0180 08 02 helicoil preisliste gb - media.boellhoff.com · 4 a b c rivkle ® –functions rivkle...

RIVKLE®

99900000028/00RK 09/2017 EN

Blind rivet nuts and studs

2

RIVKLE®

3

HRT

SFC

PN

Part number index 62

Page

Principle and function 4

Standard RIVKLE® blind rivet nuts 14

RIVKLE® HRT - High Resistance Thread 36

RIVKLE® SFC - For Fiber-reinforced polymer 38

RIVKLE® PN - Ultimate pull-out force 40

RIVKLE® Elastic - Vibration damping characteristics 42

RIVKLE® Studs 44

RIVKLE® - Waterproof 46

RIVKLE® - Special designs 48

RIVKLE® - Setting tools 50

4

a

b

c

RIVKLE® – Functions

RIVKLE® blind rivet nuts and studs are the mostversatile solution for adding a strong reusable internalor external thread to thin-walled work pieces, withaesthetic appearance.

Compatible with all substrates(steel, magnesium, aluminum, plastics, composites etc.).

Corrosion protectedNo additional finishing is required after setting, even with coated orpainted components.

Provides 2 funtions:� Rivet: enables two or more sheets (a & b)of dissimilar materials (plastic & metal…)to be joined

� Thread: enables an additional component(c) to be assembled and reused, if required.

5

RIVKLE® – Process

RIVKLE® is installed using a single-sided setting technique.Often the only fastening solution for hollow sections, housings orwhere access is limited to only one side of a component.This simplifies the design avoiding any need for a dedicated accesshole in the rear panel.

Easy and simple solution.� Can be installed without operator training� Several levels of installation process control are available to enhancequality management

� Easy and non destructive testing of installed RIVKLE®

Safe and ecologic solution:� No fumes (no exhaust needed)� No heat (no protection needed)=> no heat impact on application (surface treatment, deformation,material resistance…)

� No pollution� No risk to the operator

� Fast, reliable, repeatable and cost competitive process(total emplace cost)

� Optimized installation possible in under 3 seconds� Quick tooling exchange and adjustment operation(for example: M6 to M8)

� Entire range of setting equipment, from manual to full automaticprocess is available

RIVKLE® blind rivet nuts and studscan be fitted at any stage sobringing extreme flexibility to yourproduction process.RIVKLE® is a captive system.

6

� � � �

F

< >

<>

S

S

RIVKLE blind rivet nut

RIVKLE® blind rivet nut – Setting methods

The BÖLLHOFF recommended installation is the “pull method”.RIVKLE® can also be installed using the “press method”.

1 - Pull methods

The “pull method” comprises Spin on�, Insert�, Upset� and Spin off� cycles.

2 - Pull setting methods

2.1 Stroke setting method: control of the assembly tool displacement distance

The operator sets the stroke on the setting tool in accordance with the values shown in the RIVKLE® catalogue tables.The setting tool exerts the maximum pressure and automatically stops when the preset stroke is reached (mechanicalstop).

This represents the original way to install a RIVKLE® and remains the best choice today for stainless steel inserts.

Advantages: � Fast and simple process� Ideal for assemblies with no variation in sheet thickness

2.2 Pressure setting method: force controlled installation

In the stroke setting method, the tool delivers maximum and constant force over the full stroke of the mandrel. Where thereis a wide variation in thickness of the workpiece there is a definite risk that a blind rivet nut may not set properly,or become damaged due to the setting mandrel damaging the RIVKLE® thread. In this situation there will be prematurewear of the mandrel.This phenomenon is eliminated with the pressure setting method as the setting force is controlled irrespective of thethickness of the workpiece.

This setting principle is particularly well suited to workpieces with variable thickness (plastic parts, various layers…) andprovides consistent setting quality.

Advantages: � Optimised setting into panels with thickness variations� Possibility to set the same RIVKLE® more than once� Permits quality control (force indicator…)� Extended mandrel life� Can also set different types of RIVKLE® with one tool and one single setup

Upset Spin offSpin on Insert

7

Tolerance

Tolerance

Setting range= Force to obtaingood installation

Force

Stroke

Stroke in min thickness

C1: setin maximum

thickness

C2: setin minimum

thickness

Min

Max

3 - Installation force value

The recommended setting force is dependent upon a combination of information coming from RIVKLE® parameters(force to obtain a good installation) and screwing parameters (tensile strength after assembly and during service).

3-1 RIVKLE® parameters:

Maximum thickness(C1)

Minimum thickness(C2)

Stroke in max thickness

8

DIN

F0 F1

< <

3,55,58,012,018,0

M3M4M5M6M8

21,0M1023,0M1250,0

3,55,58,013,020,022,028,0-

-9,512,015,020,0---

1,93,03,85,510,012,015,0-M14

5 500 N8 000 N12 000 N18 000 N

6 800 N10 000 N15 000 N27 000 N

3 830 N6 270 N8 834 N16 219 N

2,23 NmF0 max*Nm*

4,43 Nm7,70 Nm18,60 Nm

M4M5M6M8

Ø

8.8 >

DIN

SteelForce in kN

AluminiumForce in kN

Stainless steel A4Force in kN

Stainless steelForce in kN

* NFE 25-030 source - 8,8 screw class - Setting conditions B - 0,12 < u < 0,18 - Steel RIVKLE®

2. BÖLLHOFF does not recommend the use of mechanical screw-drivers for installingRIVKLE®.

Installation force range per diameter & RIVKLE® material

Setting force positioning

RIVKLE® – Installation

3-2 SCREW parameters :

When a assembly is in use, external influences generally increase the tensile strength in the screw (F1 > F0).

With correct installation, RIVKLE® exhibits the same behaviour as a standard nut.

Consequences:

1. BÖLLHOFF recommends a setting force higher than the mating screw clamp load, in order to ensure that nore-setting occurs during the life of the RIVKLE®.

Setting ForceAssembly Use

9

RIVKLE® Plus

RIVKLE Test

Laboratory testing

BÖLLHOFF offers the services of our own certified laboratory to assessand report on the performance of our products when installed into yourcomponents.

RIVKLE® – Additional services

CAD

Free-of-charge download of 3D drawings from our ranges HELICOIL®,AMTEC®, SEAL LOCK®, KOBSERT and RIVKLE®. Integrate themdirectly into your design software.

Training

From our certified training centre, BÖLLHOFF imparts expertise to yourTeam (production, maintenance, process) to improve your experiencewhen using either our components or tools (theory & practice).

RIVKLE® Plus 24H

This is the core RIVKLE® range. These items are shipped within24 hours of your order being accepted. You can rest assured thatyour order will be delivered without delay.

10

><

><

d(mm)

L(mm)

B(mm)

><

e

(min - max)(mm)

><

< >

(mm) (mm)

Ø H

L2(mm)

E max(mm)

S(mm) << << <<

8,6 mm10,1 mm13,0 mm15,0 mm

M46,8 mmM3

M5M6M8

18,0 mmM1022,4 mmM12

< >d(mm) W

WBulge diameter

max

Head diameterOverall lengthThread size

Grip rangeDefines the range of total thickness of thecustomers part (even if it consists of morethan one layer)

Hole geometryIf round –> diameterIf hexagonal –> wigth across flats

Head projection after settingVariable according to the application (setting load, material substrate, etc.)

Blind side projection after installationDefines the clearance needed on the blind side (cannot be used for qualitycontrol)

Setting strokeDifference of total length before and after installation

RIVKLE®

Mandrel*

Customers partAnvil*

Counter nut

Setting tool

*in accordance to chosen RIVKLE®*

RIVKLE® Nut RIVKLE® Stud

RIVKLE® – Legend

11

400 h720h

1000 h

400 h720h

1000 h

DIN

+–N

�

RIVKLE® – A real nut

A standard nut, when used with it’s equivalent screw grade (ex: 8.8 class screw with class 8 nut), must providestrength characteristics as dictated by recognised standards (ISO 898; ISO 16047; NFE 25-030, VDI2230). Forexample: In the case of over-tightening the joint then the screw must fail first leaving a re-usable nut. RIVKLE® blindrivet nuts have been designed to adhere strictly to these rules.

Our standard surface treatment, Zn 8K+; 8 to 15 µm; provides the highestcorrosion resistance in the standard market (400 hours to Red Rust accordingto ISO9227). For the most demanding applications, ZnNi8A/Fe; 8 to 15 µm,can be supplemented with either a lubricant and/or reinforcement to reach720 or even 1000 hours to Red Rust.

C101012L13

AISI 303KAISI 302 HQAISI 316 Cu

5052

1.02141.0718

1.4570 (A1)1.4567 (A2)1.4578 (A4)AW-5052

11SMnPb3010B221.553020Mnb5

X6CrNiCu18-9-2X3CrNiCu18-9-4

X3CrNiCuMo17-11-3-2AW-AI Mg 2,5

RIVKLE® – Material and surface treatment

Num.EN USA

DescriptionC10C or equivalent

Steel

Stainless steel

Aluminium

12

• • M4 - M12 M4 - M8

• • M4 - M8

• • M4 - M8

• • M4 - M12 M4 - M10

• • M3 - M12 M3 - M12

• • M3 - M10 M4 - M10

• • M3 - M10 M3 - M10

• • M3 - M14 M3 - M12

• • M3 - M8

• • M3 - M12 M3 - M12

• • M7 - M12

• • M5 - M8

• • M4 - M10

• • M4 - M10 M4 - M6

• • M3 - M12 M3 - M12

• • M3 - M12 M3 - M12

• • M3 - M12 M3 - M12

• • M3 - M12 M3 - M12

• • M3 - M12 M3 - M12

• • M4 - M10

• • M3 - M8

• • M4 - M10

• • M4 - M8 M4 - M8

• • M5 - M8 M4 - M8

• • M4 - M8

• • M4 - M8

• • M4 - M10

• • M3 - M10 M3 - M10

• • M3 - M10 M3 - M10

• • M5 - M8

• • M5 - M8

• • M6 - M8

• • M6

• • M5 - M6

14

15

15

16

17

18

19

20-21

21

22-23

37

39

41

24

25

26

27

28

29

30

30

31

32

32-33

33

33

41

34

35

37

45

45

45

45

HRT

SFC

PN

PN

316L / A4

316L / A4

316L / A4

316L / A4

HRT

SFC

Studs

STEEL

STAINLESSSTEEL

ALU

STEEL

SST

flat thin extra-thin plain knurled hexagonal half-hex slotted open closed holecounter-sunk

Body

Head

Body end

RIVKLE® blind rivet nuts and studs

13

RIVKLE® HRT

E E

233 91 232 XX

232 X0

343 67 343 77 233 07 233 27

343 66 343 76 233 06

233 00

233 26

343 41 343 51

343 48 343 58

233 41 233 51

233 48 233 58

10.9 / 12.98.8 max

RIVKLE® SFC

668 3 668 7

RIVKLE® PN

6263

E min E min

Ex: 343 67 XXX XXX

PLASTICS METAL

RIVKLE® – Choice

14

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

B

B

H><

><

><

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

M3 5,0 0,31,5 - 2,5 343 41 030 02510,25 5,0 S=3,8-e 6,0

M40,5 - 3,0 343 41 040 03010,8

6,5 6,0S=4,5-e

6,2 0,43,0 - 5,5 343 41 040 05513,5 S=7,2-e

M50,5 - 3,0

0,5 - 3,5

343 41 050 030343 41 050 055

13,87,85 7,0

S=4,5-e9,0

3,0 - 5,516,5 S=7,2-e0,45

0,45M6343 41 060 03016,2

9,95 9,0S=5,5-e

10,23,5 - 6,0 343 41 060 06019,25 S=8,5-e

M80,5 - 3,5 343 41 080 03017,8

11,75 11,0S=5,5-e

12,50,40,53,5 - 6,0 343 41 080 06020,8 S=8,5-e

M101,0 - 3,5 343 41 100 03522,0

14,1 13,0S=6,0-e

16,0

14,0

0,53,0 - 6,0 343 41 100 06025,0 S=8,6-e

M121,0 - 4,0 343 41 120 04024,8

17,6 16,0S=7,8-e

0,854,0 - 8,0 343 41 120 08027,7 S=13,5-e

M4 0,5 - 2,0 343 51 040 02017,1 6,6 6,0 S=3,5-e 13,2 0,4M5 0,5 - 3,0

0,5 - 3,5343 51 050 03020,2 7,85 7,0 S=4,5-e 15,0 0,45

0,45M6 343 51 060 03023,2 9,95 9,0 S=5,8-e 17,2

M8

M10

0,5 - 3,5 343 51 080 03028,3 11,7511,0

13,0

S=5,8-e 22,50,5

0,553,5 - 6,0 343 51 080 06030,5 11,75 S=8,5-e 22,03,0 - 6,0 343 51 100 06035,05 14,1 S=8,2-e 27,0

RIVKLE® Plus

RIVKLE® Plus

Steel

Steel | Thin head | Hexagonal | Open

RIVKLE® – Blind rivet nuts - Steel

Steel | Thin head | Hexagonal | Closed

15

B

><

><

><

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

H><

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

M4 0,5 - 3,00,5 - 3,00,5 - 3,00,5 - 3,0

233 41 040 23011,0 9,0 6,0 S=4,3-e 5,8 1,01,0M5 233 41 050 23013,0 10,0 7,0 S=4,7-e 7,3

M6 233 41 060 23014,25 13,0 9,0 S=5,0-e 8,0 1,51,5M8 233 41 080 23018,0 16,0 11,0 S=5,3-e 11,2

M4 0,5 - 3,00,5 - 3,00,5 - 3,00,5 - 3,0

343 41 040 23010,7 6,7 6,0 S=4,5-e 6,0 0,30,3M5 343 41 050 23013,0 7,9 7,0 S=5,2-e 7,5

M6 343 41 060 23013,75 9,8 9,0 S=5,3-e 8,3 0,40,4M8 343 41 080 23017,25 12,0 11,0 S=5,8-e 11,3

M4 0,5 - 2,0 343 21 040 02010,3 6,9 6,4 S=3,0-e 6,8 0,5M5 0,5 - 3,0 343 21 050 03011,45 8,1 7,3 S=4,8-e 7,0 0,45

