Clinch Fastening Systems

Clinch Fastening Systems 

Product Catalog 

Applied creativity. Breakthrough solutions.

Clinch Fastening Systems from Acument Global Technologies 

Table of Contents 

Introduction 

Innovation and technology . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 

Overview of fasteners . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 

Strux® Clinch Products 

Bolts/Studs 

Features and installation example. . . . . . . . . . . . . . . . . . . . . . 4 

Dimensional and performance data. . . . . . . . . . . . . . . . . . . . 5 

Nuts 



Rivtex® Clinch Products 

Bolts/Studs Type TCB 



Rivtex® Pierce-Clinch Nuts 

Type TSPN 

Features and installation example. . . . . . . . . . . . . . . . . . . . . 10 

Dimensional and performance data. . . . . . . . . . . . . . . . . . . 11 

Installation Equipment 

Autoriv systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 

Autoriv 100 system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 

Autoriv 210 system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 

Other Autoriv systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 

Warranty 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 

Contact Information 

Global contacts. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .back cover 

1


As the demand for thin sheet steel and aluminum 

sheet applications increases, so do solutions for 

fastening them. Acument Global Technologies 

continues its product development to meet these 

changing needs. 

The Strux® line of clinch nuts and studs from 

Acument are designed to provide an external or 

internal thread in sheet metal stack-ups 1.5mm and 

thicker. Based on the proven performance of Strux® 

fasteners, Acument has developed the Rivtex® line 

of clinch and pierce-clinch fasteners to meet the 

needs of sheet metals as thin as 0.75mm. 

Acument can provide a wide range of automated 

feed, placement and transfer options for both lines 

of fasteners. 

Features 

• Unlike spot welding, joints can be created 

in-die with clinch fasteners and automated 

equipment 

• Can be used where welding is impossible 

or undesirable, such as joining dissimilar 

materials, pre-coated sheets, and highstrength 

thin sheet metals 

• Unlike welding, clinch fasteners do not create 

a heat zone in the materials during installation 

• Can be installed after the painting or coating 

process, with virtually no aesthetic damage to 

the application 

• Allows simple visual inspection to determine 

proper fastener seating 

Benefits 

• Lowers in-place costs 

• Can eliminate welding operations and its 

environmental and safety hazards 

• Maximizes assembly flexibility 

• Changes and damage to the application 

materials are minimized 

• Cross-threading and other problems caused 

by coated or painted threads can be avoided 

• Joints do not require destructive testing to 

determine installed strength 

• Use of threaded fasteners ease servicing 

while providing high joint strength 

2


Continuing Technology 

The Strux® line of clinch fasteners was introduced 

in 1976. They provide optimal performance in 

steel and aluminum sheet applications that are 

2.0mm and over, but too thin to provide adequate 

thread engagment from screws or bolts. 

Originally featuring a TORX® configuration on the 

displacement lobes, other configurations are also 

used to meet specific application requirements. 

The Rivtex® line of clinch fasteners were 

designed to meet the needs of thinner sheet 

metal applications. These include high-strength 

thin sheet steel, where welding can reduce the 

material’s performance. 

Benefits 

• Provides high resistance to rotation and pushout 

• Can eliminate welding operations in standard 

materials and be used with material 

combinations that can not be welded 

• Provides a cleaner appearance then welded 

fasteners 

• Many automated installation systems available 

• Can be installed in-die, unlike welding 

operations 

• Speeds the assembly process 

• Lowers in-place costs 

Testing of actual applications is required to 

determine optimal fastener selection and assembly 

parameters. Please contact an Acument Global 

Technologies applications engineer for assistance. 

Strux® Fasteners 

• Three products: 

– STRUX clinch studs 

(external threads) 

– STRUX clinch nuts 

(internal threads) 

– unthreaded STRUXtite® 

nuts for use with 

TAPTITE® thread-rolling 

fasteners are available as specials 

• Available in sizes M4 – M12 (#8 – 1/2") 

• Optimum performance in sheet metals over 

1.5mm thick 

Rivtex® Fasteners 

• Two products: 

– Rivtex clinch studs 

(external threads) 

– Rivtex pierce-clinch 

nuts (internal threads); 

eliminate need for 

punched or drilled holes 

• Available in sizes M5 

– M10 

• For thinner sheet metals, including high strength 

thin steel sheets and aluminum sheets 

– clinch products: 0.75mm to 2.0mm 

– pierce-clinch nuts: 0.75mm to 2.0mm (steel); 

0.75mm to 3.0mm (aluminum) 

Specials 

Unthreaded pins, engineered threads, double-end studs, preassembled 

subcomponents and more are available. 

