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feature article

EMC Regulation in Australia and New Zealand

ITS Intertek Testing Services (Boxborough, MA)

Australia has arrived at the end of a phased implementation of mandatory EMC regulations. New Zealand already has EMC rules, but it is harmonizing them with Australia's under a Trans-Tasman Compliance Framework, to take effect by the end of 1999. The result will be a set of common procedures, standards, and compliance marks for the two countries.

History and Administration

New Zealand has had mandatory EMC standards since the 1930s. In 1987, IEC recommendations were adopted, and in 1993 New Zealand formalized the supplier's Declaration of Conformity as the principal regulatory instrument for EMC. The agency responsible for administering compliance in New Zealand is the Communications Div., Ministry of Commerce.

The first Australian EMI standard, adopted in 1959, drew its content from British, Canadian, and CISPR publications. Later EMI standards more closely followed CISPR models. Since 1992, Australia and New Zealand have adopted joint national standards that carry the prefix AS/NZS. The newer EMC standards are generally similar to those of CISPR or CENELEC, with some deviations. Empowered by the Radiocommunications Act of 1992, the Spectrum Management Agency (SMA) in Australia had been developing EMC guidelines in conjunction with other agencies such as AUSTEL and the Civil Aviation Authority, as well as with local industry. Early plans were widely published, with the framework being formally introduced on January 1, 1996. The SMA merged with AUSTEL in 1997, forming the Australian Communications Authority (ACA).

Australia

New Zealand

1 low-risk, passive devices

0 low-risk, passive devices

2 most devices, not 1 or 3

1 consumer appliances

3 telecom, radio, and ISM products

2 radio products—specifically generate RF

 

N distribution networks

Table I. Compliance levels for Australia and New Zealand vary slightly.

Both Australia and New Zealand have assigned levels of interference risk to classes of products for the purpose of proportioning the compliance requirements and test lab accreditation, if any. The compliance levels differ slightly between the two countries, as indicated in Table I.

Standards

As with the EMC Directive, the Australian and New Zealand EMC frameworks target the following:

  •  Interference to radiocommunications.
  • Disruption of product functions for consumers, commerce, and industry.

The related protection requirements are supported by two levels of standards:

1.Primary standards published as joint Australian/New Zealand standards.
2.Secondary standards referenced by these primary standards (for example, methods standards CISPR 16-1 and AS/NZS 1052.1).

Table II shows the correspondence among the mandatory AS/NZS, CISPR, and CENELEC primary standards.

Product

AS/NZS

EN (European)

International

Electrical, motor-operated, and thermal appliances, electric tools, and similar apparatus

1044

55014

CISPR 14

Electrical lighting and similar equipment

4051

55015

CISPR 15

TV receivers and audio equipment

1053

55013

CISPR 13

Information technology

3548

55022

CISPR 22

ISM equipment

2064

55011

CISPR 11

Spark-ignition engines

2557

CISPR 12

Arc-welding equipment

3652

50199

Generic

4251.1

50081-1

IEC 61000-6-3

Table II. A comparison of joint Australian/New Zealand mandatory compliance standards with CISPR and CENELEC standards.

In order to correctly address the requirements of the EMC framework, the supplier must account for both the primary and the secondary standards.

Timing

The timetable for implementation of Australia's EMC framework began ticking on January 1, 1996, but mandatory compliance has been required only since January 1, 1997, for new products placed on the Australian market after that date. For products already on the Australian market by the first day of 1997, mandatory compliance was not required until January 1999. The stages of implementation begin with those products intended for residential, commercial, and light-industrial environments, as shown in Table III. Heavy industrial products are not covered.

January 1, 1997

Mandatory compliance with product-family standards:
• AS/NZS 2064 (CISPR 11)
• AS/NZS 2557 (CISPR 12)
• AS/NZS 1053 (CISPR 13)
• AS/NZS 1044 (CISPR 14)
• AS/NZS 4051 (CISPR 15)
• AS/NZS 3548 (CISPR 22)

July 1, 1997

Mandatory compliance with generic emissions standard:
• AS/NZS 4251.1 (EN 50081-1)

January 1, 1997

Mandatory compliance for all products intended for use in residential, commercial, and light-industrial environments.

Table III. Implementation timetable for Australia's EMC framework: residential, commercial, and light-industrial products.

As is the case with the European Union's (EU's) EMC Directive, products that fit the scope of a product-family standard must comply with that standard. The generic emissions standard may be applied only where no suitable product-family standard exists.

Where standards specify both Class A and Class B limits, the relevant environments are identical to those described by the FCC. Products intended primarily for residential applications should conform to Class B limits; commercial and industrial products may meet Class A limits.

The ACA intends to review the applicability of the EMC framework to other environments such as heavy industry and complete installations. Only after consultation with suppliers, industry groups, and other agencies will additional rules be proposed. New Zealand plans to follow a similar path of "light-handed" regulation when its EMC regulations take effect in 1999.

