Teledyne Tekmar Aquatek LVA – Site Preparation Checklist

Importance of Proper Site Preparation

Ensuring that laboratory space, utilities and environmental conditions meet equipment specifications is a fundamental step to guarantee reliable performance and longevity of analytical instruments such as the Teledyne Tekmar Aquatek LVA.

Objectives and Overview

This document defines the customer responsibilities and site requirements prior to installation of the Aquatek LVA Purge & Trap Sampler. It outlines space allocation, environmental controls, electrical needs, and consumable supplies to facilitate a smooth, on-time system deployment.

Methodology and Instrumentation

Customer tasks are organized into four main areas:

• Laboratory bench space: allocate a stable, obstruction-free area capable of supporting 31.75 kg and measuring approximately 64.2 cm high × 54.8 cm deep × 66.8 cm wide.
• Environmental conditions: maintain ambient temperature between 10–30 °C and relative humidity of 10–90 % with minimal drafts or temperature fluctuations; avoid direct sunlight or nearby HVAC outlets.
• Electrical supply: provide 100–240 VAC, 50/60 Hz power with at least 300 W capacity and the correct outlet types, allowing extra capacity if a computer system is included.
• Operating supplies: prepare laboratory-grade gases, plumbing connections, and recommended consumables (e.g., 20 m or 30 m VOC columns for EPA methods, chiller bath with 1/4" ID tubing if required).

The primary instrument is the Aquatek LVA P&T Sampler, requiring no additional analytical modules beyond standard bench utilities.

Main Requirements and Discussion

Dimension and weight specifications ensure bench compatibility and safe placement. Environmental stability is critical for reproducible sample trapping and desorption. Accurate line voltage and power capacity prevent interruptions during automated purging cycles. Providing the correct column lengths and chiller connections reduces method development time and avoids analytical challenges.

Benefits and Practical Applications

• Minimizes installation delays by clarifying site readiness in advance.
• Reduces risk of equipment downtime due to inadequate power or space constraints.
• Supports adherence to EPA 5030/5035 and 8260/524.x methods by prescribing suitable consumables.
• Enhances operator safety and maintenance efficiency through early identification of waste-line and bench placement considerations.

Future Trends and Opportunities

Laboratory informatics integration may automate site-readiness checks via IoT sensors for temperature, humidity and power monitoring. Virtual installation guidance and augmented-reality overlays could further streamline customer preparations. Predictive analytics might flag potential site issues before delivery, improving first-time installation success.

Conclusion

A thorough pre-installation checklist empowers laboratories to meet the technical requirements of the Aquatek LVA Sampler. By addressing space, environment, power and consumables in advance, organizations can achieve timely installations, consistent performance and reduced service interruptions.

References

• Agilent Technologies. Teledyne Tekmar Aquatek LVA Site Preparation Checklist, Document G8161A, Revision 01, February 2019.