EMAX ERI0050803 – 3PH Industrial Rotary Screw Compressor

Emax ERI0050803 | 22 CFM at 90 PSI Industrial Delivery Analysis

The Emax ERI0050803 is a high-efficiency 5HP rotary screw compressor engineered for three-phase industrial facilities requiring constant, non-pulsating air delivery. Providing 22 CFM at 90 PSI, this unit ensures superior volumetric efficiency and 100% duty cycle performance, making it the ideal central air source for manufacturing plants that demand non-stop operation without the acoustic stress or thermal recovery time of reciprocating models.

Built with a precision-engineered rotary air-end and pressure lubrication, this model maintains exceptional thermal stability during continuous 24/7 use. Because the system lacks a low oil shutdown sensor and electronic drain valve, technical staff must perform daily lubricant audits and manual moisture evacuation to protect internal bearings and ensure maximum pump longevity across 230/460V industrial power grids.

Key Features of Emax ERI0050803

• Reliable 5HP motor produces a steady 22 CFM output.
• Rotary screw air-end supports a continuous 100% duty cycle.
• Three-phase 230/460V configuration optimizes high-torque electrical efficiency.
• Horizontal 80-gallon tank provides stable air storage and stabilization.
• Ultra-quiet 65 dB operation improves workplace safety and comfort.
• Pressure lubrication system ensures critical internal bearings stay cooled.
• Standard 1/2 inch NPT outlet serves localized pneumatic stations.
• NEMA-rated motor ensures reliable starting under industrial load.
• Low-RPM 1,750 motor reduces vibration and component fatigue.
• Heavy-duty 1,500 lb ship weight ensures stationary installation stability.

Continuous Manufacturing Operations

Perfect for CNC machining, localized automated assembly, and professional paint stations. The ERI0050803 is backed by a 1 year warranty for industrial reliability. Explore our three-phase rotary compressors to find the ultimate continuous-duty solution for your factory production requirements.