Weltweite Homologation
Experten für Typenzulassung
Klicken Sie hier um unsere Live Karte mit Informationen zum Einfluss der Corona-Krise auf Behörden und weltweite Typenzulassungen zu öffnen. Die IB-Lenhardt AG ist einsatzbereit und verfügbar für Sie.


Australien

Radio Type Approval, Homologation, Certification Services - Für weltweiten Marktzugang

Wir bieten Ihnen zuverlässig alle Servicedienstleistungen im Bereich Funk Zulassung, Radio Type Approval, Homologation, Certification Services in Australia (Canberra) an. Unser guter Kontakt zur Behörde in Australia (Canberra), insbesondere zu Australian Communication and Media Authority sowie die Kompetenzen im Bereich Homologation von Funk- Produkten und Short Range Devices (SRD) aus dem Consumer- als auch dem Automotive-Sektor im ISM-Frequenzband werden Ihren Marktstart in Australia reibungslos und kosteneffektiv gestalten.

Um Ihr Produkt erfolgreich auf den Markt zu bringen, bieten wir Ihnen den folgenden Service an:

  • Erörtern der geltenden Anforderungen für Ihr spezifisches Produkt oder Ihre technische Ausrüstung, damit diese(s) die aktuellen Regularien in Bezug auf Safety, EMC, Wireless, etc. erfüllt
  • Gewährleisten von vorbereitenden Konformitätsprüfungen während der Design- und Entwicklungsphase um die Konformität zu bestimmen
  • Assistieren bei der Vervollständigung von Anträgen und anderen notwendigen Formularen
  • Durchführung von Tests in unseren akkreditieren Laboren oder in Ihren qualifizierten Einrichtungen, um CB Test Reports und Zertifikate mit gültigen nationalen Anforderungen und anderen Test Reports für Wireless etc. auszustellen
  • Abwicklung des kompletten Prozesses, einschließlich der Zusammenarbeit mit lokalen Test-und Zertifizierungs-Organisationen
  • Anordnen der einleitenden Erstprüfungen, die erforderlich sind, um das Zertifikat zu erhalten
  • Koordinierung von Verifizierungsprüfungen für die zugelassenen Produkte, wenn gewünscht
  • Unterstützung und Beschleunigung des Projektfortschritts mit Unterstützung des lokalen IB-Lenhardt AG - Teams und/oder Partners
  • Unterstützung bei der Wartung und Erneuerung der Zertifikate, wenn gewünscht
  • Übersetzung der Bedienungsanleitung als Kundenservice, wenn gewünscht 


Für Australia können wir Ihnen innerhalb kurzer Zeit ein Angebot auf Grundlage eines Datenblattes unverbindlich erstellen:
quote@ib-lenhardt.de



GEO / MAP von Australia


Allgemeine Informationen zu Australia

Formaler Name
Australia


Hauptstadt
Canberra


Kontinent
Oceania


Breitengrad
-28.32426280242283


Längengrad
137.44317938666993


Währung
Australian dollar


Ländervorwahl
+ 61


Top-Level-Domain
.au


Sprachen
English


Größe (in km²)
7,686,850.0 km²


Population (Stand 2011)
22620600 Einwohner


UN - Eintrittsdatum
01.11.1945


Ländercode nach ISO 3166-2
AU


Ländercode nach ISO 3166-3
AUS


Beispiel-Zertifikat für Australia

Beispiel Funk-Zulassungszertifikat für Australien
Download Certificate
PDF / JPG



Obligatorisch / Freiwillig
Obligatorisch

Amt / Aufsichtsbehörde
Australian Communication and Media Authority

Gültigkeitszeitraum der Zertifizierung
Unbegrenzt


Lokaler Repräsentant erforderlich?
Ja

Tests im Land erforderlich?
Ja

Durchschnittliche Dauer für Funk-Zulassungen
4 Wochen


Label Beispiel für Australia

Beispiel Funk-Zulassungslabel für Australia
Download Label
PDF / PNG



Kennzeichnung des Zertifizierungs-Logos oder der Zertifizierungs-Nummer erforderlich?
Ja

Größe
3 mm

Bestimmte Anforderungen im Handbuch?
Nein

Neuigkeiten in Australia


  • Amendment to EME arrangements

    ACMA (Australian Communication and Media Authority) made the Amendment Standard 2020 (No. 1).

    The Amendment was made on the 9th of April 2020 and it updates the Radiocommunications Standard 2014 (Electromagnetic Radiation - Human Exposure)

    The target of this Amendment is to ensure that devices operating above 6 GHz are tested in accordance with latest measurement standards and are compliant with labelling requirements for Australia's electromagnetic standards.

