Radiocommunications (Emergency Locating Devices) Class Licence 2016

The class licence is organised around a small set of interlocking concepts: device type, permitted frequency, authorised purpose, device compliance day and applicable technical instrument, and electromagnetic exposure limits.

• Device type and scope: The instrument lists device types by name rather than by technical parameters (s 6(2)). It excludes an aircraft EPIRB where its operation is authorised under a separate class licence (s 6(2)(a) note). It also contains a limiting note in relation to MSLS that expressly does not authorise the operation of a device that may form part of an MSLS if that device is operated independently of an MSLS (note to s 6(2)(c)). These are scope delimiters that determine which physical equipment and operating contexts fall inside the class licence.

• Permitted frequencies: For each device the instrument prescribes the frequencies (or frequency ranges) on which operation is authorised. Satellite distress beacons may use 406-406.1 MHz for COSPAS‑SARSAT transmissions and 121.5 or 243 MHz for homing signals (s 7(2)-(3)). EPIRB‑AIS devices may use 406-406.1 MHz for COSPAS‑SARSAT, 121.5/243 MHz for homing, or 161.975/162.025 MHz for AIS transmissions (s 8(2)-(4)). Locating aids and SARTs are authorised on specific maritime and radar frequencies (s 9(1)-(3)). The instrument therefore ties authorisation to frequency discipline rather than to broad categories of use.

• Authorised purpose and activation constraint: Operation is authorised solely for activating an emergency signal in response to a distress situation, which the instrument defines in substantive terms: risk of imminent or grave danger of injury or death and a requirement for immediate assistance (s 10(1)-(2)). This is an event‑driven constraint on operator choice.

• Technical compliance by device compliance day: The instrument makes compliance contingent on the "device compliance day" for the device. If that day occurs before commencement of Part 1 of Schedule 4 to the Radiocommunications Legislation Amendment (Reform and Modernisation) Act 2020, then any standard applicable at that time applies; if on or after commencement, the applicable instrument is the equipment rules in force on the device compliance day (s 11(1)(a)-(b)). Section 11(3) preserves the immediate prior statutory meaning of "standard" for the pre‑commencement period. The concept of device compliance day is central to deciding which technical instrument binds a particular unit.

• Public exposure limits: Operation is prohibited where the electromagnetic energy emitted would exceed the general public exposure limits specified in the ARPANSA Standard in places accessible by the public (s 11(2)). The rule applies to single devices and to groups of devices.

• References and dynamism: Section 5A prescribes that references to other legislative instruments and other kinds of instruments or writings are to be read as references to those instruments as in force from time to time (s 5A(a)-(b)). Notes cross‑refer to the Acts Interpretation Act 1901, the Legislation Act 2003, and to registration on the Federal Register of Legislation.

Taken together these concepts define a narrowly delimited operational authorisation dependent on device type, frequency, activation context, and technical compliance as determined by an external instrument that changes over time.

The immediate legal addressees within the text are persons who operate the listed radiocommunications devices. Each authorisation and constraint is phrased in terms of a person operating a device under this class licence (see ss 6(1), 7(1), 8(1), 9(1)-(3), 10(1), 11(1)-(2)). Therefore the primary burden of compliance, monitoring, and decision to activate lies with the operator.

Secondary actors affected, by implication within the instrument, include device owners and suppliers whose products must meet the applicable standard or equipment rules on the device compliance day for the device to be lawfully operated under the class licence (s 11(1)). Although the instrument does not impose manufacturing obligations directly, operators cannot lawfully rely on the class licence unless the device itself satisfies the relevant instrument. This creates an indirect, practice‑level incentive for manufacturers and suppliers to ensure their devices meet the standards or equipment rules that will be relevant to purchasers.

Regulatory and enforcement authorities are affected in the sense that the instrument depends on external standards, ARPANSA exposure limits, and other legislative instruments as in force from time to time (s 5A; s 11(2)). Those authorities therefore supply the technical criteria and exposure limits the operator must follow, and are likely to be responsible for updating those instruments. The instrument also interacts with other licence regimes: where an apparatus licence authorises operation for a substantially similar purpose, the class licence does not apply (s 6(3)). This creates a decision node for licence applicants and regulators in determining whether an apparatus licence is necessary or whether the class licence suffices.

