Polar Systems Ltd bulk hopper, vibratory table, base, elevator and diverter

Applications & Use Cases

• Used for controlled feeding of bulk materials into processing lines.
• Suitable for buffering product prior to further processing or packaging.
• Often integrated into automated production systems for consistent material flow.
• Applied in food processing for ingredients like grains, pulses, or prepared foods.
• Utilised in industrial settings for handling aggregates, powders, or small components.

Typical Specifications

Typical capacity

Bulk hoppers of this type commonly range from 500 litres to several cubic metres, depending on the specific design and intended throughput.

Power supply

Units typically require a 3-phase industrial power supply, commonly 400V, 50Hz, with varying amperage requirements based on motor sizes for the vibratory table and elevator.

Throughput

Throughput rates for this class of equipment can vary significantly, from a few hundred kilograms per hour to several tonnes per hour, influenced by material characteristics and elevator speed.

Materials of construction

For food processing applications, stainless steel (e.g., 304 or 316 grade) is typically used for all product contact parts. Industrial units may feature mild steel or painted finishes.

Footprint

The overall footprint for a system comprising a hopper, vibratory table, base, elevator, and diverter can be substantial, often requiring several square metres of floor space and significant headroom for the elevator.

Suitable feed sizes

This equipment is generally designed for granular, powdered, or small particulate materials, with the vibratory table assisting in consistent feed of varied particle sizes.

Frequently Asked Questions

• What kind of materials can this system handle?

  This type of system is typically designed to handle a wide range of bulk materials, including powders, granules, pellets, and small components, depending on the specific hopper and elevator design.

• Is this unit suitable for food-grade applications?

• What maintenance is typically required for such a system?

• Can the diverter be configured for multiple discharge points?

• How is the feed rate controlled?