    Official Source

     


  • ACMA is looking for comments on proposal for EME amendment

    With regard to the upcoming rollout of 5G, handsets will be required to operate on frequencies above 6 GHz. At present, there are no harmonized standards for devices operating above 6 GHz used in close proximity to head or body.

    Therefore, the Australian Communications and Media Authority (ACMA) is proposing to amend the Radiocommunications (Electromagnetic Radiation – Human Exposure) Standard 2014 to ensure devices operating above 6 GHz have appropriate supply requirements and a specified test method to determine the specific absorption rate (SAR).

    The consultation is open until 2020-03-12

    Share your opinion here:

    https://www.acma.gov.au/consultations/2020-01/amendment-eme-arrangements-consultation-042020?utm_medium=email&utm_campaign=Amendment%20to%20EME%20arrangements&utm_content=Amendment%20to%20EME%20arrangements+CID_2d9b8871bccb700407d4dd63e11d33fd&utm_source=SendEmailCampaigns&utm_term=This%20consultation


  • Future use of the 28 GHz band and Review of RALI FX3 38 GHz

    On 25th of September, ACMA - Australian Communication and Media Authority - has published the outcome of the future use of the 28 GHz band and review of the RALI FX 3 in the 38 GHz band consultation processes.

    Future use of 28Ghz band:

    “ACMA has concluded its review of the 28 GHz band with the release of its Future use of the 28 GHz band: Planning decisions and preliminary views outcome paper.

    This paper details planning decisions ACMA has made for the 28 GHz band.

    In addition, it contains preliminary views formed on the associated licensing and technical conditions that will subsequently be developed.

    The release of this paper signals the progression of the 25 GHz band to the “re-planning” phase of the ACMA’s planning process. We will shortly commence work towards implementing the new arrangement in the 28 GHz band.

    Review of RALI FX3 in the 38 GHz band:

    ACMA has concluded its review of channel arrangements for fixed point-to-point links in the 38 GHz band.

    Details of planning decisions made are in the Review of point-to-point arrangements in the 38 GHz band decisions paper.

    The outcome of this consultations have been included in an update to RALI FX3.


  • Supporting 5G

    The ACMA has updated class licensing arrangements to support new technology applications and bring Australia into line with international arrangements supporting standardised and efficient equipment supply arrangements.

    The updates will support new innovative technologies, wireless data communications systems (including those supporting 5G), radar systems used in road and rail safety applications and internationally harmonised use of short-range devices.

    In detail the updates consist of:

    - expansion of frequency range for 60 GHz (57–66 GHz) data communication systems to cover 57– 71 GHz for both indoor and outdoor usage supporting wireless gigabit systems (for example, utilising IEEE 802.11ad) with applications such as backhaul for 5G and Wi-Fi

    - new arrangements for ‘all transmitters’ in the 57–64 GHz band supporting an interactive motion sensing technology

    - revising arrangements for underground transmitters in certain bands supporting fixed and mobile services from 70–520 MHz to provide improved support for underground activities such as mining

    - revision of arrangements for radars in the 76–77 GHz frequency band to provide support for radar use in rail crossing and road safety applications

    - new arrangements for ground and wall penetration radar (30–12,400 MHz) facilitating usage of applications across a variety of industry sectors such as agriculture (crop harvesting), railways (track surveying) and underground cable and pipe detection in the telecommunication industry

    - aligning existing arrangements for ultra-wideband devices with US and European arrangements for generic (indoor and hand-held) devices (3,100–3,400 MHz and 8,500–9,000 MHz) and aircraft applications (6,000–8,500 MHz) supporting use of such devices in Australia.

    The updates are contained in Radiocommunications (Low Interference Potential Devices) Class Licence Variation 2019 (No. 1).

    A draft of the variation and consultation paper were released for feedback in December 2018, with eighteen submissions received.

    A summary of the issues raised, the ACMA’s response to them and the changes made to the draft class licence are outlined in the follow-up paper: Class licensing update: Supporting 5G and other technology innovations⁠—Response to submissions.

    The ACMA invites suggestions from industry and individuals on devices and technologies for possible future updates to class licensing arrangements of the Low Interference Potential Devices Class Licence.

    For more information, see IFC 45/2018.

    Source: https://www.legislation.gov.au/Details/F2019L01075


  • ACMA is seeking comments on amendments

    The ACMA is seeking comment on proposed amendments to the electromagnetic energy (EME) arrangements to ensure requirements are applicable for 5G equipment.

