Product Overview

Summary: This Load Testing and Certification SOP provides a clear, defensible framework for planning, conducting, and documenting load tests on lifting, rigging, and structural equipment in line with Australian WHS expectations. It helps your business verify that critical equipment is safe, fit for purpose, and fully certified before use, reducing the risk of failure, injury, and costly downtime.

Load-bearing equipment failure can have catastrophic consequences, from dropped loads and structural collapse through to serious injury, fatalities, and major asset damage. In Australia’s highly regulated WHS environment, businesses must be able to demonstrate that cranes, hoists, lifting gear, anchorage points, platforms, and structural elements have been competently tested and certified. This Load Testing and Certification Safe Operating Procedure sets out a structured, repeatable process for managing all aspects of load testing so that equipment is not only tested correctly, but also traceably compliant with relevant Australian Standards and legislative requirements.

The SOP guides your team through the full lifecycle of load testing activities, from initial risk assessment and test planning, through equipment isolation and setup, controlled application of test loads, monitoring and acceptance criteria, to post-test inspection, reporting, and certification. It clarifies roles and responsibilities between duty holders, competent persons, and external testing providers, and standardises the documentation required for audits and regulator inspections. By implementing this procedure, your organisation can reduce ambiguity, lift testing quality, and create a clear evidence trail that supports due diligence, contractor oversight, and safe operation of critical plant and structures across construction, manufacturing, warehousing, utilities, and infrastructure projects.

Key Benefits

• Ensure a consistent, defensible approach to load testing that aligns with Australian WHS legislation and relevant standards.
• Reduce the likelihood of equipment failure, dropped loads, and structural collapse by verifying capacity and integrity under controlled conditions.
• Streamline coordination between engineers, supervisors, contractors, and testing providers with clearly defined roles, responsibilities, and communication steps.
• Improve audit readiness by standardising test records, certificates, and traceability for each asset across its lifecycle.
• Support safer procurement, commissioning, and ongoing maintenance decisions through structured acceptance criteria and re-test intervals.

Who is this for?

• WHS Managers
• Engineering Managers
• Maintenance Supervisors
• Lifting and Rigging Coordinators
• Workshop Supervisors
• Site Supervisors
• Facilities Managers
• Inspection and Testing Technicians
• Project Managers (Construction and Infrastructure)
• Plant and Asset Managers

Hazards Addressed

• Dropped loads due to lifting equipment or rigging failure during testing
• Structural collapse or deformation of beams, platforms, anchorage points, or support structures
• Uncontrolled movement of test weights, hydraulic jacks, or test rigs
• Overloading of equipment beyond rated capacity due to incorrect calculations or setup
• Crush and pinch injuries during placement or removal of test weights and fixtures
• Failure of temporary supports, blocking, or test frames
• Exposure to pressurised systems (hydraulic, pneumatic) during load application
• Slips, trips, and falls around test setups, hoses, and instrumentation
• Noise and vibration exposure from powered test equipment
• Electrical hazards associated with powered lifting and test equipment

Included Sections

• 1.0 Purpose and Scope
• 2.0 Definitions and Key Terms (Load Testing, Proof Load, Working Load Limit, Competent Person, etc.)
• 3.0 Applicable Legislation, Standards and Codes of Practice
• 4.0 Roles, Responsibilities and Competency Requirements
• 5.0 Equipment and Systems Requiring Load Testing and Certification
• 6.0 Pre-Test Planning and Risk Assessment
• 7.0 Test Method Selection and Load Calculations
• 8.0 Pre-Use Inspection of Test Equipment and Instrumentation
• 9.0 Site Preparation, Isolation and Exclusion Zones
• 10.0 Step-by-Step Load Testing Procedure
• 11.0 Acceptance Criteria, Pass/Fail Requirements and Deration Rules
• 12.0 Post-Test Inspection, Rectification and Re-Testing
• 13.0 Documentation, Test Reports and Certificates of Compliance
• 14.0 Labelling, Tagging and Updating Asset Registers
• 15.0 Scheduling, Re-Test Intervals and Ongoing Compliance Management
• 16.0 Contractor Management and Verification of Third-Party Test Providers
• 17.0 Emergency Procedures and Incident Response During Testing
• 18.0 Training, Induction and Competency Verification
• 19.0 Recordkeeping, Audit Trail and Continuous Improvement
• 20.0 Review, Approval and Document Control

Legislation & References

• Work Health and Safety Act 2011 (Cth) and equivalent state and territory WHS Acts
• Work Health and Safety Regulations 2011 (Cth) – including provisions relating to plant and lifting operations
• Safe Work Australia – Model Code of Practice: Managing the Risks of Plant in the Workplace
• Safe Work Australia – Model Code of Practice: Managing Risks of Falls at Workplaces (for suspended and elevated load testing environments)
• AS 2550 series: Cranes, hoists and winches – Safe use
• AS 1418 series: Cranes, hoists and winches – Design and construction
• AS/NZS 4991: Lifting devices
• AS/NZS 1891 series: Industrial fall-arrest systems and devices (for anchor point and static line load testing)
• AS 4100: Steel structures (for structural load testing context)
• AS/NZS ISO 9001: Quality management systems – Requirements (for integration of testing and certification into quality systems)