Description
Ingersoll Rand’s Next Generation R-Series Oil-Flooded Rotary Screw Industrial Air Compressor is engineered to deliver the efficiency, durability, and performance your operation demands.
Featuring a rugged and dependable airend, this compressor provides the airflow and reliability needed for continuous operation. Designed with best-in-class efficiency, it includes an IE3/NEMA Premium® TEFC motor to reduce energy consumption and operating costs.
The fully integrated, leak-free design incorporates PTFE stainless steel hoses and high-quality components to ensure long-lasting performance. A free-floating cooling system, two-stage air filters, and elastomeric O-rings contribute to consistent, reliable air delivery.
Enhanced serviceability increases uptime with features like two-stage filtration, simplified maintenance access, and Ingersoll Rand’s extended-life, premium-grade coolant. The XS-Series controller offers intuitive operation and remote access through standard web browsers, giving you full system visibility and control.
Features
- Rugged Airend: Delivers dependable airflow and long-lasting efficiency.
- Energy-Efficient Motor: IE3/NEMA Premium® TEFC motor reduces energy demand.
- Leak-Free Design: Integrated system with PTFE stainless steel hoses minimizes air loss.
- Advanced Cooling & Filtration: Free-floating cooling system with two-stage air filters ensures clean, reliable air.
- Durable Components: Elastomeric O-rings and high-quality materials extend system life.
- Enhanced Serviceability: Easy maintenance design with extended-life coolant increases uptime.
- XS-Series Controller: User-friendly interface with remote access capability via web browser.
- Accessible Design: Removable panels provide quick access to all serviceable components.
TAS (Total Air System) Models – Optional Features
- Single-point electrical connection for simplified installation
- Integrated controls with water separators, drain ports, filters, and receiver tanks
- High-efficiency and general-purpose filtration (with integrated dryer)
- 3-in-1 heat exchanger for improved reliability and efficiency
- Class-leading dryer design with proven reliability
- Reduced installation costs with single power connection
Shop our complete line of RSa15i-TAS series models.
Frequently Asked Questions
Question: What is the RSa22i-A125-120-460 air compressor?
Answer: The RSa22i-A125-120-460 is an Ingersoll Rand RSa22i 30 HP 120 gallon tank mounted rotary screw air compressor rated for 125 PSI operation and 460V, 3-phase power. It is part of the Next Generation R-Series oil-flooded rotary screw compressor family for industrial compressed air applications.
Question: How much air does the RSa22i 30 HP compressor deliver?
Answer: Ingersoll Rand performance data lists the RSa22i at 120.2 CFM FAD at 125 psig. FAD, or Free Air Delivery, is the full package performance including package losses.
Question: What is the benefit of the 120 gallon tank on the RSa22i-A125-120-460?
Answer: The 120 gallon receiver tank provides local compressed air storage, helping buffer demand changes and reducing short cycling in applications with fluctuating air usage. Tank-mounted configurations are often easier to install where a separate receiver is not already in place.
Question: What electrical service is required for the RSa22i-A125-120-460?
Answer: This model is configured for 460V, 3-phase electrical service. Always confirm site voltage, phase, breaker sizing, wire sizing, and local electrical requirements before installation.
Question: What maintenance-friendly features are included on the RSa22i R-Series compressor?
Answer: The R-Series design includes removable service doors, long-life Ultra Coolant, long-life filtration and separation elements, packaged pre-filtration, PTFE hoses with leak-free connections, and an XS-Series controller for increased control functionality.
Question: Can the RSa22i-A125-120-460 be used for breathing air?
Answer: No. Ingersoll Rand states that these compressors are not designed, intended, or approved for breathing air applications. A separate breathing-air system and proper purification equipment would be required for any breathing-air use.
