CROSS-STANDARD public interest · LED luminaire
China-to-Sri Lanka LED Luminaire Compliance Gap Matrix
AI-compiled from official public sources — cross-checked by multiple AI models, not human-verified. Informational only; see disclaimer. Public-interest, source-linked comparison of common China LED luminaire documentation against Sri Lanka requirements: SLSI mandatory certification and import inspection, SLS standards adopting IEC 60598 / 62560 / 62471, SLSEA energy labelling, and TRCSL radio approval for smart luminaires versus Chinese GB standards and CCC certification.
Dataset 2026-06-11
Last verified 2026-06-15
11 rows
GAP MATRIX
Compliance Gap Matrix
| Compliance item | Common China baseline | Sri Lanka (SLSI) | Gap / action | Source + verification date |
|---|---|---|---|---|
| Energy Efficiency Labelling — SLSEA Energy Label for Lamps | China's equivalent is GB 30255-2019 (Minimum allowable values of energy efficiency and energy efficiency grades for LED room luminaires / LED light sources), which defines energy-efficiency grades by luminous efficacy: Grade 1 (highest), Grade 2, and Grade 3 (the market-entry minimum). The China Energy Label (CEL) is mandatory for GB 30255-covered products and is registered with SAMR-authorised bodies such as CQC / CECP. The CEL grade is based on absolute lm/W thresholds defined in GB 30255.GB 30255-2019 — Minimum allowable values of energy efficiency and energy efficiency grades for LED light sources / LED room luminaires (SAC/SAMR) China Energy Label (CEL) scheme — administered by SAMR / CQC / CECP |
Sri Lanka operates a national energy-efficiency labelling programme administered by the Sri Lanka Sustainable Energy Authority (SLSEA) under the Sri Lanka Sustainable Energy Authority Act. Lighting products, including LED lamps within the programme scope, are required to carry the Sri Lankan energy-efficiency label and to be registered with SLSEA before being placed on the market. The label communicates the product energy-performance rating to consumers using a star-rating style scheme based on luminous efficacy (lm/W) and related performance. Importers must verify the current programme scope and the applicable label format with SLSEA, since the list of regulated lighting categories and the rating thresholds are set and updated by the Authority. This is distinct from SLSI safety certification and is an additional, separate obligation.Sri Lanka Sustainable Energy Authority (SLSEA) energy-efficiency labelling programme for lighting products Sri Lanka Sustainable Energy Authority Act, No. 35 of 2007 (enabling legislation for energy labelling) |
Both Sri Lanka and China operate mandatory energy labelling for in-scope lamps, but the schemes are separate and non-mutual: a product registered for the China Energy Label is not automatically recognised under the SLSEA programme, and vice versa. The SLSEA label uses a Sri Lankan rating format (commonly a star rating) and requires registration with SLSEA before market placement, while the China CEL uses GB 30255 grades and CQC / CECP registration. A Chinese manufacturer must register separately with SLSEA, apply the Sri Lankan label artwork, and confirm the current SLSEA scope and threshold values for the specific lamp type — a product's China CEL grade does not determine its SLSEA rating. Importers should confirm with SLSEA whether the specific LED lamp/luminaire category is currently in the regulated scope.[INFORMATIONAL] Sri Lanka operates an SLSEA energy-efficiency labelling programme for in-scope lamps, requiring registration and a Sri Lankan energy label before market placement. This is separate from China's GB 30255 / China Energy Label scheme and there is no mutual recognition. A Chinese manufacturer must register the product with SLSEA, apply the Sri Lankan label, and confirm the current programme scope and rating thresholds for the specific LED lamp type with SLSEA before export. | Sri Lanka Sustainable Energy Authority (SLSEA)2026-06-15 · reference |