3

Clinch Studs 

Strux® Fastening Systems 

retaining groove 

lobular 

configuration 

retaining ring 

displacement 

lobes 

Features 

• Displacement lobes in TORX® configuration or 

others as required 

• Locking/retaining groove 

• Shear/retaining ring 

• External threads 

• Available in sizes M4 – M16 (#8 – 5/8) 

before installation 

after installation 

Installation Sequence (Representative Sample) 

Application material must be drilled or 

punched. Two-sided access is required 

during installation. 

Installation equipment applies pressure onto the head of the stud and the opposite 

side of the application material. As pressure continues, the application material cold 

flows into the locking groove. 

4


Clinch Studs 

Strux Studs Dimensional & Performance Data – Metric Sizes (all dimensions shown in millimeters) 

Thread 

Size 

S 

+0.07 

C 

±0.13 

D 

±0.25 

M4 x 0.7 4.61 1.40 7.75 

M5 x 0.8 5.61 1.75 8.75 

M6 x 1.0 

M8 x 1.25 

6.61 2.10 11.00 

8.61 2.80 15.25 

M10 x 1.5 10.61 3.50 19.75 

M12 x 1.75 12.61 3.80 20.00 

K 

Ref. 

Material 

Thickness 

Min 

Recommended 

Hole Size 

Min Max 

Approx.* 

Staking Force 

kN 

Approx.* 

Pushout 

kN 

Approx.* Unsupported 

Torsional Resistance 

Nm 

1.5 1.0 

13.3 1.04 4.80 

4.68 4.78 

2.3 1.5 16.9 2.27 5.01 

1.5 1.0 

13.3 1.09 4.00 

5.68 5.78 

2.3 1.5 16.5 2.22 10.73 

1.5 1.0 

20.2 1.42 7.69 

2.3 1.5 6.68 6.78 

25.8 2.56 15.22 

3.4 2.3 26.7 4.78 15.22 

2.3 1.5 

35.6 2.40 26.78 

3.4 2.3 8.68 8.78 

42.3 6.09 40.06 

4.6 3.0 45.4 9.06 40.06 

3.4 2.3 

66.7 5.92 60.49 

10.68 10.78 

4.6 3.0 73.4 8.82 84.80 

3.4 2.3 

73.4 7.26 81.14 

12.68 12.78 

4.6 3.0 77.8 13.91 124.25 

NOTES: Other sizes available upon request. * Tests conducted into low carbon steel with a maximum hardness of Rockwell B70. 

Underhead shape and dimensions controlled by manufacturer to meet 

performance requirements. 

Performance data shown are typical results obtained under laboratory 

conditions. It is recommended that each application be tested individually 

for precise values. For performance in materials other than steel, individual 

testing is a requirement. This data is not to be considered a specification. 

Contact an Acument Global Technologies applications engineer for assistance. 

Strux Studs Dimensional & Performance Data – Inch Sizes 

Thread 

Size 

S 

+0.002 

-0.003 

C 

±.005 

D 

±0.010 

K 

Ref. 

Material 

Thickness 

Min 

Recommended 

Hole Size 

Min Max 

Approx. 

Staking Force 

Tons 

Approx. 

Pushout 

lb. 

Approx. Unsupported 


in/lb. 

#8 .176 .060 .350 

.060 .036 (20 ga) 

.095 .060 (16 ga) 

.178 .182 

#10 .204 .070 .370 

.060 .036 (20 ga) 

.095 .060 (16 ga) 

.206 .210 

.060 .036 (20 ga) 

1/4" .270 .090 .470 

5/16" .331 .110 .600 

.095 .060 (16 ga) 

.135 .090 (13 ga) 

.095 .060 (16 ga) 

.135 .090 (13 ga) 

.272 .276 

.333 .337 

*Application testing is required to determine specific 

performance data for inch-sized studs. 

Please contact an Acument Global Technologies 

applications engineer for assistance. 

.180 .120 (11 ga) 

3/8" .398 .130 .690 

.135 .090 (13 ga) 

.180 .120 (11 ga) 

.400 .404 

1/2" .530 .175 .950 

.135 .090 (13 ga) 

.180 .120 (11 ga) 

.532 .536 

NOTE: Other sizes available upon request. 

