The TD-30 was developed as the optimal solution for gas and materials analysis. Its outstanding processing ability and excellent expandability provide strong support for all types of analysis, from work in research departments to quality control.

Outstanding Processing Ability and Basic Functionality

• Extensive sample capacity capable of accommodating 120 samples
• Efficient analysis with the overlap function and interrupt function
• High-sensitivity analysis of high boiling point components using a sample line with no cold points

Excellent Expandability Enables a Variety of Analyses

• Hedging risks with the retrapping function
• Highly accurate quantitative analysis using a function that automatically adds an internal standard substance
• Highly reliable sample management using a barcode reader

Simple Operations and Ease of Maintenance

• Easy-to-maintain, user-friendly design
• Simple, easy-to-operate software

Outstanding Processing Ability and Basic Functionality

Extensive Sample Capacity Capable of Accommodating 120 Samples
The TD-30R has a maximum capacity of 120 samples, which allows processing a large number of samples via consecutive analyses overnight and on weekends. In addition, the sample tray is positioned lower down on the front of the instrument. This makes it easy to access even during analysis, and prevents tube positioning errors.

Efficient Analysis with the Overlap Function and Interrupt Function
With the TD-30 series, the overlap function enables the next sample to be pretreated during GC analysis, which shortens the analysis cycle time. In addition, the interrupt function enables unscheduled samples to be inserted even during consecutive analysis. As a result, a sample can be added after checking the results for a different sample, and an urgent sample analysis request can be accommodated.

High-Sensitivity Analysis of High Boiling Point Components Using a Sample Line with No Cold Points
With the TD-30 series, the entire sample line can be heated, so there are no cold points.
In addition, the sample line, including the transfer line, is designed to be short, which minimizes dead volume, and even highly adsorbent components and high boiling point components can be analyzed with high sensitivity.

Excellent Expandability Enables a Variety of Analyses

Hedging Risks with the Retrapping (Restore) Function
With the retrapping (restore) function, split samples desorbed from the tube and loaded into the GC-MS are once again trapped by the tube. Even if a problem occurs, the sample can be measured again, so that even precious trace samples can be analyzed with a sense of ease. In addition, with the TD-30R, the tube is cooled rapidly after desorption, so even low boiling point components can be restored.

Highly Accurate Quantitative Analysis Using a Function That Automatically Adds an Internal Standard Substance
The TD-30R can automatically add a gaseous internal standard substance to the sample tube.
Highly reliable quantitative results can be obtained, even for the analysis of trace components.

Highly Reliable Sample Management Using a Barcode Reader Function
The TD-30R can be optionally equipped with a barcode reader function. The barcode printed on the tube can be automatically read, and the tube and sample information recorded by the software.
Furthermore, the conditions when the tube was analyzed can be easily checked.

Supports Sample Tubes from Various Manufacturers
The TD-30 series supports sample tubes (size: 1/4″ × 3.5″) from various manufacturers. The user can select the optimal tube to suit the application.In addition, TD tubes that the customer already has can be used.

Simple Operations and Ease of Maintenance

Easy-to-Maintain, User-Friendly Design
With the TD-30 series, traps, O-rings, and other consumables and maintenance parts can be accessed from the top surface of the instrument, so replacement is simple.
The system is equipped with a software function that records the number of uses of consumables and maintenance parts, and notifies the user when a pre-specified number of uses has been reached. Accordingly, problems due to the operating life of parts can be avoided.

Problems with Tubes Are Prevented Using the Tube Protection Function and the Pressure Release Function
The TD-30 series features a built-in tube protection sensor, which significantly reduces tube damage during cap removal.
In addition, before the tube is removed, the pressure inside the tube is reduced, extending the tube’s lifetime.

Appropriate Measures When an Analysis Error Occurs (Skip Function)
If a user forgets to place a sample in the tray, or a leak error is detected due to a defective product, it’s possible to select whether to stop the consecutive analysis, or skip that step and continue. As a result, precious time is not wasted by simple mistakes.

Simple, Easy-to-Operate Software
The user interface of the control software for the TD-30 series has the same look and feel as the GC and GC-MS method and batch file settings windows. In addition, the operating method is easy to learn.,

Effective Instrument Management Using Various Tools
The independent leak check function can be used for confirmation after maintenance, and to confirm the status of the sample tubes.
By using the trap tube conditioning function, users can reduce the background noise immediately after trap tube replacement.

Toxic Air Pollutants
With time-consuming air sampling measurements, if analysis fails, re-measurement can be expensive. The risk of analysis failures can be lowered by using the TD-30R restore and internal standard additive functions.

With its wide dynamic range, a TD-GC-FID system has a low running cost, and can measure many components simultaneously.

Diffused Gases
The TD-30 series, which features a short transfer line with no cold points, is optimal for SVOC measurements.
With its low background noise, it can accommodate trace analysis, including measurements of diffused gases using a chamber, and measurements of the air inside a clean room.

Thermal Extraction
With VDA278, the diffused gas measurement method for automotive parts, the tube is filled with the specimen, and then heated to 100 °C before the VOCs are measured. Afterwards, the sample is removed, the tube is heated to 280 °C, and the adhered SVOCs are measured. Because tubes are easily accessed from the TD-30 series sample tray, procedures are easy.

Foul Odors from Products
Highly repeatable carrier gas control due to an advanced flow controller (AFC) enables the qualitative analysis and semi-quantitative analysis of unknown peaks in combination with a retention index database.