Teledyne Tekmar Aquatek100 Purge and Trap - Site Preparation Checklist

Significance of the Topic

Proper site preparation is essential for the reliable installation and long-term performance of purge and trap systems used in trace organic analysis. Ensuring appropriate bench space, utilities and environmental conditions minimizes downtime, extends instrument life and supports compliance with regulatory and quality standards.

Objectives and Overview

This document provides a structured checklist for customers to verify laboratory readiness prior to delivery and installation of the Teledyne Tekmar Aquatek100 Purge and Trap system. It outlines spatial, environmental, electrical and consumable requirements, helping to streamline installation and reduce delays.

Used Instrumentation

• Teledyne Tekmar Aquatek100 Purge and Trap system
• Aquatek100 Autosampler module
• Stratum Purge and Trap Concentrator

Methodology

The site preparation approach is organized into discrete categories: bench space assessment, environmental control, power requirements and operating supplies. Each section lists customer responsibilities and special notes to guide pre-installation verification.

Main Findings and Discussion

• Bench Space: The autosampler module requires a stable support for a 72.4 cm height, 48.3 cm depth and 45.7 cm width footprint, with a weight of 17.7 kg.
• Environmental Conditions: Optimal performance is achieved at 10–30 °C and 10–90% relative humidity. Avoid direct heat, cold drafts and vibration sources.
• Power Consumption: The concentrator operates at 115 V or 240 V, drawing up to 300 VA. Additional outlets may be needed for connected PCs.
• Operating Supplies: Recommended consumables include appropriate tubing, VOC columns of 20 m or 30 m length for EPA methods, and cooling bath equipment for the chiller option.

Benefits and Practical Applications

Following this checklist reduces installation errors, safeguards instrument integrity and accelerates method deployment in environmental, drinking water and industrial laboratories. Proper site readiness enables uninterrupted data acquisition for regulatory compliance and process monitoring.

Future Trends and Opportunities

Advances may include integrated self-diagnostic sensors for real-time environment monitoring, predictive site-readiness tools driven by digital twins and remote qualification services to support global deployment.

Conclusion

A systematic site preparation process is critical for efficient installation and consistent performance of purge and trap systems. Adhering to the outlined requirements ensures operational readiness and supports high-quality analytical workflows.

References

No specific references provided.