| Minimum Performance (Efficacy / Lifetime / Power Factor) — IEC Performance Basis vs GB 30255 | China's GB 30255-2019 sets energy-efficiency grades by luminous efficacy and Grade 3 is the minimum for market entry. China's performance and safety requirements for self-ballasted LED lamps are addressed in GB / GB-T standards aligned with the IEC base series, and the China Energy Label communicates the efficacy grade. GB 30255 focuses on efficacy grading; power factor, CRI minimums, and lifetime are addressed across related GB / GB-T standards rather than as a single binding horizontal performance floor.GB 30255-2019 — Energy efficiency grades for LED light sources / LED room luminaires (SAC/SAMR) | Unlike the EU, Sri Lanka does not impose an EU-style horizontal Ecodesign regulation that mandates a single set of minimum efficacy, colour-rendering, lifetime, and power-factor thresholds as a market-entry barrier. Instead, performance is addressed through two routes: (1) the SLSEA energy-labelling programme, where higher efficacy yields a better star rating but a low rating does not necessarily bar market entry unless a minimum performance level is set for that category; and (2) performance requirements within the adopted SLS / IEC product standards used in SLSI certification (e.g., the performance provisions of IEC 62560 for self-ballasted LED lamps). Manufacturers should confirm with SLSI and SLSEA whether a binding minimum efficacy or performance floor currently applies to the specific lamp category, as these are set by the Sri Lankan authorities rather than by a single horizontal regulation.SLSEA energy-efficiency labelling programme (efficacy-based rating for lighting) SLS standards adopting IEC 62560 (self-ballasted LED lamps — performance and safety) as referenced in SLSI certification |
The key structural difference: China uses GB 30255 efficacy grades (Grade 3 as the binding market-entry floor) plus the China Energy Label, whereas Sri Lanka relies on the SLSEA star-rating label combined with the performance provisions inside the adopted SLS / IEC product standards used by SLSI — it does not operate a single EU-style Ecodesign performance barrier. Practical consequence for a Chinese exporter: a product meeting GB 30255 Grade 2 or Grade 3 is not automatically rated or accepted under SLSEA; the manufacturer must (1) register and obtain the SLSEA rating, and (2) meet the performance and safety clauses of the SLS / IEC standard cited in the SLSI certificate. Confirm with SLSI and SLSEA whether any binding minimum efficacy currently gates the specific lamp category, since thresholds and scope are set by the Sri Lankan authorities.[INFORMATIONAL] Sri Lanka does not apply an EU-style horizontal Ecodesign minimum-performance barrier. Lamp performance is handled through the SLSEA energy-label rating and the performance provisions of the adopted SLS / IEC product standard used in SLSI certification, not a single binding efficacy floor. A China GB 30255 grade does not transfer to Sri Lanka. Chinese manufacturers should confirm the current SLSEA rating method and any category-specific minimum performance with SLSEA and SLSI for the specific lamp type before export. | Sri Lanka Sustainable Energy Authority (SLSEA)2026-06-15 · reference |
| EMC Emissions — IEC/CISPR 15 Basis via SLS, and TRCSL Radio Approval | China's equivalent emissions standard is GB 17743-2017 (Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment), technically aligned with CISPR 15. GB 17743 compliance is required as part of CCC certification for relevant luminaire categories sold in China, with testing at CNAS / CMA-accredited laboratories. For wireless-enabled luminaires sold in China, SRRC (State Radio Regulation Commission) type approval is additionally required.GB 17743-2017 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (SAC/SAMR, aligned with CISPR 15) SRRC type approval — required for wireless-enabled luminaires in China |
Sri Lanka does not operate an EU-style horizontal EMC Directive. Electromagnetic disturbance for lighting is addressed through SLS standards that adopt the IEC / CISPR base series (CISPR 15 for radio-disturbance characteristics of electrical lighting equipment), applied where SLSI certification for a lamp or luminaire references the relevant SLS / IEC standard. For luminaires with radio functionality (e.g., Wi-Fi / Bluetooth smart lighting), the dominant regulatory control is the Telecommunications Regulatory Commission of Sri Lanka (TRCSL), which requires type approval / dealer registration for radio-emitting equipment placed on the Sri Lankan market. Manufacturers should confirm with SLSI whether the specific lamp category requires demonstrated EMC emissions conformity, and with TRCSL whether the wireless module needs type approval.SLS standards adopting CISPR 15 (limits and methods of measurement of radio-disturbance characteristics of electrical lighting equipment) as referenced in SLSI certification Telecommunications Regulatory Commission of Sri Lanka (TRCSL) — type approval / registration for radio-emitting equipment |