5

Clinch Nuts 


retaining ring 

lobular 

configuration 

retaining 

groove 

displacement 

lobes 

Features 

• Displacement lobes in TORX® configuration or 

others as required 


• Squeeze/retaining ring 

• Internal threads 

• Available in sizes M4 – M12 (#8 – 1/2") 

• Can be used in sheet metal 1.5mm and thicker 

• Unthreaded nuts available for use with TAPTITE® 

fasteners 




Punched or drilled hole required. If needed, a locating pin holds the nut in place (shown). Installation equipment applies 

pressure onto the head of the nut and the opposite side of the application material. As pressure continues, the application 

material cold flows into the retaining/locking groove. 

6


Clinch Nuts 

Strux Nuts Dimensional & Performance Data – Metric Sizes (all dimensions shown in millimeters) 

Thread 

Size 

S 

±0.07 

C 

±0.19 

D 

±0.13 

K 

Ref. 

Material 

Thickness 

Min 

Recommended 

Hole Size 

Min Max 

Approx. 

Staking Force 

kN 

Approx. 

Pushout 

kN 



Nm 

M4 x 0.7 7.13 3.19 10.16 1.5 1.5 7.20 7.30 13.3 0.91 6.19 

M5 x 0.8 7.61 4.19 11.30 

1.5 1.5 

26.7 1.04 12.00 

7.68 7.78 

1.9 1.9 30.2 1.68 21.32 

1.5 1.5 

38.7 1.39 18.85 

M6 x 1.0 8.61 4.71 14.10 1.9 1.9 8.68 8.78 

40.0 2.57 21.04 

2.3 2.3 42.3 3.22 32.52 

1.5 1.5 

44.5 1.53 21.17 

M8 x 1.25 10.61 5.93 16.64 1.9 1.9 10.68 10.78 

48.9 2.41 41.94 

2.3 2.3 57.8 4.58 54.23 

M10 x 1.5 13.09 7.20 18.42 

2.3 2.3 

53.4 4.16 57.21 

13.16 13.26 

3.4 3.4 57.8 4.28 65.65 

M12 x 1.75 15.61 9.61 23.88 

2.3 2.3 

108.3 4.75 75.39 

15.68 15.78 

3.4 3.4 109.0 7.66 124.32 

NOTES: Other sizes available upon request. * Tests conducted into low carbon steel with a maximum hardness of Rockwell B70. 

Underhead shape and dimensions controlled by manufacturer to meet performance 

requirements. 

Performance data shown are typical results obtained under laboratory conditions. 

It is recommended that each application be tested individually for precise values. 

For performance in materials other than steel, individual testing is a requirement. 

This data is not to be considered a specification. 


Strux Nuts Dimensional & Performance Data – Inch Sizes 

Thread 

Size 

S 

+0.07 

C 

±0.13 

D 

±0.25 

#8 .176 .060 .350 

#10 .204 .070 .370 

1/4" .270 .090 .470 

5/16" .331 .110 .600 

3/8" .398 .130 .690 

1/2" .530 .175 .950 

K 

Ref. 

Material 

Thickness 

Recommended 

Hole Size 

Min Min Max 

.060 .036 (20 ga) 

.095 .060 (16 ga) 

.178 .182 

.060 .036 (20 ga) 

.095 .060 (16 ga) .206 .210 

.060 .036 (20 ga) 

.095 .060 (16 ga) 

.135 .090 (13 ga) .272 .276 

.095 .060 (16 ga) 

.135 .090 (13 ga) 

.180 .120 (11 ga) 

.333 .337 

.135 .090 (13 ga) 

.180 .120 (11 ga) 

.400 .404 

.135 .090 (13 ga) 

.180 .120 (11 ga) 

.532 .536 

Approx.* 

Staking Force 

kN 

Approx.* 

Pushout 

kN 

Approx.* Unsupported 


Nm 

*Application testing is 

required to determine specific performance data for 

inch-sized nuts. 

Please contact an Acument Global Technologies 

applications specialist 

for assistance. 

NOTE: Other sizes available upon request. 

