.06000.06550.0

212118

181619

171717

161715

171716

141514

121616

161415

0.0080.0140.020

0.0340.0460.078

0.1500.1900.290

0.3900.5200.680

1.4002.0002.900

3.5005.4005.900

9.70015.00018.500

25.00035.50045.000

567

91012

161820

222528

364045

505555

707080

80100100

(1) Basic load rating of GE...FW 2RS(2) Double fracture outer ring


maintenance free

27

PB Series

sliding contact surface: steel/bronze

PB

PB 5PB 6PB 8

PB 10PB 12PB 14

PB 16PB 18PB 20

PB 22PB 25PB 28PB 30

66.75

9

10.512

13.5

1516.518

20222525

568

101214

161820

22252830

161822

263034

384246

50566266

7.78.96

10.39

12.9115.4216.85

19.3721.8924.39

25.8429.6032.3034.80

3.34.37.1

10.013.317.1

21.426.231.4

38.147.159.563.5

8.010.317.1

24.032.041.1

51.462.975.4

91.4110.0143.0148.0

131314

131316

151514

15151517

0.0080.0130.024

0.0390.0580.084

0.1110.1600.210

0.2600.3900.4100.610

8912

141619

212325

28313537

1.21.21.2

1.51.51.5

1.52.02.0

2.02.02.03.0

0.50.30.3

0.60.60.6

0.60.60.6

0.60.60.60.6

11.1112.7015.88

19.0522.2325.40

28.5831.7534.93

38.1042.8533.3250.08

= Type ===Dimension (mm) ======================Basic load ratings (kN) Misalign Angle Mass d D C B d1 H r min dk dyn. stat. =� kg Cr Cor � �

o



28

GE...SX Series


GE...SX

GE 25 SXGE 28 SXGE 30 SX








141516

171819

192222

222427

303036

364242

454854

616166

475255

626875

809095

100110125

140150170

180200210

225240260

280290310

42.54750

566066

748086

92102115

130140160

170190200

213225250

260275290

112

21.51.5

445

5710

111215

172020

212127

212926

47.560.063.0

76.590.0106

118146160

173208250

320345475

510640680

780900

1,100

1,3201,3701,560

236300315

390450530

585735800

8651,0401,250

1,6001,7602,360

2,5503,2003,450

3,9004,5005,500

6,7006,9507,800

3.53.03.0

3.03.03.0

3.03.03.0

2.52.52.5

2.52.02.0

2.01.01.0

1.01.01.0

1.01.51.0

0.1480.1800.208

0.2680.3270.416

0.4550.6450.714

0.7591.0401.540

2.0902.3403.680

3.9705.9206.330

8.0109.42012.300

17.40018.20022.500

141516

171819

192222

222427

303036

364242

454854

616166

252830

354045

505560

657080

90100110

120130140

150160170

180190200

151617

181920

202323

232529

323238

384545

485157

646470

angular contact



= Type ===Dimension (mm) ======================Basic load ratings (kN) Misalign Angle Mass d D T dk B C S dyn. stat. =� kg Cr Cor � �

o

29

GE...SW Series

sliding contact surface: steel/PTFE

GE...SW

GE 25 SWGE 28 SWGE 30 SW








141516

171819

192222

222427

303036

364242

454854

616166

475255

626875

809095

100110125

140150170

180200210

225240260

280290310

42.54750

566066

748086

92102115

130140160

170190200

213225250

260275290

112

21.51.5

445

5710

111215

172020

212127

212926

71.095.0102

116134160

176220240

260315375

480520710

765965

1,020

1,1801,3401,660

2,0002,0802,360

140190204

232270320

355440480

520630750

9651,0401,430

1,5301,9302,040

2,3602,7003,350

4,0004,1504,750

3.53.03.0

3.03.03.0

3.03.03.0

2.52.52.5

2.52.02.0

2.01.01.0

1.01.01.0

1.01.51.0

0.1480.1800.208

0.2680.3270.416

0.4550.6450.714

0.7591.0401.540

2.0902.3403.680

3.9705.9206.330

8.0109.42012.300

17.40018.20022.500

141516

171819

192222

222427

303036

364242

454854

616166

252830

354045

505560

657080

90100110

120130140

150160170

180190200

151617

181920

202323

232529

323238

384545

485157

646470

= Type ===Dimension (mm) ======================Basic load ratings (kN) Misalign Angle Mass d D T dk B C S dyn. stat. =� kg Cr Cor � �

o

angular contact


maintenance free

30

COM

COM Series




= Type ===Dimension (mm) =========================Basic load ratings (kN) Misalign Angle ==== Mass d D C B d1 M dk stat.==========�==========kg REF Cor � �

o

COM 3COM 4COM 5

COM 6COM 7COM 8

COM 9COM 10COM 12

COM 14COM 16

4.8266.3507.938

9.52511.11312.700

14.28815.87519.050

22.22525.400

14.28816.66719.050

20.63723.01725.400

27.78030.16336.513

39.68844.450

7.148.719.53

10.3111.1012.70

14.2715.8819.05

22.2225.40

14.522.028.8

37.442.0558.9

74.094.7142.0

186.7245.6

0.0060.0100.014

0.0170.0210.029

0.0390.0500.093

0.1190.175

5.546.357.14

7.928.719.91

11.1012.7015.06

17.8620.24

7.449.24

10.62

13.0913.4615.24

17.0518.7723.36

24.8328.40

0.380.560.80

0.800.800.80

0.800.801.10

1.101.10

10.3112.7014.27

16.6617.4519.84

22.2324.5930.15

33.3238.10

1113.512

108

9.5

9.58.59

9.510

31

COM...T Series

sliding contact surface: steel/PTFE

COM...T

COM 3 TCOM 4 TCOM 5 T



COM 14 TCOM 16 T

4.8266.3507.938

9.52511.11312.700

14.28815.87519.050

22.22525.400

14.28816.66719.050

20.63723.01725.400

27.78030.16336.513

39.68844.450

7.148.719.53

10.3111.1012.70

14.2715.8819.05

22.2325.40

14.522.028.8

37.442.0558.9

74.094.7142.0

186.7245.6

0.0060.0100.014

0.0170.0210.029

0.0390.0500.093

0.1190.175

5.546.357.14

7.928.719.91

11.1012.7015.06

17.8620.24

7.449.2410.62

13.0913.4615.24

17.0518.7723.36

24.8328.40

0.380.560.80

0.800.800.80

0.800.801.10

1.101.10

10.3112.7014.27

16.6617.4519.84

22.2324.5930.15

33.3238.10

1113.512

108

9.5

9.58.59

9.510


maintenance free

= Type ===Dimension (mm) =========================Basic load ratings (kN) Misalign Angle ==== Mass d D C B d1 M dk stat.==========�==========kg REF Cor � �

