SASO Certification Guide for LED High Bay Lights

Market Access & Compliance Procedures for Saudi Arabia

1. Saudi Arabia Market & SASO Certification Overview

As one of the major economies in the Middle East, Saudi Arabia is pressing ahead with urban construction and industrialization under the Vision 2030 initiative. LED high bay lights see growing demand for warehouses, factories, airports, stadiums and other large-scale facilities. All lighting products sold in Saudi Arabia must comply with mandatory technical regulations set by the Saudi Standards, Metrology and Quality Organization (SASO) and obtain relevant conformity certificates for legal import and distribution.

SASO is the national authority responsible for formulating and enforcing Saudi standards. It has adopted a wide range of IEC international standards into Saudi national standards (SSA). Market access is mainly managed via two routes: IECEE CB conversion and the electronic SABER registration scheme.

LED high bay lights are high-priority regulated products under the SASO conformity assessment system due to their high power and special application scenarios. Manufacturers shall clarify certification requirements and arrange testing schedules in advance for smooth customs clearance.

2. Applicable SASO Standards for High Bay Lights

SASO mandatory standards cover three core aspects: safety, energy efficiency and EMC.

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Note: SASO updates its standard system regularly. Always refer to the latest valid versions published on the official SASO website during application.

3. Main Test Items

3.1 Safety Tests

• Electric shock protection: Insulation resistance, leakage current, creepage distance & clearances
• Ingress protection: Industrial high bay lights generally require IP65 or above
• Heat resistance & flame retardancy: Glow wire test (850℃ / 960℃), ball pressure test
• Mechanical strength: Impact test and vibration test for industrial operating environments
• Earthing continuity: Continuity test for metal enclosure protective earthing
• Power connection: Conductor cross-section and terminal pull test

3.2 Photoelectric Performance Tests

• Luminous flux & luminous efficacy (lm/W): Measured via integrating sphere or goniophotometer
• Correlated Colour Temperature (CCT) & Colour Rendering Index (Ra/CRI)
• Power Factor (PF): ≥ 0.9 for industrial grade products
• Harmonic current: Compliant with IEC 61000-3-2 Class C limits
• Lumen maintenance (L70 lifetime): Evaluated based on LM-80 and TM-21 data

3.3 EMC Tests

• Conducted disturbance: 9kHz ~ 30MHz frequency range
• Radiated disturbance: 30MHz ~ 300MHz frequency range
• Harmonic emission: Meet CISPR 15 disturbance limits

3.4 Photobiological Safety

• Blue light hazard assessment: High-power LED high bay lights shall comply with RG0 or RG1 exemption requirements
• Ultraviolet radiation assessment: Ensure no hazardous UV emission from LED spectrum

4. SASO SABER Certification Process

Saudi Arabia launched the SABER (Saudi Product Safety Program) electronic platform in 2019. LED high bay lights are regulated products that require SABER registration and a Product Certificate (PC) prior to import.

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Tip: IECEE CB conversion is a widely adopted efficient solution. Products with valid IECEE CB reports can apply for CB-to-SASO conversion via authorized bodies to shorten the overall cycle.

5. Required Technical Documents

• Product description and specification sheet with electrical & optical parameters
• Circuit diagrams and detailed BOM with key component part numbers
• User manual & installation guide (Arabic or English version)
• Test samples (3~5 units as required by laboratories)
• Manufacturer business license and authorization letter
• Third-party test reports or existing IECEE CB reports
• Product photos (overall appearance, nameplate, terminals and driver labels)
• Energy performance declaration and luminous efficacy data (if applicable)

6. Frequently Asked Questions

Q1: Typical power range of LED high bay lights & SASO power restrictions? A1: LED high bay lights generally range from 50W to 500W. SASO sets no explicit upper power limit. Nevertheless, high-power models require stricter thermal management and insulation reliability under high temperatures. Optimize heat dissipation structure at the design stage.

Q2: Can CE or UL reports simplify SASO application? A2: CE and UL certificates cannot replace SASO certification. However, valid IECEE CB reports issued by IECEE member bodies support CB-to-SASO conversion, reducing redundant tests and improving efficiency.

Q3: Validity period and renewal rules of SABER PC? A3: The Product Certificate is valid for 1 year. Submit renewal application and updated valid test reports before expiry. Renewal is straightforward if no major changes occur. Substantial design or component modifications require re-testing.

Q4: Mandatory marking requirements for nameplate and packaging? A4: The nameplate shall mark rated voltage, frequency, power, manufacturer name/brand, model, IP rating and serial/batch number. Labels and packages shall be marked in Arabic or English. Confirm final specifications with local importers.

Q5: Total lead time for full SASO certification? A5: The whole process from sample testing to PC issuance takes 6–12 weeks, depending on lab schedule, document completeness and SABER review speed. The CB conversion route takes only 4–6 weeks. Advance planning is highly recommended.

Disclaimer This content is AI-assisted for reference only, and does not constitute certification commitment or legal advice. All operations shall follow the latest official SASO regulations and standards.