Demonstrating Conformity

The two compliance routes established under the Trans-Tasman EMC framework parallel the EU's structure. The alternatives comprise:

  • Application of primary and related standards.
  • Technical construction file (TCF).

Whichever route is selected, it is the responsibility of the supplier—that is, the manufacturer or importer—to complete the same series of regulatory steps:

1.Establish the technical grounds for product compliance.

2.Prepare a Supplier's Declaration of Conformity.

3.Compile either a compliance folder or a TCF.

4.Label the product in accordance with established rules.

All TCFs must be approved by a competent body resident in either Australia or New Zealand or—under their respective mutual recognition agreements (MRAs) with the EU—by a similarly accredited competent body in the EU. These bodies are appointed by the ACA and Ministry of Commerce based on accreditation by NATA (Australia) or TELARC (New Zealand) and are reciprocally recognized in both countries.

The Supplier's Declaration of Conformity

Unlike its EU counterpart, the Supplier's Declaration of Conformity must be held in either Australia or New Zealand by the supplier responsible for placing the product on the market (that is, the domestic manufacturer, importer, or agent). The declaration must be signed by someone who has the authority to act as a company representative. The acronym "ACN" refers to the Australian Company Number, an identification number issued by the ACA to domestic entities at their request. There are no corresponding identification numbers for declarations filed in New Zealand.

The Compliance Folder

The term compliance folder is used to refer to the documentation that the supplier must assemble and maintain to support the Declaration of Conformity. The compliance folder may be kept outside Australia, but it must be produced quickly upon written request for audit purposes.

A compliance folder will normally contain five elements:

  • Test reports.

  • A copy of the Declaration of Conformity.

  • A product description, with photo(s) and a block diagram.

  • Reference to the specifications for conformity.

  • A technical description of the product.

 Where EMC conformity is supported by a TFC, the compliance folder should contain three further items in addition to the documents listed above:

  •  A technical rationale for use of the TCF route.

  • Specific measures taken to ensure EMC conformity.

  • A report issued by a competent body.

Test Reports

In general, product EMC testing may be performed by any laboratory. There are, however, some advantages to using an NATA- or TELARC-accredited or NATA MoU (Memorandum of Understanding) laboratory. These advantages include the following:

  • In the event of a challenge, the NATA/TELARC test data are regarded as final.

  • In the event of an audit, the supplier using an accredited test report need produce only the test report, product description, and declaration. Otherwise, the full compliance folder must be provided.

  • In Australia, NATA or NATA MoU test reports are required to support compliance of CISPR 11 Group 2 ISM devices and telecom terminal equipment.

NATA and TELARC MoU accrediting partners currently include NAMAS (UK), HOKLAS (Hong Kong), A2LA and NVLAP (USA), STERLAB (Netherlands), and SWEDAC (Sweden). Through an MRA with the European Cooperation for Accreditation of Laboratories (EAL), NATA also recognizes the test laboratories accredited by DANAK (Denmark), COFRAC (France), RELE (Spain), NAB (Ireland), SINAL (Italy), FINAS (Finland), NA (Norway), and SAS (Switzerland).

Reference to Specifications for Conformity

This part of the compliance folder cites the specific primary EMC standards applied to the product. It may also include references to the quality systems that govern product consistency (e.g., the ISO 9000 series). Any instructions to the user regarding installation, operation, or cabling required to ensure EMC conformity are also appropriate for inclusion here.

The Technical Construction File

When product conformity is not or cannot be based on published standards, the supplier must use a TCF. The Trans-Tasman EMC framework's TCF is modeled closely on the EU definition.

The supplier must first submit a draft TCF to an Australian competent body, in writing, and warrant that no other application has been made to any competent body for the same device. The draft TCF must contain both a general and a technical description of the product. The general description should provide

  • Local brand name and model.

  • Name and address of local supplier.

  • Intended use of product.

  • Photos and indication of product size.

  • Conditions required for proper operation.

The technical description, meanwhile, should comprise

  • A block diagram showing functional relationships of product elements, including clock frequencies.

  • Circuit and assembly diagrams, installation information, and component lists.

  • Specific references for components that are critical to EMC conformity.

  • A description of all product variants covered by the TCF, with a justification of why additional testing is not needed.

The supplier will further need to provide the competent body with a rationale explaining why the TCF route was chosen as opposed to the primary-standards route. Also included in the TCF should be any test reports on the product and/or its subassemblies.

If everything is in order, the competent body will add its technical report to the TCF. This report will contain the following elements:

  • Confirmation that the supplier's description is valid.

  • Confirmation of the appropriateness of the TCF route.

  • Comments on the supplier's EMC control methods.

  • Comments on the EMC control of product variants.

  • Test reports, if any, prepared by or for the competent body.

  • Comments on test reports furnished by the supplier.

