Agilent 5800/5900 and 5100/5110 ICP-OES supplies

Importance of Topic

The reliable operation of ICP-OES systems depends on high-quality consumables and spare parts. Having a concise reference for commonly used supplies enhances laboratory efficiency, minimizes instrument downtime, and ensures consistent analytical performance.

Objectives and Overview

This guide compiles the most frequently ordered supplies for Agilent 5800/5900 and 5100/5110 ICP-OES models in both SVDV/VDV and RV configurations. It aims to help users quickly identify compatible nebulizers, spray chambers, torches, tubing, autosampler accessories, calibration standards, and other essential parts.

Applied Instrumentation

The list covers Agilent 5000 series ICP-OES platforms including:

• 5800 and 5900 SVDV/VDV systems with axial and radial detection options
• 5100 and 5110 RV systems dedicated to radial viewing
• Advanced Valve System (AVS) and Advanced Dilution System (ADS) modules
• MSIS hydride generation module and VGA 77 accessory
• SPS 4 autosampler

Methodology and Instrumentation

The manufacturer assembled this quick reference by reviewing order histories and service records. Supplies are grouped by function, such as sample introduction, fluid handling, optical components, and calibration materials. Each part is identified by its Agilent part number and key characteristics.

Main Findings and Discussion

The supply categories include:

• Nebulizers and sample inlets: concentric glass, inert OneNeb, V-groove high TDS types, with appropriate fittings and cleaning tools
• Pump tubing and connectors: peristaltic tubing in a variety of materials (PVC, Solvaflex, Viton), Y-piece and barb fittings for waste and standard additions
• Spray chambers: double-pass glass cyclonic, inert HF-compatible designs, baffles and drain fittings
• Torches and injectors: easy-fit and fully demountable torches for axial/radial use, ceramic and alumina injectors, quartz tube-sets for aqueous, organic, and high-solids samples
• AVS and ADS supplies: valve rotors, seals, tubing kits, reagent uptake capillaries, loop volumes from 0.25 to 3.5 mL
• Autosampler accessories: probe options by internal diameter, rinse kits, peristaltic tubing, sample racks and tubes
• Hydride generation and VGA: reagents, gas liquid separator, pump tubing and reaction cones
• Calibration and reference standards: single-element and multi-element standards, USP and EPA kits, wavelength calibration solutions, environmental QC standards, internal standard buffers
• Operating supplies kits: comprehensive 12-month kits containing torches, tubing, nebulizers, spray chambers, pre-optics windows, and connectors

Benefits and Practical Applications

By standardizing on genuine Agilent parts, laboratories benefit from guaranteed compatibility, optimized performance, and extended maintenance intervals. The organized reference enables fast reordering of critical items, supports quality control processes, and reduces the risk of analytical reproducibility issues caused by substandard consumables.

Future Trends and Potential Applications

Moving forward, integration of digital inventory management and predictive supply forecasting could further minimize downtime. Enhanced online tools, such as interactive periodic tables linked to consumable selection, and AI-driven reorder alerts based on usage patterns, will streamline laboratory workflows and procurement.

Conclusion

This quick reference guide serves as an essential tool for ICP-OES users, consolidating key consumables and spare parts for Agilent 5800/5900 and 5100/5110 systems. Proper selection and timely replacement of these supplies support reliable spectroscopy results and efficient lab operations.