HEIGHT SAFETY CONSULTING AND RISK ASSESMENT
Your Choice in Sydney Height Safety Consulting
Why height safety consulting?
Professional consultants are able to design effective fall protection and safe access systems for businesses, industrial enterprises, government organisations, and more. Abseilers United consulting services take into consideration many key factors when working with clients. We look at legalities: The current legislation, the state Occupational Health & Safety Act, and Workcover guidelines and codes of practice. We examine the current standards. These standards are not only the best practice in the industry but an acceptable evidence of compliance with current regulation.
The following standards are relevant for height safety systems:
- AS/NZS 4488 Industrial Rope Access Systems
- AS1657 Fixed platforms, walkways, stairways and ladders
- AS/NZS 1891 Industrial Fall Arrest Systems & Devices
Our work has a purpose. As top Sydney height safety consultants, we are called to understand the end user of the system. Abseilers United knows the industry requirements inside and out, which is what makes us the best choice. In most cases we either are the ones who use a system or we work closely with people who do. For our clients, this translates into effective fall protection and cost savings on the implementation of a user-friendly solution.
Abseilers United can provide Height Safety services from end-to-end:
- Risk assessment
- Compliance assessment
- Material Supply
We can work alongside building managers, project managers, engineers, architects and builders to get involved in:
- Designs and plans (even used as part of a tender document)
- Structures currently being built
- Existing buildings that require height safety upgrades
Do you need a height safety consultation quote?
Would you like to get a quote on all types of specialist rope access trade work
Abseilers United Sydney
We are leaders in professional inspections, maintenance, repairs & cleaning work on high-level structures, buildings & construction sites.