0,6M6 0,7 - 3,0 343 21 060 03014,35 10,6 9,7 S=4,8-e 9,0M8 0,9 - 3,3 343 21 080 03315,8 11,55 10,7 S=5,9-e 10,2 0,7

B

RIVKLE® Plus

RIVKLE® Plus

RIVKLE® Plus

Steel

Steel | Flat head | Semi-hexagonal | Open

Steel | Thin head | Semi-hexagonal | Open

Steel | Thin head | Semi-hexagonal | Open

For holes with imperial dimensions

16

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

H><

><

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

><

M4 0,5 - 2,0 233 41 040 0209,8 9,0 6,0 S=3,5-e 5,8 1,0

1,0M50,5 - 3,0

0,5 - 3,0

233 41 050 03013,710,0 7,0

S=5,0-e 8,02,5 - 4,5 233 41 050 04514,3 S=6,6-e 6,7

M6233 41 060 03015,7

12,9 9,0S=4,5-e

10,0 1,5

1,5

3,0 - 5,5 233 41 060 05518,7 S=7,5-e

M80,5 - 3,0 233 41 080 03017,75

16,0 11,0S=5,5-e

11,03,0 - 5,5 233 41 080 05520,75 S=8,5-e

M101,0 - 3,5 233 41 100 03522,8

19,0 13,0S=6,0-e

15,0 2,0

2,03,5 - 6,0 233 41 100 06025,45 S=8,7-e

M12 1,0 - 4,0 233 41 120 03026,8 23,0 16,0 S=7,7-e 17,0

M4 0,5 - 2,0 233 51 040 02014,8 9,0 6,0 S=4,0-e 10,0 1,01,0M5 0,5 - 3,0

0,5 - 3,00,5 - 3,0

233 51 050 03019,7 10,0 7,0 S=5,0-e 14,0M6 233 51 060 03022,8 12,9 9,0 S=5,2-e 17,0 1,5

1,5M8233 51 080 03025,8

16,0 11,0S=5,5-e

19,03,0 - 5,5 233 51 080 05528,7 S=8,3-e

M10 1,0 - 3,5 233 51 100 03532,75 19,0 13,0 S=6,0-e 25,0 2,0

RIVKLE® Plus

RIVKLE® Plus

Steel


Steel | Flat head | Hexagonal | Open

Steel | Flat head | Hexagonal | Closed

17

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

M6

M8

M10

M5

M4

M30,5 - 2,0 343 67 030 0209,0 5,7

5,755,0 S=3,6-e

S=3,6-e5,5

0,4

0,30,40,30,40,4

0,3

0,4

1,5 - 3,0 343 67 030 0309,8 5,70,5 - 3,0 343 67 040 23010,7

6,6 6,0S=4,9-e 5,8

2,5 - 4,0 343 67 040 04011,9 S=5,6-e 5,90,5 - 3,0 343 67 050 23012,75

7,0S=5,3-e 7,4

2,5 - 4,0 343 67 050 04013,8 S=5,8-e 7,60,5 - 3,0 343 67 060 23013,8 10,0

9,69,0

S=5,1-e8,53,0 - 4,5 343 67 060 04515,3 S=6,6-e

4,5 - 6,0 343 67 060 06016,9 S=8,2-e0,5 - 3,0 343 67 080 23017,25 12,0

11,811,0

S=6,0-e 11,1

0,5

0,4

0,5

3,0 - 4,5 343 67 080 04518,9 S=6,7-e11,8

4,5 - 6,0 343 67 080 06020,5 S=8,3-e0,7 - 3,5 343 67 100 23520,75 14,0

13,813,0

S=6,5-e14,03,0 - 4,5 343 67 100 04521,9 S=7,5-e

4,5 - 6,0 343 67 100 06023,5 S=9,1-e

M12 17,0 16,0 17,83,0 - 4,5 343 67 120 04525,8 S=7,5-e4,5 - 6,0 343 67 120 06027,4 S=9,1-e

8,07,6

M30,7 - 1,5 343 77 030 01512,6

5,8 5,0S=2,0-e

10,2 0,3

0,3

0,3

0,6

0,3

1,5 - 3,0 343 77 030 03014,2 S=3,6-e

M40,5 - 3,0 343 77 040 03017,7 6,7

6,66,0

S=4,9-e 12,810,92,5 - 4,0 343 77 040 04016,9 S=5,7-e

M50,7 - 2,5 343 77 050 02518,2

7,6 7,0S=4,4-e

13,5

16,013,513,6

2,5 - 4,0 343 77 050 04019,8 S=6,0-e

M60,5 - 3,0 343 77 060 03121,3 10,0

9,69,0

S=5,0-e3,0 - 4,5 343 77 060 04520,3 S=6,6-e4,5 - 6,0 343 77 060 06021,9 S=7,3-e

M80,8 - 3,0 343 77 080 03023,3

11,8 11,0S=4,8-e 18,0

17,80,4

0,5

0,5

3,0 - 4,5 343 77 080 04524,9 S=6,7-e4,5 - 6,0 343 77 080 06026,5 S=8,3-e

M100,8 - 3,0 343 77 100 03028,3

13,8 13,0S=5,5-e

22,33,0 - 4,5 343 77 100 04529,9 S=7,1-e4,5 - 6,0 343 77 100 06031,5 S=8,7-e

M120,8 - 3,0 343 77 120 03033,2 16,8

17,016,0

S=11,5-e 21,1

26,43,0 - 4,5 343 77 120 04534,8 S=7,9-e4,5 - 6,0 343 77 120 06036,4 S=9,6-e

RIVKLE® Plus

Steel | Thin head | Knurled | Closed

Steel | Thin head | Knurled | Open

Steel

18

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

M3

0,50 - 1,00 233 07 030 1008,8

7,0 5,0

S=2,0-e 5,8

6,0

6,1

1,0

1,0

1,0

1,00 - 1,75 233 07 030 1759,6 S=2,8-e

M4

1,75 - 2,50 233 07 030 25010,4 S=3,4-e2,50 - 3,25 233 07 030 32511,2 S=4,1-e

8,09,0

6,06,05,8

M5

0,50 - 3,00 233 07 040 23011,0 S=4,3-e2,50 - 3,25 233 07 040 32511,6 S=4,6-e

10,0 7,07,38,08,0

M6

0,50 - 3,00 233 07 050 23012,75 S=4,7-e3,00 - 4,00 233 07 050 04014,7 S=6,0-e0,50 - 3,00 233 07 060 23014,3

13,0

16,0

9,0S=5,0-e

3,00 - 5,50 233 07 060 25516,9 S=7,5-e 8,21,5

1,5233 07 080 230

M8

M10

0,50 - 3,0017,7

19,0

16,0

11,0S=5,5-e

11,0 233 07 080 2553,00 - 5,5020,4 S=8,1-e

13,013,914,614,5

2,00,70 - 3,50 233 07 100 23521,8 S=6,1-e3,00 - 4,50 233 07 100 45024,0 S=7,4-e4,50 - 6,00 233 07 100 60025,6 S=8,9-e

1,0

1,0

M4 8,0 6,011,011,311,0

1,00 - 1,75 233 27 040 17515,0 S=3,0-e

M5

1,75 - 2,50 233 27 040 25015,8 S=3,5-e2,50 - 3,25 233 27 040 32516,6 S=4,6-e0,50 - 1,00 233 27 050 10017,6

9,0 7,0

S=2,0-e14,6

14,7

M6

1,00 - 2,00 233 27 050 20018,7 S=3,1-e2,00 - 3,00 233 27 050 30019,8 S=4,2-e3,00 - 4,00 233 27 050 40021,0 S=5,3-e

M8

0,50 - 3,00 233 27 060 03021,5 13,011,0

14,0

9,19,0

S=4,5-e 15,01,5

1,5

3,00 - 4,50 233 27 060 45025,2 S=5,3-e 18,4

M10 16,0

11,019,518,7

1,00 - 3,503,50 - 5,00

233 27 080 350233 27 080 500

26,527,8

S=5,5-eS=7,6-e

1,00 - 1,50 233 27 100 15030,813,0

S=4,5-e25,0 2,01,50 - 3,00 233 27 100 30032,3 S=6,0-e

4,50 - 6,00 233 27 100 60037,5 S=9,0-e

RIVKLE® Plus

Steel


Steel | Flat head | Knurled | Open

Steel | Flat head | Knurled | Closed

19

0,1

0,1

0,1

0,1

0,1

M41,00 - 1,75 233 37 040 17514,2

8,0 6,0S=2,8-e

11,3

11,51,75 - 2,50 233 37 040 25015,0 S=3,6-e

M5

2,50 - 3,25 233 37 040 32515,8 S=4,7-e1,00 - 2,00 233 37 050 20017,7 8,5

9,07,0

S=3,0-e

14,6

M6

2,00 - 3,00 233 37 050 30018,8 S=4,1-e3,00 - 4,00 233 37 050 40019,9 S=6,0-e3,00 - 5,00 233 37 050 50021,0 S=6,3-e

M8

1,50 - 3,00 233 37 060 30022,0

11,0 9,0

S=4,6-e

17,33,00 - 4,50 233 37 060 45023,6 S=6,2-e4,50 - 6,00 233 37 060 60025,2 S=7,8-e6,00 - 7,50 233 37 060 75026,8 S=9,4-e

M10

1,50 - 3,00 233 37 080 30024,8 12,6

11,0

S=6,0-e 19,8

19,33,00 - 4,50 233 37 080 45026,4

14,0S=7,0-e

4,50 - 6,00 233 37 080 60028,0 S=8,6-e6,00 - 7,50 233 37 080 75029,6 S=10,2-e1,50 - 3,00 233 37 100 30030,3 15,0

13,0S=4,3-e

24,53,00 - 4,50 233 37 100 45031,916,0

S=5,3-e4,50 - 6,00 233 37 100 60033,5 S=8,9-e

1,0

1,2

1,01,40,91,41,2

1,5

1,4

2,0

1,4

2,0

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

0,1

0,1

0,1

0,1

0,1

0,1

1,0

1,2

1,0

1,2

1,0

1,4

1,2

1,5

1,4

2,0

1,4

2,0

M31,00 - 1,75 233 17 030 1758,8 6,6

7,05,0

S=2,8-e 5,9

6,01,75 - 2,50 233 17 030 2509,6 S=3,5-e

M4

2,50 - 3,25 233 17 030 32510,4 S=4,3-e1,00 - 1,75 233 17 040 1759,2

8,0 6,0S=2,8-e

6,3

6,41,75 - 2,50 233 17 040 25010,0 S=3,6-e

M5

2,50 - 3,25 233 17 040 32510,8 S=4,3-e1,00 - 2,00 233 17 050 20011,6 8,5

9,07,0

S=3,8-e

8,5

M6

1,50 - 3,00 233 17 050 30012,7 S=3,8-e3,00 - 4,00 233 17 050 40013,8 S=5,2-e4,00 - 5,00 233 17 050 50014,9 S=6,3-e

M8

1,50 - 3,00 233 17 060 30015,0

11,0

10,69,0

S=5,0-e10,0

10,3

3,00 - 4,50 233 17 060 45016,6 S=6,5-e4,50 - 6,00 233 17 060 60018,2 S=8,0-e6,00 - 7,50 233 17 060 75019,8 S=9,4-e

M10

1,50 - 3,00 233 17 080 30016,5 12,613,6

11,0

S=6,0-e11,5

11,011,5

3,00 - 4,50 233 17 080 45018,1

14,0

S=7,5-e4,50 - 6,00 233 17 080 60019,7 S=8,6-e6,00 - 7,50 233 17 080 75021,3 S=10,5-e1,50 - 3,00 233 17 100 30020,4 15,0

13,0S=5,7-e

14,63,00 - 4,50 233 17 100 45022,016,0

S=7,3-e4,50 - 6,00 233 17 100 60023,6 S=8,9-e

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

Steel

Steel | Countersunk head | Knurled | Open

Steel | Countersunk head | Knurled | Closed

20

M3

0,5 - 1,0 233 01 030 0108,3

7,5

7,4

5,0

S=2,1-e 5,2

4,8

4,44,7

1,0

1,0

1,0

1,0 - 1,5 233 01 030 0158,7 S=3,2-e

M4

1,5 - 3,0 233 01 030 0309,7 S=4,2-e3,0 - 4,5 233 01 030 04511,2 S=5,8-e4,5 - 6,0 233 01 030 06012,9 S=7,2-e0,5 - 1,0 233 01 040 0109,7

9,0 6,0

S=2,6-e5,4

5,65,3

1,0 - 2,0 233 01 040 02010,2 S=3,6-e

M5

2,0 - 4,0 233 01 040 04011,8 S=5,6-e4,0 - 6,0 233 01 040 06013,8 S=7,5-e0,5 - 3,0 233 01 050 03013,75

10,0 7,0S=5,0-e

8,0

9,1

M6

3,0 - 5,5 233 01 050 05516,7 S=7,5-e5,5 - 8,0 233 01 050 08019,8 S=9,7-e

M8

0,5 - 3,0 233 01 060 03015,813,0 9,0

S=5,2-e 10,09,310,0

1,5

1,5

3,0 - 5,5 233 01 060 05518,7 S=7,9-e5,5 - 8,0 233 01 060 08021,7 S=10,2-e

M121,0 - 4,0 233 01 120 04026,7

23,0 16,0S=7,7-e 17,1

17,52,04,0 - 7,0 233 01 120 07029,7 S=10,7-e

7,0 - 10,0 233 01 120 10034,8 S=13,7-e

M10

0,5 - 3,0 233 01 080 03017,8

16,0 11,0

S=5,7-e11,0

11,711,8

3,0 - 5,5 233 01 080 05520,8 S=8,2-e5,5 - 8,0 233 01 080 08023,8 S=10,6-e8,0 - 10,5 233 01 080 10526,8 S=13,5-e1,0 - 3,5 233 01 100 03522,75

