trusted solutions, re-imagined. eravap online Vapor pressure of gasoline and crude oil Excellent correlation to other vapor pressure standards such as ASTM D323, D5188, D5191

eravap online - ab-grade results for your process The Piston-based Measurement Principle With this leading-edge measurement principle vapor pressure testing in laboratories made a huge step forward. The built-in piston renders a vacuum pump obsolete and simplifies the measurement. Years of experience in building such laboratory instruments resulted in a ruggedized measurement design now used in eravap online and measuring in full accordance with latest vapor pressure standards. Eralytics took the heart of its laboratory vapor pressure tester and enhanced it for even higher durability needed for...

Minimized Downtime A spare measurement cell delivered with eravap online minimizes downtimes during calibration or maintenance. While one measurement cell is calibrated and maintained in a safe area, the second one is used for the measurements. They can be swapped in a few simple steps in less than a minute. No tools are required. Measurement cells can be used in any eravap online analyzer as all necessary operating parameters are stored directly on the cell and read by the main unit when connected. Comprehensive Connectivity eravap online offers a wide variety of options to transfer data to...

Technical Specifications of eravap online Available Test Methods ASTM D6377, D6378, D5188, D5191; Freely programmable methods Temperature Range Temperature Stability Pressure Range Pressure Resolution Vapor / Liquid Ratio Repeatability: r ≤ 0.10 kPa (0.015 psi) / n-Pentane at 20°C (ASTM D6378) r ≤ 0.15 kPa (0.022 psi) / Cyclopentane at 37.8°C (ASTM D6378) Reproducibility: R ≤ 0.20 kPa (0.029 psi) / n-Pentane at 20°C (ASTM D6378) R ≤ 0.50 kPa (0.073 psi) / Cyclopentane at 37.8°C (ASTM D6378) Cycle Time Typically 7 min (depending on sample composition) Inlet Streams Up to 4 inlet streams (sample,...