/00 RK 09/2017 EN RIVKLE. Blind rivet nuts and studs

Transcription

1 RK 09/20 N RIVK lin rivet nuts an stus

2 RIVK 2

3 Page Principle an function 4 tanar RIVK blin rivet nuts 14 RIVK HRT - High Resistance Threa 36 HRT RIVK FC - For Fiber-reinforce polymer 38 FC RIVK PN - Ultimate pull-out force 40 PN RIVK lastic - Vibration amping characteristics 42 RIVK tus 44 RIVK - Waterproof 46 RIVK - pecial esigns 48 RIVK - etting tools 50 Part number inex 62 3

4 RIVK Functions RIVK blin rivet nuts an stus are the most versatile solution for aing a strong reusable internal or external threa to thin-walle work pieces, with aesthetic appearance. Compatible with all substrates (steel, magnesium, aluminum, plastics, composites etc.). Corrosion protecte No aitional finishing is require after setting, even with coate or painte components. Provies 2 funtions: Rivet: enables two or more sheets (a & b) of issimilar materials (plastic & metal ) to be joine Threa: enables an aitional component (c) to be assemble an reuse, if require. c a b 4

5 RIVK Process RIVK is installe using a single-sie setting technique. Often the only fastening solution for hollow sections, housings or where access is limite to only one sie of a component. This simplifies the esign avoiing any nee for a eicate access hole in the rear panel. RIVK blin rivet nuts an stus can be fitte at any stage so bringing extreme flexibility to your prouction process. RIVK is a captive system. asy an simple solution. Can be installe without operator training everal levels of installation process control are available to enhance quality management asy an non estructive testing of installe RIVK afe an ecologic solution: No fumes (no exhaust neee) No heat (no protection neee) = no heat impact on application (surface treatment, eformation, material resistance ) No pollution No risk to the operator Fast, reliable, repeatable an cost competitive process (total emplace cost) Optimize installation possible in uner 3 secons Quick tooling exchange an ajustment operation (for example: to ) ntire range of setting equipment, from manual to full automatic process is available 5

6 RIVK blin rivet nut etting methos The ÖHOFF recommene installation is the pull metho. RIVK can also be installe using the press metho. 1 - Pull methos The pull metho comprises pin on, Insert, Upset an pin off cycles. pin on Insert Upset pin off 2 - Pull setting methos 2.1 troke setting metho: control of the assembly tool isplacement istance The operator sets the stroke on the setting tool in accorance with the values shown in the RIVK catalogue tables. The setting tool exerts the maximum pressure an automatically stops when the preset stroke is reache (mechanical stop). This represents the original way to install a RIVK an remains the best choice toay for stainless steel inserts. Avantages: Fast an simple process Ieal for assemblies with no variation in sheet thickness 2.2 Pressure setting metho: force controlle installation F In the stroke setting metho, the tool elivers maximum an constant force over the full stroke of the manrel. Where there is a wie variation in thickness of the workpiece there is a efinite risk that a blin rivet nut may not set properly, or become amage ue to the setting manrel amaging the RIVK threa. In this situation there will be premature wear of the manrel. This phenomenon is eliminate with the pressure setting metho as the setting force is controlle irrespective of the thickness of the workpiece. This setting principle is particularly well suite to workpieces with variable thickness (plastic parts, various layers ) an provies consistent setting quality. Avantages: Optimise setting into panels with thickness variations Possibility to set the same RIVK more than once Permits quality control (force inicator ) xtene manrel life Can also set ifferent types of RIVK with one tool an one single setup RIVK blin rivet nut 6

7 3 - Installation force value The recommene setting force is epenent upon a combination of information coming from RIVK parameters (force to obtain a goo installation) an screwing parameters (tensile strength after assembly an uring service). 3-1 RIVK parameters: Maximum thickness (C1) Minimum thickness (C2) Force C1: set in maximum thickness C2: set in minimum thickness Max etting range = Force to obtain goo installation Min Tolerance troke troke in max thickness Tolerance troke in min thickness 7

8 DIN RIVK Installation 3-2 CRW parameters : When a assembly is in use, external influences generally increase the tensile strength in the screw (F1 F0). DIN F0 Assembly F1 Use etting Force With correct installation, RIVK exhibits the same behaviour as a stanar nut. Consequences: 1. ÖHOFF recommens a setting force higher than the mating screw clamp loa, in orer to ensure that no re-setting occurs uring the life of the RIVK. etting force positioning 8.8 Nm* 2,23 Nm 4,43 Nm 7,70 Nm 18, Nm F0 max* N 6 0 N N 16 2 N N N N N N N N 000 N * NF source - 8,8 screw class - etting conitions - 0,12 u 0,18 - teel RIVK 2. ÖHOFF oes not recommen the use of mechanical screw-rivers for installing RIVK. Installation force range per iameter & RIVK material M3 M12 M14 teel Force in kn 3,5 5,5 8,0 12,0 18,0 21,0 23,0 50,0 tainless steel Force in kn 3,5 5,5 8,0 13,0 20,0 22,0,0 - tainless steel A4 Force in kn - 9,5 12,0 15,0 20, Aluminium Force in kn 1,9 3,0 3,8 5,5 10,0 12,0 15,0-8

9 RIVK Aitional services CAD Free-of-charge ownloa of 3D rawings from our ranges HICOI, AMTC, A OCK, KORT an RIVK. Integrate them irectly into your esign software. aboratory testing ÖHOFF offers the services of our own certifie laboratory to assess an report on the performance of our proucts when installe into your components. RIVK Test RIVK Plus 24H This is the core RIVK range. These items are shippe within 24 hours of your orer being accepte. You can rest assure that your orer will be elivere without elay. RIVK Plus Training From our certifie training centre, ÖHOFF imparts expertise to your Team (prouction, maintenance, process) to improve your experience when using either our components or tools (theory & practice). 9

10 RIVK egen Hea iameter Overall length Threa size e (min - max) W ulge iameter max Grip range Defines the range of total thickness of the customers part (even if it consists of more than one layer) M3 M12 W 6,8 mm 8,6 mm 10,1 mm 13,0 mm 15,0 mm 18,0 mm 22,4 mm H Hole geometry If roun iameter If hexagonal wigth across flats 2 max Hea projection after setting Variable accoring to the application (setting loa, material substrate, etc.) lin sie projection after installation Defines the clearance neee on the blin sie (cannot be use for quality control) etting stroke Difference of total length before an after installation RIVK Nut RIVK tu RIVK Manrel* Customers part Anvil* Counter nut etting tool *in accorance to chosen RIVK * 10

11 RIVK Material an surface treatment 400 h 720h 1000 h teel tainless steel Aluminium N Description C10C or equivalent 11MnPb30 20Mnb5 X6CrNiCu X3CrNiCu X3CrNiCuMo AW-AI Mg 2,5 Num (A1) 1.67 (A2) 1.78 (A4) AW-5052 UA C AII 303K AII 302 HQ AII 316 Cu 5052 Our stanar surface treatment, Zn 8K+; 8 to 15 µm; provies the highest corrosion resistance in the stanar market (400 hours to Re Rust accoring to IO92). For the most emaning applications, ZnNi8A/Fe; 8 to 15 µm, can be supplemente with either a lubricant an/or reinforcement to reach 720 or even 1000 hours to Re Rust. RIVK A real nut A stanar nut, when use with it s equivalent screw grae (ex: 8.8 class screw with class 8 nut), must provie strength characteristics as ictate by recognise stanars (IO 898; IO 147; NF , VDI2230). For example: In the case of over-tightening the joint then the screw must fail first leaving a re-usable nut. RIVK blin rivet nuts have been esigne to ahere strictly to these rules. DIN N + 11

12 RIVK blin rivet nuts an stus Hea oy oy en countersunk flat thin extra-thin plain knurle hexagonal half-hex slotte open close hole - M12-14 AU TAIN T T HRT FC PN 316 / A4 316 / A4 316 / A4 316 / A4 PN HRT M12 - M3 - M12 M3 - M12 M3 - - M3 - M3 - M3 - M14 M3 - M12 M3 - M3 - M12 M3 - M12 M7 - M M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 M3 - M12 - M M3 - M3 - M3 - M tus T T FC

