AS/ANZ 61439 Compliance
Certified enclosure systems designed to simplify compliance, improve safety, and support modern switchboard construction.
What is AS/ANZ 61439
AS/NZS 61439 is the Australian and New Zealand standard for low-voltage switchgear and control gear assemblies.
It replaced AS/NZS 3439 in 2021 and aligns with international IEC 61439 standards. The standard is also referenced in the AS/NZS 3000 Wiring Rules.
Why the change
AS/NZS 61439 was introduced to improve the safety, reliability, and performance of low-voltage assemblies. The standard provides clearer verification requirements, reduces ambiguity from older standards, and helps minimise the risk of faults, downtime, and safety hazards.
Who must comply
All switchboards must meet AS/NZS 61439 except those rated at 125A or below and with a short-circuit rating of 10kA or less. These smaller boards are exempt but must still comply with AS/NZS 3000. Regional authorities may have their own variations, so always check local requirements.
How to achieve compliance
Every assembly must meet or exceed the standard’s construction and performance requirements. Compliance is verified across 13 design and performance characteristics outlined in Annex D, Table D1 of the standard.
Verification methods
There are three approved ways to verify compliance:
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By Test – Physical testing of an assembly or components to prove they meet performance criteria.
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By Comparison – Matching to an already tested and verified reference design.
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By Assessment – Verification through design rules, calculations, and proven engineering principles.
Arc Fault Containment
Arc fault containment is not mandatory under AS/NZS 61439. It’s covered as informative Appendix ZC and does not include arc flash PPE requirements. If testing is undertaken, Appendix ZD applies to assess a switchboard’s ability to limit risk, though real-world arc events can vary and are not always fully repeatable.
B&R provides fully compliant, certified enclosures that meet AS/NZS 61439 requirements, engineered for durability, precision, and peace of mind in every installation.
Need help selecting a compliant enclosure system? Use our handy product table below:
AS/NZS 61439 – Product Table
How To Use This Table
To view how a B&R Enclosures product complies with AS/NZS 61439 Table D1, select a product using the tabs above.
The selected table will then display comments relating to each characteristic for that product.
If you have any questions about a product’s compliance after reviewing the Table D1 information, please contact us at sales@brenclosures.com.au.
Infinity 3G is a modular switchboard designed for commercial and residential applications up to 630 Amps. While being compliant to AS/NZS 61439, it also meets and exceeds all national supply authority rules and regulations. Enclosures to suit all environmental conditions are available in IP66, IP34 and IP2x.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The resistance to corrosion was tested using a representative samples. Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR |
|
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. Plus ES report; 103687 |
|
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). |
|
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE16/0025 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) 4 Creepage distances 10.4 respectively. AUSGRID report; 103484 |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) 4 Creepage distances 10.4 respectively. AUSGRID report; 103484 |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Infinity 3G enclosure designs have been tested by AUSGRID report; 103484 |
|
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Infinity 3G Series of enclosures are provided as a basic empty enclosure and as such protective circuit verification has not been tested as internal configurations are not known. Verification may be by test AUSGRID report; 103484. |
|
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standard’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Infinity 3G Series of enclosures are provided as a basic empty enclosure and as such protective circuit verification has not been tested as internal configurations are not known. Verification may be by test AUSGRID report; 103484. |
|
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperaturerise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Incline SR Series of enclosures rating does not exceed 1600A and therefore AS/NZS 60890 should be used by the Designer |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | Enclosures with a fault rating greater than 10kA need to be 61Compliant. Verification can be by test or comparison with a reference design. The Infinity 3G Series of enclosures have been tested, AUSGRID report; 103484 |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
Monarch IP is a range of IP66 rated industrial enclosures. Designed to be the ultimate in flexibility, this enclosure system is suitable for small motor control applications, lighting, CT metering and small switchboards.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Passed | The resistance to corrosion was tested using a representative samples. Report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | N/A | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Passed | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Passed | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AkzoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Passed | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. Plus ES report; 103687 | |
| Mechanical Impact | 10.2.6 | Passed | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembler | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Passed / Plus ES2 | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. Plus ES report; 103687 |
| 3 | Clearances | 10.4 | Assembler | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) 4 Creepage distances 10.4 respectively |
| 4 | Creepage distances | 10.4 | Assembler | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Passed / Plus ES2 | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Passed / Plus ES2 | Protective circuit verification can be by test or comparison with a reference design. Plus ES report; 103687. | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembler | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standard’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembler | |
| 8 | Terminals for external conductors | 10.8 | Assembler | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Passed / Plus ES2 | Dielectric properties have been tested as per Plus ES report; 103687. | |
| Impulse withstand voltage | 10.9.3 | |||
| 10 | Temperature-rise limits | 10.1 | Designer or Assembler | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. Designers need to use AS/NZS 60890 for Monarch IP Series of enclosures with a rating not exceeding 1600A. Higher ratings need to be referred to B&R. Plus ES report: 103814. |
