Vibrating Screen

Mechanical vibration separates suspended solids and fine particles, and the modular design lets the unit run more than one screen deck at a time.

Datasheet

The vibrating screen is used in the mechanical stage of wastewater treatment to separate suspended solids and fine particles from the liquid. Mechanical vibration removes the solids effectively while keeping throughput high.

The core of the unit is the working surface (screen deck) made of wire mesh or perforated plate with a defined mesh size. The deck sits on a frame set in vibrating motion by vibrators, usually electric or electromagnetic. The structure is often carried on springs or dampers that absorb the vibration.

The screen has a modular design, so more than one deck can work at the same time. Screenings can therefore be separated into different size grades.

The advantages of the vibrating screen are high throughput and a compact structure. The vibration also keeps the deck from blinding, which makes maintenance and operation straightforward.

Features and Equipment

Working surface (screen deck) of wire mesh or perforated plate
Defined mesh size of the deck
Deck mounted on a frame set in vibrating motion
Electric or electromagnetic vibrators
Springs or dampers absorbing the vibration
Modular design: more than one deck at a time
Separation of screenings into different size grades

Advantages

High throughputCompact structureVibration keeps the deck from blindingStraightforward maintenance and operationSeveral screenings fractions separated in one unitEffective separation of fine solids from the liquid

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Technical data

Operating characteristics
Parametr	Wartość
Application	mechanical stage of wastewater treatment
Separated fractions	suspended solids and fine particles
Working surface	screen deck of wire mesh or perforated plate
Operating principle	mechanical vibration
Drive	electric or electromagnetic vibrators
Vibration damping	springs or dampers
Design	modular, more than one deck at a time
Screenings separation	by size grade, set by the mesh size