Modular Casing Tensioner Platform Frame Kit Design

The casing tensioner platform frame is divided into multiple removable components including corner connectors, front beams, lateral beams, posts, and rod assemblies. These segmented components can be transported separately and assembled on-site using connection brackets and fastening mechanisms, eliminating the need for welding while reducing transportation and installation costs.

The design enables components to be disassembled and reused. The corner connectors with connection brackets allow rods and beams to be removed and reassembled, facilitating component recovery and reuse, which reduces long-term costs and improves ease of manufacture.

The welding process is replaced with a mechanical connection system. Corner connectors equipped with connection brackets use fastening mechanisms (bolts, pins, or interlocking features) to join rods and beams mechanically, eliminating the need for welding in harsh offshore environments while maintaining connection reliability.

Connection brackets serve as intermediary components between rods and beams. These brackets provide a standardized interface that facilitates easy mechanical attachment and detachment, replacing direct welding joints and enabling reliable assembly without exposure to environmental hazards.

The structure transitions from a fixed monolithic design to a dynamic modular system. Components can be assembled, disassembled, and reconfigured using corner connectors and connection brackets, allowing the structure to adapt to different operational requirements while maintaining stability through proper mechanical joining.

Corner connectors and connection brackets serve as universal interface components that can join multiple types of structural elements (rods, beams, posts). This multi-functional connection system provides both structural stability and adaptability, allowing the same components to be used in various configurations.