| 11 | Short circuit withstand strength | 10.11 | Passed / Plus ES2 | Monarch IP low-voltage switchboards are designed and tested in full compliance with AS/NZS 61439 and have been externally verified to withstand 50kA rms for 3s. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Assembler | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Assembler | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Signature SE is a modular switchboard system designed to provide a range of configurations to suit the most complex Motor Control Centre (MCC) applications.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | Testing has shown zinc-coated steel resists corrosion to 1000 hours of neutral salt spray, exceeding the 61Compliance. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | Metal enclosures have no thermal stability requirements. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | Insulation materials have been verified by external NATA laboratory. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | Metal enclosures do not require UV verification except when painted. B&R use industrial grade powder-coat paint which incorporates UV stabilisation and is certified by our supplier. | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting requirements have been verified by external NATA laboratory. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | Internal testing verifies that enclosures exceeds IK10 required. | |
| Marking | 10.2.7 | Assembly Manufacturer | Labels supplied by B&R are manufactured from plastic laminated materials and meet all 61Compliance requirements. Switchboard builders need also to take note of 61Compliance requirements for a labelling. Markings have been verified by external NATA laboratory. | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | All IP requirements have been verified by external NATA laboratory. |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearances have been verified by external NATA laboratory. However, the SBB must also ensure compliance by ensuring correct clearances are maintained as per the Standard and original equipment manufacturers installation instructions. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Protective circuits have been verified by external NATA laboratory. However, the SBB must also ensure effective continuity between exposed conductive parts of an assembly and protective circuits are maintained (less than 0.1ohm). |
|
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | Protective circuits short-circuit withstand strength has been verified by external NATA laboratory. However, the SBB must also ensure compliance by ensuring correct implementation of protective circuits as per the Standard and original equipment manufacturers installation instructions. |
|
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | This is the responsibility of the SBB; however, it is a requirement that the SBB follows guidance from the original equipment manufacturer (OEM). The advice and guidance of the OEM such as B&R and switchgear manufacturers needs to be adhered to while maintaining compliance to Standards and State based Regulations and Service and Installation Rules (SIR). |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | Withstand voltages have been verified by external NATA laboratory. However, the SBB must also ensure effective assembly of the switchboard, adhering to all OEM installation Instructions. |
|
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | FUNCTIONAL UNITS: Test verified and certified by an external NATA laboratory to AS/NZS 3439.1 which complies with AS/NZS 61439.1. Limits as per Table 2 carried out on switchboards including busbars, incoming and outgoing units. BUSBAR: Test verified and certified by an external NATA laboratory to AS/NZS 3439.1. Test results comply with the requirements of AS/NZS 61439.1. Contact B&R for more information on temperature rise requirements. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | FUNCTIONAL UNITS – Test verified and certified by an external NATA laboratory to AS/NZS 3439.1 and AS/NZS 61439. BUSBAR – Test verified and certified by an external NATA laboratory to AS/NZS 3439.1 and AS/NZS 61439. Contact B&R for more information on short-circuit withstand requirements. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards must comply with the immunity requirements of the relevant product or generic EMC standard. The SBB must obtain from the OEM the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | Mechanical operation relates to situations where switchgear operation has been changed beyond their original approval. However, SBB must ensure compliance if modifications have been made. |
An IP66, special purpose, sloping roof enclosure with a 40° sloping roof and overhang for reduced material build up.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Bowen Series of enclosures are made from Stainless Steel and as such do not have any corrosion effects as measured by the Standard thereby exceeding the comparative testing done. Plus, ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus, ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures. Bowen enclosures are stainless steel and have zero UV degradation. | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Bowen enclosures are provided with lifting lugs rated to one tonne. |
|
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE99/0034 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Bowen Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standard’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Bowen Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Bowen Series of enclosures are rated not to exceed 1600A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Bowen Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
B&R’s field enclosure is an infrastructure cabinet designed for roadside monitoring equipment with ITS equipment. It is also used for GPS stations and radio equipment.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Field FC Series of enclosures are made from steel and stainless steel and as such exceed standard requirements. Comparative testing done Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 |
|
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Field FC enclosures are provided with lifting lugs; lift testing has yet not been completed. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE11/0010 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Field FC Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standards requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Field FC Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creepages | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Field FC Series of enclosures are rated to 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Exempt | The Field FC Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
Group metering for multiple tenancy installations and suitable for use in all states except VIC, SA and WA.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Group Metering Series of enclosures are made from galvanised steel and as such exceeds standards requirements. Comparative testing done Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus, ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally, this relates to larger switchboards to which lifting means (lugs) have been provided. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP23; Ingress Protection (IP) rating needs to be verified by test or by assessment. |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Group Metering Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Group Metering Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creapages. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature-rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Group Metering Series of enclosures are rated to 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Group Metering Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Incline SR is a stainless steel IP66 enclosure for the mining and mineral processing industries. It features an innovative 30 degree sloping roof that reduces the build up of debris and waste material.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperaturerise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Incline SR Series of enclosures rating does not exceed 1600A and therefore AS/NZS 60890 should be used by the Designer |
