Conveyor channels & pipes

Use case

For dosing tasks and conveyor lines with medium to high throughput rates.

– Compact design designed for continuous operation. Optimum vibration isolation thanks to the use of highly elastic spring elements. Displacement from 0° to approx. 8° inclination.

– Low cleaning and maintenance times thanks to one-piece trough design and multi-part, easily replaceable wear lining.

– State-of-the-art drive technology via low-maintenance and low-noise magnetic drives, infinitely variable via associated thyristor controls in built-in or housing design.

– Alternatively with special linings for abrasive, cutting or caking materials.

– Basic construction made of mild steel or stainless steel. Also available as a closed or pressure-tight system with multiple split covers.

Use case

For energy-saving conveying of piece and bulk goods over long distances of up to 25,000 mm

SPALECK resonance conveyors are designed with unbalance motors or unbalance exciters. Resonance conveyors are two-mass oscillating systems that achieve a large deflection of the conveyor trough (resonator) by means of a small emitting oscillation. Directional vibrations are achieved by means of connected, dynamic shear springs.

Variable delivery rates can be adapted to the respective applications with a frequency inverter.

The excited vibrations in the base frame are significantly increased by dynamic shear springs to the trough and thus used to advantage for transportation using the so-called gentle “micro-throw principle”.
The design of the resonance conveyor can be closed/open, surface-treated or equipped with additional components.

The drive power is considerably lower than that of conventional vibratory conveyor troughs due to a near-resonance range.

Conveyed goods

Materials from the wood, food, chemical or environmental industries

Benefit

– Adjustable delivery rates
– Low-maintenance continuous operation, low operating costs
– Gentle transportation of the conveyed goods
– Compact, flat design for long conveying distances

– Energy-efficient system
– Vibration-isolated two-mass system with very low adjustment forces

– Quiet operation

Use case

For conveyor lines and dosing tasks with low to medium throughput rates.

– Compact design designed for continuous operation. Optimum vibration isolation thanks to the use of highly elastic spring elements. Displacement from 0° to approx. 8° inclination.

– Low cleaning and maintenance times thanks to the prevention of dead spots and tool-free, splinter-free transparent cover.

– State-of-the-art drive technology via low-maintenance and low-noise dosing drives; infinitely variable via associated thyristor controls in built-in or housing design.

– Conveyor trough made of mild steel or stainless steel. Surfaces in lacquered, blasted, stained or polished finish.