How does the 500 Series GC affect running costs?

The 500 Series uses less energy than a conventional GC, and in ultra-fast mode it uses less still.

In conventional mode, the flow-through oven recovers heat via the built-in heat exchanger. Outgoing hot air transfers energy to incoming air, which reduces the power needed to maintain oven temperature. The 500 Series draws 1,200 VA compared to around 2,950 VA for a typical conventional GC. That is less than half the power consumption for comparable analytical work.

In ultra-fast mode, only the column is heated rather than the full oven chamber. Energy consumption drops further because you are heating a few grams of metal rather than an insulated air space.

The throughput difference also affects cost per sample. If the 500 Series processes five to ten times more samples per day in ultra-fast mode, the fixed costs of the instrument, the bench space, the gas supply, and the operator time are spread across a larger number of results. For high-volume laboratories, this changes the economics meaningfully.

Carrier gas consumption is also lower in ultra-fast mode because run times are shorter. Over a full year of high-volume work, the cumulative saving on helium or hydrogen is worth factoring in.

Want to discuss the cost impact for your specific throughput? Get in touch with the team.