500 Series Gas Chromatograph

Introduction

The 500 Series Gas Chromatograph is an advanced analytical system that combines conventional, fast, and ultra-fast chromatography modes in a single, compact instrument. It is designed to address throughput bottlenecks in laboratories where traditional GC analysis times are a limiting factor. By offering an ultra-fast mode, the 500 Series Gas Chromatograph can complete analyses in as little as 5 minutes, increasing sample processing capacity by 5 to 10 times compared to conventional systems.

Product Overview

This system is built for high-volume testing labs, production environments, and facilities running multiple methods. In ultra-fast mode, the 500 Series Gas Chromatograph passes an electrical current directly through a deactivated stainless steel column, rather than heating the entire oven chamber. This allows for extremely rapid temperature ramping and cooling, significantly reducing the dead time between runs. The flow-through oven design with an integrated heat exchanger also ensures energy efficiency in conventional and fast modes. With a footprint a fraction of the size of a traditional GC, multiple 500 Series Gas Chromatograph units can occupy the same bench space, maximizing laboratory efficiency.

Key Features

• Three Operating Modes: Seamlessly switch between conventional, fast, and ultra-fast chromatography.
• Ultra-Fast Analysis: Complete runs in as little as 5 minutes, drastically increasing throughput.
• Direct Column Heating: Electrical current heating allows for rapid temperature ramping and cooling (ultra-fast mode).
• Ultra-Compact Design: Measures 45 x 22 x 57 cm and weighs 18 kg, saving valuable bench space.
• Energy Efficient: Flow-through oven with heat exchanger reduces power consumption (1,200 VA vs. 2,950 VA for conventional GC).
• Versatile Injector: Temperature-programmable split/splitless injector, capable of reaching 600°C with 10 ramps.

Technical Specifications

Applications

• High-throughput testing laboratories managing large sample volumes.
• Production and process environments requiring fast turnaround times.
• Analysis of organic compounds, solvents, and hydrocarbons (using FID).
• Trace-level analysis of halogenated compounds and environmental contaminants (using ECD).
• Targeted analysis of nitrogen-containing compounds such as nitrosamines (using TEA).

Pricing

Please contact us for consultation and detailed quotation.

Frequently Asked Questions (FAQ)

1. Can I use my existing columns and methods on the 500 Series Gas Chromatograph?

In conventional and fast modes, yes. The system takes standard capillary columns and runs existing GC methods without modification. Ultra-fast mode requires deactivated stainless steel columns.

2. What is the difference between fast and ultra-fast mode?

Fast mode uses the air-blown oven with shorter, narrower columns and higher ramp rates. Ultra-fast mode bypasses the oven entirely; an electrical current heats the column directly, allowing much faster temperature ramping and cool-down (analysis times as short as 5 minutes).

3. How does the 500 Series Gas Chromatograph affect running costs?

The flow-through oven recovers heat via the built-in exchanger, reducing energy use. It draws 1,200 VA against 2,950 VA for a typical conventional GC. In ultra-fast mode, only the column is heated, reducing energy consumption further.

4. How does the size compare to a conventional GC?

The 500 Series Gas Chromatograph is 22 cm wide and weighs 18 kg. A conventional GC typically measures around 58 cm wide and weighs 45 kg. Multiple 500 Series units can sit on the bench space a single conventional instrument would occupy.

5. Is the interface suitable for less experienced operators?

Yes, the interface includes a step-by-step guide for common tasks including column changes and routine maintenance, so day-to-day upkeep does not depend on specialist GC knowledge.

Conclusion

The 500 Series Gas Chromatograph offers unparalleled flexibility with its three analysis modes in an ultra-compact design. Its ultra-fast capabilities eliminate laboratory bottlenecks, increasing throughput and reducing running costs. Contact us to learn more about this advanced GC solution.