Both the Sri Lankan SLS / IEC route and China's GB 17743 derive from CISPR 15, so emission limits are largely harmonised in technical content. The main differences are procedural: (1) China bundles EMC emissions into mandatory CCC, whereas Sri Lanka addresses emissions via the SLS / IEC standard referenced in SLSI certification — confirm with SLSI whether the specific category requires an emissions test report; (2) China CCC EMC test reports are not automatically accepted for the Sri Lankan SLSI scheme — a test report against the adopted SLS / IEC (CISPR 15) standard, ideally from an ILAC MRA-recognised laboratory, should be provided; (3) for radio-emitting smart luminaires, China requires SRRC type approval while Sri Lanka requires separate TRCSL approval — the two are not mutually recognised and the wireless module must be approved by TRCSL for the Sri Lankan market.[INFORMATIONAL] Sri Lanka has no EU-style horizontal EMC Directive. Lighting EMC emissions are addressed through the SLS / IEC (CISPR 15) standard referenced in SLSI certification, and radio-emitting smart luminaires require TRCSL type approval. Emission limits are broadly harmonised with China's GB 17743 (both CISPR 15-derived), but China CCC EMC reports and SRRC approvals are not automatically accepted in Sri Lanka. Confirm the required emissions evidence with SLSI and the wireless approval pathway with TRCSL for the specific product. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| EMC Immunity — IEC 61547 Basis vs GB/T 18595 | China's equivalent is GB/T 18595-2014 (General requirements for the electromagnetic immunity of lighting equipment), technically equivalent to IEC 61547. GB/T 18595 is a recommended standard (T = tuijian) and is less strictly enforced than China's mandatory emissions standard GB 17743; CCC certification for Chinese luminaires focuses more on safety and emissions than on immunity.GB/T 18595-2014 — General requirements for the electromagnetic immunity of lighting equipment (SAC/SAMR — recommended standard, aligned with IEC 61547) | Sri Lanka has no horizontal legal EMC immunity obligation comparable to the EU EMC Directive. Immunity for lighting equipment (per the IEC 61547 base series — equipment for general lighting purposes, EMC immunity requirements) is relevant only where the SLS / IEC product standard cited in SLSI certification includes immunity provisions for that category. In practice, immunity testing is treated as a product-quality and standard-conformity matter rather than a standalone market-access barrier. Manufacturers should confirm with SLSI whether the SLS / IEC standard applicable to the specific lamp or luminaire requires demonstrated immunity, and include any required IEC 61547-based immunity test evidence in the conformity documentation.SLS standards adopting IEC 61547 (equipment for general lighting purposes — EMC immunity requirements) where referenced in SLSI certification | Both Sri Lanka (via adopted SLS / IEC standards) and China (GB/T 18595) trace to IEC 61547, so immunity test methods and levels are largely harmonised. Neither jurisdiction treats immunity as a hard horizontal market-access barrier in the way the EU EMC Directive does: in China GB/T 18595 is a recommended standard, and in Sri Lanka immunity is relevant only where the cited SLS / IEC product standard includes it. The practical gap is documentation: a Chinese product already tested to GB/T 18595 generally meets the IEC 61547 technical base, but the SLSI conformity file should reference the immunity evidence against the SLS / IEC standard version applicable in Sri Lanka. Confirm with SLSI whether immunity evidence is required for the specific lamp category.[INFORMATIONAL] Sri Lanka has no horizontal EMC immunity barrier comparable to the EU EMC Directive. Immunity (IEC 61547 base) is relevant only where the SLS / IEC product standard referenced in SLSI certification includes it, and China's GB/T 18595 is a recommended standard. Because both jurisdictions share the IEC 61547 base, a product already tested to GB/T 18595 typically has a reduced re-testing burden, but the SLSI conformity file should include immunity evidence where the applicable SLS / IEC standard requires it. Confirm scope with SLSI. