Does a CE or FCC report cover New Zealand and Pakistan?

Partly, and never automatically. Both regimes accept test reports from laboratories recognised under ILAC-MRA, and the underlying EMC and safety standards are largely harmonised with CISPR and IEC. The radio side diverges the most: frequency plans, channel arrangements, and authorised power levels differ from EN and FCC limits on several bands. Each market also requires its own administrative path (an RSM Supplier's Declaration of Conformity in New Zealand, a PTA Type Approval Certificate in Pakistan), so a single CE or FCC report is reused as evidence but never replaces the local filing.

Is a local representative mandatory in New Zealand and Pakistan?

New Zealand does not require a resident representative for the Supplier's Declaration of Conformity, but the responsible supplier must have a New Zealand or Australian address recorded in the compliance documentation. In Pakistan, PTA Type Approval is filed by a locally registered applicant, typically an importer, distributor, or a local representative, who becomes the holder of the Type Approval Certificate and carries the local obligations.

How does the R-NZ mark relate to the Australian RCM?

They are two distinct marks for two distinct jurisdictions, linked by a long-standing trans-Tasman arrangement. New Zealand uses the R-NZ compliance mark administered by Radio Spectrum Management for radio equipment that follows the New Zealand Supplier's Declaration of Conformity route. The Australian RCM, administered by the ACMA, can in many cases be recognised for New Zealand placement through the trans-Tasman mutual recognition framework, and equipment compliant with the joint AS/NZS standards often carries the RCM for both markets. Suppliers choose between R-NZ and RCM depending on whether they address New Zealand alone or the combined market.

What standards apply to radio equipment in New Zealand?

New Zealand radio compliance is set by the General User Radio Licences and the radio standards notices issued under the Radiocommunications Act 1989. In practice the joint AS/NZS standards apply, including AS/NZS 4268 for short-range devices and the AS/NZS CISPR family for EMC. Frequency use follows the New Zealand frequency allocation, which for sub-GHz short-range devices aligns with the Australian 915 to 928 MHz band rather than the European 863 to 870 MHz band, so a sub-GHz product configured for Europe needs reconfiguration.

What is a PTA Type Approval Certificate (TAC)?

The Type Approval Certificate is the formal authorisation issued by the Pakistan Telecommunication Authority that allows a telecommunication or radio terminal to be imported, sold, and connected to networks in Pakistan. The applicant submits technical documentation, test reports against the applicable standards, and device identifiers; PTA reviews and, on success, issues the TAC with a validity period and conditions. Cellular devices additionally fall under IMEI registration through the Device Identification, Registration and Blocking System (DIRBS).

Do these markets accept ILAC-MRA accredited test reports?

Yes, both markets accept test reports from laboratories accredited under an ILAC-MRA signatory body, which lets a manufacturer reuse a single competent test campaign across markets. Acceptance covers the EMC and safety measurements that are common across regimes; the radio measurements must still be run against the local frequency plan and limits where they diverge. Confirming laboratory recognition and the exact standard versions before testing avoids a repeat campaign.

How long does approval take in each country?

Timelines vary with completeness of the file and device category. A New Zealand Supplier's Declaration of Conformity is a self-declaration with no government review delay, so the lead time is the testing and documentation effort. A PTA Type Approval Certificate typically takes a few weeks after a complete submission, with cellular IMEI and DIRBS steps adding administrative time. Treat these as planning estimates, not guarantees.

New Zealand and Pakistan radio certification

Author Hugues Orgitello Last updated 30 May 2026 ~7 min read

Guide, New Zealand and Pakistan

New Zealand and Pakistan are two small-to-mid-size radio markets that a connected-product manufacturer reaches late in a global rollout, after CE and FCC. Each runs its own radio, EMC, and electrical safety regime with a distinct grant document, a distinct compliance mark, and distinct local-representation rules: the New Zealand Supplier's Declaration of Conformity with the R-NZ mark and trans-Tasman recognition of the Australian RCM; and the Pakistan Telecommunication Authority Type Approval Certificate with IMEI registration for cellular devices. This guide maps the institutions, the standards, the frequency-plan traps, and the labelling and local-rep obligations market by market.

Why group these two markets

Both regimes share an engineering reality that makes a single test campaign go a long way, while keeping administrative paths that stay fully separate.