7

Clinch Bolts: Type TCB 

Rivtex® Fastening Systems 

displacement lobes 


locking/retaining groove 

squeeze/retaining ring 

Features 

• Displacement lobes 


• Squeeze/retaining ring 

• External threads 

• Available in sizes M5 – M10 

• Can be used in sheet metal 0.75mm – 2.5mm 




Application material must be drilled 

or punched. Two-sided access is 

required during installation. 

Installation equipment applies pressure onto the head of the stud and the oppposite 

side of the application material. As pressure continues, the application material cold 

flows into the locking groove. 

8


Clinch Bolts: Type TCB 

D t 

Rivtex Studs Dimensional & Performance Data – Metric Sizes (all dimensions shown in millimeters) 

Thread 

Size 

D 

(-0.27) 

Dt 

(± 0.15) 

Dr 

(-0.2) 

R 

(+0.2, -0.1) 

C 

(±0.13) 

M5 x 0.8 9 8.3 5.35 0.9 1.8 

M6 x 1.0 12 11.0 6.35 1.0 2.1 

M8 x 1.25 16 14.5 8.50 1.2 2.8 

M10 x 1.5 20 18.0 10.50 1.3 3.5 

Material 

Thickness 

0.75 

Recommended 

Hole Size 

Staking 

Force 

kN 

45 

Approx. 

Pushout 

kN 



Nm 

1.5 5.35 (+0.1) 55 *Application testing is required. 

2.0 65 

0.75 

45 1.1 10.0 

1.5 6.35 (+0.1) 55 1.7 15.0 

2.0 65 2.1 15.0 

0.8 

65 1.3 13.0 

1.5 8.50 (+0.15) 85 2.1 30.0 

2.0 100 2.6 35.0 

1.0 

95 

1.5 10.5 (+0.15) 95 *Application testing is required. 

2.5 120 

Sizes M5 and M10 require application testing to determine specific performance data. 

Underhead shape and dimensions controlled by manufacturer to meet performance requirements. 

Performance data shown above are typical results obtained under laboratory conditions. It is recommended that each application be tested 

individually for precise values. For performance in materials other than steel, individual testing is a requirement. This data is not to be 

considered a specification. 


9

Pierce-Clinch Nuts: Type TSPN 


piercing 

ring 

locking/retaining 

groove 

piercing ring 

locking/retaining 

groove 


Features 

• Piercing ring 

• Displacement lobes 


• Internal threads 

• Available in sizes M5 – M10 

• Can be used in steel sheets 0.75mm – 2.0mm 

and aluminum sheets 0.75mm – 2.5mm 

• Does not require punched or drilled holes 

• Provides high resistance to torque and push-out 

Benefits 

• May eliminate punching or drilling operations 

• Unthreaded nuts available for use with TAPTITE® 

fasteners 




No punched or drilled 

hole required. (Can be 

used with existing hole) 

material cold flows 

into retaining groove 

pierced material 

falls away 

10


Pierce-Clinch Nuts: Type TSPN 

C 

Rivtex TSPN Nuts Dimensional & Performance Data* – Metric Sizes (all dimensions shown in millimeters) 

Thread 

Size 

M5 x 0.8 

M6 x 1.0 

D 

(+0.1) 

Dr 

(+0.15) Lg 

C 

(+0.1) 

14.0 8.45 5.8 5.0 

M8 x 1.25 16.5 10.45 6.9 5.9 

M10 x 1.5 18.5 12.45 8.2 7.2 

Material 

Thickness 

0.8 

Recommended 

Prepunched 

Hole Size† 

(-0.1) 

Approx. 

Staking 

Force 

kN 

Approx. 

Pushout 

kN 



Nm 

30 1.5 10.0 

1.0 8.65 

30 2.8 18.0 

1.8 60 4.0 18.0 

0.8 

40 1.9 13.0 

1.0 10.65 

40 3.1 32.0 

1.8 75 4.3 42.0 

1.0 

60 

1.5 12.65 

85 

*Application testing is required. 

2.0 100 

†Prepunched or predrilled holes are recommended for bottom-up installation configurations. 

*NOTE: Values shown are for steel materials only. Aluminum applications must be indivdually tested to determine performance parameters. Size 

M10 requires application testing whether they are used in steel or aluminum applications. 

Underhead shape and dimensions controlled by manufacturer to meet performance requirements. 

Performance data shown are typical results obtained under laboratory conditions. It is recommended that each application be tested individually 

for precise values. For performance in materials other than steel, individual testing is a requirement. This data is not to be considered a 

specification. 


