Which of the illustrated devices would be...

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Question 1 of 205eccef9dbacbc34ba4d460fa

Which of the illustrated devices would be suitable for recovering refrigerant from a large chiller without processing it or testing in any way and which has integral refrigerant storage capacity? See illustration GS-RA-36.

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🔍 Key Concepts

• Difference between recovery, recycling, and reclaiming refrigerant per EPA/industry practice • How integral storage capacity would appear visually on a piece of equipment sized for a large chiller • Which illustrated units look designed to process or analyze refrigerant versus simply move and hold it

💭 Think About

• Which device looks like it has the largest built‑in tank volume suitable for holding the entire charge from a large chiller? • Which devices appear to include filters, gauges, or controls that suggest testing, cleaning, or processing of refrigerant rather than just bulk storage and transfer? • If you had to remove a whole charge quickly without treating it, which design would be the most practical and why?

✅ Before You Answer

• Confirm which illustration shows an obvious large pressure vessel / storage tank built into the unit • Identify any devices that look like recovery/recycling machines or analyzers with many gauges, valves, or test controls (these are not what the question is asking for) • Match the question’s wording "without processing it or testing in any way" and "integral refrigerant storage capacity" directly to the features visible in the illustration before choosing

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