EN 13561 Wind Class 1/2/3 for Awnings: What European Importers Must Verify
TL;DR
- EN 13561 is the European harmonised standard governing performance requirements for external blinds and awnings, including wind resistance classification.
- Wind classes range from 0 (lowest) to 3 (highest), with Class 2 being the most common requirement for retractable awnings sold in mainland Europe.
- Under the EU Construction Products Regulation (CPR), awnings placed on the European market must carry CE marking backed by a Declaration of Performance (DoP) referencing EN 13561 test results.
- Importers should request test reports from accredited laboratories, verify the notified body number, and confirm the declared wind class matches their target market conditions.
- Working with a supplier experienced in European compliance documentation reduces the risk of customs delays, product recalls, and liability exposure.
For European importers sourcing awnings and external shading systems, wind resistance is not a marketing preference -- it is a regulatory and safety obligation. The standard that governs this requirement is EN 13561, the harmonised European standard for external blinds and awnings. This article explains what the wind classes mean, how they interact with the EU Construction Products Regulation (CPR), and the specific steps importers should follow to verify compliance before goods leave the factory.
What Is EN 13561 and Why Does It Matter for Awnings?
EN 13561 -- formally titled "External blinds and awnings -- Performance requirements including safety" -- is a harmonised European standard published by the European Committee for Standardization (CEN/CENELEC). It establishes test methods and performance criteria for a range of properties including wind resistance, water penetration, UV resistance, and operational durability for external blinds, awnings, and similar products.
The standard exists because external awnings are exposed to significant environmental loads, particularly wind. A poorly designed or inadequately tested awning can detach from a building facade during a storm, creating a serious hazard for people and adjacent property. EN 13561 provides a standardised, repeatable method for classifying how much wind load a product can withstand, enabling buyers, regulators, and end users to make informed comparisons.
For importers placing awnings on the European market, EN 13561 compliance is directly linked to the EU Construction Products Regulation (Regulation (EU) No 305/2011, commonly called the CPR). Under the CPR, any construction product covered by a harmonised standard must carry a CE marking supported by a Declaration of Performance (DoP). Awnings fall within the scope of EN 13561, meaning they must be tested, classified, and documented accordingly.
Understanding the EN 13561 Wind Resistance Classes
EN 13561 defines wind resistance classes based on a product's ability to withstand wind loads when installed according to the manufacturer's instructions. The classification system uses a numeric scale, with higher numbers indicating greater wind resistance. The standard defines wind resistance through a combination of static load testing and, where applicable, dynamic testing that simulates real-world wind behaviour.
The wind resistance classes under EN 13561 are typically expressed as follows:
| Wind Class | Wind Resistance Level | Typical Application |
|---|---|---|
| Class 0 | Not classified for wind resistance | Indoor use or sheltered locations with negligible wind exposure |
| Class 1 | Low wind resistance | Sheltered residential locations, inner courtyards, protected balconies |
| Class 2 | Medium wind resistance | Standard residential and commercial installations in most European locations |
| Class 3 | High wind resistance | Exposed locations, coastal areas, high-rise installations, and commercial applications subject to significant wind loads |
It is important to note that some versions and interpretations of the standard use a different numbering or letter-based scheme. Importers should always refer to the specific version of EN 13561 referenced in the product's Declaration of Performance and test reports, and confirm with their notified body or testing laboratory which classification scheme applies.
How Wind Class Testing Works
Wind resistance testing under EN 13561 is performed in accredited testing laboratories using standardised methods. The testing process typically involves several stages:
- Sample preparation: The awning is assembled and mounted on a test rig that simulates a standard building facade installation, using the manufacturer's recommended fixings and mounting methods.
- Static load test: A defined static load is applied to the awning fabric and structure to measure deflection and structural integrity. The load corresponds to the wind pressure expected at the declared class level.
- Dynamic or cyclic testing: Some test protocols include repeated load cycles to simulate the fluctuating nature of real wind conditions and assess fatigue resistance of joints, brackets, and fabric retention systems.
- Failure assessment: The product must not suffer permanent deformation, detachment, or loss of fabric retention at the declared wind class load. If the product fails at Class 2 loads but passes at Class 1, it is classified as Class 1.
Tests must be carried out by laboratories accredited to ISO/IEC 17025, and the resulting test report forms the technical basis for the Declaration of Performance. For products covered by the CPR, the manufacturer or their authorised representative is responsible for ensuring testing is performed correctly and that the declared class reflects genuine test performance.
CE Marking and the Declaration of Performance for Awnings
The CE marking is the visible symbol that a construction product complies with applicable EU legislation. For awnings covered by EN 13561, placing a product on the European market without proper CE marking is a legal violation that can result in market surveillance action, fines, product recalls, and import bans.