This cross-section of an actual 

application demonstrates how the 

application material cold flows into the 

retaining groove of the TSPN nut. 

11

Autoriv Installation Systems 


The Autoriv line of automated installation 

systems was developed to offer component 

suppliers and OEMs an economical and reliable 

method of setting large quantities of clinch 

fasteners into a variety of stamped assemblies. 

Both in-die and offline systems are available. This 

eliminates welding of fasteners, resulting in cost 

savings plus quality and safety advantages. 

Sturdy feed, power and placement modules are 

engineered to minimize set-up time and downtime 

while maximizing assembly flexibility. Add the 

process engineering and stamping expertise of 

Acument Global Technologies, and the optimal 

solution for your assembly needs is readily available. 

Benefits 

• Minimizes material handling costs 

• Minimizes space requirements and costs 

• Minimizes personnel requirements 

• Increases operator safety 

• Provides optimal throughput times 

• Lowers installed costs 

• Provides more uniform quality 

12



Autoriv 100 In-Die Installation System 

This robust system is engineered to accommodate 

applications with tight tolerances and/or 

complicated part geometries. Its durable 

construction withstands tough production 

environments. 

Features 

• Mobile feeding units (on casters) 

– Easily adapt to different size fasteners via 

change-over kits 

– House two independent feeding bowls 

– Separate incorrectly-oriented nuts which could 

cause damage to the die. The incorrectly 

positioned nut can then be removed quickly 

through a hinged opening 

– Guarantee that only a certain amount of 

fasteners are contained in the vibratory 

bowl at any one time to help prevent wear of 

fastener surface coatings 

– Durable plastic covers minimizes dust 

intrusion and noise levels 

• Placing heads allow flexible assembly 

– Can be easily designed into dies 

– Can be easily removed and replaced without 

removing the die from the press 

– When placing nuts, heads can be mounted at 

any angle to accommodate a variety of part 

geometries and tolerance requirements 

Autoriv 100 units 

Representative in-die set-up 

• Quick-release connections on all punching heads 

and feed bowls for air, electric and charging 

tubes 

– Prevents incorrect connections and resulting 

malfunctions. No individual plugging of 

contacts is required. 

– The system automatically recognizes which 

insertion heads have been connected. 

Fasteners are only blown to these punching 

heads. 

Interior of Autoriv 100 unit is configured 

to meet your specific needs 

13



• Controls and operator interface ease tracking of 

installation problems 

– Micro-controller or PLC monitors fastener in all 

critical locations, ensuring fasteners are ready 

for setting 

– Heavy-duty LED panel displays system status 

and exact fault locations, permitting it to be 

dealt with directly and quickly 

– System interacts with press to stop process if 

an abnormality is sensed 

– Rotary operator panel with system layout and 

checks; can always be turned to the press 

operator 

• Press simulation unit can be created 

– Allows complete system check (punch head, 

signal exchange and feeding unit) outside the 

press 

– Feeding system and punch heads can also be 

checked manually 

Benefits 

• Shortens downtime for changeovers 

• Highly-accurate positioning 

• Eases troubleshooting 

• Helps prevent damage to press 

• Reduces potential for scrapped or reworked 

assemblies 

• Withstands demanding assembly environments 

Quick-connect couplings ease set-up 

Adjustment of 

Fitting Length 

For in-die systems, 

nose length and 

corresponding 

components can 

be engineered 

to accomodate 

difficult 

accessibility 

conditions or 

to assemble 

complex or 

awkwardly-shaped 

components. 

Success With Strux® Fasteners & Autoriv Installation Systems 

Customer: Tier 2 automotive supplier 

Benefits: 

• Solution allows placement of different 

Application: Seat tracks and seat attachments 

fasteners at a variety of angles 

Application problem: Components had to be 

• Tight tolerances are met 

manufactured to tight tolerances to prevent 

• Use of clinch fasteners permits quick, clean 

binding of seat sliders. These tolerances would 

visual inspection 

have been difficult to achieve with welded nuts. 

