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Explore SNL articles, updates and technical explainers designed to help contractors, consultants and asset owners better understand powered access systems.
Learn what two-line redundancy means in rope-based access, why dual-rope systems matter, and how they apply when using powered ascenders.
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A contractor might need to inspect a deteriorating façade on a 30-storey office tower. A facilities manager could be coordinating glazing replacements while hundreds of employees continue working inside the building. Concrete repairs may need to be completed without closing pedestrian access or disrupting nearby businesses.
A leaking façade rarely starts with water pouring into the building. More often, it begins with something small. A deteriorating sealant. A crack that's easy to miss. Materials that have slowly weathered after years of exposure. For a while, nothing seems wrong. The building continues to operate, tenants go about their day and the issue stays hidden. Until it doesn't.
Learn what two-line redundancy means in rope-based access, why dual-rope systems matter, and how they apply when using powered ascenders.
Choosing the right access system for high-rise façade inspection depends on height, scope, access points, disruption, weather exposure and inspection duration. Learn when PEARS® powered elevation is the best fit.
Learn how PEARS® powered elevation changes high-rise façade remediation logistics by reducing scaffold setup, cost, disruption and programme duration.
Learn how rope access in Australia is governed by AS/NZS ISO 22846, WHS legislation and project-level documentation, and where PEARS® powered systems fit.
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