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Incline SR Series of enclosures are made from stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus, ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally, this relates to larger switchboards to which lifting means (lugs) which the Incline SR Series are not provided with. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. The Incline SR has been assessed to comply via SIMTARS report; NE99/0034 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Incline SR Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Incline SR Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by clearances and creapages assessment. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature- rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Incline SR Series of enclosures rating does not exceed 1600A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Incline SR Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Lambert LB is a 316 stainless steel, sun shaded enclosure designed for applications where the enclosure has a high risk of heating up due to excessive solar radiation.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Lambert LB Series of enclosures are made from Stainless Steel and as such exceed standards requirements. Comparative testing done Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | The Lambert LB Series of enclosures are provided as a basic empty enclosure however all insulating materials if supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures. Lambert LB Series of enclosures are made from stainless steel and as such are not affected by UV. | |
| Lifting | 10.2.5 | Original Manufacturer | The Lambert LB Series of enclosures are provided with lifting lugs. These have been tested to the Standard and also comply with AS4991 for lifting devices. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE12/0020 (double door) and NE12/0041 (single door). |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Lambert LB Series of enclosures are provided as a basic empty enclosure and as such protective circuit verification has not been possible as internal configurations are not known. Verification may be by test or comparison with a reference design | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Lambert LB Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creapages.. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Lambert LB enclosures are rated to 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | Enclosures with a fault rating greater than 10kA need to be 61Compliant. Verification can be by test or comparison with a reference design. The Lambert LB enclosures have as yet not been tested. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Pilbara SP is an IP66 enclosure for the mining and mineral processing industries. Developed to withstand the harsh environments of the Pilbara, it features a 30 degree sloping roof.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Pilbara SP Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done Plus ES report: 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | The Pilbara SP Series of enclosures are provided as a basic empty enclosure however all insulating materials if supplied have been tested to 960ºC glow-wire Standard. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 |
|
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. The Pilbara SP Series of enclosures are provided with lifting lugs. These have been tested to the Standard and also comply with AS4991 for lifting devices. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE99/0034. |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Pilbara SP Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Pilbara SP Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creapages | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Pilbara SP Series of enclosures are rated to 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Pilbara SP Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
An IP66, small main board (up to 630A) developed as a solution to local electricity and distribution requirements in remote metering application or emergency power restorations.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The resistance to corrosion was tested using a representative sample. Report; 103687. |
|
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. Plus ES report; 103687 |
|
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. Plus ES report; 103687 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | Protective circuit verification can be by test or comparison with a reference design. Plus ES report; 104014 |
|
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | Dielectric properties generally need to be tested but Impulse withstand can also be calculated. Plus ES report; 104014. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test, comparison or by calculation. Testing conducted under worst case configuration show that the switchboard can operate at a maximum rated current (InA) of 490A. B&R cert. CT-22-10002. Alternatively, AS/NZS 60890 may be used by switchboard designers to determine switchboard ratings not exceeding 490A. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | Enclosures with a fault rating greater than 10kA need to be 61Compliant. Verification can be by test or comparison with a reference design. Plus ES report; 104014. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Universal DD is a range of double door, special purpose enclosures suitable for industrial or demanding conditions.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Universal DD Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report;103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. Plus ES report: 103687 | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP55; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE96/0065 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | Protective circuit verification can be by test or comparison with a reference design. Plus ES report; 103687. | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Universal DD Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creapages. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Universal DD enclosures are rated to not exceed 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | Enclosures with a fault rating exceeding10kA need to be 61Compliant. Verification can be by test or comparison with a reference design. Plus ES report; 103687. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
