Parker GH series high pressure filters are designed to be ideal for high pressure applications up to 100 bar g. The innovative construction features of the filter housing provide a reliable assembly, as well as simple and safe handling for replacing the filter element. One essential construction feature is the double O-ring seal which protects the housing thread against pollution and humidity and therefore prevents the thread from corrosion. Additionally the second O-ring prevents the filter housing parts from over winding.

By fastening the filter element via its base thread screwed on the tie-rod, this provides the greatest operating safety, even under the pressure pulsations in intermittent operation that are common for high pressure applications.

Highly effective pleated media in four different grades provide an element surface that is four times the size, compared to the conventional wrapped design. The result is a reduced flow speed and efficient separation simultaneously with low pressure drop, thus providing cost reduction during operation with reliable separation performance.

Features
• Optimised flow rates and compact filter housing.

• Improved housing design with double O-ring sealing.

• Threaded rod element fixing.

• Pleated elements.

• Complete filter including filter element and manual drain.

• As an option filters are also available without a drain.

• All filter sizes offer connectors for the installation of calibrated differential pressure gauges.

Sizing and Selection
To ensure quoted air purity specification is met, more than one filtration grade may be required.

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.

For more information or a detailed discussion about your specific requirements please contact Parker or an authorised Parker distributor.

GH Series High Pressure Compressed Air Filter (for pressures up to 100 bar g)