The Parr IP 585 Analyzer is specifically designed for the determination of fatty acid methyl esters (FAME) derived from bio-diesel fuel in aviation turbine fuel. Utilizing advanced GC-MS technology with selective ion monitoring and scan detection methods according to IP-585 standards, it offers precise, reliable analysis essential for quality control. Additionally, this analyzer can detect volatile organic contaminants in edible oils, ensuring comprehensive testing capabilities for multiple industries.
Product Features
- High accuracy and repeatability for precise analysis
- Durable design suitable for industrial use
- Easy-to-operate interface with clear display
- Wide range of applications across multiple industries
- Low maintenance requirements and long operational life
- Dedicated to determination of fatty acid methyl esters from bio-diesel fuel in aviation turbine fuel using GC-MS with selective ion monitoring/scan detection method according to IP-585
- Capable of analyzing volatile organic contaminants in edible oils
- Sample introduction via Automatic Liquid Sampler (ALS) into Split/Splitless inlet, mixing with clean carrier gas
- Split vent directs a portion of the sample, while the remainder enters the analytical capillary column
- Capillary column performs separation in a temperature-programmed oven
- Detection carried out by the Mass Selective Detector (MSD) for accurate component identification
Method Compliance
- IP 585-10: Determination of fatty acid methyl esters (FAME), derived from bio-diesel fuel, in aviation turbine fuel - GC-MS
Benefits
- Provides highly precise and reliable measurements essential for fuel quality control
- Improves laboratory efficiency with automated sample handling and analysis
- Minimizes operator error through straightforward, automated processes
- Supports compliance with international fuel standards and regulations
- Enables detection of trace contaminants ensuring product purity and safety
Why Choose Parr IP 585 Analyzer?
The Parr IP 585 Analyzer is a trusted instrument backed by decades of expertise in analytical instrumentation. It is designed specifically to meet the complex needs of fuel analysis, offering robust construction for reliable performance in demanding environments. The user-friendly interface simplifies advanced GC-MS methodologies, and comprehensive support and calibration services ensure optimal operation and compliance with industry standards.
