CROSS-STANDARD public interest · LED luminaire
China-to-Tanzania 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 Tanzania market-access requirements: TBS (Tanzania Bureau of Standards) mandatory conformity via the PVoC programme with a Certificate of Conformity and TBS mark, TZS standards adopting IEC 60598 / 62560 / 62471, energy labelling, and TCRA radio type-approval for smart luminaires, compared with Chinese GB / GB-T 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 | Tanzania (TBS) | Gap / action | Source + verification date |
|---|---|---|---|---|
| Energy Efficiency and Energy Labelling (Tanzanian Energy-Efficiency Framework) | China's equivalent is GB 30255-2019 （Energy efficiency requirements for LED room luminaires）, defining three grades — Grade 1 ≥90 lm/W, Grade 2 ≥80 lm/W, Grade 3 ≥70 lm/W — with Grade 3 the minimum for CN market entry. The China Energy Label （CEL） registration is mandatory for GB 30255-covered products, administered via SAMR / CQC / CECP. The CEL is a China-specific scheme with no mutual recognition with any Tanzanian energy-label scheme.GB 30255-2019 — Energy efficiency requirements for LED room luminaires （SAC/SAMR） China Energy Label （CEL） scheme — administered by SAMR / CQC / CECP |
Where the EU imposes the Ecodesign Regulation （EU） 2019/2020 on light sources, Tanzania's analogous obligation is an energy-labelling / minimum-energy-performance requirement administered under the national energy-efficiency framework （with the regulator commonly involved in standards and labelling, and TBS standards adopting the relevant IEC performance methods such as IEC 62612 for self-ballasted LED lamp performance）. LED lamps and luminaires in scope are expected to declare luminous efficacy and carry the applicable Tanzanian energy-label information; this is assessed alongside the TBS PVoC conformity for regulated electrical products. The specific minimum efficacy thresholds, the label format, and which product categories are in scope must be verified against the current Tanzanian energy-efficiency instrument and the appointed PVoC agent before shipment.Tanzanian energy-efficiency / energy-labelling framework — minimum energy performance and energy-label information for in-scope lighting products TZS standard adopting IEC 62612 — performance of self-ballasted LED lamps （efficacy and performance methods） TBS PVoC programme — energy-performance / label evidence assessed within the conformity dossier |
Both markets impose an energy-efficiency / energy-label obligation, but they are separate non-mutual schemes. Gaps for a China-to-Tanzania export: （1） the China Energy Label （CEL） format and registration do not satisfy the Tanzanian energy-label requirement — a Tanzanian-format energy label / declaration is needed where in scope; （2） the exact minimum efficacy thresholds and in-scope categories differ from China's GB 30255 grades and must be verified against the current Tanzanian energy-efficiency instrument （unlike the EU, the threshold is not a single well-known lm/W figure and should be confirmed, not assumed）; （3） energy-performance evidence is routed into the TBS PVoC dossier rather than a CN CEL registration; （4） efficacy / performance test methods commonly follow the IEC 62612 base adopted in TZS, which is technically transferable from Chinese IEC-based test reports subject to PVoC agent acceptance.[INFORMATIONAL] Tanzania's analogue to the EU Ecodesign efficacy regime is an energy-label / minimum-energy-performance requirement under the national energy-efficiency framework, with performance methods adopting IEC （e.g. IEC 62612） and evidence routed through TBS PVoC. The China Energy Label does not satisfy it, and the exact thresholds and in-scope categories differ from China's GB 30255 grades and must be verified against the current Tanzanian instrument rather than assumed. Prepare a Tanzanian-format energy declaration where in scope and confirm the requirement with the appointed PVoC agent. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Conformity Routing — TBS PVoC, Certificate of Conformity, In-Country Importer (vs CCC) | In China, the primary mandatory certification for in-scope luminaires sold in the residential market is CCC （China Compulsory Certification） administered by CNCA, with mandatory third-party certification by a CNCA-authorised body （e.g. CQC）. Voluntary CQC certification is available for products outside mandatory CCC. For wireless-enabled luminaires, SRRC type approval is additionally required. CCC certification bodies and CCC / SRRC marks are not recognised for Tanzanian market access.CNCA-C10-01 — CCC certification rules for luminaires （CNCA / CQC） SRRC type approval — required for wireless-enabled luminaires in China |