o

32

Metric Rod Ends

2-pieces

3-pieces

steel/PTFE�male thread

steel/PTFE�female thread



steel/steel�male thread

steel/steel�female thread


KMDV

KFDV

COS

CHS

GAR..DO

GIR..DO

GAR..UK

subcategory description figurecategory

basic designations and contents of rod ends

engineering data

33

Metric Rod Ends

3-pieces

4-pieces

Injection

Rod Ends


steel/bronze�male thread

steel/bronze�female thread



steel/nylon�male thread

steel/nylon�female thread

GIR..UK

POS...HD

PHS...HD

POS

PHS

COS..N

CHS..N



Inch Rod Ends 2-pieces

3-pieces

Injection

Rod Ends









steel/nylon�male thread

steel/nylon�female thread

EM/EMA

EF/EFA

MA

FA

MC

MCB

FC

FCB

MCN

FCN


engineering data


34

� Radial Load RatingTypically, rod end strength is measured in two dimensions: radially, or strength vertically when the rod end is in a �standup� position, andaxially, or along the axis of an imagined pin through the bore of the rod end�s spherical ball.

�==Ultimate Static Radial LoadUltimate Static Radial Load is calculated in pounds (or Newton) of force, is that force which when gradually applied in radial direction tothe stationery rod ends, results in fracture or catastrophic failure.

�==Static Radial loadStatic Radial Load is that force which, when applied in a manner similar to that above, results in distension of one or more of the rod endcomponents, which effectively renders the rod end as non-functional.

CCVI references the Static Load in this catalog, which generally includes a safety factor of at least 10%.

Note that the load ratings listed assume standard metal-to-metal sliding surface configurations, except where PTFE liners are noted as�standard�. Optional grease fittings, PTFE liners, and even customer mounted components can affect the integrity and strength of the rodend components.

� Axial Load RatingThe axial load is measured by applying a force along the axis of a real or imagined pin through the center of the spherical ball�s bore.In general terms, and depending on material and other variables, the axial rating is generally 10-20% of the ultimate static load rating.Because a complete 100% axial load contradicts the purpose of a rod end�s misalignment design, axial load is generally considered forreference only. Given the breadth of applications in which a rod end can be placed. CCVI recommends that the load ratings supplied hereinbe used for reference only, and that the user assure that the load limits not be exceeded.

35

Fig. 11

radial load axial load

36

engineering data

� Allowed load for rod end

Pperm=COb2b6

in which: Pperm max allowed load for spherical plain bearings rod end, N

C0 static equivalent load, N

b2 temperature factor

for lubricated spherical plain bearings rod end, choose from table 23

for maintenance-free spherical plain bearings rod endW

steel/copper sliding contact surface, see Fig 12

steel/PTFE paint cloth sliding contact surface, see Fig 13

steel/PTFE fiber cloth sliding contact surface, see Fig 14

b6 load type factor, see Fig 15

calculation

working condition temperature factor

over to b2

-

120

160

120

160

180

1,0

0,9

0,8

Table.23

Fig. 13

Fig. 12

Fig. 14

note: values in the brackets apply to spherical plain bearings rod end with lubricating hole or nozzle.

Fig. 15

constant load

b6 = 1

one direction pulse load

b6 = 0.5(0.35)

changing load

b6 = 0.5(0.35)

+Fr

+Fr

+Fr

- Fr

37

� Angle of MisalignmentThe primary function of a rod end is to allow for two �fixtures� to misalign against each other, where a completely rigid connection wouldcause damage or otherwise prevent the connection to function at all. The calculated misalignment is the geometrical cone limited by thecenterline axis of the ball�s bore, and by the line of limitation of the ball oscillated to its furthest position from center (assuming that aclevis is mounted flush to the ball�s face, on both sides). Since the ball can obviously oscillate at maximum two symmetric directions fromcenter, the angle is multiplied by two, in order to give the total angle defined by the misalignment cone.

a(1,2,3) = angle of misalignmentW= width of ballD= rod end dead diameterH= housing widthR= ball diameterB= bore of ball

a1

a1

a1=Sin-1 -Sin-1WD

HD

a3

a3

a2

a2

a2=Cos-1 -Sin-1BR

HR a3=Sin-1 -Sin-1W

RHRFig. 16

38

ID d mm radial internal clearance � m

over to min max

12

20

35

60

12

20

35

60

80

16

20

25

30

36

Table 24 steel/steel (GAR...DO/GIR...DO, EM, EF, MC, FC, MA, FA)

68

82

100

120

142

ID d mm radial internal clearance � m

over to min max

6

10

18

6

10

18

30

5

7

8

10

Table 25 steel/bronze (POS/PHS, POS...HD/PHS...HD, MCB, FCB)

50

61

75

92

ID d mm radial internal clearance � m breakaway torque Nm

over to max max

12

20

30

35

40

50

60

12

20

30

35

40

45

60

70

28

35

44

50

60

60

60

75

Table 26 steel/PTFE (GIR...UK, GAR...UK, EM...T, EF...T, MC...T, FC...T, MA...T, FA...T, COM...T)

0.15

0.25

0.40

2.50

2.50

3.50

4.00

5.00

engineering data

39

Generally, CCVI recommend to match the male and female thread with same accuracy if application required, it is better to match the

female thread with higher accuracy male thread.

For example, match 3A male thread with 2B female thread.

