IR 360A in-situ infrared spectrometer Introduction: In situ infrared spectroscopy analyzer is an in-situ mid infrared spectroscopy system for real-time analysis of reaction changes. It can monitor the process characteristics of raw materials, products, and intermediates in the reaction vessel, helping experimenters accurately obtain key parameters such as reaction component concentration, reaction rate, and impurity formation, and deeply study the reaction mechanism. It has advantages such as high resolution, high signal-to-noise ratio, high stability, ultra fast scanning, and wide wavelength range. The software supports baseline calibration, data visualization processing, automated dynamic analysis, etc., and is widely used in fine chemicals, pharmaceuticals, materials, petroleum, food and other fields. characteristic: 1. Achieve long-term in-situ analysis in intermittent, semi intermittent, and continuous flow processes without interfering with the reaction process 2. High performance MCT detector with high sensitivity, high stability, and high-speed scanning capabilities 3. A powerful spectral analysis software system that supports baseline calibration, spectrum processing, automated kinetic analysis, etc., helping experimenters establish qualitative and quantitative spectral analysis models 4. The ATR diamond probe can withstand a wide range of pH, temperature, and pressure, achieving blind spot measurement in multiphase mixed systems and adapting to various reaction environments 5. Industrial grade compact design, anti vibration, anti impact, anti electromagnetic interference, small footprint, long service life Technical parameters: host resolving power: 2cm-1、4cm-1、8cm-1 Wave number range: (5000~834)cm-1 Detector: Detector type: Detector type photovoltaic MCT (mercury cadmium telluride) Cooling method: Built in TEC controller Working temperature: (10~40) ℃ Power supply: (100~240) V AC, 50/60Hz, 1.5A (maximum) Humidity: ＜60% Size: Basic unit: 189mm × 285mm × 127mm ATR probe Crystal Material: Diamond Prism Spectral range: (3~17)μm Fiber optic type: AgHal-Broad Temperature range: (-30~130) ℃ Maximum withstand voltage: 100bar Probe length: 1.6m Axis length: 280mm Shaft diameter: 6mm Axis material: Hastelloy C22 Protective tube material: flat steel wire spiral structure made of stainless steel V2A, wrapped with fiberglass weaving, outer jacket: silicone rubber software Quantitative models: pure substance model, univariate model, multivariate model Component analysis: curve decomposition to obtain the trend of changes in the main components of an unknown system Automatic peak searching: automatic recognition of characteristic peaks in the full spectrum range Data integration: Collaborative analysis of online spectral data and reactor calorimetry data
Introduction: In situ infrared spectroscopy analyzer is an in-situ mid infrared spectroscopy system for real-time analysis of reaction changes. It can monitor the process characteristics of raw materials, products, and intermediates in the reaction vessel, helping experimenters accurately obtain key parameters such as reaction component concentration, reaction rate, and impurity formation, and deeply study the reaction mechanism. It has advantages such as high resolution, high signal-to-noise ratio, high stability, ultra fast scanning, and wide wavelength range. The software supports baseline calibration, data visualization processing, automated dynamic analysis, etc., and is widely used in fine chemicals, pharmaceuticals, materials, petroleum, food and other fields.
