Atlas Copco XAHS 350 Air Compressor

The Atlas Copco XAHS 350 is a portable compressor developed to deliver reliable performance for operations requiring medium-to-high-pressure air supply. With a working pressure of 12 bar (175 psi) and free air delivery of 360 cfm (10 m³/min), it provides a stable airflow suitable for demanding tasks such as drilling, abrasive blasting, and pipeline maintenance. Its operational characteristics are designed to ensure consistent output even under repetitive, high-load conditions.

The integration of the Cummins QSB3.9-C130 engine is a significant strength of the XAHS 350. Delivering 93 kW of power, this Tier 3 engine maintains a reputation for reliability and manageable maintenance requirements. The turbocharged configuration enhances fuel efficiency and ensures adequate power across a range of jobsite conditions, supporting uninterrupted compressor operation.

Environmental adaptability is an important design element of the XAHS 350. The unit maintains performance at ambient temperatures up to 50°C, allowing deployment in high-heat regions or during peak summer seasons. For colder climates, the standard starting temperature of –10°C can be improved to –20°C with the optional cold-start package. This flexibility contributes to year-round usability across multiple geographic regions.

From a structural standpoint, the XAHS 350 balances durability and portability. The compact box frame facilitates storage and transport, while the undercarriage configuration provides added stability for towing. Weight levels of 1600 kg (box) and 1700 kg (undercarriage) ensure robustness without compromising mobility.

In essence, the Atlas Copco XAHS 350 offers dependable compressed air performance supported by a proven engine platform, a practical operating temperature range, and a transport-friendly design. These combined advantages make it a suitable solution for contractors and industrial operators needing consistent air delivery in challenging field conditions.

Atlas Copco XAHS 350 Air Compressor Technical Parameters