LDC Equipment (SHR) offers an extensive range of lighting solutions designed to improve safety and visibility across traffic management, construction, civil works, events, and emergency response applications. The Bollard Mounted Light Tower is one of the latest additions to our product catalogue, providing a practical, portable, and efficient lighting solution for temporary worksites and public events.
Light up your worksite or event with this lighting solution. This freestanding unit is designed to enhance safety and security during night-time operations by delivering bright, reliable LED illumination wherever it is needed.
Unlike traditional light towers, the Bollard Mounted Light Tower features a lightweight bollard base that is designed to be filled with water for added stability. This innovative design makes it significantly easier to transport, position, and set up, reducing labour requirements while maintaining a secure footing on-site.
PRODUCT FEATURES
- Freestanding, portable lighting solution
- Water-fillable bollard base for quick setup and easy transport
- Bright, energy-efficient LED lighting
- Compact footprint suitable for confined work areas
- Durable, weather-resistant construction for Australian conditions
- Fast deployment with minimal tools required
- Low-maintenance operation
- Two-person operation
- Available in 30W, 60W, and 100W.
Bollard FEATURES
- Height: 1125mm
- Length: 1150mm
- Weight (Empty): 37kg
- Weight (Full): 637kg
- Wall Thickness: 8mm
- Material: MDPE
PRODUCT APPLICATIONS
- Roadworks and traffic management
- Construction and civil works
- Utility maintenance
- Events and crowd management
- Emergency response
- Pedestrian detours
- Temporary work zones
- Car Parks
Benefits
- Improves visibility for workers, motorists, and pedestrians
- Enhances night-time safety and site security
- Easier to transport and deploy than traditional light towers
- Water-ballasted design provides stability while remaining lightweight when empty
- Cost-effective and reliable lighting solution for temporary applications
