Certification & Standards

The UL Mark indicates that Underwriters Laboratories or an equivalent nationally recognised testing laboratory (NRTL) has tested and determined that a product meets UL-specified product safety requirements. This certification allows manufacturers to show their products as “UL Listed” using the familiar UL logo.  

Australia has a national standards body, Standards Australia, covering many industry sectors, including electronic technology and Energy. This body embraces electrical/electronic equipment and appliances with relevant safety standards.

The CCC (China Compulsory Certificate) Mark indicates compliance with Chinese laws and regulations and is, as its name implies, compulsory for any product used for commercial purposes in China.

The CE Mark was introduced nearly 30 years ago for certain products sold within the European Economic Area to show conformity with legal requirements regarding relevant safety, health, and environmental rulings.

TÜV SÜD is a global provider of testing, inspection, and certification services based in Germany. It ensures that products and systems meet quality, safety, and performance standards, helping businesses comply with regulatory requirements and enhance market competitiveness.

BIS is India’s national standards body, responsible for setting and enforcing quality, safety, and reliability standards across various industries. It provides certification and testing to ensure products meet national and international standards.

The PSE Mark shows compliance with Japan’s Electrical Appliance and Material Safety Law (DENAN) as applied to various classes of products and equipment.

Korea’s KC Mark is administered by its Agency for Technology and Standards (KATS) to show compliance with mandated products under the Electrical Appliances and Materials Safety Control Law.

Product certification to IEC-based standards is mandatory in Argentina under the auspices of its standards body, IRAM, and conformance is indicated by the S Mark.

This is a mandatory requirement for electrical products sold in Australia, ensuring they meet the country’s stringent safety standards. This certification, governed by Standards Australia, confirms that a product complies with AS/NZS standards, making it safe for use in the Australian market.

Certification ensures that products meet Brazilian safety and performance standards. It covers various products, including electronics, toys, and automotive components.

The Canadian Standards Association operates the CSA marking scheme alongside UL certification to identify products acceptable in Canada and/or the USA.

The ENEC Mark denotes compliance with the European Norm (EN) standards for all electrical product sectors.

The TÜV Rheinland Group is a leading provider of technical services worldwide. It is primarily concerned with safety and quality and operates product testing services that cover Inspection and Certification, with test marks, across various markets, including electronic components.

Germany’s TUV standards agency operates the GS Mark to show conformity with Germany’s Equipment and Product Safety Act. The GS Mark assures commercial buyers and consumers the product has been tested by an authorised institution such as TUV Rheinland.

The VDE Testing and Certification Institute is another German-based independent testing organisation for electric and electronic products. The VDE Mark indicates conformity with the VDE standards.

A statutory body established under the Energy Commission Act 2001, Suruhanjaya Tenaga (ST) is responsible for regulating the energy sector in Peninsular Malaysia

The NOM Mark identifies compliance with Mexico’s “Normas Oficiales Mexicanas” (NOM) safety standards for household electrical appliances.

Nemko is an organisation that offers product safety testing and certification to worldwide standards.

The Eurasian Conformity (EAC) mark has replaced the previous GOST-R and PCT national certification standards and marks. This mark indicates products that meet all the technical requirements of the Eurasian Customs Union.

Singapore’s safety authority, the Productivity and Standards Board.

The BSMI (Bureau of Standards, Metrology and Inspection) Certification is Taiwan’s approval scheme for ITE and audio/ video products.

The British Standards Institution (BSI) was the world’s first national standards body and is a leading global standards maker. BSI is also the UK’s National Standards Body, representing UK interests worldwide.

UKCA marking is recognised in Great Britain alongside the CE marking. This means businesses can use either the UKCA mark or the CE mark for products sold in Great Britain, providing more flexibility and reducing the regulatory burden.

It restricts the use of specific hazardous substances in electronic and electrical equipment. Limiting the presence of substances like lead, mercury, and cadmium in products aims to protect human health and the environment, ensuring they are safer and more sustainable.

The European Union regulates the manufacture and use of chemical substances. It requires companies to register chemicals, assess their risks, and ensure safe use throughout their lifecycle. The goal is to improve protection for human health and the environment from hazardous chemicals.

This certification is mandatory for electronic devices that emit radiofrequency energy. It ensures compliance with regulations to prevent harmful interference with communication signals.

This standard is related to Quality Management Systems (QMS). It sets out the criteria for a QMS.

This is used by organisations to demonstrate their ability to consistently provide products and services that meet customer and regulatory requirements, while also aiming for continuous improvement.

This standard is specific to Quality Management Systems (QMS) in the medical device industry.

It outlines the requirements for organizations involved in the design, production, installation, and servicing of medical devices, ensuring they meet both customer and regulatory requirements for safety and effectiveness.

This standard is related to Environmental Management Systems (EMS).

It provides a framework that organizations can follow to improve their environmental performance through more efficient use of resources and reduction of waste, ensuring they meet environmental responsibilities and comply with regulations.

Is the latest safety standard, replacing 60065 and 60950-1, governing audio-visual and ICT equipment in North America and the EU. It introduces Hazard-Based Safety Engineering (HBSE) principles, allowing greater design flexibility while ensuring user safety. This standard addresses potential hazards, such as energy sources that could cause harm, and finds ways to prevent such risks. It aims to support new technologies without frequent amendments and harmonises regional safety requirements.

