Amerite GCS Series 10ft Mid Section
Construction and Design: Features a die-formed 12” equilateral triangle construction for enhanced structural integrity. Built with pre-galvanized 1-¼” x 16-gauge US-made steel tubing and finished with an electrostatically applied bright aluminum silver coating. Engineered exclusively for bracketed or guyed installation, with a 10-¾” center of leg to center of leg width. Materials and Standards: Constructed […]
Amerite GCS Series 9ft Top Section, 1 1/4″ Mast Tube
Construction and Design: Built with a die-formed 12” equilateral triangle structure for enhanced strength and stability. Made from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and finished with an electrostatically applied bright aluminum silver coating. Engineered exclusively for bracketed or guyed installations, with a 10-¾” center of leg to center of leg width. Materials and […]
Amerite GCS Series 9ft Top Section, 1 7/8″ Mast Tube
Construction and Design: Engineered with a die-formed 12” equilateral triangle structure for superior strength and stability. Constructed from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and coated with an electrostatically applied bright aluminum silver finish. Designed exclusively for bracketed or guyed installations, with a 10-¾” center of leg to center of leg width. Materials and […]
Amerite GCS Series 4ft Top Section, 1 7/8″ Mast Tube
Construction and Design: Features a die-formed 12” equilateral triangle structure for enhanced strength and stability. Constructed from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and finished with an electrostatically applied bright aluminum silver coating. Engineered specifically for bracketed or guyed installations, with a 10-¾” center of leg to center of leg width. Materials and Standards: […]
Amerite GCS Series 3ft Base
Construction and Design: Built with a die-formed 12” equilateral triangle structure for enhanced strength and stability. Made from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and coated with an electrostatically applied bright aluminum silver finish. Engineered exclusively for bracketed or guyed installations, with a 10-¾” center of leg to center of leg width. Materials and […]
Amerite GCS Series 3ft Tilt Base
Construction and Design: Engineered with a die-formed 12” equilateral triangle structure for superior strength and stability. Constructed from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and finished with an electrostatically applied bright aluminum silver coating. Designed exclusively for bracketed or guyed installations, featuring a 10-¾” center of leg to center of leg width. Materials and […]
Amerite GCS Series 4ft Tilt Base, Extra Heavy Duty
Construction and Design: Features a die-formed 12” equilateral triangle structure for enhanced strength and stability. Made from pre-galvanized 1-¼” x 16-gauge US-made steel tubing and coated with an electrostatically applied bright aluminum silver finish. Engineered exclusively for bracketed or guyed installations, with a 10-¾” center of leg to center of leg width. Materials and Standards: […]
Amerite GCS Series Ground and Roof Plate
Ground and Roof Plate Configuration: Designed for the GCS Series Towers, this configuration enhances stability, distributes load efficiently, and provides secure attachment points for the tower structure. Suitable for installation on both ground surfaces and stable roofs.
Amerite GCS Series Hinged Ground and Roof Plate
Hinged Ground and Roof Plate: Designed for the Amerite GCS Series Towers, this structural mechanism enhances flexibility and controlled movement at the tower’s base. It allows the tower to sway or rotate slightly in response to external forces such as wind or seismic activity while maintaining stability and structural integrity.
Amerite GCS Series Drive-In Base
Drive-In Base: Designed for the Amerite GCS Series Towers, this base features a tubular end for secure installation. It requires deep cylindrical holes to be created in the ground, which are then filled with concrete or grout to establish a solid and stable foundation. Optimized for Challenging Conditions: Ideal for areas with difficult soil conditions […]