13 RIVK Choice PATIC MTA 8.8 max 10.9 / 12.9 RIVK FC RIVK PN RIVK HRT min min XX X0 x: XXX XXX

14 RIVK lin rivet nuts - teel teel Thin hea Hexagonal Open teel RIVK Plus H 2 M3 10,25 5,0 1,5-2,5 5,0 =3,8-e 6,0 0, ,8 0,5-3,0 =4,5-e ,5 6,0 6,2 0,4 13,5 3,0-5,5 =7,2-e ,8 0,5-3,0 =4,5-e ,85 7,0 9,0 0, 16,5 3,0-5,5 =7,2-e ,2 0,5-3,5 =5,5-e ,95 9,0 10,2 0,,25 3,5-6,0 =8,5-e ,8 0,5-3,5 =5,5-e 0, ,75 11,0 12,5 20,8 3,5-6,0 =8,5-e 0, ,0 1,0-3,5 =6,0-e ,1 13,0 0,5 25,0 3,0-6,0 =8,6-e 16, M12 24,8 1,0-4,0 =7,8-e ,6 16,0 0,85,7 4,0-8,0 =13,5-e 14, max teel Thin hea Hexagonal Close H 2,1 6,6 0,5-2,0 6,0 =3,5-e 13,2 0, ,2 7,85 0,5-3,0 7,0 =4,5-e 15,0 0, ,2 9,95 0,5-3,5 9,0 =5,8-e,2 0, ,3 11,75 0,5-3,5 =5,8-e 22, ,0 0,5 30,5 11,75 3,5-6,0 =8,5-e 22, ,05 14,1 3,0-6,0 13,0 =8,2-e,0 0, max RIVK Plus 14

15 teel Flat hea emi-hexagonal Open H 2 11,0 9,0 0,5-3,0 6,0 =4,3-e 5,8 1, ,0 10,0 0,5-3,0 7,0 =4,7-e 7,3 1, ,25 13,0 0,5-3,0 9,0 =5,0-e 8,0 1, ,0 16,0 0,5-3,0 11,0 =5,3-e 11,2 1, RIVK Plus teel teel Thin hea emi-hexagonal Open H 2 max 10,7 6,7 0,5-3,0 6,0 =4,5-e 6,0 0, ,0 7,9 0,5-3,0 7,0 =5,2-e 7,5 0, ,75 9,8 0,5-3,0 9,0 =5,3-e 8,3 0, ,25 12,0 0,5-3,0 11,0 =5,8-e 11,3 0, RIVK Plus teel Thin hea emi-hexagonal Open H 2 max 10,3 6,9 0,5-2,0 6,4 =3,0-e 6,8 0, , 8,1 0,5-3,0 7,3 =4,8-e 7,0 0, ,35 10,6 0,7-3,0 9,7 =4,8-e 9,0 0, ,8 11,55 0,9-3,3 10,7 =5,9-e 10,2 0, RIVK Plus For holes with imperial imensions 15

16 RIVK lin rivet nuts - teel teel Flat hea Hexagonal Open teel RIVK Plus H 2 9,8 9,0 0,5-2,0 6,0 =3,5-e 5,8 1, ,7 0,5-3,0 =5,0-e 8, ,0 7,0 1,0 14,3 2,5-4,5 =6,6-e 6, ,7 0,5-3,0 =4,5-e ,9 9,0 10,0 1,5 18,7 3,0-5,5 =7,5-e ,75 0,5-3,0 =5,5-e ,0 11,0 11,0 1,5 20,75 3,0-5,5 =8,5-e ,8 1,0-3,5 =6,0-e ,0 13,0 15,0 2,0 25, 3,5-6,0 =8,7-e M12 26,8 23,0 1,0-4,0 16,0 =7,7-e,0 2, teel Flat hea Hexagonal Close H 2 14,8 9,0 0,5-2,0 6,0 =4,0-e 10,0 1, ,7 10,0 0,5-3,0 7,0 =5,0-e 14,0 1, ,8 12,9 0,5-3,0 9,0 =5,2-e,0 1, ,8 0,5-3,0 =5,5-e ,0 11,0,0 1,5,7 3,0-5,5 =8,3-e ,75,0 1,0-3,5 13,0 =6,0-e 25,0 2, RIVK Plus 16

17 teel Thin hea Knurle Open RIVK Plus 2 M3 9,0 5,7 0,5-2,0 =3,6-e 5, ,0 0,4 9,8 5,75 1,5-3,0 =3,6-e 5, ,7 0,5-3,0 =4,9-e 5,8 0, ,6 6,0 11,9 2,5-4,0 =5,6-e 5,9 0, ,75 8,0 0,5-3,0 =5,3-e 7,4 0, ,0 13,8 7,6 2,5-4,0 =5,8-e 7,6 0, ,8 10,0 0,5-3,0 =5,1-e 0, ,3 3,0-4,5 9,0 =6,6-e 8, ,6 0,3 16,9 4,5-6,0 =8,2-e ,25 12,0 0,5-3,0 =6,0-e 11, ,9 3,0-4,5 11,0 =6,7-e 0, ,8 11,8 20,5 4,5-6,0 =8,3-e ,75 14,0 0,7-3,5 =6,5-e 0, ,9 3,0-4,5 13,0 =7,5-e 14, ,8 0,4 23,5 4,5-6,0 =9,1-e M12 25,8 3,0-4,5 =7,5-e ,0 16,0,8 0,5,4 4,5-6,0 =9,1-e max teel teel Thin hea Knurle Close M3 M12 2 max 12,6 0,7-1,5 =2,0-e ,8 5,0 10,2 0,3 14,2 1,5-3,0 =3,6-e ,7 6,7 0,5-3,0 =4,9-e 12, ,0 0,3 16,9 6,6 2,5-4,0 =5,7-e 10, ,2 0,7-2,5 =4,4-e ,6 7,0 13,5 0,3,8 2,5-4,0 =6,0-e ,3 10,0 0,5-3,0 =5,0-e 16,0 0, ,3 3,0-4,5 9,0 =6,6-e 13, ,6 0,3 21,9 4,5-6,0 =7,3-e 13, ,3 0,8-3,0 =4,8-e 18, ,9 11,8 3,0-4,5 11,0 =6,7-e 0, ,8 26,5 4,5-6,0 =8,3-e ,3 0,8-3,0 =5,5-e ,9 13,8 3,0-4,5 13,0 =7,1-e 22,3 0, ,5 4,5-6,0 =8,7-e ,2 16,8 0,8-3,0 =11,5-e 21, ,8 3,0-4,5 16,0 =7,9-e 0, ,0 26,4 36,4 4,5-6,0 =9,6-e

18 RIVK lin rivet nuts - teel teel Flat hea Knurle Open teel RIVK Plus M3 2 8,8 0,50-1,00 =2,0-e 5, ,6 1,00-1,75 =2,8-e ,0 5,0 6,0 1,0 10,4 1,75-2,50 =3,4-e ,2 2,50-3,25 =4,1-e 6, ,0 9,0 0,50-3,00 =4,3-e 5, ,0 1,0 11,6 8,0 2,50-3,25 =4,6-e 6, ,75 0,50-3,00 =4,7-e 7, ,0 7,0 1,0 14,7 3,00-4,00 =6,0-e 8, ,3 0,50-3,00 =5,0-e 8, ,0 9,0 1,5 16,9 3,00-5,50 =7,5-e 8, ,7 0,50-3,00 =5,5-e ,0 11,0 11,0 1,5 20,4 3,00-5,50 =8,1-e ,8,0 0,70-3,50 =6,1-e 13, ,0 3,00-4,50 13,0 =7,4-e 14,6 2, ,0 25,6 4,50-6,00 =8,9-e 14, teel Flat hea Knurle Close 2 15,0 1,00-1,75 =3,0-e 11, ,8 8,0 1,75-2,50 6,0 =3,5-e 11,3 1, ,6 2,50-3,25 =4,6-e 11, ,6 0,50-1,00 =2,0-e ,7 1,00-2,00 =3,1-e 14, ,0 7,0 1,0,8 2,00-3,00 =4,2-e ,0 3,00-4,00 =5,3-e 14, ,5 13,0 0,50-3,00 9,1 =4,5-e 15, ,5 25,2 11,0 3,00-4,50 9,0 =5,3-e 18, ,5 1,00-3,50 =5,5-e, ,0 11,0 1,5,8 3,50-5,00 =7,6-e 18, ,8 1,00-1,50 =4,5-e ,3 16,0 1,50-3,00 13,0 =6,0-e 25,0 2, ,5 4,50-6,00 =9,0-e

