What kind of advanced steering system does this Low Level Central Rider Order Picker use, and what specific advantages does it bring?

The electric power steering system is a major advancement of the Low Level Central Rider Order Picker. It integrates core components such as motors, sensors, electronic control units, and mechanical transmission devices. The sensor detects the steering wheel angle and steering speed, as well as parameters such as vehicle speed in real time, and transmits this information to the ECU. The ECU accurately calculates the required power assist based on the preset algorithm and the current working status, and drives the motor to output the corresponding auxiliary torque. This torque is transmitted to the steering mechanism through the mechanical transmission device, thereby achieving lightweight and intelligent steering.

The EPS system can intelligently adjust the power assist according to different driving scenarios and the driver's operating habits. In narrow warehouse aisles or complex picking areas, the EPS system provides sufficient power assist, making steering extremely easy and greatly reducing the physical exertion of the operator. At the same time, precise power assist control reduces unnecessary steering movements and improves the smoothness and comfort of operation. The EPS system achieves precise adjustment of the motor output torque through a sophisticated motor control algorithm. This adjustment is not only based on the driver's steering input, but also combines multiple factors such as vehicle speed, vehicle load, road conditions, etc., to ensure that the right amount of power is provided under any working conditions. Compared with traditional hydraulic power steering systems, EPS systems do not need to rely on engine power to drive hydraulic pumps, thus avoiding unnecessary energy consumption. In addition, the motor of the EPS system works only when needed and is extremely efficient, which further improves the utilization rate of energy. Therefore, the EPS system has a higher energy conversion rate and can significantly reduce the energy consumption of forklifts during steering.
The automatic deceleration function when turning is the highlight of the EPS system. When the vehicle is about to enter a curve, the system can predict and automatically adjust the speed to ensure that the vehicle remains stable during the curve, effectively preventing skidding or loss of control caused by excessive speed. In addition, safety features such as warning lights with buzzers further enhance the safety of operation and provide all-round protection for operators.
The reliability of the EPS system is due to its advanced electronic control technology and simple mechanical structure. The electronic control unit ensures the stability and reliability of the steering system by precisely controlling the output torque and steering angle of the motor. At the same time, the mechanical structure of the EPS system is relatively simple, which reduces friction and wear between parts and reduces the probability of failure. In addition, the EPS system also uses key components such as high-quality motors and sensors to ensure the overall performance and durability of the system. These factors work together to make the EPS system extremely reliable and durable, and can meet the needs of long-term, high-intensity handling operations.
The EPS system has good adaptability and can be personalized according to different load conditions and driving needs. For example, when carrying heavy objects, the system can automatically increase the power to reduce the burden on the operator; in situations where precise control of the steering angle is required, the system can provide more delicate power adjustment. This personalized setting makes the EPS system closer to actual operating needs, improving overall work efficiency and user satisfaction.