    We are proposing to amend the Radiocommunications (Electromagnetic Radiation – Human Exposure) Standard 2014 to ensure equipment that will be operating on frequencies up to 6 GHz is tested in accordance with the latest international measurement standards and is compliant with labelling requirements for Australia's EME standards.

    The ACMA Standard usually automatically adopts such variations to the international standards, but minor changes to the titles of the international standards on this occasion mean that to avoid any doubt as to the application of those standards we propose to amend the ACMA Standard.

    The ACMA is also proposing to amend the Radiocommunications Licence Conditions (Apparatus Licence) Determination 2015 to ensure the EME arrangements for equipment and the EME licence conditions on transmitters operate as intended.

    The proposed amendments will ensure that the latest international test methodologies are adopted, and to avoid any doubt about the equipment arrangements, including device labelling requirements, and licence conditions.

    Full details can be found on the ACMA website. The consultation is open for submissions until COB, Friday 13 September 2019.

    Source: https://www.acma.gov.au/theACMA/amendments-to-eme-arrangements?utm_medium=email&utm_campaign=Proposed%20amendments%20to%20EME%20arrangements&utm_content=Proposed%20amendments%20to%20EME%20arrangements+CID_35cab32c3f51ae291e3c5520bce8551f&utm_source=SendEmailCampaigns&utm_term=seeking%20comment


  • ACMA adopts Safety standards

    Telecommunications (Customer Equipment Safety) Technical Standard

    The ACMA standard Telecommunications (Customer Equipment Safety) Technical Standard 2018 (the Customer Equipment Safety Standard) adopts the following Australian/New Zealand Standards:

    • AS/NZS 60950.1:2015 – Information technology equipment – Safety, Part 1: General requirements (the 2015 industry standard); and

    • AS/NZS 62368.1:2018 – Audio/video, information and communication technology equipment – Part 1: Safety requirements (the 2018 industry standard).

    The 2018 industry standard is intended to replace the 2015 industry standard four years after 15 February 2018. During that period, a relevant item of customer equipment may, under the 2018 industry standard, comply with either the 2015 industry standard or the 2018 industry standard. 

    The ACMA has made the Customer Equipment Safety Standard to repeal and replace the 2011 ACMA Standard to reflect the latest technical requirements for particular customer equipment.

    For detailed information pleas visit ACMA’s website.

    Source: https://acma-search.clients.funnelback.com/s/search.html?collection=acma&query=62368

     


  • Proposal to update LIPD Class Licence

    The ACMA is currently consulting on proposed updates to the Radiocommunications (Low Interference Potential Devices) Class Licence 2015.

    The LIPD Class Licence operates in concert with the ACMA’s  Radiocommunications (Short Range Devices) Standard 2014

    Under section 8A of the Short Range Devices Standard, if the proposed updates to the LIPD Class Licence are made, the standard for performance for items being updated in the LIPD Class Licence will be those standards listed in the updated LIPD Class Licence for that item. A transition period of one year from when the LIPD Class Licence is made applies before it is mandatory for a supplier to comply with the standards requirement.

    In detail, the proposed updates to the LIPD Class Licence consider:

    • updating and expending existing 60 GHz arrangements (57–66 GHz) for data communication systems, including 5G. Specifically:
      • adding the 66–71 GHz frequency band
      • updating existing arrangements in the 57–66 GHz band regarding indoor and outdoor data communications systems.
    • adding new arrangements for ‘all transmitters’ in the 57–64 GHz band
    • revising arrangements for underground transmitters in certain bands supporting fixed and mobile services from 70–520 MHz
    • adding support for higher power radiodetermination transmitters, i.e. radars operating in the 76–77 GHz frequency band
    • adding support for ground and wall penetration radar as adjunct to current apparatus licence arrangements (30–12,400 MHz)
    • aligning existing arrangements for ultra-wideband devices with US and European arrangements for generic (indoor and hand-held) devices (3,100–3,400 MHz and 8,500–9,000 MHz) and aircraft applications (6,000–8,500 MHz).

    In addition to the proposed variation, the ACMA invites suggestions from industry and individuals on devices and technologies for possible future updates to be included on the list of transmitters authorised under the LIPD Class.

     

    Source acma.gov.au


  • New amendment on technical standards and labelling

    On 6 December 2018, the ACMA remade the following telecommunications technical standards under section 376 of the Telecommunications Act 1997:

    The ACMA also made the Telecommunications (Labelling Notice for Customer Equipment and Customer cabling) Amendment Instrument 2018 (No.1) under subsection 407(1) of the Telecommunications Act to make consequential and other amendments to the Telecommunications Labelling Notice. The compilation—which includes the above amendment—of the Telecommunications Labelling Notice is available on the Federal Register of Legislation

    The submissions received during the consultation periods are available on the ACMA website.