19 teel Countersunk hea Knurle Open M3 f 2 max 8,8 6,6 1,00-1,75 1,0 =2,8-e 5, ,6 1,75-2,50 5,0 =3,5-e 0, ,0 1,2 6,0 10,4 2,50-3,25 =4,3-e ,2 1,00-1,75 1,0 =2,8-e ,3 10,0 8,0 1,75-2,50 6,0 =3,6-e 0, ,2 10,8 2,50-3,25 =4,3-e 6, ,6 8,5 1,00-2,00 1,0 =3,8-e ,7 1,50-3,00 =3,8-e ,0 8,5 0,1 13,8 9,0 3,00-4,00 1,4 =5,2-e ,9 4,00-5,00 =6,3-e ,0 1,50-3,00 1,2 =5,0-e ,6 10,6 3,00-4,50 =6,5-e 10, ,0 0,1 18,2 4,50-6,00 1,5 =8,0-e ,8 11,0 6,00-7,50 =9,4-e 10, ,5 12,6 1,50-3,00 1,4 =6,0-e ,5 18,1 13,6 3,00-4,50 =7,5-e ,0 0,1,7 4,50-6,00 2,0 =8,6-e 11, ,0 21,3 6,00-7,50 =10,5-e 11, ,4 15,0 1,50-3,00 1,4 =5,7-e ,0 3,00-4,50 13,0 =7,3-e 14,6 0, ,0 2,0 23,6 4,50-6,00 =8,9-e teel teel Countersunk hea Knurle Close f 2 14,2 1,00-1,75 1,0 =2,8-e ,3 15,0 8,0 1,75-2,50 6,0 =3,6-e 0, ,2 15,8 2,50-3,25 =4,7-e 11, ,7 8,5 1,00-2,00 1,0 =3,0-e ,8 2,00-3,00 1,4 =4,1-e ,0 14,6 0,1,9 9,0 3,00-4,00 0,9 =6,0-e ,0 3,00-5,00 1,4 =6,3-e ,0 1,50-3,00 1,2 =4,6-e ,6 3,00-4,50 =6,2-e ,0 9,0,3 0,1 25,2 4,50-6,00 1,5 =7,8-e ,8 6,00-7,50 =9,4-e ,8 12,6 1,50-3,00 1,4 =6,0-e, ,4 3,00-4,50 =7,0-e ,0 0,1,0 14,0 4,50-6,00 2,0 =8,6-e, ,6 6,00-7,50 =10,2-e ,3 15,0 1,50-3,00 1,4 =4,3-e ,9 3,00-4,50 13,0 =5,3-e 24,5 0, ,0 2,0 33,5 4,50-6,00 =8,9-e max

20 RIVK lin rivet nuts - teel teel Flat hea Plain Open teel 2 8,3 0,5-1,0 =2,1-e 5, ,7 1,0-1,5 =3,2-e ,5 4,8 M3 9,7 1,5-3,0 5,0 =4,2-e 1, ,2 3,0-4,5 =5,8-e 4, ,9 7,4 4,5-6,0 =7,2-e 4, ,7 0,5-1,0 =2,6-e ,4 10,2 1,0-2,0 =3,6-e ,0 6,0 1,0 11,8 2,0-4,0 =5,6-e 5, ,8 4,0-6,0 =7,5-e 5, ,75 0,5-3,0 =5,0-e ,0 16,7 10,0 3,0-5,5 7,0 =7,5-e 1, ,8 5,5-8,0 =9,7-e 9, ,8 0,5-3,0 =5,2-e 10, ,7 13,0 3,0-5,5 9,0 =7,9-e 9,3 1, ,7 5,5-8,0 =10,2-e 10, ,8 0,5-3,0 =5,7-e ,0 20,8 3,0-5,5 =8,2-e ,0 11,0 1,5 23,8 5,5-8,0 =10,6-e 11, ,8 8,0-10,5 =13,5-e 11, ,75 1,0-3,5 =6,5-e ,75 3,5-6,0 =9,0-e ,0 13,0 15,0 2,0,75 6,0-8,5 =11,5-e ,8 8,5-11,0 =14,0-e ,7 1,0-4,0 =7,7-e, M12,7 23,0 4,0-7,0 16,0 =10,7-e 2, ,5 34,8 7,0-10,0 =13,7-e M14 35,5 24,0 4,5-6,0 18,0 =9,8-e 23,2 2,

21 teel Flat hea Plain Close 2 12,6 1,0-1,5 =3,3-e 8, M3 14,3 7,5 1,5-3,0 5,0 =4,1-e 1, ,2 15,5 3,0-4,5 =5,3-e ,25 1,0-2,0 =5,2-e ,4 16,75 9,0 2,0-4,0 6,0 =5,6-e 1, ,8 4,0-6,0 =7,6-e 10, ,7 0,5-3,0 =5,0-e ,0 22,7 10,0 3,0-5,5 7,0 =7,5-e 1, ,7 5,5-8,0 =9,6-e 15, ,7 0,5-3,0 =4,9-e 16, ,7 13,0 3,0-5,5 9,0 =7,7-e 1, ,0,7 5,5-8,0 =10,2-e ,7 0,5-3,0 =5,7-e ,7 3,0-5,5 =8,2-e, ,0 11,0 1,5 31,7 5,5-8,0 =10,7-e ,8 8,0-10,5 =12,9-e 20, ,7 1,0-3,5 =6,5-e 25, ,8,0 3,5-6,0 13,0 =8,4-e 25,4 2, ,8 6,0-8,5 =11,2-e 25, M12 38,8 1,0-4,0 =7,2-e, ,0 16,0 2,0 41,8 4,0-7,0 =10,4-e, teel teel Thin hea Plain Open 2 M3 8,4 5,2 0,5-1,5 4,7 =2,8-e 5,5 0, ,2 6,9 0,5-2,0 6,4 =3,5-e 7,3 0, ,25 7,6 0,5-3,0 7,1 =4,5-e 7,3 0, ,95 10,35 0,7-3,0 9,5 =5,5-e 9,3 0, ,6 11,5 0,8-4,5 10,5 =7,5-e 9,6 0, max RIVK Plus For holes with imperial imensions 21

22 RIVK lin rivet nuts - teel teel Countersunk hea Plain Open teel M3 M12 f 2 max 8,3 1,0-1,5 0,9 =2,8-e 5,4 1, ,8 6,6 1,5-3,0 =4,3-e 4, ,0 1,3 10,3 0,5-3,0 =4,9-e 4,7 1, ,9 9,8 7,0 7,2 1,0-1,5 1,0-2,0 1,4 0,9 =6,3-e =3,7-e 4, ,4 2,0-3,0 =4,7-e 5, ,8 6,0 0,1 11,8 3,0-5,0 1,3 =6,6-e ,8 8,0 5,0-7,0 =8,4-e 5, ,7 9,2 1,5-4,0 =6,5-e 8, ,7 4,0-6,5 7,0 1,5 =8,1e 8,6 0, ,6,8 6,5-9,0 =10,7-e 9, ,3 1,5-4,0 =6,2-e ,3 10,0 20,3 4,0-6,5 9,0 1,5 =8,7-e 0, ,8 11,7 6,5-9,0 =10,4-e 11, ,8 1,5-4,0 =7,0-e ,8 13,1 4,0-6,5 11,0 1,5 =9,5-e 11,0 0, ,75 6,5-9,0 =12,0-e ,8 1,5-4,0 =8,4-e ,1 15,0 24,75 4,0-6,5 13,0 1,5 =8,4-e 0, ,0 15,5 6,5-9,0 =11,5-e 14, ,9 1,7-4,5 =8,2-e ,5 30,8,0 4,5-7,5 16,0 1,7 =9,7-e 0, ,8 7,5-10,5 =13,7-e 18,

