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The objective of this Standard specifies generic cabling for use within industrial premises, or industrial areas within other types of premises, which can comprise single or multiple buildings on a campus; covers balanced cabling and optical fibre cabling.

Sets out requirements for electrical installations associated with site supplies for connectable electrical installations that are intended for connection to low voltage a.c. supply systems (i.e. exceeding 50 V a.c. but not exceeding 1 000 V a.c.).

Specifies requirements for electrical installations associated with connectable electrical installations used for the purposes of accommodation, habitation or other residential, commercial purposes or recreational uses that are intended for connection to external low voltage a.c. supply systems (i.e. 50 V a.c. to 1000 V a.c.) by either a detachable supply lead or a supply lead directly connected to the connectable electrical installation; includes requirements and provides guidance for the installation of extra-low voltage systems (i.e. less than 50 V a.c. or 120 V d.c. ripple free).

Provides persons who carry out the verification of electrical installations with some methods of checking that the installations complies with the safety requirements for the prevention of fire or persons or livestock from sustaining an electric shock.

Covering the design and construction of multi-residential, commercial, industrial and public assembly buildings.

Covering the design, construction and maintenance of plumbing and drainage systems in new and existing buildings.

Provides a compilation of all NCC Performance Requirements and the supporting General Requirements.

Covering the design and construction of smaller scale buildings including houses, small sheds, carports and some associated structures.

Provides workers on low-voltage electrical installations with: (a) the principles of safe working practices; and (b) recommended procedures for safe working practices.

​Provides guidelines for the protection of persons and property from the hazards of lightning. Applies to conventional lightning protection systems consisting of air terminations, downconductors, earthing systems and surge protective devices. Also provides a comprehensive risk management process for the determination of the risk of damage due to lightning for a range of structures.