Lubricating Oil Analyzer - Lubricating Oil Tester - Rapid Oil Quality Analyzer SKA JW-LP Series
Lubricating Oil Analyzer - Lubricating Oil Tester - Rapid Oil Quality Analyzer

Lubricating Oil Analyzer - Lubricating Oil Tester - Rapid Oil Quality Analyzer - SKA JW-LP Series

Parameter items Specification Description
Viscosity Measurement range 1–400 cP; resolution 0.1; accuracy ±5%
Temperature Measurement range 0–100°C; resolution 0.1; accuracy ±0.5°C
Density Measurement range 600–1250 kg/m³. Resolution 0.1; accuracy ±5%
Dielectric constant Measurement range 1–6; resolution 0.01; accuracy ±5%
Moisture Content Measurement range 0–1000 ppm; resolution 1%; accuracy ±5%
Product Model: SKA JW-LP Series

Product Introduction

Is the lubricating oil in your operating unit quietly becoming an 'invisible killer' of the equipment?
Excessive moisture, viscosity failure, excessive particulate impurities... Once these subtle changes miss the optimal intervention window, they will directly lead to bearing seizure, gear scuffing, and even complete machine scrapping.
Shengkaian SKA JW-LP SeriesThe rapid comprehensive lubricating oil tester provides you with a 'one machine, multiple functions' on-site early warning solution:
Physicochemical Combination: Synchronously monitor viscosity, density, dielectric constant, temperature, and micro-water to accurately assess oil health and avoid lubrication failure caused by oil degradation;
Dual-Dimension Contamination Monitoring: Independently distinguish 'particle contamination' from 'water content' to help you quickly identify whether it is external intrusion or internal water separation, and take targeted filtration or dehydration measures;
Wear Trend Tracking: Capture changes in the concentration of wear particles in the oil, and lock onto abnormal friction pair locations in advance before the equipment shows high temperature or abnormal noise.
Your core benefits:
Turn unplanned downtime into planned maintenance, extend equipment overhaul cycles, and a single early warning can save maintenance costs several times the cost of the tester.

II. SKA JW-LPV62J3The lubricating oil analyzer is mainly equipped with the following oil monitoring sensors and related functions
(1) Six-in-one sensor: can automatically detect six indicators of oil in real time: density, viscosity, dielectric constant, temperature, moisture, and water activity.
(2) Particle counter sensor: dedicated oil contamination detection for the particle size and distribution of particles in oil.

III. SKA JW-LP SeriesPerformance Features of the Rapid Oil Quality Analyzer
1. Built-in high-precision signal acquisition sensor, combined with advanced algorithms, provides real-time feedback on various oil indicators, and data is automatically saved
2. Fully automatic sampling and testing, enabling convenient, fast, and stable measurement of lubricating oil indicators in various testing environments;
3. 7-inch LCD display with touch operation, easy to use, one-key preheating, sampling, testing, cleaning, and other testing tasks;
4. The instrument has a built-in high-precision temperature control system (temperature control accuracy 0.01°C), quickly stabilizing at a constant 40°C;
5. Precision metering sampling system achieves constant injection speed and precise control of sampling volume;
6. Built-in microprocessor enables real-time data analysis, online analysis of historical data, self-definable threshold alarms for detection indicators, and data export;
7. Powerful data storage for over 2 years, with retained data automatically generating trend analysis;
8. Detection, cleaning flow rate, and cleaning time can be customized to meet various test flow rate requirements;
9. Unique anti-corrosion and anti-contamination coating, with oil guide grooves and an oil box to facilitate draining leaked oil from the instrument;
10. Built-in rechargeable battery supports portable long-term outdoor testing;

Main Application Areas

  • Industrial Gearboxes — Monitor oil viscosity and wear particles to predict gear and bearing condition, preventing unexpected failures.
  • Hydraulic Systems — Detect moisture and particle contamination to maintain hydraulic fluid integrity and avoid component damage.
  • Turbines and Compressors — Track oil quality in real time to ensure reliable operation and extend service intervals.
  • Marine Engines — Assess lubricant condition onboard to reduce maintenance costs and improve engine availability.
  • Power Generation — Analyze lubricating oil in turbines and generators to prevent costly downtime and extend asset life.

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