    Following consultation, the ACMA has remade the standard that mandates a two-part industry standard for radiocommunications devices operating in the very high frequency (VHF) maritime mobile bands. The Radiocommunications (VHF Radiotelephone equipment - Maritime Mobile Service) Standard 2018 adopts three new industry standards and their European Telecommunications Standards Institute equivalents.

    The ACMA received one submission to this consultation, which can be accessed on our website.


  • Australia Consults the Public About Telco Standards and Labelling

    Australia's ACMA (Australian Communications and Media Authority) is conducting a public consultation on its standards of telecommunication devices and labelling thereof.

    Background information and draft versions of the proposed

    • Customer Equipment Safety Standard
    • Mobile Equipment Standard
    • Labelling Notice

    can be found at Remaking telco standards and changes to the labelling notice. The consultation is ending on 2018-09-02.


  • Update on Compliance Labeling Notice

    In September 2014, the AMCA (Australian Communications and Media Authority) published the Radiocommunication Devices (Compliance Labelling) Notice 2014, superseding the Notice 2003. The 2014 Notice does not make any significant changes but was mainly created to replace the 2003 Notice, due to expire on 2015-04-01 (sunset date) in accordance with Part 6 of the Legislative Instrument Act 2003.


  • ACMA issues 2.3 GHz guidelines

    ACMA (Australian Communication and Media Authority) published the “Interference to Spectrum Licensed Receivers – 2.3 GHz Band” Radiocommunication Advisory Guidelines on 2013-12-12, superseding the “Managing Interference to receivers – 2.3 GHz Band” Radiocommunication Advisory Guidelines and coming into effect on 2015-07-25.

    The purpose of these guidelines is to:

    • manage in-band and out-of-band interference by providing compatibility requirements for registered fixed receivers operating under spectrum licences issued for the 2.3 GHz band;
    • provide protection to radiocommunications receivers operating under spectrum licences issued for the 2.3 GHz band from interference caused by radiocommunications transmitters operating under a class licence, and from fixed transmitters operating under either:
    1. an apparatus licence issued on or after the date on which these guidelines commence
    2. a spectrum licence where the transmitter is registered under Part 3.5 of the Act on or after the date on which these guidelines commence.

  • New ACMA spectrum plan possibly drastically reduces smartphone costs world wide.

    The ACMA (Australian Communication and Media Authority) published a new spectrum plan for the 700 MHz frequency band on 2012-11-19. The Plan has the potential to drastically reduce the costs of smartphones around the World. The “Asia-Pacific Telecommunity (APT) 700 MHz spectrum band plan“ is committed or seriously considered to be adopted by several countries such as Australia, Chile, Columbia, Costa Rica, Ecuador, Mexico, Panama, India, Japan, New Zealand, Papua New Guinea, Tonga and the United Arab Emirates.



Produktumfang

Automotive

Radar
(24GHz, 77GHz, 79GHz, UWB)

Funkschlüssel
(315MHz, 433MHz, 868MHz)

Keyless Go
(125kHz, 13,56MHz)

Reifendrucksensoren
(125kHz, 315MHz, 433MHz, 868MHz)

Entertainment
(2,4GHz)

Industrie

Radar
(Tank Level, Positions-Radar)

Wireless-M-Bus
(315MHz, 433MHz, 868MHz)

Wireless-CAN-Bus
 

RFID
(125kHz, 13,56MHz, 868MHz)

UWB Devices
(24GHz, 60GHz, 79GHz)

Consumer Elektronik

WirelessHD
(60GHz)

WLAN
(2,4GHz, 3GHz, 5GHz, 10GHz)

Bluetooth
(2,4GHz)

Zigbee
(868MHz, 2,4GHz)

Safety Information for Australia

Type I Plug
Type I Sock Type I Plug Type I Sock
Netzspannung
230V

Netzfrequenz
50Hz
Description
The Type I plug has two flat pins in a V-shape as well as a grounding pin. A version of the plug, which only has the two flat pins, exists as well. The Australian plug also works with sockets in China. Australia’s standard plug/socket system is rated 10 amps but a plug/socket configuration rated 15 amps also exists, although the ground pin is wider. A standard 10 amp plug will fit into a 15 amp socket but not the other way around.

Contact

Angelina Krauth
Type Approval Expert Australia
Contact me now!
Philipp Gräf
Type Approval Expert Australia
Contact me now!
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