Waste Compactor

PROBLEM

Cut plastic waste is transported via ducting, entering the air bleed off chamber, which allows the waste product to drop into the compactor. 

Static charges built up on the chopped waste cause it to stick to the walls of the compactor, blocking sensors and vision windows, stopping the compactor. 

SOLUTION

Introducing ionisation into the airflow minimise the waste build up on the compactor walls which cover sensors and vision windows. 

The Hyperion bars require 24VDC power to work. As compactors are outside plant equipment, this makes it easier to get the required power to the bars. 

 

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Waste Compactor

 

PROBLEM

Cut plastic waste is transported via ducting, entering the air bleed off chamber, which allows the waste product to drop into the compactor. 

Static charges built up on the chopped waste cause it to stick to the walls of the compactor, blocking sensors and vision windows, stopping the compactor. 

SOLUTION

Introducing ionisation into the airflow minimise the waste build up on the compactor walls which cover sensors and vision windows. 

The Hyperion bars require 24VDC power to work. As compactors are outside plant equipment, this makes it easier to get the required power to the bars.