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Bucket elevator calculation - belt type
bucket elevator - motor power and belt tensions
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Note- Type in respective
value inside of coloured cell, then click outside cell to
enter. |
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Tonnage Rate TPH. |
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TPH. |
Required volumetric flow |
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m3/hr.
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Product Bulk Density Minimum. kg/m3. |
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kg/m3.
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Product Bulk Density Maximum. kg/m3. |
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kg/m3.
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Bucket mass empty (per bucket). |
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kg. |
Calculated actual metric B.E capacity at
100% water level
capacity |
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m3/hr.
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Bucket Capacity Y-Y Water level - Litres |
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Litres |
Percentage fill of Water
Level Y-Y |
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% |
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Bucket Capacity X-X 100% full - Litres |
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Litres |
Calculated actual metric B.E capacity at
100% Full
capacity |
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m3/hr.
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Belt Speed (m/s) |
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m/s. |
Percentage fill of Bucket 100%
Full X-X |
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% |
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Bucket spacing (mm) |
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mm. |
Potential Capacity TPH at buckets 100%
full |
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TPH. |
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Dredge Factor:-
"1"
for Spaced Buckets,
"2"
for Continuous Buckets. |
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Pulley Center Distance (m) |
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m. |
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Belt Mass / m. (kg/m) |
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kg/m. |
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WorkingTension rating of belt kN/m width |
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kN/m |
Design Tmax as calculated |
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kN. |
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UltimateTension rating of belt kN/m width |
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kN/m |
Te (Kn) |
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kN. |
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Belt width (m). |
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m. |
Unfactored power requirements
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Pulley Diameter (m) |
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m. |
Minimum calculated normal running power (kW)
= |
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kW. |
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Estimated pulley mass (kg) |
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kg. |
Suggested Power for buckets 100% full = |
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kW. |
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Factor of safety of belt
based on buckets 100% full
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Based on rated working tension |
Factor of safety of belt
based on bucket fill at normal running
capacity |
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Based on rated working tension |
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Factor of safety of belt
based on buckets 100% full |
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Based on ultimate tension |
Factor of safety of belt
based on bucket fill at normal running capcity
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Based on ultimate tension |
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