June Regulatory update

Safety
2026-05-21
It became effective on April 15, 2026. It affects over 600 specific standardized services.
On April 15, 2026, the Argentine Ministry of Industry and Commerce published a Resolution which mandates the cessation of hundreds of technical services provided by the institute.
It has the objective to optimize public resources by discontinuing services that either have no effective demand or are already offered by the private sector. The full list of services is available in Annex I (a list of over 600 specific codes) This realignment follows national policies of administrative simplification and the promotion of free competition.
Contractual Protections: All existing agreements, work orders, and contractual commitments will be honored until their completion to protect user rights.
The 21-page Annex I lists a wide array of standardized services across multiple industrial sectors, including but not limited to:
  • Construction & Materials;
  • Electronics & Telecom;
  • Industrial Goods
2026-05-27
The comments deadline is June 3, 2026. It was published on April 29, 2026.
Issued by National Gas Regulatory Entity (ENARGAS) of Argentina, the key points are:
  • Purpose: Initiates a public consultation on a comprehensive framework for certification, conformity assessment, and oversight of gas products (natural gas and LPG) in Argentina.
  • Conformity Assessment (Annex II): Establishes three types of certification — for products meeting market standards, for entities with qualified facilities/personnel, and for products meeting specific use requirements. The certification lifecycle covers three stages: Granting (initial evaluation), Maintenance (periodic surveillance), and Renovation (revalidation at expiry). Foreign certificates are recognized if issued by a body accredited by an IAF member or under agreement with an ENARGAS-accredited body.
  • Products Covered (Annex III): Applies to appliances and accessories for NG and LPG distributed via networks, internal installation piping and accessories (including anti-corrosive coatings), and polyethylene pipes and fittings for distribution networks. Also establishes registration license requirements for manufacturers and importers of commercial kitchen appliances and combustion systems.
  • Mandatory Technical Standards (Annex VI): Lists the applicable standards (NAG, IRAM, EN, ISO) required for certification, including:
    • NAG-312 — Domestic cooking appliances
    • NAG-313 — Water heaters
    • NAG-315 — Convection heating appliances
  • Documentation Requirements (Annex VII): Defines the minimum documentation that must be included in the digital certification dossier.
  • Certificate Content (Annex XI): Certificates must meet minimum content requirements and be drafted in Spanish (translations into other languages may be included in parentheses).
  • Product Identification (Annex XII): Certified products must display a "Gas flame" logo, visibly positioned so it is clearly seen by both the purchaser and the end user.
2026-05-27
It entered into force on May 5, 2026. The new Ordinance (Portaria No. 222/2026) establishes new compliance deadlines for gas water heaters.
On May 5, 2026, Portaria No. 222 was released to amend Portaria No. 89/2022 on Mercosur Technical Regulation on Minimum Safety and Energy Efficiency Requirements for Household Appliances that Use Gas as Fuel and the Conformity Assessment Requirements for Gas Water Heaters.
Key points:
  • Purpose: Updates compliance deadlines and conformity assessment requirements for gas water heaters sold in Brazil, aligning with the outcome of Public Consultation No. 33/2025.
  • New deadline for manufacturers & importers (Article 14-B): From December 31, 2028, only products compliant with the final regulation resulting from Public Consultation No. 33/2025 may be placed on the national market.
  • New deadline for retailers & wholesalers (Article 14-C): From December 31, 2030, the same compliance requirement extends to the distribution chain — retailers and wholesalers must also only stock and sell compliant products.
  • Annex II updates — Conformity Assessment Requirements revised across four areas:
    • Item 3: Complementary documents
    • Item 4: Definitions
    • Item 6: Conformity assessment procedures
    • Annexes F and G: Updated requirements (specific details subject to the full published text)
2026-05-26
Ordinance (Portaria) 231/2026 entered into force on May 5, 2026, with a compliance deadline of 18 months for manufacturers and importers, and 48 months for distributors and retailers. More led lamp products will require certification.
On May 5, 2026, the Brazilian Ministry of Trade and Industry (MIC) published Portaria No. 231 to improve and replace Portaria No. 69 on Conformity Assessment Requirements for LED Lamps with Integrated Control Devices in the Base.
