NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED | Building CodeHub

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NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED

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Abbreviation: NZS 4214:2006
Valid from: 28/05/2006
Replaces: ,

Information provider: Standards New Zealand
Author: Standards New Zealand
Information type: New Zealand Standard

Cited By: This resource is cited by 23 documents (show Citations)
Cites: This resource cites 6 documents (show Citations)

Description

This Standards provides methods of determining the thermal resistance of building components and elements consisting of thermally homogeneous layers, in steady-state environmental conditions.

Scope

The methods may be applied to individual elements and components, or to complete assemblies such as walls, roofs and floors.

This Standard provides only limited methods for dealing with components, or elements containing reflective foil used as a radiant barrier, and the thermal performance of sub-floor spaces.

Three methods for the determination of thermal resistance are provided:

(a) Laboratory measurement;
(b) Site measurement; and
(c) Calculation.

1) The methods are not intended to be applied to windows or glazing.

2) The methods for the calculation of the building envelope component R-values are not intended to be used in the calculation of R-values for use in computer thermal performance simulation programmes. The R-values in this Standard are intended to show compliance with the schedule and calculation methods in NZS 4218 and/or NZS 4243.

For assistance with locating previous versions, please contact the information provider.

Notes/comments

The Building System Performance branch of MBIE has sponsored access to view and print a single downloadable PDF copy of this standard at no charge

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For assistance with locating previous versions, please contact the information provider.

The Building System Performance branch of MBIE has sponsored access to view and print a single downloadable PDF copy of this standard at no charge

This resource is cited by:

NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED

This document is CITED BY:

E3/AS1 (Amd 6) (Second Edition, Amendment 6)

NZS 4214:2006 is cited by Acceptable Solution E3/AS1: Internal Moisture from 10/10/2011
E3/AS1 (Amd 5) (Second Edition, Amendment 5)

NZS 4214:2006 is cited by Acceptable Solution E3/AS1: Internal Moisture from 10/10/2011
E3/AS1 (Amd 4) (Second Edition, Amendment 4)

NZS 4214:2006 is cited by Acceptable Solution E3/AS1: Internal Moisture from 10/10/2011
E3/AS1 (Amd 7) (Second Edition, Amendment 7)

NZS 4214:2006 is cited by Acceptable Solution E3/AS1: Internal Moisture from 10/10/2011
G5/AS1 (Amd 2) (First Edition, Amendment 2)

NZS 4214:2006 is cited by Acceptable Solution G5/AS1: Interior Environment from 10/10/2011
H1/AS1 (Amd 4) (Fourth edition, Amendment 4)

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy Efficiency from 31/10/2007
H1/AS1 (Third Edition (unamended))

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy Efficiency from 31/10/2007
H1/AS1 (Third Edition, Amendment 2)

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy Efficiency from 31/10/2007
H1/AS1 (Fourth Edition, Amendment 3)

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy Efficiency from 31/10/2007
H1/AS1 (Fifth edition) (Fifth edition, unamended)

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy efficiency for all housing, and buildings up to 300 m². from 31/10/2007
H1/AS1 (Fifth edition, Amd 1) (Fifth edition, Amendment 1)

NZS 4214:2006 is cited by Acceptable Solution H1/AS1: Energy efficiency for all housing, and buildings up to 300 m². from 31/10/2007
H1/AS2 (First edition) (First edition, unamended)

NZS 4214:2006 is cited by Acceptable Solution H1/AS2: Energy efficiency for buildings greater than 300 m². from 31/10/2007
H1/AS2 (First edition, Amd 1) (First edition, Amendment 1)

NZS 4214:2006 is cited by Acceptable Solution H1/AS2: Energy efficiency for buildings greater than 300 m². from 31/10/2007
H1/VM1 (Third Edition, Amendment 2)

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy Efficiency from 31/10/2007
H1/VM1 (Fourth edition, amendment 3)

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy Efficiency from 31/10/2007
H1/VM1 (Amd 4) (Fourth edition, Amendment 4)

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy Efficiency from 31/10/2007
H1/VM1 (Third Edition (unamended))

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy Efficiency from 31/10/2007
H1/VM1 (Fifth edition, Amd 1) (Fifth edition, Amendment 1)

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy efficiency for all housing, and buildings up to 300 m². from 31/10/2007
H1/VM1 (Fifth edition) (Fifth edition, unamended)

NZS 4214:2006 is cited by Verification Method H1/VM1: Energy efficiency for all housing, and buildings up to 300 m². from 31/10/2007
H1/VM2 (First edition, Amd 1) (First edition, Amendment 1)

NZS 4214:2006 is cited by Verification Method H1/VM2: Energy efficiency for buildings greater than 300 m². from 31/10/2007
H1/VM2 (First edition) (First edition, unamended)

NZS 4214:2006 is cited by Verification Method H1/VM2: Energy efficiency for buildings greater than 300 m². from 31/10/2007
NZS 4218:2009

NZS 4214:2006 is cited by NZS 4218:2009 Thermal insulation - Housing and small buildings - SPONSORED
NZS 4243.1:2007

NZS 4214:2006 is cited by NZS 4243.1:2007 Energy efficiency - Large buildings - Building thermal envelope - SPONSORED

NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED

Description

This Standards provides methods of determining the thermal resistance of building components and elements consisting of thermally homogeneous layers, in steady-state environmental conditions.

View on Information Provider website

NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED

Description

This Standards provides methods of determining the thermal resistance of building components and elements consisting of thermally homogeneous layers, in steady-state environmental conditions.

View on Information Provider website

This resource cites:

NZS 4214:2006 Methods of determining the total thermal resistance of parts of buildings - SPONSORED

This document CITES:

New Zealand Standards

AS/NZS 4859.1:2002

NZS 4214:2006 cites AS/NZS 4859.1:2002 Materials for the thermal insulation of buildings - General criteria and technical provisions
NZS 4218:2004

NZS 4214:2006 cites NZS 4218:2004 Energy efficiency - Small building envelope - SPONSORED
NZS 4243:1996

NZS 4214:2006 cites NZS 4243:1996 Energy efficiency - Large buildings
NZS ISO/IEC 17025:1999

NZS 4214:2006 cites NZS ISO/IEC 17025:1999 General requirements for the competence of testing and calibration laboratories

Other

Window Efficiency Rating Scheme (WERS). (a link to this resource is not available)
ASTM C1363:05

NZS 4214:2006 cites ASTM C1363:05 Standard Test Method for Thermal Performance of Building Materials and Envelope Assemblies by Means of a Hot Box Apparatus

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