For Tanzania, the overall conformity process for regulated electrical products including LED lamps and luminaires runs through the TBS PVoC （Pre-shipment Verification of Conformity） programme. The exporter / importer engages a TBS-appointed PVoC agent who verifies the consignment （or registered product / manufacturer） against the applicable TZS / IEC standards, issues a Certificate of Conformity （CoC） that Tanzanian customs requires at the port of Dar es Salaam, and authorises use of the TBS mark for regulated products. A registered in-country importer is required as the responsible party. Conformity may be on a per-consignment, product-registration, or manufacturer-registration basis depending on the route chosen with the agent. For smart luminaires, TCRA radio type-approval is additionally required.TBS PVoC programme — Pre-shipment Verification of Conformity, Certificate of Conformity, and TBS mark for regulated products TZS / IEC 60598 / 62560 / 62471 — applicable product standards verified within PVoC TCRA type-approval — additionally required for wireless-enabled luminaires |
TBS PVoC （per-consignment / registration verification by an appointed agent, leading to a CoC at the port of import） versus China's domestic CCC （mandatory third-party certification by a CNCA-authorised body）. The processes are parallel with no mutual recognition, so separate dossiers and routing are needed. Key Tanzania-specific points with no CN equivalent: （1） a TBS-appointed PVoC agent must be engaged and a Certificate of Conformity obtained per the chosen route before clearance at Dar es Salaam; （2） a registered in-country importer is the responsible party; （3） the TBS mark replaces the CCC mark; （4） TCRA radio type-approval is a separate authorisation for smart luminaires （SRRC does not transfer）; （5） because PVoC can be consignment-based, conformity may need to be demonstrated repeatedly per shipment unless a product-/manufacturer-registration route is used — confirm the most efficient route with the agent.[INFORMATIONAL] Tanzanian market access for LED lamps and luminaires runs through the TBS PVoC programme: an appointed PVoC agent verifies the goods against the applicable TZS / IEC standards, issues a Certificate of Conformity required at Dar es Salaam, and authorises the TBS mark, with a registered in-country importer as responsible party. CCC and PVoC are parallel non-mutual processes, and SRRC does not satisfy the separate TCRA radio approval needed for smart luminaires. Engage a PVoC agent early and confirm the consignment vs registration route to minimise repeat verification. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| EMC Emissions — TZS / CISPR 15 (Lighting Equipment Radio Disturbance) | China's equivalent 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. Chinese CCC EMC test reports are not automatically accepted under the Tanzanian PVoC pathway, though CISPR 15 reports from ILAC-recognised laboratories may support it.GB 17743-2017 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment （SAC/SAMR, aligned with CISPR 15） | LED luminaires placed on the Tanzanian market are expected to meet the radio-disturbance （EMC emission） limits of the Tanzanian standard adopting CISPR 15 （Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment）, which is assessed within the TBS PVoC programme for regulated electrical products and leads to the Certificate of Conformity and TBS mark. It covers conducted emissions on the mains supply terminals and radiated emissions. EMC test evidence is normally required alongside the safety evidence in the conformity dossier submitted to the appointed PVoC agent.TZS standard adopting CISPR 15 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment TBS PVoC programme — EMC emission evidence assessed within the conformity dossier for regulated electrical products |