  • Timeline: Entered into force on 5 May 2026; Portaria No. 69 will be repealed on 5 May 2030
  • New scope addition: Tubular LED lamps (LED tubes) with built-in control devices, replacing fluorescent tubular lamps per NBR IEC dimensions
  • Expanded exclusions list now covers UV sources, OLED sources, lamps for explosive atmospheres, medical/military/automotive/aviation/railway/marine use, electronic displays, toys, sports equipment on battery power, photovoltaic systems, and products covered by other Inmetro regulations
  • Pre-market mandatory certification: All LED lamps with integrated control devices — manufactured, imported, distributed, or sold in Brazil (paid or free) — must undergo conformity assessment via certification mechanism
  • Performance requirements:
  • Rated power must be declared by the manufacturer
  • Power factor must comply with requirements based on declared power ratings
  • Updated technical requirements: Safety, Electromagnetic Compatibility (EMC), Marking, and Instructions
  • Updated annexes:
    • Appendix A – Luminous flux maintenance measurement method
    • Appendix B – In Situ Temperature Measurement (ISTMT)
    • Appendix C – Test procedures and acceptance criteria for nominal life
    • Appendix D – Technical Specifications Spreadsheet (PET) model
  • Updated labels: ENCE labels revised for both LED lamps and LED luminaires
Here's a summary of main changes:
1 Inclusion of general and decorative LED luminaires (downlights, panels, high bay, projectors, etc.) Art. 4, §2
2 New lamp bases added: E26, E40, GX53 (AC) and the G23/G24/GX24/R7s family (DC/AC) Art. 4, §1, (a) and (b)
3 Inclusion of RGB, RGBW and tunable-white lamps/luminaires (that can also emit white light) Art. 4, §1 and Annex I, 2.8
4 Inclusion of "smart" products with communication interfaces Annex I, 2.9
5 LED SELV strips/hoses/strings explicitly excluded Art. 4, §3, VII
6 Christmas/holiday lighting explicitly excluded Art. 4, §3, VIII
7 Street/public-road luminaires explicitly excluded (already covered by Ordinance 62/2022) Art. 4, §3, X
8 New packaging requirement for luminaires: must declare "general use" or "decorative use" Art. 6
9 Pre-market exemption for professional custom-order luminaires Art. 5
10 ENCE label extended to luminaires Annex III
11 New technical definitions: beam angle, anti-glare barrier, directional/non-directional classification, high bay, variable CCT Annex I, item 2
2026-05-14
Field evaluations provide site based assessments of modified or custom built electrical equipment and may be used by Authorities Having Jurisdiction (AHJs) as part of their acceptance decision making process in accordance with applicable National Electrical Code (NEC) requirements.
2026-05-25
The designation is valid for three years from May 11, 2026.
On May 11, 2026, the Department of Science, Strategy and History of Vietnam's Ministry of Public Security issued Decision No. 2523/QĐ-V04-P2 and Certificate No. 2522/V04-GCN, designating the Research Centre for Applied Science and Technology in Fire Prevention, Firefighting, Rescue and Salvage (part of the University of Fire Prevention and Fighting) as an authorised testing organisation for fire protection and firefighting equipment under QCVN 03:2023/BCA.
The designation covers the following product categories:
  • Portable fire extinguishers
  • Wheeled fire extinguishers
  • Automatic dry-powder fire extinguishers (hanging type)
  • Firefighting powder
  • Fire alarm control panels
  • Point-type smoke detectors
  • Point-type heat detectors
  • Alarm bells
  • Manual call points
  • Visual alarm devices (flashing lights)
  • Sprinklers
  • Emergency escape lighting
  • Emergency standby lighting
The centre has been assigned registration number 15/TN-BCA for testing activities.
Manufacturers and importers of the above products seeking conformity certification under QCVN 03:2023/BCA may use this centre as a designated testing body.
2026-05-25
It entered into force on May 24, 2026.
On April 9, 2026, the Vietnamese Ministry of Science and Technology issued Circular No. 15/2026/TT-BKHCN, which sets out detailed rules on the development, appraisal, and promulgation of technical regulations in Vietnam, including national technical regulations (QCVN), issued by ministries and other central government bodies.
