Agilent InfinityLab Benchtop System - Data Sheet

Importance of the Topic

Reliable support and configuration of liquid chromatography systems play a crucial role in ensuring accurate analytical results, protecting expensive instrumentation, and optimizing laboratory workflows. A dedicated benchtop platform enhances operator safety, accessibility, and system stability, which directly translates to improved method robustness and instrument longevity.

Objectives and Overview

This datasheet presents the Agilent InfinityLab Benchtop System, designed to offer a flexible, height-adjustable platform for Agilent LC modules. It aims to describe the product features, physical characteristics, load capacities, design elements, and compliance standards to guide users in selecting and installing the benchtop for their laboratory environment.

Used Instrumentation

The InfinityLab Benchtop System components include:

• Benchtop frame (Part 5043-1711 or 5043-1740 with integrated power strip)
• Adjustable shelves (p/n 5043-1750 and 5043-1245 for valve drive mounting)
• Optional drawer (p/n 5043-1735) and tray (p/n 5043-1725)
• Metal power strip (IEC C14 inlet, eight C13 outlets, 10 A/230 VAC)

This platform is specifically tested and supported for Agilent LC modules; use with other instruments or materials is not covered.

Main Features and Discussion

Key design attributes and performance data include:

• Dimensions: 580 mm width × 470 mm depth × 1000 mm height
• Load capacity: up to 50 kg per shelf, 150 kg overall
• Construction materials: stainless steel, aluminum, carbon steel, epoxy-coated surfaces
• Adjustability: 45 grid positions with 20 mm grid spacing for precise shelf placement
• Stability: manual locking bolts and grid locks secure shelves and modules
• Accessibility: open design allows quick access to pumps, columns, solvent bottles, and tubing
• Power management: all-metal housing power strip certified to UL, CSA, TÜV, and CE standards

Detailed testing confirmed compliance with IEC 61010-1 for stability and safety during standard operation.

Benefits and Practical Application

The benchtop system delivers:

• Enhanced protection of sensitive LC instruments against accidental impacts
• Improved ergonomic access to plumbing and maintenance points
• Flexible configuration to match diverse workflows and instrument heights
• Secure mounting of auxiliary modules (valve drives, fraction collectors)
• Integrated power distribution tailored for laboratory use

These advantages support high-throughput QA/QC labs, research environments, and regulated industrial analytics.

Future Trends and Potential Applications

Emerging opportunities include:

• Integration with smart lab management systems for remote monitoring of load distribution and instrument health
• Use of advanced lightweight composite materials for further weight reduction
• Modular attachments for automated sample handling and fraction collection
• Expansion to support multi-technique platforms (LC-MS, IC, and automation robotics)

Such developments will further streamline workflows and enhance data quality in complex analytical laboratories.

Conclusion

The Agilent InfinityLab Benchtop System offers a robust, adaptable, and safety-tested solution for mounting and organizing LC modules. Its thoughtful design, combined with high load capacities and certified power management, ensures reliable operation and easier maintenance, making it a valuable asset for modern analytical laboratories.

References

No additional literature references were provided in the source document.