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GO series compressed air line filters are designed considering the filtration needs of today's compressed air industry. GO series models offer high durability, low pressure losses and high efficiency with more connection options to increase connectivity, giving end users flexibility and convenience in terms of usability. GO series filters have 16 bar maximum working pressure, particle filtration resolution up to 0.01 micron and 4 different models with connection options from ¼" to 3" NPT/BSP sizes. Protected automatic float drain with 2mm orifice diameter is standard to ensure reliable particle filtration operation. The non-porous aluminum body, durable epoxy powder coating and corrosion-resistant inner surface coating ensure a long service life. Different filter combinations can be created to meet specific application needs. GO series filters are manufactured in accordance with the European Union's Pressure Equipment Directive (PED) and have performance characteristics in accordance with ISO 8573. Yildiz Industrial recommends the use of a differential pressure gauge with GO filters in order to provide easy maintenance conditions and timely energy saving measures.
With superior filtration from 1 micron to 0.01 micron, the durable element structure and efficient drainage layers promise consistently high filtration performance with timely element replacement.
The top crimping function allows filters to be connected in series without extra piping.
The most important innovation for users is the zero clearance application, which allows the filter vessel to be removed by hand without the use of any tools.
Drain system rods help to collect moisture from the air and remove it from the system.
Anodizing gives the product the highest level of resistance against corrosion. Surface treatment by anodizing is much more effective than other methods, such as alochrome plating. Please contact Yildiz Industrial for comparison test reports.
To calculate the maximum required flow rate, multiply the table flow rate value by the correction factor corresponding to your working pressure.