In harsh Australian conditions, understanding your site’s wind classification is essential. For projects located within cyclone regions or areas subject to high winds, equipment must be properly tied down and securely tethered, not just as a best practice, but as a critical requirement for safety, compliance, and operational longevity.
Whether you’re installing a standpipe, dust suppression unit, telemetry station, or solar-powered infrastructure, Liquimech systems are engineered for high performance. However, their effectiveness depends significantly on proper installation aligned with the site’s designated wind category. Failing to consider site-specific wind exposure can result in costly equipment damage, safety hazards, and potential operational shutdowns.
Australia’s Wind Regions — What You Need to Know
The Australian Standard AS/NZS 1170.2 outlines four key wind regions:
- Region A: Normal wind conditions (most inland and southern metro areas)
- Region B: Intermediate — coastal fringe zones and some elevated inland areas
- Region C: Cyclonic — northern WA, QLD, and NT
- Region D: Severe Cyclonic — includes areas like Port Hedland, Karratha, and parts of far-north WA
Understanding which wind region your site falls into is essential. Equipment that may perform adequately in Region A may not withstand conditions in Region C or D without significant modification and reinforcement.
These wind regions dictate how structures must be designed, anchored, and tethered. What’s perfectly safe in Perth may be at serious risk of failure in Karratha without reinforcement.
 View Liquimech’s Wind Region Map of Australia (map sourced from AS1170.2 for reference)
Why It Matters for Your Liquimech Equipment
- Safety Comes First
Strong winds can topple or shift unsecured structures, putting workers, vehicles, and other equipment at risk. This is especially true for:
- Dust suppression towers
- Solar panel frames
- Standpipes and access poles
- Telemetry units with elevated components
If your site is in Region C or D, tying down and anchoring equipment isn’t optional — it’s required.
- Insurance & Compliance
Insurers and regulatory bodies expect structures to be certified for their wind category. If a standpipe collapses during a storm and wasn’t installed according to regional requirements, insurance claims could be denied, and liability could fall back on the contractor.
Liquimech products can be engineered and certified for high-wind or cyclonic regions — but only if this is specified during the design and quoting stage.
- Product Longevity
Even if a structure doesn’t fail outright, wind exposure can weaken joints, loosen fasteners, and shorten service life. Correct tethering and anchoring ensure Liquimech systems perform at their best for years — even in exposed or remote locations.
Liquimech Recommendations for Installations in Cyclone Areas
For all installations within Regions C and D, Liquimech strongly recommends incorporating the following features:
- Anchoring points
- Guy wire kits
- Tie-down lugs
- Wind-rated structural reinforcements
- Deployment & retraction protocols for high-wind events
Use our Liquimech Connect App to monitor system status and receive alerts for severe weather or required retraction of deployable equipment.
Install with the Wind in Mind
When installing infrastructure in cyclone-prone areas, proper anchoring is not just a precaution — it is a necessity. Understanding your wind region and ensuring your Liquimech equipment is engineered accordingly is fundamental to project success, safety, and regulatory compliance.
Our team is experienced in delivering tailored solutions for projects in cyclone regions across Australia. From remote mine sites to regional infrastructure, we ensure your systems are secure, certified, and built to withstand the elements.
