Navigating the New Australian Standards for Racking: What You Need to Know

In the ever-evolving landscape of warehouse management, staying ahead of compliance regulations is crucial.

With the introduction of the updated Australian Standards for racking design (AS4084.1:2023) and operation (AS4084.2:2023), operators need to understand and adapt to these changes. These standards set the benchmark for the safe design, operation, and examination of racking systems in Australia.

Key Changes in AS4084:2023 for end users

The revised standards, which came into effect in 2023, introduce critical updates and requirements:

Engineering and Manufacturing: The new standards are more prescriptive about engineering requirements, including ductility, structural performance, and deflection limits, ensuring all racking meets stringent safety parameters.

Seismic Considerations: An updated seismic mass coefficient improves the calculation of seismic loads, particularly in earthquake-prone areas.

Selective Pallet Racking Specifics: The standards focus on selective steel pallet racking, with specific exclusions for drive-in, cantilever, mobile, and shelving systems. This specificity helps in clarifying the requirements for various racking configurations.

Compliance Requirements for Existing and New Racking

Pre-2023 Installations: Racking installed before 2023 and compliant with the 2012 standards does not require replacement unless it’s reconfigured or moved. However, any modification or observed damage triggers a need for compliance with the 2023 standards.

Compatibility: Components manufactured between 2012 and 2023 by companies like APEX Racking are backward compatible with both the old and new standards, easing transition issues.

A store partway through an update by SSO Handling & Storage

Inspection and Compliance: What to Expect

Annual Inspections

Under the new AS4084:2023 standards, formal annual inspections have become mandatory. These inspections are to be carried out by a competent person—defined as someone with substantial experience in racking design, engineering, or installation—who is responsible for ensuring the integrity and safety of the racking systems.

Step-by-Step Inspection Process

Pre-Inspection Preparation: Before visiting the site, inspectors should review previous inspection reports and any available design documentation and maintenance reports. This helps identify potential areas of concern.

On-Site Evaluation:

  • Initial Walkthrough: Inspectors conduct a thorough walkthrough to assess the racking systems’ general condition and identify any immediate signs of distress or non-compliance. This includes the type of pallets and loading equipment being used and their suitability for the racking design.
  • Detailed Examination: This includes checking for proper alignment and examining the physical condition of beams, uprights, and other structural elements. Inspectors should perform verticality tests, measure beam deflections, check for corrosion, and inspect welds and connections.
  • Load Compliance Check: Ensuring that the load capacities displayed on signage match the load distribution on the racks.
  • Use of Technology in Inspections: Modern tools such as laser measuring devices and mobile apps often record data and generate real-time reports. These tools help accurately assess racking conditions and document them efficiently.
Rack Assett Management System - Developed by Inode and provided in Australia by PRMS.Digital

Documentation and Reporting

Inspection Reports: These are detailed documents that include findings, photographic evidence, and recommendations for corrective actions if required. The reports also assess compliance with the latest standards.

Maintenance Logs: Regular updates to maintenance logs are crucial. They provide a historical record of all interventions, repairs, and replacements, helping predict potential future issues.

Compliance Signage

Signage Audit: The inspection verifies that all mandatory signage is up-to-date, visible and matches the provided design.

If it does not, the sign should be removed or marked incorrect until loads are confirmed by the designer or a competent person.

Costs and Timeframe

The complexity and size of the facility dictate the duration and cost of the inspections. While smaller warehouses might require only a few hours, larger logistical centres could need several days to be thoroughly inspected. Costs vary based on the inspection scope, the necessity for specialised equipment, and travel expenses.

Adjusting to Outdoor and Specific Conditions

Outdoor Racking: The materials used for outdoor racks must be suitable for external conditions, such as hot-dip galvanised components, to withstand weather-related wear and tear.

Installation Standards: Installation on proper substrates is specified, with concrete being the preferred base to ensure stability and compliance.

Ensuring Your Signage Meets the New Standards

For racking installed from 2023 onwards, ensure your signage reflects the updated load handling and safety information as per AS 4084-2023. Regular inspections will help verify signage compliance and ensure all modifications are recorded and reflected in operational signage.

Conclusion

Embracing these new standards is not just about regulatory compliance—it’s about enhancing safety and efficiency in your operations.

As you navigate these changes, consider the broader impact on your operational practices and the safety of your employees.

Staying informed and keeping up to date with your designer/supplier is your best strategy for adapting to these updated standards and ensuring a safe workplace for everyone.

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