ELGi EG Series Rotary Screw Air Compressor

15 to 300 hp configurations available, fixed or variable speed drive, includes start up at jobsite by ELGi trained factory technician.

Select your options below…

"{{ option.noLongerAvailable }}" is no longer a valid option. Please choose from the current set of options.

Need help? Call one of our experts at 1-866-778-6572. We’re open 8:00 am to 5:00 pm ET.

List Price: ${{ calcListPrice | formatCurrency }}

Request pricing below.

${{ calcCost | formatCurrency }} per {{ calcQuantity }} (${{ unitPrice | formatCurrency }} each) per {{ boxQuantity }} (${{ unitPrice | formatCurrency }} each)

Configured Part Number: {{ calcPartNumber }}

Alternate Part Numbers: {{pn}}
{{pn}}

Request Quick Quote

Get Business Financing!
Payments as low as ${{monthlyPayments}}/mo

View Company Reviews

Highlights...

Features

15 to 300 HP options
TEFC NEMA premium efficiency motor with class F insulation
Fixed or variable speed models available
1 ppm oil carryover
Wye-Delta starter
Factory installed dust filters
Voltages available (depending on horsepower/drive selection):
- 230-460/3/60
- 460/3/60
- 200/3/60

Tech Specs

ELGi EG Series Rotary Screw Air Compressor Technical Specifications

The ELGi EG Series rotary screw air compressor comes equipped with eta-V profile rotors with a 4/5 lobe combination. The EG series air ends are designed to run slower, maximizing the air compressors' life and efficiency while providing high quality compressed air even in harsh environmental conditions.

The EG Series features unique Oil Separation by Impact and Centrifugal action (OSBIC) process to separate air and oil while minimizing pressure drop. This process involves removing oil in three stages, delivering consistent low oil carryover in the compressed air which reduces the oil discharged into the environment.

The EG series have optional Variable Frequency Drives (VFD), which help match the compressor output with the demand by varying the motor speed. This means reduced power consumption following the reduced demand, eliminating the frequent load-unload cycle and offering an energy-efficient solution.