23 teel Countersunk hea Plain Close M3 M12 f 2 max 13,5 6,6 1,0-1,5 0,9 =2,8-e 10, ,2 6,6 1,5-3,0 =4,3-e ,0 1,3 8,8 0,1 14,3 3,0-4,5 =5,8-e ,0 15,9 3,0-4,5 0,9 =5,8-e 7, ,8 7,5 1,0-2,0 0,9 =2,8-e 11, ,7 7,8 2,0-3,0 =4,7-e 10, ,0 0,1 18,2 3,0-5,0 1,3 =6,3-e 10, ,0 20,2 5,0-7,0 =8,4-e 10, ,3 9,2 1,5-4,0 =6,5-e 14, ,4 4,0-6,5 7,0 1,5 =8,1-e 14,6 0, ,6 25,9 6,5-9,0 =10,7-e 15, ,7 1,5-4,0 =6,2-e ,3,0,3 4,0-6,5 9,0 1,5 =8,7-e 0, ,8 11,7 6,5-9,0 =10,5-e, ,7 1,5-4,0 =7,0-e ,1,0,8 4,0-6,5 11,0 1,5 =7,0-e 0, ,8 13,5 6,5-9,0 =11,3-e 20, ,8 1,5-4,0 =6,3-e 25, ,0 15,5 4,0-6,5 13,0 1,5 =8,9-e 0, ,8 38,0 6,5-9,0 =12,3-e ,8 1,7-4,5 =7,2-e 30, ,8,0 4,5-7,5 16,0 1,7 =10,4e 0, ,3 43,8 7,5-10,5 =13,4-e teel 23

24 RIVK tainless steel range Introuction Inustrial markets are constantly changing, bringing new applications an new customer nees. eale or optimize prouct esigns are more an more requeste. In orer to support our customers an answer at best to their nees, ÖHOFF has renewe an evelope a eicate stainless steel range. RIVK tainless steel - New thin hea esign tainless steel This new hea esign has been optimize to provie a minimum hea projection an to reuce the gap between the 2 assemble parts. ee references page 25. RIVK tainless steel - ubricate range New thin hea The lubricate range is base on stanar proucts on which a lubricant has been applie to limit galling issues. Customers on t nee anymore to a manually any lubricant prouct (paste, spray, oil ). ee references pages 25, 26 an. RIVK tainless steel - tus RIVK stainless steel stus are alreay lubricate an provie aitional functions: Alignment Pre-ajustment crewing (nut) with one han for the operator ee references page. RIVK tainless steel - Plusnut In orer to iversify the Plusnut offer, eicate stainless steel proucts have been esigne. These blin rivet nuts increase the clamping area an reuce raial stresses uring installation. ee page

25 RIVK lin rivet nuts - tainless steel tainless steel Thin hea emi-hexagonal Open RIVK Plus H 2 10,4 0,5-2,0 =3,1-e * * 6,7 6,8 11,5 0,8-3,0 6,0 =4,2-e 0, * * 11,7 7,0 3,0-4,2 =5,8-e 6, * 12,0 7,8 0,5-3,0 =4,4-e 7,0 0, * * 7,0 12,8 8,9 3,0-4,5 =6,5-e 6,5 0, ,5 10,2 0, ,5-3,0 =4,2-e 9,7 14,3 9,7 0, * * 9,0 16,5 10,2 3,0-5,5 =7,4-e 8,7 0, * 16,0 11,1 4,0-5,5 =8,0-e 8, ,5 15,8 12,5 0,5-3,0 =4,7-e 10, * * 11,0,6 12,5 1,5-5,0 =7,0-e 10,2 0, *,4 14,2 1,0-3,5 13,0 =7,0-e 12,0 0, *New thin hea esign max tainless steel tainless steel Thin hea emi-hexagonal Close H 2 max 15,4 6,7 0,5-2,5 =3,8-e * * 6,0 11,5 0,4,3 7,8 3,0-4,2 =5,8-e ,4 7,8 0,5-3,0 =4,4-e 12,5 0, * * 7,0 20,3 7,8 3,0-4,5 =6,5-e 13,4 0, ,5 9,8 0,5-3,0 =4,1-e 0, ,0 22,5 10,2 1,0-3,5 9,0 =4,8-e 0, * * 23,0 10,2 3,0-5,5 =7,4-e 15,2 0, * *New thin hea esign 25

26 RIVK lin rivet nuts - tainless steel tainless steel Flat hea emi-hexagonal Open tainless steel H 2 M3 9,0 1,0-2,3 =3,1-e ,0 5,0 5,0 0,7 9,7 2,3-3,0 =4,5-e ,0 9,0 0,5-2,0 =3,5-e 5,4 1, ,0 12,1 8,0 2,0-3,5 =5,5-e 6,0 0, ,5 10,0 0,5-3,0 =4,7-e 5, ,0 1,0 14,0 9,0 2,0-4,0 =4,8-e 7, ,8 12,0 0,5-3,0 =4,0-e 9,7 1, ,0 16,0 11,0 3,0-4,5 =7,1-e 9,0 1, ,5 0,5-3,0 =5,4-e ,0 11,0 9,6 1,5 18,5 3,0-5,5 =7,4-e ,0,0 1,0-3,5 13,1 =6,5-e 13,7 2, ,7 16,0 3,5-5,5 13,0 =9,4-e 12,0 1, M12 24,2 20,0 1,0-4,5 16,0 =4,0-e 6,0 1, tainless steel Flat hea emi-hexagonal Close H 2 M3 12,7 1,1-2,3 =3,8-e 9, ,0 5,0 0,7 14,3 2,3-3,0 =4,5-e 9, ,5 0,5-2,0 =3,8-e ,0 6,0 11,5 0,8,5 2,0-3,5 =5,6-e ,6 0,5-3,0 =5,0-e 12,5 1, ,0 7,0 20,0 2,0-4,0 =6,1-e 13,5 0, ,3 12,0 0,5-3,0 9,1 =4,0-e 1, ,5 23,7 11,0 3,0-4,5 9,0 =7,1-e 1, ,1 0,8-3,0 =5,3-e,5 1, ,0 11,0,0 3,0-5,5 =8,2-e 18,0 1, ,5 1,0-3,5 =7,4-e ,0 13,0,5 1,8 33,5 3,5-5,5 =9,4-e M12 35,0 20,0 1,0-4,5 16,0 =8,5-e,5 1,

27 tainless steel Thin hea Knurle Open RIVK Plus H 2 8,7 0,7-1,5 =2,4-e M3 7,9 6,0 1,5-2,5 5,0 =3,5-e 5,9 0, ,5 2,0-3,2 =4,6-e ,6 0,7-3,0 =4,0-e 7,5 0, ,0 6,0 12,5 2,5-4,2 =4,6-e 6,6 0, ,3 0,7-3,3 =4,4-e 8,0 0, ,0 7,0 14,5 3,3-4,5 =6,3-e 8,2 0, ,5 0,7-3,3 =5,7-e 8,6 0, ,5 10,0 3,0-5,5 9,0 =7,5-e 9,6 0, ,0 4,5-6,0 =7,9-e 8,7 0, ,1 0,7-3,3 =6,5-e 9, ,6 18,6 12,0 3,3-5,5 11,0 =9,0-e 10, ,1 4,5-6,0 =7,9-e 10,7 0, ,3 0,8-1,5 =3,9-e ,9 1,5-3,0 =5,5-e ,0 13,0 13,9 0,4 21,5 3,0-4,5 =7,1-e ,1 4,5-6,0 =8,7-e ,5,0 0,8-1,5 =3,8-e M12 23,1 1,5-3,0 =5,4-e ,0,2 0,4 24,7,5 3,0-4,5 =7,0-e ,3 4,5-6,0 =8,6-e max tainless steel tainless steel Thin hea Knurle Close H 2 13,0 0,7-1,5 =2,4-e M3 14,1 6,0 1,5-2,5 5,0 =3,5-e 10,2 0, ,8 2,0-3,2 =4,6-e ,7 0,7-3,0 =3,8-e 12,0 0, ,7 7,0 2,5-3,5 6,0 =4,0-e ,9 0,3,5 2,5-4,2 =4,7-e ,8 0,8-2,0 =3,2-e ,9 8,0 2,0-3,0 7,0 =4,3-e 14,2 0, ,5 3,0-4,5 =5,4-e ,3 0,8-1,5 =3,1-e 13, ,8 1,5-3,0 =4,7-e ,0 9,0 0,4 20,4 3,0-4,5 =6,3-e 13, ,0 4,5-6,0 =7,9-e ,3 1,5-3,0 =3,1-e ,9 1,5-3,0 =4,7-e ,0 11,0 16,7 0,4 23,5 3,0-4,5 =6,3-e ,1 4,5-6,0 =7,9-e ,3 0,8-1,5 =3,9-e ,9 1,5-3,0 =5,5-e ,0 13,0 21,9 0,4,5 3,0-4,5 =7,1-e ,1 4,5-6,0 =8,7-e ,5,0 0,8-1,5 =3,8-e M12 32,1 1,5-3,0 =3,8-e ,0 26,2 0,4 33,7,5 3,0-4,5 =7,0-e ,3 4,5-6,0 =8,6-e max

