Peak MS Table (All Models) - User Manual

Significance of the Topic

The seamless integration of gas generation and instrument housing transforms mass spectrometry workflows by ensuring reliable, high-purity gas supply while reducing laboratory footprint, noise and maintenance burdens.

Objectives and Overview

This user manual aims to guide end users through the installation, safe operation, maintenance and technical specifications of the MS Table series. It covers generator models with and without the integrated Infinity 1031 nitrogen generator, detailing the key performance parameters and compliance requirements.

Used Instrumentation

The MS Table is tailored to accommodate Sciex triple quadrupole, QTRAP and IVD mass spectrometers. Premium versions integrate the Infinity 1031 compressor-less nitrogen generator, delivering curtain, source and exhaust gases. An optional wall-mounted Infinity 1031 kit is available for basic tables.

Methodology and Instrumentation

Installation requires a stable, level indoor environment with ambient temperatures between 5 °C and 30 °C, relative humidity below 70%. The 1N and 2N models connect to an oil-free compressed air source (ISO 8753-1:2010 Class 1.4.1). Electrical supply is 110-240 VAC, 50/60 Hz. Safety symbols, conformity declarations and environmental directives ensure legal and safe operation.

Main Specifications and Discussion

Pressure and flow outputs are factory-set:

• Curtain gas: up to 4.5 bar, 19 L/min;
• Source gas: up to 7.6 bar, 26 L/min;
• Exhaust gas: up to 4.1 bar, 25 L/min.

Start-up requires a 30 minute purge; standard fittings include 1/4" PTFE and PE tubing. The unit demands periodic maintenance every 12 months, with service kits and a global support network under the Peak's Protected aftercare program.

Benefits and Practical Applications

By consolidating gas generation and instrument enclosure, the MS Table delivers sound-proofed, integrated vacuum pump housing, minimizing lab footprint and setup time. The system's modular design simplifies relocation and reduces dependencies on cylinder logistics, enhancing uptime and safety.

Future Trends and Applications

Advances in sensor integration, remote monitoring and predictive maintenance will further optimize generator performance. Future generations may adopt smart diagnostics, cloud connectivity and greener adsorbent materials, driving sustainability and automation in analytical laboratories.

Conclusion

The MS Table series offers a comprehensive solution for mass spectrometry gas management, combining robust performance, safety compliance and user-friendly maintenance. Its design philosophy underscores reliability, environmental responsibility and adaptability to evolving analytical workflows.