Used SHIMADZU CTO-10AC #9388245 for sale

SHIMADZU CTO-10AC is a chromatographic thermal conductivity detector (CTD) specifically designed for the analysis of ambient air, with the capability of being used in GC-FTIR, GC-ECD-MS, and purge and trap systems. CTO-10AC is ideal for the determination of volatile and semi-volatile organic compounds (VOCs and SVOCs) in both laboratory and field settings. Featuring a robust and easy-to-maintain design, this detector is ideal for a wide range of applications. SHIMADZU CTO-10AC uses its built-in detector amp to process the signal of a non-dispersive infrared (NDIR) detection head which is designed to operate in situ with the Air Quality Monitor (AQM), one of SHIMADZU suite of highly-sensitive air quality monitoring systems. Utilizing a halogen hydrogen cell, CTO-10AC's NDIR head can detect and quantify even trace levels of VOCs and SVOCs with enhanced accuracy and sensitivity. It is also available with optional NDIR detection heads tailored for specific applications. SHIMADZU CTO-10AC operates at a maximum temperature of 200°C, guaranteeing both high-temperature and low-noise operation for all applications. It features a 12-port design with inlet and outlet pots up to 9 mL in size, ensuring precise and efficient sample introduction. It is also designed with a high-performance and highly-sensitive Peltier thermal conductivity detector (TCD) system that is capable of measuring very low concentrations of organic compounds in the parts-per-billion (ppb) range. CTO-10AC is equipped with a user-friendly LCD display for easy and intuitive operation. The display also offers a range of additional features including built-in temperature control functions, signal scaling and auto-tuning, and an integrated auto-zero loop system. This detector is also available with an optional venting mechanism, allowing for easier sensitivity maintenance and improved system performance. Overall, SHIMADZU CTO-10AC is a top-of-the-line chromatographic thermal conductivity detector built to the highest standards of quality, precision, and reliability. From ambient air quality monitoring to advanced GC-ECD-MS systems, this detector has the ability to respond to even the most challenging of tasks.