Case StudiesSwivelpole™ Enhances Lighting Safety in Heavy-Duty Mining Workshop

Project Overview

Swivelpole™ contributed to the development of the new heavy workshop at the Carmichael Mine in Queensland, Australia. This project involved the installation of Swivelpole™ S3 M1 poles, and Tigerlight® luminaires to ensure optimal lighting and safety within and around the heavy workshop.

Products Used

Swivelpole™ S3 M1 Poles: Approximately 19 poles were required to complete this new build project and included Swivelpole™ Luminaire Mounts, Stanchion Mounting Brackets, and Junction Box Plates.

Challenges

The primary challenges included providing sufficient illumination in a new large, heavy-duty workshop environment and ensuring that the lighting solutions could withstand the harsh conditions of mining operations. The solution needed to be adaptable to various mounting configurations while maintaining high performance.

Solution

Swivelpole™ delivered a tailored lighting solution using the Swivelpole™ S3 M1 pole along with Tigerlight®’s high-performance luminaires. The installation was executed to meet IEC standards, ensuring that all lighting fixtures provided optimal visibility and safety across the workshop. The products were strategically mounted to cover critical areas such as stairways, walkways, and platforms both in and around the workshop.

Results

The installation of the Swivelpole™ and Tigerlight® products significantly enhanced the lighting quality and safety within the new, heavy workshop. Our robust and reliable lighting setup has improved visibility, reducing the risk of accidents and enhancing overall operational efficiency.

Conclusion

Our successful deployment of Swivelpole™ solutions at Carmichael Mine’s new heavy workshop underscores our commitment to delivering high-quality, durable lighting solutions tailored to challenging environments. By addressing the specific needs of the project, we have helped Bravus achieve a safer and more efficient workshop space. The pole solutions also ensure that the luminaries can easily be accessed in the future to reduce time and resources.