The elevator system adopts a 32-bit parallel central processing unit for high-speed processing. The advanced double closed-loop system ensures high-precision and fast response control across the entire range of the highest and lowest speeds.
By utilizing the latest permanent magnet gearless technology to replace traditional worm and gear traction machines, the system realizes super miniaturization of the traction unit. It is thin, lightweight, and compact, eliminating the mechanical loss between gears. This achieves a energy-saving rate of more than 60% compared to previous elevator technologies, fulfilling environmental protection requirements for oil-free operations, maintenance-free components, minimal noise, minimal vibration, and minimal machine room footprints.
| Parameter Item | Specification Value |
|---|---|
| Rated Speed | 0.5-1.0m/s |
| Rope Tension Force | 950+250N |
| Rope dia | 6mm |
| Governor pulley pitch diameter | 200mm |
| Lifting Height | 60m |
Passenger safety is prioritized. The elevator networking is integrated into an Internet platform, allowing all information of the elevator to be queried, maintained, and managed in real-time.
The drive system adopts regenerative braking units. By feeding energy back into the power grid rather than consuming it as heat resistance, it achieves 50% energy savings compared to ordinary AC elevators.
Permanent magnet gearless designs replace traditional turbo worm tractors, optimizing tractor volume and weight, eliminating gear-related lubricants, and operating with minimum noise and zero maintenance.
Adopts advanced VVVF drive control and utilizes IGBT semiconductors. This combination reduces motor operating noise significantly and prolongs the operational lifespan of the system.