TOWER CRANE -Cable conector- Free 3D model

cgtrader

This is a work-in-progress 3D model of Tower Crane, created by looking at online images of these structures alone. Initially, most parts were oversized since I intended to try producing the design in plastic form. Although much cable-related functionality remains unfinished, further guidance from viewers about essential details would be greatly appreciated. To better assist, attached is an exploded view with part names clearly labeled. Regarding specific parameters such as steel beam dimensions in this design, these aspects are flexible and easily adjusted within respective sketches. As the design progresses and new parts come to life based on accurate images from the internet alone. I advise caution as my current rendition is a direct translation of photographs into digital format. At its current state, this Tower Crane model comprises twenty distinct components, awaiting expansion as detail accrues: 1. The apex - key structure linking multiple segments 2. Rear connection point between "apex" and another key structural unit - 'rear pendant counterjib connector' 3. Living quarters atop crane providing work space for operators 4. Link connecting main structures holding crucial weight-bearing elements called cable connectors 5. Section composed of numerous smaller, lighter elements suspended high above ground providing equilibrium via careful calculation based on their mass distribution relative to entire system weight they carry downwards constantly 6. Crane Base unit anchored firmly onto stable foundations supporting massive structural pillars extending upwards from bottom base foundation 7. Primary vertical segments linking together continuously moving parts upwards steadily through clever mechanical engineering systems 8. Specialized unit for lifting materials high up into air using motor power generated internally within tower body itself providing strength & agility when navigating varying conditions encountered frequently throughout construction sites where projects often vary significantly 9. Vertical lift supporting mechanism holding significant weights without showing excessive stress despite heavy burden exerted due careful balance struck across system 10. End of counter-jib segment that carries large counterbalance for steady motion and precise movement 11. Essential supporting beam attached to main body connecting lower crane base and other critical structures ensuring stability while operating at great heights continuously 12. Key part which extends outwards creating space allowing people and heavy equipment easy access through moving up along entire assembly as they go 13. The source of all energy required driving motors and facilitating mechanical processes inherent in modern machinery operation; centrally positioned, housed safely within sturdy steel enclosure 14. Ropes supporting crucial counter-jib counter-balancing section to provide constant steady state conditions during task execution despite changes external environmental pressures put upon it constantly 15. Cable connectors link key sections of tower cranes together efficiently linking main structure units into working whole 16. Component for easy movement connecting last crane segment holding cables used in counter weight setup with main part - currently unfinished 17. Counter-balancing element supporting heavy weights securely preventing accidents and mishaps resulting from unstable situations arising suddenly when machinery is put through extreme demands placed upon it regularly 18. Connectors attaching two very vital units (counter balance and lower structure elements combined as one integral system ) ensuring even motion with stability through careful calculations applied consistently 19. Enclosed transportation vessel housing operators along designated route during project progress often exposed to diverse environmental challenges faced daily 20. A similar version of item nineteen lacking outer cage section; intended use likely tied closely with shorter reach functionality allowing more control during critical stages within operation lifecycle Design specifics including real steel profile dimensions can be altered in STEP file directly accessed via relevant editing sketch feature embedded inside said design platform utilized for modeling & simulations alike!