The smooth inner surface design and high flux connections guarantee a constant supply of clean air over a range of pressure drops, resulting in significant energy savings.
Key Takeaways
- Select filtration and drying to match the ISO 8573 purity class of your use case.
- Mount drains and inspect them; trapped condensate reintroduces moisture and oil into the air stream.
- Pre-filters safeguard the dryer, while high-precision after-filters polish the air before use.
Compressed air Piping
1. Suitable fluid: compressed air, vacuum, nitrogen, inert gas, etc.; 2. The maximum working pressure is 16bar 3. Operating temperature range: -20°C~+80°C 4. Vacuum degree: 0.13bar (absolute pressure) 5. Seamless extruded aluminum tube (in line with GB/T4437.1-2015 standard) 6. Clean Air 7. Smooth inner wall, optimized flow output performance 8. High-grade outer surface layer
Pipe Fittings
1. The range of pipe-to-pipe joints provides a range of designs to help overcome the piping restrictions often encountered in industrial building structures 2. Quick connection 3. Compressor room, the temperature is above 70°C, use high-temperature resistant sealing ring 4. Full flow design 5. Can be disassembled and re-used repeatedly 6. Non-flammable materials 7. The connection will not lower the size of the section, ensuring that the entire pipeline has the same diameter
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Setup Case
Selection and Sizing Considerations
Select filtration and drying to match the ISO 8573 purity class of your use case. Mount drains and inspect them; trapped condensate reintroduces moisture and oil into the air stream. Pre-filters safeguard the dryer, while high-precision after-filters polish the air before use.
Frequently Asked Questions
What is the difference between a pre-filter and an after-filter?
A pre-filter sits before the dryer and removes bulk moisture and coarse particles; an after-filter sits after the dryer and polishes remaining fine impurities.
How do I choose a refrigerated versus an adsorption dryer?
Refrigerated dryers are economical down to about +3°C dew point. Desiccant dryers are needed for lower dew points or critical, oil-free applications.
What root causes high dew point in a refrigerated air dryer?
Overloading, high inlet temperature, a faulty condenser, or a blocked drain can all raise the dew point.
Get a Quote for Your Application
Tell us your required pressure, air flow, and application, and the Panrui team will recommend the right compressor with a detailed quotation. Contact us or browse the product range to learn more.
Applications and Selection
Select filtration and drying to match the ISO 8573 purity class of your use case. Mount drains and inspect them; trapped condensate reintroduces moisture and oil into the air stream. Pre-filters safeguard the dryer, while high-precision after-filters polish the air before use.