Intelligent Liquid Cooling Contamination Particle Online Monitoring System - SKA IOL-T1
Product Parameters
| Host parameters | |
|---|---|
| Working method | Fully automatic (programmable) |
| Display mode | 10-inch industrial-grade touch screen (1920*1080) |
| Circulation Mode | Automatic circulating sampling (built-in pump) |
| Pressure and flow stabilization | Built-in pressure and flow stabilization device |
| Cloud platform (optional) | WeChat mini program/web portal (optional) |
| Dynamic image particle sensor | |
|---|---|
| Dynamic particle detection | AI autonomously identifies the morphology, size, and type of contamination particles |
| Detection data | Particle size and data statistics, bubble size and data statistics, fiber size and data statistics, etc. |
| Particle counting | User-defined particle size detection channels, and can also meet standards such as ISO4406, NAS 1638, ASTM D6786, etc. |
| Detection range | Particle detection range: 1-800um |
Product Introduction
SKA IOL-T1 (image method)
Intelligent Liquid Cooling Contamination Particle Online Monitoring System
Big data core equipment liquid cooling fluid monitoring solution
SKA IOL-T1 SeriesThe intelligent liquid cooling contamination particle online monitoring system is equipped with a digital dynamic control platform, integrates a high-resolution image sensing module, and has a built-in industrial-grade 10-inch human-machine interaction terminal. It can accurately identify the morphological characteristics of contamination particles and the concentration distribution of contaminants in cooling liquid and other fluid media. Through an edge computing engine, it enables real-time data modeling and trend prediction, effectively supporting the monitoring of liquid cooling contamination in key operating equipment, and can promptly provide fault warnings and intelligent maintenance decisions, effectively reducing the risk of unplanned equipment failures and maintenance costs, helping enterprises achieve predictive maintenance and upgrade equipment management efficiency.
◼ High-resolution image sensing technology (new)
5-megapixel HD lens combined with FPGA technology quickly captures and accurately identifies the microscopic morphological characteristics and size distribution of particles in high-speed fluids, while accurately distinguishing different types of foreign matter such as bubbles, fibers, gels, and sealing aging debris
◼ Integrated industrial-grade hardware design (new)
Highly integrated architecture, integrating a self-circulating built-in pump, pressure and flow stabilization device, high-resolution sensing unit, edge computing unit, and 10-inch industrial-grade human-machine interaction terminal into one unit. No additional external devices are required, and no large-scale modification of the customer's original liquid cooling pipeline is needed. On-site installation is convenient, greatly reducing the threshold for project implementation.
Main Application Areas
- Data Center Liquid Cooling — Monitors coolant contamination in server liquid cooling loops to prevent overheating and hardware failure.
- Power Generation — Detects particle contamination in turbine lubricating and cooling oils to ensure reliable operation.
- Industrial Hydraulics — Tracks contamination levels in hydraulic fluids to maintain system efficiency and extend component life.
- Semiconductor Manufacturing — Ensures ultrapure water and chemical coolant quality by monitoring particulate contamination.
- Aerospace — Monitors hydraulic and fuel system fluids for contamination to meet strict safety standards.
Keywords：liquid cooling monitoring system, online particle counter, contamination particle monitor, liquid particle sensor, industrial liquid monitoring, particle size analyzer, coolant contamination detection, online oil particle counter