The CE marking process for awnings involves several linked documents and steps:
- Initial Type Testing (ITT): The manufacturer must have the product tested according to EN 13561 to establish its declared performance for all relevant characteristics, including wind resistance.
- Factory Production Control (FPC): The manufacturer must maintain a documented factory production control system to ensure ongoing consistency of the declared performance characteristics.
- Declaration of Performance (DoP): A formal document declaring the product's performance for each essential characteristic covered by the standard. For awnings, wind resistance class is one of the key declared characteristics.
- CE mark affixing: The CE mark is applied to the product or its packaging, accompanied by the DoP reference, the manufacturer's identification, and the relevant standard number (EN 13561).
Importers should be aware that under the CPR, they have specific legal obligations in addition to the manufacturer. Importers must verify that the manufacturer has carried out the appropriate conformity assessment procedures, that the DoP is available, that the CE marking is correctly applied, and that the product bears a type, batch, or serial number for traceability.
What European Importers Should Verify Before Placing Orders
Given the regulatory and safety implications of EN 13561 wind class compliance, importers should adopt a structured verification process when sourcing awnings. The following checklist represents the key items to confirm:
- Request the test report: Ask the supplier for the full EN 13561 test report from an accredited laboratory (ISO/IEC 17025). Verify the laboratory's accreditation status independently through the relevant national accreditation body.
- Check the wind class declaration: Confirm that the declared wind class on the DoP matches the test report. Class 2 is the minimum commonly expected for retractable awnings in most European markets, but specific national regulations or project specifications may require Class 3.
- Verify the notified body involvement: Depending on the product system and assessment procedure, a notified body may be required. Check that the notified body number on the CE documentation corresponds to a valid, listed body.
- Review the Declaration of Performance: The DoP must be complete, accurate, and available in the language(s) of the target market. It must reference the correct version of EN 13561 and list all relevant performance characteristics.
- Inspect the CE marking on product and packaging: Confirm that the CE mark is present, correctly formatted, and accompanied by the required supporting information (manufacturer name, DoP reference, standard number, etc.).
- Assess installation requirements: Wind class ratings are valid only when the product is installed according to the manufacturer's instructions. Verify that installation guides are clear, complete, and available in the relevant language.
- Request factory audit or FPC documentation: For larger orders or ongoing supply relationships, requesting evidence of the factory production control system adds an additional layer of assurance that production quality is consistent with the tested samples.
Taking these steps before confirming an order significantly reduces the risk of receiving non-compliant goods that could be seized at customs, rejected by end customers, or -- in the worst case -- cause property damage or personal injury during severe weather events.
Wind Class Selection by European Region and Application
Not all European locations experience the same wind conditions, and the appropriate wind class depends on both geography and installation context. Importers should consider the following general guidance when selecting which wind class to specify for their target markets:
| Region / Application | Recommended Minimum Wind Class | Notes |
|---|---|---|
| Inland Central Europe (Germany, Austria, Switzerland) | Class 2 | Standard requirement for most residential and light commercial applications |
| Coastal Mediterranean (Southern France, Spain, Italy) | Class 2 or 3 | Coastal locations and elevated installations may require Class 3 |
| North Sea / Atlantic Coast (Netherlands, UK, Northern France) | Class 3 | Consistently high wind exposure; Class 3 strongly recommended |
| Nordic Countries (Scandinavia) | Class 2 or 3 | Varies by location; coastal and exposed sites require Class 3 |
| High-rise commercial installations | Class 3 | Wind loads increase significantly with building height |
| Sheltered inner courtyards | Class 1 | Protected locations with minimal direct wind exposure |
These are general guidelines. National building codes, local planning requirements, and project-specific engineering calculations may override these recommendations. Importers should always verify with their customers and, where applicable, with structural engineers to determine the correct wind class for a given installation.
Common Compliance Pitfalls and How to Avoid Them
Even experienced importers can encounter compliance issues when sourcing awnings. Here are some of the most common pitfalls and practical advice on avoiding them:
- Outdated test reports: Standards are periodically revised. Confirm that the test report references the current version of EN 13561 accepted by the market surveillance authorities in your target country. An older test report may not be accepted if the standard has been revised and the harmonised reference updated in the Official Journal of the EU.
- Mismatch between tested sample and production goods: Ensure that the production version of the awning uses the same materials, components, and assembly methods as the tested sample. Substituting a lower-grade fabric, thinner aluminium profile, or different bracket system can invalidate the declared wind class.
- Missing or incomplete DoP: A Declaration of Performance that is missing required fields, uses the wrong standard reference, or is not available in the required language is not legally valid. Review every DoP carefully before accepting goods.
