2253459600 High-Performance Air Oil Separator 2989004100
2253459600 High-Performance Air Oil Separator
2253459600 Technical Data
Part Number:2253459600
Part Type:Air Oil Separator
Brand:Atlas Copco Replacement
MOQ:20pcs
Body Height:820 mm
Total Height:820 mm
Largest Inner Diameter:216 mm
Outer Diameter:275 mm
Largest Outer Diameter:400 mm
2253459600 OEM Cross Reference:
Atlas Copco 2911001700 2911.0017.00 2252631300 2906002000 2989004000 2250631300 2252631399 2989004100
Hifi OT6313
2253459600 Picture show
FAQ
1. What is an Air Oil Separator and how does it work?
An Air Oil Separator is a device used to remove oil from compressed air systems. Compressed air enters the separator where it is slowed down and directed through a series of baffle plates. These plates cause the oil droplets to separate from the air and fall to the bottom of the separator where they can be drained.
2. Why is it important to use high quality Air Oil Separators?
High quality Air Oil Separators can help to ensure that compressed air systems run efficiently and effectively. They can reduce oil carryover, minimize compressor downtime, and improve the overall performance of the system. Choosing a reputable supplier with strict quality control measures can help to ensure that your Air Oil Separator meets the highest standards.
3. How often should Air Oil Separators be replaced?
The replacement frequency of Air Oil Separators depends on a number of factors, including the type and size of the separator, the operating conditions of the compressed air system, and the quality of the replacement parts. In general, it is recommended that Air Oil Separators be replaced at least once a year or as recommended by the manufacturer.
4. What testing processes does your company use to ensure the quality of Air Oil Separators?
Our company has a rigorous quality control process that includes testing of materials, components, and finished products. Our Air Oil Separators must meet strict specifications for performance, efficiency, and durability. We use a variety of testing methods including pressure testing, flow testing, and oil separation efficiency testing to ensure that our products meet the highest standards of quality and reliability.