Categories
Recently viewed products
Picture of OIL-X 'Point Of Use' Oil Vapour Reduction Filters - AC030EGMI

*PRODUCT IMAGE IS REPRESENTATIVE PROVIDED BY THE MANUFACTURER. DO NOT MAKE BUYING DECISIONS SOLEY BASED ON THE IMAGE. PLEASE VERIFY SPECIFICATIONS MEET YOUR REQUIREMENTS.

OIL-X 'Point Of Use' Oil Vapour Reduction Filters - AC030EGMI

Activated carbon filters for the reduction of oil vapour and hydrocarbon odours, providing a maximum remaining oil content of <0.003mg/m³ (<0.003ppm) @ 21°C (70°F).
Availability:
Backordered
SKU AC030EGMI
POR
Ship to
*
*
Shipping Method
Name
Estimated Delivery
Price
No shipping options
Products specifications
Attribute name Attribute value
Port Size 1 inch Maximum Flow Rate 305 m³/h @ 7 barg (180 cfm @ 102 psig)
Drain Manual Connection Type BSPP
Filter Stages Double Stage Product Series OIL-X Grades ACS and AC
Division Gas Separation and Filtration Division EMEA Micron Rating down to 0.01 MICRON
Operating Temperature 2 to 30 °C Compatible Element P030AA and 030AC<br/>Requires Both
Element Change Interval P030AA:<br/> 12 Months<br/><br/>030AC:<br/> When oil vapour is detected Width 5.1 inch
Materials of Construction Die Cast Aluminium Product Type Compressed Air Filter
Technology Filtration Weight 9 lb
Operating Pressure 15 to 290 psig Specifications Met Fully tested - In accordance with ISO8573-2, 4 and 5<br/><br/>Filtration performance independently validated - by Lloyds Register.<br/><br/>PED 2014/68/EU Fluid Group II
Filter Type Oil Vapour Reduction Division Gas Separation and Filtration Division EMEA
Brand PARKER Depth 115.0 mm
Residual Oil Content Aerosols:<br/>0.01 mg/m³ / 0.01 ppm(w) <br/>@ 21°C (70°F)<br/><br/>Vapour:<br/>0.003 mg/m³ / 0.003 ppm(w) <br/>@ 21°C (70°F) Height 733.0 mm
Application Compressed Air and Nitrogen Gas Applications Pressure Differential < 773 mbar Initial Dry, 100% Flow
Industry Industrial Manufacturing Equipment<br/> Food & Beverage<br/> Automotive<br/> Electronics<br/> Pharmaceuticals<br/> Medical & Dental
Product resources

Compliance, Certifications & Safety

Literature and Reference Materials