The Circular establishes the full procedural sequence for developing technical regulations:
  • Preparation and approval of annual and five-year development plans (Chapter II)
  • Drafting, stakeholder consultation, and appraisal by expert councils (Chapter III)
  • Formal layout and presentation requirements for technical regulations (Chapter IV)
  • Monitoring and oversight by the Ministry of Science and Technology, through the National Committee for Standards, Metrology and Quality, including scheduled and unscheduled inspections (Chapter V)
For companies and organisations subject to technical regulations, this Circular is relevant as a framework instrument prescribing the structure that all future Vietnamese technical regulations must follow. Article 9 specifies that technical regulations must include management provisions covering:
  • Conformity assessment methods and conformity declaration requirements
  • Labelling and traceability obligations, where applicable
  • HS codes at the eight-digit level for products within the scope of the technical regulation
These provisions are requirements on ministries drafting technical regulations, not direct obligations on companies under this Circular. Companies will be bound by such requirements when the individual technical regulations issued under this framework enter into force.
It replaces Circular No. 26/2019/TT-BKHCN and Circular No. 10/2023/TT-BKHCN. Projects to develop technical regulations already approved under the 2025 plan and under development at the time of entry into force may continue under the previous rules.
2026-05-25
It entered into force on April 29, 2026, with a validity until March 1, 2027, when new implementing legal documents are required to be issued to replace it.
On April 29, 2026, the Vietnamese Government issued Resolution No. 20/2026/NQ-CP, which decentralises, reduces, and simplifies administrative procedures and business conditions within the Ministry of Science and Technology's state management remit.
It amends procedures in two existing implementing decrees:
  • Under Decree No. 22/2026/NĐ-CP, administrative procedures for standards, metrology, and product quality management are decentralised under Appendix I, and registration and accreditation procedures for conformity assessment activities are simplified under Appendix II.
  • Under Decree No. 37/2026/NĐ-CP, procedures for designated conformity-assessment organisations are revised under Appendix II.
For manufacturers and importers, it results in:
  • Reduced steps and authority levels for registering declarations of conformity and obtaining recognition through accredited or designated conformity-assessment bodies.
  • Decentralised procedures under Appendix I apply from May 29, 2026, 30 days after the Resolution's entry into force.
  • Certain provisions relating to designated conformity-assessment organisation procedures applied from
  • January 23, 2026, simultaneously with the relevant provisions of Decree No. 37/2026/NĐ-CP.
This Resolution has a limite validity. It entered into force on April 29, 2026 and remains in effect until March 1, 2027, by when the new implementing legal documents are required to be issued to replace it.
2026-05-25
It entered into force on May 24, 2026.
On April 9, 2026, the Vietnamese Ministry of Science and Technology issued Circular No. 16/2026/TT-BKHCN, which sets out detailed rules for the signing and implementation of mutual recognition agreements (MRAs) and unilateral recognition arrangements for conformity assessment results. It applies to competent state authorities and Vietnamese conformity assessment organisations involved in such arrangements. It repeals Circular No.
27/2007/TT-BKHCN with effect from its entry into force date. It applies to two categories of instruments:
  • Government-level MRAs between Vietnam and one or more foreign countries or territories, concluded in accordance with Vietnamese law on international treaties
  • Organisational-level mutual recognition agreements and unilateral recognition arrangements concluded between Vietnamese CABs and international, regional, national or territorial conformity assessment bodies
Unilateral recognition is defined as the recognition and acceptance by a Vietnamese authority or conformity assessment organisation of conformity assessment results from an international or foreign organisation, without relying on a mutual recognition agreement or arrangement (Article 3(3)).
The Circular outlines the process for government-level MRAs. The proposing ministry is responsible for establishing the legal basis and feasibility of an agreement, conducting consultations, and preparing a draft text.
Once an MRA is concluded, the proposing ministry must:
  • Select and designate participating CABs where required
  • Develop an implementation plan
  • Coordinate ongoing activity through a working group
  • Report annually and on an ad hoc basis to the Government and notify the Ministry of Science and Technology of progress
For ministry-level organisational agreements, a similar proposal, consultation and preparation process applies as for government-level MRAs.
For technical-organisation-level agreements, Vietnamese CABs may sign recognition arrangements within their accredited, designated or registered scope of activity, provided the arrangement complies with applicable law and serves national interests. The following conditions apply:
  • A CAB using conformity assessment results supplied by another organisation under such an arrangement must review the completeness and suitability of those results and remains fully responsible for its own conformity conclusions
  • A recognition arrangement does not substitute for a formal designation decision by a competent authority
  • CABs must notify the National Commission for Standards, Metrology and Quality, their direct managing authority, and relevant ministries of any agreement concluded
The Circular also addresses unilateral recognition, whereby a competent ministry may accept conformity assessment results from a foreign organisation without a reciprocal agreement. The decision must be based on criteria including:
  • The foreign organisation's accreditation status within international or regional MRA frameworks (such as GACI or APAC)
  • Applicable technical standards
  • The organisation's technical capacity and reliability
The ministry must issue a formal decision specifying the recognised organisation, scope, applicable standards, validity period, and responsibilities of the parties. Unilateral recognition may be suspended or cancelled where the recognised organisation no longer meets technical capacity requirements or shows signs of legal violations.
