Radio Frequency Testing

ENEC certification provides pan-European market access for LED drivers, offering broader recognition than national marks alone. This guide covers the ENEC certification pathway for LED drivers, applicable standards, and key steps for a successful application.

What is ENEC Certification and Why It Matters for LED Drivers

ENEC (European Norms Electrical Certification) is a voluntary pan-European mark that demonstrates compliance with European safety standards. Unlike the CE mark, which is a self-declaration, ENEC requires third-party testing and certification by an accredited body.

Key advantages of ENEC for LED drivers:

• Recognized across 20+ European countries — eliminates the need for multiple national certifications

• Third-party certification provides higher market trust compared to self-declaration

• Preferred by major lighting OEMs and specifiers in procurement decisions

• ENEC+ mark extends coverage to include performance testing (ENEC 05 scheme)

LED drivers are classified under ENEC scheme as component power supplies for luminaires, and the applicable product category is defined in the ENEC agreement.

Applicable Standards for LED Driver ENEC Certification

LED drivers seeking ENEC certification must comply with the following European standards:

Safety Standard

• EN 61347-1 — Lamp controlgear — General and safety requirements

• EN 61347-2-13 — Particular requirements for d.c. or a.c. supplied electronic controlgear for LED modules

Performance Standard (ENEC+)

• EN 62384 — DC or AC supplied electronic controlgear for LED modules — Performance requirements

EMC Standards

• EN 55015 — Limits and methods of measurement of radio disturbance characteristics of lighting equipment

• EN 61547 — Equipment for general lighting purposes — EMC immunity requirements

Note: EN 61347 series is being progressively replaced by EN 62368-1 for new designs. Manufacturers should verify the current applicable standard edition at the time of application.

ENEC Certification Application Process

The ENEC certification process for LED drivers follows these stages:

1. ①Select a Certification Body:Choose an ENEC member certification body (NCB) that is authorized to issue ENEC certificates. The NCB must be a member of the ENEC Agreement

1. ②Submit Technical Documentation:Provide product specifications, circuit diagrams, PCB layouts, BOM, thermal design data, and relevant component certifications

1. ③Type Testing:Submit samples to the NCB's associated laboratory for full testing against EN 61347-2-13, EN 62384 (for ENEC+), and EMC standards

1. ④Factory Inspection:The NCB conducts an initial factory inspection to verify production quality control and consistency with the tested samples

1. ⑤Certificate Issuance:Upon successful testing and factory inspection, the NCB issues the ENEC certificate

1. ⑥Surveillance:Annual surveillance testing and factory inspections maintain the certificate's validity

ENEC vs CE Marking for LED Drivers

Understanding the relationship between ENEC and CE marking helps manufacturers decide on the appropriate certification strategy:

• CE marking:Mandatory for selling in the EU. Self-declaration based on manufacturer's assessment. Does not require third-party involvement (for LVD/EMC)

• ENEC mark:Voluntary but provides higher credibility. Requires third-party testing and certification. Recognized across Europe as a mark of quality and safety

• Compatibility:ENEC certification satisfies CE marking requirements for the safety aspects. Products can carry both CE and ENEC marks

For LED driver manufacturers targeting premium European lighting brands, ENEC certification is increasingly expected as a procurement requirement. GTG Group provides comprehensive ENEC certification support, from pre-testing through factory inspection preparation.

This article is AI-assisted and for reference only. It does not constitute any certification commitment or legal advice. Please refer to the latest official regulations.

Contact: 13925591357 | net04@gtggroup.com