� Accessories

�==Stud

L

N

S

P

Standard studs are carbon steel, zinc plated withyellow dichromate for corrosion resistance unlessspecified otherwise

� D

L

� D1

� D2

L1

ao

Rod End L P S N

Bore Size REF 030 Min Thread Length Thread Size

UNF-2A

3/16�

1/4�

5/16�

3/8�

7/16�

1/2�

5/8�

3/4�

1.000

1.031

1.219

1.562

1.750

2.000

2.500

3.000

.500

.562

.687

.906

1.062

1.125

1.500

1.812

.437

.500

.593

.812

.937

1.000

1.375

1.625

10-32

1/4-28

5/16-24

3/8-24

7/16-20

1/2-20

5/8-18

3/4-16

Table 27

Type =======� Dmm ===� D1mm ===� D2mm ===L1 mm =====Lmm ao

BN3.00

BN4.00

4

5

Table 28 Metric Zerk

3.2

4.2

3

4

2

2.5

4.6

5.5

90

90

�==Grease fitting

.260DIA.

.310

.260DIA.Ref.

.350

Ref.

Standard Drive Fit Zerk Standard Thread Zerk Standard grease fitting place ments

rod ends

metric sizes, maintenance free

40

For left hand thread, add suffix�L� (Ex: KMDVL 8)

KMDV Series

sliding contact surface: steel/PTFE fiber Glass

KMDV 4KMDV 5KMDV 6

KMDV 8KMDV 10KMDV 12

KMDV 14KMDV 16KMDV 20

Type === Dimension (mm) Basic load ratings (kN) Mass d B C D h1 L4 d1 M L3 dyn. stat. kg 6g Cr Cor �

456

81012

141620

789

121416

192125

5.256.006.75

9.0010.5012.00

13.5015.0018.00

141820

242832

364250

303336

424854

606678

374246

546270

7887103

M4M5M6

M8M10M12

M14M16

M20x1.5

3.254.257.10

9.8013.2017.0

21.426.031.0

5.707.2011.6

14.517.024.0

28.542.542.5

0.0090.0130.020

0.0330.0560.087

0.1290.1890.348

6.57.78.9

10.312.915.4

16.819.324.3

191921

252832

363745

41

KFDVKFDV...-1 Series

sliding contact surface: steel/PTFE fiber Glass

For left hand thread, add suffix�L� (Ex: KFDVL 8 / KFDVL 8-1)

KFDV 4KFDV 5KFDV 6

KFDV 8KFDV 10KFDV 12

KFDV 14KFDV 16KFDV 20

Type === Dimension (mm) Basic load ratings (kN) Mass Cetop d B C D h1 L4 d5 d4 d1 W M L3 dyn. stat. kg M 6H Cr Cor � Type 6H

456

81012

141620

789

121416

192125

5.256.006.75

9.0010.5012.00

13.5015.0018.00

141820

242832

364250

242730

364350

576477

313640

485766

7585102

9.511.013.0

16.019.022.0

27.029.037.0

7.89.0

10.0

12.515.017.5

20.022.027.5

6.57.78.9

10.312.915.4

16.819.324.3

8911

131719

222232

121012

162022

252833

M4M5M6

M8M10M12

M14M16

M20x1.5

3.254.257.10

9.8013.2017.0

21.426.031.0

5.707.2011.6

14.517.024.0

28.542.542.5

0.0110.0180.027

0.0460.0760.115

0.1700.2300.415

KFDV 4-1KFDV 5-1KFDV 6-1



M4M4M6

M8M10x1.25M12x1.25

M14M16x1.5M20x1.5

42

rod ends


COSSCOS stainless Series

sliding contact surface: steel/PTFE Foil

For left hand thread, add suffix�L� (Ex: COSL 8 /SCOSL 8)

COS 5COS 6COS 8

COS 10COS 12COS 14

COS 16COS 18COS 20

COS 22COS 25COS 28COS 30

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 M dyn. stat. � kg max max min 6g Cr Cor � �

o

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.5

32.2934.8

182024

283236

424650

54606670

333642

485460

667278

8494

103110

424654

627078

8795

103

111124136145

192125

283236

374145

48556266

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

67.6512.9

182431

3947.557

6885

102.88114

5.027.1813.04

18.520.832

45.246.945.6

61.172.878.695.9

131314

131316

151514

15151517

0.0130.0200.038

0.0550.0850.140

0.2100.2800.380

0.4800.6400.9491.100

43

CHSCHS...-1SCHS Stainless series

sliding contact surface: steel/PTFE Foil

For left hand thread, add suffix�L� (Ex: CHSL 8 / CHSL 8-1 / SCHSL 8)

CHS 5CHS 6CHS 8

CHS 10CHS 12CHS 14

CHS 16CHS 18CHS 20

CHS 22CHS 25CHS 28CHS 30

Type === Dimension (mm) Basic load ratings (kN) Angle Mass Cetop d B C d1 D h1 L4 L3 d5 d4 L W M dyn. stat. � kg M max max min max max max 6H Cr Cor � � Type 6H

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.5

32.2934.8

182024

283236

424650

54606670

273036

435057

647177

8494103110

364048

576675

8594

102

111124136145

101216

202225

283233

37425151

111316

192226

283135

38424650

910

12.5

1517.520

2225

27.5

3033.53740

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

91114

171922

222730

32364141

67.6512.9

182431

3947.557

6885

102.88114

9.188

13.1

18.520.832

45.246.945.6

61.172.878.695.9

0.0160.0220.047

0.0770.1000.160

0.2200.3200.420

0.5400.7300.9491.100

CHS 5-1CHS 6-1CHS 8-1

CHS 10-1CHS 12-1CHS 14-1

CHS 16-1CHS 18-1CHS 20-1

CHS 22-1CHS 25-1CHS 28-1CHS 30-1

M4M6M8

M10x1.25M12x1.25M14x1.5

M16x1.5M18x1.5M20x1.5

M22x1.5M24x2M27x2M27x2

o

455

6.56.58

81010

12121415

131314

131316

151514

15151517

44

rod ends

metric sizes, requiring maintenance

GAR...DOGAR...DO 2RS Series


1) For left hand thread, use�L� instead of �R� (Ex: GAL 8 DO)* No relubrication

...DO

...DO 2RS

GAR 6 DO*GAR 8 DO*GAR 10 DO*

GAR 12 DO*GAR 15 DOGAR 17 DO

GAR 20 DOGAR 25 DOGAR 30 DO

GAR 35 DOGAR 40 DOGAR 45 DO

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 M dyn. stat. � kg with seals REF min 6g Cr Cor � �

