Table Lamp CCC Certification | Standards, Process, Test Items & FAQ

1. Table Lamp Features & Necessity of CCC Certification

Table lamps belong to portable general-purpose luminaires, widely used on desks, bedside areas and workstations. Compared with fixed luminaires, table lamps have distinctive features that raise critical safety concerns:

• High mobility: Prone to collision and tipping; stability testing is a core evaluation item.
• Direct user interaction: Easily accessible parts such as switches, dimming knobs and USB ports require reliable electric shock protection.
• Diversified light sources: LED table lamps must comply with blue light hazard requirements (GB/T 20145) and EMC harmonic limits.
• Child usage scenarios: Study lamps must meet additional performance requirements of GB/T 9473-2017 on color temperature and illuminance uniformity.

2. Core Standards for Table Lamp CCC Certification

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3. Detailed CCC Certification Process

Table lamp CCC certification is implemented by designated authorities such as CQC.The whole process takes 45–60 working days in total:

1. Application & Document Preparation (3–5 working days)Submit application forms, technical documents (circuit diagrams, BOM, user manual, nameplate photos) and business qualification certificates.

2. Sample Submission (5–7 working days)Prepare 3–5 lamp samples and supporting LED drivers for designated laboratory testing.

3. Type Testing (20–30 working days)Conduct safety, EMC and photobiological safety tests item by item. Non-compliant items require modification and resampling.

4. Factory Inspection (2–3 days including travel)Audit production quality system, production equipment, key component control and product consistency capability.

5. Evaluation & Certificate Issuance (10–15 working days)Comprehensive review of test reports and factory inspection results; issue CCC certificate after approval. Manufacturers may purchase and affix the CCC mark officially.

4. Key Test Items & Technical Points

• Stability Test: The lamp shall not tip over under 10° tilting in operating condition; reasonable base weight and gravity center design are required.
• Electric Shock Protection: Accessible parts such as switches, dimmers and USB ports must have reliable insulation and sufficient creepage distance / clearance.
• Dielectric Voltage Withstand: Apply high voltage (1250V / 1500V for 1 minute) between live parts and accessible metal parts without breakdown or flashover.
• Cord Strain Relief: Power inlet must have fixed structure to prevent insulation damage from pulling.
• EMC Harmonic & Disturbance: LED drivers must meet GB 17625.1 harmonic limits and GB/T 17743 radio disturbance requirements.
• Heat & Fire Resistance: Non-metallic housing must pass glow wire test (750℃ / 850℃) to avoid fire hazards under fault conditions.

5. FAQ

Q: Is CCC certification mandatory for table lamps?A: Yes. Portable general-purpose luminaires including table lamps and floor lamps are listed in China compulsory CCC certification catalogue. All table lamps manufactured, sold or imported in mainland China must obtain CCC certification before market circulation. Unauthorized sales will face production suspension, product confiscation and fines.

Q: What standards apply to table lamp CCC certification?A: Core standards are GB 7000.1-2015 and GB 7000.203-2013. LED models additionally comply with GB 24906-2010, GB/T 17743-2021 and GB 17625.1-2022. Student reading lamps must also meet GB/T 9473-2017.

Q: How long does CCC certification take?A: Normally 45–60 working days, including sample delivery, type testing, factory audit and certificate review. Actual duration depends on product complexity, rectification status and laboratory schedule.

Q: What materials and samples are required for CCC application?A: ① 3–5 product samples; ② User manual and installation drawing; ③ Circuit diagram and key component list; ④ Business license; ⑤ Product appearance and nameplate photos; ⑥ Manufacturer authorization for imported products.

Q: Which test items are most likely to fail?A: Common non-compliant items:

1. Stability failure due to light base or unreasonable center of gravity;
2. Unqualified cord strain relief structure;
3. Insufficient protection for live accessible components;
4. Excessive conducted emission and harmonic noise from LED drivers.Pre-testing by qualified CMA laboratories is strongly recommended to reduce rectification costs.