EMAX ERI0150003 – Industrial Rotary Screw Compressor

Emax ERI0150003 | 58 CFM at 90 PSI Industrial Delivery Analysis

The Emax ERI0150003 is a robust 15HP solo-mount rotary screw compressor designed for industrial environments that demand high-volume airflow and maximum installation flexibility. Providing 58 CFM at 90 PSI, this three-phase unit ensures optimal pneumatic performance with a 100% duty cycle, allowing manufacturing facilities to run heavy pneumatic machinery and automated lines without the cooling breaks required by traditional reciprocating models.

This tankless system utilizes professional pressure lubrication to maintain exceptional thermal stability during intensive 24/7 operations. Since this model lacks a low oil shutdown feature and an integrated air dryer, operators must adhere to strict maintenance protocols, including daily oil level verification and external moisture management, to maintain optimal pump longevity and prevent terminal damage to the precision-engineered rotary screw assembly.

Key Features of Emax ERI0150003

• Reliable 15HP motor produces a steady 58 CFM output.
• Precision rotary air-end sustains intensive 100% duty cycle use.
• Tankless solo-mount design optimizes floor space in industrial bays.
• Ultra-quiet 65 dB noise level enhances the industrial work environment.
• Three-phase 230/460V power ensures stable industrial electrical draw.
• Integrated pressure lubrication system protects internal components under load.
• Large 1 inch NPT air outlet prevents restrictive pressure drop.
• NEMA-rated motor ensures reliable starting under industrial load.
• Low-RPM 1,750 motor minimizes vibration and internal component wear.
• Compact footprint allows for versatile placement in crowded facilities.

High-Output Industrial Power Usage

Ideal for automotive assembly, metal fabrication, and large-scale pneumatic manifolds. This model includes a 1 year manufacturer’s warranty. Compare our industrial rotary compressors to ensure your facility has the necessary SCFM for 24/7 production demands.