Professional users and institutions that commonly carry or operate these devices , maritime operators, rescue services, shipping companies, small vessel owners, aircraft operators using separate EPIRB authorisations , will be affected in their operational policies. They must ensure that activation is restricted to the defined distress situations (s 10(2)) and that devices used are certified against the relevant technical instrument on the device compliance day (s 11(1)). Where devices emit electromagnetic energy in public places the operator must ensure emissions do not exceed ARPANSA public exposure limits (s 11(2)). The instrument thus imposes operational, technical and monitoring responsibilities on individual operators and organisations that place the devices into service.

Duties

• Duty to operate only for authorised purpose: A person operating a listed device under the class licence must only operate it to activate an emergency signal and only in response to a distress situation as defined (s 10(1)-(2)). That is a strict functional constraint on permitted uses.

• Duty to operate on prescribed frequencies: Operation is authorised only where the device is operated on the frequencies set out for that device type (s 7-9). For example, a satellite distress beacon under this class licence may be operated for COSPAS‑SARSAT transmissions only in the 406-406.1 MHz range (s 7(2)(b)). EPIRB‑AIS operation is authorised on 161.975 MHz or 162.025 MHz for AIS functions (s 8(4)). Locating aids and Radar‑SARTs have specific frequency ranges listed (s 9).

• Duty to meet applicable standards or equipment rules: A person must not operate a radiocommunications device under the class licence unless the device complies with the relevant standard or equipment rules as in force on the device compliance day (s 11(1)). The applicable instrument depends on whether the device compliance day is before or after commencement of Part 1 of Schedule 4 to the 2020 Amendment Act (s 11(1)(a)-(b)).

• Duty to respect public exposure limits: Operation is prohibited if electromagnetic energy emitted by the device or a group of devices exceeds the general public exposure limits specified in the ARPANSA Standard in places accessible by the public (s 11(2)).

• Duty to monitor changing instruments: By virtue of the interpretative rule in s 5A, references to other legislative instruments and other writings are to be read as references to those instruments as in force from time to time (s 5A(a)-(b)). Operators therefore have an ongoing duty to track changes to the external instruments that determine compliance.

Rights

• Right to operate within the class licence: Where an operator satisfies the device type, frequency and compliance conditions, the class licence authorises the operation of the device for the defined emergency purpose (ss 6(1), 7(1), 8(1), 9(1)-(3)). That is an affirmative public law right to operate without an individual apparatus licence, subject to the instrument’s constraints.

• Right to rely subject to apparatus licence carve‑out: The class licence does not apply where an apparatus licence is in force and authorises substantially the same purpose (s 6(3)). Where no apparatus licence applies, an operator has the right to rely on the class licence if the conditions are met.

• Implicit right to certainty based on device compliance day: The notion of device compliance day affords operators a temporal anchor for which instrument applies to a specific device (s 11(1)). That can be used to determine whether a device meets the standards or equipment rules relevant at the time of its compliance day.

Operational interface between duties and rights

These duties create ongoing compliance costs for operators who must ensure devices are certified to the applicable instrument, restrict activation to genuine distress situations, operate only on authorised frequencies, and avoid exceeding ARPANSA public exposure limits. The right to operate under the class licence is conditioned on those duties; failure to meet them would remove the protection the class licence offers. The interpretative rule (s 5A) increases the operator’s monitoring obligations because external instruments will be read as in force from time to time.

The supplied text does not set out specific penalties, monetary sanctions, or enforcement mechanisms. The instrument prescribes authorisations and prohibitions (for example S 11(1) prohibits operating a device under the class licence unless it complies with the applicable standard or equipment rules; s 11(2) prohibits operation where emissions exceed ARPANSA limits), but it does not itself specify the civil, administrative or criminal consequences of non‑compliance within the material provided. Similarly, there are no enforcement powers or procedures described in the supplied excerpts.

