Electric transfer cart selection parameter reference

Electric transfer cart selection parameter reference

What parameters should customers consider when purchasing an electric transfer cart and what impact do these parameters have?

  1. Dimensions

Considerations:

Body size (length, width, height): Customize the electric transfer cart reasonably according to the size of the goods, fully consider whether there are channels in the working environment, the width of the channels, and design the wheel track. The wheel track will affect the turning radius of the trackless cart.

Impact:

If the size is too large, it will limit the use scenario, and if it is too small, it will not be able to carry goods; unreasonable size may cause collision or inefficiency.

2. Load Capacity

Considerations:

Rated load (1-200 tons): It must cover the maximum single transport weight (including goods, pallets, etc.).

Load distribution: Concentrated loads (such as heavy machinery) require a reinforced structure.

Impact:

Overloading will damage the body structure, motor or power system, shorten the life of the equipment; insufficient load will waste costs.

3. Transport Time

Considerations:

Operating speed (usually 20m/min): Select according to distance and efficiency requirements.

Charging/endurance time: Battery-powered models need to match working time to avoid interruptions.

Impact:

Slow speed reduces production efficiency, while too fast speed may affect the safety of goods; insufficient battery life will cause the electric transfer cart to stop working and charge.

4. Operating Environment

Considerations:

Temperature/humidity: Extreme environments require waterproof, rust-proof or high-temperature resistant designs (such as the metallurgical industry).

Explosion-proof requirements: Explosion-proof motors and electrical components are required in flammable and explosive places.

Factory slope: If there is a slope, the driving force needs to be increased.

Impact:

Poor environmental adaptability will lead to increased failure rates (such as motor overheating, circuit short circuit), and even cause safety accidents.