To effectively utilize the Shiftbulk platform, access the navigation tree on the left side of the interface. Click on the different components in the tree to interact with them, view their properties, and make adjustments as needed. This user-friendly menu ensures efficient and seamless management of your conveyor system components.
Conveyor belt sag also referred to as catenary sag, is based on standard catenary theory. Sag is expressed as the percentage height drop based on the tension between two conveyor idlers. These percentages are expressed as limits to this height drop, and thereby define the minimum allowable tension, during the applicable running condition, at that point. The table below is a list of design sag limits from various design manuals.
Delta | Reference | Notes | Url | |
---|---|---|---|---|
2 | 45° Trough - Lumps up to max lump size | Link | ||
3 | 20° Trough - Lumps up to max lump size | Link | ||
3 | 20° Trough - Fine Material | Link | ||
3 | 20° Trough - Max lump size | Link | ||
2 | 35° Trough - Lumps up to max lump size | Link | ||
3 | 45° Trough - Fine Material | Link | ||
0.5 | ISO 5048:1989 | No clear design factor indicated. | Link | |
2 | ISO 5048:1989 | No clear design factor indicated. | Link | |
2 | 35° Trough - Max lump size | Link | ||
1.5 | 45° Trough - Max lump size | Link | ||
3 | 35° Trough - Fine Material | Link |
Shiftbulk is a collaborative platform that simplifies the design and purchasing process for belt conveyor systems. With a comprehensive database of conveyor components, users can create custom systems and optimize costs and suppliers. Beta 0.9.01
Built with the Fraternate user framework
Shiftbulk not only offers conveyor system management solutions, but also provides a dedicated platform for handling comment queries and issues related to your plant's conveyors. Experience seamless communication and swift issue resolution, leading to improved operational efficiency and optimized performance.
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