Understanding Load Capacity in Conveyor Rollers

Our conveyor rollers are designed to efficiently handle various loads, and it's crucial for designers and users of gravity conveyors to grasp the nuances of load capacity. The information provided below, based on roller lengths in mm and diameters, offers insights into load-bearing capabilities. However, it's essential to note that these figures serve as references and indicators, subject to variations based on component materials and working conditions.

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Distribution, Not Concentric:

It's imperative to recognize that the load-carrying capacity of our rollers is distributive, not concentric. In other words, the capacity is not solely determined by a point load. Instead, it considers the distribution of the load along the length of the roller.

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Inverse Relationship with Length:

The load-carrying capacity demonstrates an inverse relationship with the length of the rollers. As roller length increases, the capacity decreases. This understanding is pivotal for optimal conveyor design, ensuring that the system is tailored to handle loads efficiently.

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Consideration for High-Width Products:

For products with greater width, it's important to note that a proportional increase in roller diameter may be necessary to maintain the desired load capacity. This ensures that the conveyor system can effectively handle the demands of high-width items.

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Please be aware that the load capacities provided are for reference and indicative purposes only. The actual capacity may vary based on factors such as component materials and specific working conditions

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At Excel Conveyors, we prioritize transparency and knowledge-sharing to empower our users in designing and operating gravity conveyors effectively. If you have further inquiries or need detailed specifications, we encourage you to reach out, and our team will be delighted to assist you.

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The load capacities are mentioned in Kgs