EN ISO 17660-1 is crucial for guaranteeing that welded reinforcement joints possess the necessary load-bearing capacity and ductility. By strictly following the requirements for WPS, personnel certification, and testing, contractors can ensure compliance with modern structural safety standards.
Overlapping parallel bars joined via fillet welds or slot welds, typically covering diameters from 6 mm to 32 mm.
EN ISO 17660-1 defines strict testing requirements to ensure the strength and ductility of the joints. This includes:
To ensure you are using the most current and legal version of the document, you should obtain it from one of the following official bodies:
EN ISO 17660-1 PDF: A Comprehensive Guide to Load-Bearing Reinforcing Steel Welding en iso 17660-1 pdf
While Part 1 focuses on load-bearing joints (joints that bear structural stress), ISO 17660-2 covers non-load-bearing joints.
: Common processes governed include manual metal arc welding, metal active gas (MAG) welding, and friction welding.
EN ISO 17660-1:2006 is the European adoption of the international standard ISO 17660-1:2006, titled "Welding — Welding of reinforcing steel — Part 1: Load-bearing welded joints". It establishes a comprehensive framework for producing high-quality, safe, and consistent welded joints in steel reinforcement used in concrete structures.
Maintaining a high and consistent level of quality is paramount. The standard requires a quality system to ensure that all aspects of the process are controlled and documented. Clause 15 mandates the maintenance of a , for which a practical template is provided in Annex F, to ensure full traceability of all welding activities. EN ISO 17660-1 is crucial for guaranteeing that
: Covers weldable and stainless reinforcing steel used in load-bearing (static) joints for reinforced concrete structures.
EN ISO 17660-1:2021 specifies several test methods and acceptance criteria for welded joints, including:
EN ISO 17660-1:2021 is a part of the ISO 17660 series, which focuses on resistance welding of aluminium and aluminium alloys. The standard was published in 2021 and replaces the previous version, EN ISO 17660-1:2016. The updated version includes new requirements, test methods, and acceptance criteria for welded joints.
If you are analyzing the content of EN ISO 17660-1, here are the critical sections you need to focus on: EN ISO 17660-1 defines strict testing requirements to
Flux-cored wire arc welding with active gas shield Process 21: Resistance spot welding Process 23: Projection welding Process 24: Flash welding Process 42: Friction welding 3. Types of Welded Joints Covered
The standard ensures that when you weld two pieces of rebar together, the joint can carry the full weight of the structure. There are two parts to this standard:
Enterprise engineering databases (like IHS Markit, SAI Global, or ASTM Compass) provide licensed PDF access for corporate engineering teams.