28 RIVK lin rivet nuts - tainless steel tainless steel Flat hea Knurle Open tainless steel 2 9,3 0,7-1,5 =2,4-e M3 10,4 7,0 1,5-2,5 5,0 =3,5-e 5,9 1, ,0 2,0-3,2 =4,4-e ,9 0,7-3,0 =4,0-e 6, ,0 6,0 1,0 12,4 2,5-4,2 =4,7-e 6, ,7 0,7-3,3 =5,3-e 7, ,0 7,0 1,0 14,9 2,5-4,5 =5,4-e 7, ,2 12,0 0,7-3,3 =5,7-e ,4 3,0-4,5 9,0 =6,3-e 8,6 1, ,0 18,2 4,5-6,0 =7,9-e ,9 0,7-3,3 =6,5-e ,5,0 14,0 3,0-5,5 11,0 =8,5-e 1, ,0 4,5-6,0 =7,9-e 10, ,8 0,8-1,5 =3,9-e ,4 1,5-3,0 =5,5-e ,0 13,0 13,9 2,0 23,0 3,0-4,5 =7,1-e ,6 4,5-6,0 =8,7-e ,0 0,8-1,5 =3,8-e M12 24,6 1,5-3,0 =5,4-e ,0 16,0,2 2,0 26,2 3,0-4,5 =7,0-e ,8 4,5-6,0 =8,6-e tainless steel Flat hea Knurle Close 2 13,6 0,7-1,5 =2,4-e ,2 M3 14,7 7,0 1,5-2,5 5,0 =3,5-e 1, ,4 2,3-3,2 =4,4-e 10, ,8 0,7-1,5 =2,6-e ,2 0,7-3,0 =4,8-e ,0 6,0 11,2 1,0 16,7 2,5-3,5 =4,7-e ,5 2,5-4,2 =5,5-e ,8 0,7-1,5 =2,8-e ,0,3 9,0 1,5-3,0 7,0 =4,5-e 1, ,4 3,0-4,0 =5,6-e 13, ,3 0,8-1,5 =3,1-e ,8 1,5-3,0 =4,7-e ,0 9,0 13,7 1,5 21,4 3,0-4,5 =6,3-e ,2 4,5-6,0 =7,9-e ,3 0,8-1,5 =3,2-e ,8 1,5-3,0 =4,7-e ,0 11,0 16,6 1,5 24,4 3,0-4,5 =6,3-e ,0 4,5-6,0 =7,9-e ,8 0,8-1,5 =3,9-e ,4 1,5-3,0 =5,5-e ,0 13,0 21,9 2,0 31,0 3,0-4,5 =7,1-e ,6 4,5-6,0 =8,7-e ,0 0,8-1,5 =3,8-e M12 33,6 1,5-3,0 =5,4-e ,0 16,0 26,2 2,0 35,2 3,0-4,5 =7,0-e ,8 4,5-6,0 =8,6-e

29 tainless steel Countersunk hea Knurle Open M3 8,8 1,3-2,0 =2,9-e ,0 5,0 0,9 5,9 0,1 9,9 2,0-3,0 =4,0-e ,3 1,3-2,0 =3,1-e ,3 8,0 2,0-3,0 6,0 0,9 =4,1-e 6,2 0, ,4 3,0-4,0 =6,5-e ,3 1,5-2,0 =3,4-e ,3 9,0 2,0-3,0 7,0 0,9 =4,5-e 7,8 0, ,4 3,0-4,0 =5,6-e ,3 10,6 1,5-4,0 =4,7-e ,4 4,0-5,0 9,0 0,9 =6,9-e 8,6 0, ,0 16,5 5,0-6,0 =8,0-e ,3 1,5-3,0 =4,7-e ,3 3,0-4,0 =5,8-e ,0 11,0 1,4 10,6 0,1,4 4,0-5,0 =6,9-e ,5 5,0-6,0 =8,0-e ,4 1,5-3,0 =5,5-e ,0 16,0 3,0-4,5 13,0 1,4 =7,1-e 13,9 0, ,6 4,5-6,0 =8,7-e ,6 1,5-3,0 =5,4-e M12 24,2,0 3,0-4,5 16,0 1,4 =7,0-e,2 0, ,8 4,5-6,0 =8,6-e f 2 max tainless steel tainless steel Countersunk hea Knurle Close 2 M3 13,1 1,3-2,0 =2,9-e ,0 5,0 0,9 10,2 0,1 14,2 2,0-3,0 =4,0-e ,3 1,3-2,0 =3,1-e ,3 8,0 2,0-3,0 6,0 0,9 =4,1-e 11,2 0, ,4 3,0-4,0 =6,5-e ,3 1,5-2,0 =3,4-e ,3 9,0 2,0-3,0 7,0 0,9 =4,5-e 13,9 0, ,4 3,0-4,0 =5,6-e ,3 1,5-3,0 =4,7-e ,3 3,0-4,0 =5,8-e ,0 9,0 0,9 13,6 0,1 20,4 4,0-5,0 =6,9-e ,5 5,0-6,0 =8,0-e ,3 1,5-3,0 =4,8-e ,3 3,0-4,0 =5,8-e ,0 11,0 1,4 16,5 0,1 23,4 4,0-5,0 =6,9-e ,5 5,0-6,0 =8,0-e ,4 1,5-3,0 =5,5-e ,0 16,0 3,0-4,5 13,0 1,4 =7,1-e 21,9 0, ,6 4,5-6,0 =8,7-e ,6 1,5-3,0 =5,4-e M12 33,2,0 3,0-4,5 16,0 1,4 =7,0-e 26,2 0, ,8 4,5-6,0 =7,0-e f max

30 RIVK lin rivet nuts - tainless steel tainless steel Countersunk hea Plain Open tainless steel 2 11,3 7,6 1,30-2,50 =4,4-e 6, ,0 1,3 0,1 10,8 8,0 1,75-3,25 =5,3-e 5, ,5 9,2 1,50-3,00 =4,0-e 8, ,0 1,5 0,1 13,8 9,6 3,00-4,00 =5,4-e 8, ,8 11,3 1,50-3,00 =4,9-e 9, ,6 3,00-4,50 9,0 1,5 =7,1-e 9,4 0, ,5 18,0 4,50-6,00 =5,4-e 11, ,3 13,1 1,50-3,00 =5,0-e 10, ,1 3,00-4,50 11,0 1,5 =5,9-e 11,1 0, ,5,7 4,50-6,00 =8,2-e 11, ,2 1,50-3,00 =5,2-e ,8 15,5 3,00-4,50 13,0 1,5 =7,1-e 14,7 0, ,4 4,50-6,00 =8,7-e f max tainless steel Thin hea Plain Open 2 M3 8,8 5,3 0,5-1,5 4,7 =2,8-e 5,5 0, ,4 7,0 0,5-2,0 6,4 =3,5-e 7,3 0, ,6 7,7 0,5-3,0 7,1 =5,0-e 7,3 0, ,3 10,2 0,7-3,0 9,5 =5,5-e 9,3 0, ,35 11,3 0,7-3,0 10,5 =6,1-e 10,5 0, max For holes with imperial imensions 30

31 tainless steel Flat hea Plain Open 2 12,0 0,5-2,0 =3,5-e ,0 6,0 1,0 13,5 2,0-3,5 =5,2-e 7, ,5 10,0 0,5-3,0 =4,7-e ,0 1,0 14,3 9,0 3,0-4,0 =5,6-e 7, ,0 0,5-3,0 =6,0-e 10, ,0 9,0 1,5 18,0 3,0-5,0 =7,75-e 7, ,5 0,8-3,0 =4,7-e 9, ,0 11,0 1,5,4 3,0-4,5 =7,0-e 10, ,4 1,0-3,0 =5,6-e 14, ,0 16,0 3,0-4,5 13,0 =7,2-e 15,1 2, ,6 4,5-6,0 =8,8-e 14, tainless steel 31