o

6810

121517

202530

354045

689

101214

162022

252832

4.46.07.0

8.010.011.0

13.017.019.0

21.023.027.0

8.0010.213.2

14.918.420.7

24.128.733.4

39.845.050.7

212429

344046

536473

8292102

303643

506167

7794110

140150163

40.548.057.5

67.081.090.0

103.5126.0146.0

181.0196.0214.0

182226

283436

435365

828692

M6M8M10

M12M14M16

M20x1.5M24x2M30x2

M36x3M39x3M42x3

3.4012.98.15

10.817.021.2

30.048.062.0

80.0100.0127.0

6.9212.920.6

30.141.556.5

75.688.2119

159194259

0.0170.0290.051

0.0860.1400.190

0.3100.5600.890

1.4001.8002.600

131512

118

10

976

677

GAR 20 DO 2RSGAR 25 DO 2RSGAR 30 DO 2RS

GAR 35 DO 2RSGAR 40 DO 2RSGAR 45 DO 2RS

45

GIR...DOGIR...DO 2RS Series


1) For left hand thread, use�L� instead of �R� (Ex: GIL 8 DO)* No relubrication

...DO

...DO 2RS

GIR 6 DO *GIR 8 DO*GIR 10 DO*

GIR 12 DO*GIR 15 DOGIR 17 DO

GIR 20 DOGIR 25 DOGIR 30 DO

GIR 35 DOGIR 40 DOGIR 45 DO

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 d2 h1 L4 L3 d5 d4 L W M dyn. stat. � kg with seals REF max min 6H Cr Cor � �

o

6810

121517

202530

354045

689

101214

162022

252832

4.46.07.0

8.010.011.0

13.017.019.0

21.023.027.0

8.0010.213.2

14.918.420.7

24.128.733.4

39.845.050.7

212429

344046

536473

8292102

303643

506167

7794110

125142145

40.548.057.5

67.081.090.0

103.5126.0146.5

166.0188.0196.0

111520

233034

404856

606565

131619

222630

354250

586570

10.012.515.0

17.521.024.0

27.533.540.0

47.052.058.0

5.05.06.5

6.58.0

10.0

10.012.015.0

15.018.020.0

111417

192227

323641

505560

M6M8M10

M12M14M16

M20x1.5M24x2M30x2

M36x3M39x3M42x3

3.4012.98.15

10.817.021.2

30.048.062.0

80.0100.0127.0

10.211.622.0

30.444.856.5

75.688.211.9

159194259

0.0210.0390.061

0.0960.1800.220

0.3500.6400.930

1.3002.0002.500

131512

11810

976

677

GIR 20 DO 2RSGIR 25 DO 2RSGIR 30 DO 2RS

GIR 35 DO 2RSGIR 40 DO 2RSGIR 45 DO 2RS

46

rod ends


GAR...UKGAR...UK 2RS Series

sliding contact surface:GAR...UK: steel/PTFE FoilGAR...UK 2RS: steel/PTFE Fabric

1) Basic load rating of GAR...UK 2RS2) For left hand thread, use�L� instead of �R� (Ex: GAL 8 UK)

...UK

...UK 2RS

GAR 6 UKGAR 8 UKGAR 10 UK



Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 M dyn. stat. � kg with seals max min 6g Cr Cor � �

o

6810

121517

202530

354045

689

101214

162022

252832

4.46.07.0

8.010.011.0

13.017.019.0

22.023.027.0

8.0010.213.2

14.918.420.7

24.128.733.4

39.845.050.8

212429

344046

536473

8292102

364248

546369

7894110

140150163

46.554.062.5

71.083.092.0

104.5126.0146.5

181.0196.0214.0

182226

283436

435365

828694

M6M8M10

M12M14M16

M20x1.5M24x2M30x2

M36x3M39x3M42x3

3.605.858.65

11.417.622.4

31.551.066.5

140185240

6.9212.920.6

30.141.556.5

75.6104138

159194259

0.0170.0290.051

0.0860.1400.190

0.3100.5600.890

1.4001.8002.600

131512

108

10

976

677

GAR 20 UK 2RS1)

GAR 25 UK 2RS1)

GAR 30 UK 2RS1)

GAR 35 UK 2RSGAR 40 UK 2RSGAR 45 UK 2RS

47

GIR...UKGIR...UK 2RS Series

sliding contact surface:GIR...UK: steel/PTFE FoilGIR...UK 2RS: steel/PTFE Fabric

1) Basic load rating of GIR...UK 2RS2) For left hand thread, use�L� instead of �R� (Ex: GIL 8 UK)

...UK

...UK 2RS

GIR 6 UKGIR 8 UKGIR 10 UK



Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 d5 d4 L W M dyn. stat. � kg with seals max min 6H Cr Cor � �

o

6810

121517

202530

354045

689

101214

162022

252832

4.46.07.0

8.010.011.0

13.017.019.0

21.023.027.0

8.0010.213.2

14.918.420.7

24.128.733.4

39.845.050.7

212429

344046

536473

8292102

303643

506167

7794110

125142145

40.548.057.5

67.081.090.0

103.5126.0146.5

166.0188.0196.0

111520

233034

404856

606565

131619

222630

354250

586570

1012.515

17.52124

27.533.540

475258

5.05.06.5

6.58.010.0

10.012.015.0

15.018.020.0

111417

192227

323641

505560

M6M8M10

M12M14M16

M20x1.5M24x2M30x2

M36x3M39x3M42x3

3.605.858.65

11.417.622.4

31.551.066.5

140185240

10.216.022.0

30.444.856.5

75.6104138

159194259

0.0210.0390.061

0.0960.1800.220

0.3500.6400.930

1.5002.1002.700

131512

10810

976

677

GIR 20 UK 2RS1)

GIR 25 UK 2RS1)

GIR 30 UK 2RS1)

