Thermo Scientific ™ TRACE ™ 1300 gas chromatograph

Optimize productivity while reducing costs. Adopting a brand new level of usability design and affordable priceThermo TRACE ™ 1300 gas chromatographAllow you to instantly connect the injection port and detector without the need for tools within minutes, achieving greater flexibility. Its simplified user interface allows tasks to be completed with just a few keystrokes, while still retaining full programmability. This compact GC system is a wise investment for any laboratory as it can improve productivity, accelerate response time, and reduce total holding costs.

Switch between injection port and detector within minutes

• No special training or tools required, switch between injection port and detector within two minutes
• Significantly reduces maintenance downtime, and samples can be restarted within minutes
• Immediately switch to a different workflow or method

Improve productivity

• Using robust injection port technology, analyzing dirty matrix samples requires almost no cleaning
• With excellent detector sensitivity and micro volume technology, trace compounds can be analyzed with less injection volume and minimal pre concentration results.
• Adopting optional blowback technology can protect system components and reduce operating time and maintenance
• The use of low heat capacity injection ports and detectors, as well as rapid furnace chamber technology, can shorten the cycle time of sample operation
• Use a range of sample processing options to automate the entire workflow (from pipetting to injection)
• Using Thermo Scientific ™ Dionex ™ Chromeleon ™ Chromatography Data System (CDS) software simplifies and accelerates data analysis

Reduce holding costs

• Easy scalability from single channel to multiple injection ports/detector GC configurations
• By simplifying installation, inserting components, and relying on minimal native control and intuitive Chromeleon software, training and startup time are reduced
• Using tool free modules for easy maintenance to minimize downtime
• Allow the use of standard consumables to reduce operating costs
• Energy saving through low heat capacity and fast start
• Minimize sample and solvent consumption with trace sample functionality
• Module design allows you to easily reconfigure to meet different needs

Instant connection between injection port and detector options

• Helium saving module
• Split/No Split (SSL); Reverse blowing function is also optional
• Programmed temperature injection port (PTV); Reverse blowing function can also be selected
• Flame ionization detector (FID)
• Thermal conductivity detector (TCD)
• Electron Capture Detector (ECD)
• Nitrogen phosphorus detector (NPD)
• Flame photometric detector (FPD)
• Gas sampling valve

compatible

• Thermo Scientific ™ TriPlus ™ RSH automatic sampler
• Thermo Scientific ™ TriPlus 300 Headspace Automatic Sample Injector
• Thermo Scientific ™ TriPlus 100 LS liquid automatic sampler
• Thermo Scientific ™ AI/AS 1310 Automatic Sample Injector
• Thermo Scientific ™ ISQ ™ Single quadrupole GC-MS
• Thermo Scientific ™ ITQ ™ GC ion trap MS system (can be deleted, this product has been discontinued by the factory)
• Thermo Scientific TSQ ™ 8000 triple quadrupole GC-MS/MS
• Thermo Scientific ™ TSQ series Quantum XLS ™ Quantum XLS Ultra ™ Triple quadrupole GC-MS system
• Thermo Scientific ™ DFS ™ High resolution GC-MS
• Thermo Scientific ™ Delta V ™ Isotope ratio mass spectrometer

authentication

• International Electrotechnical Commission (IEC): 6100-1:2001-61010-2-010:2003-61010-2-081:2001+A1: (2003)
• CAN/CSA C22.2 No. 61010-1 and UL 61010-1
• European Standard (EN): 6100-1:2001-61010-2-010:04-61010-2-081:2002
• Electromagnetic compatibility (EMC) and radio frequency interference (RFI): CISPR 11/EN 55011:1 Group A and IEC/EN 61326-1:2006

energy conservation-Low thermal design, reducing energy consumption and achieving fast start-up during operation.