ISO 14327:2004Withdrawn

Resistance welding — Procedures for determining the weldability lobe for resistance spot, projection and seam welding

Soudage par résistance — Modes opératoires pour la détermination du domaine de soudabilité pour le soudage par résistance par points, par bossages et à la molette

This edition has been replaced by ISO 18278-1:2022.

Abstract / scope

ISO 14327:2004 specifies procedures for determining the weldability lobe for producing quality welds. The tests are used in particular to determine the weldability lobe for coated/uncoated steels, stainless steels and aluminium and its alloys but may also be used for other metallic materials.

The aim of this procedure is to allow determination of the range of welding parameters which give rise to an acceptable weld quality as defined within precise limits. The procedure can be used to determine:

  1. The influence of electrode material, electrode shape and dimensions on the available welding range for a particular material and welding machine.
  2. The influence of material type and thickness on the available welding range when using a particular combination of welding electrodes and welding machine.
  3. The influence of welding machine type, or electrode cooling on the available welding range for a particular material using a particular electrode shape.
  4. The available welding range in a production situation.

Life cycle

Replaced by

ISO/WD 14327Deleted (project abandoned)Welding and allied processes — Resistance welding — Procedures for determining the weldability lobe for resistance spot, projection and seam welding (IIW-II-1-B-1991)International Standard · ISO/TC 44ISO/PWI 14327Deleted (project abandoned)Resistance welding — Procedures for determining the weldability lobe for resistance spot, projection and seam weldingInternational Standard · ISO/TC 44/SC 6ISO 18278-1:2022PublishedResistance welding — Weldability — Part 1: General requirements for the evaluation of weldability for resistance spot, seam and projection welding of metallic materialsInternational Standard · Published 23 May 2022 · ISO/TC 44/SC 6