GIR 35 UK 2RSGIR 40 UK 2RSGIR 45 UK 2RS

48

rod ends


POS...HDSPOS...HD stainless Series


POS 5 HDPOS 6 HDPOS 8 HD



POS 22 HDPOS 25 HDPOS 28 HDPOS 30 HD

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 dk M dyn. stat. � kg max max min REF 6g Cr Cor � �

o

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.532.2934.8

182024

283236

424650

54606670

333642

485460

667278

8494103110

424654

627078

8795103

111124136145

192125

283236

374145

48556266

11.1112.7015.88

19.0522.2325.40

28.5531.7534.93

38.1042.8647.6350.80

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

3.254.37.2

1013.417

21.626

31.5

3847.557.16

64

5.027.1813.04

18.520.832

45.246.945.6

64.172.878.695.9

131314

131316

151514

15151517

0.0130.0200.038

0.0550.0850.140

0.2100.2800.380

0.4800.6400.9491.100

For left hand thread, add suffix�L� (Ex: P0SL 8 HD / SPOSL 8 HD)

49

PHS...HDPHS...-1HDSPHS...HD stainless Series


PHS 5 HDPHS 6 HDPHS 8 HD



PHS 22 HDPHS 25 HDPHS 28 HDPHS 30 HD

Type === Dimension (mm) Basic load ratings (kN) Angle Mass Cetop d B C d1 D h1 L4 L3 d5 d4 L W dk M dyn. stat. � kg M max max min max REF 6H Cr Cor � � Type 6H

o

568

101214

161820

22252830

89

12

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.532.2934.8

182024

283236

424650

54606670

273036

435057

647177

8494103110

364048

576675

8594102

111124136145

101216

202225

283233

37425151

111316

192226

283135

38424650

910

12.5

1517.520

2225

27.5

3033.53740

455

6.56.58

81010

12121415

91114

171922

222730

32364141

11.1112.7015.88

19.0522.2325.40

28.5531.7534.93

38.1042.8647.6350.80

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

3.254.37.2

10.013.417.0

21.626.031.5

38.047.5

57.1664.0

9.188

13.1

18.520.832

45.246.945.6

61.172.878.695.8

0.0160.0220.047

0.0770.1000.160

0.2200.3200.420

0.5400.7300.9491.100

PHS 5-1 HDPHS 6-1 HDPHS 8-1 HD



PHS 22-1 HDPHS 25-1 HDPHS 28-1 HDPHS 30-1 HD

M4M6M8

M10x1.25M12x1.25

M14

M16x1.5M18x1.5M20x1.5

M22x1.5M24x2M27x2M27x2

131314

131316

151514

15151517

For left hand thread, add suffix�L� (Ex: PHSL 8 HD / PHSL 8-1 HD / SPHSL 8 HD)

50

rod ends


POSSPOS stainless Series


POS 5POS 6POS 8

POS 10POS 12POS 14

POS 16POS 18POS 20

POS 22POS 25POS 28POS 30

Type Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 dk M dyn. stat. � kg max max min REF 6g Cr Cor � �

o

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.532.2934.8

182024

283236

424650

54606670

333642

485460

667278

8494103110

424654

627078

8795103

111124136145

192125

283236

374145

48556266

11.1112.7015.88

19.0522.2325.40

28.5831.7534.93

38.1042.8647.6350.80

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

3.34.37.1

1013.317.1

21.426.231.4

38.147.157.1663.5

5.027.1813.04

20.6129.8937.62

54.6950.0658.59

68.0179.4293.91102.12

131314

131316

151514

15151517

0.0130.0200.038

0.0550.0850.140

0.2100.2800.380

0.4800.6400.9491.100

For left hand thread, add suffix�L� (Ex: POSL 8 / SPOSL 8)

51

PHSPHS...-1SPHS stainless Series


For left hand thread, add suffix�L� (Ex: PHSL 8 / PHSL 8-1 / SPHSL 8)

PHS 5PHS 6PHS 8

PHS 10PHS 12PHS 14

PHS 16PHS 18PHS 20

PHS 22PHS 25PHS 28PHS 30

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.532.2934.8

182024

283236

424650

54606670

273036

435057

647177

8494103110

364048

576675

8594102

111124136145

101216

202225

283233

37425151

111316

192226

283135

38424650

910

12.5

1517.520

2225

27.5

3033.53740

455

6.56.58

81010

12121415

91114

171922

222730

32364141

11.1112.7015.88

19.0522.2325.40

28.5831.7534.93

38.1042.8647.6350.80

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

3.34.37.1

1013.317.1

21.426.231.4

38.147.157.1663.5

11.8813.5519.39

25.6932.3237.62

54.6950.0658.59

68.0179.4293.91102.23

0.0160.0220.047

0.0770.1000.160

0.2200.3200.420

0.5400.7300.9491.100

PHS 5-1PHS 6-1PHS 8-1

PHS 10-1PHS 12-1PHS 14-1

PHS 16-1PHS 18-1PHS 20-1

PHS 22-1PHS 25-1PHS 28-1PHS 30-1

M4M6M8

M10x1.25M12x1.25

M14

M16x1.5M18x1.5M20x1.5

M22x1.5M24x2M27x2M27x2

131314

131316

151514

15151517

Type === Dimension (mm) Basic load ratings (kN) Angle Mass Cetop d B C d1 D h1 L4 L3 d5 d4 L W dk M dyn. stat. � kg M max max max REF 6H Cr Cor � � Type 6H

o

52

injection rod ends


COS...N Series

sliding contact surface: steel/nylon

For left hand thread, add suffix�L� (Ex: COSL 8 N )

COS 5 NCOS 6 NCOS 8 N



COS 22 NCOS 25 NCOS 28 NCOS 30 N

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 M dyn. stat. � kg max max min 6g Cr Cor � �

o

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.5

32.2934.8

182024

283236

424650

54606670

333642

485460

667278

8494

103110

424654

627078

8795

103

111124136145

192125

283236

374145

48556266

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

1.902.173.48

5.146.258.72

10.4913.2315.39

18.7322.9727.5730.00

3.625.059.16

14.6118.1424.02

28.4335.7941.18

50.0158.2462.8876.72

131314

131316

151514

15151517

0.0120.0200.035

0.0550.0900.130

0.1850.2500.310

0.4000.50320.68330.770

53

CHS...N Series


For left hand thread, add suffix�L� (Ex: CHSL 8 N)

CHS 5 NCHS 6 NCHS 8 N



CHS 22 NCHS 25 NCHS 28 NCHS 30 N

Type === Dimension (mm) Basic load ratings (kN) Angle Mass d B C d1 D h1 L4 L3 d5 d4 L W M dyn. stat. � kg max max min max max max 6H Cr Cor � �

