Scope of project:
• Design Drawings.
• Shop Drawings.
• Supply & Installation
Steel Spider
Client: Presidential Palace.
Tonnage: 32.5 Ton
Location: The Administrative Capital.
Project Constraints
Electrical and Control Systems : Implementing reliable control systems for movement, climbing, and inspection adds complexity to the project.
Safety Considerations : Addressing worker safety during climbing and inspection is paramount. Fall prevention mechanisms and fail-safes are essential.
Initial Challenges
Design Complexity : Creating an efficient and functional Steel Spider design requires expertise. Balancing load-bearing capacity, mobility, and safety is crucial.
Material Selection : Choosing the right materials for the spider’s components (such as steel alloys, joints, and fasteners) affects performance and durability.
Structural Integrity : Ensuring that the spider can climb steel structures safely without compromising its stability is a significant constraint.
Solution
Advanced Engineering Design : Developed a structurally optimized steel spider with precise load distribution for stability and functionality.
Reliable Electrical & Control Systems : Integrated a robust control system to manage movement, climbing, and inspection with precision.
Safety Enhancements : Implemented fall prevention mechanisms and fail-safes to ensure worker safety during operation.
High-Strength Material Selection : Used durable steel alloys, reinforced joints, and high-quality fasteners for longevity and performance.
Structural Integrity & Mobility : Designed the spider to navigate steel structures smoothly without compromising stability.
