Used PERSEE M7 #9303807 for sale
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ID: 9303807
Single quadrupole GC-MS system
Power and data cables
Power cord
GC-MS Interface:
Capillary direct interface
Temperature control: 50°C-300°C
Filament:
Dual for EI
Maximum emitting current: 300 uA
Ionization energy: 10-100 eV Adjustable
Maximum ion source temperature: 350°C (Adjustable)
Mass analyzer:
High precision metal molybdenum quadrupole
Pre-quadrupole
Backing pump:
Mechanical pump
Geometric pumping speed: 165 L/min
Detector: Electron multiplier
Mass range: 1.5 - 1050 u
Mass accuracy: ±0.1 u
Resolution (R): Unit mass resolution
Signal to noise ratio (EI):
1 PG OFN Full scanning: ≥150:1 RMS at m/z 272
100 FG OFN Selective ion scanning: ≥150:1 RMS at m/z 272
Mass stability: ±0.1 u/48 Hours
Maximum scanning speed: 11,000 u/s
User manuals included.
The PERspectrum Evaluation and Spectral Extraction Engine (PERSEE) PERSEE M7 is an analytical instrument designed to extract chemical composition information from sample spectra. Using an array of charged coupled devices (CCDs), M7 can detect and record spectral information across multiple spectra wavelengths. As these spectra pass through the device, an algorithm translates them to an electronic format which can then be analysed on a computer. PERSEE M7 is a standalone instrument that requires minimal operator intervention to produce trustworthy results. It has a built-in process control module that automatically checks and evaluates the sample spectra, allowing for reliable and accurate results. Additionally, M7 has a high speed processor, allowing it to quickly scan and analyse multiple samples rapidly and efficiently. The spectra collected by PERSEE M7 can then be analysed using its integrated reporting module. This module can quickly and accurately generate reports on the chemical composition of a sample based on the spectral information it collects. Through this reporting module, an analyst can calculate the percentage profusion of individual components in a sample, create sample composition maps, and analyze optical activities. The data produced by M7 is also highly accurate. The instrument utilizes an algorithm that filters out noise from the spectra, thereby increasing its accuracy. Moreover, the degree of accuracy can be adjusted to provide a higher resolution of the sample composition. To simplify data management, PERSEE M7 is equipped with a dedicated storage system. This system allows an operator to save, organize, and categorize sample spectra for future use. Additionally, it has an USB port to easily transfer and store data to external sources. Overall, M7 is a comprehensive device that provides an accurate and reliable method of extracting sample composition spectral information. It is highly user-friendly and capable of generating quick and accurate results.
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