The Tanzanian CISPR 15 adoption and China's GB 17743 are both derived from CISPR 15, so emission limits are largely harmonized. The gaps are procedural: （1） Tanzanian EMC evidence is assessed within the TBS PVoC programme leading to a Certificate of Conformity and TBS mark, with no mutual recognition with CCC; （2） a CISPR 15 test report from an ILAC-recognised laboratory should be placed in the conformity dossier for the appointed PVoC agent — Chinese CNAS labs are generally ILAC members, but confirm acceptance; （3） confirm whether EMC is required per-consignment or via product/manufacturer registration for the specific luminaire category. The practical burden is largely a documentation and PVoC-routing gap rather than a technical re-test of the underlying CISPR 15 limits.[INFORMATIONAL] LED luminaires for Tanzania should meet the TZS standard adopting CISPR 15 for EMC emissions, assessed within the TBS PVoC programme leading to a Certificate of Conformity and TBS mark. Emission limits are broadly harmonized with China's GB 17743 （both CISPR 15-derived）, so the main task is supplying a CISPR 15 report from an ILAC-recognised laboratory in the PVoC dossier rather than a new technical re-test. Confirm acceptance and the consignment vs registration route with the appointed PVoC agent. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| EMC Immunity — TZS / CISPR 15 + IEC 61547 and TCRA Radio for Smart Luminaires | China's immunity equivalent is GB/T 18595-2014 （General requirements for the electromagnetic immunity of lighting equipment）, a recommended （T = tuijian） standard technically equivalent to IEC 61547. For wireless-enabled luminaires sold in China, SRRC （State Radio Regulation Commission） type approval is required for the radio module. Neither GB/T 18595 evidence nor SRRC approval is recognised in Tanzania — TCRA type-approval is a separate, country-specific radio authorisation.GB/T 18595-2014 — General requirements for the electromagnetic immunity of lighting equipment （SAC/SAMR — recommended standard, aligned with IEC 61547） SRRC type approval — required for wireless-enabled luminaires in China |
Beyond emissions, lighting-equipment EMC immunity may be assessed against the Tanzanian standard adopting IEC 61547 （Equipment for general lighting purposes — EMC immunity requirements） within the TBS PVoC dossier where applied. Separately, any LED luminaire with wireless / radio functionality （e.g. Wi-Fi or Bluetooth smart lighting） requires type-approval from the TCRA （Tanzania Communications Regulatory Authority） before it can be lawfully imported and placed on the market — this radio approval is in addition to, not a substitute for, the TBS PVoC electrical conformity. Importers should obtain the TCRA equipment type-approval and any frequency/standards confirmation for the radio module.TZS standard adopting IEC 61547 — Equipment for general lighting purposes — EMC immunity requirements TCRA （Tanzania Communications Regulatory Authority） — type-approval of radio communication equipment for wireless-enabled luminaires TBS PVoC programme — conformity dossier for regulated electrical products |
Two distinct gaps. （1） Immunity: the Tanzanian IEC 61547 adoption and China's GB/T 18595 share the same IEC 61547 base, so where immunity is assessed within PVoC, products tested to one largely satisfy the other technically — the gap is documentation routing into the PVoC dossier rather than a new test. （2） Radio: any wireless / smart luminaire must obtain TCRA type-approval in Tanzania, which is entirely separate from China's SRRC approval — SRRC does not transfer, and TBS PVoC electrical conformity does not cover radio. Importers must secure TCRA equipment approval for the radio module （frequency bands, power, and any local standards） in addition to the TBS Certificate of Conformity, and route goods through a registered in-country importer at Dar es Salaam.[INFORMATIONAL] For Tanzania, lighting EMC immunity may be assessed against the TZS / IEC 61547 adoption within the TBS PVoC dossier （shared IEC base with China's GB/T 18595, so largely a documentation step）. Separately and importantly, any wireless / smart luminaire requires TCRA type-approval — a country-specific radio authorisation that is additional to TBS PVoC and is not satisfied by China's SRRC approval. Secure both the TBS Certificate of Conformity and TCRA radio approval before import. | Tanzania Communications Regulatory Authority （TCRA）2026-06-15 · reference |
| Photobiological Safety — Blue Light Hazard (TZS / IEC 62471 Risk Groups) | 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 （T = tuijian） standard and is not universally mandatory for all LED luminaires in the Chinese market; enforcement for residential luminaires is limited. The risk-group methodology is the same IEC 62471 framework used by the Tanzanian adoption, so a Chinese GB/T 20145 risk-group assessment is technically transferable as supporting evidence, subject to PVoC agent acceptance.GB/T 20145-2006 — Photobiological safety of lamps and lamp systems （SAC/SAMR — recommended standard, IEC 62471:2006 base） | Photobiological safety of LED lamps and luminaires for the Tanzanian market is addressed through the Tanzanian standard adopting IEC 62471 （Photobiological safety of lamps and lamp systems）, used to derive the risk