In modern high-density warehousing operation scenarios, three-way forklifts have become the core equipment for narrow roadway storage operations due to their flexible steering performance. Different models of three-way forklifts have obvious differences in load capacity and suitable roadway width. Among them, RTR16i and RTR20i are two widely used models. The following will compare and analyze from two core dimensions.
Load parameter differences and adaptation scenarios
There is a clear distinction between the rated load of the two models. The rated load of the RTR16i is 1.6 tons, which is more suitable for handling light and medium-sized goods, such as electronic accessories, small packaged goods, etc. This type of goods is not large in single handling weight, but the turnover frequency is high. The load capacity of 1.6 tons is enough to meet the needs of daily operations. At the same time, the equipment is relatively light in weight, and the control flexibility in narrow spaces is stronger. It can adapt to high-frequency cargo turnover scenarios. The RTR20i has a rated load of 2.0 tons, which is mainly aimed at heavy-duty goods, such as medium-sized industrial parts, whole boxes of daily chemical products, etc. Higher load capacity can reduce the number of single handling trips and improve the handling efficiency of heavy goods, but the weight of the equipment also increases accordingly, requiring the operator to have more accurate control ability when turning in space to adapt to the batch handling scenario of heavy goods.
Adapting to the difference of roadway width and space utilization
In terms of adapting to the width of the roadway, the two models also have different performances. The RTR16i has a more compact steering radius due to its smaller load and dead weight, and the minimum roadway width is about 1.8 meters. This width can maximize the use of storage space. In warehouses with high-density shelf layout, more storage spaces can be planned, especially suitable for small storage centers with limited space or low-rise areas of three-dimensional warehouses, helping enterprises improve storage space utilization. The RTR20i, on the other hand, has a slightly wider overall size and a slightly larger steering radius due to its larger load, and the minimum roadway width is about 2.0 meters. Although the space requirements are higher, it can more stably complete the loading and unloading of heavy goods in a relatively spacious roadway, suitable for medium-sized storage centers or high-rise areas of three-dimensional warehouses, where the weight of goods stored in these areas is larger, requiring more stable operating space to ensure safe operation.
Overall, the difference in load and roadway width between RTR16i and RTR20i is to adapt to different storage operation needs. When choosing, enterprises need to choose the appropriate model based on the actual factors such as the space layout of their own warehouses, the weight of goods, and the turnover frequency, so as to maximize the efficiency of storage operations.