Agreements and arrangements signed before the Circular's promulgation may continue until their expiry date, if any, or until December 31, 2027.
Energy Efficiency
2026-05-25
The consultation period finished on May 27, 2026 and it has been submitted to WTO, with a notification deadline of June 15. The DPP registry is a requirement set by the EU ESPR regulation, which must also be implemented for batteries. Its adoption was initially planned for the first quarter of 2026.
On April 29, 2026 the EU Commission circulated a draft regulation in furtherance of its obligation under Article 13 of the regulation setting ecodesign requirements for sustainable products ('ESPR') to set up, by July 19, 2026, a Digital Product Passport registry ('the registry').
The Regulation will establish the operational framework for the registry which will store in a secure manner at least the unique identifiers for specific products under the ESPR. In addition, the registry will store the unique identifiers for batteries as referred to in Article 77(3) of Regulation (EU) 2023/1542 ('the batteries regulation').
Management of the registry will be the function of the EU Commission, which will ensure that the data stored in the registry are processed securely and in compliance with Union law.
Further data may be specified in the product-specific delegated acts adopted under the ESPR, which, in addition to being included in the digital product passport, are to be stored in the registry.
Essential provisions for economic operators
Per Article 4, before registering any products, an economic operator would be required to undergo an identity verification process to become a "verified economic operator".
Economic operators must upload the required data to the registry. The level at which products need to be registered (model, batch, or item) will be specified by the relevant product legislation. Once the data is uploaded, the registry will automatically issue a unique registration identifier (associated with the unique product identifiers uploaded in the registry for a specific product).
Having registered the product passport, the economic operator can generate a Proof of Registration which will serve as legal evidence for third parties (such as customs or retailers) that the registration obligation has been met.
Note: The economic operator will remain liable for data submitted even if a third party is authorised to register a digital product passport on their behalf.
Any user who becomes aware of, or has reasonable grounds to suspect, malicious behaviour in or against the registry would be obliged to immediately inform the Commission and the Member States concerned.
Where other Union legislation beyond the ESPR and the batteries regulation refers to the registry established by the ESPR, the arrangements laid down in this Regulation will apply.
2026-05-25
It will enter into force on August 17, 2026. It adopts 2 new mandatory Kuwaiti technical regulations: KWS 1902-1:2024 and KWS 1902-2:2024.
On August 17, 2025, Ministerial Decision No. 19/2025 issued by the Kuwaiti Ministry of Commerce and Industry, was published in the Official Gazette.
The decision adopts 2 new mandatory Kuwaiti technical regulations regarding energy efficiency, functionality requirements, and labeling for lighting products (Part 1 and Part 2):
  • KWS 1902-1:2024 Energy Efficiency, Functionality and Labelling Requirements For Lighting Products - Part 1
  • KWS 1902-2:2024 Energy Efficiency, Functionality and Labelling Requirements For Lighting Products - Part 2
The decision sets several requirements, including:
  • Manufacturers and importers must register lighting products covered by these regulations in the Public Authority for Industry (PAI) system.
  • Products must carry an energy efficiency label with a unique serial number for each model, printed on the product packaging.
This decision cancels Ministerial Resolution No. 93/2024 and any other conflicting decisions.
2026-05-21
It entered into force on April 30, 2026, with a staged approach for compliance until September 2032. Among others, the implementation rules for seven products categories have been revised.
On April 30, 2026, China’s National Development and Reform Commission (NDRC) and State Administration for Market Regulation (SAMR) issued a joint announcement adopting the Catalogue of Products Subject to Energy Efficiency Labelling (2026 Edition) and the corresponding implementation rules. This announcement is in line with the Administrative Measures for Energy Efficiency Labelling (NDRC and former AQSIQ Order No. 35 of 2016), updates the product catalogue and provides revised implementation rules along with their deadlines for existing stocks.
