Deniz Can Dursun M.Sc. Mechatronics · Maintenance & Automation
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Maintenance & Automation · CASE/01

Hopper scale design and field integration

The hopper scale solution was designed to fit two production lines together — mechanical structure, operator use, control panel, and PLC logic handled as a single field problem.

CASE/HOPPER-SCALE
CategoryMaintenance & Auto.
PLCFatek
StatusActive in field

Field solution

The weighing process needed to become more controlled across two separate production lines and more manageable for the operator. The solution was set up not just as a mechanical assembly, but together with field use and control logic.

The Fatek PLC, operator panel, field elements, and control panel were planned as a single system. Assembly, panel layout, operator access, and field connections progressed with the production flow in mind.

Operating principle

The system operates as a 5-step cycle: product falls from the conveyor into the hopper; the load cell weighs up to the operator-defined setpoint; when the target is reached, a piston opens the slide and the product discharges to the lower belt; when the slide closes, a millisecond-level reset signal is sent to the panel so tare is auto-cleared.

Schematic of the hopper scale 5-step operating principle
FIG.H · 5-STEP DOSING CYCLE

Tools and components

Fatek PLC Control panel Operator panel Load cell Pneumatic piston Field cabling

Field views

Front view of the hopper scale
FIG.01Front view of the hopper scale
Top layout and product flow
FIG.02Top layout and product flow
Control panel layout
FIG.03Control panel layout
Operator panel and control interface
FIG.04Operator panel and control interface
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