LED lighting products manufactured or imported for sale in the United States must comply with a range of mandatory regulations and technical standards. Additionally, while many industry norms are considered voluntary, they are often essential for market access and platform approval—effectively making them de facto requirements.
a. 47 CFR Part 15 – Radio Frequency Devices
b. 16 CFR Part 1120 – Seasonal and Decorative Lighting
c. 10 CFR Part 430 – Energy Efficiency Requirements
d. 10 CFR Part 429 – Certification and Compliance
e. 16 CFR Part 305 – Energy Labeling
f. UL Safety Standards
g. RoHS Substance Restrictions
h. Laboratory Testing
i. Common Testing Agencies
j. Other Regulatory Requirements
k. Risk Warnings
You may schedule a 30-minute free consultationwith Ivan Malloci for expert support, including:
a. Regulatory Requirement Analysis
b. Certification Process Guidance
c. Laboratory Testing Recommendations
d. Compliance Strategy Evaluation
This regulation covers devices that emit radio frequency (RF) energy between 9 kHz and 3 GHz. LED lights are typically considered unintentional radiatorsunder this rule.
a. Follow the sdoc (Supplier’s Declaration of Conformity) process
b. Conduct lab testing to verify fcc compliance
c. Provide technical documentation, user manuals, and SDoC statements
d. Label must include FCC compliance statement
a. Complete TCB (Telecommunication Certification Body) certification
b. Testing per ANSI C63.10 or related standards
c. Submit technical files and test reports
d. Label must display fcc id and other compliance marks
Applies to decorative lighting products with the following characteristics:
a. Nominal voltage: 120V
b. Portable and for temporary use
c. Plug-in connection
a. Star lights, wreaths
b. Light sculptures, plastic blow molds
c. Flameless candles, animated figures
a. Battery-operated or solar-powered items
b. Low-voltage powered products
c. Portable lights with illumination functions
Must meet UL 588safety requirements (wire gauge, strain relief, overcurrent protection, etc.)
Under the Energy Policy and Conservation Act (EPCA), this regulation establishes uniform test procedures for LED and OLED lighting products.
a. Input power
b. Luminous flux (lumens)
c. Efficacy (lm/W)
d. Correlated color temperature (CCT)
e. Power factor
f. Lifetime (failure time)
g. Standby mode power consumption
Manufacturers must submit a certification reportcontaining:
a. Product type and class
b. Manufacturer and private labeler names and addresses
c. Basic and manufacturer model numbers
d. Sales status (active or discontinued)
e. Number of units tested
f. Relevant technical parameters
LED and OLED lamps classified as general service lamps must carry an energy labelwith the following data:
a. Brightness (lumens)
b. Estimated annual energy cost (in kWh)
c. Rated life (in years)
d. Light appearance (CCT)
e. Power consumption (watts)
f. Design voltage (if not 120V)
g. “Contains Mercury” label (if applicable)
While UL standardsare not legally mandatory:
a. Major platforms like Amazon may require compliance
b. Manufacturers are liable for consumer safety
c. These are industry norms in practical terms
a. UL 8750– For general LED lighting components
b. UL 8753– For replaceable LED light engines
c. UL 588– For seasonal/decorative lighting safety
Several U.S. states (e.g., California, New Jersey, Illinois) enforce rohs-based laws restricting hazardous substances in electronics.
a. Lead: < 0.1%
b. Cadmium: < 0.01%
c. Mercury, Hexavalent Chromium, PBDEs, PBBs: < 0.1%
Testing requirements vary by regulation and platform, including:
a. Electromagnetic Compatibility (EMC)
b. Electrical and Mechanical Safety
c. Energy Performance Validation
d. Chemical Testing (RoHS)
Leading testing providers in the U.S. for LED lighting products include:
1. JJR Lab (Recommended)
2. SGS
3. TÜV
4. CSA Group
Products must indicate manufacturing origin, e.g., “Made in China”.
a. Controls PBT substances often found in plastics
b. Requires composition testing and declaration
a. Restricts toxic substances like phthalates and cadmium
b. Requires warning labels or redesign if thresholds are exceeded
a. Lack UL or fcc testing
b. Have non-compliant or missing energy labels
c. Are designed for non-U.S. markets and may not meet U.S. standards
a. Work with manufacturers familiar with U.S. compliance
b. Conduct third-party testing before shipment
c. Never assume products are “automatically compliant”
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