On the engineering side, both accept test reports from laboratories accredited under an ILAC-MRA signatory body, and their EMC and safety requirements draw on the same international families: CISPR 32 and CISPR 35 for emissions and immunity, IEC 62368-1 for audio, video, and IT equipment safety, and the radio interface standards that many regulators borrow from ETSI. A manufacturer who already holds a complete CE or FCC dossier reuses the bulk of that evidence.

On the administrative side, nothing transfers automatically. Each country issues its own grant, requires its own filing, and applies its own frequency plan. The radio layer is where divergence bites: a sub-GHz device tuned for the European 863 to 870 MHz band cannot be sold as-is in markets that use the 915 to 928 MHz plan, and authorised power levels differ band by band.

The practical takeaway is to run one competent test campaign, then build two separate filings on top of it. The sections below describe each market in the order most European manufacturers tackle them.

New Zealand: RSM, R-NZ, and the trans-Tasman link

New Zealand runs a light-touch, declaration-based regime that pairs closely with Australia.

Radio Spectrum Management and the SDoC

Radio Spectrum Management (RSM), a unit of the Ministry of Business, Innovation and Employment, administers radio compliance under the Radiocommunications Act 1989 and its radio standards notices. The default conformity route is a Supplier's Declaration of Conformity (SDoC): the supplier tests the product against the applicable radio standards, builds a Record of Compliance, and declares conformity. There is no government pre-market review for SDoC products, so the lead time is the testing and documentation effort rather than an approval queue.

The supplier responsible for the declaration must have a New Zealand or Australian street address recorded in the compliance documentation. A resident representative is not required, which makes New Zealand one of the lighter markets to enter for a manufacturer already addressing Australia.

The R-NZ compliance mark

Products that follow the New Zealand SDoC route carry the R-NZ compliance mark, the New Zealand radio compliance symbol administered by RSM. The mark, with the supplier identifier in the Record of Compliance, signals that the product meets the applicable New Zealand radio standards.

Trans-Tasman recognition and the RCM

New Zealand and Australia operate a joint standards and mutual-recognition framework. The joint AS/NZS standards apply on both sides of the Tasman, and a product compliant with them frequently carries the Australian RCM to address both markets at once. Through the trans-Tasman arrangement, an RCM-compliant product is in many cases recognised for New Zealand placement, so suppliers addressing the combined market typically build one AS/NZS dossier and apply the RCM rather than maintaining R-NZ separately. The detailed Australian side, the RCM levels, and the Supplier Code Number live in the dedicated guide: see ACMA and RCM (Australia + New Zealand).

Frequency plan note

New Zealand follows the Australian short-range device plan rather than the European one. For sub-GHz LPWAN the relevant band is 915 to 928 MHz, not the European 863 to 870 MHz, which means a LoRa or other sub-GHz product configured for Europe needs a regional channel-plan change before it is compliant. Wi-Fi and BLE on the 2.4 GHz and 5 GHz bands align more closely, though 5 GHz DFS and power conditions still need checking against the New Zealand notices.

Pakistan: PTA Type Approval

Pakistan centralises radio and telecom approval in a single authority and adds a cellular-specific identity layer.

The PTA and the Type Approval Certificate

The Pakistan Telecommunication Authority (PTA) is the regulator for telecommunication and radio equipment. Before a device can be imported, sold, or connected to Pakistani networks it needs a Type Approval Certificate (TAC). The application is filed by a locally registered applicant, typically an importer, distributor, or local representative, who becomes the certificate holder and carries the local obligations.

The PTA submission includes:

technical documentation and a description of the device and its radio interfaces,
test reports from ILAC-MRA accredited laboratories against the applicable radio, EMC, and safety standards,
device identifiers, including IMEI ranges for cellular products,
the applicant's registration details as the local holder.

On a successful review the PTA issues the TAC with a stated validity period and conditions of use tied to the national frequency allocation.

IMEI and DIRBS for cellular devices

Cellular handsets and modules face an extra layer. The PTA runs the Device Identification, Registration and Blocking System (DIRBS), which registers IMEIs and blocks non-compliant or unregistered devices from connecting to local networks. A cellular product reaching the Pakistani market must have its IMEIs registered through DIRBS in addition to holding the TAC, or the devices will be barred from network attachment. Plan the IMEI registration step alongside the TAC filing, since it gates real-world usability rather than just legal sale.

