EN 200 is a European standard specifying testing and performance requirements for single and mixer taps in sanitary applications. It defines procedures for durability, pressure resistance, water tightness, and acoustic testing, and requires proper documentation and conformity assessment to ensure consistent, safe, and reliable operation of taps.
Overview of EN 200 standard
EN 200 is a European standard that outlines the functional and physico-chemical requirements for single and mixer taps used in sanitary applications, such as wash basins, sinks, and baths. The standard covers the essential laboratory procedures, mechanical durability tests, and criteria for water tightness that manufacturers must fulfill to achieve compliance. EN 200 aims to ensure that taps operate safely and reliably throughout their intended life, providing end-users with consistent performance while maintaining hygiene and safety standards.
Focus areas within EN 200
The standard emphasizes test methods to determine durability, correct operation at different water temperatures, and materials’ resistance to corrosion and wear. EN 200 includes criteria for acoustic characteristics—sound levels produced when taps are in use—and involves tests for both static and dynamic conditions to ensure the tap’s operation remains stable over time. The standard also provides instructions on installation and handling to avoid malfunction or damage during use.
Certification and conformity assessment
EN 200 describes the process for conformity assessment with its requirements. This typically requires the manufacturer to perform or commission type testing at accredited laboratories and to implement factory production control systems. Compliance with EN 200 is often supported by technical documentation and, where relevant, third-party certification. This standard is widely referenced in building codes and product specifications across Europe.
Takeaway
EN 200 serves as a fundamental reference for manufacturers and buyers who need proof of consistent sanitary tap quality and performance in residential and commercial environments. The standard is regularly updated to reflect new technical and regulatory developments, supporting safe and reliable tap installations.
Initial product assessment and planning
The first step in achieving compliance with EN 200 is to review the tap’s design and specifications against the detailed requirements set out in the standard. Manufacturers should verify the intended use, materials, dimensions, and pressure ratings, and identify any changes required to meet the standard. This phase also involves planning the series of laboratory and mechanical tests necessary to demonstrate compliance. Proper documentation and clarity at this stage help streamline later stages of product certification.
Organizing and conducting laboratory tests
Taps must undergo a defined set of tests in accordance with EN 200. Manufacturers typically either use in-house laboratories certified for such testing or engage independent, accredited third-party laboratories. The main purpose is to assess key parameters specified by EN 200 and record the test results in official documentation.
Final evaluation and documentation
After successful testing, the manufacturer prepares technical documentation compiling results, product drawings, installation instructions, and maintenance guidelines. This documentation acts as evidence of compliance and is used to demonstrate conformity to market surveillance authorities or customers upon request. The product should be labeled as compliant according to EN 200, and ongoing production must be controlled to maintain consistent quality and adherence to the standard.
Key points for ongoing compliance
Sustained compliance with EN 200 requires continuous monitoring of materials, production processes, and periodic retesting—especially if any component or design changes. Manufacturers should maintain updated documentation and be prepared for audits. Keep a clear versioning system for all technical paperwork concerning EN 200 compliance.
Summary
Compliance with EN 200 involves a sequence of structured steps, from initial design validation to rigorous testing and proper documentation. Each part is essential for market acceptance and for fulfilling regulatory requirements. Manufacturers can improve product reliability and customer confidence by diligently following the EN 200 process and maintaining transparent records at all times.
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