32 RIVK High corrosion resistance: A4 tainless steel A4 Flat hea Plain Open D 2 max 12,0 9,0 0,5-2,0 6, , ,0 12,5 10,0 7, , ,0 12,0 0,5-3,0 9, , ,5,5 15,0 11, , (N) tainless steel A4 tainless steel A4 Flat hea Plain Close D 2 max 16,0 9,0 0,5-2,0 6, , ,0 18,5 10,0 7, , ,0 12,0 0,5-3,0 9, , ,5 25,0 15,0 11, , (N) tainless steel A4 Thin hea Plain Open D 2 max max 12,0 7,5 7, ,2 14,5 9,5 0,5-3,0 9, ,4 0,4 16,0 11,5 11, ,2 (N) Range eicate to inustry use. In case of non metalic support, please contact us 32

33 tainless steel A4 Thin hea Plain Close D 2 max 15,5 6,5 0,5-2,0 6, , ,0 7,5 7, , ,5 21,5 9,5 0,5-3,0 9, , ,0 11,5 11, , (N) max tainless steel A4 Flat hea emi-hexagonal Open D H 2 max 11,0 9,0 0,5-2,0 6, , ,0 12,5 10,0 7, , ,0 12,0 0,5-3,0 9, , ,5,5 15,0 11, , (N) tainless steel A4 tainless steel A4 Thin hea emi-hexagonal Open D H 2 max 11,0 6,5 0,5-2,0 6, , ,0 7,5 7, , ,5 14,5 9,5 0,5-3,0 9, , ,0 11,5 11, , (N) max Range eicate to inustry use. In case of non metalic support, please contact us 33

34 RIVK lin rivet nuts - Aluminium Aluminium Flat hea Plain Open Aluminium 2 M3 10,5 8,0 0,50-2,00 =3,2-e 0, ,0 5,4 10,75 7,5 2,00-3,50 =4,3-e 1, ,0 9,0 0,25-2,50 =4,1-e 6,3 1, ,0 13,0 10,0 3,00-4,50 =5,9-e 6,4 0, ,6 10,0 0,50-3,00 =4,5-e 7, ,0 1,0 16,0 11,0 3,00-5,50 =6,7-e 8, ,6 0,50-3,00 =5,0-e 10, ,0 9,0 1,5 18,0 3,00-5,50 =6,8-e 9, ,0 0,50-3,00 =5,8-e 12, ,0 11,0 1,5 20,0 3,00-5,50 =7,2-e 11, ,0 0,80-3,50 =6,2-e 16, ,0 13,0 2,0,7 3,50-6,00 =8,7-e, Aluminium Flat hea Plain Close 2 M3 13,5 0,25-2,00 =3,0-e 9, ,5 5,0 1,0 15,1 2,00-3,50 =4,3-e 9, ,5 10,0 0,50-3,00 =4,0-e 10,8 0, ,0 18,1 9,0 2,50-4,50 =5,6-e 11,5 1, ,0 11,0 0,50-3,00 =4,5-e 13, ,0 1,0 21,9 10,0 3,00-5,50 =6,9-e 14, ,0 0,50-3,00 =4,5-e, ,0 9,0 1,5 26,3 3,00-5,50 =7,7-e, ,0 0,50-3,00 =4,5-e 18, ,0 11,0 1,5 31,0 3,00-5,50 =8,5-e 21, ,5,0 3,50-6,00 13,0 =9,0-e 26,5 2,

35 Aluminium Countersunk hea Plain Open M3 f 2 max 10,2 1,3-3,5 =4,0-e 6, ,2 5,0 1,3 0,1 11,8 3,5-5,0 =6,0-e 5, ,5 9,0 1,7-3,5 1,5 =4,4-e ,0 6,7 0,1 12,8 8,2 3,5-5,0 1,3 =6,0-e ,0 10,0 1,0-4,0 0,9 =5,5-e 7, ,0 0,1 16,3 9,6 4,0-6,5 1,5 =7,7-e 8, ,0 12,0 1,7-4,5 =6,3-e 10, ,0 1,5 0,1 18,7 11,7 4,5-6,5 =8,7-e 9, ,0 14,0 1,7-4,5 =7,5-e 12, ,0 1,5 0,1 22,2 13,5 4,5-6,5 =9,3-e 12, ,0 15,4 1,7-4,5 12,5 =7,5-e 13, ,5 0,1 26,1 15,5 4,5-6,5 13,0 =10,4-e, Aluminium Aluminium Countersunk hea Plain Close 2 M3 14,1 1,5-3,5 =4,0-e 10, ,2 5,0 1,3 0,1 15,7 3,5-5,0 =6,0-e 9, ,7 1,5-3,5 =4,6-e 11, ,2 6,0 1,3 0,1,3 3,5-5,0 =6,0-e 11, ,4 9,6 1,5-4,5 7,0 1,5 =5,7-e 13,6 0, ,2 1,5-4,5 =6,5-e ,7 9,0 1,5,0 0,1,3 4,5-6,5 =8,6-e ,0 1,5-4,5 =6,9-e 21, ,5 11,0 1,5 0,1 32,1 4,5-6,5 =9,1-e 21, ,9 1,5-4,5 =7,5-e ,5 13,0 1,5 26,5 0,1 36,0 4,5-6,5 =9,5-e f max 35

36 RIVK HRT High Resistance Threa Avantages: Increase tightening torque enables increase preloa in the joint Allows the use of smaller iameter threa Weight saving Corrosion resistance (for aluminium versions) Ability to completely recycle proucts (for aluminium versions) HRT Forge hea to ensure rigiity uner loa Area of uctile steel (or aluminium) enables installation with stanar RIVK tools Area of harene steel (or aluminium) to ensure rigiity uner loa HRT teel 10.9 M (IO 898-1) N N N N 10 (IO 898-2) N N 300 N N N N 300 N N teel 12.9 M (IO 898-1) 500 N N N N 12 (IO 898-2) N N N N N N N N Aluminium 8.8 (IO 898-1) N 11 0 N N 8 (IO 898-2) N 200 N N N 200 N N The require setting force is epenent upon the screw assembly metho (elastic or over elastic). In orer to avoi any setting of the RIVK HRT uring screw assembly, we recommen to apply a setting loa in accorance to the preloa of the screw. Please ask öllhoff in case you nee any assistance. 36

37 RIVK HRT - teel teel HRT Flat hea Hexagonal Open H 2 20,0 14,0 1,0-3,0 9,0 =6,5-e 13,0 1, ,6,0 =6,3-e 11,0 16,0 1,5-26,6 3,0-6,0 =9,6-e ,0 20,0 1,0-3,5 =8,7-e, ,0 2,0,5 24,0 2,0-5,0 =9,5-e 18, M12x1,5 33,0,0 1,0-4,0 16,0 =10,5-e 22,0 2, A wie range of plating finishes are available. Other configurations are available upon request HRT etting forces (N) M12x1, Accoring to assembly conitions, these setting forces can be reuce. Please contact ÖHOFF. RIVK HRT - Aluminum Aluminium HRT Flat hea Hexagonal Open D H 2 max 18,1 14,0 0,5-3,0 9,0 =6,5-e 11,0 1, ,6 14,0 0,5-3,0 9,0 =6,8-e 11,5 1, ,6,0 0,5-3,5 11,0 =7,0-e 15,5 1, Optimize for aluminium an magnesium workpieces. Weight saving an corrosion resistant solutions for external applications. max 8.8 etting forces 8.8 (N) Accoring to assembly conitions, these setting forces can be reuce. Please contact ÖHOFF. 37

38 RIVK FC mart For Composite Avantages: No elamination risks (ue to the fastener) Reuction of crack risk at injection weling line Possible reuction of istance to ege arger hole tolerance Allows off axis setting TANDARD RIVK FC FC Unique bulge Clamp loa is uniformly istribute aroun the hole Fiber-reinforce polymer material RIVK FC sectional view N N RIVK reusable* RIVK reusable* imilar performance to stanar RIVK N 000 N *RIVK is more resistant than screw property class

39 RIVK FC - teel teel D -0,1 /+0,5 2 max 16,1 2,0-3, ,0 8, ,0 1,0,6 3,5-5, ,7 13,0 2,0-3, ,2 13,0 3,5-5, , ,0 20,7 18,0 2,0-3, ,5 22,2 18,0 3,5-5, ,0 2,0-3, ,0 11, ,0 23,5 3,5-5, (N) teel lliptic hea D D ,9 26,6 13 H12 2,2-3,7 RIVK FC - tainless steel tainless steel A4 1,5-3,0 ±0,15 9,2-0,1 /+0,3 9,3 We recommen to use the specific manrel (N) (N) max 11,5 2 max,5 1,7 1, FC RIVK FC is fully compatible with the whole öllhoff RIVK setting tool range (incluing fully automatic installation for mass prouction). ee RIVK FC stu page Available in alternative configurations upon request (stu, unerhea seal, etc.). Grip range coul be increase in certain specific conitions when associate with substrate material in these cases a prototype valiation will be necessary (Please contact us). RIVK FC A eicate brochure has been create for this prouct. Available upon request. 39