group from blue-light-weighted radiance and irradiance. Risk groups range from RG0 （Exempt — no hazard） to RG3 （High risk）, with RG2 / RG3 products carrying usage restrictions and warning requirements. Where the IEC 62471 adoption is part of the applicable TZS lighting standard or the TBS PVoC dossier for a given product category, a documented risk-group classification should accompany the conformity submission. Tanzania has no separate EU-style mandatory blue-light-class energy-label field; the requirement, where it applies, is technical risk-group documentation rather than a horizontal labelling regime.TZS standard adopting IEC 62471 — Photobiological safety of lamps and lamp systems （risk group classification） TBS PVoC programme — risk-group documentation within the conformity dossier where the IEC 62471 adoption applies |
Both the Tanzanian IEC 62471 adoption and China's GB/T 20145 use the same IEC 62471 risk-group framework, so the technical assessment transfers well. The gaps are: （1） in China GB/T 20145 is recommended-only and often not enforced for residential luminaires, so a Chinese-market product may lack a documented risk-group classification — for Tanzania, a risk-group assessment should be prepared and placed in the PVoC dossier where the IEC 62471 adoption applies; （2） RG2 / RG3 products require warning labelling and usage restrictions that must be presented in a form acceptable to the Tanzanian importer / TBS; （3） unlike the EU, Tanzania has no horizontal mandatory blue-light-class label field on an energy label — the obligation, where it applies, is technical documentation, so the manufacturer should confirm with the appointed PVoC agent whether IEC 62471 evidence is required for the specific product category.[INFORMATIONAL] Photobiological safety for Tanzania is handled via the TZS standard adopting IEC 62471, used to document a risk group within the TBS PVoC dossier where the standard applies. The IEC 62471 framework is shared with China's GB/T 20145, so an existing risk-group assessment transfers technically; but GB/T 20145 is recommended-only in China and a product may lack documentation. There is no EU-style horizontal blue-light-class label in Tanzania. Confirm with the appointed PVoC agent whether IEC 62471 evidence is required for the specific product category, and add warnings for RG2 / RG3 products. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Product Marking and Labelling for Tanzania (No Horizontal Blue-Light-Class Label) | China's marking obligations come from the applicable GB / GB-T product standards （GB/T 7000.1, GB 24906） plus CCC marking rules, and the China Energy Label （CEL） under GB 30255-2019 for in-scope LED room luminaires. The CEL shows energy-efficiency grade and luminous flux and does not include a blue-light hazard class. So, like Tanzania, China has no horizontal blue-light-class label field — both markets rely on the IEC 62471 technical route for photobiological information rather than a dedicated label.GB/T 7000.1-2023 / GB 24906-2010 — product marking requirements for luminaires and self-ballasted LED lamps GB 30255-2019 / China Energy Label （CEL） — energy-efficiency grade and luminous flux （no blue-light hazard class） |
For the Tanzanian market, product marking and labelling obligations flow from the applicable TZS product standards and the TBS PVoC / TBS-mark requirements rather than from a single horizontal photobiological-labelling regulation. Regulated luminaires bearing the TBS mark must carry the markings required by the relevant TZS / IEC 60598 / 62560 standard （rated voltage 230 V, frequency 50 Hz, power, cap type, manufacturer / importer identification） and any energy-label information required under the Tanzanian energy-efficiency framework. Unlike the EU Delegated Regulation 2019/2015, Tanzania does not impose a horizontal mandatory blue-light hazard class field on a standardised energy label; where blue-light / photobiological information is required, it is via the IEC 62471 technical documentation and any product-specific TZS marking, not a separate label field.TZS product standards adopting IEC 60598 / IEC 62560 — product marking requirements （voltage, frequency, power, cap, identification） TBS mark and PVoC requirements for regulated products Tanzanian energy-efficiency / energy-labelling framework — energy-label information where required |