Labels and Marks

Under the EMC framework, appropriate labeling is required before a product may be offered for sale in Australia or New Zealand. Australia has defined several labels incorporating the C-tick mark (see Figure 1). The mark should adhere to specific guidelines for appearance and location, as follows:

  • The mark must be placed on an external surface of the product, near the model indentification number.

  • If the above is impractical, the mark should appear on the labeling, packaging, or warranty.

  • The mark must be applied by durable means such as printing, painting, or molding.

  • The mark's color should ensure its visibility and contrast.

  • The domestic manufacturer, or its agent or importer, must be identified.

Suppliers must apply to the ACA for permission to use the C-tick mark to demonstrate EMC conformity. The mark itself is the property of the ACA. (Similar constraints apply to the A-tick mark for telecom compliance.) There are three C-tick label formats for the supplier to choose from, depending on the nature of the information to be displayed on the label. One shows the registered name and address of the supplier; one provides the ACN only; and the third gives the C-tick supplier code only, as issued by the ACA.

Figure 1. Australian C-tick label formats.

Figure 2. The RCM logo.

New Zealand imposes similar conditions on the use of the C-tick mark, but adds a degree of warmth to the EMC process with its communication-friendly logo. Compliance with both EMC and safety requirements can be indicated using the regulatory compliance mark (RCM), accepted in both Australia and New Zealand. Figure 2 illustrates the RCM, and Table IV indicates where these marks apply.

Safety

EMC

Telecom (includes EMC)

Radiocom

RCM
RCM or C-tick
A-tick
C-tick
Table IV. Australian compliance markings.

Enforcement

The ACA and Ministry of Commerce plan to administer the EMC framework much as the FCC checks for compliance with its Part 15 rules in the United States—that is, by auditing documentation and products and responding to complaints.

Audits

The Trans-Tasman Framework permits random documentation audits, but only after giving prior written notice to the supplier involved. Certified copies of documents such as test reports will satisfy the audit, but the original Declaration of Conformity must also be produced. If the compliance folder is found to be defective, the regulatory authority may ask to see all documentation and/or require three random samples of the product to be tested by a competent body.

Complaints

If a complaint of interference from or to a device is received, the regulatory authority will first verify the complaint; if sufficient cause is found, a formal audit of the responsible supplier will be conducted.

False Complaints and Other Offenses

Under the Trans-Tasman Framework, filing a false or misleading complaint constitutes an offense. Other offenses include such product-related violations as

  • Devices that do not conform to the applicable standards.

  • Devices that cause interference, whether or not they conform.

  • Devices that depart from documented performance and construction.

Document-related offenses can take the form of

  • Failure to make a Declaration of Conformity, or making a false one.

  • Failure to maintain a compliance folder or to provide it upon request.

  • Failure to advise a competent body that the same product TCF has been filed elsewhere.

  • Making a false statement to a competent body in an application for a TCF.

  • Failure of a retailer or a wholesaler to obtain a copy of the Declaration of Conformity.

Potential label-related violations include

  • Failing to advise the regulatory authority of product labeling.

  • Affixing an incorrect label on a product that is sold, leased, or rented.

  • Misleading or unauthorized use of EMC compliance symbols.

Penalties

The ACA may demand that any interfering or nonstandard device that causes interference be shut off until the problem is corrected. This is usually the first regulatory recourse available in most jurisdictions having EMC regulations. The ACA may also pursue prosecution of parties responsible for marketing or supplying nonconforming products. Product seizure and forfeiture are also permitted, as are monetary penalties for individuals and companies. Punitive fines have been proposed but not yet adopted. Penalties in New Zealand for EMC violations are specified in the Radiocommunications Act of 1989 and may be as high as $30,000 for an individual and $200,000 for a corporation.

Exemptions

Certain categories of products are not required to comply with the EMC framework. Some of these exemptions are similar to the FCC's exemptions under Part 15, including the following types of equipment:

1.Spare parts, passive components, prototypes, and amateur radio equipment.

2.Benign apparatus, including anything that consumes less than 6 nW.

3.Trade show demonstration equipment.

4.Military equipment, foreign satellites, and public-service and emergency equipment.

5.Apparatus intended for use in a sealed electromagnetic environment.

6.Equipment sold directly to an end-user, where there is no agent or marketing in Australia.

Complex components such as PC cards, dimmers, and switch-mode power supplies are not exempted and must conform to the applicable EMC regulations.

Cost

While filing for the C-tick mark in Australia is currently free, New Zealand has established a fee structure for submitting Declarations of Conformity. The charge varies from about NZ $60 (for radio equipment) to NZ $171 (for unintentional radiators for companies outside New Zealand).

For Further Information

Both Australia and New Zealand provide extensive access to government regulations and technical standards (but not AS/NZ standards) on the Internet. Documents may be viewed or downloaded from http://www.aca.gov.au (Australia) or from http://www.govt.nz (New Zealand).

Back to 1999 Annual Reference Guide Table of Contents