40 RIVK PN Ultimate pull out force Avantages: arge clamping area for higher pull out resistance (soft an/or thin materials) arge bearing surface to reinforce the workpiece Minimal raial stresses uring installation to reuce the risk of breakage in soft or fragile materials Available in steel (aluminium an stainless steel on request) in threa sizes to C Pultrue plastic Rotoforme plastic D Vinyl extrusion PN teel A MC plastic F low-moule plastic A C D F e e = 0,76 mm e = 2,92 mm e = 6, mm e = 3,04 mm e = 1,65 mm e = 4,69 mm RIVK N 900 N 6 7 N 100 N 0 N N RIVK PN N N N 700 N N N Test accoring to ÖHOFF specifications. 40

41 RIVK PNP teel Flat hea lotte Open D MIN 2 22,0 12,7 0,5-3,0 7,47 7,48 7,62 9,9 1, ,9 15,9 0,5-5,0 8,79 8,80 8,93 12,8 1, ,5,0 0,5-5,0 11,10 11,11 11,50 14,5 1, MAX RIVK PNC - xtene Grip Range teel Flat hea lotte Open D MIN MAX 2,6 11,15 0,50-3,80 6,12 6,13 6,25 8,6 0, ,95 0,50-4, 7, ,7 7,48 7, 9,9 0,95 23,8 4, - 8,10 7, ,9 0,50-7, ,9 8,79 8,80 8,90 12,8 1,50 32,8 7,10-12, ,5,0 0,50-7,10 11,10 11,11 11,50 14,5 1, ,2 22,25 0,50-7,10 13,06 13,07 13,26 15,8 2, PN tainless steel Flat hea lotte Open D MIN MAX 2,6 11,1 0,50-3,80 6,12 6,13 6,25 8,6 0, ,0 0,50-4, 7, ,7 7,48 7, 9,9 0,95 23,8 4, - 8,10 7, * 26,9 0,50-7, ,9 8,79 8,80 8,90 12,8 1,50 32,8 7,10-12, * 30,5,0 0,50-7,10 11,10 11,11 11,50 14,5 1, ,2 22,2 0,50-7,10 13,06 13,07 13,26 15,8 2, * *Item not in stock please contact ÖHOFF for availability RIVK PN - Tooling Please use eicate tooling, see page. 41

42 RIVK lastic Vibration amping characteristics Avantages: Vibration an noise amping lectrical an thermal insulation Tolerancecompensation tress reuction tresses cause by tolerance statck-up (on component to be fastene) Thermal expansion Dynamic fastener imple-to-fit. etting (bulge clamping) takes place uring assembly asy to isassemble an re-use. Permits flexibility in esign thanks to imensional variability max 150 N 150 N 250 N 400 N 2,0 Nm 2,0 Nm 4,5 Nm 7,0 Nm 15,0 mm 15,0 mm 15,5 mm 20,5 mm The "RIVK lastic" female threa is manufacture to stanar commercial tolerances (6H as per IO 68-1) an can also be manufacture with Imperial threas. 42

43 RIVK lastic - With washer Flat hea With washer Open 2,7 15,0 0,5-3,0 10,3 + 0,2 9,0 3, ,7 15,0 0,5-3,0 10,3 + 0,2 9,0 3, ,3 18,0 0,5-3,0 13,0 + 0,2 10,0 4, For components mae from plastic, aluminum an steel with a slotte hole RIVK lastic - Without washer Flat hea Without washer Open 2 15,5 15,0 0,5-3,0 10,3 + 0,2 9,0 1, ,0 18,0 0,5-3,0 13,0 + 0,2 10,0 2, ,0 22,0 0,5-3,0 16,0 + 0,2 11,0 3, M16 For components mae from steel with a pilot hole (DIN IO 3 stanar) 43

44 RIVK tanar blin rivet tus Avantages: asily pre-position mating parts prior to tightening (useful for heavy or large components or where the mountings are hien) Create a reusable stu threa equivalent to class 8.8 screw Offers all the avantages of the RIVK range, i.e. ease an economy of installation, flexibility an environmental sustainability teel N N N 6,0 Nm 10,0 Nm 24,0 Nm max 10,1 mm 13,0 mm 15,0 mm etting pin on Insert Upset pin off 44

45 teel Flat hea Knurle e min - max 10,0 11,2 0,5-3,0 7,0 =5,0-e 5,0 1,0 13,0 16, ,2 0,5-3,0 =5,2-e 16,9 3,0-5,5 =7,7-e 9,0 14,2 0,5-3,0 =5,2-e 8,5 1,5 14,2 0,5-3,0 =5,2-e 15,6 0,5-3,0 =5,7-e 8,5 15,6 0,5-3,0 =5,7-e 8,5 11,0 18,3 3,0-5,5 =7,6-e 9,0 1,5 15,6 0,5-3,0 =5,7-e 8,5 7,5-12,0 12,5 -,0,5-22,0 22,5 -,0 14,0-18,5 14,0-18,5,0-23,5 24,0 -,5 13,5-18,0 18,5-23, ,0-22, ,5 -, Coating Coating: = Zn8K+/Fe - = ZnNi8A/Fe teel Flat hea Hexagonal FC 10,0 13,0 16,0 13,5 21,0 18,0 1 12,0 12,8 14,3 15,5 20,2 22,3 1,8 e min - max 0,5-3,0 0,5-3,0 0,5-3,0 3,0-5,5 * references without og point teel Flat hea Knurle e min - max 2,0-3,5 H 7,0 9,0 11,0 +0,5 /-0,1 9,1 =4,4-e =4,8-e 2 7,0 2 8,0 1,5 13,0 1,0 1,5 =5,8-e,5-32, =5,8-e 9,0 1,5,0-23, ,5-33, =8,0-e =8,5-e 11,7 11,6 0,5 2,2,0-32,0 37,2-41, * (N) ,5-16, * 15,0-21, ,5 -, * 18,5-23, ,0 -, Coating Coating tainless steel Thin hea Hexagonal 1 e min - max 2 10,0 13,35 0,5-3,0 7,0 =4,4-e 8,5 0,5 13,0 15,65 0,5-3,0 9,0 =4,4-e 10,8 0,5 All RIVK stainless steel stus are lubricate. H 15,5-18, ,5-23, ,5 -, ,5-18, ,5-23, ,5 -,

46 RIVK Waterproof Avantages: Integrate sealing function Pre-applie seal table tensile strength in the mating screw N N RIVK reusable* RIVK reusable* N N N RIVK reusable* 000 N ame performance as stanar RIVK *RIVK is more resistant than screw property class

47 T C Max Hea Process type Temperature Water resistance Flat Thin xtra thin Countersunk etting range influence Automation capability Oversize hole O-Ring Aition of an uner hea o-ring 240 C IPX7 (N 5) +++ No Yes No Injecte polyamie ring Over-mouling 210 C IPX7 (N 5) ++ 2,0mm No Yes No Injecte plastic joint Over-mouling 180 C IPX7 (N 5) +++ 2,5mm No Yes No ealcote Pre-applie sealing Coating an heating 150 C IPX4 / IPX7* (N 5) Yes No Yes * tests shoul be unertaken in actual application conitions tainless steel 2,8 0,7-1,5 =2,8-e ,0 7,1 14,0 1,0,3 1,5-3,0 =4,5-e ,3 0,7-1,5 =2,4-e ,0 9,1 13,7 1,5,8 1,5-3,0 =4,7-e ,3 0,8-1,5 =3,2-e ,0 11,1 16,6+ 1,5 22,8 1,5-3,0 =4,7-e

48 RIVK pecial esigns RIVK - houlere pecific esign to avoi raial eformation an ensure that bulge is generate outsie the part an comes into contact with the uner-sie of panel. * Material 2,6-5,4 3,6-3,9 teel ZnNi8A/Fe * grip min is unique grip if polymer on bulge sie RIVK - Knurle shank an uner-hea ribs 2 anti-turn functions. The sharp eges (knurle) behaviour is linke to grip range. Ribs uner hea give the best results but shoul be avoie on fragile materials (g: Thermoset) ue to risk of cracking. * Material 2,4-4, teel ZnNi8A/Fe 4,0-6,

