Euroka Tubestar Monopole

TubeStar provides communication system designers with a range of new possibilities. This mono tower enables all equipment to be integrated within the structure. The large-capacity cabinet supports up to seven frequency bands and overall footprint is reduced from 30–100m² to 2m². With carriers now looking at 5G expansions, TubeStar can provide a cost-effective environmental solution that drastically reduces site acquisition timeframes.

Features:
Reduced installation time & Ease of Mind:
• Offsite construction means less on-site time.
• Installation requires less resources and equipment.
• Installation time is greatly reduced which reduces costs and environmental impact.
• Lek Energy also offers pole footing design service and engineering certification.

Cost Saving:
• With its unique construction and installation, it eliminates the combined costs of civil work, power supply,  transmission, and base station equipment.
• Lease costs are greater reduced since Tubestar no longer requires a dedicated tower, cabinet, and equipment room.

Quality:
• TubeStar is manufactured using alloy steel grade ASTM A572 for structural quality, high strength. (High-Strength Low-Alloy Columbium-Vanadium Structural Steel)

Engineering design and standard certification
TubeStar design and certifications include
• AS/NZS 1170.2. Structural Design Actions – Wind Actions
• EN 1090-1-2008, -2-2009. European standards for welded steel structures
• ANSI/ TIA-222-G (DS1-2011). U.S. design standard for telecom and wind turbine towers
• IEC 61400-1-2 2006. International design standards for wind turbine designs and support structures.

Custom Design for single or multi-user configuration:
• The towers can be custom-made to suit all purposes and terrains.
• The BBU, RRU, power supply module, battery, and transmission equipment are all integrated into one tube
• All poles are supplied with: Handholes on all sections, safety cable attachments, antenna covers, antenna and RRU mounts, equipment/battery cabinets

Reduced Environmental Impact
• Designed for a minimal visual impact
• 90% smaller footprint than towers or guyed masts
• Total Footprint 2m²
• The smaller footprint enables flexible and greater site selection options
• Blends seamlessly into native environment
• Reduced resources occupied by mobile towers and contributes to a low-carbon society

Scenarios:
• Enterprise telecom scenario