Electric order pickers may generate certain noise and vibration during use, which not only affects the operator's work comfort, but may also cause interference to the surrounding environment. In order to solve this problem, a series of measures need to be taken to reduce the generation of noise and vibration.
Selecting high-quality electric order picker components and materials is the key to reducing noise and vibration. The power system and drive components of electric order pickers are the main sources of noise. The use of high-quality motors, drive batteries, and low-noise shock absorbers can significantly reduce the sound during operation. In addition, reducing friction and collision between metal parts and reducing mechanical noise through optimized design are also effective methods.
Regular inspection and maintenance of various components of electric order pickers are essential for controlling noise and vibration. After long-term use, the tires, bearings, drive systems and other components of electric order pickers may wear or loosen, resulting in unnecessary noise and vibration. By regularly inspecting these components, replacing worn parts in time or reinforcing loose parts, the generation of vibration and noise can be effectively reduced.
Optimizing the tire design of electric order pickers is also an important factor in reducing noise and vibration. The material and structure of the tire directly affect the noise generated when the vehicle is driving on the ground. The use of low-noise, shock-resistant tires can provide a smoother driving experience while reducing noise. Especially when driving on hard or uneven ground, suitable tires can effectively reduce vibration.
In addition to these hardware improvements, the working environment of the electric picker should also be kept as flat and clean as possible. If the electric picker is used on uneven ground or in an environment with debris, the wheels will vibrate greatly due to the uneven contact surface. Keeping the ground flat and clean can reduce unnecessary vibration and improve operating comfort.
Improving the operating system design of the electric picker and reducing unnecessary sudden acceleration and braking can also effectively reduce the generation of noise and vibration. By optimizing the control system of the electric picker to make it smoother during acceleration and deceleration, the vibration and noise of the vehicle body can be greatly reduced.