Parker Ölnebel-Abscheidungsfilter OIL-X ACS für den Einsatz am Anwendungspunkt
Parker ACSPX020DGMX

Parker Ölnebel-Abscheidungsfilter OIL-X ACS für den Einsatz am Anwendungspunkt

Aktivkohlefilter zur Beseitigung von Ölnebel und Kohlenwasserstoffgerüchen, ermöglicht einen maximalen Restölgehalt von <0,003 mg/m³ (<0,003 ppm) bei 21 °C (70 °F).

€461.04 excl. VAT

order item Delivery approx. 14 working days

At a glance

Tariff number
84213925
Country of origin
GB
Weight
1.46 kg

Technical Data

Core Productin EMEA
Maximaler Durchfluss108 m³/h @ 7 barg (64 cfm @ 102 psig)
FilterstufenSingle Stage
Port size¾ inch
Port typeBSPP
AblaufManual

Product Description

Oil vapour is oil in a gaseous form and will pass straight through coalescing filters which are designed to remove liquid oil and oil aerosols, Parker recommend activated carbon adsorption filter technology to reduce oil vapour.

OIL-X 'point of use' oil vapour reduction filters are available in two options: the Grade ACS single stage adsorption filter and Grade AC double stage filter - Grade AC consists of both coalescing and adsorption filter elements combined into one housing. OIL-X Grades ACS and AC are used for smaller flow rate applications and applications where more frequent element changes can be tolerated.

Features/Benefits
• High efficiency 'point of use' filters
• Protects downstream equipment and processes
• Provides high quality, clean, oil free compressed air to international standards
• Reduced cost of ownership
• Enhanced health and safety
• Suitable for all types of air compressor and compatible with all compressor lubricants
• Manufactured in accordance with ISO9001

Sizing and Selection
Important Note: For quoted air purity performance, compressed air filters must be sized correctly for minimum operating pressure and maximum inlet flow rate using the correction factors found in the Product Information Sheet.

Please note: The lifetime of the activated carbon material can vary and is dependent on the contamination type and quantity and also on the humidity of the compressed air.

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