一体化控制系统，采用高性能的矢量控制技术，对电机的转矩和速度进行精确控制，使得电梯启动、运行、停车都能保持性能平稳舒适。

高精度的平层控制，无论载重如何变化，都能实现停靠高精准平层；直接停靠技术，电梯运行效率更高。

操作简便，故障时丰富精准的代码信息，有效解决快速定位排除故障，减少停梯时间。

有机房控制柜采用富士接触器与继电器，无机房控制柜全系采用静音接触器，性能稳定可靠。

与高效永磁同步主机完美结合，能显著降低能耗，实现绿色环保节能。

Integrated control system: Adopts high-performance vector control technology to precisely control the torque and speed of the motor, ensuring smooth and comfortable performance

during elevator startup, operation, and stopping.

High-precision leveling control: Achieves highly accurate leveling regardless of load changes; direct docking technology improves elevator operation efficiency.

Easy operation: Provides detailed and accurate error codes in case of faults, enabling quick fault location and troubleshooting to reduce elevator downtime.

Component selection: Machine-room control cabinets use Fuji contactors and relays; all machine-roomless control cabinets adopt silent contactors, ensuring stable and reliable

performance.

Energy efficiency: Perfectly compatible with high-efficiency permanent magnet synchronous main engines, significantly reducing energy consumption and achieving green and

eco-friendly operation.

技术成熟，故障率低：采用继电器、接触器等分立电气元件，原理简单直观，经过长期市场验证，在各种的使用场景下运行稳定性高，突发故障概率较低。

维修便捷，成本可控：维修技术门槛低，多数电梯维保人员熟悉其电路结构，无需依赖复杂编程工具；同时，分立元件单价低、易采购，更换成本。

兼容性强，适配性广：布线灵活更易于非标定制与功能扩展，能与早期生产的电梯曳引机、门机等机械部件高效匹配，无需对电梯整体系统进行大规模改造，特别适合老旧电梯的维护与升级。

抗干扰能力较强：电路结构相对独立，受电磁干扰、电源问题等影响小，并且在相对复杂使用环境下（如粉尘、湿度稍高的工业或老旧建筑环境中），也能保证稳定性。

Mature technology, low failure rate: Uses discrete electrical components such as relays and contactors with a simple and intuitive working principle. Verified by long-term market

practice, it maintains high operational stability in various application scenarios with a low probability of sudden faults.

Convenient maintenance, controllable cost: Low technical threshold for maintenance—most elevator maintenance personnel are familiar with its circuit structure, no need for

complex programming tools. Meanwhile, discrete components have low unit prices, easy procurement, and low replacement costs.

Strong compatibility, wide adaptability: Flexible wiring facilitates non-standard customization and function expansion. It can be efficiently matched with mechanical components of

early-produced elevators (such as traction machines and door machines) without large-scale modification of the overall elevator system, making it particularly suitable for the maintenance

and upgrading of old elevators.

High anti-interference capability: Relatively independent circuit structure, less affected by electromagnetic interference and power supply issues. It can maintain stability even in

relatively complex operating environments (such as industrial sites or old buildings with high dust or humidity).