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Photobiological Safety — Blue Light Hazard (IEC 62471 Basis via SLS) | China has adopted GB/T 20145-2006 (Photobiological safety of lamps and lamp systems), technically equivalent to IEC 62471:2006. GB/T 20145 is a recommended standard (T = tuijian) and is not universally mandatory for all LED luminaires in the Chinese market; enforcement and testing obligations are less prescriptive for residential luminaires than under a formal horizontal regime.GB/T 20145-2006 — Photobiological safety of lamps and lamp systems (SAC/SAMR — recommended standard, aligned with IEC 62471:2006) | Sri Lanka addresses photobiological safety of lamps and lamp systems through SLS standards that adopt the IEC 62471 base series (photobiological safety of lamps and lamp systems), rather than through a separate horizontal regulation. Where SLSI certification for a lamp or luminaire references the relevant SLS / IEC 62471-based standard, the product must be classified into a risk group from RG0 (Exempt — no hazard) to RG3 (High risk) based on blue-light-weighted radiance and irradiance, and the classification documented. RG2 and RG3 products typically carry usage restrictions and labelling/warning requirements. Manufacturers should confirm with SLSI whether photobiological risk-group classification is required for the specific lamp category and include the IEC 62471-based assessment in the conformity file.SLS standards adopting IEC 62471 (photobiological safety of lamps and lamp systems) where referenced in SLSI certification | Sri Lanka (via SLS / IEC 62471) and China (GB/T 20145) both trace to IEC 62471, so the risk-group classification method is largely harmonised. Unlike the EU, neither imposes a standalone horizontal photobiological regulation: in China GB/T 20145 is recommended-only, and in Sri Lanka the classification is required where the cited SLS / IEC standard in SLSI certification includes it. Practical gap for a Chinese exporter: where the SLSI scheme requires it, document a defensible risk-group assessment (commonly by testing to the IEC 62471 base), and apply any RG2/RG3 warnings and usage instructions. A Chinese GB/T 20145 report may be reusable as supporting evidence, but the SLSI conformity file should reference the SLS / IEC standard version applicable in Sri Lanka. Confirm with SLSI whether the specific category requires the assessment.[INFORMATIONAL] Sri Lanka addresses photobiological safety through the IEC 62471 base adopted in SLS standards, applied where SLSI certification references the relevant standard — not via a standalone horizontal regulation. China's GB/T 20145-2006 is a recommended standard. Both share the IEC 62471 base, so a Chinese assessment may serve as supporting evidence, but the SLSI conformity file should reflect the applicable SLS / IEC standard and apply RG2/RG3 labelling where required. Confirm the requirement and scope with SLSI for the specific lamp type. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Blue Light Hazard Labelling — No Mandatory Label-Class Regime in Sri Lanka | China's China Energy Label (CEL) under GB 30255 does not include a blue light hazard class; the Chinese labelling regime focuses on energy-efficiency grades and lumen output. China has no regulatory requirement to display a photobiological risk-group class on luminaire packaging equivalent to the EU energy-label blue-light class.GB 30255-2019 — Energy efficiency requirements for LED light sources / LED room luminaires (SAC/SAMR — no blue light class requirement) | Sri Lanka does not operate an EU-style mandatory product-label class for blue light hazard. Unlike the EU energy-label framework, which requires a plain-language blue light hazard class on the label, Sri Lanka does not require a dedicated blue-light-class marking on lamp packaging as a general horizontal obligation. Where a risk group is classified under the adopted IEC 62471-based SLS standard (see ledlk-photobio-01), any warning or usage marking attaches to that product-standard requirement, not to a separate energy-label class. Manufacturers should confirm with SLSI whether any marking or warning is required for RG2/RG3 products, but should not expect an EU-equivalent label-class obligation; the SLSEA energy label (see ledlk-ecodesign-01) does not carry a blue-light class.No Sri Lankan horizontal blue-light-class labelling regulation; warnings (if any) attach to the adopted IEC 62471-based SLS product-standard requirements referenced in SLSI certification | Here Sri Lanka and China are aligned in the negative: neither mandates an EU-style blue-light-class on the product label. A Chinese product built to CN packaging norms will not carry a blue-light class, and Sri Lanka does not require one to be added as a general obligation. The only Sri Lanka-side consideration is that, where an RG2/RG3 classification arises under the adopted IEC 62471-based SLS standard, associated warning/usage marking required by that product standard must be present. Practically, the EU-specific blue-light label step does not transfer to Sri Lanka, but manufacturers should confirm RG2/RG3 warning requirements with SLSI and ensure the SLSEA energy label artwork meets the Sri Lankan format.