Sullair Compressor Cooler TXZ165

1. Product Overview: Core Component of Precision Thermal Management

The Sullair Compressor Cooler TXZ165 is specifically engineered for industrial centrifugal air compressors, serving as a critical component in Sullair TX series water-cooled oil-free centrifugal air compressor systems. This heat exchanger utilizes circulating water to efficiently dissipate heat generated during compressor operation, maintaining host machine temperatures below 85°C to prevent overheating-related shutdowns or component damage.

Technically, the TXZ165 features a dual-channel counterflow design with titanium alloy tube bundles and stainless steel end caps, offering exceptional corrosion resistance and high pressure tolerance. With water-side pressure resistance up to 1.6MPa and air handling capacity covering 1500-4500m³/h flow rates, it's compatible with 150-425kW host machines. Its modular design enables direct integration with Sullair TX series compressors to form closed cooling loop systems.

2. Technical Features with Data Specifications

2.1 High-Efficiency Heat Transfer Performance

Heat Exchange Efficiency: CFD-optimized fin structure achieves air-side heat transfer coefficient of 220W/(m²·K), 18% improvement over conventional coolers

Pressure Loss Control: Air-side pressure drop ≤0.015MPa, water-side ≤0.03MPa, ensuring system COP ≥3.2

Transient Response: Cools compressor discharge temperature from 120°C to 95°C within 15 minutes under 40°C ambient/32°C inlet water conditions

2.2 Core Component Specifications

Parameter Specification Test Standard Heat Exchange Area 85m² ASME PTC 12.1 Water Flow Range 30-80m³/h ISO 9906 Grade 3 Max Working Pressure 2.5MPa (Water Side) EN 13445-3 Vibration Level ≤0.05mm/s ISO 10816-3 Noise Level ≤75dB(A) @1m ISO 3744

2.3 Innovative Design Highlights

Titanium Alloy Impeller Integration: 2980rpm titanium impeller increases cooling water turbulence by 40% for enhanced convection

Smart Temperature Control: PID-controlled electric three-way valve maintains ±1°C precision

Freeze Protection: Automatic circulation pump activation when water temperature drops below 5°C

3. Application Scenarios & Case Studies

3.1 Automotive Manufacturing

Case: German automaker's stamping line with 4 TXZ165 units cooling Sullair TX-350 compressors

Performance Data:

Ambient Temp: 38°C (summer)

Cooling Water Inlet: 30°C

Discharge Temp: 92°C (stable)

Energy Savings: 280,000kWh/year vs air-cooled systems

3.2 Oil & Gas Industry

Case: North American shale gas operation with 12 TXZ165 units supporting TX-425 compressors

Operating Conditions:

Altitude: 1800m

Dust Concentration: 200mg/m³

Continuous Operation: 720 hours/month

Maintenance Interval: Extended to 18 months

4. Maintenance Strategy

4.1 Routine Inspection

Water Quality: Weekly pH (6.5-8.5), conductivity (<1500μS/cm), hardness (<100ppm) checks

Pressure Testing: Monthly calibration with ≤±1.5% tolerance

Vibration Analysis: Quarterly spectral analysis per ISO 10816-3

4.2 Comprehensive Maintenance Schedule

Interval Procedure Standard 6 Months Tube Bundle Cleaning Scale ≤0.3mm (borescope inspection) 12 Months Seal Replacement O-ring compression 30-35% 24 Months Impeller Balancing Residual unbalance ≤0.5g·mm

5. Technical-Economic Analysis

5.1 Life Cycle Cost Comparison

Cost Component TXZ165 Water-Cooled Air-Cooled System Initial Investment $12.8k $9.6k 5-Year Energy Cost $41k $72.5k 5-Year Total Cost $33.7k $43.1k

6. Industry Trends & Product Evolution

Digital Twin: Predictive maintenance models under development

Nanofluid Technology: Al₂O₃-enhanced coolant showing 25% better heat transfer

Hydrogen Compatibility: Titanium coolers passing 1000-hour hydrogen tests

7. Conclusion

The Sullair Compressor Cooler TXZ165 from Fete Vessel redefines industrial cooling benchmarks through material innovation, structural optimization, and intelligent control integration. Its breakthroughs in efficiency, reliability, and maintainability address demanding applications across manufacturing, energy, and healthcare sectors while supporting carbon reduction initiatives. With ongoing advancements in digitalization and materials science, this cooling system continues evolving as an industry-leading thermal management solution.