Conveyor
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Bucket Conveyor, Conveyor, Industrial Machinery
WIESE CONTINUOUS BUCKET CONVEYORS – WIESE Forderelemente GmbH
Bucket Conveyor, Conveyor, Industrial MachineryWIESE CONTINUOUS BUCKET CONVEYORS – WIESE Forderelemente GmbH
The classic WIESE continuous bucket conveyor has the robust conveyor belt as its central element: rubber chains and buckets are connected, ensuring the reliable transport of your bulk materials.
All WIESE continuous bucket conveyors have the same basic structure. Buckets specially designed for the transportation of bulk materials of all kinds are mounted between two WIESE rubber chains.
The WIESE continuous bucket conveyors of type SEB are characterized by a fully enclosed, seamless conveyor belt. This means that two adjacent buckets are connected to each other by a flexible rubber flap, known as the connecting flap. This connection is a positive-locking and gap-free one, ensuring that the bulk materials cannot trickle down between the buckets.
Product loss is minimal. Despite this, the design is flexible enough to allow materials to be transported both horizontally and vertically without any product handover points. The length of the transportation route is virtually limitless. Various materials are available for every component of the bucket conveyor. The materials are chosen based on the requirements regarding compatibility, temperature, and the physical and chemical properties of the materials being transported.
Individual parts, such as buckets or connecting flaps, can be replaced individually, contributing to the high degree of system availability.
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1. Conveyor Type and Configuration
Consider the different types of conveyors available, such as belt conveyors, roller conveyors, chain conveyors, or screw conveyors. Evaluate their configurations, including straight conveyors, curves, inclines, or declines, and choose the type that best suits your material handling needs.
2. Load Capacity and Speed
Evaluate the load capacity and speed requirements of your operations. Determine the maximum weight the conveyor needs to handle and the desired conveying speed to ensure efficient material flow. Consider factors such as the size, weight, and type of materials being conveyed.
3. Conveyor Length and Width
Assess the required length and width of the conveyor system. Consider the available space in your facility and the dimensions of the materials being conveyed. Ensure that the chosen conveyor length and width can accommodate your operational needs and any future expansion plans.
4. Power Source and Drive Mechanism
Consider the power source and drive mechanism for the conveyor. Evaluate whether an electric motor, hydraulic system, or pneumatic system is most suitable for your application. Additionally, consider factors such as energy efficiency, maintenance requirements, and compatibility with your facility’s power sources.
5. Material Compatibility and Special Requirements
Determine the compatibility of the conveyor with the materials you will be handling. Some materials may require special considerations, such as heat-resistant belts for high-temperature applications or food-grade materials for handling food products. Evaluate any specific requirements based on your industry and material characteristics.