[INFORMATIONAL] Sri Lanka has no EU-style mandatory blue-light-class product label, and China's CEL likewise does not include one — the two markets are aligned in not imposing this label. The only Sri Lanka-side requirement is any RG2/RG3 warning marking that attaches to the adopted IEC 62471-based SLS product standard referenced in SLSI certification. The EU blue-light label step does not transfer to Sri Lanka; confirm RG2/RG3 warning requirements with SLSI for the specific product. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Hazardous Substances — No Horizontal RoHS Regime in Sri Lanka | China operates China RoHS: GB/T 26572-2011 (concentration limits for restricted substances in EEE) covers the original six RoHS substances (Pb, Hg, Cd, Cr(VI), PBB, PBDE) at the same thresholds as EU RoHS, and SJ/T 11364-2014 (China RoHS 2 marking) requires a hazardous-substance disclosure label (orange = contains above threshold / green = below) on EEE sold in China. China RoHS focuses on disclosure marking rather than acting as a market-access bar based on substance content.GB/T 26572-2011 — Requirements for concentration limits for certain restricted substances in EEE (SAC/SAMR — covers original 6 substances) SJ/T 11364-2014 — Marking for the restricted use of hazardous substances in electronic and electrical products (China RoHS 2 disclosure label) |
Sri Lanka does not have an EU-style horizontal RoHS regime restricting specified hazardous substances (lead, mercury, cadmium, hexavalent chromium, PBB, PBDE, and the four phthalates) in electrical and electronic equipment as a condition of market access. There is no Sri Lankan equivalent of Directive 2011/65/EU that, by itself, bars an LED luminaire from the market based on homogeneous-material substance concentrations or that requires a RoHS Declaration of Conformity. Substance control, where it applies, is addressed through general chemicals, hazardous-waste, and environmental legislation administered by the Central Environmental Authority (CEA) under the National Environmental Act, plus any substance-specific provisions inside an adopted SLS / IEC product standard (for example, limits on mercury content in certain lamp types within the relevant IEC lamp standard). Manufacturers should not assume a horizontal RoHS test certificate is required for SLSI certification, but should confirm any lamp-type-specific substance limits (e.g., mercury in non-LED or mixed-technology lamps) with SLSI.No Sri Lankan horizontal RoHS regulation equivalent to EU Directive 2011/65/EU National Environmental Act (Central Environmental Authority, CEA) — general chemicals / hazardous-substance and waste framework Substance-specific limits inside adopted SLS / IEC lamp product standards where applicable (e.g., mercury limits in relevant IEC lamp standards) |
The structural position is the reverse of the EU comparison: here it is China that has a defined RoHS instrument (China RoHS disclosure marking under GB/T 26572 / SJ/T 11364), while Sri Lanka has no horizontal RoHS regime at all. For a Chinese exporter this means: (1) there is no Sri Lankan RoHS test certificate or RoHS DoC to obtain as a market-access condition; (2) the China RoHS disclosure label is a Chinese-market requirement and is not required by SLSI; (3) substance control in Sri Lanka, where relevant, comes from general environmental law (CEA / National Environmental Act) and from any substance-specific clause inside the adopted SLS / IEC lamp standard, not from a horizontal RoHS list. The practical action is to confirm with SLSI whether any lamp-type substance limit (such as mercury in mixed-technology lamps) applies and to retain material/substance documentation that may be requested by the importer or authorities; do not assume an EU-style 10-substance RoHS test is required.[INFORMATIONAL] Sri Lanka has no EU-style horizontal RoHS regime — there is no Sri Lankan RoHS substance-restriction test or RoHS DoC as a market-access condition for LED luminaires. China, by contrast, operates China RoHS disclosure marking (GB/T 26572 / SJ/T 11364), which is a China-market requirement not needed for SLSI. Substance control in Sri Lanka, where relevant, comes from general environmental law (CEA / National Environmental Act) and any substance clause inside the adopted SLS / IEC lamp standard. Confirm any lamp-type substance limit with SLSI; do not assume an EU-equivalent 10-substance RoHS test is required. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Chemical / SVHC Supply-Chain Notification — No REACH-Equivalent in Sri Lanka | China also has no direct equivalent of the REACH Article 33 article-level SVHC notification duty. The closest Chinese instruments are MEE Order No. 12 (2020, Measures for the Environmental Management of New Chemical Substances) for new chemical substance registration and GB 30981-2020 (rules for classification and labelling of chemicals). None of these create a proactive B2B/consumer SVHC communication obligation when an SVHC is present in an article above 0.1% w/w.MEE Order No. 12 (2020) — Measures for the Environmental Management of New Chemical Substances (China) GB 30981-2020 — Rules for the classification and labelling of chemicals (China) |
