Electric Transfer Cart Frame Difference

Three common electric transfer cart frame structures

ELECTRIC TRANSFER CART Frame Difference

The frame structure of the electric flat car is its core component, directly determining its load-bearing capacity, safety, and stability. According to different application requirements and working environments, PEISA offers electric flat cars with a variety of frame structures. There are three common types:

1.I-beam and channel steel combined structure:
I-beams and channel steel are used as longitudinal and cross beams, spliced and welded to form the main frame. This structure features a rational design, strong load-bearing capacity, excellent impact resistance, a mature manufacturing process, high production efficiency, and convenient maintenance. It is currently the most widely used form.

2.Angle box wheel + crossbeam structure:
Composed of angle box wheels, crossbeams, and the working surface, this design uses a grid layout of box beams and steel plates to enhance impact resistance and load capacity. The structure has an attractive appearance and a compact layout, making it suitable for various power supply methods and operating environments. However, it should be noted that this type is not suitable for extremely heavy loads or low-voltage rail power supply scenarios.

3.Frame structure for special shaft reducers:
This structure is mainly composed of large steel sections, side beams, and the working surface. It offers excellent overall load-bearing performance, high flexibility, and compatibility with multiple power supply methods. It is especially suitable for applications involving heavy loads.

In fact, frames with different structures have their own advantages under different working conditions and must be selected and customized appropriately, based on factors such as the materials to be transported, load capacity, and the usage environment. When selecting a frame, customers should communicate fully with manufacturers. Professional technicians will recommend the most suitable frame solution according to actual needs, ensuring not only safety in use but also an extended service life for the equipment.