The 2026 catalogue now includes a total of 37 products that are subject to energy efficiency labelling:
1. Household refrigerators;
2. Electric washing machines and washers-dryers;
3. Unitary air conditioners;
4. Self-ballasted fluorescent lamps;
5. High-pressure sodium lamps;
6. Small and medium three-phase induction motors;
7. Heat pumps and chillers;
8. Gas water heaters and gas heating boilers;
9. Room air conditioners;
10. Multi-connected air conditioning (heat pumps) units;
11. Storage electric water heaters;
12. Cooking appliances (induction cookers, rice cookers, microwave ovens);
13. Monitors;
14. Copiers, printers and fax machines;
15. Electric fans;
16. AC contactors;
17. Positive displacement air compressor;
18. Power transformers;
19. Ventilators (fans);
20. Flat panel TVs and Set-top boxes;
21. Dosmetic solar water heating systems;
22. Microcomputers;
23. Range hoods and ventilating fans;
24. Heat pump water heaters;
25. Gas cooking appliances;
26. LED products for Indoor lighting;
27. Projectors;
28. Permanent magnet synchronous motors;
29. Air purifiers;
30. LED luminaires for road and tunnel lighting;
31. Ducted air conditioning units;
32. Electric welding machines;
33. LED flat panel luminaires;
34. Commercial induction cookers;
35. Tower and rack servers;
36. High-voltage three-phase induction motors;
37. Commercial refrigeration appliances.
Among others, the implementation rules for the energy efficiency of the following 7 product types have been revised and are available below:
  • Household refrigerators;
  • Electric washing machines and washers-dryers;
  • Doesmetic solar water heating systems;
  • Range Hoods and Ventilating Fans for Household and Similar Use;
  • LED products for indoor lighting;
  • Projectors;
  • LED luminaires for road and tunnel lighting.
The updated rules will take effect from these dates:
From June 1, 2026 (can be delayed for existing stock manufactured or imported before the date of entry into force until June 1, 2028):
  • LED luminaires for road and tunnel lighting;
  • Household refrigerators.
From July 1, 2026 (can be delayed for existing stock manufactured or imported before the date of entry into force until July 1, 2028) :
• Projectors.
From August 1, 2026 (can be delayed for existing stock manufactured or imported before the date of entry into force until August 1, 2028):
• Dosmetic Solar Water Heating Systems
From November 1, 2026 (can be delayed for existing stock manufactured or imported before the date of entry into force until November 1, 2028):
• Range hoods and ventilating fans for household and similar use.
From April 1, 2027 (can be delayed for existing stock manufactured or imported before the date of entry into force until April 1, 2029) :
• Electric washing machines and washers-dryers.
From September 1, 2027 (can be delayed for existing stock manufactured or imported before the date of entry into force until September 1, 2029):
• LED products for indoor lighting.
Moreover, the Announcement specifies that the 2016 rules on the energy efficiency labelling of domestic solar water heating systems, projectors, range hoods, household refrigerators and electric washing machines specified under Announcement No. 14, 2016 will be abolished respectively. The 2020 rules on the energy efficiency labelling of LED luminaires for road and tunnel lighting, and LED products for indoor lighting, specified under Announcement No.
640, 2020, will be repealed, respectively. Additionally, the 17th batch of the rules for the energy efficiency labelling of AC ventilating fans for household and similar use is simultaneously abolished.
The implementation rules of the energy efficiency labelling of the products will be valid for five years, with the following expiration dates:
  • LED luminaires for road and tunnel lighting: until June 1, 2031;
  • Household refrigerators: until June 1, 2031;
  • Projectors; until July 1, 2031;
  • Domestic solar water heating systems; until August 1, 2031;
  • Range hoods and ventilating fans for household and similar use; until November 1, 2031;
  • Electric washing machines and washer-dryers; until April 1, 2032;
  • LED products for indoor lighting; until September 1, 2032.
2026-05-15
The date of implementation is January 1, 2027.
On March 17, 2026, the Bureau of Standards, Metrology and Inspection (BSMI) of the Ministry of Economic Affairs published the Legal Inspection Requirements for Light-Emitting Diode (LED) Controlgear. The inspection standards include Section 5 "Marking of Presence" of CNS 15663 (2013 version), resulting in LED controlgears beaig also officially subject to the Taiwan RoHS regulatory system. The conformity assessment procedure is the Registration of Product Certification Scheme (Modules II+III).
Telecommunications
2026-05-27
They entered into force April 15, 2026, and its application is mandatory from October 12, 2026. It affects secondary lithium accumulators for stationary applications operating under high and medium discharge intensities, suitable for installation with telecommunications equipment.