Sri Lanka has no REACH-equivalent obligation requiring suppliers to proactively notify business customers or consumers when an article contains a Substance of Very High Concern (SVHC) above a 0.1% w/w threshold, and there is no Sri Lankan SVHC candidate list or SCIP-style database. General chemical management is handled through the National Environmental Act (administered by the Central Environmental Authority) and import controls on listed hazardous chemicals, but these do not create an EU REACH Article 33-style article-level SVHC communication duty for LED luminaires. Manufacturers should not expect to file SVHC notifications for Sri Lanka, but should retain general material-safety and substance documentation that the in-country importer or authorities may request, and confirm that no listed hazardous chemical triggers a separate import control.No Sri Lankan REACH-equivalent SVHC supply-chain notification obligation; no Sri Lankan SVHC candidate list or SCIP-style database National Environmental Act (Central Environmental Authority, CEA) — general chemicals and hazardous-substance framework; import controls on listed hazardous chemicals |
Both Sri Lanka and China lack a REACH Article 33-equivalent article-level SVHC communication duty, so this is an area where neither market imposes the EU-specific ongoing supply-chain notification obligation. For a Chinese exporter the practical takeaway is simple: there is no SVHC candidate-list screening, 45-day notification, or SCIP-style database registration required for the Sri Lankan market. The only residual considerations are (1) general chemical/hazardous-substance import controls under the National Environmental Act / CEA, which apply to listed chemicals rather than to LED luminaires as articles, and (2) retaining material documentation the in-country importer may request. No EU REACH process transfers to Sri Lanka.[INFORMATIONAL] Sri Lanka has no REACH-equivalent SVHC supply-chain notification obligation and no SVHC candidate list or SCIP-style database — and China likewise has no Article 33-style article-level duty. For the Sri Lankan market there is no SVHC screening, 45-day notification, or database registration to perform. Only general chemical import controls under the National Environmental Act / CEA may apply to listed chemicals. No EU REACH process transfers to Sri Lanka. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| SLSI Mandatory Certification, Import Inspection and In-Country Importer vs CCC / CQC | In China, the primary mandatory certification for residential luminaires is CCC (China Compulsory Certification), administered by CNCA and certified by CNCA-authorised bodies such as CQC. CCC requires mandatory third-party certification and factory inspection. Voluntary CQC certification covers products outside mandatory CCC scope. For wireless-enabled luminaires, SRRC type approval is additionally required. CCC and CQC are recognised only for the Chinese market.CNCA-C10-01 — CCC certification rules for luminaires (CNCA / CQC) SRRC type approval — required for wireless-enabled luminaires in China |
Market access for regulated LED lamps and luminaires in Sri Lanka centres on the Sri Lanka Standards Institution (SLSI). SLSI operates mandatory product certification and import inspection schemes for products placed under compulsory standardisation, with the SLS mark applied on conformity. The typical pathway is: (1) the product is certified or registered against the applicable SLS standard (which adopts the relevant IEC standard); (2) imported consignments are subject to SLSI import inspection at the point of entry; (3) an in-country importer of record clears customs through Sri Lanka Customs (port of Colombo) and holds the SLSI registration / responsibility. For smart luminaires with radio functionality, TRCSL approval is also required. Manufacturers should confirm with SLSI whether the specific lamp/luminaire category is within the compulsory certification / import-inspection scope, since that scope is defined and updated by SLSI and the relevant ministry.Sri Lanka Standards Institution (SLSI) — mandatory product certification / import inspection scheme and SLS mark SLS standards adopting the relevant IEC lamp / luminaire standards (IEC 60598, IEC 62560) as the certification basis Sri Lanka Customs — import clearance via the in-country importer (port of Colombo); TRCSL approval for radio-enabled luminaires |
