ISO 10605-2023 PDF

Full title and description

ISO 10605:2023 — Road vehicles — Test methods for electrical disturbances from electrostatic discharge. Third edition (June 2023). This International Standard specifies test methods to evaluate the immunity of electronic modules and complete road vehicles to electrostatic discharge (ESD). It covers both bench/component testing and vehicle-level testing, describes contact and air-discharge modes, provides apparatus and waveform specifications, and includes procedures for packaging/handling sensitivity classification. The standard is available in PDF and print formats from ISO and national standards bodies.

Abstract

This document defines ESD test methods necessary to assess electronic equipment intended for vehicle use. It applies to ESD events that can occur during assembly, servicing, and occupation of the vehicle. Tests are described for powered (component immunity) and unpowered (packaging/handling) conditions, for both direct (contact) and indirect (air/field-coupled) discharges. The standard is applicable to all types of road vehicles regardless of propulsion system and explicitly excludes pyrotechnic modules. Test set-ups, discharge networks (e.g. 330 pF/330 Ω and 150 pF/330 Ω), test levels and measurement/uncertainty considerations are provided.

General information

• Status: Published
• Publication date: June 2023
• Publisher: International Organization for Standardization (ISO)
• ICS / categories: 43.040.10 (Electrical and electronic equipment for road vehicles)
• Edition / version: 3 (Third edition, 2023)
• Number of pages: 52

Scope

ISO 10605:2023 specifies test methods for evaluating electrical disturbances caused by electrostatic discharges on vehicle electronic assemblies and complete vehicles. It covers ESD during assembly, service and occupancy, and describes both direct/contact discharge and indirect/air-coupled discharge testing. The standard applies to electronic modules under various powering conditions (unshielded, shielded, self-powered) and to vehicles of any propulsion type. Pyrotechnic modules are outside the scope. Users shall specify test severity levels in the test plan; suggested levels are included in the annexes.

Key topics and requirements

• Definitions of test conditions and environment (temperature, humidity ranges) and required documentation of deviations.
• Apparatus and instrumentation requirements: ESD generator characteristics, discharge tips, ground plane, field coupling plane, insulating/dissipative fixtures and mats.
• Discharge modes and waveform specifications (contact discharge and air discharge), including commonly used RC networks (330 pF/330 Ω and 150 pF/330 Ω) and polarity requirements.
• Component immunity (powered-up) test procedures: test set-up, locations to discharge, number of discharges per point, functional performance classification.
• Packaging and handling (unpowered) sensitivity classification procedures for components.
• Vehicle-level test arrangements and test planning for complete-vehicle evaluations, including indirect field-coupling considerations.
• Calibration, measurement uncertainty and acceptance/functional-performance criteria (suggested severity levels provided in annexes).
• Exclusions and special considerations (pyrotechnic devices excluded; guidance on shielded enclosures and test-location selection to avoid unwanted interference).

Typical use and users

ISO 10605 is used by automotive OEMs, Tier‑1 and Tier‑2 suppliers, EMC and test laboratories, design and validation engineers, QA and compliance teams, and certification bodies. Typical uses include: product level ESD immunity verification during design and validation, production and incoming inspection criteria for electronic modules, qualification of harnesses and connectors for handling/packaging sensitivity, and vehicle-level EMC testing during development and pre‑production validation.

Related standards

Standards commonly used together with or referenced by ISO 10605 include IEC 61000‑4‑2 (generic ESD immunity testing), the ISO 11452 series (component immunity tests to radiated/narrowband electromagnetic energy), SAE J1113/13 (automotive component ESD immunity procedures), ISO 7637 (electrical transient conduction along supply lines), and ISO 16750 (environmental testing of electronic equipment). Earlier editions and related documents include ISO 10605:2008 and its amendment/corrigenda (superseded by the 2023 edition).

Keywords

electrostatic discharge; ESD; road vehicles; automotive EMC; component immunity; contact discharge; air discharge; ESD simulator; discharge network; packaging and handling sensitivity; vehicle-level testing.

FAQ

Q: What is this standard?

A: ISO 10605:2023 is an international standard that specifies test methods to assess electrical disturbances from electrostatic discharge (ESD) on automotive electronic components and complete vehicles.

Q: What does it cover?

A: It covers contact and air-discharge test methods, apparatus and waveform specifications, component (powered) immunity tests, packaging/handling (unpowered) sensitivity classification, vehicle-level test procedures, recommended test levels and measurement/uncertainty guidance. It excludes pyrotechnic modules.

Q: Who typically uses it?

A: Automotive OEMs, suppliers, EMC/test labs, design and validation engineers, QA/compliance teams, and certification bodies use ISO 10605 for development, qualification and verification of ESD immunity.

Q: Is it current or superseded?

A: ISO 10605:2023 is the current (third) edition, published in June 2023. It replaces earlier editions (for example ISO 10605:2008 and subsequent amendments/corrigenda). Users should check national or ISO catalogues for any later amendments or revisions.

Q: Is it part of a series?

A: It is focused specifically on ESD test methods for road vehicles. It is commonly used alongside other automotive EMC and electrical standards (for example the ISO 11452 series for radiated immunity, IEC 61000‑4‑2 for generic ESD procedures, SAE J1113 series, ISO 7637 and ISO 16750) to provide a comprehensive EMC/robustness test program.

Q: What are the key keywords?

A: Electrostatic discharge, ESD, automotive EMC, component immunity, contact discharge, air discharge, ESD simulator, vehicle testing, packaging sensitivity.