Solaris Air Compressor Recommended Air Compressor for Solaris 10 Nitrogen generator

Significance of the Topic

Laboratories using High Performance Liquid Chromatography equipped with Evaporative Light Scattering Detection or compact mass spectrometers depend on uninterrupted, high-purity nitrogen supply. In the absence of a reliable external air source, gas generation performance and analytical results may suffer. The Solaris Air Compressor offers an integrated, on-site solution to ensure consistent compressed air for nitrogen generation.

Objectives and Study Overview

This summary presents the design rationale and performance features of Peak Scientific’s Solaris Air Compressor, specifically engineered to support the Solaris 10 nitrogen generator. Key goals include:

• Seamless integration with Solaris 10 nitrogen generators
• Compact, stackable design to optimize laboratory space
• Compatibility with both 110 V and 230 V electrical standards

Methodology and Instrumentation

The compressor was developed through manufacturer-led engineering and testing. Its performance parameters—flow rate, maximum pressure, electrical consumption, and thermal output—were validated under controlled conditions to ensure reliability for bench-top installations.

Used Instrumentation

• Solaris Air Compressor (Part No. 65-0004 for 110 V, 65-0003 for 230 V)
• Solaris 10 Nitrogen Generator (compatible stackable system)

Main Results and Discussion

• Flow & Pressure: Delivers sufficient air to support one Solaris 10 generator at up to 120 psi (8.27 bar).
• Operating Range: Stable operation between 5 °C and 35 °C (41 °F–95 °F).
• Electrical Consumption: 594 W at 100 V, 670 W at 115 V, and 1150 W at 230 V with corresponding current draws.
• Heat Output: Approximately 2420 BTU/hr.
• Dimensions & Weight: 416 × 540 × 406 mm footprint, weighing 41.5 kg.
• Certifications & Warranty: CE and FCC certified, UK-manufactured, with 12-month on-site comprehensive warranty and global service support.

Benefits and Practical Applications

• Space Efficiency: Stackable configuration maximizes bench or floor space.
• Operational Reliability: Reduces dependency on external air sources and mitigates downtime risks.
• Integrated Gas Solution: Combines compressed air generation and nitrogen production in one modular system.
• Global Compatibility: Available in dual-voltage versions for international laboratories.

Future Trends and Opportunities

• Digital Connectivity: Implementing remote monitoring and predictive maintenance features.
• Energy Efficiency: Adoption of advanced motor and compressor designs to lower power consumption.
• Modularity: Scalable systems capable of supporting multiple generators or instrumentation setups.
• Enhanced Air Purity: Integration of advanced filtration to further improve gas quality.

Conclusion

The Solaris Air Compressor delivers a reliable, compact, and service-backed solution for generating the compressed air required by the Solaris 10 nitrogen generator. Its ergonomic stackable design, broad electrical compatibility, and robust performance make it an ideal choice for HPLC-ELSD and compact mass spectrometry applications.

Reference

• Peak Scientific. Solaris Compressor Data Sheet Rev 3, RSID 1609 EN, November 2018.