ACUMENT SOLUTION: Strux® fasteners seated with 

two adaptable Autoriv 100 systems: 2 in-die systems 

for seating nuts, 4 in-die progressive systems (two 

for nuts, one for studs, and one combination nut 

and stud), and 2 offline, progressive die systems for 

seating nuts 

• Flexibility and adaptability of Autoriv system 

kept tool costs low 

• In-die progressive system can achieve a 

stroke rate up to 60 strokes per minute 

• Welding equipment, hazards and splatter 

clean-up were eliminated 

14



Autoriv 100 System – Technical Data 

Rated current: 

Rated voltage: 

Frequency: 

10 amp 

115V (24V Control Voltage) 

60Hz 

Fuse protection: 12.5A 

Number of phases: 1 

Compressed air supply: 

Pressure control device: 

Air-borne noise: 

Machine dimensions: Height: 1500mm (59") 

Width: 1100mm (42.3") 

Length: 1450mm (57") 

Weight: 

Service pressure ....................................................................................................6 bar (80 psi) 

Air requirements .................100m3/h (59cfm) (2 out) to 200 m3/h (118cfm) (4 out) 

Quality ..................................................................................................................................oil-free 

Connection .......................................................................................................................1/2 inch 

Factory setting .................................................. Switch-on pressure ≥ 5.3 bar (76.9 psi) 

Factory setting ............................................... Switch-off pressure ≤ 4.5 bar (65.26 psi) 

Measuring process ....................................................................... In-process measurement 

Measuring device ................................................................................................... DIN IEC 651 

Measuring code .....................................................................................................DIN 45645-2 

External noise ...................................................................................... Automatic conditions 

Measuring point ................................................. Using position, 1.5m above floor level 

Measuring distance 1m, cover closed: 

Sm .............................................................. Min: 75.9 dB(A), Max: 86.3 dB(A), Ø 81.1dB(A) 

Measuring distance 1m, cover open: 

Sm ............................................................Min: 75.9 dB(A), Max: 102.3 dB(A), Ø 89.1dB(A) 

Measuring distance >3m, cover open: 

Sm ....................................................................................................................................



Autoriv 210 Pedestal Workstation 

This C-frame manual workstation is designed for lowvolume 

placement of clinch fasteners. 

Features 

• Automatic feed with vibratory bowl standard 

– Multi-bowl feed or magazine feed also available 

– Bowl changeover kits are available to allow the 

same workstation to place different fasteners 

• Air/oil hydraulic system 

– Provides maximum 80Kn (18,000 lbs) setting 

force; adjustable peak force allows setting of many 

different clinch/pierce-clinch fastener styles 

– Adjustable dwell time 

– Force monitoring standard; stroke monitoring also 

available 

• Machine cycle time: 3 seconds 

• Standard C-frame 

– Throat depth: 450mm 

– Daylight: 70mm 

– Custom C-frames available to meet specific 

application needs 

• Heavy-duty operator panel 

– LED displays system status and fault locations 

• Integrated safety system 

– Allows use of foot pedal 

– Light curtains or palm buttons available 

Benefits 

• Adjustable feeding and placement settings provide 

greater versatility and usage 

• Eases troubleshooting 

• Withstands demanding assembly environments 

• Reduces potential for scrapped or reworked 

assemblies 

16



Autoriv 210 System – Technical Data 

Rated current: 

Rated voltage: 

Frequency: 

Fuse protection: 

Compressed air supply: 

Air-borne noise: 

7A 

115V (24V control voltage) 

60Hz 

15A 

Machine dimensions: Height: 2800mm (110") 

Width: 1080mm (42.5") 

Length: 1385mm (54.5") 

Weight: 

Service pressure ................................................................................................. 6 bar (87 p.s.i.) 

Air requirements ................................................................................. 800L/min. (28.25 cfm) 

Type .......................................................................................................................................oil-free 

Connection ...............................................................................................................................1/2" 

Measuring process ....................................................................... In-process measurement 

External noise ...................................................................................... production workshop 

Measuring point ............................................ operator’s place, ground clearance 1.6m 

Noise .............................................................................................................................. 77.5 dB(A) 

1000 kg (2,200 lb) 

Foundations: Load-bearing capacity .................................................................. 1500 kg/m2 (307 lb/ft 2 ) 

Part thickness capacity 0.7mm to 3.0mm (0.027" to 0.118") 

Performance/cycle time: 

Power cylinder: 

3 seconds per part in automatic mode 

80Kn (18,000 lb) 

Throat depth: 450mm (17") 

Daylight 70mm (2.75") 

Compressed air system: 

Control system: 

C-frame maximum allowable load: 

NOTE: The information in this manual is not to be considered a specification. 

