Frame is designed to lift theCable laying quadrant from horizontal to vertical position, The quadrantprovided a sheave at top to guide the Quadrant handling winch wire foilaunching and recovering the A-frame in a safe and reliable manner.The system is designed to be operate by an Electro-Hydraulic HPU.
Features：
- Structure: It is formed by welding high-strength steel and features an “A”-shaped symmetrical structure, with excellent overall rigidity and stability.
- Material: It is made of marine-grade high-strength alloy steel, which is resistant to seawater corrosion and wind and wave impact.
- Load capacity: Depending on the model, the rated load capacity ranges from 5 to 500 tons, suitable for various offshore operation requirements.
- Safety design: It is equipped with anti-disengagement devices, overload protection systems, and wind and wave locking mechanisms, meeting maritime safety standards.
- Compatibility: It can work in coordination with deck cranes, winches, cable equipment, etc., and supports customized modifications.
Application:
- As the core load-bearing framework, it cooperates with cranes to install and dismantle large deck equipment (such as winches and cable drums).
- It enables the vertical lifting and horizontal transfer of materials for offshore operations (such as steel pipes, containers, and underwater instruments).
- It provides stable support for the deployment and retrieval of underwater operations (such as diving equipment and detection instruments).
- It temporarily substitutes for or assists other lifting equipment to enhance the flexibility and safety of deck operations.