568

101214

161820

22252830

8912

141619

212325

28313537

66.75

9

10.512

13.5

1516.518

20222425

7.78.910.3

12.915.416.8

19.321.824.3

25.829.5

32.2934.8

182024

283236

424650

54606670

273036

435057

647177

8494103110

364048

576675

8594102

111124136145

101216

202225

283233

37425151

111316

192226

283135

38424650

910

12.5

1517.520

2225

27.5

3033.53740

M5M6M8

M10M12M14

M16M18x1.5M20x1.5

M22x1.5M24x2M27x2M30x2

91114

171922

222730

32364141

1.902.173.48

5.146.258.72

10.4913.2315.39

18.7322.9727.5730.00

5.987.5510.29

14.6118.1424.02

28.4335.7941.18

50.0158.2462.8876.72

0.0150.0200.045

0.0700.0900.150

0.2000.2900.380

0.4800.5700.7120.825

o

455

6.56.58

81010

12121415

131314

131316

151514

15151517

54

EM Series


.1900

.2500

.2500

.3125

.3125

.3750

.4375

.5000

.6250

.6250

.7500

.7570

EM 3*EM 4*EM 4-5*

EM 5*EM 5-6EM 6

EM 7EM 8EM 10

EM 10-12EM 12EM 12-757

.312

.375

.375

.437

.437

.500

.562

.625

.750

.750

.875

.875

1.2501.5621.875

1.8751.9381.938

2.1252.4382.625

2.8752.8752.875

.625

.750

.875

.8751.0001.000

1.1251.3121.500

1.7501.7501.750

.437

.500

.500

.625

.625

.719

.812

.9371.125

1.1251.3121.312

.7501.0001.250

1.2501.2501.250

1.3751.5001.625

1.7501.7501.750

10-321/4-285/16-24

5/16-243/8-243/8-24

7/16-201/2-205/8-18

3/4-163/4-163/4-16

202727

222222

212026

262424

1,3842,5434,574

4,1135,5445,828

7,2969,58811,169

16,80716,33816,338

.03

.04

.07

.07

.11

.11

.15

.24

.36

.57

.57

.57

.234

.250

.250

.312

.312

.359

.406

.453

.484

.484

.593

.593

commercial rod ends

inch sizes

Type Dimension (inch) thread Angle Mass d D B C dk Ball Dia. L3 � UNF 3A LBS � LBS

o

+.062-.031

Ultimate Rodial Static

Load Capacity

For grease fitting, add�Z�to part number. Ex: EM 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: EML 8For stud, add�S�to part number. Ex: EM 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: EM 8 T

Note: * Grease fitting not available on these sizes. Units are supplied without grease fittings.

55

EF Series


.1900

.2500

.2500

.3125

.3125

.3750

.3125

.4375

.5000

.6250

.6250

.7500

EF 3*EF 4*EF 4-5*

EF 5*EF 5-6EF 6

EF 6XEF 7EF 8

EF 10EF 10-12EF 12

.312

.375

.375

.437

.437

.500

.512

.562

.625

.750

.750

.875

1.0621.3121.375

1.3751.6251.625

1.6251.8122.125

2.5002.8752.875

.625

.750

.875

.8751.0001.000

1.0001.1251.312

1.5001.7501.750

.437

.500

.500

.625

.625

.719

.719

.8120973

1.1251.1251.312

.500

.687

.687

.687

.812

.812

.781

.9371.062

1.3750.5621.562

10-321/4-285/16-24

5/16-243/8-243/8-24

3/8-247/16-201/2-20

5/8-163/4-163/4-16

202727

222222

222120

262624

1,3843,4684,574

4,3975,5445,087

5,0877,34210,460

16,80716,33816,338

0.040.050.08

0.080.130.13

0.130.180.29

0.430.650.65

.234

.250

.250

.312

.312

.359

.331

.406

.453

.484

.484

.593

.406

.469

.500

.500

.687

.687

.687

.750

.875

1.0001.1251.125

.312

.375

.437

.437

.562

.562

.562

.625

.750

.8751.0001.000

Type Dimension (inch) thread Angle Mass d D B C dk S d4 Ball Dia. L3 � UNF 2B LBS � LBS

o+.062-.031


Load Capacity

For grease fitting, add�Z�to part number. Ex: EF 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: EFL 8For stud, add�S�to part number. Ex: EF 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: EF 8 T


56

EMA Series


.1900

.2500

.2500

.3125

.3125

.3750

.4375

.5000

.6250

.6250

.7500

EMA 3*EMA 4*EMA 4-5*

EMA 5*EMA 5-6EMA 6

EMA 7EMA 8EMA 10

EMA 10-12EMA 12

.312

.375

.375

.437

.437

.500

.562

.625

.750

.750

.875

1.2501.5621.875

1.8751.9381.938

2.1252.4382.625

2.8752.875

.625

.750

.875

.8751.0001.000

1.1251.3121.500

1.7501.750

.437

.500

.500

.625

.625

.719

.812

.9371.125

1.1251.312

.7501.0001.250

1.2501.2501.250

1.3751.5001.625

1.7501.750

10-321/4-285/16-24

5/16-243/8-243/8-24

7/16-201/2-205/8-18

3/4-163/4-16

202727

222222

212026

2624

2,0743,8206,534

5,1107,9207,605

9,12212,22413,540

19,75118,810

.03

.04

.07

.07

.11

.11

.15

.24

.36

.57

.57

.234

.250

.250

.312

.312

.359

.406

.453

.484

.484

.593

Type Dimension (inch) thread Angle Mass d D B C dk h1 L3 � UNF 3A LBS � LBS

o

+.062-.031


Load Capacity

commercial rod ends

inch sizes

For grease fitting, add�Z�to part number. Ex: EMA 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: EMAL 8For stud, add�S�to part number. Ex: EMA 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: EMA 8 T


