Synchronous Gearless Traction Household Villa Elevator

  • May 21, 2019 7:32 PM PDT
    Permanent magnet synchronous (PM) gearless traction technology,
    dedicated variable voltage frequency conversion (VVVF) speed control technology,
    energy feedback technology, distributed microcomputer data network control
    technology, intelligent door machine technology, artificial intelligence (AI)
    group control management technology , variable speed elevator technology. Each
    of the distinctive car decoration schemes, the newly designed large-scale liquid
    crystal display control box and landing call, make the href="https://www.otsedt.com/">Villa Elevator interior and the appearance
    of the stylish atmosphere, harmoniously integrated into different architectural
    decoration styles. Overall, the GM passenger elevator has the characteristics of
    leading technology, reliable quality, comfortable operation, energy saving and
    environmental protection, and beautiful decoration.




    The leveling layer is precise and efficient. 32-bit
    microcomputer absolute value sensing system, fast information processing, no
    self-learning at startup, data is directly transmitted to the main controller
    via the processor, providing the precise position of the car, ensuring the level
    of accuracy of almost zero error At the same time improve operating
    efficiency.
    Ideal running comfort: multi-computer universal control,
    pre-calculated deceleration distance, pre-set running curve, and running comfort
    under the driving of high-quality vector inverter.
    High reliability: 32-bit
    industrial-grade microprocessor with micro-electronic integration technology,
    compact structure, superior anti-interference design makes the control system
    free from environmental interference and impact, low failure rate and high
    reliability.
    The realization of preventive maintenance: built-in remote
    monitoring system interface, remote monitoring, diagnosis and data transmission
    for elevators, and fault self-diagnosis and fault storage functions, realizing
    the new concept of maintenance from "time-oriented to demand-oriented" .