Technical Highlight
Design Features
The train loading bellow typically consists of components such as a side unloading gate valve, a swing-arm air conveying chute, a walking trolley, and a loading head. The loading opening can move linearly on a horizontal plane. It is suitable for loading bulk trains, large multi-inlet bulk trucks, and bulk ships. These design features enable the train loading bellow to efficiently complete the loading and unloading tasks for bulk goods.
Functional Features
The train loading bellow is efficiency, intelligence, and multi functionality. It uses automated loading and unloading technology. This allows for rapid handling of goods and increases logistics efficiency. The intelligent control system can automatically adjust loading and unloading methods based on different cargo characteristics, maximizing the safety of the goods. Additionally, it is not only suitable for bulk cargo but can also for container loading and unloading. Darko’s products show good adaptability and flexibility.
Application Scenarios
The train loading bellow is primarily used in railway freight stations, port terminals, and mining enterprises. In railway freight stations, it efficiently loads and unloads large quantities of arriving bulk goods, reducing labor costs and enhancing logistics efficiency. At port terminals, the train loading bellow can quickly load and unload containers, increasing terminal throughput while minimizing losses and human errors during the process. In mining enterprises, it effectively unloads large volumes of bulk ore, reducing labor costs while ensuring the safety of the goods.
Environmental bellows
The electric technology employed by the train loading bellow reduces energy consumption compared to traditional fuel-powered loading and unloading equipment, effectively lowering environmental pollution. Its electric devices operate with lower noise levels, minimizing disruption to surrounding residents and workers, thus improving workplace comfort. Furthermore, the train loading bellow is equipped with efficient dust collection systems that prevent dust generated during loading and unloading from spreading, reducing air pollution.
Example for 300 t/h
- Loading and unloading capacity 300 t/h;
- The maximum descending stroke of the bulk head is 2500 and the maximum moving distance is 6000;
- The power of the winch motor is 2.2 kw and the voltage is 380 v;
- The walking motor power is 1.5 kw and the voltage is 380 v;
- The power of bulk head vibration electrical appliance is 0.06 kw, 220 v;
- Ventilator power is 2.2 kw, voltage is 380 v;
- The dust collection air volume is approximately 4200 m3/h;
- The ordering of the electric control box is designed according to the control requirements and system conditions.
Datasheet
Drawing