57

EFA Series


.1900

.2500

.2500

.3125

.3125

.3750

.4375

.5000

.6250

.6250

.7500

EFA 3*EFA 4*EFA 4-5*

EFA 5*EFA 5-6EFA 6

EFA 7EFA 8EFA 10

EFA 10-12EFA 12

.312

.375

.375

.437

.437

.500

.562

.625

.750

.750

.850

1.0621.3121.375

1.3751.6251.625

1.8122.2152.500

2.8752.875

.625

.750

.875

.8751.0001.000

1.1251.3121.500

1.7501.750

.437

.500

.500

.625

.625

.719

.812

.9371.125

1.1251.312

.500

.687

.687

.687

.812

.812

.9371.0621.375

1.562.562

10-321/4-285/16-24

5/16-243/8-243/8-24

7/16-201/2-205/8-18

3/4-163/4-16

202727

222222

212026

2624

2,0793,8206,534

5,1107,6057,605

9,12212,22413,540

19,75118,810

.04

.05

.08

.08

.13

.13

.18

.29

.43

.65

.65

.234

.250

.250

.312

.312

.359

.406

.453

.484

.484

.593

.406

.469

.500

.500

.687

.687

.750

.8751.000

1.1251.125

.312

.375

.437

.437

.562

.562

.562

.625

.750

.8751.000

Type Dimension (inch) thread Angle Mass d D B C dk S d4 h1 L3 � UNF 2B LBS � LBS

o

+.062-.031


Load Capacity

For grease fitting, add�Z�to part number. Ex: EFA 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: EFAL 8For stud, add�S�to part number. Ex: EFA 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: EFA 8 T


58

MA Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

.7500

.8750

.8750

1.00001.00001.0000

MA 3MA 4MA 5

MA 6MA 7MA 8

MA 10MA 12MA 12-20

MA 14MA 14-1

MA 16MA 16-1MA 16-2

.312

.375

.437

.500

.562

.625

.750

.875

.875

.875

.875

1.3751.3751.375

1.2501.5621.875

1.9382.2152.438

2.6252.8752.875

3.3753.375

4.1254.1254.125

.625

.750

.875

1.0001.1251.312

1.5001.7501.750

2.0002.000

2.7502.7502.750

.437

.500

.625

.719

.812

.937

1.1251.3121.312

1.3751.312

1.8751.8751.875

.7501.0001.250

1.2501.3751.500

1.6251.7501.750

2.0001.875

2.1252.1252.125

10-321/4-285/16-24

3/8-247/16-241/2-20

5/8-183/4-167/8-14

7/8-147/8-14

1 1/4-121-14*1-12

131614

121412

161414

712

171717

2,8515,2607,639

9,54410,28516,238

17,95528,08128,081

45,05155,692

76,20076,20076,200

.028

.043

.072

.112

.160

.249

.382

.602

.720

.906

.906

2.4062.1272.127

.250

.281

.344

.406

.437

.500

.562

.687

.687

.765

.687

1.0001.0001.000

W

B

H

Thread

ao

C

D

A

precision rod ends

inch sizes

Type Dimension (inch) thread Angle Mass d D B C dk h1 L3 � UNF 3A LBS � LBS

o


Load Capacity

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: MA 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: MAL 8For stud, add�S�to part number. Ex: MA 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: MA 8 T

Note: * Thread 1-14 UNS

59

FA Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

.8750

1.00001.00001.0000

FA 3FA 4FA 5

FA 6FA 7FA 8

FA 10FA 12FA 14

FA 16FA 16-1FA 16-2

.312

.375

.437

.500

.562

.625

.750

.875

.875

1.3751.3751.375

1.0621.3121.375

1.6251.8122.125

2.5002.8753.375

4.1254.1254.125

.625

.750

.875

1.0001.1251.312

1.5001.7501.750

2.7502.7502.750

.437

.500

.625

.719

.812

.937

1.1251.3121.312

1.8751.8751.875

.562

.750

.750

.9371.0621.187

1.5001.7501.875

2.1252.1252.125

10-321/4-285/16-24

3/8-247/16-241/2-20

5/8-183/4-167/8-14

1 1/4-121-14*1-12

202727

222222

212026

2624

2,0793,8206,534

5,1107,6057,605

9,12212,22413,540

19,75118,810

.04

.05

.08

.08

.13

.13

.18

.29

.43

.65

.65

.250

.281

.344

.406

.437

.500

.562

.687

.687

1.0001.0001.000

.406

.469

.500

.687

.750

.875

1.0001.1251.300

1.6251.6251.625

.312

.375

.437

.562

.625

.750

.8751.0001.125

1.5001.5001.500

W

B

H

Thread

ao

C

D

A

K

Type Dimension (inch) thread Angle Mass d D B C dk S d4 h1 L3 � UNF 2B LBS � LBS

o


Load Capacity

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: FA 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: FAL 8For stud, add�S�to part number. Ex: FA 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: FA 8 T


60

MC Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

.8750

.87501.00001.00001.0000

MC 3MC 4MC 5

MC 6MC 7MC 8

MC 10MC 12MC 14

MC 14-1MC 16MC 16-1MC 16-2

.312

.375

.437

.500

.562

.625

.750

.875

.875

.8751.3751.3751.375

.250

.281

.344

.406

.437

.500

.562

.687

.765

.6871.0001.0001.000

1.2501.5621.875

1.9382.1252.438

2.6252.8753.375

3.3754.1254.1254.125

.625

.750

.875

1.0001.1251.312

1.5001.7502.000

2.0002.7502.7502.750

.437

.500

.625

.719

.812

.937

1.1251.3121.375

1.3121.8751.8751.875

.7501.0001.250

1.2501.3751.500

1.6251.7502.000

1.8752.1252.1252.125

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-167/8-14

7/8-1411/4-121-14�

1-12

131614

121412

16147

12171717

1,1692,1582,784

3,9154,2186,660

7,36411,51818,476

22,84343,54143,54143,541

.028

.043

.072

.112

.160

.249

.382

.602

.906

.9062.4062.1272.127

precision rod ends

inch sizes

Type Dimension (inch) B W H A D Ball Dia. C �o

UNF 3A � LBS LBSREF +.062-.031


Load Capacity

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: MC 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: MCL 8For stud, add�S�to part number. Ex: MC 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: MC 8 T