SLSI mandatory certification + import inspection (Sri Lanka) versus mandatory third-party CCC (China) are parallel, non-mutual schemes: a Chinese CCC certificate does not satisfy the SLSI pathway and vice versa. Key Sri Lanka-specific points with no direct CN counterpart: (1) consignment-level SLSI import inspection at the point of entry, in addition to product certification — a step the CN domestic CCC model does not impose on the manufacturer; (2) an in-country importer of record is required to clear customs (port of Colombo) and to hold/handle the SLSI registration — there is no concept identical to this in the CN domestic process, and it functions somewhat like the EU's authorised-representative role but is structured around the importer; (3) certification is against the SLS standard adopting the relevant IEC base (IEC 60598 / 62560), so test evidence should map to that IEC base rather than to GB; (4) smart luminaires need TRCSL approval separately. Manufacturers must arrange the in-country importer relationship early and confirm the compulsory scope for the specific category with SLSI.[INFORMATIONAL] Market access in Sri Lanka runs through SLSI mandatory certification + consignment import inspection and the SLS mark, with an in-country importer of record handling customs (port of Colombo) and the SLSI registration; smart luminaires also need TRCSL approval. SLSI and China's CCC are parallel, non-mutual schemes — a CCC certificate does not satisfy SLSI. Certification is against the SLS standard adopting the relevant IEC base (IEC 60598 / 62560), so map test evidence to that IEC base, not GB. Arrange the in-country importer early and confirm the compulsory scope for the specific category with SLSI. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Electrical Safety — General Luminaire (SLS adopting IEC 60598-1) + 230 V / 50 Hz Grid | China's current general luminaire safety standard is GB/T 7000.1-2023 (Luminaires — Part 1: General requirements and tests), replacing GB 7000.1-2015 from 1 January 2026 and sharing the IEC 60598-1 base. CCC obligations for in-scope luminaires remain governed by CNCA rules (CNCA-C10-01) and CCC testing is conducted by CNCA-authorised laboratories. Chinese products are rated for the China grid: 220 V single-phase / 380 V three-phase, 50 Hz.GB/T 7000.1-2023 — Luminaires — Part 1: General requirements and tests (replaces GB 7000.1-2015 from 1 January 2026; IEC 60598-1 base) CNCA-C10-01 — CCC certification rules for luminaires |
LED luminaires placed on the Sri Lankan market must meet electrical-safety requirements under the SLS standard that adopts IEC 60598-1 (Luminaires — Part 1: General requirements and tests), as applied within SLSI mandatory certification / import inspection. Key requirements mirror the IEC base: protection against electric shock (creepage and clearance, insulation resistance, touch current), thermal endurance, mechanical strength, and wiring terminals. The product must be rated for the Sri Lankan grid of 230 V, 50 Hz — the 50 Hz frequency matches China, but the nominal voltage differs from China's 220 V (single phase) / 380 V (three phase), so voltage ratings, dielectric margins, and component selection must suit 230 V nominal. On conformity, the SLS mark is applied. Confirm with SLSI whether the specific luminaire category is within compulsory certification scope and which SLS / IEC edition applies.SLS standard adopting IEC 60598-1 (Luminaires — Part 1: General requirements and tests), applied within SLSI mandatory certification / import inspection Sri Lankan grid: 230 V, 50 Hz nominal |
Sri Lanka (SLS adopting IEC 60598-1) and China (GB/T 7000.1, also IEC 60598-1 base) share the same IEC technical core, so safety test methods are largely harmonised. The differences are procedural and grid-related: (1) Sri Lanka requires SLSI certification + consignment import inspection and the SLS mark, while China requires CCC — the two are parallel and non-mutual, so a Chinese CCC test report cannot be directly reused for SLSI without mapping to the adopted SLS / IEC standard; (2) the Sri Lankan grid is 230 V, 50 Hz, versus China's 220 V / 380 V, 50 Hz — although both are 50 Hz, the nominal voltage difference means voltage ratings, insulation/dielectric margins, and any 230 V-specific test conditions must be satisfied for Sri Lanka; (3) an in-country importer of record handles SLSI registration and customs (port of Colombo). Test evidence should be prepared against the SLS / IEC 60598-1 edition that SLSI applies, ideally from an ILAC MRA-recognised laboratory.