Oil Free Air Compressor Dealers in Ramanathapuram, Coimbatore

Copper bundle intercooler and aftercooler, maintenance-friendly for easy cleaning. Replaceable stage bearings, no need to stock spare stages. DIN and VDE switch cabinet with IP 54 protection, dirt repellent. Three-phase asynchronus motor, ISO class F. Additional motor reserves for challenging operating conditions. Long service life of the motor due to installation in the cooling air intake section. Nylon laminates fibre mat acoustic lining, noise damping, washable. Connection to a HOC adsorption dryer with no external energy for pressure dewpoints to -40°C (optional for all BOGE SO series compressors). Motor ranges:         1.5 - 5.5 KW Free Air Delivery:   0.155 - 0.77 m3 /min

  Built with a dry sump design and unique suction through crankcase design, this product meets the requirements of industries that need quality air without contamination like medical complexes, and food processing. Applications Oxygen/Nitrogen generation plants Laboratories Research facilities Pharmaceutical industry Food processing and packaging Electronics production Ozone generation Printing equipment Fermenters Applications that are zero tolerant to oil in compressed air   Features Oil less compressor with a unique suction through crankcase design Designed for industrial duty cycles Slow running speed for lesser wear and tear Air receiver coated internally for corrosion resistance Base mounted and receiver mounted variants available PTFE coated pistons, rings and sealed bearings for the lubrication of friction parts  

Air from the Dryer is sent through the coalescing filter where the water and oil coalesce and get purged through the drain valve. Two aluminium towers filled with carbon molecular sieves are used for continuous production. The dry air passes through the aluminium tower where oxygen is adsorbed into the molecular sieve and pure nitrogen is let out.

Oil Free Air Screw Compressors, Belt Driven Compressors

The air is sucked in from the suction mouth at the outside of the fixed scroll. The air enclosed in the compressed space is compressed towards the center when the compression chamber is becoming smaller due to the rotation movement. The compressed space becomes smallest in the center, and the air compressed to the highest limit is squeezed out from the central exhaust port.