Thread Angle Mass

61

FC Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

.8750

.87501.00001.00001.0000

FC 3FC 4FC 5

FC 6FC 7FC 8

FC 10FC 12FC 14

FC 14-1FC 16FC 16-1FC 16-2

.312

.375

.437

.500

.562

.625

.750

.875

.875

.8751.3751.3751.375

.250

.281

.344

.406

.437

.500

.562

.687

.765

.6871.0001.0001.000

1.0621.3121.375

1.6251.8122.125

2.5002.8753.375

3.5004.1254.1254.125

.625

.750

.875

1.0001.1251.312

1.5001.7502.000

2.0002.7502.7502.750

.406

.469

.500

.687

.750

.875

1.0001.1251.300

1.3121.6251.6251.625

.312

.375

.437

.562

.625

.750

.8751.0001.125

1.1871.5001.5001.500

.437

.500

.625

.719

.812

.937

1.1251.3121.375

1.3121.8751.8751.875

.562

.750

.750

.9371.0621.187

1.5001.7501.875

1.8122.1252.1252.125

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-167/8-14

7/8-1411/4-121-14�

1-12

131614

121412

16147

12171717

1,5312,5393,133

3,9154,2186,660

7,36411,51818,476

22,84340,88943,54143,541

0.0380.0590.092

0.1520.1980.329

0.4770.7231.030

1.0302.1252.4102.410

Type Dimension (inch) B W H A D K J Ball Dia. C ====�o

UNF 2B � LBS LBSREF +.062-.031


Load Capacity

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: FC 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: FCL 8For stud, add�S�to part number. Ex: FC 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: FC 8 T


Thread Angle Mass

62

MCB Series


W

B

H

Thread

ao

C

D

A

.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

MCB 3MCB 4MCB 5

MCB 6MCB 7MCB 8

MCB 10MCB 12

.312

.375

.437

.500

.562

.625

.750

.875

.250

.281

.344

.406

.437

.500

.562

.687

1.2501.5621.875

1.9382.1252.438

2.6252.875

.625

.750

.875

1.0001.1251.312

1.5001.750

.437

.500

.625

.719

.812

.937

1.1251.312

.7501.0001.250

1.2501.3751.500

1.6251.750

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-16

131614

121412

1614

1,1692,1582,784

3,9154,2186,660

7,36411,518

.028

.043

.072

.112

.160

.249

.382

.602

Type Dimension (inch) B W H A D Ball Dia. C ========�o

UNF 3A � LBS LBSREF +.062-.031


Load Capacity

precision rod ends

inch sizes

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: MCB 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: MCBL 8For stud, add�S�to part number. Ex: MCB 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: MCB 8 T

Thread Angle Mass

63

FCB Series


W

B

H

Thread

ao

C

D

A

K

.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

FCB 3FCB 4FCB 5

FCB 6FCB 7FCB 8

FCB 10FCB 12

.312

.375

.437

.500

.562

.625

.750

.875

.250

.281

.344

.406

.437

.500

.562

.687

1.0621.3121.375

1.6251.8122.125

2.5002.875

.625

.750

.875

1.0001.1251.312

1.5001.750

.406

.469

.500

.687

.750

.875

1.0001.125

.312

.375

.437

.562

.625

.750

.8751.000

.437

.500

.625

.719

.812

.937

1.1251.312

.562

.750

.750

.9371.0621.187

1.5001.750

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-16

131614

121412

1614

1,5312,5393,133

3,9154,2186,660

7,36411,518

.038

.059

.092

.152

.198

.329

.477

.723

Type Dimension (inch) B W H A D K J Ball Dia. C ========�o

UNF 2B � LBS LBSREF +.062-.031


Load Capacity

Units are supplied without grease fittings.For grease fitting, add�Z�to part number. Ex: FCB 8 Z (See zerk option on page 39 )For left hand thread, add�L�to part number. Ex: FCBL 8For stud, add�S�to part number. Ex: FCB 8 S (See stud dimensions on page 39 )For PTFE liner, add�T�to part number. Ex: FCB 8 T

Thread Angle Mass

64

MCN Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

MCN 3 YMCN 4 YMCN 5 Y

MCN 6 YMCN 7 YMCN 8 Y

MCN 10 YMCN 12 Y

.312

.375

.437

.500

.562

.625

.750

.875

.250

.281

.344

.406

.437

.500

.562

.687

1.2501.5621.875

1.9372.1252.437

2.6252.875

.625

.750

.875

1.0001.1251.312

1.5001.750

.438

.516

.625

.719

.812

.938

1.1251.312

.7501.0001.250

1.2501.3721.500

1.6251.750

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-16

131614

121412

1614

1,2102,4702,740

4,2105,3506,430

8,30010,900

.023

.040

.071

.107

.148

.232

.364

.568

injection rod ends

inch sizes

�.06

Type Dimension (inch) B W H A D Ball Dia. C =========�o

UNF 2A � LBS LBSREF


Load Capacity

Units are supplied without grease fittings.For left hand thread, add�L�to part number. Ex: MCNL 8 YFor stud, add�S�to part number. Ex: MCN 8 Y S (See stud dimensions on page 39 )

Thread Angle Mass

65

FCN Series


.1900

.2500

.3125

.3750

.4375

.5000

.6250

.7500

FCN 3 YFCN 4 YFCN 5 Y

FCN 6 YFCN 7 YFCN 8 Y

FCN 10 YFCN 12 Y

.312

.375

.437

.500

.562

.625

.750

.875

.250

.281

.344

.406

.437

.500

.562

.687

1.0621.3121.375

1.6251.8122.125

2.5002.875

.625

.750

.875

1.0001.1251.312

1.5001.750

.406

.469

.500

.687

.750

.875

1.0001.125

.312

.375

.437

.562

.625

.750

.8751.000

.438

.516

.625

.719

.812

.938

1.1251.312

.562

.750

.750

.9371.0311.187

1.5001.562

10-321/4-285/16-24

3/8-247/16-201/2-20

5/8-183/4-16

131614

121412

1614

1,2102,4702,740

4,2105,3506,430

8,30010,900

.036

.059

.077

.146

.192

.313

.464

.672

�.06

Type Dimension (inch) B W H A D K J Ball Dia. C ========�o

UNF 2B � LBS LBSREF


Load Capacity

Units are supplied without grease fittings.For left hand thread, add�L�to part number. Ex: FCNL 8 YFor stud, add�S�to part number. Ex: FCN 8 Y S (See stud dimensions on page 39 )

Thread Angle Mass

66

NOTE

mecaniques ccvi... · 5 symbols and units in the catalogue load feature life factor temperature...

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