EnviroAire ES

Oil-free rotary scroll air compressors - single stage

5HP to 40HP

Aircom Technologies est le distributeur autorisé et centre de service des compresseurs d'air à spirale exempt d'huile 5 HP à 40 HP EnviroAire ES - Gardner Denver / Aircom is an authorized distributor & service center of the Gardner Denver oil-free rotary scroll air compressors single stage EnviroAire ES for Eastern Canada

The EnviroAire ES rotary scroll system is the perfect example of our progressive innovation. Oil-less compressors have become a standard in industries such as medical, lab/research, biotechnology, pharmaceutical, food & beverage, and semiconductor. Oil contamination is extremely detrimental to these processes.

Pure air quality demands are rapidly growing with new regulations and laws regarding oil contamination throughout multiple industries and applications.

Gardner Denver has designed the EnviroAire Scroll compressor specifically for these applications that require 100% OIL-FREE AIR.

Extremely Quiet Operation
Fewer Moving Parts, Low Maintenance & High Reliability
Environmentally Friendly Contaminate Free Air

Features

100% Oil-Less Design
Oil-Free/Contaminant Free Air
Continuous Operation, 100% Duty Cycle
Integral Cooling Fan
116 or 140 psi Options
Low Sound Levels
Low Vibration
Compact Footprint
5 to 40 HP Package Options
Flow from 13.7–124 cfm@ 116 psi
Low Maintenance and High Reliability
Fewer Moving Parts than Recip or Screw

The enclosed scroll product line starts with simplex units at 5, 7.5, and 10 HP, available as base mounted or factory mounted on a 30, 80, or 120 gallon receiver.

The EnviroAire ES is the perfect choice for a compact, efficient, and low maintenance option in a wide variety of clean air applications.

Base mounted multiplex packages range from 10 to 40 horsepower in configurations of Duplex, Triplex, or Quadraplex in a single sound attenuating enclosure for quiet operation.

These units provide peace of mind with the redundancy of additional compression elements, and support energy efficiency by controlling the number of compressor elements in operation to meet current air demand.