19,0 13,0

S=6,5-e

15,0 2,03,5 - 6,0 233 01 100 06025,75 S=9,0-e6,0 - 8,5 233 01 100 08527,75 S=11,5-e8,5 - 11,0 233 01 100 11031,8 S=14,0-e

M14 24,0 18,0 23,2 2,54,5 - 6,0 233 01 140 60035,5 S=9,8-e

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

Steel

Steel | Flat head | Plain | Open


21

0,5 - 1,5 343 01 030 1508,40,5 - 2,0 343 01 040 15010,20,5 - 3,0 343 01 050 15011,25

M3M4M5

5,26,97,6

4,76,47,1

S=2,8-eS=3,5-eS=4,5-e

5,57,37,3

0,40,50,60,60,7 - 3,0 343 01 060 20014,95M6 10,35 9,5 S=5,5-e 9,3

0,8 - 4,5 343 01 080 45016,6M8 11,5 10,5 S=7,5-e 9,6 0,7

M3 7,5 5,08,8

9,21,0

1,0

1,0

1,0 - 1,5 233 21 030 01512,6 S=3,3-e

M4

1,5 - 3,0 233 21 030 03014,3 S=4,1-e3,0 - 4,5 233 21 030 04515,5 S=5,3-e

9,0 6,010,4

10,3

1,0 - 2,0 233 21 040 02015,25 S=5,2-e

M5

2,0 - 4,0 233 21 040 04016,75 S=5,6-e4,0 - 6,0 233 21 040 06018,8 S=7,6-e0,5 - 3,0 233 21 050 03019,7

10,0 7,0S=5,0-e

14,0

15,1

M6

3,0 - 5,5 233 21 050 05522,7 S=7,5-e5,5 - 8,0 233 21 050 08025,7 S=9,6-e

M8

0,5 - 3,0 233 21 060 03022,713,0 9,0

S=4,9-e 16,3

17,01,5

1,5

3,0 - 5,5 233 21 060 05525,7 S=7,7-e5,5 - 8,0 233 21 060 08028,7 S=10,2-e

M121,0 - 4,0 233 21 120 04038,8

23,0 16,0S=7,2-e

4,0 - 7,0 233 21 120 07041,8 S=10,4-e

M10

0,5 - 3,0 233 21 080 03025,7

16,0 11,0

S=5,7-e19,0

20,4

3,0 - 5,5 233 21 080 05528,7 S=8,2-e5,5 - 8,0 233 21 080 08031,7 S=10,7-e8,0 - 10,5 233 21 080 10534,8 S=12,9-e1,0 - 3,5 233 21 100 03532,7

19,0 13,0S=6,5-e 25,0

25,425,629,629,4

2,0

2,0

3,5 - 6,0 233 21 100 06035,8 S=8,4-e6,0 - 8,5 233 21 100 08538,8 S=11,2-e

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

RIVKLE® Plus

Steel


Steel | Thin head | Plain | Open

Steel | Flat head | Plain | Closed

0,9

1,3

1,40,9

1,3

1,5

1,5

1,5

1,5

1,7

22

M3

1,0 - 1,5 233 11 030 0158,36,6

5,0

S=2,8-e 5,44,84,74,8

1,0

1,4

0,1

0,1

0,1

0,1

0,1

0,1

1,5 - 3,0 233 11 030 0308,8

7,0

S=4,3-e

M4

0,5 - 3,0 233 11 030 04510,3 S=4,9-e1,0 - 1,5 233 11 030 06011,9 S=6,3-e1,0 - 2,0 233 11 040 0209,8 7,2

7,8 6,0

S=3,7-e5,4

5,3

2,0 - 3,0 233 11 040 03010,4

8,0

S=4,7-e

M5

3,0 - 5,0 233 11 040 05011,8 S=6,6-e5,0 - 7,0 233 11 040 07013,8 S=8,4-e1,5 - 4,0 233 11 050 04013,7

9,6

9,27,0

S=6,5-e 8,08,69,0

M6

4,0 - 6,5 233 11 050 06516,7 S=8,1e6,5 - 9,0 233 11 050 09019,8 S=10,7-e

M8

1,5 - 4,0 233 11 060 04017,3

11,7

11,39,0

S=6,2-e10,0

11,44,0 - 6,5 233 11 060 06520,3 S=8,7-e6,5 - 9,0 233 11 060 09021,8 S=10,4-e

M121,7 - 4,5 233 11 120 04525,9

19,0 16,0S=8,2-e

17,5

18,04,5 - 7,5 233 11 120 07530,8 S=9,7-e7,5 - 10,5 233 11 120 10531,8 S=13,7-e

M10

1,5 - 4,0 233 11 080 04017,813,1 11,0

S=7,0-e11,04,0 - 6,5 233 11 080 06520,8 S=9,5-e

6,5 - 9,0 233 11 080 09023,75 S=12,0-e1,5 - 4,0 233 11 100 04021,8

15,5

15,113,0

S=8,4-e15,0

14,84,0 - 6,5 233 11 100 06524,75 S=8,4-e6,5 - 9,0 233 11 100 09028,0 S=11,5-e

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø


Steel | Countersunk head | Plain | Open

Steel

23

M3

1,0 - 1,5 233 31 030 01513,5 6,6

5,0

S=2,8-e 10,0

8,8

7,8

0,1

0,1

0,1

0,1

0,1

0,1

0,1

1,5 - 3,0 233 31 030 03014,2 6,6

7,0

S=4,3-e

M4

3,0 - 4,5 233 31 030 04514,3 S=5,8-e3,0 - 4,5 233 31 030 06015,9 S=5,8-e1,0 - 2,0 233 31 040 02015,8 7,5

7,86,0

S=2,8-e 11,910,110,410,3

2,0 - 3,0 233 31 040 03016,7

8,0

S=4,7-e

M5

3,0 - 5,0 233 31 040 05018,2 S=6,3-e5,0 - 7,0 233 31 040 07020,2 S=8,4-e1,5 - 4,0 233 31 050 04021,3

9,6

9,27,0

S=6,5-e 14,014,615,1

M6

4,0 - 6,5 233 31 050 06524,4 S=8,1-e6,5 - 9,0 233 31 050 09025,9 S=10,7-e

M8

1,5 - 4,0 233 31 060 04022,7

11,7

11,39,0

S=6,2-e17,0

19,44,0 - 6,5 233 31 060 06527,3 S=8,7-e6,5 - 9,0 233 31 060 09028,8 S=10,5-e

M121,7 - 4,5 233 31 120 04537,8

19,0 16,0S=7,2-e

4,5 - 7,5 233 31 120 07540,8 S=10,4e7,5 - 10,5 233 31 120 10543,8 S=13,4-e

M10

1,5 - 4,0 233 31 080 04025,7

13,5

13,111,0

S=7,0-e19,0

20,425,4

25,8

30,5

30,3

4,0 - 6,5 233 31 080 06528,8 S=7,0-e6,5 - 9,0 233 31 080 09031,8 S=11,3-e1,5 - 4,0 233 31 100 04031,8

15,5 13,0S=6,3-e

4,0 - 6,5 233 31 100 06534,0 S=8,9-e6,5 - 9,0 233 31 100 09038,0 S=12,3-e

0,9

1,3

0,90,9

1,3

1,5

1,5

1,5

1,5

1,7

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

Steel | Countersunk head | Plain | Closed

Steel

24

New thin head

Introduction

Industrial markets are constantly changing, bringing new applications and new customer needs. Sealed or optimizedproduct designs are more and more requested.In order to support our customers and answer at best to their needs, BÖLLHOFF has renewed and developed adedicated stainless steel range.

RIVKLE® Stainless steel - New thin head design

RIVKLE® Stainless steel - Lubricated range

The lubricated range is based on standard products on which a lubricant has beenapplied to limit galling issues.Customers don’t need anymore to add manually any lubricant product (paste, spray, oil…).

See references pages 25, 26 and 28.

RIVKLE® Stainless steel - Studs

RIVKLE® stainless steel studs are already lubricated and provide additional functions:� Alignment�Pre-adjustment� Screwing (nut) with one hand for the operatorSee references page 45.

RIVKLE® Stainless steel - Plusnut

In order to diversify the Plusnut offer, dedicated stainless steel products have beendesigned. These blind rivet nuts increase the clamping area and reduce radial stressesduring installation.See page 41.

RIVKLE® – Stainless steel range

Stainlesssteel This new head design has been optimized to provide a

minimum head projection and to reduce the gap betweenthe 2 assembled parts.See references page 25.

0,5 - 2,5 343 58 040 025* 343 59 040 505*15,4M4

6,76,0

S=3,8-e11,5 0,4 343 98 040 63017,3 7,8 S=5,8-eB

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

3,0 - 4,20,5 - 3,0 343 58 050 020* 343 59 050 505*17,4

M57,8

7,0S=4,4-e 12,5

13,40,45

343 98 050 68320,3 7,8 S=6,5-e 0,53,0 - 4,50,5 - 3,0 343 58 060 03020,5

M69,810,2 9,0

S=4,1-e15,0

0,6343 98 060 628* 343 98 060 638*22,5 S=4,8-e 0,31,0 - 3,5

15,2 343 58 060 055*23,0 10,2 S=7,4-e 0,453,0 - 5,5

25

B

RIVKLE® Plus

0,5 - 2,0 343 48 040 020* 343 49 040 506*10,4M4

6,76,0

S=3,1-e6,8

6,00,4 343 48 040 030* 343 49 040 507*11,5 S=4,2-e

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

H><

0,8 - 3,0343 98 040 629*11,7 7,0 S=5,8-e3,0 - 4,2

0,5 - 3,0 343 48 050 020* 343 49 050 538*12,0M5

7,87,0

S=4,4-e 7,06,5

0,45343 98 050 62912,8 8,9 S=6,5-e 0,43,0 - 4,5

343 98 060 624* 343 98 060 637*14,3M6 9,0

8,70,3

343 48 060 055*16,5 10,2 S=7,4-e 0,453,0 - 5,58,5 343 98 060 63016,0 11,1 S=8,0-e

0,54,0 - 5,5

M8 11,010,4 343 48 080 030* 343 98 080 631*15,8 12,5 S=4,7-e0,5 - 3,0

M10 13,0 12,0 343 48 100 035 343 49 100 50119,4 14,2 S=7,0-e 0,71,0 - 3,510,2 343 98 080 625*17,6 12,5 S=7,0-e 0,31,5 - 5,0

0,5 - 3,0343 48 060 02514,5 10,2

9,7S=4,2-e 9,7

0,45

<

<

<

<

Stainless steel | Thin head | Semi-hexagonal | Closed

*New thin head design

*New thin head design

RIVKLE® – Blind rivet nuts - Stainless steel

Stainless steel | Thin head | Semi-hexagonal | Open

Stainlesssteel

2,3 - 3,0 233 48 030 0309,70,5 - 2,0 233 48 040 02012,0

M3

M49,08,0

6,0

S=4,5-eS=3,5-e 5,4

1,0 - 2,3 233 48 030 0239,07,0 5,0

S=3,1-e5,0 0,7

1,02,0 - 3,5 233 48 040 04012,1 S=5,5-e 6,0 0,70,5 - 3,012,5

M510,09,0

7,0S=4,7-e 5,4

1,02,0 - 4,0 233 48 050 04014,0 S=4,8-e 7,5

1,0 - 3,5 233 48 100 03521,0M10

17,0 13,113,0

S=6,5-e 13,712,0

2,03,5 - 5,5 233 48 100 05522,7 16,0 S=9,4-e 1,8

1,8

0,5 - 3,0 233 48 060 00115,8M6

12,09,0

S=4,0-e 9,7 1,5

M8

1,0 - 4,5 233 48 120 04524,2M12 20,0 16,0 S=4,0-e 6,0

3,0 - 4,5 233 48 060 04516,0 11,0 S=7,1-e 9,0 1,40,5 - 3,0 233 48 080 00116,5

14,0 11,0S=5,4-e

9,6 1,53,0 - 5,5 233 48 080 00218,5 S=7,4-e

2,3 - 3,0 233 58 030 03014,30,5 - 2,0 233 58 040 02015,5

M3

M4 8,0 6,0

S=4,5-eS=3,8-e

11,5

1,1 - 2,3 233 58 030 02312,77,0 5,0

S=3,8-e 9,29,5

0,7

0,82,0 - 3,5 233 58 040 04017,5 S=5,6-e0,5 - 3,0 233 58 050 00119,6

M5 9,0 7,0S=5,0-e 12,5 1,0

2,0 - 4,0 233 58 050 04020,0 S=6,1-e 13,5 0,8

1,0 - 3,5 233 58 100 03531,5M10 16,0 13,0

S=7,4-e27,5 1,8

1,83,5 - 5,5 233 58 100 05533,5 S=9,4-e

0,5 - 3,0 233 58 060 03022,3M6

12,011,0

9,19,0

S=4,0-e15,5

1,51,4

M8

1,0 - 4,5 233 58 120 04535,0M12 20,0 16,0 S=8,5-e 29,5

3,0 - 4,5 233 58 060 04523,7 S=7,1-e0,8 - 3,0 233 58 080 00126,1

14,0 11,0S=5,3-e 19,5 1,5

3,0 - 5,5 233 58 080 05527,0 S=8,2-e 18,0 1,4

233 48 050 030

233 49 060 509

233 49 080 546

233 49 050 531

26

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

H><

><

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

><


Stainless steel | Flat head | Semi-hexagonal | Open

Stainless steel | Flat head | Semi-hexagonal | Closed

Stainlesssteel

1,5 - 2,5 343 66 030 0257,9

0,7 - 3,0 343 66 040 23011,6

M3

M4 7,0 6,0

S=3,5-e

S=4,0-e 7,52,0 - 3,2 343 66 030 03210,5 S=4,6-e

0,7 - 1,5 343 66 030 0158,76,0 5,0

S=2,4-e5,9 0,3

0,52,5 - 4,2 343 66 040 04212,5 S=4,6-e 6,6 0,30,7 - 3,3 343 66 050 23312,3

M5 8,0 7,0S=4,4-e 8,0 0,5

3,3 - 4,5 343 66 050 04514,5 S=6,3-e 8,2 0,3

0,8 - 1,5 343 66 100 01518,3

M10 14,0 13,0

S=3,9-e

13,91,5 - 3,0 343 66 100 03019,9 S=5,5-e3,0 - 4,5 343 66 100 04521,5 S=7,1-e4,5 - 6,0 343 66 100 06023,1 S=8,7-e0,8 - 1,5 343 66 120 01521,5

