Map the real work
Document normal production, set-up, cleaning, fault finding, maintenance and foreseeable interventions—not just the ideal operating cycle.
RISK ASSESSMENT + RISK REDUCTION
AS/NZS 4024.1201 machine risk assessment guide
A practical commercial guide to the risk-assessment work that should come before panels, posts, doors or interlocks are specified.
FROM STANDARD TO SCOPE
Four conversations to have before the layout is locked
Use AS/NZS 4024.1201 to turn an unclear guarding brief into a traceable design basis. The exact decisions still depend on the machine, tasks, risk assessment and current authorised standard.
Define the hazard picture
Record hazardous movements, energy sources, ejection risks and the ways a person could approach or enter the danger zone.
Choose the control strategy
Consider elimination and design changes first, then guards and protective devices within the overall risk-reduction approach.
Verify the result
Check that proposed measures reduce risk without creating new hazards or making routine work impractical.
WHY IT MATTERS
The commercial payoff: a better brief, fewer late changes
When the assessment is done early, the guarding conversation becomes specific. Door positions, panel runs, maintenance access and interfaces can be discussed against real tasks instead of assumptions.
THE COMPLETE DESIGN PICTURE
One standard rarely works alone
Risk assessment, physical guards, safety distances, interlocking, unexpected start-up and emergency-stop functions are connected. Follow the regional hub to move between the relevant guides without losing the project context.
Edition and jurisdiction note
AS/NZS 4024.1201:2014 is identified by Safe Work Australia as a supporting reference for safe machinery design. Confirm the current edition before use. Standards and guidance support—not replace—a project-specific risk assessment, applicable WHS/HSWA duties, regulator guidance and competent professional advice.
COMMON QUESTIONS
AS/NZS 4024.1201 FAQs
Does AS/NZS 4024.1201 tell me which guard to buy?
It frames risk assessment and risk reduction. The physical guard is then developed with the relevant guard, interlocking, distance and control-system standards.
Can a supplier complete the whole risk assessment for us?
A guarding supplier can contribute practical design input, but the assessment needs people who understand the machine, its intended use, workplace tasks and jurisdictional duties.
Is the standard itself the law?
Standards are commonly used as technical guidance. Legal duties and the effect of referenced standards vary by jurisdiction, so confirm the position with the relevant regulator or adviser.
Turn the standard conversation into a buildable guard layout.
Send the machine layout, photos and access requirements. We’ll help shape a practical modular guarding concept for your project team to assess.
Start the guarding conversationCommercial information only. This page is not legal, engineering or certification advice and does not reproduce the controlled requirements of the standard.
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