What the text does specify that bears on enforcement in practice is procedural and definitional: it refers operators to external instruments and regulatory standards that will be used to determine compliance. Section 5A states that references to other legislative instruments and writings are to be read as references to those instruments as in force from time to time (s 5A(a)-(b)). Section 11(1) ties the prohibition on operating non‑complying devices to the relevant standard or equipment rules as in force on the device compliance day. Section 11(2) links prohibitions to the ARPANSA Standard for public exposure limits.

Because the instrument does not include penalties in the supplied text, readers must look to the parent Act and to general radiocommunications enforcement provisions, or to the external standards and regulatory instruments for details on sanctions or remedial measures. The text’s note referencing section 314A of the Act signals that the Act contains other relevant provisions, but the content of s 314A is not supplied here. The notes also point to the Acts Interpretation Act 1901 and the Legislation Act 2003 for interpretative and registration guidance; those Acts may contain procedural or enforcement provisions relevant to breach, but their contents are outside the supplied text.

In summary, the instrument establishes prohibitions and conditional authorisations but does not itself describe the penalties or enforcement processes that would follow breach. Determination of sanctions therefore requires consulting the parent Act and other regulatory instruments not supplied in this text.

The instrument explicitly cross‑references other legislative instruments and external standards, and contains carve‑outs where other licences apply.

• Dynamism of references: Section 5A requires that references to other legislative instruments be read as references to those instruments as in force from time to time, and that references to other kinds of instruments or writings be read as references as in force or in existence from time to time (s 5A(a)-(b)). This means the class licence’s substantive requirements depend on the content of other instruments at any given time, and will change automatically as those instruments change.

• Acts Interpretation and registration: Notes accompanying s 5A direct readers to section 10 of the Acts Interpretation Act 1901 and subsection 13(1) of the Legislation Act 2003 for the application and interpretation of Commonwealth Acts and legislative instruments. The text also notes that Commonwealth Acts and legislative instruments are registered on the Federal Register of Legislation. These references indicate that interpretation and publication rules under established statute law apply to the instruments that the class licence relies upon.

• Relation to apparatus licences: Section 6(3) establishes an inter‑licence interaction. The class licence does not apply to a device in respect of which an apparatus licence is in force if the apparatus licence authorises operation for a purpose substantially the same as the class licence purpose (s 6(3)). Practically, that creates an exclusivity or precedence rule: apparatus licences can displace the class licence where they cover the same purpose.

• Exclusion where another class licence applies: The instrument excludes an aircraft EPIRB that is authorised under the Radiocommunications (Aircraft and Aeronautical Mobile Stations) Class Licence 2016 from the definition of satellite distress beacons authorised under this class licence (s 6(2)(a)). That is a contextual cross‑reference that prevents overlapping authorisations for certain aircraft equipment.

• Technical instruments and the 2020 Amendment Act: Section 11 distinguishes between "standards" and "equipment rules" depending on the device compliance day relative to the commencement of Part 1 of Schedule 4 to the Radiocommunications Legislation Amendment (Reform and Modernisation) Act 2020 (s 11(1)(a)-(b)). A note after s 11 states that Part 1 of Schedule 4 replaces standards with equipment rules and points to item 42 of that Schedule. Section 11(3) preserves the pre‑commencement definition of "standard" for the purposes of paragraph (1)(a). Thus, the class licence interacts with amendment legislation in determining which technical instrument applies.

• ARPANSA Standard: Section 11(2) requires that electromagnetic emissions not exceed the general public exposure limits specified in the ARPANSA Standard in a place accessible by the public. The ARPANSA Standard is therefore incorporated by reference as a technical constraint. Because s 5A makes references dynamic, changes to the ARPANSA Standard (or to the way it is referenced) will affect permissible operation.

Taken together, these interactions mean that compliance requires concurrent reading of this class licence and other statutory and regulatory instruments: apparatus licences, other class licences, the Acts Interpretation Act 1901, the Legislation Act 2003, the ARPANSA Standard, and the equipment rules or standards applicable on the device compliance day. The text forecloses overlapping authorisation where an apparatus licence or another class licence applies in a substantially similar fashion.