Standards and frequency notes

PTA technical requirements reference the international families: ETSI-derived radio standards for the relevant bands, the CISPR family for EMC, and IEC safety standards. The national frequency plan governs which bands and power levels are authorised; cellular band support must match the operator deployments in Pakistan. As with New Zealand, a product tuned only for European or North American band plans needs verification against the Pakistani allocation before filing.

Side-by-side comparison

The table summarises the regulator, grant document, mark, and local-representation rule for each market.

Aspect	New Zealand	Pakistan
Radio regulator	Radio Spectrum Management (RSM)	Pakistan Telecommunication Authority (PTA)
Grant document	Supplier's Declaration of Conformity (SDoC)	Type Approval Certificate (TAC)
Compliance mark	R-NZ mark (or RCM via trans-Tasman)	PTA approval reference
Electrical safety body	WorkSafe NZ / Energy Safety	Covered within PTA / national safety rules
Local representative	NZ or AU address in records, no resident rep	Locally registered applicant holds the TAC
Pre-market review	No, self-declaration	Yes, PTA grant
Sub-GHz SRD band	915 to 928 MHz (Australian plan)	National allocation
Cellular identity step	None specific	IMEI registration via DIRBS
Test report basis	ILAC-MRA accredited	ILAC-MRA accredited

For neighbouring or related regimes, see ACMA and RCM (Australia + New Zealand) for the Australian side of the trans-Tasman pair, and ISED Canada radio certification for a comparable declaration-and-grant model in North America.

Step by step: one campaign, two filings

A rational sequence for a manufacturer adding both markets after CE or FCC.

Inventory the radio interfaces and the band plan each one uses. Flag any sub-GHz interface configured for Europe, since New Zealand and several markets use the 915 to 928 MHz plan.
Audit the existing CE or FCC dossier to identify the EMC and safety evidence that transfers and the radio measurements that need re-running against local plans.
Run the gap tests at an ILAC-MRA accredited laboratory, covering the local frequency plans and power limits where they diverge.
Appoint local holders where required: a locally registered applicant for the PTA TAC. Confirm a New Zealand or Australian address for the New Zealand SDoC.
File New Zealand: build the Record of Compliance, sign the SDoC, and apply the R-NZ mark, or apply the RCM if addressing the combined trans-Tasman market.
File Pakistan: submit the PTA TAC with device identifiers, and register cellular IMEIs through DIRBS.
Apply each market's marking and label content: the R-NZ mark (or RCM) in New Zealand, the PTA reference in Pakistan, alongside importer and product identification.
Retain each compliance file and monitor band-plan and standard updates over the product lifecycle.

See Certification timeline for fitting this sequence into a global launch schedule.

Common pitfalls

Recurring errors when a manufacturer extends a CE or FCC product into these two markets.

Pitfall	Why it happens	How to avoid it
Assuming CE or FCC is enough	Reports transfer, but grants do not	Plan a separate filing per market on top of the shared test evidence
Shipping EU sub-GHz configuration to NZ	Europe uses 863 to 870 MHz, NZ uses 915 to 928 MHz	Reconfigure the regional channel plan before testing and declaring
Treating R-NZ and RCM as one mark	They are distinct marks for distinct jurisdictions	Choose R-NZ for NZ alone, or RCM for the combined trans-Tasman market
Forgetting IMEI or DIRBS in Pakistan	A TAC alone does not register cellular identities	Register IMEIs via DIRBS so devices can attach to networks
No local holder appointed in Pakistan	Pakistan files through a local entity	Appoint the importer or representative before submitting
Citing wrong standard version	Local notices reference specific editions	Confirm exact standard editions with the laboratory before testing
Missing the NZ supplier address in records	SDoC needs a recorded NZ or AU address	Record a New Zealand or Australian street address in the compliance documentation

Sources and references

Sources & references

Supplier's Declaration of Conformity and compliance marks , Radio Spectrum Management (New Zealand) www.rsm.govt.nz/licensing/supply-and-sell-radio-products/
Radiocommunications Act 1989 , New Zealand Legislation (PCO) www.legislation.govt.nz/act/public/1989/0148/latest/DLM195576.html
Type Approval of telecom and radio equipment , Pakistan Telecommunication Authority (PTA) www.pta.gov.pk/en/type-approval
Device Identification, Registration and Blocking System (DIRBS) , Pakistan Telecommunication Authority (PTA) dirbs.pta.gov.pk/
AS/NZS 4268 short-range devices standard , Standards Australia / Standards New Zealand www.standards.org.au/standards-catalogue/sa-snz/communication/ct-005