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Troughing 3 Roll - Garland

Due to variations in material characteristics and physical conveyor design (Height and length), the selection of idlers is unique to most applications. The items in this section are grouped design parameters for carrying idlers used on this site.

Shell Weld (mm) % Bearing Width (%) Idler Seal Design t - Circlip (mm) b - Circlip (mm) D - Circlip (mm) Rotating Mass (Kg) Bearing Housing Mass (Kg) Shell Mass (Kg) A (mm) Pu (kN) C0 (kN) C (kN) Reference speed (r/min) Limiting speed (r/min) Designation Seal Thickness (mm) B - Bearing width (mm) D - Outer race diameter (mm) Nominal Wall Thickness (mm) Length of Flat (mm) Idler Gauge Length (mm) Idler Set Mass (Kg) Roll Mass (Kg) Url Frame Mass (Kg) Idler Roll Width (mm) Number of Rolls(per base) Idler Type Roll Diameter (mm) Idler Frame Design Shaft Series (mm) Belt Width (mm) Wing Roll Angle (Degree) Idler Roll Material
4 100 Integral Bearing Sealing 1.2 3 23.2 4.9 0.33 5.84 1675 0.335 7.8 14.8 28000 18000 6205 15.00 15 52 3.8 12 555 22.5 6.2 Link 4 505 3 Troughing 3 Roll - Garland 127 Garland - 'C' type hook 25 1350 35 Steel Roll

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Use the navigation tree to interact with the components. Each node in the tree is a data set used for constructing a conveyor design.


Shiftbulk aims to improve the speed of design, detailing and purchasing of a conveyor system. It aims at reducing the complexity of sourcing equipment, specifying designs, generation and management of equipment lists and generally reducing the complexity of OEM product selection. Beta 0.9.01

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