The supplied instrument itself contains internal references to amendment activity but does not include a full chronological history. The explicit amendment reference present in the text concerns the Radiocommunications Legislation Amendment (Reform and Modernisation) Act 2020. Section 11(1) differentiates the applicable technical instrument according to whether the device compliance day occurs before or on/after the commencement of Part 1 of Schedule 4 to that 2020 Amendment Act: if before commencement, any standard applicable on the device compliance day applies; if on or after commencement, any equipment rules applicable on the device compliance day apply (s 11(1)(a)-(b)). Section 11(3) clarifies that in paragraph (1)(a) the term "standard" has the meaning given by section 5 of the Act as in force immediately before commencement of Part 1 of Schedule 4 to the 2020 Amendment Act.

A note after s 11 states that Part 1 of Schedule 4 to the Radiocommunications Legislation Amendment (Reform and Modernisation) Act 2020 replaces standards with equipment rules and refers additionally to item 42 of that Schedule. This indicates a regime change at a specific legislative juncture that alters whether "standards" or "equipment rules" are the operative technical instrument. The instrument therefore contains transitional treatment tied to that commencement date.

Section 5A and its notes point users to interpretative and registration instruments: section 10 of the Acts Interpretation Act 1901 and subsection 13(1) of the Legislation Act 2003 for the Acts Interpretation Act’s application to legislative instruments, and a note that Commonwealth Acts and legislative instruments are registered on the Federal Register of Legislation. The instrument also notes section 314A of the Act, though the content of s 314A is not reproduced here.

No other specific amending instruments or dates are recorded in the supplied text. The amendments noted are structural and concern the statutory architecture for technical compliance rather than substantive redefinition of device types or frequencies listed in ss 6-9. The presence of the device compliance day concept and the transitional provision in s 11 indicate that devices coming into existence before and after the commencement of Part 1 of Schedule 4 are subject to different classificatory instruments for compliance. Operators and suppliers must therefore pay attention to the commencement date of that Schedule and to item 42 for the detailed transitional mechanics.

Because the supplied text does not provide a full amendment chronology, or the operative dates for Part 1 of Schedule 4’s commencement, users must consult the parent Acts and the 2020 Amendment Act text for precise commencement dates, the content of item 42, and any subsequent amendments to the equipment rules, standards, or ARPANSA limits.

The supplied instrument contains no litigation history. There are no cases, judicial decisions or tribunal determinations mentioned in the text, and no references to judicial interpretation or precedent. The notes and sections refer to other statutory instruments and standards but do not record any disputes or litigation outcomes.

Accordingly, the text provides no material from which to derive a litigation timeline or to identify contested points of interpretation litigated before courts or tribunals. Any claims about how courts have interpreted the device compliance day concept, the meaning of "substantially the same" purpose for apparatus licences, the application of ARPANSA exposure limits to groups of devices, or the scope of the MSLS note would require consultation of judicial or administrative decisions not included in the supplied text.

Practitioners who require an understanding of how the instrument has been applied in dispute resolution will need to search case law and tribunal decisions external to this text for matters involving device operation under the class licence, conflicts with apparatus licences, or enforcement actions concerning electromagnetic emissions or unauthorised activations. The absence of litigation material in the supplied instrument means that such an inquiry is necessary before relying on any interpreted or precedent‑based positions.

The instrument contains several drafting features and cross‑references that create practical traps for operators and advisers. Below are concrete points drawn from the text.

• Device compliance day determines applicable technical instrument: Section 11 conditions device compliance on the applicable standard or equipment rules as in force on the device compliance day (s 11(1)). The instrument does not define "device compliance day" in the supplied text. That means operators must find the definition elsewhere in the Act or associated instruments to know which set of rules applies to a given device. The absence of the definition in this text is a point of uncertainty.

