EN 1090 Certification for Structural Steel and Aluminium
EN 1090 Execution Requirements for Steel and Aluminium Structures
EN 1090 certification helps structural steel and aluminium makers follow European rules. First Welding Certification Pvt Ltd (PRVÁ ZVÁRAČSKÁ, a.s.) offers support with Factory Production Control, welding checks, documentation needed for CE marking, and helps fabricators learn about certification needs and set up production control systems.
About the Standard
What Is EN 1090 Certification?
EN 1090 certification makes sure that structural steel and aluminum parts meet the required standards by using factory production control, quality production methods, and proper technical documents. It requires makers to clearly define what products they are making and the steps they take to check if their products meet the needed standards for the European market.
EN 1090-1: Conformity Assessment
Covers conformity assessment and Factory Production Control for structural components.
EN 1090-2 technical requirements for steel structures
Specifies technical requirements for the execution of steel structures, including fabrication and welding.
EN 1090-3 technical requirements for aluminium structures
Specifies technical requirements for the execution of aluminium structures.
Download the EN 1090 Certification Brochure
Find out about EN 1090 certification, what rules it follows, what it covers, and how the checking process works for companies that weld railway parts.
Benefits of EN 1090 Certification
CE Marking Compliance
Verifies conformity with the requirements for CE marking under the Construction Products Regulation (CPR).
Factory Production Control
Verifies the implementation and maintenance of effective Factory Production Control (FPC) system.
Execution Class
Assigns the correct Execution Class (EXC1 to EXC4) based on how the structure is used and what execution needs are required.
Qualified Welding Coordination
Verifies qualified welding coordination, welding procedures and qualified personnel in accordance with applicable standards.
Material Traceability
Checks the identity and ability to track structural materials, welding supplies, and production records during the entire manufacturing process.
Technical Requirements for EN 1090 Certification
To meet EN 1090 certification requirements, manufacturers must establish and maintain a Factory Production Control system covering relevant manufacturing activities.
Factory Production Control
Documented & Implemented FPC to ensure consistent manufacturing and product conformity.
Welding Qualification
Qualified welding procedures and welding personnel in accordance with applicable standards.
Welding Coordination
Qualified welding coordination personnel responsible for the supervision and control of welding activities.
Execution Class
Using the correct Execution Class (EXC1, EXC2, EXC3, or EXC4) based on the intended purpose of the structural part.
Material Traceability
Identification and traceability of materials and welded components throughout the manufacturing process.
Equipment Calibration
Calibration and maintenance of welding, measuring and inspection equipment.
Technical Documentation
Maintained FPC records, inspection reports, welding and CE marking documentation
CE Marking Compliance
Conformity with the applicable requirements for CE marking under the CPR.
Understanding EN 1090 CERTIFICATION EXECUTION CLASSES
EN 1090 Certification excecution classes sets out three levels of quality standards, allowing companies to choose the right level based on how complex, important, and precise the welding work is.
EN 1090 EXC1
Basic Execution Requirements
Applies to certain structures with relatively straightforward execution requirements.
TYPICAL APPLICATIONS
- Simple steel structures
- Handrails and small structures
- Low-consequence applications
KEY REQUIREMENTS
- Basic execution control
- Appropriate welding procedures
- Basic inspection and documentation
- Control of materials and fabrication
EN 1090 EXC2
Standard Execution Requirements
Commonly specified for general structural applications.
TYPICAL APPLICATIONS
- General steel structures
- Industrial buildings
- Commercial and structural components
- Common fabrication projects
KEY REQUIREMENTS
- Controlled execution procedures
- Qualified welding processes
- Welding quality control
- Material identification & traceability
- Inspection and quality documentation
EN 1090 EXC3
Enhanced Execution Requirements
Applies to structures with more demanding execution requirements.
TYPICAL APPLICATIONS
- Bridges and major structures
- Public buildings and structures
- Higher-consequence steel structures
- Complex structural components
KEY REQUIREMENTS
- Enhanced execution controls
- Qualified welding procedures
- Comprehensive inspection and testing
- Full material traceability
- Detailed quality documentation
EN 1090 EXC4
Special Execution Requirements
Applies to structures with particularly demanding or exceptional requirements.
TYPICAL APPLICATIONS
- Structures with extreme consequences of failure
- Special or critical structures
- Highly demanding structural applications
KEY REQUIREMENTS
- EXC3 requirements as the basis
- Additional project-specific requirements
- Enhanced inspection and control
- Comprehensive documentation and traceability
Certification Process
01
Application and scope review
Identify the products, manufacturing activities, and applicable requirements.
02
Factory Production Control preparation
Establish the documented production control procedures and quality records.
03
Assessment and audit
Evaluate the applicable manufacturing processes, documentation, and production controls.
04
Certification decision
Certification is issued when applicable requirements are met and the conformity assessment is completed.
05
Ongoing surveillance
Maintain compliance through applicable surveillance and continued control of production.
Frequently Asked Questions
What is EN 1090 Certification?
EN 1090 certification demonstrates that manufacturers of structural steel and aluminium components follow the applicable production controls and manufacturing requirements. Explore our blogs to learn more about EN 1090 certification requirements, Factory Production Control, and compliance procedures.
What is the difference between EN 1090-1 and EN 1090-2?
EN 1090-1 is about checking if structural parts meet the required standards, and EN 1090-2 gives the technical rules for building steel structures.
How do I get EN 1090 Certification?
The process usually starts by figuring out the right scope and type of execution, setting up Factory Production Control (FPC), checking the welding and production controls, making the necessary documents, and finishing the certification assessment as needed.
What are EN 1090 Execution Classes?
EN 1090 uses four Execution Classes—EXC1, EXC2, EXC3, and EXC4—to set different levels of how the work is done and the quality needed, depending on the project and the situation it’s in.
What is EXC2 in EN 1090?
EXC2 is one of the execution classes outlined in EN 1090.It is typically used for standard structural projects, but it depends on the specific needs of the project and the relevant classification standards.
What documents are required for EN 1090 Certification?
The required documentation for EN 1090 certification depends on the certification scope and manufacturing activities. Explore our blogs to learn more about Factory Production Control, WPS and WPQR documentation, welder qualifications, material traceability, inspection records, and calibration requirements.
What is the relationship between EN 1090 and CE Marking?
How much does EN 1090 Certification cost?
The cost of EN 1090 certification depends on the certification scope, execution class, products, and assessment requirements. Explore our blogs to understand EN 1090 certification costs and requirements, or contact PZVAR for a personalized evaluation and quotation.
Who issues EN 1090 Certification?
EN 1090 Certification is given by a certified or approved body through the correct process for compliance. First Welding Certification Pvt Ltd offers EN 1090 certification services for structural steel and aluminium manufacturers who qualify.
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