Data Center Cooling Monitoring
- Product Details
- The Solution
- System Integration
- Key Benefits
- Why Choose CHEMTROL?
Data Centre Cooling Monitoring Systems for AI & Critical CDU Applications
Pyxis IK-1600 Series – Advanced Coolant Chemistry Monitoring for High-Density AI Data Centres
As AI and high-performance computing workloads continue to increase, maintaining reliable liquid cooling performance has become critical.
The Pyxis IK-1600 Series provides continuous, real-time coolant chemistry monitoring for Coolant Distribution Units (CDUs) used in AI and high-density data centres.
By monitoring critical coolant parameters including pH, conductivity, turbidity, glycol concentration, and temperature, the IK-1600 helps operators detect early signs of contamination, corrosion, coolant degradation, and heat transfer issues before they impact critical cooling infrastructure.
Protect your cooling assets. Improve uptime. Reduce unexpected maintenance.
The Challenge: Protecting Critical Liquid Cooling Infrastructure
Modern AI data centres generate significantly higher heat loads, requiring advanced liquid cooling technologies such as CDUs and direct-to-chip cooling systems.
However, cooling reliability depends on more than temperature and flow.
Poor coolant chemistry can result in:
- Corrosion within cooling loops
- Contamination and particle buildup
- Fouling of cold plates and heat exchangers
- Reduced heat transfer efficiency
- Increased maintenance requirements
- Risk of unplanned downtime
Continuous coolant monitoring provides the visibility required to maintain cooling systems within their designed operating conditions.
IK-1600 Series Coolant Monitoring System
The Pyxis IK-1600 Series is a factory-assembled, turnkey coolant chemistry monitoring system designed specifically for critical CDU applications.
The system combines:
- Pyxis smart inline sensors
- UC-80-PLUS touchscreen controller
- Stainless steel analyser panel
- Integrated communication capabilities
The pre-engineered design simplifies installation, reduces field wiring, and ensures consistent monitoring performance across multiple data centre deployments.
Continuous Monitoring of Critical Coolant Parameters
The IK-1600 continuously measures the key parameters that influence cooling reliability:
pH Monitoring
Maintains optimal coolant chemistry and supports corrosion control strategies in mixed-metal cooling loops.
Conductivity Monitoring
Provides early indication of coolant contamination, chemical imbalance, and changes in coolant condition.
Turbidity Monitoring
Detects suspended particles, corrosion by-products, and biological contamination that may affect heat exchangers, cold plates, and microchannels.
Glycol Concentration Monitoring
Ensures correct coolant formulation for freeze protection and efficient heat transfer performance.
Temperature Monitoring
Provides accurate operating condition measurement and compensation.
Turn-Key Installation & System Integration
The IK-1600 is supplied as a complete, factory-assembled monitoring solution.
Each Pyxis sensor includes integrated electronics with:
- 4-20mA output
- RS-485 Modbus communication
The UC-80-PLUS touchscreen interface provides:
- Real-time sensor display
- Data logging
- Digital calibration
- Sensor diagnostics
- Alarm monitoring
The system can integrate with:
✓ CDU Controllers
✓ PLC Systems
✓ Building Management Systems (BMS)
✓ Electrical Power Monitoring Systems (EPMS)
✓ Data Centre Infrastructure Management (DCIM)
From Reactive Maintenance to Predictive Cooling Management
Traditional coolant monitoring relies on periodic manual testing, which can allow problems to develop between inspections.
The IK-1600 provides:
Before:
❌ Limited visibility of coolant condition
❌ Manual testing intervals
❌ Problems detected after performance degradation
With IK-1600:
✓ Continuous real-time monitoring
✓ Early warning of coolant issues
✓ Historical trend analysis
✓ Improved maintenance planning
✓ Increased cooling system confidence
Designed for Critical AI & Data Centre Applications
The IK-1600 Series is suitable for:
- AI data centres
- High-performance computing (HPC)
- Liquid-cooled server environments
- Direct-to-chip cooling systems
- Critical CDU installations
- Advanced thermal management applications
Protect Critical Cooling Assets
✓ Reduce corrosion risk
✓ Detect coolant degradation early
✓ Maintain optimal heat transfer performance
✓ Reduce unplanned maintenance
✓ Improve cooling system reliability
✓ Extend equipment operating life
Why Choose CHEMTROL Australia?
CHEMTROL Australia provides advanced water and coolant monitoring solutions for critical applications across Australia.
Together with Pyxis Lab technology, CHEMTROL supports customers with:
✓ Technical application support
✓ System selection assistance
✓ Integration guidance
✓ Local product support
✓ Water chemistry expertise
Is your data centre adopting liquid cooling or CDU technology?
Contact CHEMTROL Australia to discuss how the Pyxis IK-1600 Series can help protect your critical cooling infrastructure.