Continuous Vertical Conveyors(CVC)

It is combined with the import and export conveyor lines to form a complete continuous lifting system, realizing multi-floor, multi-in and multi-out automated operations, saving space and improving efficiency.

Installing a Circulating Vertical Conveyor (CVC) generally requires limited structural modifications. Modular designs adapt to existing spaces, but key factors include floor load capacity, ceiling height, and anchor points for stability. Multi-story setups may involve floor penetrations, though compact Z/C/E-shaped configurations reduce spatial disruption. For tall systems (e.g., 30+ meters), reinforced supports or beams might be necessary to handle heavy loads.

Pre-installation assessments by engineers are critical to ensure compliance with building codes and optimize integration. Electrical and control systems must align with facility infrastructure, but pre-engineered CVCs often minimize structural changes compared to traditional systems. Planning focuses on balancing operational needs with minimal architectural impact.

CVCs prioritize energy efficiency through advanced engineering. Variable-frequency drives (VFDs) dynamically adjust motor speed to match real-time load demands, cutting energy consumption by 20-30% compared to traditional systems. Closed-loop mechanisms reduce mechanical friction, while regenerative braking in high-capacity models recovers kinetic energy during downward cycles. Automated idle modes further minimize power use during operational pauses.

Lightweight aluminum frameworks and modular designs lower inertial resistance, enhancing long-term sustainability. Though energy use varies with load weight and vertical height (up to 30+ meters), CVCs outperform spiral or belt conveyors in lifecycle efficiency. Reduced maintenance needs—thanks to fewer moving parts—also contribute to lower operational costs, aligning with eco-conscious facility goals.