Ore Electro-hydraulic Swing Check Valve, Double Cylinder Jaw Discharge Valve, Loading and Unloading Valve

1.1.Design Parameters

1.1.1Product Model:1200。

1.1.2Warehouse door size:1200×1200mm。

1.1.3Loading Capacity:20t/min。

1.1.4   Large Throughput Material Granularity:400mm。

1.1.5Installation Location: Washery gangue storage outlet.

 1.2.Technical Requirements: 

1.2.1Gates are made ofHydraulic transmission anti-backflow type, effectively preventing backflow caused by power failure, rope breakage, pin breakage, and other factors.“Shifting stock between warehouses”Accident, reaching essence      。 

1.2.2Loading operations can be adjusted according to the type, particle size, and humidity of the material, effectively preventing impact on the vehicle.

1.2.3The gate has a robust overall structure; the inner lining is made of...Friction-resistant         Steel plateFriction-resistant         Impact-resistant.

1.2.4Utilize the lever principle to open and close gates, achieving energy conservation and cost reduction with significant economic benefits.

1.2.5Gate opening and closing Position set with dual protection function of mechanical limit and travel switch. 

1.2.6The warehouse opening cross-sectional size range is wide, suitable for loading requirements of materials of various sizes. 

1.2.7The gate is suitable for bulk density≤1.6 t/m3 Irregular shape ≤ 400mmThe loading of coal, slag, and other bulk materials into vehicles, which is widely applicable in industries such as coal and construction materials.

 1.3.Principle of Operation 

When not loading, the motor is de-energized, the brake is in the released position, and the gate is closed. When loading is required, the motor is powered on, driving the reducer and rope wheel to rotate. One end of the钢丝绳 is connected to the rope wheel, and the other end passes over the fixed pulley to connect with the rear weight frame of the gate, thereby lifting the rear part of the gate.(Weighted blocks included)The corresponding gate is opened for loading. During loading, the motor is disconnected and the brakes are energized to engage the brakes. Once the vehicle is loaded, the motor is energized for reverse rotation, the brakes are de-energized to release the brakes, until the gate is fully closed.