B&R’s Universal NI range of IP66 general purpose enclosures are often wall mounted using its integrated bolting. It is manufactured from powdercoat painted steel.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Universal NI Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP55; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE05/0077 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Universal NI Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Universal NI Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creepages. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Universal NI Series of enclosures are rated to not exceed 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Universal NI Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
IP66 and IP43 panelboards for distributing power efficiently and safely from the main source.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 10 | Temperature-rise limits | 10.1 | Designer or Assembler | Temperature-rise can be determined by test or by comparison or by calculation. The Universal Panelboard Series of enclosures are rated to a maximum of 250A and therefore AS/NZS 60890 should be used at a rated diversity factor of no more than 80% (RDF 0.8). |
A 15 degree sloping roof enclosures for electrical and electronic control equipment in rugged, dusty industrial applications.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure however all insulating materials if supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. Report; AksoNobel 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) which the Hedland PH, Finucane FI and Miner ME Series are not provided with. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. The Miner ME Series have been tested to IP66 while Hedland PH and Finucane FI are compliant by assessment. SIMTARS report; NE99/0035 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by clearances and creapages assessment. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Hedland PH, Finucane FI and Miner ME Series of enclosures are rated for use under 1600A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Finucane FI enclosure and sun shield has been developed to meet the demands of the Australian environment and accommodate the requirements of the Pilbara Iron Ore projects.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure however all insulating materials if supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. Report; AksoNobel 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) which the Hedland PH, Finucane FI and Miner ME Series are not provided with. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. The Miner ME Series have been tested to IP66 while Hedland PH and Finucane FI are compliant by assessment. SIMTARS report; NE99/0035 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by clearances and creapages assessment. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Hedland PH, Finucane FI and Miner ME Series of enclosures are rated for use under 1600A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Miner ME is designed to be used in underground for 1000 Volt applications. It’s made from 2mm thick steel with polyester paint to provide superior protection and visibility.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are made from steel and stainless steel and as such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure however all insulating materials if supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863. | |
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. Report; AksoNobel 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) which the Hedland PH, Finucane FI and Miner ME Series are not provided with. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. The Miner ME Series have been tested to IP66 while Hedland PH and Finucane FI are compliant by assessment. SIMTARS report; NE99/0035 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the StandardÂ’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series of enclosures are provided as a basic empty enclosure and as such dielectric property verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by clearances and creapages assessment. | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Hedland PH, Finucane FI and Miner ME Series of enclosures are rated for use under 1600A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Hedland PH, Finucane FI and Miner ME Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
The Connector TE is suitable for many applications where smaller enclosures are required. Also available with an integrated mounting flange.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Original Manufacturer | The Connector TE Series of enclosures are made from steel and stainless steel and such exceed standards requirements. Comparative testing done, Plus ES report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | Original Manufacturer | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Original Manufacturer | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus, ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Original Manufacturer | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AksoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Original Manufacturer | Lifting is verified by test, if required. Generally, this relates to larger switchboards to which lifting means (lugs) have been provided. | |
| Mechanical Impact | 10.2.6 | Original Manufacturer | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembly Manufacturer | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Original Manufacturer | TE; Ingress Protection (IP) rating needs to be verified by test or by assessment. SIMTARS report; NE00/0049 |
| 3 | Clearances | 10.4 | Assembly Manufacturer | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) respectively. |
| 4 | Creepage distances | 10.4 | Assembly Manufacturer | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Assembly Manufacturer | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Original Manufacturer | The Connect TE Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembly Manufacturer | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standard’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembly Manufacturer | |
| 8 | Terminals for external conductors | 10.8 | Assembly Manufacturer | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Original Manufacturer | The Connector TE Series of enclosures are provided as a basic empty enclosure and as such dielectricproperty verification has not been possible as internal configurations are not known. Dielectric properties need to be verified by Impulse withstand testing or by assessment, reference clearances and creepages | |
| Impulse withstand voltage | 10.9.3 | Original Manufacturer | ||
| 10 | Temperature-rise limits | 10.1 | Assembly Manufacturer | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. The Connector TE Series of enclosures are rated to not exceed 630A and therefore AS/NZS 60890 should be used by the Designer. |
| 11 | Short circuit withstand strength | 10.11 | Original Manufacturer | The Connector TE Series are generally understood to be fitted with equipment making the switchboard not exceed 10kA prospective short-circuit withstand rating (Icp). |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Original Equipment Manufacturer | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Original Equipment Manufacturer | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
IP Switchboard
Designed specifically for outdoor environments, the IP Switchboard is an extension of B&R’s tried and trusted Monarch IP range.