M12

17,0

17,516,0

S=3,8-e

17,21,5 - 3,0 343 66 120 03023,1 S=5,4-e3,0 - 4,5 343 66 120 04524,7 S=7,0-e4,5 - 6,0 343 66 120 06026,3 S=8,6-e

0,7 - 3,3 343 66 060 23314,517,5M6 10,0 9,0

S=5,7-e 8,6 0,63,0 - 5,5 343 66 060 055S=7,5-e 9,6 0,45

8,7 0,44,5 - 6,0 343 66 060 06017,0 S=7,9-e0,7 - 3,3 343 66 080 23316,1

M8 12,0 11,0S=6,5-e 9,5

0,63,3 - 5,5 343 66 080 25518,6 S=9,0-e 10,0

0,4

0,4

0,4

4,5 - 6,0 343 66 080 06019,1 S=7,9-e 10,7

1,5 - 2,5 343 76 030 02514,1M3

M4 7,0 6,0

S=3,5-e2,0 - 3,2 343 76 030 03214,8 S=4,6-e

0,7 - 1,5 343 76 030 01513,06,0 5,0

S=2,4-e10,2 0,3

0,7 - 3,0 343 76 040 03015,7 S=3,8-e 12,0 0,5

0,3

0,3

2,5 - 3,5 343 76 040 03516,7 S=4,0-e11,9

2,5 - 4,2 343 76 040 04217,5 S=4,7-e0,8 - 2,0 343 76 050 02017,8

M5 8,0 7,0S=3,2-e

14,22,0 - 3,0 343 76 050 03018,9 S=4,3-e3,0 - 4,5 343 76 050 04520,5 S=5,4-e

0,8 - 1,5 343 76 100 01526,3

M10 14,0 13,0

S=3,9-e

21,91,5 - 3,0 343 76 100 03027,9 S=5,5-e3,0 - 4,5 343 76 100 04529,5 S=7,1-e4,5 - 6,0 343 76 100 06031,1 S=8,7-e0,8 - 1,5 343 76 120 01530,5

M12

17,0

17,516,0

S=3,8-e

26,21,5 - 3,0 343 76 120 03032,1 S=3,8-e3,0 - 4,5 343 76 120 04533,7 S=7,0-e4,5 - 6,0 343 76 120 06035,3 S=8,6-e

1,5 - 3,0 343 76 060 03018,820,4

M6S=4,7-e

13,6

0,8 - 1,5 343 76 060 01517,3

10,0 9,0

S=3,1-e 13,7

0,4

0,4

0,4

0,4

3,0 - 4,5 343 76 060 045S=6,3-e4,5 - 6,0 343 76 060 06022,0 S=7,9-e

1,5 - 3,0 343 76 080 03021,9M8

S=4,7-e1,5 - 3,0 343 76 080 01520,3

12,0 11,0

S=3,1-e

16,73,0 - 4,5 343 76 080 04523,5 S=6,3-e4,5 - 6,0 343 76 080 06025,1 S=7,9-e

27

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

H><

><

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

H><

><

RIVKLE® Plus

Stainless steel | Thin head | Knurled | Open

Stainless steel | Thin head | Knurled | Closed

Stainlesssteel

1,5 - 2,5 233 06 030 02510,4

0,7 - 3,0 233 06 040 23011,9

M3

M4 8,0 6,0

S=3,5-e

S=4,0-e 6,52,0 - 3,2 233 06 030 03211,0 S=4,4-e

0,7 - 1,5 233 06 030 0159,37,0 5,0

S=2,4-e5,9 1,0

1,0

1,0

2,5 - 4,2 233 06 040 04212,4 S=4,7-e 6,00,7 - 3,3 233 06 050 23312,7

M5 9,0 7,0S=5,3-e 7,2

2,5 - 4,5 233 06 050 04514,9 S=5,4-e 7,8

0,8 - 1,5 233 06 100 01519,8

M10 16,0 13,0

S=3,9-e

13,9 2,0

2,0

1,5 - 3,0 233 06 100 03021,4 S=5,5-e3,0 - 4,5 233 06 100 04523,0 S=7,1-e4,5 - 6,0 233 06 100 06024,6 S=8,7-e0,8 - 1,5 233 06 120 01523,0

M12 20,0 16,0

S=3,8-e

17,21,5 - 3,0 233 06 120 03024,6 S=5,4-e3,0 - 4,5 233 06 120 04526,2 S=7,0-e4,5 - 6,0 233 06 120 06027,8 S=8,6-e

0,7 - 3,3 233 06 060 23315,216,4M6

12,0

11,09,0

S=5,7-e8,6 1,5

1,5

3,0 - 4,5 233 06 060 045S=6,3-e4,5 - 6,0 233 06 060 06018,2 S=7,9-e0,7 - 3,3 233 06 080 23316,9

M8 14,0 11,0S=6,5-e

9,53,0 - 5,5 233 06 080 25519,0 S=8,5-e4,5 - 6,0 233 06 080 060

233 09 050 501

233 09 060 501

233 09 080 501

20,0 S=7,9-e 10,6

1,5 - 2,5 233 26 030 02514,7

0,7 - 1,5 233 26 040 01514,8

M3

M4 8,0 6,0

S=3,5-e

S=2,6-e

11,2

2,3 - 3,2 233 26 030 03215,4 S=4,4-e

0,7 - 1,5 233 26 030 01513,67,0 5,0

S=2,4-e10,2

10,11,0

1,0

1,0

0,7 - 3,0 233 26 040 03016,2 S=4,8-e2,5 - 3,5 233 26 040 03516,7 S=4,7-e2,5 - 4,2 233 26 040 04217,5 S=5,5-e0,7 - 1,5 233 26 050 015

233 26 050 03017,8

M5 9,0 7,0S=2,8-e

14,01,5 - 3,019,3 S=4,5-e

13,83,0 - 4,0 233 26 050 04020,4 S=5,6-e

0,8 - 1,5 233 26 100 01527,8

M10 16,0 13,0

S=3,9-e

21,9 2,0

2,0

1,5 - 3,0 233 26 100 03029,4 S=5,5-e3,0 - 4,5 233 26 100 04531,0 S=7,1-e4,5 - 6,0 233 26 100 06032,6 S=8,7-e0,8 - 1,5 233 26 120 01532,0

M12 20,0 16,0

S=3,8-e

26,21,5 - 3,0 233 26 120 03033,6 S=5,4-e3,0 - 4,5 233 26 120 04535,2 S=7,0-e4,5 - 6,0 233 26 120 06036,8 S=8,6-e

1,5 - 3,0 233 26 060 03019,821,4

M6S=4,7-e

0,8 - 1,5 233 26 060 01518,3

11,0 9,0

S=3,1-e

13,7 1,5

1,5

3,0 - 4,5 233 26 060 045S=6,3-e4,5 - 6,0 233 26 060 06023,2 S=7,9-e

1,5 - 3,0 233 26 080 03022,8M8

S=4,7-e0,8 - 1,5 233 26 080 01521,3

14,0 11,0

S=3,2-e

16,63,0 - 4,5 233 26 080 04524,4 S=6,3-e4,5 - 6,0 233 26 080 06026,0 S=7,9-e

28

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø


Stainless steel | Flat head | Knurled | Open

Stainless steel | Flat head | Knurled | Closed

Stainlesssteel

14,214,3

11,2

13,110,2

15,316,417,3

13,918,319,4

27,421,929,0

30,631,6

26,233,234,8

18,319,3

13,620,421,521,3

16,522,323,424,5

2,0 - 3,0 233 36 030 0301,3 - 2,0 233 36 040 020

M3

M4 8,0 6,0

S=4,0-eS=3,1-e

1,3 - 2,0 233 36 030 0207,0 5,0

S=2,9-e0,1

0,1

0,1

0,1

0,1

0,1

0,1

2,0 - 3,0 233 36 040 030S=4,1-e3,0 - 4,0 233 36 040 040S=6,5-e1,5 - 2,0 233 36 050 020

M5 9,0 7,0S=3,4-e

2,0 - 3,0 233 36 050 030S=4,5-e3,0 - 4,0 233 36 050 040S=5,6-e

1,5 - 3,0 233 36 100 030M10 16,0 13,0

S=5,5-e3,0 - 4,5 233 36 100 045S=7,1-e4,5 - 6,0 233 36 100 060S=8,7-e1,5 - 3,0 233 36 120 030

M12 19,0 16,0S=5,4-e

3,0 - 4,5 233 36 120 045S=7,0-e4,5 - 6,0 233 36 120 060S=7,0-e

1,5 - 3,0 233 36 060 030

M6 11,0 9,0

S=4,7-e3,0 - 4,0 233 36 060 040S=5,8-e4,0 - 5,0 233 36 060 050S=6,9-e5,0 - 6,0 233 36 060 060S=8,0-e1,5 - 3,0 233 36 080 030

M8 14,0 11,0

S=4,8-e3,0 - 4,0 233 36 080 040S=5,8-e4,0 - 5,0 233 36 080 050S=6,9-e5,0 - 6,0 233 36 080 060

0,9

0,9

0,9

0,9

1,4

1,4

1,4

S=8,0-e

29

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

2,0 - 3,0 233 16 030 0309,91,3 - 2,0 233 16 040 0209,3

M3

M4 8,0 6,0

S=4,0-eS=3,1-e

6,2

1,3 - 2,0 233 16 030 0208,87,0 5,0

S=2,9-e5,9 0,1

0,1

0,1

0,1

0,1

0,1

0,1

2,0 - 3,0 233 16 040 03010,3 S=4,1-e3,0 - 4,0 233 16 040 04011,4 S=6,5-e1,5 - 2,0 233 16 050 02011,3

M5 9,0 7,0S=3,4-e

7,82,0 - 3,0 233 16 050 03012,3 S=4,5-e3,0 - 4,0 233 16 050 04013,4 S=5,6-e

1,5 - 3,0 233 16 100 03019,4M10 16,0 13,0

S=5,5-e13,93,0 - 4,5 233 16 100 04521,0 S=7,1-e

4,5 - 6,0 233 16 100 06022,6 S=8,7-e1,5 - 3,0 233 16 120 03022,6

M12 19,0 16,0S=5,4-e

17,23,0 - 4,5 233 16 120 04524,2 S=7,0-e4,5 - 6,0 233 16 120 06025,8 S=8,6-e

14,3M6

10,6

11,09,0

1,5 - 4,0 233 16 060 400S=4,7-e8,64,0 - 5,0 233 16 060 05015,4 S=6,9-e

5,0 - 6,0 233 16 060 06016,5 S=8,0-e1,5 - 3,0 233 16 080 03015,3

M8 14,0 11,0

S=4,7-e

10,63,0 - 4,0 233 16 080 04016,3 S=5,8-e4,0 - 5,0 233 16 080 05017,4 S=6,9-e5,0 - 6,0 233 16 080 06018,5

0,9

0,9

0,9

0,9

1,4

1,4

1,4

S=8,0-e

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

Stainless steel | Countersunk head | Knurled | Open

Stainless steel | Countersunk head | Knurled | Closed

Stainlesssteel

M8

30

1,30 - 2,50 233 18 040 25011,3M4

7,68,0

6,0S=4,4-e 6,8

5,40,1

0,1

0,1

0,1

0,1

1,75 - 3,25 233 18 040 32510,8 S=5,3-e1,50 - 3,00 233 18 050 30012,5

M59,29,6

7,0S=4,0-e 8,5

8,43,00 - 4,00 233 18 050 40013,8 S=5,4-e

1,50 - 3,00 233 18 100 30020,2M10 15,5 13,0

S=5,2-e14,73,00 - 4,50 233 18 100 45021,8 S=7,1-e

4,50 - 6,00 233 18 100 60023,4 S=8,7-e

1,50 - 3,00 233 18 060 30014,816,6M6

11,5

11,39,0

S=4,9-e 9,53,00 - 4,50 233 18 060 450S=7,1-e 9,4

11,218,0 4,50 - 6,00 233 18 060 600S=5,4-e1,50 - 3,00 233 18 080 30016,3

13,5

13,111,0

S=5,0-e 10,53,00 - 4,50 233 18 080 45018,1 S=5,9-e 11,1

11,44,50 - 6,00 233 18 080 60019,7

1,3

1,5

1,5

1,5

1,5

S=8,2-e

0,5 - 1,5 343 08 030 1508,80,5 - 2,0 343 08 040 20010,40,5 - 3,0 343 08 050 30011,6

M3M4M5

5,37,07,7

4,76,47,1

S=2,8-eS=3,5-eS=5,0-e

5,57,37,3

0,40,50,60,60,7 - 3,0

0,7 - 3,0343 08 060 30014,3M6 10,2 9,5 S=5,5-e 9,3343 08 080 30016,35M8 11,3 10,5 S=6,1-e 10,5 0,7

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø


Stainless steel | Countersunk head | Plain | Open

Stainless steel | Thin head | Plain | Open

Stainlesssteel


31

0,5 - 2,0 233 08 040 02012,0M4 9,0 6,0

S=3,5-e7,8

1,0

1,0

2,0 - 3,5 233 08 040 03513,5 S=5,2-e0,5 - 3,0 233 08 050 03012,5

M510,09,0

7,0S=4,7-e

7,73,0 - 4,0 233 08 050 40014,3 S=5,6-e

1,0 - 3,0 233 08 100 30022,4M10 16,0 13,0

S=5,6-e2,03,0 - 4,5 233 08 100 45024,0 S=7,2-e

4,5 - 6,0 233 08 100 60025,6 S=8,8-e

0,5 - 3,0 233 08 060 30016,018,0

M6 12,0 9,0S=6,0-e 10,0

7,81,5

1,5

3,0 - 5,0 233 08 060 450S=7,75-e0,8 - 3,0 233 08 080 30016,5

M8 14,0 11,0S=4,7-e 9,5

10,914,915,114,9

3,0 - 4,5 233 08 080 45019,4 S=7,0-e

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

Stainless steel | Flat head | Plain | Open

Stainlesssteel

32

0,5 - 2,0 233 04 040 02012,0

0,5 - 3,0233 04 050 03012,5233 04 060 03016,0

M4M5M6

9,010,012,0

6,07,09,0

9 50012 00015 000

7,57,510,0

1,0

1,5 233 04 080 03017,5M8 15,0 11,0 20 000 11,2

L2 max(mm)