This standard covers medical electrical equipment’s safety and essential performance, including devices used in surgeries, monitoring, and hospital environments. It demands higher insulation levels, isolation, creepage, clearance, and leakage current protection than general electronic equipment standards. It has undergone several revisions, with the 3rd edition focusing on different “means of protection” (MOP) for patients and operators. The latest update, IEC 60601-1-2 (4th edition), addresses electromagnetic disturbances in medical devices.

This standard applies to electrical equipment used in measurement, control, and laboratory environments, including medical laboratories. It covers equipment that operates near medical devices but does not come into direct contact with patients. IEC 61010-1 focuses on the safety of these devices by addressing potential risks such as electric shock, fire, mechanical hazards, and environmental conditions.

It covers safety and performance criteria for control gear, including ballasts, electronic transformers, and LED drivers. The standard ensures these components are safe and reliable, addressing potential risks such as electric shock and fire hazards.

The standard specifies electrical and mechanical requirements, including testing procedures to verify compliance. By adhering to IEC 61347-1, manufacturers ensure their control gear meets international safety standards and performs effectively in various lighting applications. There is also:

• 61347-2-2: Requirements for control gear for LED modules. As LED technology is widely used in various electrical applications, this standard is crucial for ensuring the safety and performance of LED-specific control gear.
• 61347-2-7: Requirements for control gear for emergency lighting. This standard is relevant for control gear used in emergency lighting systems and is critical in ensuring safety during power outages.

Covers the limits and measurement methods for the electromagnetic emissions of industrial, scientific, and medical (ISM) radio-frequency equipment. It ensures that such equipment does not emit excessive electromagnetic interference (EMI) that could disrupt other electronic devices or communication systems. This standard is crucial for maintaining a controlled electromagnetic environment in various industrial and scientific applications.

This standard specifies the requirements for broadcast receivers and associated equipment. It aims to limit the electromagnetic emissions from these devices to prevent interference with other radio communications and electronic equipment. It applies to television and radio receivers, ensuring they meet performance criteria that minimise their impact on other devices.

This standard addresses the requirements for household appliances, electric tools, and similar apparatus. It limits the electromagnetic emissions from these products to ensure they do not interfere with other electronic equipment. The standard is divided into parts, each focusing on different types of equipment, including appliances for domestic use, garden equipment, and power tools.

Deals with the limits and measurement methods for electromagnetic emissions from electrical lighting and similar equipment. It ensures that lighting devices, including LED and other electrical lighting, do not emit excessive electromagnetic interference that could affect other devices or communications systems.

This standard specifies the requirements for multimedia equipment, including information technology and audio/video equipment. It outlines the limits and measurement methods for electromagnetic emissions to ensure these devices do not interfere with other electronic equipment and communications systems.

It aims to maintain a controlled electromagnetic environment by setting emission limits that prevent the disturbance of other devices and systems.

These standards are part of the EMC standards family that addresses generic emissions and immunity requirements for different environments. EN 61000-6-3 applies to residential, commercial, and light-industrial environments, specifying limits for electromagnetic emissions. EN 61000-6-4 covers industrial environments, setting requirements for electromagnetic emissions from industrial equipment to prevent interference with other devices and systems.

Governs the safety and performance of medical equipment and systems in electromagnetic environments. It ensures that medical devices operate safely and effectively, even in the presence of electromagnetic disturbances, and provides guidelines for minimising interference and ensuring reliable performance.

These standards provide general guidelines for managing electromagnetic emissions and immunity in industrial settings. They cover devices used in commercial, industrial, or business environments, addressing intentional and incidental radiations to ensure equipment operates within acceptable limits.

These standards establish the immunity requirements for electrical and electronic equipment used in commercial, public, light-industrial, or residential environments. They ensure that devices are protected against interference and can operate reliably in various public and private settings.

This standard limits the use of specific hazardous materials in electronic products. Restricting substances like lead, mercury, and cadmium in electronics minimises environmental and health risks, ensuring safer and more sustainable products.

WEEE (Waste Electrical and Electronic Equipment)

Governs the recycling and disposal of electronic waste. It establishes requirements for collecting, treating, and recycling electronic products to reduce their environmental impact and promote the recovery of valuable materials.

Is a standard for quality management systems that ensures organisations consistently meet customer and regulatory requirements. It focuses on continuous improvement and customer satisfaction by establishing robust processes for managing and improving quality across all business operations.

This standard specifies how to measure the no-load power consumption and average efficiency of external power supplies operating on AC/DC or AC/AC inputs. It helps ensure that power supplies meet energy efficiency requirements by providing clear methods for testing their performance in active modes.

Specifies methods for measuring the low power consumption of electrical and electronic household and office equipment. This standard ensures accurate assessment of device energy use to promote energy efficiency and reduce overall power consumption.

This regulation updates the Ecodesign requirements for external power supplies. It sets new standards for energy efficiency, including limits on no-load power consumption and minimum efficiency requirements during active modes. This regulation aims to reduce energy consumption and environmental impact by ensuring power supplies are more efficient and environmentally friendly.

The regulation outlines the energy conservation standards and test procedures for various consumer products, including power supplies. It specifies performance and design requirements to ensure energy efficiency. The regulation also details the process for requesting waivers from the Department of Energy (DOE) regarding test procedures and lab requirements for specific product types.