| No | Characteristic to be Checked | Clause | Responsibility | Comments |
|---|---|---|---|---|
| 1 | Strength of material and parts: | 10.2 | ||
| Resistance to corrosion | 10.2.2 | Passed | The resistance to corrosion was tested using a representative samples. Report; 103687. | |
| Thermal stability (relates to non-metal enclosures) | 10.2.3.1 | N/A | This clause refers mainly to plastic enclosures. | |
| Resistance to abnormal heat and fire (due to internal electric effect) | 10.2.3.2 | Passed | All insulating materials supplied have been tested to 960ºC glow-wire Standard. Plus ES report; 103863 |
|
| Resistance to ultra-violet (UV) radiation | 10.2.4 | Passed | UV ratings refer mainly to plastic enclosures however metal Powder-coat painted enclosures incorporates UV stabilization. AkzoNobel report; 20LSR178 | |
| Lifting | 10.2.5 | Passed | Lifting is verified by test, if required. Generally this relates to larger switchboards to which lifting means (lugs) have been provided. Plus ES report; 103687 | |
| Mechanical Impact | 10.2.6 | Passed | IK10; Metal enclosure systems have been tested to exceed IK10 (20 Joules). | |
| Marking | 10.2.7 | Assembler | Markings must be verified by test. Tests are performed by rubbing with water and petroleum spirits; generally done by the Switchboard Builder (Assembler). | |
| 2 | Degree of protection of enclosures (IP) | 10.3 | Passed / Plus ES2 | IP66; Ingress Protection (IP) rating needs to be verified by test or by assessment. Plus ES report; 103687 |
| 3 | Clearances | 10.4 | Assembler | Clearance and creepage can only be verified by test. Switchboard Builders (Assembler) must maintain compliance by ensuring correct clearance and creepage distances are maintained at >8mm (Uimp=8kV) and >16mm (Ui=1kV) 4 Creepage distances 10.4 respectively |
| 4 | Creepage distances | 10.4 | Assembler | |
| 5 | Protection against electric shock and integrity of protective circuits | 10.5 | ||
| Effective continuity between the exposed conductive parts of the ASSEMBLY and the protective circuit | 10.5.2 | Passed / Plus ES2 | Equipotential protective earth bonding points are required to be verified by test to less than 0.1ohm. Similar enclosure designs have been tested by Plus ES report; 103687 | |
| Short-circuit withstand strength of the protective circuit | 10.5.3 | Passed / Plus ES2 | Protective circuit verification can be by test or comparison with a reference design. Plus ES report; 103687. | |
| 6 | Incorporation of switching devices and components | 10.6 | Assembler | Points 6, 7 and 8 are largely the responsibility of the Switchboard builder (Assembler). It is a requirement that the Assembler follow guidance from the original manufacturer. The advice of original manufacturers such as B&R and switchgear manufacturers, needs to be adhered to. Switchboard Builders need to be aware of the Standard’s requirements for these verification points and incorporate these into complete design verification documentation. |
| 7 | Internal electrical circuits and connections | 10.7 | Assembler | |
| 8 | Terminals for external conductors | 10.8 | Assembler | |
| 9 | Dielectric Properties | 10.9 | ||
| Power-frequency withstand voltage | 10.9.2 | Passed / Plus ES2 | Dielectric properties have been tested as per Plus ES report; 103687. | |
| Impulse withstand voltage | 10.9.3 | |||
| 10 | Temperature-rise limits | 10.1 | Designer or Assembler | Temperature-rise can be determined by test or by comparison or by calculation. Temperature rise methods provided in AS/NZS 60890 can be used for switchboards not exceeding 1600A rating. Designers need to use AS/NZS 60890 for Monarch IP Series of enclosures with a rating not exceeding 1600A. Higher ratings need to be referred to B&R. Plus ES report: 103814. |
| 11 | Short circuit withstand strength | 10.11 | Passed / Plus ES2 | Monarch IP low-voltage switchboards are designed and tested in full compliance with AS/NZS 61439 and have been externally verified to withstand 50kA rms for 3s. |
| 12 | Electromagnetic compatibility (EMC) | 10.12 | Assembler | Equipment installed in switchboards shall comply with the immunity requirements of the relevant product or generic EMC standard. The Switchboard builder (assembler) shall obtain from the device and or component manufacturer the specific performance criteria of the equipment based on the acceptance criteria given in the relevant standard. |
| 13 | Mechanical operation | 10.13 | Assembler | This verification testing need NOT be done on devices already been type tested according to their relevant product standard. Only if their mechanical operation has been modified does the assembly need to be retested by cycling it 200 times. |
Original Manufacturer* – Switchboard designer and manufacturer of the switchboard enclosure.
Assembly Manufacturer* – A switchboard builder.
Original Equipment Manufacturer – The company who manufactured the switchgear used in final assembly.
*The original manufacturer and assembly manufacturer can be the same company or different companies.