E(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

Ø

><

><

e (min - max)(mm)

><

0,5 - 2,0 233 24 040 02016,0

0,5 - 3,0233 24 050 03018,5233 24 060 03023,0

M4M5M6

9,010,012,0

6,07,09,0

9 50012 00015 000

11,513,217,0

1,0

1,5 233 24 080 03025,0M8 15,0 11,0 20 000 18,7

0,5 - 3,0343 64 050 03012,0343 64 060 03014,5

M5M6

7,59,5

7,09,0

12 00015 000

7,29,4 0,4

343 64 080 03016,0M8 11,5 11,0 20 000 11,2

><

L2 max(mm)

E(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

Ø

><

><

e (min - max)(mm)

><

><

L2 max(mm)

E max(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

Ø

><

><

e (min - max)(mm)

><

><

Range dedicated to industry use. In case of non metalic support, please contact us

RIVKLE® – High corrosion resistance: A4

Stainless steel A4 | Flat head | Plain | Open

Stainless steel A4 | Flat head | Plain | Closed

Stainless steel A4 | Thin head | Plain | Open

StainlesssteelA4

33

0,5 - 2,0 343 74 040 02015,5

0,5 - 3,0343 74 050 03018,0343 74 060 03021,5

M4M5M6

6,57,59,5

6,07,09,0

9 50012 00015 000

11,613,216,7

0,5

343 74 080 03024,0M8 11,5 11,0 20 000 19,2

0,5 - 2,0 233 44 040 02011,0

0,5 - 3,0233 44 050 03012,5233 44 060 03016,0

M4M5M6

9,010,012,0

6,07,09,0

9 50012 00015 000

7,57,29,3

1,0

1,5 233 44 080 03017,5M8 15,0 11,0 20 000 11,0

0,5 - 2,0 343 44 040 02011,0

0,5 - 3,0343 44 050 03012,0343 44 060 03014,5

M4M5M6

6,57,59,5

6,07,09,0

9 50012 00015 000

7,57,29,3

0,5

343 44 080 03016,0M8 11,5 11,0 20 000 11,0

B

L2 max(mm)

E max(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

Ø

><

><

e (min - max)(mm)

><

><

L2 max(mm)

E(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

><

><

e (min - max)(mm)

><

><H

L2 max(mm)

E max(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

+0,1/0(mm)

><

e (min - max)(mm)

><

><H

><

Range dedicated to industry use. In case of non metalic support, please contact us

Stainless steel A4 | Thin head | Plain | Closed

Stainless steel A4 | Flat head | Semi-hexagonal | Open

Stainless steel A4 | Thin head | Semi-hexagonal | Open

StainlesssteelA4

34

2,00 - 3,50 233 00 030 03510,750,25 - 2,50 233 00 040 02511,0

M3

M4 6,0

S=4,3-eS=4,1-e

0,50 - 2,00 233 00 030 02010,5 8,07,59,010,010,011,0

13,0

16,0

19,0

5,0S=3,2-e

5,4

6,36,47,88,310,49,712,711,316,817,0

0,751,01,00,75

1,0

3,00 - 4,50 233 00 040 04613,0 S=5,9-e0,50 - 3,00 233 00 050 03013,6

M5 7,0S=4,5-e

3,00 - 5,50 233 00 050 05616,0 S=6,7-e

0,80 - 3,50 233 00 100 03525,0M10 13,0

S=6,2-e2,03,50 - 6,00 233 00 100 06027,7 S=8,7-e

0,50 - 3,00 233 00 060 03016,6M6 9,0

S=5,0-e1,5

1,5M8

3,00 - 5,50 233 00 060 05618,0 S=6,8-e0,50 - 3,00 233 00 080 03020,0

20,011,0

S=5,8-e3,00 - 5,50 233 00 080 056S=7,2-e

2,00 - 3,50 233 20 030 03515,10,50 - 3,00 233 20 040 03015,5

M3

M410,09,0

6,0

S=4,3-eS=4,0-e 10,8

11,5

0,25 - 2,00 233 20 030 02013,57,5 5,0

S=3,0-e 9,39,8

1,0

0,751,0

1,0

2,50 - 4,50 233 20 040 04518,1 S=5,6-e0,50 - 3,00 233 20 050 03119,0

M511,010,0

7,0S=4,5-e 13,5

14,03,00 - 5,50 233 20 050 05521,9 S=6,9-e

M10 19,0 13,0 26,5 2,03,50 - 6,00 233 20 100 06037,5 S=9,0-e

0,50 - 3,00 233 20 060 03123,0M6 13,0 9,0

S=4,5-e 17,317,1

1,5

1,5M8

3,00 - 5,50 233 20 060 05526,3 S=7,7-e0,50 - 3,00 233 20 080 03124,0

16,0 11,0S=4,5-e 18,0

21,03,00 - 5,50 233 20 080 05531,0 S=8,5-e

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

RIVKLE® – Blind rivet nuts - Aluminium

Aluminium | Flat head | Plain | Open

Aluminium | Flat head | Plain | Closed

Aluminium

1,3

1,3

1,5

1,5

1,5

1,5

1,3

1,51,30,91,5

1,5

1,5

1,5

35

3,5 - 5,0 233 10 030 05011,81,7 - 3,5 233 10 040 03611,5

M3

M49,08,2

6,0

S=6,0-eS=4,4-e

6,7

1,3 - 3,5 233 10 030 03510,27,2 5,0

S=4,0-e 6,15,7

0,1

0,1

0,1

0,1

0,1

0,1

3,5 - 5,0 233 10 040 05012,8 S=6,0-e1,0 - 4,0 233 10 050 04013,0

M510,09,6

7,0S=5,5-e 7,8

8,54,0 - 6,5 233 10 050 06516,3 S=7,7-e

1,7 - 4,5 233 10 100 04621,0M10

15,415,5

12,513,0

S=7,5-e 13,217,04,5 - 6,5 233 10 100 06526,1 S=10,4-e

1,7 - 4,5 233 10 060 04617,0M6

12,011,7

9,0S=6,3-e 10,4

9,9

M8

4,5 - 6,5 233 10 060 06518,7 S=8,7-e1,7 - 4,5 233 10 080 04619,0 14,0

13,511,0

S=7,5-e 12,712,84,5 - 6,5 233 10 080 06522,2 S=9,3-e

3,5 - 5,0 233 30 030 05015,71,5 - 3,5 233 30 040 03517,7

M3

M4 8,2 6,0

S=6,0-eS=4,6-e 11,6

11,813,6

17,0

21,421,3

1,5 - 3,5 233 30 030 03514,17,2 5,0

S=4,0-e 10,09,5

0,1

0,13,5 - 5,0 233 30 040 05019,3 S=6,0-e1,5 - 4,5 233 30 050 04519,4M5 9,6 7,0 S=5,7-e 0,1

0,1

0,1

0,11,5 - 4,5 233 30 100 04533,9

M10 15,5 13,0S=7,5-e

26,54,5 - 6,5 233 30 100 06536,0 S=9,5-e

1,5 - 4,5 233 30 060 04525,2M6 11,7 9,0

S=6,5-e

M8

4,5 - 6,5 233 30 060 06527,3 S=8,6-e1,5 - 4,5 233 30 080 04530,0

13,5 11,0S=6,9-e

4,5 - 6,5 233 30 080 06532,1 S=9,1-e

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)>

<

><

><

>< Ø

+0,1/0(mm)

L2(mm)

E max(mm)

S(mm)

d(mm)

L(mm)

B(mm)

f(mm) << << <<e (min - max)

(mm)

><

><

><

>< Ø

Aluminium | Countersunk head | Plain | Open

Aluminium | Countersunk head | Plain | Closed

Aluminium

36

10 (ISO 898-2)10.9 (ISO 898-1)

Ø

20 900 N38 100 N60 300 N88 500 N

20 900 N38 100 N60 300 N88 500 N

16 700 N30 400 N48 100 N70 000 N

M6M8M10M12

HRT

��

��

��

��

12 (ISO 898-2)12.9 (ISO 898-1)23 100 N42 500 N67 300 N100 300 N

23 100 N42 500 N67 300 N100 300 N

19 500 N35 500 N56 300 N81 800 N

M6M8M10M12

��

��

��

��

�

�

8 (ISO 898-2)8.8 (ISO 898-1)12 140 N17 200 N

12 140 N17 200 N

8 230 N11 600 N

M5M6

��

�

31 800 N31 800 N21 200 NM8

�

��

HRT

The required setting force is dependent upon the screw assembly method (elastic or over elastic).In order to avoid any setting of the RIVKLE® HRT during screw assembly, we recommend to apply a setting loadin accordance to the preload of the screw.Please ask Böllhoff in case you need any assistance.

Steel 10.9

Steel 12.9

Aluminium

Forged head to ensure rigidity under load

Area of ductile steel (or aluminium) enablesinstallation with standard RIVKLE® tools

Area of hardened steel (or aluminium)to ensure rigidity under load

Advantages:

� Increased tightening torque enables increased preload in the joint

� Allows the use of smaller diameter thread

� Weight saving

� Corrosion resistance (for aluminium versions)

� Ability to completely recycle products (for aluminium versions)

RIVKLE® HRT – High Resistance Thread

37

+0,1/0(mm)

1,5M6 14,0 9,0 13,01,0 - 3,0 232 91 060 50220,0 S=6,5-e

M101,0 - 3,5 232 91 100 50327,0 20,0

13,0S=8,7-e 17,5

2,0

2,02,0 - 5,0 232 91 100 50128,5 24,0 S=9,5-e 18,0

M12x1,5 1,0 - 4,0 232 91 124 501

�

�

�

�

-

1,5M8

M10

M12x1,5

M8

17,0 11,0 16,01,0 - 3,0 232 91 080 50423,6 S=6,3-e � -3,0 - 6,0 232 49 080 50226,6 S=9,6-e � �

�

�

�33,0 27,0 16,0 S=10,5-e 22,0

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<e (min - max)

(mm)

>< >

>

<

<

H><

10.9 12.9

M5 0,5 - 3,0 232 90 050 50118,1 14,0 9,0 S=6,5-e 11,00,5 - 3,014,0 9,0 S=6,8-e 11,5

1,01,51,5

M6M8

232 40 060 03018,60,5 - 3,5 232 40 080 03023,6 17,0 11,0 S=7,0-e 15,5

L2 max(mm)

E max(mm)

D(mm)

L(mm)

<

B(mm) << <<

+0,1/0(mm)

><

><

e (min - max)(mm)

><

><H

HRT

�

�

�

8.8S(mm) <<

M5 232 90 050 501M6M8

232 40 060 030

232 91 080 504

232 40 080 030

232 49 080 502

12 00012 000

24 000 –

18 000

24 000 27 000232 91 100 503 38 000 42 000232 91 100 501232 91 124 501

38 000 42 00055 000 61 000

8.8

10.9 12.9

(N)

(N)

<

<

<

A wide range of plating finishes are available. Other configurations are available upon request.

Setting forces

Setting forces

Optimized for aluminium and magnesium workpieces.Weight saving and corrosion resistant solutions for external applications.

According to assembly conditions, these setting forces can be reduced. Please contact BÖLLHOFF.

According to assembly conditions, these setting forces can be reduced. Please contact BÖLLHOFF.

Steel HRT | Flat head | Hexagonal | Open

RIVKLE®HRT - Steel

Aluminium HRT | Flat head | Hexagonal | Open

RIVKLE®HRT - Aluminum

M6 14 000 –232 91 060 502

38

RIVKLE® SFC

12 000 N18 000 N

15 000 NM6M8

8.8 >

Ø

27 000 N

SFC

STANDARD

RIVKLE® reusable*RIVKLE® reusable*

Similar performance to standard RIVKLE®

*RIVKLE® is more resistant than screw property class 8.8

Unique buldge

RIVKLE® SFC sectional view

Fiber-reinforcedpolymer material

Clamp load is uniformlydistributed around the hole

RIVKLE® SFC – Smart For Composite

Advantages:

� No delamination risks (due to the fastener)

� Reduction of crack risk at injection welding line

� Possible reduction of distance to edge

� Larger hole tolerance

� Allows off axis setting

39

2,0 - 3,5 233 91 060 968233 91 060 971

20,7

2,0 - 3,5 233 91 060 96920,73,5 - 5,0 233 91 060 97022,2

22,023,5

M6

13,03,5 - 5,022,2 13,0

18,018,0

9,1 12 000 11,01,5

2,0 - 3,5 233 91 080 848M8 20,0 11,1 18 000

3,5 - 5,0 233 91 080 84912,0

16,117,6

2,0 - 3,5 233 91 050 795M5 16,0 8,1 8 000

3,5 - 5,0 233 91 050 7968,0 1,0

L2 max(mm)

E(mm)

D(mm)

L(mm)

B(mm) (N) << <<

<

<

-0,1/+0,5(mm)

e (min - max)(mm)

><

><

><Ø

><

1,5 - 3,0

2,2 - 3,7

233 94 060 598

233 91 060 995

26,6

20,9

M6

M6

H12

17 13

9,3

9,2

14 000

12 000

17,5

11,5

1,5

1,7

L2 max(mm)

L2 max(mm)

E(mm)

E(mm)

D(mm)

D(mm)

L(mm)

L(mm)

B(mm)

B1 - B2(mm)

(N)

(N)

<

<

<

<

<

<

<

<

<

<

<

<

-0,1/+0,3(mm)

±0,15

(mm)

e (min - max)(mm)

e (min - max)(mm)

>>

<<

>>

<<

>

>

<

< ><

Ø

Ø

><

RIVKLE SFC

SFC

><

We recommend to use the specific mandrel 236 91 306 523

A dedicated brochure has been created for this product. Available upon request.