On April 15, 2026, the Brazil National Telecommunications Agency (ANATEL) released Act No. 5314 establishing the Technical Requirements and Testing Procedures for Conformity Assessment of Secondary Lithium Accumulators for Stationary Applications. The main impact is for anyone manufacturing, importing, or procuring stationary lithium batteries for telecom use in Brazil. It creates a structured, enforceable certification framework where none existed before, prioritizing safety and performance — but also adding cost and complexity for market participants.
Key Points:
  • Scope: Lithium batteries operating at 24V or 48V DC, in high and medium discharge regimes, installed alongside telecom equipment.
  • Minimum lifespan: Batteries must be rated for over 10 years of service life at 25°C in float mode.
  • Certification: Products must be homologated by ANATEL and carry the official ANATEL seal. The underlying battery cells must also be independently certified to Brazilian (ABNT) or international (IEC) standards before the full battery can be approved.
  • Testing: Seven groups of tests covering electrical performance (capacity, high/low temperature discharge, cycle durability, internal resistance) and safety (drop resistance, thermal runaway, overcharge/overcurrent/overheating control, ESD and surge immunity).
  • Smart communication: Every battery must have a BMS capable of communicating via MODBUS protocol, reporting real-time data including voltage, current, state of charge (SOC), state of health (SOH), temperatures, cycle count, and nine defined alarm conditions.
  • Family certification: Manufacturers can certify a product family under a single process, covering batteries of different capacities but sharing the same chemistry, BMS, topology, and cell format — reducing certification burden.
  • Renewal: Certificates must be renewed on a 3-year cycle (at years 3, 6, and 9), with a progressively rotating set of tests each cycle.
  • Disposal: Batteries must be labeled with disposal instructions and follow Brazil's National Solid Waste Policy (Law 12,305/2010) at end of life.
2026-05-19
It was published on May 13, 2026. It covers requirements for Interoperability, Quality, Electromagnetic Compatibility, Safety and Security.
This Standard on Generic Requirements pertains to IoT Gateway working on wired or wireless (cellular/ non cellular) communication technologies including Short range technologies (NFC, RFID etc.) used for translation from one protocol to another and accessing Cellular/NonCellular Communication Network. This standard is applicable to all such devices having similar functionality as of IoT Gateway like Data Concentrator Unit (DCU), Telematics Unit, etc. It covers requirements for Interoperability, Quality, Electromagnetic Compatibility, Safety and Security.
This document specifies the Generic Requirements (GR) of IoT Gateway. It is used to communicate between IoT devices and external network (any network such as cloud, server, etc.) enabling data collection, actuation, processing, and transmission in IoT deployments.
The functions of IoT Gateway include some or all of the functions below:
a) Communication with cloud/backend server/external network,
b) Device management and Communication with end devices,
c) Routing the Traffic,
d) Support multiple transfer protocols,
e) Isolation of sensor and/or actuators nodes,
f) Aggregation, Filtering and processing of the data,
g) Security and Authentication,
h) Local storage of data,
i) Edge Computing and Analytics
2026-04-23
On April 30 the FCC approved to move further with this proposal, which was launched beginning of April. It also includes the creation of a fast-track priority review process for devices under PAG process tested in a test lab located in U.S.
2026-06-01
They will start on July 1, 2026. The deadline for other products, such as laptops or tablets, is July 1, 2027.
The Vietnamese Ministry of Information and Communications issued on December 31, 2024, the national Technical Regulation (Circular 19/2024/TT-BKHCN) on specific absorption rates for mobile phones and radio equipment.
Technical Regulation QCVN 134:2024/BTTTT establishes the limits and methods of measuring specific absorption rates (SAR) for mobile phones and radio devices with a capacity greater than 20 mW and used at a distance of less than 200 mm from humans, whose HS codes are specified in Appendix A. Products not listed in Appendix A may however be required in future to apply this Technical Regulation.
The limits for specific absorption rate (SAR) in frequency 30 MHz to 6 GHz are:
  • Head, body: 2 W/kg per 10g tissue
  • Trunk: 4 W/kg per 10g tissue.
Conformity certification is executed according to Method 1, Method 5 and Method 7 as prescribed in Circular No. 28/2012/TT-BKHCN and its amendments.
The Annexes of the Technical Regulation cover relevant standards for test equipment, reporting test results, measurement uncertainty and testing flow charts.
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