Intelligent Liquid Cooling Contamination Particle Online Monitoring System - SKA IOL-T2
Specifications and Parameters
| Detection range | Number of Channels | Detection Channels | Particle identification error | Calibration Standards |
|---|---|---|---|---|
| 1-800um | 8 pcs | 5μm, 25μm, 50μm, 100μm, 150μm, 200μm, 200μm, 250μm, 300μm, 400μm/supports customization, adjust channels according to monitoring needs | ±5% (typical value) | ISO4402 ISO11171 |
| Sensitivity | 1μm (ISO4402) or 4μm(c) (GB/T18854, ISO11171) |
|---|
Product Introduction
SKA IOL-T2 (Light Blocking Method) (new)
Intelligent Liquid Cooling Contamination Particle Online Monitoring System
Big data core equipment liquid cooling fluid monitoring solution
SKA IOL-T2Adopts single laser light-blocking counting technology, featuring fast detection speed, strong anti-interference capability, high precision, and good repeatability. It can accurately detect the size and quantity distribution of particles in the tested oil sample. Combined with the Fourier waveform analysis model, it can greatly improve the monitoring accuracy of micro particles and high-cleanliness oil products. It can automatically correct invalid data and interference data.
Built-in data correction system • Adapt to complex conditions • Real-time and reliable data
Main Application Areas
- Hydraulic Systems — Monitors contamination in hydraulic oil to prevent wear and failure of hydraulic components.
- Lubrication Systems — Ensures lubricant cleanliness in engines, gearboxes, and turbines to extend equipment life.
- Liquid Cooling Systems — Detects particles in coolant for data centers, power electronics, and industrial cooling loops.
- Power Generation — Monitors oil quality in turbines and transformers to avoid costly downtime.
- Manufacturing — Controls contamination in machining and forming processes to improve product quality.
Keywords：online particle monitor, liquid cooling contamination, particle counter, oil monitoring system, ISO4402, ISO11171, laser particle sensor, industrial oil analysis
