The K23050 Salt-In-Crude Analyzer is portable for field or laboratory testing. Test Method: Salt content is determined by measuring the conductivity of a solution of crude oil in a polar solvent when subjected to an alternating electrical current and is obtained by comparison of the resulting conductance to a calibration curve of known salt mixtures. The K23050 Salt-In-Crude Analyzer Electrometric Salt Determinator conforms to ASTM D3230 test specifications and measures salt content, conductance, and temperature of crude oil samples, and pH measurements of aqueous samples. You get up to 8 hours of continuous operation from internal Ni-Cd rechargeable batteries. It features 18-bit analog-to-digital converter for high precision with 24Kb RAM dedicated for data storage (about 500 test results). Data can be uploaded in a comma delimited format to a PC with easy to use Windows 2000/XP/Vista based software via an RS232 serial data port.
The K23050 Salt-In-Crude Analyzer determines the salt content, conductance, and temperature of crude oil samples according to ASTM D3230 specifications. Utilizes the latest low-voltage, synchronous detection technology for conductivity measurements and a high-accuracy thermistor array to measure sample temperature. Automatically calculates salt concentration directly from acquired temperature and conductivity values. Measures conductivity over four ranges 0-2, 2-20, 20-200, and 200-1500 uS with automatic range selection. Self-calibration feature allows operator to adjust for any drift without re-entering standard temperature curves. Complete data storage of test results which is limited only by the hard drive capacity of external PC. Easy-to-read alpha-numeric display shows any four of the following parameters at one time as chosen by the operator: salts, conductance, conductance @ 25C, pH, pH millivolts, temperature (degree C or degree F), internal and external battery voltages, date, time, logging ID, and ID increment value. Please specify preference of 115 volt or 230 volt adaptor at time of order.