FERRO CONVEYTEK / ENGINEERING WORKSPACE

Your plant. In three dimensions.

Configure the equipment. Connect the process.
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Project & material

Project name

BUILT-IN MATERIAL LIBRARY 85 materials

Material categorySelect material

Reference bulk density721–801 kg/m³

The midpoint fills automatically. Replace it with your measured value for project calculations.

Density reference ↗

Capacity · t/hDensity · kg/m³

Operating hours per day

Using a reference midpoint for preliminary planning. Density depends on moisture, grade and material condition.

Conveying route

3 / 6

Horizontal · mRise · m

Hoppers & storage

Feed equipmentDischarge equipment

Diameter · mBody height · m

Storage dimensions define the concept envelope. Capacity, wall thickness and foundations require engineering.

Installation brief

Product contact constructionInstallation environmentProject notes

Drag to orbit · Scroll/pinch to zoom · Right-drag to pan. Route lengths follow your inputs; machine widths, drives, supports and connections are illustrative.

Volumetric flow39.4m³/h

Daily movement480t/day

Horizontal route40.0m

Total rise12.0m

Equipment schedule

5 items

H-01

Feed hopper

Feed interface; indicative 3 m hopper envelope

C-01

Belt conveyor

Run 24 m | Rise 0 m | Centreline 24.00 m

C-02

Bucket elevator

Run 0 m | Rise 12 m | Centreline 12.00 m

C-03

Redler / drag-chain

Run 16 m | Rise 0 m | Centreline 16.00 m

V-01

Storage silo

Diameter 3 m | Body height 6 m; envelope only

SELECTED SEGMENT / 01

Belt conveyor

Review belt width, loading, incline, take-up, spillage and guarding.

Straight centreline 24.00 mRoute angle 0.0°

Calculation method & engineering limits

Volumetric flow = tonnes/hour × 1,000 ÷ bulk density. Daily movement = tonnes/hour × operating hours. Each straight centreline = √(horizontal² + rise²). Route dimensions are user requirements; they do not include transitions, pipe bends, boot/head sections or installation allowances. No drive power, chain pull, belt width or pneumatic pressure is calculated.

Preliminary requirement planning. Final machine sizing and safety design require engineering review. All entries stay on this device.