Neither Tanzania nor China imposes an EU-style horizontal mandatory blue-light-class label, so there is no blue-light-label gap between them. The actual marking gaps for a China-to-Tanzania export are: （1） voltage / frequency marking must reflect the Tanzanian 230 V / 50 Hz grid rather than China's 220/380 V （50 Hz is shared）; （2） the TBS mark and PVoC-driven markings replace the CCC mark — Chinese CCC marking is not valid for Tanzania; （3） manufacturer / importer identification must name a registered in-country Tanzanian importer; （4） energy-label content must follow the Tanzanian energy-efficiency framework, not the China Energy Label format; （5） where IEC 62471 risk-group documentation is required for the product category, it must be retained in the PVoC dossier even though no dedicated label field exists. These are marking / dossier adaptations rather than a new photobiological labelling regime.[INFORMATIONAL] Tanzanian marking and labelling flow from the applicable TZS / IEC product standards, the TBS mark / PVoC, and the Tanzanian energy-efficiency framework — there is no EU-style horizontal blue-light-class label, and neither does China have one. The practical work for a China-to-Tanzania export is adapting markings to 230 V / 50 Hz, replacing the CCC mark with the TBS mark, naming a registered in-country importer, and following the Tanzanian energy-label format, while retaining any required IEC 62471 risk-group documentation in the PVoC dossier. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Hazardous Substances — No Horizontal RoHS Regime in Tanzania | China's equivalent is GB/T 26572-2011 （concentration limits for certain restricted substances in EEE）, covering the original 6 RoHS substances （Pb, Hg, Cd, Cr（VI）, PBB, PBDE） at the same thresholds as EU RoHS, together with China RoHS 2 （SJ/T 11364-2014） which mandates a hazardous-substance disclosure label （orange / green） on EEE sold in China. As of 2026 the four EU phthalates （DEHP, BBP, DBP, DIBP） are not in the CN mandatory list. China therefore has a substance-disclosure regime, while Tanzania has no horizontal RoHS regime at all.GB/T 26572-2011 — Requirements for concentration limits for certain restricted substances in EEE （SAC/SAMR — 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） |
Tanzania does not operate an EU-style horizontal RoHS regime restricting a fixed list of hazardous substances （e.g. lead, mercury, cadmium, hexavalent chromium, PBB, PBDE, and the four phthalates） across electrical and electronic equipment as a market-entry condition. There is no Tanzanian counterpart to Directive 2011/65/EU （RoHS 2） / （EU） 2015/863 that gates LED-luminaire market access on a substance-restriction Declaration of Conformity. Where substance limits apply, they arise from specific TZS product standards （which adopt the relevant IEC requirements, e.g. mercury content provisions inherent in lamp standards） or from general chemicals / environmental and consumer-protection law, rather than a dedicated horizontal RoHS instrument. This should be stated plainly to avoid implying a non-existent Tanzanian RoHS obligation.No Tanzanian horizontal RoHS-equivalent instrument restricting a fixed hazardous-substance list across EEE as a market-entry condition （as of 2026） Substance provisions, where they apply, arise from specific TZS / IEC product standards or general chemicals / environmental law rather than a dedicated RoHS regime |
This is an honest reverse gap: China has a substance-restriction / disclosure regime （GB/T 26572 + China RoHS 2 disclosure label）, whereas Tanzania has no horizontal RoHS regime gating market access. So a China-compliant product is generally not blocked by any Tanzanian RoHS requirement — there is nothing additional to certify for substance restriction at the horizontal level. Practical notes: （1） do not assume a Tanzanian RoHS Declaration of Conformity is required, because it is not; （2） any substance limits relevant to LED lamps （e.g. mercury in certain lamp types） come through specific TZS / IEC product standards verified within PVoC, not a horizontal list; （3） customers / buyers may still contractually request RoHS or substance declarations for their own export chains, but that is a commercial, not a Tanzanian regulatory, requirement. Always confirm current Tanzanian chemicals / environmental law in case of future changes.[INFORMATIONAL] Tanzania has no EU-style horizontal RoHS regime restricting a fixed hazardous-substance list across EEE as a market-entry condition. Unlike the EU, there is no Tanzanian RoHS Declaration of Conformity to obtain, and a China-compliant product is generally not blocked at the horizontal substance level. Any substance limits relevant to LED lamps come through specific TZS / IEC product standards verified within TBS PVoC, not a horizontal list. Buyers may still contractually request substance declarations, but that is commercial rather than Tanzanian regulatory. Re-verify Tanzanian chemicals / environmental law on each review cycle. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Chemical / SVHC Notification — No REACH-Style Obligation in Tanzania | China also has no direct equivalent to the REACH SVHC Article 33 article-level supply-chain notification duty. The closest CN instruments are MEE Order No. 12 （2020） on new chemical substance environmental management registration and GB 30981-2020 on classification and labelling of chemicals — neither creates a proactive B2B notification duty when an SVHC is present in an article above 0.1% w/w. So on this point China and Tanzania are similar: neither imposes a REACH-style article SVHC communication obligation.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） |
Tanzania has no equivalent to the EU REACH Regulation （EC） 1907/2006 Article 33 supply-chain notification obligation, and no Candidate List of Substances of Very High Concern （SVHC） or SCIP-style database that gates or burdens LED-luminaire market placement. There is therefore no ongoing biannual SVHC-tracking obligation for articles placed on the Tanzanian market. General chemicals management in Tanzania is handled through national chemicals / environmental authorities and instruments （e.g. industrial and consumer chemicals legislation administered by the relevant Tanzanian authority）, but these do not create a REACH-style article-level SVHC communication duty for LED luminaires. This should be stated plainly rather than implying a Tanzanian REACH analogue.No Tanzanian equivalent to REACH （EC） 1907/2006 Article 33 SVHC supply-chain notification or an SVHC Candidate List / SCIP-style database （as of 2026） General chemicals / environmental management handled via national Tanzanian chemicals and environmental authorities and instruments （not an article-level SVHC communication duty） |
There is effectively no gap to manage here for Tanzanian market access: neither China nor Tanzania imposes a REACH-style article-level SVHC supply-chain notification, so a Chinese manufacturer faces no Tanzanian SVHC tracking, Candidate List screening, or SCIP-style registration burden. Practical notes: （1） do not build a Tanzania-specific SVHC process — none is legally required; （2） the EU lane （ledeu-rohs-02） SVHC obligation does NOT carry over to Tanzania; （3） buyers exporting onward to REACH jurisdictions may still contractually request SVHC information, which is a commercial rather than Tanzanian regulatory matter; （4） general Tanzanian chemicals / environmental law may impose other obligations on certain substances or waste handling — confirm current law, but it is not a REACH analogue.[INFORMATIONAL] Tanzania has no REACH-style article-level SVHC supply-chain notification, Candidate List, or SCIP-style database, and neither does China — so a Chinese LED-luminaire manufacturer faces no Tanzanian SVHC tracking burden. The EU REACH Article 33 obligation does not carry over to Tanzania. Do not build a Tanzania-specific SVHC process; any SVHC information requests would be commercial （e.g. from buyers re-exporting to REACH jurisdictions） rather than Tanzanian regulatory. Re-verify general Tanzanian chemicals / environmental law on each review cycle. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Overall Market-Access Process and Documentation File vs CCC / CQC | In China the primary market-access route for in-scope residential luminaires is CCC （China Compulsory Certification） under CNCA-C10-01, requiring mandatory third-party certification by a CNCA-authorised body （e.g. CQC）, with voluntary CQC for products outside CCC, plus SRRC type approval for wireless-enabled luminaires and the China Energy Label / China RoHS 2 disclosure label where in scope. CCC, CQC, SRRC, and the CN substance-disclosure marks are domestic schemes not recognised for Tanzanian market access.CNCA-C10-01 — CCC certification rules for luminaires （CNCA / CQC） SRRC type approval + China Energy Label / China RoHS 2 disclosure label （where in scope） |
Overall market access for LED lamps and luminaires in Tanzania requires: （1） compile a technical / conformity dossier （product description, ratings for 230 V / 50 Hz, test reports against the applicable TZS / IEC 60598 / 62560 safety standards, CISPR 15 EMC, and IEC 62471 photobiological evidence where required）; （2） engage a TBS-appointed PVoC agent and obtain a Certificate of Conformity （CoC） per the chosen consignment / product / manufacturer route; （3） authorise and apply the TBS mark on regulated products; （4） appoint / use a registered in-country Tanzanian importer as responsible party for clearance at Dar es Salaam; （5） obtain TCRA type-approval separately for any wireless / smart luminaire. There is no horizontal RoHS DoC or REACH SVHC obligation to add. The PVoC CoC, not a CE-style self-declaration, is the central market-entry document.TBS PVoC programme — conformity dossier, Certificate of Conformity, and TBS mark TZS / IEC 60598 / 62560 / 62471 + CISPR 15 — applicable product standards within the dossier TCRA type-approval — for wireless / smart luminaires |
