Wharf grain extractor

Wharf grain extractor

Grain puller

The dock grain extractor is a specialized equipment used for loading and unloading bulk granular materials at port terminals. It is suitable for the suction and unloading of various materials such as wheat, rice, soybeans, corn, rapeseed, and feed, and can also be used for the loading and unloading of granular fertilizers, plastics, cement, and other materials. Here are some key features and performance parameters of the dock grain extractor:

1. Scope of application: The dock grain suction machine is suitable for installation in coastal, riverside, and riverside docks, and is used for suction and unloading of bulk granular materials.

2. Process layout: According to the installation form, there are room mounted, steel frame fixed, track movable, etc.

3. Characteristics:

-High conveying efficiency, with an hourly output of several hundred tons.

-The entire conveying process is completely sealed, less affected by climate and environment, improving working conditions and ensuring material quality.

-The equipment is simple, the structure is compact, the process layout is flexible, the occupied area is small, and the selection of conveying lines is easy.

-The labor intensity of operators is low.

-Easy to achieve centralized control and automation.

-No dust leakage or flying, good working environment.

4. Technical parameters:

-Rated conveying capacity: 50t/h to 200t/h (taking wheat as an example).

-Arm extension (fully extended): 8 to 20 meters.

-Telescopic range: 3.5 meters to 9 meters.

-Pitch angle:+55 ° to -35 °.

-Swing angle: 180 °.

-Exhaust dust content: less than 60mg/m ³.

-Noise control: less than 78dB (A).

-Installed power: 55kw to 180kw per set.

-Suitable ship types (reference): 300 ton to 15000 ton.

The design and functionality of the dock grain extractor make it an ideal choice for port loading and unloading operations, which can improve loading and unloading efficiency, reduce manual labor intensity, and adapt to different operating environments and needs.