Throughbolt – PTB www.powerseurope.nl [email protected]+31 (0) 227 594740 Mechanical Anchors 04 0679-CPD-0019 EUROPEAN TECHNICAL APPROVAL ETA-04/0060 - ETAG 001 - option 7 PTB Throughbolt zinc plated – PTB PTB Throughbolt zinc plated, with big washer (Ø 24mm) – PTB 9021 PTB Throughbolt galvanised – PTB G PTB Throughbolt Stainless steel A4 – PTB SS PTB Throughbolt with inner thread – PTB IT 1. General applications • For approved fixings in uncracked concrete • ETA-7 European approval for uncracked concrete • For medium and heavy loading • For installation in uncracked concrete (> _B15 en <_B65) and compressive resistant stonehigh • For static or almost static loading • Not suitable for the use in soft basematerials • Suitable for fixing for example: steel profiles, cable systems, structural wood, (hand)rails, beams, columns, footplates • Zinc plated throughbolts are for indoor (dry) environments only • Stainless steel throughbolts are suitable for industrial and marine environments • Through fixing 2. Benefits • Very high approved loads for tension and shear • Immediate, high strength loading • Safe, controlled installation by torquing the anchor up to the given approved installation torque • Identification mark on head of bolt represents the anchorlength • Long threaded part for variability in thickness of fixtures 3. Properties • Available in different types; regular throughbolt, stainless steel throughbolt, throughbolt with inner thread and throughbolt with big washer (DIN 9021) • Available in zinc plated, hot dip galvanised and stainless steel • Wide range of lengths and diameters, from M6 to M20 Approvals and test reports Product description zinc plated PTB - 3/07 - 4590 PTB PTB 9021 PTB G PTB SS M10 M10 PTB IT B PENDING
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PTB Throughbolt zinc plated, with big washer (Ø 24mm) – PTB 9021
PTB Throughbolt galvanised – PTB G
PTB Throughbolt Stainless steel A4 – PTB SS
PTB Throughbolt with inner thread – PTB IT
1. General applications• For approved fixings in uncracked concrete• ETA-7 European approval for uncracked concrete• For medium and heavy loading• For installation in uncracked concrete (>_B15 en <_B65) and compressive
resistant stonehigh• For static or almost static loading• Not suitable for the use in soft basematerials• Suitable for fixing for example: steel profiles, cable systems, structural
wood, (hand)rails, beams, columns, footplates• Zinc plated throughbolts are for indoor (dry) environments only• Stainless steel throughbolts are suitable for industrial and marine
environments• Through fixing
2. Benefits• Very high approved loads for tension and shear• Immediate, high strength loading• Safe, controlled installation by torquing the anchor up to the given
approved installation torque• Identification mark on head of bolt represents the anchorlength• Long threaded part for variability in thickness of fixtures
3. Properties• Available in different types; regular throughbolt, stainless steel
throughbolt, throughbolt with inner thread and throughbolt with bigwasher (DIN 9021)
• Available in zinc plated, hot dip galvanised and stainless steel• Wide range of lengths and diameters, from M6 to M20
Using the proper diameter bit, drill ahole into the base material to adepth of one anchor diameter deeperthan the embedment required.
Blow and brush the hole clean ofdust and other material.
Drive the anchor through the fixtureinto the anchor hole until the nutand washer is firmly seated againstthe fixture. Be sure the anchor isdriven to the required embedmentdepth.
Tighten the anchor by applying theguide installation torque from thefinger tight position.
Uncracked Concrete
Anchor components Carbon Steel Hot Dipped Galvanised Stainless steel
* No approval on diameter M6 Values in these table are given in the ETA approval ETA/04-0060If there are both tension loading and shear loading on the anchor, the loading should be checked byusing the combined loading formula:
Approved design loads Nrd and Vrd [kN]
These values are destilated by dividing the approved design loads by 1.4If there are both tension loading and shear loading on the anchor, the loading should be checked by using the combined loading formula, as published above
* Apply a reduction factor
Recommended Loads Nrec and Vrec [kN]
S
C
Changes without notice, Powers terms and conditions apply.