Sabre - S3TL VL - S3TL Series VL 220 ft/100 mph Self-Supporting Tower (C05-101-337)

Sabre - S3TL VL - S3TL Series VL 220 ft/100 mph Self-Supporting Tower (C05-101-337)

Key Features and Benefits

The Sabre S3TL Series VL Self-Supporting Tower is a pre-engineered, lightweight structure designed for very light loading applications. This tower kit is perfect for various communications applications, offering a design wind speed rating of 100 mph per ANSI/TIA/EIA-222-F-1996.

• Three-legged, self-supporting design with tubular steel legs and angle bracing for improved strength per pound ratio
• All steel parts are hot dip galvanized for uncompromising integrity in harsh environments
• Includes complete tower steel and hardware, anchor bolts and templates, leg caps, and step bolts
• Normal soil foundation design included

Technical Specifications

The Sabre S3TL Series VL Self-Supporting Tower is designed with a focus on strength and durability. Its three-legged, tubular steel design offers an improved strength per pound ratio, making it a cost-effective choice. All steel parts are hot dip galvanized, ensuring the tower's integrity in even the harshest environments.

• Pre-engineered for very light loading applications
• Rated for a design wind speed of 100 mph per ANSI/TIA/EIA-222-F-1996
• Includes complete tower steel and hardware, anchor bolts and templates, leg caps, and step bolts
• Normal soil foundation design included

Geo technical surveys are always recommended prior to any tower installation. You can find normal soil foundation designs in the Attachments section.

Experience the Sabre S3TL Series VL Self-Supporting Tower

Experience the strength, durability, and cost-effectiveness of the Sabre S3TL Series VL Self-Supporting Tower. Designed for very light loading applications, this tower kit is perfect for various communications applications. Don't compromise on quality or performance - choose the Sabre S3TL Series VL Self-Supporting Tower.

Order the Sabre S3TL Series VL Self-Supporting Tower today and experience the difference in quality and performance.