- Incorrect CE mark formatting: The CE mark for construction products has specific dimensional and proportion requirements defined in the CPR. A CE mark that is visually incorrect (wrong proportions, missing elements) raises immediate red flags during customs inspection.
- Confusing EN 13561 with other standards: EN 13561 applies to external blinds and awnings. Related but distinct standards cover other product types. Ensure the correct standard is applied for the specific product being imported.
How QIAHE Supports European Importers with Compliance
At QIAHE, we understand that compliance with European standards is not optional -- it is a fundamental requirement for doing business. With over 20 years of experience in manufacturing and exporting outdoor structures, we work closely with our European customers to ensure that products meet the applicable performance requirements, including EN 13561 wind resistance classifications.
Our approach to supporting importers includes:
- Product testing coordination: We coordinate with accredited testing laboratories to obtain EN 13561 test reports for our awning product lines, including retractable canopies and electric and manual awnings.
- OEM/ODM flexibility: As an OEM/ODM manufacturer, we can adapt product specifications -- including frame profiles, fabric weights, and mounting systems -- to help achieve the wind class required for your target market.
- Documentation support: We provide complete technical documentation packages to support CE marking and market access, including test reports, technical data sheets, and installation guides.
- Custom manufacturing: Our manufacturing capabilities cover aluminium profiles, fabric cutting and sewing, motorised systems, and complete assembly, allowing us to produce awnings tailored to specific wind class requirements.
If you are sourcing awnings for the European market and need a manufacturing partner who understands the regulatory landscape, we invite you to contact our team to discuss your requirements.
Summary
EN 13561 wind class compliance is a critical requirement for any awning sold on the European market. By understanding the classification system, verifying test reports and CE documentation, and working with experienced manufacturing partners, importers can protect their businesses from regulatory risk while ensuring the safety and performance of the products they sell.
Applicable Standards and Regulatory References
The fire retardant and structural performance standards referenced in this article are published by recognized international standards bodies. The NFPA 701 standardis maintained by the National Fire Protection Association and covers flame propagation testing for textiles and films used in tent and Canopy applications. TheASTM International standards referenced include ASTM E84 (surface burning characteristics) and related test methods used in North American fire safety evaluation. For European markets, the CEN/CENELEC standards body publishes EN 13501-1 (fire classification of construction products) and EN 13561 (external blinds and awnings). The UL Solutionscertification framework provides third-party verification for tent and Canopy products entering the North American market. Tent and Canopy manufacturers should reference these published standards when specifying fire retardant fabric and structural component requirements in their procurement documentation.
Frequently Asked Questions
What is the difference between EN 13561 wind Class 1, Class 2, and Class 3?
Class 1 offers the lowest level of wind resistance and is suitable for sheltered residential locations. Class 2 provides medium resistance and is the standard expectation for most retractable awnings in mainland Europe. Class 3 delivers the highest resistance and is required for exposed, coastal, or elevated installations. The numeric class reflects the product's ability to withstand increasing wind loads without structural failure or loss of fabric retention.
Is CE marking mandatory for awnings sold in Europe?
Yes. Under the EU Construction Products Regulation (Regulation (EU) No 305/2011), awnings covered by the harmonised standard EN 13561 must carry CE marking before they can be legally placed on the European market. This requires a valid Declaration of Performance based on initial type testing and an ongoing factory production control system.
Can I use an awning rated at wind Class 1 in a coastal location?
No, this is not recommended and may not comply with local building regulations. Coastal locations are typically subject to sustained high winds and gusts that exceed the design loads for Class 1 products. Class 2 or Class 3 should be specified depending on the exposure level. Structural engineers or local building authorities can provide guidance on the appropriate class for specific sites.
How do I verify that a supplier's EN 13561 test report is genuine?
Request the full test report (not just a summary) and check that it comes from a laboratory accredited to ISO/IEC 17025. You can verify the laboratory's accreditation status through the national accreditation body in the country where the laboratory is located (e.g., DAkkS in Germany, UKAS in the United Kingdom, COFRAC in France). The report should include the laboratory's accreditation number, the test methods used, and detailed results.
What happens if I import awnings without proper CE marking into the EU?
Goods that lack proper CE marking, or that have incorrect or unsupported CE documentation, may be stopped at customs by market surveillance authorities. Penalties can include import bans, product recalls, fines, and in serious cases, criminal liability. The importer, not just the manufacturer, bears legal responsibility for verifying CE compliance.
Does EN 13561 apply to all types of awnings and canopies?
EN 13561 covers external blinds and awnings, including retractable arm awnings, Vertical Awnings, and similar external shading products. It does not cover all outdoor structures. For example, permanent canopies, tensile membrane structures, and pergolas may fall under different standards or require project-specific engineering assessments. Importers should confirm with their notified body or testing laboratory which standard applies to the specific product they are importing.