Ferrous Debris Tester

Part Number : OLA3900

  • Portable and rapid measurement on Iron concentration content
  • provides an accurate, easy-to-use solution for offline and at-line measurements of ferrous wear debris concentrations
  • standalone tester and helpful to analyzes a small sample of oil for ferrous debris
  • features rapid and simple operation, outstanding sensitivity, is a perfect complement to any on-side or laboratory oil analysis

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IndicatorDescription
Testing range0-5500 PPM(mg/L)
Testing sensitivity1mg/L
Repeatability≤1% RSD
Sample volume2ml
Standard oil samples0 mg/L and 1050 mg/L
Oil sample temperature0-50 ℃
Working temperature0-50 ℃
Working hours≥ 5 Hours
Alarm Settingthe testing result of exceeding the alarm value is displayed in red
Each testing time after preheating2 seconds
CalibrationSelf-calibration with 0 mg/L and 1050 mg/L standard oil sample
PowerAC110-240V; 50/60Hz
Size250x218x133mm
Instrument Weight2.7KG
Shipping weight18KG
Other info5 inch display, 32G storage, historical data query and historical data curve analysis

OiLense portable ferrous debris tester uses electromagnetic induction technology to measure the content of ferromagnetic wear particles in oil. Continuous monitoring of ferromagnetic wear particles levels of your oil samples help end user predictive any deterioration in machine condition in advance, quickly taking action before downtime, saving cost and protect asset, and preventing more serious damage occurring. Trend check helps further analysis on root reason caused poor lubricantion, provides a basis for quickly judging the lubrication health status of machine on site.
It can fast quantitative analysis of ferromagnetic particles in oil samples. Features simple operate, instant and accurate display test results on 5 inch touch screen, with a rugged suitcase make it easy carry for field work or in laboratory test.
The portable ferrous debris tester is composed of high-performance ARM processor, ferromagnetic sensor, 5-inch touch screen, USB interface, built-in battery, etc. It only needs to take 2ml oil sample into the oil tube to conduct the measurement, and the concentration of ferromagnetic wear particles in oil sample can be measured conveniently, quickly and stably. No further sample preparation is required and no training for users to operate.
It can realize scientific oil analysis in a simple way, observe the machinery degradation effectively, predictive maintenance when they need to be, rather than on a time or hours of operation basis, saving cost and manpower.

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