• Transitional rule flips applicable instrument type: Whether a device is governed by a "standard" or "equipment rules" depends on whether its device compliance day is before or on/after the commencement of Part 1 of Schedule 4 to the 2020 Amendment Act (s 11(1)(a)-(b)). Operators with inventories containing devices from both sides of the commencement date must apply different compliance instruments to contemporaneous devices.

• References are dynamic: Section 5A requires references to other instruments to be read as in force from time to time (s 5A(a)-(b)). That creates an ongoing monitoring obligation for operators and advisers: the technical rules, ARPANSA limits, and other referenced instruments may change, and the class licence imports those changes automatically.

• Apparatus licence carve‑out: The class licence does not apply where an apparatus licence authorises operation for a substantially the same purpose (s 6(3)). Determining whether an apparatus licence’s purpose is "substantially the same" may be an interpretive issue. The instrument does not provide a test or a mechanism for resolving overlaps; that may create operational uncertainty or require advance regulatory consultation.

• MSLS note limits component operation: The note to paragraph 6(2)(c) stresses that the class licence does not authorise operation of a radiocommunications device that may form part of an MSLS if it is operated independently of an MSLS. Practically, a supplier or operator who extracts a component from an MSLS and operates it on its own will not be authorised under this class licence. That could affect aftermarket modifications, repair operations, or integrated systems that separate subsystems for testing or demonstration.

• Frequency specificity and multiple authorised functions: Devices like EPIRB‑AIS have multiple possible authorised frequency uses (COSPAS‑SARSAT at 406-406.1 MHz; homing at 121.5/243 MHz; AIS at 161.975/162.025 MHz (s 8)). Operators who use devices with multiple transmission modes must ensure each mode is permissible for the device under the class licence and must not use modes outside the listed frequencies. The presence of homing frequencies for multiple device types may lead to confusion about mode selection and timing of transmissions.

• ARPANSA limits apply to groups: Section 11(2) prohibits operation where electromagnetic energy emitted by the device, or group of devices, exceeds general public exposure limits in a place accessible by the public. This means cumulative emissions matter: two or more compliant devices operating together could produce combined emissions that breach ARPANSA limits, and the class licence would not authorise their joint operation in such a circumstance.

• Strict activation purpose: Operating a device for testing, demonstration, training, or non‑emergency signalling may be inconsistent with the activation constraint in s 10(1)-(2) unless the use falls squarely within the defined "distress situation". The definition requires risk of imminent or grave danger and a requirement for immediate assistance (s 10(2)). Routine testing or inadvertent activation could therefore fall outside the class licence.

• Absence of enforcement details: The supplied text does not specify penalties, inspection powers, or procedural remedies for breaches. That creates practical risk for operators uncertain about enforcement consequences and suggests the need to consult the parent Act and related enforcement provisions for clarity.

• Exclusion for aircraft EPIRBs: A satellite distress beacon that is an EPIRB on an aircraft and whose operation is authorised under the Radiocommunications (Aircraft and Aeronautical Mobile Stations) Class Licence 2016 is excluded (s 6(2)(a)). Operators of aircraft‑borne EPIRBs must not assume this class licence applies.

These are concrete, operational pitfalls that require cross‑checking definitions and external instruments and careful operational policies to avoid inadvertent non‑compliance.

The text prescribes a clear checklist approach to lawful operation under the class licence. Below are steps and considerations directly derived from the instrument.

1. Identify device type and eligibility

   • Confirm the device is one of the types listed in s 6(2): satellite distress beacon, EPIRB‑AIS, MSLS, AIS‑SART, Radar‑SART. Pay attention to the notes: an EPIRB on an aircraft authorised under the Radiocommunications (Aircraft and Aeronautical Mobile Stations) Class Licence 2016 is excluded (s 6(2)(a) note), and a component of an MSLS operated independently is not authorised (note after s 6(2)(c)).

2. Check for existing apparatus licences

   • Determine whether an apparatus licence exists for the device that authorises operation for a purpose that is substantially the same as facilitating search and rescue. If so, the class licence does not apply (s 6(3)). If an apparatus licence applies, follow its terms instead.