TBS PVoC （CoC at the port, verified by an appointed agent） versus China's domestic CCC （mandatory third-party certification） are parallel non-mutual processes requiring separate dossiers. Key Tanzania-specific points with no CN equivalent: （1） a TBS-appointed PVoC agent and a Certificate of Conformity are required before Dar es Salaam clearance — the CoC is the central document, replacing the CCC mark with the TBS mark; （2） a registered in-country importer is the responsible party; （3） TCRA radio type-approval is a separate authorisation for smart luminaires （SRRC does not transfer）; （4） unlike the EU lane, there is NO RoHS DoC and NO REACH SVHC obligation to add for Tanzania — those EU-specific burdens drop away; （5） products must be re-rated / re-marked for 230 V / 50 Hz. The net effect: the substance-related compliance burden is lighter than the EU lane, but the PVoC routing, in-country importer, and TCRA radio steps are the real China-to-Tanzania gaps.[INFORMATIONAL] Tanzanian market access centres on the TBS PVoC Certificate of Conformity and TBS mark, verified by an appointed PVoC agent, with a registered in-country importer and separate TCRA approval for smart luminaires. CCC and PVoC are parallel non-mutual processes, and SRRC does not satisfy TCRA. Importantly, unlike the EU lane there is no RoHS Declaration of Conformity and no REACH SVHC obligation to add for Tanzania — the substance burden is lighter, while the PVoC routing, in-country importer, 230 V / 50 Hz re-rating, and TCRA radio steps are the real gaps. Engage a PVoC agent early and confirm the most efficient consignment vs registration route. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Electrical Safety — General Luminaire (TBS PVoC + TZS / IEC 60598-1) | 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, both built on the IEC 60598-1 base. For luminaires sold in China the primary mandatory route is CCC （China Compulsory Certification） under CNCA-C10-01, with testing by CNCA-authorised laboratories. CCC and Chinese GB / GB-T evidence are not automatically accepted under the Tanzanian TBS / PVoC pathway, although test reports from ILAC-recognised laboratories may support the PVoC route — confirm with the appointed PVoC agent.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 Tanzanian market are regulated electrical products and must demonstrate electrical safety against the Tanzanian standard adopting IEC 60598-1 （Luminaires — Part 1: General requirements and tests）, enforced through the TBS （Tanzania Bureau of Standards） PVoC （Pre-shipment Verification of Conformity） programme. Conformity is established per consignment or via product/manufacturer registration through a TBS-appointed PVoC agent, resulting in a Certificate of Conformity （CoC） that customs requires at the port of Dar es Salaam, and the right to bear the TBS mark for regulated products. Safety requirements cover protection against electric shock （creepage and clearance, insulation, touch current）, thermal endurance, mechanical strength, and wiring terminals. Designs must suit the Tanzanian grid of 230 V / 50 Hz （the 50 Hz frequency is the same as China, but the nominal voltage differs from China's 220/380 V, so voltage ratings and markings must match）.TBS PVoC （Pre-shipment Verification of Conformity） programme — mandatory conformity assessment and Certificate of Conformity for regulated electrical products TZS standard adopting IEC 60598-1 — Luminaires — Part 1: General requirements and tests Standards Act （Tanzania） — TBS mandatory standards and TBS mark for regulated products |