Manufacturer ...................................................................................................................... FESTO 

Manufacturer ..................................................................................................................Siemens 

.............................................................................................................10 metric ton (22000 lbf) 

A complete technical manual for the Autoriv 210 system is available upon request. 

17



Other Autoriv Systems 

In addition to the Autoriv 100 and Autoriv 210 

systems, additional systems are available to 

provide installation solutions for all applications and 

manufacturing environments. Fully-integrated systems, 

robotic-mounted placing heads, and multi-headed 

systems are possible. 

Please contact Acument Global Technologies for more 

information. 

Autoriv 220 

CNC-Controlled System 

• Able to press up to 

4 different fasteners 

without tool change 

• Preferred for large and 

heavy sheet metals 

Autoriv 230 Articulated C-Frame 

• C-frame with automated feeding system 

• Set-up for robot use 

• Complete robot cells available 

Autoriv 240 

Cell-Integrated Pedestal 

Workstation 

• Stationary assembly 

stations 

• Robotic component 

handles applications 

• Very flexible solution 

Autoriv 250 Multi-head Fully-Automated 

System 

• Fully-automated systems allows 

simultaneous placement of multiple 

fasteners, even at different angles 

• Recommended for high service 

production and short cycle times 

18

Acument Global Technologies 

Warranty Information 

Acument Global Technologies, Inc. hereby provides the following limited warranty to the initial retail 

customer and original installer (“the Warranty Holder”) that its products will be free from defects in 

material and workmanship, provided that the products are used in accordance with the instructions as to 

maintenance, operation and use of Acument Global Technologies, Inc. 

The Warranty Holder’s exclusive remedy and the only obligation of Acument Global Technologies, Inc. in 

the event of a defect or failure in the products, is that Acument Global Technologies, Inc. will, at its sole 

option, repair, replace, or rework the products, but in no case shall the cost of the foregoing exceed the 

invoice price of the products. 

This limited warranty shall be void if any person seeking to make a claim for defective or failed products 

(1) fails to notify Acument Global Technologies, Inc. within thirty (30) days of receipt of fasteners and 

within one year of receipt of tools and spare parts that the product is defective or has failed, or (2) if said 

person fails to provide Acument Global Technologies, Inc. with such evidence as is reasonably requested 

in relation to the claimed defect or failure, including without limitation, evidence of the date of purchase 

and date of installation. 

THIS LIMITED WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, AND ANY 

IMPLIED WARRANTIES OF AS TO QUALITY, FITNESS FOR PURPOSE, OR MERCHANTABILITY ARE HEREBY 

SPECIFICALLY DISCLAIMED AND EXCLUDED BY ACUMENT GLOBAL TECHNOLOGIES, INC. UNDER NO 

CIRCUMSTANCES SHALL ACUMENT GLOBAL TECHNOLOGIES, INC. BE LIABLE FOR INCIDENTAL OR 

CONSEQUENTIAL DAMAGES ARISING FROM ANY DEFECT OR FAILURE IN ITS PRODUCTS. 

NOTE: The properties, strengths, dimensions, installed characteristics and all other information in 

this catalog is for guidance only to aid in the correct selection of the products described herein 

and is not intended or implied as part of the above warranty. All applications should be evaluated 

for functional stability and available samples of the described parts can be requested for installed 

tests, suitability and evaluations. 

All inquiries concerning this Limited Warranty should be sent to: 

Acument Global Technologies, Inc. 

Attention: Legal Department 

6125 Eighteen Mile Road 

Sterling Heights, Michigan 48314 

1-800-544-6117 

19

6125 Eighteen Mile Road 

Sterling Heights, Michigan 48314 

1-800-544-6117 

acument.com 

camcarsolutions.com 

ringscrew.com 

NOTE: The information in this manual is not to be considered a specification. 

Strux®, Struxtite®, TORX®, Rivtex®, Autoriv, Speed Fastening, Rivscrew®, Briv®, Avex®, Stavex®, Monobolt®, Avdelok®, Fastriv®, Crimptite®, Mag-Form®, TORX PLUS®, and Camcar® are 

trademarks of Acument Intellectual Properties, LLC. TAPTITE® and Plastite® are registered trademarks of Research, Engineering & Manufacturing Inc. PT® and Delta PT® are registered 

trademarks of EJOT Verbindsdungtechnik & Co. KG. 

©2004-2007 Acument Intellectual Properties, LLC. REV: 02/01/07

Clinch Fastening Systems

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