[INFORMATIONAL] Electrical safety for LED luminaires in Sri Lanka is assessed under the SLS standard adopting IEC 60598-1, within SLSI mandatory certification + import inspection and the SLS mark. The IEC core is shared with China's GB/T 7000.1, but SLSI and CCC are parallel non-mutual schemes and a CCC report does not directly satisfy SLSI. The product must be rated for Sri Lanka's 230 V / 50 Hz grid — 50 Hz matches China but the 230 V nominal differs from China's 220/380 V. Prepare test evidence against the SLSI-applied IEC 60598-1 edition and arrange the in-country importer for registration and Colombo customs clearance. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
| Self-Ballasted LED Lamp Safety (SLS adopting IEC 62560) vs GB Lamp Standards | China's equivalent for self-ballasted LED lamp safety is GB/T 24906-2010 (Self-ballasted LED-lamps for general lighting services > 50 V — safety specifications), aligned with the IEC 62560 base, with energy-efficiency addressed under GB 30255 and the China Energy Label. CCC certification applies to in-scope lamps under CNCA rules. For wireless-enabled smart bulbs sold in China, SRRC type approval is additionally required. Lamps are rated for the China 220 V / 50 Hz supply.GB/T 24906-2010 — Self-ballasted LED-lamps for general lighting services > 50 V — safety specifications (SAC/SAMR, IEC 62560 base) GB 30255-2019 — energy efficiency grades (paired with China Energy Label); SRRC type approval for wireless smart bulbs |
Self-ballasted LED lamps (LED bulbs with integrated control gear, > 50 V) intended for Sri Lanka are assessed under the SLS standard that adopts IEC 62560 (Self-ballasted LED lamps for general lighting services — safety specifications), as applied within SLSI mandatory certification / import inspection. IEC 62560 covers interchangeability, mechanical and electrical strength, insulation resistance, dielectric withstand, fault conditions, and markings for lamps fitting standard caps (e.g., E27, B22). On conformity, the SLS mark is applied. The lamp must be rated for the 230 V / 50 Hz Sri Lankan supply. Where the lamp incorporates a wireless module (smart bulb), TRCSL approval is additionally required. Confirm with SLSI whether the specific lamp falls within the compulsory certification scope and which SLS / IEC 62560 edition applies.SLS standard adopting IEC 62560 (Self-ballasted LED lamps for general lighting services — safety specifications), applied within SLSI mandatory certification / import inspection TRCSL approval — required where the lamp incorporates a wireless (smart) module |
Sri Lanka (SLS adopting IEC 62560) and China (GB/T 24906, IEC 62560 base) share the same IEC technical core, so lamp-safety test methods are largely harmonised. Key differences: (1) certification scheme — SLSI mandatory certification + import inspection with the SLS mark (Sri Lanka) versus CCC (China); parallel and non-mutual, so a CN test report must be mapped to the adopted SLS / IEC 62560 standard rather than reused as-is; (2) grid rating — 230 V / 50 Hz (Sri Lanka) versus 220 V / 50 Hz (China); same frequency, different nominal voltage, so dielectric and fault-condition tests must reflect 230 V; (3) the in-country importer of record handles SLSI registration and Colombo customs; (4) smart bulbs need TRCSL approval in Sri Lanka versus SRRC in China — not mutually recognised. Manufacturers should prepare IEC 62560-based test evidence to the SLSI-applied edition (ideally from an ILAC MRA-recognised lab) and confirm the compulsory scope and cap/voltage ratings with SLSI.[INFORMATIONAL] Self-ballasted LED lamps for Sri Lanka are assessed under the SLS standard adopting IEC 62560, within SLSI mandatory certification + import inspection and the SLS mark. The IEC 62560 core is shared with China's GB/T 24906, but SLSI and CCC are parallel non-mutual schemes — a CN report must be mapped to the SLSI-applied standard. Lamps must be rated for Sri Lanka's 230 V / 50 Hz supply (50 Hz matches China; 230 V differs from China's 220 V). Smart bulbs need TRCSL approval (versus SRRC in China). Arrange the in-country importer and confirm scope, cap, and voltage ratings with SLSI. | Sri Lanka Standards Institution (SLSI)2026-06-15 · reference |
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- Sri Lanka Sustainable Energy Authority (SLSEA) · accessed 2026-06-15 · reference · used in 2 rows
- Sri Lanka Standards Institution (SLSI) · accessed 2026-06-15 · reference · used in 9 rows