See RIVKLE® SFC studpage 45

Available in alternative configurations upon request (stud, underhead seal, etc.).Grip range could be increased in certain specific conditions when associated withsubstrate material in these cases a prototype validation will be necessary(Please contact us).

RIVKLE® SFC is fully compatible with the whole Böllhoff RIVKLE® setting tool range (including fully automaticinstallation for mass production).

Stainless steel A4

Steel Elliptic head

Steel

RIVKLE®SFC - Stainless steel

RIVKLE®SFC - Steel

40

A

D

C

E F

B

2 130 N 900 N 6 760 N 100 N 600 N 1 250 N

5 400 N

e = 0,76 mm

2 750 N 8 400 N 700 N 1 620 N 3 220 NRIVKLE® PN M6

RIVKLE®M6

A

e = 2,92 mm

B

e = 6,29 mm

C

e = 3,04 mm

D

e = 1,65 mm

E

e = 4,69 mm

F

�

�

e

PN

Test according to BÖLLHOFF specifications.

Rotoformed plastic

Pultruded plastic

Vinyl extrusion

Steel SMC plastic Blow-moulded plastic

Advantages:

� Large clamping area for higher pull out resistance (soft and/or thin materials)

� Large bearing surface to reinforce the workpiece

� Minimal radial stresses during installation to reduce the risk of breakage in softor fragile materials

� Available in steel (aluminium and stainless steel on request) in thread sizesM4 to M10

RIVKLE® PN – Ultimate pull out force

41

M5 0,5 - 3,0 668 70 511 03022,0 12,7 7,48 7,62 9,9 1,0M6 0,5 - 5,0

0,5 - 5,0668 70 611 05026,9 15,9 8,80 8,93 12,8 1,5

M8 668 70 811 05030,5 19,0

7,478,7911,10 11,11 11,50 14,5 1,5

L2(mm)

E(mm)

d(mm)

L(mm)

B(mm)

D(mm) << <<e (min - max)

(mm)

>< >

> <>

<

<

MIN(mm)

Ø

MAX(mm)

Ø><

L2(mm)

E(mm)

d(mm)

L(mm)

B(mm)


(mm)

>< >

> <>

<

<

MIN(mm)

Ø

MAX(mm)

Ø><

32,8

M50,50 - 4,45 668 30 511 04421,95

12,7 7,48 7,58

8,90

9,9

M60,50 - 7,10

0,50 - 7,100,50 - 7,10

26,915,9 8,80 12,8 1,50

M8 668 30 811 07130,5 19,0

7,47M4 0,50 - 3,80 668 30 411 03817,6 11,15 6,13 6,25 8,6 0,95

0,954,45 - 8,10 668 30 511 08123,8 7,97

6,12

8,79

11,10 11,11 11,50 14,5 1,57M10 668 31 011 07133,2 22,25 13,06 13,07 13,26 15,8 2,25

668 30 611 0717,10 - 12,7 668 30 611 127

PN

L2(mm)

E(mm)

L(mm)

B(mm)


(mm)

>< >

> <>

<

<

Ø

MAX(mm)

Ø><

32,8

M50,50 - 4,4522,0

12,7 7,48 7,58

8,90

9,9

M6

0,50 - 7,100,50 - 7,10

26,915,9 8,80 12,8 1,50

M8 668 30 888 07130,5 19,0

7,47M4 0,50 - 3,8017,6 11,1 6,13 6,25 8,6 0,96

0,954,45 - 8,1023,8 7,97

6,12

8,79

11,10 11,11 11,50 14,5 1,50M10 668 31 088 071*33,2 22,2 13,06 13,07 13,26 15,8 2,24

7,10 - 12,7 668 30 688 127*

668 30 588 044668 30 488 038

668 30 588 081*668 30 688 071

d(mm)

0,50 - 7,10

MIN(mm)

*Item not in stock – please contact BÖLLHOFF for availability

Stainless steel | Flat head | Slotted | Open

RIVKLE®PN - Tooling

Please use dedicated tooling, see page 58.

RIVKLE®PNC - Extended Grip Range

Steel | Flat head | Slotted | Open

RIVKLE®PNP

Steel | Flat head | Slotted | Open

42

15,0 mm15,0 mm15,5 mm20,5 mm

2,0 Nm2,0 Nm4,5 Nm7,0 Nm

150 N150 N250 N400 N

M4M5M6M8

Ø ><max

The "RIVKLE® Elastic" female thread is manufactured to standard commercial tolerances (6H as per ISO 68-1) and can also be manufacturedwith Imperial threads.

RIVKLE® Elastic – Vibration damping characteristics

Advantages:

� Vibration and noise damping

� Electrical and thermal insulation

� Tolerancecompensation – Stress reduction• Stresses caused by tolerance statck-up (on component to be fastened)• Thermal expansion• Dynamic fastener

� Simple-to-fit. Setting (bulge clamping) takes place during assembly

� Easy to disassemble and re-use.

� Permits flexibility in design thanks to dimensional variability

43

M16

243 10 060 300M5 243 10 050 30015,0M6 19,3 18,0 13,0 + 0,2 10,0 4,3

0,5 - 3,00,5 - 3,0

17,7 10,3 + 0,2 9,0 3,7M4 243 10 040 30015,0 0,5 - 3,017,7 10,3 + 0,2 9,0 3,7

L2(mm)

E(mm)

d(mm)

L(mm)

B(mm) << <<e (min - max)

(mm)

>< >

>

<

<

(mm)

Ø><

L2(mm)

E(mm)

d(mm)

L(mm)

B(mm) << <<e (min - max)

(mm)

>< >

>

<

<

(mm)

Ø><

243 00 060 300M5 243 00 050 300M6 17,0 18,0 10,0 2,0

0,5 - 3,00,5 - 3,0

10,3 + 0,213,0 + 0,2

243 00 080 300M8 19,0 22,0 11,0 3,00,5 - 3,0 16,0 + 0,2

15,5 15,0 9,0 1,5

� For components made from steel with a pilot hole (DIN ISO 273 standard)

RIVKLE® Elastic - Without washerFlat head | Without washer | Open

� For components made from plastic, aluminum and steel with a slotted hole

RIVKLE® Elastic - With washerFlat head | With washer | Open

44

10,1 mm13,0 mm15,0 mm

6,0 Nm10,0 Nm24,0 Nm

8 000 N11 000 N21 000 N

M5M6M8

Ø ><max

� � � �

Steel

Setting

Spin on Insert Upset Spin off

RIVKLE® – Standard blind rivet Studs

Advantages:

� Easily pre-position mating parts prior to tightening (useful for heavy or largecomponents or where the mountings are hidden)

� Create a reusable stud thread equivalent to class 8.8 screw

� Offers all the advantages of the RIVKLE® range, i.e. ease and economyof installation, flexibility and environmental sustainability

45

+0,1/0(mm)

emin - max

(mm)

0,5 - 3,0

0,5 - 3,0

0,5 - 3,0

372 27 050 110

10,0M5 11,2 7,0 S=5,0-e 5,0 1,0372 27 050 115372 27 050 120

372 27 060 115

13,0M6

14,2

9,0

S=5,2-e3,0 - 5,516,9 S=7,7-e0,5 - 3,014,2 S=5,2-e0,5 - 3,014,2 S=5,2-e

S=5,7-e

8,5 1,5

8,5

1,5

372 27 060 120372 27 060 125372 27 080 115

16,0M8

15,60,5 - 3,0 S=5,7-e 8,515,63,0 - 5,5 S=7,6-e 9,018,30,5 - 3,0 S=5,7-e 8,515,6

11,0372 27 080 120

7,5 - 12,012,5 - 17,017,5 - 22,0

372 27 050 12522,5 - 27,014,0 - 18,5

372 29 060 50414,0 - 18,519,0 - 23,524,0 - 28,513,5 - 18,018,5 - 23,0

372 29 080 50618,0 - 22,5372 27 080 12523,5 - 28,0

>< >

>

<

<

L2(mm)

E(mm)

L(mm)

S(mm)

d(mm)

B(mm)

L1(mm) << << < << <

Ø><

emin - max

(mm)

emin - max

(mm)

>>

<<

>>

>>

<<

<<

L2(mm)

L2(mm)

E(mm)

E(mm)

L(mm)

L(mm)

S(mm)

d(mm)

d(mm)

B(mm)

B(mm)

�

�

�

�

L1(mm)

L1(mm)

<< <

<

<

<

<

<

<

<

<

<

<

<

>

>

<

<

+0,1/0(mm)

+0,5/-0,1(mm)

0,5 - 3,013,0M6

12,812,0

19,8

9,0

11,0

S=4,8-e8,0 1,5

0,5 - 3,0

2,0 - 3,5

10,0

18,0

M5

M6

7,0

9,1

7,0

13,0

1,0

1,5

0,5 - 3,0

3,0 - 5,5

S=5,8-e

S=8,0-eS=8,5-e

1,5

15,0 - 21,0

372 91 080 50216,0

13,521,0

M815,5

20,222,3

9,0

0,511,72,211,6

19,0 - 23,5372 91 080 50728,5 - 33,0372 91 080 504*28,0 - 32,0372 91 080 51037,2 - 41,6

372 91 060 506 �

�

�

�

�

�

�

�

S=4,4-e

11 600

11,5 - 16,0

25,0 - 28,0

372 59 050 501*

372 91 060 522

�

�

14,312,5 - 17,0 372 91 060 517*18,5 - 23,0 372 91 060 509

S=5,8-e 27,5 - 32,0 372 91 060 502

H

emin - max

(mm)

>< >

>

<

<

L2(mm)

E(mm)

L(mm)

S(mm)

d(mm)

B(mm)

L1(mm) << << < << <

><+0,1/0(mm)

0,5 - 3,010,0M5 13,35 7,0 S=4,4-e 8,5 0,515,5 - 18,0 372 98 050 502

25,5 - 28,0 372 98 050 50420,5 - 23,0 372 98 050 503

0,5 - 3,013,0M6 15,65 9,0 S=4,4-e 10,8 0,515,5 - 18,0 372 98 060 506

25,5 - 28,0 372 98 060 50820,5 - 23,0 372 98 060 507

H

� �

�

�

�

�

�

�

�

�

�

�

�

�

Ø

(N)

<

<

SFC

Stainless steel | Thin head | Hexagonal

Coating

Coating

Coating

All RIVKLE® stainless steel studs are lubricated.

Coating: � = Zn8K+/Fe - � = ZnNi8A/Fe

* references without dog point

Steel | Flat head | Hexagonal

Steel | Flat head | Knurled

Steel | Flat head | Knurled

46

8 000 N

18 000 N

10 000 NM512 000 N 15 000 NM6

M8

8.8 >

Ø

27 000 N

Same performance as standard RIVKLE®

RIVKLE® reusable*

RIVKLE® reusable*RIVKLE® reusable*

*RIVKLE® is more resistant than screw property class 8.8

RIVKLE® – Waterproof

Advantages:

� Integrated sealing function

� Pre-applied seal

� Stable tensile strength in the mating screw

47

1,5 - 3,0 233 96 050 50419,30,7 - 1,5 233 96 060 50818,3

M5

M6 11,0 9,1

S=4,5-eS=2,4-e

13,7

0,7 - 1,5 233 96 050 50317,89,0 7,1

S=2,8-e14,0 1,0

1,5

1,5

1,5 - 3,0 233 96 060 50919,8 S=4,7-e0,8 - 1,5 233 96 080 50321,3

M8 14,0 11,1S=3,2-e

16,6+1,5 - 3,0 233 96 080 50422,8 S=4,7-e

L2(mm)

E(mm)

S(mm)

d(mm)

L(mm)

B(mm) << << <<

>< >

<

e (min - max)(mm)

><

+0,1/0(mm)

Ø><

+++ ++ + ++

+++

+++

++

Stainless steel

Flat Thin Extra thin Countersunk Setting rangeinfluence

Automationcapability

OversizeholeTemperatureProcess type Water

resistance

O-Ring

240°CAddition

of an underhead o-ring

Over-moulding

Over-moulding

Coating andheating

210°C

180°C

150°C

IPX7(EN 60529)

No Yes No

No Yes No

No Yes No

Yes No Yes

IPX7(EN 60529)

IPX7(EN 60529)

IPX4 / IPX7*(EN 60529)

Injected polyamidering

Injected plasticjoint

SealcotePre-appliedsealing

E > 2,0mm

�

�

E > 2,5mm

�

�

Head

T°C Max

* tests should be undertaken in actual application conditions

48

M6 2,6 - 5,4

ZnNi8A/Fe

M6 3,6 - 3,9

233 91 060 936

233 97 060 727

Øe (min - max)(mm)*

><

ZnNi8A/Fe

M6 2,4 - 4,5 233 97 060 707

M8 4,0 - 6,5 233 97 080 705

Øe (min - max)(mm)*

><

Material

Steel

Material

Steel

RIVKLE® – Special designs

Specific design to avoid radial deformation and ensure that bulge is generated outside the part and comes intocontact with the under-side of panel.

* grip min is unique grip if polymer on bulge side

RIVKLE® - Shouldered

2 anti-turn functions. The sharp edges (knurled) behaviour is linked to grip range. Ribs under head give the bestresults but should be avoided on fragile materials (Eg: Thermoset) due to risk of cracking.

RIVKLE® - Knurled shank and under-head ribs

49

RIVKLE® Elliptic HeadEfficient anti-turn function for soft substratesSee reference page 39

RIVKLE® - Other concepts

Designed to provide high strength, self locking blind rivet nuts in carbon reinforcedcomposite. RIVNUT® Aero retains it’s locking function over time (even after severalre-uses) and can be installed from one side (no access hole necessary).

RIVNUT® Aero - RIVNUT® Aero 2A

RIVKLE® Star HeadFlush finish with anti-turn - Ideal for wood

A dedicated brochure has been created for this product, please contact Böllhoff.