Both Tanzania （via TZS / IEC 60598-1） and China （via GB/T 7000.1-2023） build on the same IEC 60598-1 base, so the core safety test content is broadly aligned. The principal gaps are procedural and electrical-rating gaps: （1） Tanzania enforces market access through the TBS PVoC programme requiring a per-consignment or registered Certificate of Conformity and the TBS mark — there is no mutual recognition with CCC, so a separate PVoC route is needed; （2） the luminaire must be rated and marked for the Tanzanian 230 V / 50 Hz grid （same 50 Hz as China but different nominal voltage from China's 220/380 V）; （3） an in-country registered importer is required and goods clear mainly through Dar es Salaam; （4） PVoC agents typically accept IEC test reports from ILAC-recognised laboratories — Chinese CNAS labs are generally ILAC members, but confirm acceptance and any consignment-testing requirement with the appointed agent.[INFORMATIONAL] LED luminaires are regulated electrical products in Tanzania and must satisfy the TZS standard adopting IEC 60598-1, enforced via the TBS PVoC programme with a Certificate of Conformity and TBS mark. The core test content is broadly aligned with China's GB/T 7000.1-2023 （both IEC 60598-1 based）, but CCC does not substitute for PVoC, and the product must be rated for the 230 V / 50 Hz Tanzanian grid （same 50 Hz as China, different nominal voltage from 220/380 V）. Use IEC test reports from an ILAC-recognised laboratory and confirm the consignment vs registration route with the appointed PVoC agent. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
| Self-Ballasted LED Lamp Safety (TZS / IEC 62560) and LED Control Gear | China's equivalents are GB 24906-2010 / the applicable GB standard for self-ballasted LED lamps （aligned with IEC 62560） and GB 19510.14-2014 for DC or AC supplied electronic controlgear for LED modules （aligned with IEC 61347-2-13）. Self-ballasted LED lamps and certain LED drivers in defined power ranges fall under mandatory CCC certification administered by CNCA / CQC. Chinese CCC and GB test reports are not automatically accepted under the Tanzanian PVoC pathway, though ILAC-recognised IEC reports may support it.GB 24906-2010 — Self-ballasted LED lamps for general lighting services — Safety requirements （IEC 62560 base） GB 19510.14-2014 — Control gear for lamps — Particular requirements for DC or AC supplied electronic controlgear for LED modules （IEC 61347-2-13 base） |
Self-ballasted LED lamps （integrated LED bulbs with an E27 / B22 cap for general lighting） placed on the Tanzanian market must meet the Tanzanian standard adopting IEC 62560 （Self-ballasted LED lamps for general lighting services with supply voltages > 50 V — Safety specifications）, with performance commonly assessed against IEC 62612, all enforced through the TBS PVoC programme leading to a Certificate of Conformity and TBS mark. Where an LED driver / control gear is supplied separately, the Tanzanian standard adopting IEC 61347-2-13 （particular requirements for DC or AC supplied electronic controlgear for LED modules） applies. Caps, voltage ratings, and markings must suit the Tanzanian 230 V / 50 Hz supply.TZS standard adopting IEC 62560 — Self-ballasted LED lamps for general lighting services — Safety specifications TZS standard adopting IEC 61347-2-13 — Lamp controlgear — Particular requirements for DC or AC supplied electronic controlgear for LED modules TBS PVoC programme — Certificate of Conformity and TBS mark for regulated electrical products |
Tanzania （TZS / IEC 62560 and IEC 61347-2-13） and China （GB 24906 and GB 19510.14） share the same IEC technical base, so lamp and driver safety test content is largely aligned. The gaps are procedural and configuration gaps: （1） market access in Tanzania runs through TBS PVoC with a Certificate of Conformity and TBS mark, with no mutual recognition with CCC; （2） lamp caps and voltage ratings must suit the 230 V / 50 Hz Tanzanian grid （same 50 Hz as China, different nominal voltage from 220/380 V）; （3） a separately sold LED driver may require its own conformity evidence under the Tanzanian IEC 61347-2-13 adoption, in addition to the lamp/luminaire; （4） a registered in-country importer and Dar es Salaam clearance are required; （5） confirm with the appointed PVoC agent which IEC editions and lab accreditations are accepted, and whether consignment testing applies.[INFORMATIONAL] Self-ballasted LED lamps for Tanzania must meet the TZS standard adopting IEC 62560 （with separately supplied drivers covered by the IEC 61347-2-13 adoption）, enforced via TBS PVoC with a Certificate of Conformity and TBS mark. The technical base is shared with China's GB 24906 / GB 19510.14, but CCC does not substitute for PVoC and products must be rated for 230 V / 50 Hz. Confirm accepted IEC editions, lab accreditation, and the consignment vs registration route with the appointed PVoC agent. | Tanzania Bureau of Standards （TBS）2026-06-15 · reference |
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- Tanzania Bureau of Standards （TBS） · accessed 2026-06-15 · reference · used in 10 rows
- Tanzania Communications Regulatory Authority （TCRA） · accessed 2026-06-15 · reference · used in 1 rows