Master 400

INTRODUCTION

The Master 400 is a compact desktop gas analysis system developed by Advanced Measurement Instruments (AMI) and launched in 2022. Designed for both qualitative and quantitative analysis of gas components, it supports on-line and off-line measurements with exceptional speed and precision. With its intuitive interface, fast response, and high accuracy, the Master 400 meets the demands of modern laboratories across a wide range of applications. It seamlessly integrates with various systems, including chemisorption analyzers, reactor systems, breakthrough curve analyzers, and thermogravimetric analyzers, making it a versatile tool for advanced gas characterization.

Temperature-Controlled Inlet Pipeline
Prevents condensation of the injection gas duringinjection, ensuring more reliable results.
Bakeable Mass Spectrometry Chamber
Minimizes background gas interference forcleaner and more accurate measurements.
Multi-Signal Input/Output
Enables automatic control and seamless integration with external instruments.

Millisecond-Level Response and Scanning
Enables fast, real-time online gas analysis.
Dual Detectors: Faraday Cup and Electron Multiplier
Provides high sensitivity and a broad detection range, from 100% down to ppb.
Advanced Analysis Software
Supports multicomponent sampling for both qualitative and quantitative gas analysis.
Customizable Sampling System
Allows for gas pretreatment and multichannel detection tailored to specific needs.
Built-in Filament Pressure Protection
Extends filament lifespan through intelligent pressure management.
Sampling System
Stainless steel or quartz glass capillary with corresponding filter membrane; features two-stage pressure reduction and a heating jacket (room temp to 200 °C) for stable gas delivery.
Vacuum System
Combines a turbomolecular pump with an oil-free diaphragm dry pump. A full-range vacuum gauge monitors pressure to ensure stable mass spectrometer operation. The stainless steel chamber features a heating jacket (up to 200 °C) for regular baking and degassing, with independent temperature control for both the chamber and sample tube.
Quadrupole System
Includes an electron bombardment ion source, a quadrupole mass separator, and a high-sensitivity detector for accurate mass analysis.
Data Processing System
Multi-channel gas detection software supports qualitative and quantitative analysis; compatible with Windows 7/10.

Coupled with a Chemisorption Analyzer
The integration of mass spectrometry with chemisorption analyzers combines precise control of gas adsorption and desorption (e.g., TPD and TPR) with real-time, high-sensitivity gas composition analysis. This powerful combination allows dynamic monitoring of gas species, concentration changes, and temperature-dependent behavior during reactions. The result is deeper insight into the distribution of active sites, reaction kinetics, and structure–property relationships on material.

Coupled with a Reactor System
The reactor system is a compact, high-efficiency setup that simulates real industrial reaction conditions with precise control. Coupled with the Master 400, it enables real-time detection of reaction products from microreactors. This provides insights into composition, reaction mechanisms, and kinetic behavior. It also supports catalyst evaluation and the development of new catalysts and reaction processes.

Coupled with a Breakthrough Curve Analyzer
The reactor system is a compact, high-efficiency setup that simulates real industrial reaction conditions with precise control. Coupled with the Master 400, it enables real-time detection of reaction products from microreactors. This provides insights into composition, reaction mechanisms, and kinetic behavior. It also supports catalyst evaluation and the development of new catalysts and reaction processes.

Coupled with a TGA or STA
The Master 400 enables rapid qualitative and quantitative analysis of gas products released during TGA or STA experiments. It supports synchronous triggering and temperature signal import for seamless integration with thermal analyzers. TGA-MS and STA-MS combined technologies are widely used in the study of polymers, inorganic materials, and organic-inorganic composites.

Mass Range	1-100 Optional : 200 or 300 amu
Detection Limit	< 500 ppb
Scanning Rate	1 ms-16 s/amu
Sampling Pressure	0.5 bar- 1.5 bar
Maximum heating temperature of sample tube	200°C
Maximum temperature of Chamber	200°C
Filament Material	Iridium Filament
Detector	Faraday cup/SEM Electron multiplier

TEL: +1 262-877-3600

EMAIL：sales@ami-instruments.com