LTM Series II Rapid Heating/Cooling for 7890/8890 GC
The Agilent LTM (Low Thermal Mass) Series II gives fast results on large numbers of samples common in petrochemical, food testing, and pharmaceutical QC labs.
The technology uses fused silica capillary column with direct heating. The column is heated and cooled very efficiently for significantly shorter analytical cycle times compared to conventional GC oven.
Product Details
Features
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- Significantly faster analytical cycle times compared to conventional air bath GC ovens
- Works seamlessly with the same 7890/8890 GC injectors and detectors – no need to change your existing methods
- Use same 7890/8890 GC injectors and detectors with little change to your existing methods.
- Agilent Method Translation Software offers easy method changes for faster chromatography
- Retention time repeatability comparable to conventional 7890/8890 GC
- Run two LTM column modules simultaneously with different temperature programs
- Works with Agilent Capillary Flow Technology to provide significant new capabilities in multi-dimensional gas chromatography including comprehensive GC x GC
- Full integration/control by 7890/8890 GC and Agilent Chemical Data Systems
- Designed to ease installation procedures
- Features Constant Flow Mode operation
- Offers a wide range of LTM Series II parameters with 7890/8890 user interface
- Compatible with 7890/8890 GC only
Technology
How It Works
Specifications
Literature
Fast Hydrocarbon and Sulfur Simulated Distillation Using the Agilent Low Thermal Mass (LTM) System on the 7890A GC and 355 Sulfur Chemiluminescence Detector
Application note for fast hydrocarbon and sulfur simulated distillation using the Agilent Low Thermal Mass System on the 7890A GC and 355 SCD
High Throughput Mineral Oil Analysis (Hydrocarbon Oil Index) by GC-FID using the Agilent Low Thermal Mass (LTM II) System
Application note for High Throughput Mineral Oil Analysis (Hydrocarbon Oil Index) by GC-FID using the Agilent Low Thermal Mass (LTM II) System
Using a Dual LTM Series II System with Flow Modulated Comprehensive GCxGC
Conventional flow modulated GCxGC usually consists of one first dimension column where both…
Analysis of Natural Oils and Extracts Using the Low Thermal Mass LTM Series II System
Application note for the analysis of natural oils and extracts using the Low Thermal Mass LTM Series II System
Fast Analysis of Polynuclear Aromatic Hydrocarbons Using Agilent Low Thermal Mass (LTM) GC/MS and Capillary Flow Technology QuickSwap for Backflush
Application note for fast analysis of polynuclear aromatic hydrocarbons
Analysis of Suspected Flavor and Fragrance Allergens in Perfumes Using Two-Dimensional GC with Independent Column Temperature Control Using an LTM Oven Module
Application note for the analysis of suspected flavor and fragrance allergens in perfumes
Independent Column Temperature Control Using an LTM Oven Module for Improved Multidimensional Separation of Chiral Compounds
Application note for independent column temperature control using an LTM oven module for improved multidimensional separation of chiral compounds
Ultra-Fast Total Petroleum Hydrocarbons (TPH) Analysis with Agilent Low Thermal Mass (LTM) GC and Simultaneous Dual-Tower Injection
Application note for ultra-fast total petroleum hydrocarbons (TPH) Analysis with Agilent Low Thermal Mass GC and Simultaneous Dual-Tower Injection
Cooperation with the China Academy of Urban Planning and Design for Field VOC Measurement of Drinking Water Sources with the Agilent 5975T LTM GC/MSD
5975T is an excellent choice for analyzing drinking water quality after major earthquake in China because of its mobility, short cycle time and accuracy.
Agilent Low Thermal Mass (LTM) Series II System for Gas Chromatography
Data Sheet for Agilent Low Thermal Mass (LTM) Series II System for Gas Chromatography
Agilent Low Thermal Mass (LTM) System for Gas Chromatography
Datasheet for the Agilent Low Thermal Mass (LTM) System for Gas Chromatography
EN12916 (IP391/07) Using Agilent 1200 Series HPLC Systems
EN12916 (IP391/07) Scientific Poster Presented at ASTM 2012