50

RIVKLE®ESA 2.0 � � �

� � � � � � �

M12 M14M10M8M6M5M4M3

� � � � �

� � �

� � � � �RIVKLE®ES 51

RIVKLE®EPK C

RIVKLE®HSA 2.0

51

51

52

52

52

54

54

55

55

56

56

56

57

61

61

61

61

� � � � �

��

� � � �RIVKLE®EPK HP

� � � �

� � � � �

� � � �RIVKLE® P1007

** ** ** **

* * * * *

� � �

�**

�

�

RIVKLE® EPX009 � � ��

**

RIVKLE® P2005

� � � �RIVKLE®BRK 10

� � � �RIVKLE®BRK 01

RIVKLE® P2007 PN

RIVKLE® P2007

�� RIVKLE® B2007

RIVKLE® P3007 PN

RIVKLE®OPTEX

RIVKLE®M2007

RIVKLE® P3007

* RIVKLE® PN**RIVKLE® & RIVKLE® PN

Automated tools

Semi-automated tools

Manual tools

Power tools

RIVKLE® – Assembly tools

51

235 119 00000

M14M12M10M8M6M5M4M3ø RIVKLE®

� � � �

� � �

��

600 g

M14

M10M8M6M4 M5M10M8

235 119 00501

235 119 00502

x1

x1 x50 x50 x50

M6

x50

M5

x50

M4

x50

M3

x50

M14

M10M8M6M4 M5M10M8

235 302 01001

235 302 01002

x1

x1

x50 x25 x25

M6

x25

M5

x25

M4

x50

M3

235 302 010001200 g


� � � � �

� � � � �

� � � ��

RIVKLE® Plus

RIVKLE® Plus

RIVKLE® M2007 Kit

Tooling included (M5 - M12)

Steel

Aluminium

Stainless steel

RIVKLE®M2007 - Manual assembly tool

RIVKLE®BRK 01 - Manual assembly tool


RIVKLE® BRK01 Kit

Steel

Aluminium

Stainless steel

RIVKLE® – Hand operated assembly tools

52

235 110 00 000

M8M6M5ø RIVKLE®

0,5 - 2,5 mm

2100 g

><

235 120 00 0001900 g

235 118 00 0002700 g


��

��

� � �

� � �

�

� � � � �


� � � �

� � �

� � ��


Steel

Aluminium

Steel

Aluminium

Stainless steel

Tooling not included


Steel

Aluminium

Stainless steel

RIVKLE® – Hand operated assembly tools

RIVKLE®BRK 10 - Lever type assembly tool

RIVKLE® ES 51 - Hydraulic manual assembly tool

RIVKLE®OPTEX - Hexagonal punching and assembly tool

235 302 XX 030

53

M3 M4 M5 M6

03 04 05 06

ø RIVKLE®

235 119 XX 001+

RIVKLE® BRK 01

M5 M6 M8 M10 M12

05 06 08 10 12

05 06 08 10 12

ø RIVKLE®

235 302 XX 020

RIVKLE®M2007

235 108 XX 030

M6 M8 M10 M12 M14

06 08 10 12 14

06 08 10 12 14

ø RIVKLE®

235 108 XX 020

RIVKLE® ES 51

235 110 67 006

M5 M6 M8

05 06 08

235 110 XX 030 05 06 08

235 110 XX 021 05 06 08

235 110 XX 031 05 06 08

ø RIVKLE®

235 110 XX 020

RIVKLE® OPTEX

M5 M6 M8 M10

05 06 08 10

ø RIVKLE®

235 120 XX 001+

RIVKLE® BRK 10

Mandrel

Nut

Anvil

Punch

Matrix

Mandrel

Anvil

Mandrel + Anvil

Mandrel

Anvil

Mandrel + Anvil

Tooling equipment

54

M14M12M10M8M6M5M4M3

� � � �

� � �

�

�

�

�

�

�

�

�

�

� � � �

236 155 01 000Fmax = 21 000 N*

ø RIVKLE®

M14M12M10M8M6M5M4M3

�

�

�

�

�

�

�

�

�

�

�

� �

ø RIVKLE®

2600 g

236 157 01 0001800 gF = 3 500 N => 13 000 N

RIVKLE®P2005


Steel

Aluminium

Stainless steel

Steel

Aluminium

Stainless steel

Generic code for a tool with unique force cartridge: 282 520 00 005It is also possible to get mono cartridge alone. Please contact Böllhoff.

Tooling not included(see page 58)

Pressure controlled installation equipment

RIVKLE®P1007 - Lightweight tool for speed and accessibility

RIVKLE® – Hydraulic/pneumatic installation tools


*Up to 26 000 Nwith 6,5 bar input

Stroke controlled installation equipment

55

236 156 01 0002200 gF = 3 500 N => 21 000 N

M14M12M10M8M6M5M4M3

� � �

� �

�

�

�

�

�

��

� � �

ø RIVKLE®

2490 gF = 3 000 N => 22 000 N

M14M12M10M8M6M5M4M3

� � �

� � �

�

�

�

�

�

�

�

�

� �

ø RIVKLE®

RIVKLE® B2007

2,12 0,07 0,30 2,49 kg

RIVKLE® P2007

+ +

2,20 0,07 0,33 2,60 kg+ +

www.rivkle-b2007.comWEB

RIVKLE B2007

�

Steel

Aluminium

Stainless steel

Total weight

Total weight

Pneumatic

Tool + Tooling + Pneumatic

Tool + Tooling + Battery


Tooling not included (see page 58)

Comparable weight to the RIVKLE® P2007 when fitted with hose

Package with 1 battery 236 166 01000Package with 2 batteries 236 167 01000

RIVKLE®B2007 - Battery tool

Steel

Aluminium

Stainless steel


RIVKLE®P2007 - Flexible and versatile



56

M14M12M10M8M6M5M4M3ø RIVKLE®PN

� � � �

236 158 01000Fmax = 14 500 N 2400 g

M14M12M10M8M6M5M4M3ø RIVKLE®PN

� �

RIVKLE®P3007 PN

236 160 01000Fmax = 25 000 N 3100 g

236 159 010003400 gF = 24 000 N => 40 000 N

RIVKLE®P2007 PN

M14 M16M12M10M8M6M5M4

� � � �

� � �

� � � � �

ø RIVKLE®

Steel

Steel




Steel

Aluminium

Stainless steel

Adapted for RIVKLE® HRT from M6 Tooling not included(see page 58)

RIVKLE®P3007 - Powerfull and robust construction



57

ø RIVKLE®

� � � �

� � � � �

� � � �

� � � �

� �

F = 0 N => 40 000 N (+/-3%)

282 522 15 000 2 050 gRIVKLE®EP1009

282 522 16 000 2 450 g

282 522 17 000 3 320 g

282 522 18 000 2 450 g

282 522 19 000 3 320 g

RIVKLE®EP2009

RIVKLE®EP3009

RIVKLE®EP2009 PN

RIVKLE®EP3009 PN

ø RIVKLE®

M14M12M10M8M6M5M4M3

282 522 14 000

282 522 14 800

282 522 14 900

+

03 04 05 06 08 10 12 14 16282 522 14 1XX

M3 M4 M5 M6 M8 M10 M12 M14 M16

- 204 205 505 206 506 208 508 210282 522 14 XXX

- M4 M5 D5 M6 D6 M8 D8 M10

ø RIVKLE®

+

+

RIVKLE FC340

Washer + Nut

TOOLING KIT

Tooling for RIVKLE® UNC and RIVKLE® UNF available on demand. Select the kit according to the diameter you use.

RIVKLE® FC340 - FORCE CONTROLLER

Available with and without certification

Tooling kit not included


� 5 m (standard deliverd)� 10 m� 15 m

The generic code of a RIVKLE®EPX009 configured with options is: 282 520 00001. Contact us for more information.

Acknowledgementby key

Acknowledgementby button

Acknowledgementby RFID

Stack lightrepeater

Multi-energyhose

Options

� Association of a force hydraulic/pneumatic assembly tool with a setting stroke control process� Constant warranty of perfect setting

Tooling not included (see page 58)

RIVKLE®EPX009 Process Control

69 720

69 030

74 720

74 030

78 720

*(6)

77 720

77 030

58

RIVKLE® P2005 / P1007 / P2007

03 04 05 06 08 10 *(1) – –

– 04 05 06 08 *(3) – – –

03 04 05 06 08 10 *(2) – –

– 04 05 06 08 *(4) – – –

236 113 XX 020

376 113 XX 020

M3 M4 M5 M6 M8 M10 M12 M14 M16

RIVKLE® P3007

– – – – 08 10 12 14 16

– – – – 08 10 12 14 16

236 159 XX 020

236 159 XX 030

236 113 XX 030

376 113 XX 030

65 620

03 030

67 620

67 030

68 620

68 030

69 620

69 030

74 620

74 030

236 113 XX XXX

236 113 XX XXX

ø RIVKLE®

– 04 094 05 094 06 127 08 101 *(5) – – –

– 04 086 05 095 06 128 08 087 10 010 – – –

236 913 XX XXX

236 913 XX XXX

M3 M4 M5 M6 M8 M10 M12 M14 M16

ø RIVKLE®

RIVKLE® B2007

03 04 05 06 08 236 913 08 110 236 913 10 019

– 04 05 06 08 –

03 04 05 06 08 08 10

– 04 05 06 08 –

236 113 XX 020

376 113 XX 020

M3 M4 M5 M6 M8 M8 M10

236 113 XX 030

376 113 XX 030

236 166 00 303

236 166 00 304

3 � 18 kN 18 � 22 kN

4-40 6-32 8-32 10-24 1/4-20 10-32 1/4-28 7/16-20 3/8-24

ø RIVKLE® - UNC ø RIVKLE® - UNF

*(1) = 236 153 12 020 *(2) = 236 153 12 030 *(3) = 376 913 10 020 *(4) = 376 913 10 030 *(5) = 236 913 10 006 *(6) = 236 923 78 030

RIVKLE® P2005 / P1007 / P2007

– – – – 08 101 *(5) – – –

– – – – 08 087 10 010 – – –

236 913 XX XXX

236 913 XX XXX

RIVKLE® P2007 PN

RIVKLE® P3007 PN

– – – –

– –

236 113 00 002

236 113 00 001

M3 M4 M5 M6 M8 M10 M12 M14 M16

ø RIVKLE®

– – – – –

+

+

+

Nose for studs & force >18 kN (M8 & M10)

Fork for studs & force >18 kN (M8 & M10)

RIVKLE® TOOLING BOX

Mandrel

Anvil

Mandrel

Anvil

Mandrel

Anvil

Mandrel

Anvil

Mandrel

Anvil

Mandrel

Anvil


Tooling

59

RIVKLE®P2005

RIVKLE®P1007

RIVKLE®

P1007 / P2007 / P2005

RIVKLE®B2007

RIVKLE®P2007

RIVKLE®P2007 PN

RIVKLE®P3007 PN

RIVKLE®P3007

236 155 00 305

236 157 00 301

236 155 01 001

236 157 01 001

236 156 01 001

–

236 159 01 001

236 156 00 301

236 159 00 3014 - 6 Kg

282 590 10 152––

2 - 3 Kg282 590 10 820

2,2 - 4 Kg282 590 10 665

2,2 - 4 Kg282 590 10 664

236 803 00 008

236 803 00 009

236 114 00 970

236 166 00 309+

282 590 30 351RIVKLE®B2007 282 590 30 354 282 590 30 356 236 166 00 308

KIT

See page 60

Battery withhigher capacity14,4V 4,0AH -Li-Ion

Multicharger4 positions

Cord powersupply

Tool support Screw kitadaptator

Ring

Pin

Accessories

Refill & purge accessory

60

RIVKLE® P2005 RIVKLE® P1007RIVKLE® P2007

RIVKLE® P2007PNRIVKLE® P3007PN

+ 100 mm

+ 50 mm

+ 150 mm

+ 50 mm

+ 100 mm

282 590 10 789

282 590 10 790

282 590 10 791

282 590 10 792

282 590 10 984

282 590 10 985

282 590 10 986

M3

236 153 00 043 236 157 00 309 236 803 00 005 236 803 00 216 236 166 00 300

236 803 03 000

M4 236 803 04 000

M5 236 803 05 000

M6 236 803 06 000

M8 236 803 08 000

RIVKLE® P2005 RIVKLE® P1007 RIVKLE® P2007 PX007 + P2005 RIVKLE® B2007

5

M3 M3 x 60236 803 03 020 236 803 03 010

43

M4 M4 x 60236 803 04 020 236 803 04 010

M5 M5 x 65236 803 05 020 236 803 05 010

M6 M6 x 65236 803 06 020 236 803 06 010

M8 M8 x 70236 803 08 020 236 803 08 010

236 803 03 040

236 803 04 040

236 803 05 040

236 803 06 040

-

2

236 113 03 030

236 113 04 030

236 113 05 030

236 113 06 030

236 113 08 030

ISO4762 DIN912

A

2

5

B C

1453

14 138

6

+ 100 mm+ 100 mm+ 50 mm+ 100 mm

+ 150 mm + 200 mm

145 + 138 + 6 1 + 2 + 3 + 4

KIT = A + B + C

RIVKLE®B2007= original nose


Accessories

61

A dedicated brochure has been created for those products, please contact Böllhoff.