49 RIVNUT Aero - RIVNUT Aero 2A Designe to provie high strength, self locking blin rivet nuts in carbon reinforce composite. RIVNUT Aero retains it s locking function over time (even after several re-uses) an can be installe from one sie (no access hole necessary). A eicate brochure has been create for this prouct, please contact öllhoff. RIVK - Other concepts RIVK lliptic Hea fficient anti-turn function for soft substrates ee reference page 39 RIVK tar Hea Flush finish with anti-turn - Ieal for woo 49

50 RIVK Assembly tools M3 M12 M14 RIVK RK RIVK M2007 * * * * * 51 Manual tools RIVK RK RIVK RIVK OPTX 52 RIVK P RIVK P RIVK P RIVK Power tools RIVK P RIVK P2007 PN ** ** ** ** 56 RIVK P3007 PN ** ** 56 RIVK PX RIVK PK C 61 emi-automate tools RIVK PK HP 61 RIVK HA Automate tools RIVK A * RIVK PN **RIVK & RIVK PN 50

51 RIVK Han operate assembly tools RIVK RK 01 - Manual assembly tool ø RIVK M3 M12 M14 teel tainless steel Aluminium Tooling inclue (M3 - ) 0 g RIVK RK01 Kit RIVK Plus M x1 x50 x50 x50 x x1 x50 x50 x50 M14 RIVK M Manual assembly tool ø RIVK M3 M12 M14 teel tainless steel Aluminium Tooling inclue ( - M12) 1200 g RIVK M2007 Kit RIVK Plus M x1 x50 x25 x x1 x50 x25 x25 M14 51

52 RIVK Han operate assembly tools RIVK RK 10 - ever type assembly tool ø RIVK M3 M12 M14 teel tainless steel Aluminium Tooling inclue ( - ) 00 g RIVK 51 - Hyraulic manual assembly tool ø RIVK M3 M12 M14 teel tainless steel Aluminium Tooling not inclue 00 g RIVK OPTX - Hexagonal punching an assembly tool teel Aluminium 0,5-2,5 mm ø RIVK Tooling inclue ( - ) 2100 g

53 Tooling equipment RIVK RK 01 ø RIVK M3 Manrel + Anvil XX RIVK RK 10 ø RIVK Manrel + Anvil XX RIVK M2007 ø RIVK M12 Manrel XX Anvil XX RIVK 51 ø RIVK M12 M14 Manrel XX Anvil XX RIVK OPTX ø RIVK Manrel XX Nut Anvil XX Punch XX Matrix XX

54 RIVK Hyraulic/pneumatic installation tools troke controlle installation equipment RIVK P2005 teel tainless steel Aluminium M3 ø RIVK M12 M14 Fmax = N* *Up to N with 6,5 bar input 20 g Tooling not inclue (see page ) Pressure controlle installation equipment RIVK P ightweight tool for spee an accessibility teel M3 ø RIVK M12 M14 tainless steel Aluminium F = N = N 1800 g Tooling not inclue (see page ) Generic coe for a tool with unique force cartrige: It is also possible to get mono cartrige alone. Please contact öllhoff. A eicate brochure has been create for this prouct, please contact öllhoff. 54

55 Pressure controlle installation equipment RIVK P Flexible an versatile ø RIVK M3 M12 M14 teel tainless steel Aluminium F = N = N 2200 g Tooling not inclue (see page ) Generic coe for a tool with unique force cartrige: It is also possible to get mono cartrige alone. Please contact öllhoff. RIVK attery tool ø RIVK M3 M12 M14 teel tainless steel Aluminium F = N = N 2490 g Package with 1 battery Package with 2 batteries Tooling not inclue (see page ) Comparable weight to the RIVK P2007 when fitte with hose RIVK 2007 Tool + Tooling + attery Total weight 2,12 + 0,07 + 0,30 2,49 kg RIVK P2007 Pneumatic Tool + Tooling + Pneumatic Total weight 2,20 + 0,07 + 0,33 2, kg RIVK 2007 W A eicate brochure has been create for this prouct, please contact öllhoff. 55

56 RIVK Hyraulic/pneumatic installation tools Pressure controlle installation equipment RIVK P Powerfull an robust construction ø RIVK M12 M14 M16 teel tainless steel Aluminium F = N = N Aapte for RIVK HRT from 3400 g Tooling not inclue (see page ) Generic coe for a tool with unique force cartrige: It is also possible to get mono cartrige alone. Please contact öllhoff. RIVK P2007 PN ø RIVK PN M3 M12 M14 teel Fmax = N 2400 g Tooling not inclue (see page ) RIVK P3007 PN ø RIVK PN M3 M12 M14 teel Fmax = N 3100 g Tooling not inclue (see page ) 56

57 ø RIVK RIVK PX009 Process Control RIVK P1009 RIVK P2009 RIVK P3009 RIVK P2009 PN RIVK P3009 PN g g g g g Tooling not inclue (see page ) ø RIVK M3 M12 M14 Association of a force hyraulic/pneumatic assembly tool with a setting stroke control process Constant warranty of perfect setting Options Acknowlegement by key Acknowlegement by button Acknowlegement by RFID tack light repeater Multi-energy hose 5 m (stanar eliver) 10 m 15 m The generic coe of a RIVK PX009 configure with options is: Contact us for more information. A eicate brochure has been create for this prouct, please contact öllhoff. RIVK FC340 - FORC CONTROR F = 0 N = N (+/-3%) Available with an without certification Tooling kit not inclue RIVK FC TOOING KIT ø RIVK Washer + Nut XX XXX M3 M12 M14 M D5 D6 D Tooling for RIVK UNC an RIVK UNF available on eman. elect the kit accoring to the iameter you use. 57

58 RIVK Hyraulic/pneumatic installation tools Tooling RIVK P2005 / P1007 / P2007 Manrel Anvil RIVK P3007 Manrel Anvil XX XX XX XX XX XX 030 ø RIVK M3 M12 M14 M *(1) *(3) *(2) *(4) RIVK 2007 Manrel Anvil Nose for stus & force 18 kn ( & ) Fork for stus & force 18 kn ( & ) XX XX XX XX kn kn M RIVK P2005 / P1007 / P2007 Manrel XX XXX ø RIVK - UNC ø RIVK - UNF / /4-7/ / Anvil XX XXX *(6) RIVK P2007 PN Manrel Anvil RIVK P3007 PN Manrel Anvil XX XXX XX XXX XX XXX XX XXX ø RIVK M3 M12 M14 M *(5) *(5) *(1) = *(2) = *(3) = *(4) = *(5) = *(6) = ø RIVK RIVK TOOING OX M3 M12 M14 M

59 Accessories Ring Pin KIT RIVK P2005 RIVK P1007 RIVK P2007 RIVK P2007 PN RIVK P3007 PN RIVK P Kg Kg ,2-4 Kg ,2-4 Kg attery with higher capacity 14,4V 4,0AH - i-ion Multicharger 4 positions Cor power supply Tool support crew kit aaptator RIVK ee page Refill & purge accessory RIVK P1007 / P2007 / P2005 RIVK

60 RIVK Hyraulic/pneumatic installation tools Accessories RIVK P2005 RIVK P1007 RIVK P2007 RIVK P2007PN RIVK P3007PN + 50 mm mm mm + 50 mm mm mm + 50 mm mm mm mm mm KIT = A + + C A C M3 5 RIVK 2007 = original nose RIVK P2005 RIVK P1007 RIVK P2007 PX007 + P2005 RIVK IO4762 DIN M3 M3 x x x x x

61 RIVK pecial installation machines RIVK PK C / PK HP Hyraulic pneumatic tool with process control RIVK HA 2.0 etting hea with automatic loaing system RIVK A 2.0 lectrical setting hea A eicate brochure has been create for those proucts, please contact öllhoff. 61

62 RIVK Part number inex

63

64 öllhoff International with companies in: Argentina Austria razil Canaa China Czech Republic France Germany Hungary Inia Italy Japan Mexico Polan Romania Russia lovakia outh Korea pain witzerlan Thailan Turkey Unite Kingom UA Apart from these 24 countries, öllhoff supports its international customers in other important inustrial markets in close partnership with agents an ealers. öllhoff Group Please fin your local contact on or contact us uner ubject to technical change. Reprinting, even in extract form, only permitte with express consent. Observe protective note accoring to IO 116.