3. Confirm frequency of operation

   • For satellite distress beacons, operate COSPAS‑SARSAT transmissions only in 406-406.1 MHz; operate homing signals only on 121.5 MHz or 243 MHz (s 7(2)-(3)).
   • For EPIRB‑AIS, operate COSPAS‑SARSAT transmissions only in 406-406.1 MHz, homing on 121.5/243 MHz, and AIS functions on 161.975 MHz or 162.025 MHz (s 8(2)-(4)).
   • For locating aids and AIS‑SARTs, operate only on frequencies listed in s 9: 121.5 MHz, 156.525 MHz, 156.8 MHz, 161.975 MHz, 162.025 MHz as applicable (s 9(1)-(2)). For Radar‑SART operate only within 9200-9500 MHz (s 9(3)).

4. Operate only for authorised purpose and circumstances

   • Activate devices only to transmit an emergency signal and only in response to a "distress situation" as defined: risk of imminent or grave danger of injury to or death of a person who requires immediate assistance (s 10(1)-(2)). Develop procedures and training that make this trigger clear to operators to avoid unauthorised testing or use.

5. Verify device compliance against the applicable technical instrument

   • Identify the device compliance day for each unit (device compliance day is referenced in s 11 but not defined in the supplied text; locate its definition in the Act). Determine whether the device compliance day is before or on/after commencement of Part 1 of Schedule 4 to the Radiocommunications Legislation Amendment (Reform and Modernisation) Act 2020. If before commencement, ensure the device complies with the applicable "standard" in force on the device compliance day; if on or after commencement, ensure compliance with the applicable "equipment rules" in force on the device compliance day (s 11(1)(a)-(b); s 11(3)). Obtain certification or documentation from manufacturers or test laboratories showing compliance as of the device compliance day.

6. Check ARPANSA public exposure limits

   • Ensure that operation of the device, and the operation of any group of devices in proximity or co‑located in a place accessible by the public, will not cause electromagnetic energy to exceed the general public exposure limits in the ARPANSA Standard (s 11(2)). Where devices will be used in public areas, obtain or commission an exposure assessment if multiple transmitters are in use.

7. Monitor changes to referenced instruments

   • Because s 5A treats references to other instruments as references to those instruments as in force from time to time, maintain active monitoring of:
     • the applicable standards or equipment rules;
     • the ARPANSA Standard for exposure limits;
     • any related class licences or apparatus licences such as the Radiocommunications (Aircraft and Aeronautical Mobile Stations) Class Licence 2016 referenced in s 6(2)(a).
   • Maintain a register of device compliance days and the versions of the standards/equipment rules that applied on those dates for audit and evidentiary purposes.

8. Record keeping and operational controls

   • Keep records that demonstrate device compliance on the device compliance day (certificates, test reports).
   • Maintain logs of activations with evidence that activations were in response to a distress situation as defined in s 10(2).
   • For devices capable of multiple transmission modes, implement mode‑selection controls and user instructions to ensure operation only on authorised frequencies for the device type and purpose.

9. Engage with suppliers for technical evidence

   • Because compliance is tied to device characteristics, obtain written assurances or test reports from manufacturers or authorised testing bodies that the device meets the relevant standard or equipment rules on the device compliance day. Ensure suppliers understand the distinction between devices forming part of an MSLS and devices operated independently, per the MSLS note.

10. Seek regulatory clarification where overlapping licences are possible

• If uncertain whether an apparatus licence exists that covers substantially the same purpose, or whether a device falls under another class licence (for example, aircraft EPIRBs), seek clarification from the licensing authority. The instrument itself does not provide a procedural resolution for overlaps (s 6(3); s 6(2)(a) note).

Following this checklist aligns operations with the explicit duties and restrictions contained in the class licence text: frequency discipline (ss 7-9), purpose and activation constraints (s 10), technical compliance by device compliance day and applicable instrument (s 11(1)), and ARPANSA public exposure limits (s 11(2)). Operators should supplement these steps by consulting the parent Act and the external instruments cited for definitions (such as device compliance day), enforcement regimes, and up‑to‑date technical content.