OUF seeria vedelikuseparaator - Elister

OUF series fluid separator

Used for the separation of sprayed liquid from processing equipment using cooling lubricants. Mounted directly on the machine to prevent the spray mist from entering the central pipeline.

After separation of the sprayed liquid by an OUF device, the air must be filtered by a multi-stage sprayed liquid filter, e.g. of the OUK type, to ensure that the sprayed liquid emission requirements are met.

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  • The air temperature to be treated, max. +35°C, is conducted through tangential inlet openings that contribute to the tube's action.
  • The air is filtered through a washable porous filter.
  • The liquid collects at the bottom of the OUF from where it can be drained back into the machine or discharged through a tap. The liquid bath is secured with a bayonet fitting.
  • The filtered air is discharged through exhaust connections connected to the upper end of the ductwork and can be directed to the normal ventilation.

EASY CONNECTION AND OPERATION

The OUF is easy to mount on the wall using two fixing points and to connect to the pipework via inlet and outlet connections. Separated liquid can either be allowed to flow back into the machine or can be removed via a tap into a liquid bath. The filter is replaced (or washed) at suitable intervals.

THE ADVANTAGES OF SEPARATING SPRAYED OIL FROM THE MACHINE

  • Reduced hazardous effects on skin and respiratory system
  • Reduce the risk of slippery floors (when liquid drips from pipes) and related accidents.
  • Risk of fire, as well as damage to electronics by oil aerosols is minimised.
  • Reduced cleaning and maintenance costs by avoiding oil build-up in pipes and on surfaces.
  • Energy consumption is reduced (the air flow rate in the ventilation ducts is reduced if it does not contain heavy oil particles that need to be kept in the air and the sprayed oil does not accumulate on the light sources.

Please contact us to select the optimal unit taking into account airflow strength, cooling capacity, type and volume of cooling air, operating time, etc.