Bucket Elevator

Bucket Elevator Function and Working Method

The Bucket Elevator operates using a conveyor sprocket and chain drive system. Buckets are attached to a continuous chain, which is driven by a motor. As the chain moves, the buckets scoop up the material and carry it upward along the inclined path of the elevator. The material is then discharged at the top into the desired processing stage or storage area. This method ensures efficient and controlled vertical transportation of materials.

Bucket Elevator Material and Construction

Constructed from carbon steel, the Bucket Elevator combines strength and durability. The carbon steel material ensures that the elevator can withstand the mechanical stresses and continuous operation typical in a palm oil mill environment. The buckets are designed to securely hold and transport the materials without spillage or damage.

Bucket Elevator Key Features

• Size Diameter: Available in diameters of 1300 mm, 1000 mm, and 750 mm to accommodate different transportation requirements and space constraints.

• Max Incline Angle: Designed with a maximum incline angle of 25°, allowing for efficient transportation of materials on inclined paths where necessary.

• Driver Model: The elevator is driven by a reducer motor or hydraulic motor, connected to the main shaft using a sprocket or coupling. This ensures efficient power transmission and smooth operation.

• Capacity: Designed to handle a capacity of 60 tons per hour of FFB, making it suitable for high-volume palm oil processing operations.

• Sprocket and Chain: Features a sprocket with pitch P=152.4, load capacity of 60,000.0 Ibf, and 21 teeth. This robust chain and sprocket system ensures reliable and durable material transport.

• Output Speed: Operates at an output speed of 8 - 10 rpm, ensuring efficient material movement while maintaining control and stability.

• Power: Equipped with a motor rated at 1450 rpm, with power options of 5.5 kW, 7.5 kW, and 11 kW, operating at 380 V and 50 Hz. This provides sufficient energy for reliable and high-performance transportation.

Bucket Elevator Performance Advantages

• Durable Construction: The carbon steel build ensures long-term reliability and minimal maintenance requirements, even under continuous and demanding operating conditions.

• Efficient Material Transport: The sprocket and chain drive system ensures smooth and controlled movement of materials, preventing blockages and ensuring consistent flow.

• High-Capacity Operation: With a capacity of 60 tons per hour of FFB, the Bucket Elevator can handle high-volume processing demands, ensuring efficient workflow in large-scale palm oil mills.

• Versatile Operation: The availability of different diameter sizes and the ability to operate on inclines up to 25° make the elevator suitable for various transportation needs within the processing facility.

• Energy-Efficient Operation: The motor and drive system are designed to minimize energy consumption while maintaining high-performance material transport.

Bucket Elevator Applications

The Bucket Elevator is widely used in palm oil mills and processing plants. It is typically installed to transport small-sized materials such as palm fruits, nuts, and kernels between different processing stages, such as from threshing to digestion, or from polishing to storage. Its design and specifications make it suitable for integration into both new and existing palm oil processing facilities, enhancing their material handling efficiency and overall productivity. By ensuring reliable vertical transportation of materials, the Bucket Elevator contributes to the smooth operation of the entire palm oil production process.