ISO 7892:1988 PDF

Vertical building elements — Impact resistance tests — Impact bodies and general test procedures

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Title (English):

ISO 7892:1988

Vertical building elements — Impact resistance tests — Impact bodies and general test procedures

Document status:: Active
Format:: Electronic (PDF)
Number of pages:: 6
Publication date:: July 28, 1988
Edition:: ISO IS 7892 edition 1 version 1
ICS:: 91.060.10

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Description (English):

Defines the conventional impact bodies used in order to reproduce the effect of actual impacts on vertical building elements as well as the general test procedures and the test procedures specific to each type of building element tested being given in the standards specific to these building elements. Applies to all vertical building elements excluding doorsets.

Technical details

Technical committee: ISO/TC 59 - Buildings and civil engineering works
SKU: ISO 7892:1988

Abstract

Overview

ISO 7892:1988 - "Vertical building elements - Impact resistance tests - Impact bodies and general test procedures" defines the conventional impact bodies and the general laboratory procedures used to reproduce and assess the effect of real-world impacts on vertical (or nearly vertical) building elements. The standard applies to all vertical building elements except doorsets and is intended to be used together with product-specific test and performance standards that set impact energies, impact locations, and acceptance criteria.

Key topics and technical requirements

Scope and intent: Provides a harmonized method for creating repeatable impact conditions representative of actual impacts on facades, partitions, cross-walls and other vertical building elements.
Three classes of impact bodies:
- Hard bodies: steel ball-bearings (examples in the standard: 500 g with 50 mm diameter; 1 kg with 62.5 mm diameter) used to simulate impacts from stones or sharp furniture corners.
- Small soft bodies: a 3 kg rubber/ canvas ball (100 mm diameter) filled with a sand/lead-shot mixture to simulate localized deformable impacts (e.g., fists, small objects, footballs).
- Large soft bodies: a 50 kg spheroconical tarpaulin bag filled with 3 mm glass marbles to simulate large-area impacts (e.g., human body shoulder impacts or falls).
General test procedures:
- Impacts are produced by a pendular drop mechanism; the impact body is suspended and released to fall pendularly onto the specimen.
- Test apparatus must reproduce actual support and anchorage conditions so that energy absorption is not altered; allowable displacements of fixings are limited (example:

Related standards

Other ISO standards

Overview

Key topics and technical requirements

Scope and intent: Provides a harmonized method for creating repeatable impact conditions representative of actual impacts on facades, partitions, cross-walls and other vertical building elements.
Three classes of impact bodies:
- Hard bodies: steel ball-bearings (examples in the standard: 500 g with 50 mm diameter; 1 kg with 62.5 mm diameter) used to simulate impacts from stones or sharp furniture corners.
- Small soft bodies: a 3 kg rubber/ canvas ball (100 mm diameter) filled with a sand/lead-shot mixture to simulate localized deformable impacts (e.g., fists, small objects, footballs).
- Large soft bodies: a 50 kg spheroconical tarpaulin bag filled with 3 mm glass marbles to simulate large-area impacts (e.g., human body shoulder impacts or falls).
General test procedures:
- Impacts are produced by a pendular drop mechanism; the impact body is suspended and released to fall pendularly onto the specimen.
- Test apparatus must reproduce actual support and anchorage conditions so that energy absorption is not altered; allowable displacements of fixings are limited (example:

ISO 7892:1988 PDF

Technical details

Abstract

Overview

Key topics and technical requirements

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Abstract

Overview

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