RIVKLE® EPK C / EPK HPHydraulic pneumatic tool with process control

RIVKLE® HSA 2.0Setting head with automatic loading system

RIVKLE® ESA 2.0Electrical setting head

RIVKLE® – Special installation machines

62

232 40 060030232 40 080030

232 49 080502

232 90 050501

232 91 060502232 91 080504232 91 100503232 91 100501232 91 124501

233 00 030020233 00 030035233 00 040025233 00 040046233 00 050030233 00 050056233 00 060030233 00 060056233 00 080030233 00 080056233 00 100035233 00 100060

233 01 030010233 01 030015233 01 030030233 01 030045233 01 030060233 01 040010233 01 040020233 01 040040233 01 040060233 01 050030233 01 050055233 01 050080233 01 060030233 01 060055233 01 060080233 01 080030233 01 080055233 01 080080233 01 080105233 01 100035233 01 100060233 01 100085233 01 100110233 01 120040233 01 120070233 01 120100233 01 140600

233 04 040020233 04 050030233 04 060030233 04 080030

233 06 030015233 06 030025233 06 030032233 06 040042233 06 040230233 06 050045233 06 050233233 06 060045233 06 060060233 06 060233233 06 080060233 06 080233233 06 080255233 06 100015233 06 100030233 06 100045233 06 100060

233 06 120015233 06 120030233 06 120045233 06 120060

233 07 030100233 07 030175233 07 030250233 07 030325233 07 040230233 07 040325233 07 050040233 07 050230233 07 060230233 07 060255233 07 080230233 07 080255233 07 100235233 07 100450233 07 100600

233 08 040020233 08 040035233 08 050030233 08 050400233 08 060300233 08 060450233 08 080300233 08 080450233 08 100300233 08 100450233 08 100600

233 09 050501233 09 060501233 09 080501

233 10 030035233 10 030050233 10 040036233 10 040050233 10 050040233 10 050065233 10 060046233 10 060065233 10 080046233 10 080065233 10 100046233 10 100065

233 11 030015233 11 030030233 11 030045233 11 030060233 11 040020233 11 040030233 11 040050233 11 040070233 11 050040233 11 050065233 11 050090233 11 060040233 11 060065233 11 060090233 11 080040233 11 080065233 11 080090233 11 100040233 11 100065233 11 100090233 11 120045233 11 120075233 11 120105

233 16 030020233 16 030030

233 16 040020233 16 040030233 16 040040233 16 050020233 16 050030233 16 050040233 16 060400233 16 060050233 16 060060233 16 080030233 16 080040233 16 080050233 16 080060233 16 100030233 16 100045233 16 100060233 16 120030233 16 120045233 16 120060

233 17 030175233 17 030250233 17 030325233 17 040175233 17 040250233 17 040325233 17 050200233 17 050300233 17 050400233 17 050500233 17 060300233 17 060450233 17 060600233 17 060750233 17 080300233 17 080450233 17 080600233 17 080750233 17 100300233 17 100450233 17 100600

233 18 040250233 18 040325233 18 050300233 18 050400233 18 060300233 18 060450233 18 060600233 18 080300233 18 080450233 18 080600233 18 100300233 18 100450233 18 100600

233 20 030020233 20 030035233 20 040030233 20 040045233 20 050031233 20 050055233 20 060031233 20 060055233 20 080031233 20 080055233 20 100060

233 21 030015233 21 030030233 21 030045233 21 040020233 21 040040233 21 040060233 21 050030233 21 050055

233 21 050080233 21 060030233 21 060055233 21 060080233 21 080030233 21 080055233 21 080080233 21 080105233 21 100035233 21 100060233 21 100085233 21 120040233 21 120070

233 24 040020233 24 050030233 24 060030233 24 080030

233 26 030015233 26 030025233 26 030032233 26 040015233 26 040030233 26 040035233 26 040042233 26 050015233 26 050030233 26 050040233 26 060015233 26 060030233 26 060045233 26 060060233 26 080015233 26 080030233 26 080045233 26 080060233 26 100015233 26 100030233 26 100045233 26 100060233 26 120015233 26 120030233 26 120045233 26 120060

233 27 040175233 27 040250233 27 040325233 27 050100233 27 050200233 27 050300233 27 050400233 27 060030233 27 060450233 27 080350233 27 080500233 27 100150233 27 100300233 27 100600

233 30 030035233 30 030050233 30 040035233 30 040050233 30 050045233 30 060045233 30 060065233 30 080045233 30 080065233 30 100045233 30 100065

233 31 030015233 31 030030233 31 030045

233 31 030060233 31 040020233 31 040030233 31 040050233 31 040070233 31 050040233 31 050065233 31 050090233 31 060040233 31 060065233 31 060090233 31 080040233 31 080065233 31 080090233 31 100040233 31 100065233 31 100090233 31 120045233 31 120075233 31 120105

233 36 030020233 36 030030233 36 040020233 36 040030233 36 040040233 36 050020233 36 050030233 36 050040233 36 060030233 36 060040233 36 060050233 36 060060233 36 080030233 36 080040233 36 080050233 36 080060233 36 100030233 36 100045233 36 100060233 36 120030233 36 120045233 36 120060

233 37 040175233 37 040250233 37 040325233 37 050200233 37 050300233 37 050400233 37 050500233 37 060300233 37 060450233 37 060600233 37 060750233 37 080300233 37 080450233 37 080600233 37 080750233 37 100300233 37 100450233 37 100600

233 41 040020233 41 050030233 41 050045233 41 060030233 41 060055233 41 080030233 41 080055233 41 100035233 41 100060233 41 120030233 41 040230233 41 050230233 41 060230

3737

37

37

3737373737

343434343434343434343434

202020202020202020202020202020202020202020202020202020

32323232

2828282828282828282828282828282828

28282828

181818181818181818181818181818

3131313131313131313131

282828

353535353535353535353535

2222222222222222222222222222222222222222222222

2929

29292929292929292929292929292929292929

191919191919191919191919191919191919191919

30303030303030303030303030

3434343434343434343434

2121212121212121

21212121212121212121212121

32323232

2828282828282828282828282828282828282828282828282828

1818181818181818181818181818

3535353535353535353535

232323

2323232323232323232323232323232323232323

29292929292929292929292929292929292929292929

191919191919191919191919191919191919

16161616161616161616151515

15

33333333

26262626262626262626262626

262626

161616161616

26262626262626262626262626

39393939393939393948

39

474747474747

484848

535353535353

233 41 080230

233 44 040020233 44 050030233 44 060030233 44 080030

233 48 030023233 48 030030233 48 040020233 48 040040233 48 050030233 48 050040233 48 060001233 48 060045233 48 080001233 48 080002233 48 100035233 48 100055233 48 120045

233 49 050531233 49 060509233 49 080546

233 51 040020233 51 050030233 51 060030233 51 080030233 51 080055233 51 100035

233 58 030023233 58 030030233 58 040020233 58 040040233 58 050001233 58 050040233 58 060030233 58 060045233 58 080001233 58 080055233 58 100035233 58 100055233 58 120045

233 91 050795233 91 050796233 91 060968233 91 060971233 91 060969233 91 060970233 91 060995233 91 080848233 91 080849233 91 060936

233 94 060598

233 96 050503233 96 050504233 96 060508233 96 060509233 96 080503233 96 080504

233 97 060707233 97 060727233 97 080705

235 10 806020235 10 806030235 10 808020235 10 808030235 10 810020235 10 810030

RIVKLE® – Part number index

63

53535353

52535353535353535353535353535251515153535353

5253535353

51515153535353535353535353

58585858585858585858585858585858585858585858585858585858

59

605858595459595559596054595659565958585858585858585858

5656585859595555

60595960606060606060606060606060606060606060606060606060

5858585858585858

58585858

58

434343

434343

5557575757575757575757575757575757575757575757575757

5959596060606059606060595959

2121212121

3030303030

15151515

1414

141414141414141414141415151515

33333333

252525252525

25252525

141414141414

25252525

2525

323232

272727272727272727272727272727272727272727

1717

235 10 812020235 10 812030235 10 814020235 10 814030

235 11 000000235 11 005020235 11 005021235 11 005030235 11 005031235 11 006020235 11 006021235 11 006030235 11 006031235 11 008020235 11 008021235 11 008030235 11 008031235 11 067006235 11 800000235 11 900000235 11 900501235 11 900502235 11 903001235 11 904001235 11 905001235 11 906001

235 12 000000235 12 005001235 12 006001235 12 008001235 12 010001

235 30 201000235 30 201001235 30 201002235 30 205020235 30 205030235 30 206020235 30 206030235 30 208020235 30 208030235 30 210020235 30 210030235 30 212020235 30 212030

236 11 300001236 11 300002236 11 303020236 11 303030236 11 304020236 11 304030236 11 305020236 11 305030236 11 306020236 11 306030236 11 308020236 11 308030236 11 310020236 11 310030236 11 365620236 11 367030236 11 367620236 11 368030236 11 368620236 11 369030236 11 369620236 11 369720236 11 374030236 11 374620236 11 374720236 11 377030236 11 377720236 11 378720

236 11 400970

236 15 300043236 15 312020236 15 312030236 15 500305236 15 501000236 15 501001236 15 600301236 15 601000236 15 601001236 15 700301236 15 700309236 15 701000236 15 701001236 15 801000236 15 900301236 15 901000236 15 901001236 15 908020236 15 908030236 15 910020236 15 910030236 15 912020236 15 912030236 15 914020236 15 914030236 15 916020236 15 916030

236 16 001000236 16 600300236 16 600303236 16 600304236 16 600308236 16 600309236 16 601000236 16 701000

236 80 300005236 80 300008236 80 300009236 80 300216236 80 303000236 80 303010236 80 303020236 80 303030236 80 303040236 80 304000236 80 304010236 80 304020236 80 304030236 80 304040236 80 305000236 80 305010236 80 305020236 80 305030236 80 305040236 80 306000236 80 306010236 80 306020236 80 306030236 80 306040236 80 308000236 80 308010236 80 308020236 80 308030

236 91 304086236 91 304094236 91 305094236 91 305095236 91 306127236 91 306128236 91 308087236 91 308101

236 91 308110236 91 310006236 91 310010236 91 310019

236 92 378030

243 00 050300243 00 060300243 00 080300

243 10 040300243 10 050300243 10 060300

282 52 000005282 52 214000282 52 214103282 52 214104282 52 214105282 52 214106282 52 214108282 52 214110282 52 214112282 52 214114282 52 214116282 52 214204282 52 214205282 52 214206282 52 214208282 52 214210282 52 214505282 52 214506282 52 214508282 52 214800282 52 214900282 52 215000282 52 216000282 52 217000282 52 218000282 52 219000

282 59 010152282 59 010664282 59 010665282 59 010789282 59 010790282 59 010791282 59 010792282 59 010820282 59 010984282 59 010985282 59 010986282 59 030351282 59 030354282 59 030356

343 01 030150343 01 040150343 01 050150343 01 060200343 01 080450

343 08 030150343 08 040200343 08 050300343 08 060300343 08 080300

343 21 040020343 21 050030343 21 060030343 21 080033

343 41 030025343 41 040030

343 41 040055343 41 050030343 41 050055343 41 060030343 41 060060343 41 080030343 41 080060343 41 100035343 41 100060343 41 120040343 41 120080343 41 040230343 41 050230343 41 060230343 41 080230

343 44 040020343 44 050030343 44 060030343 44 080030

343 48 040020343 48 040030343 48 050020343 48 060025343 48 080030343 48 100035

343 49 040506343 49 040507343 49 050538343 49 100501

343 51 040020343 51 050030343 51 060030343 51 080030343 51 080060343 51 100060

343 58 040025343 58 050020343 58 060030343 58 060055

343 59 040505343 59 050505

343 64 050030343 64 060030343 64 080030

343 66 030015343 66 030025343 66 030032343 66 040042343 66 040230343 66 050045343 66 050233343 66 060055343 66 060060343 66 060233343 66 080060343 66 080233343 66 080255343 66 100015343 66 100030343 66 100045343 66 100060343 66 120015343 66 120030343 66 120045343 66 120060

343 67 030020343 67 030030

171717171717171717171717171717

33333333

27272727272727272727272727272727272727272727272727

171717171717171717171717171717171717

25252525252525252525

25

45454545454545454545

4545

45

454545454545454545

454545454545

5858585858585858

5858

414141414141414141414141

4141

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343 67 040040343 67 040230343 67 050040343 67 050230343 67 060045343 67 060060343 67 060230343 67 080045343 67 080060343 67 080230343 67 100045343 67 100060343 67 100235343 67 120045343 67 120060

343 74 040020343 74 050030343 74 060030343 74 080030

343 76 030015343 76 030025343 76 030032343 76 040030343 76 040035343 76 040042343 76 050020343 76 050030343 76 050045343 76 060015343 76 060030343 76 060045343 76 060060343 76 080015343 76 080030343 76 080045343 76 080060343 76 100015343 76 100030343 76 100045343 76 100060343 76 120015343 76 120030343 76 120045343 76 120060

343 77 030015343 77 030030343 77 040030343 77 040040343 77 050025343 77 050040343 77 060031343 77 060045343 77 060060343 77 080030343 77 080045343 77 080060343 77 100030343 77 100045343 77 100060343 77 120030343 77 120045343 77 120060

343 98 040629343 98 040630343 98 050629343 98 050683343 98 060624343 98 060628343 98 060630343 98 060637343 98 060638343 98 080625

343 98 080631

372 27 050110372 27 050115372 27 050120372 27 050125372 27 060115372 27 060120372 27 060125372 27 080115372 27 080120372 27 080125

372 29 060504372 29 080506

372 59 050501

372 91 060502372 91 060506372 91 060509372 91 060517372 91 060522372 91 080502372 91 080504372 91 080507372 91 080510

372 98 050502372 98 050503372 98 050504372 98 060506372 98 060507372 98 060508

376 11 304020376 11 304030376 11 305020376 11 305030376 11 306020376 11 306030376 11 308020376 11 308030

376 91 310020376 91 310030

668 30 411038668 30 488038668 30 511044668 30 511081668 30 588044668 30 588081668 30 611071668 30 611127668 30 688071668 30 688127668 30 811071668 30 888071

668 31 011071668 31 088071

668 70 511030668 70 611050668 70 811050

Böllhoff GroupPlease find your local contact onwww.boellhoff.com

or contact us under [email protected]

Subject to technical change. Reprinting, even in extract form, only permitted with express consent.Observe protective note according to ISO 16016.

Böllhoff International with companies in:ArgentinaAustriaBrazil

CanadaChina

Czech RepublicFrance

GermanyHungary

IndiaItaly

JapanMexicoPoland

RomaniaRussiaSlovakia

South KoreaSpain

SwitzerlandThailandTurkey

United KingdomUSA

Apart from these 24 countries, Böllhoff supports its international customersin other important industrial markets in close partnership with agents and dealers.

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