Centac Cooler Ch5

1. Product Overview: Core Cooling Unit for Industrial Compressed Air Systems

The Centac Cooler CH5 by Fete Vessel is a specialized cooling unit designed for medium and small centrifugal air compressors, serving as a critical component in the Centac compressor series. This compact modular cooler combines air cooling with system integration technology to address efficiency loss, increased energy consumption, and reduced equipment lifespan caused by high temperatures during compressed air production.

1.1 Core Functional Positioning

As a key subsystem for Centac centrifugal air compressors, the CH5 cooler performs these essential functions:

Interstage Cooling: Reduces compressed air temperature between compression stages to decrease subsequent compression work and improve overall efficiency

Aftercooling: Cools final discharge air to meet process temperature requirements for downstream equipment

System Protection: Prevents bearing lubrication failure, seal aging, and electrical component faults caused by overheating

1.2 Technical Evolution Background

With Industry 4.0 demanding higher efficiency from compressed air systems, traditional coolers have shown limitations. The CH5 cooler represents Fete Vessel's optimization based on operational data from over 20,000 Centac units, featuring:

Material Upgrade: CuNi alloy heat exchange tubes replace traditional copper tubes for better corrosion resistance

Structural Innovation: Built-in corrugated internal fin tubes increase heat exchange area by 30% while reducing system pressure drop

Smart Integration: Data communication with CMC (Compressor Microcomputer Control Cabinet) enables remote monitoring

2. Technical Features and Data Specifications: Precision Engineering Meets Efficient Heat Exchange

The CH5 cooler's technical advantages stem from coordinated innovation in materials, structure, and control systems.

2.1 Key Technical Parameters

Parameter Specification Application Value Design Flow Range 37-85 m³/min (1300-3000 CFM) Covers small-medium industrial applications like textiles and chemicals Working Pressure Range 0.6-2.4 barg (9-35 psig) Adapts to various process requirements Heat Exchange Tube Material CuNi alloy (ASTM B111 C71500) 50% better chloride resistance, 3x lifespan Fin Type Corrugated internal fins (radial corrugation + axial fins) 1.8x better heat transfer coefficient than straight fins Pressure Drop Design ≤0.05 barg (0.7 psig) Reduces compressor backpressure and power consumption Cooling Water Requirements Circulation: 12-18 m³/h; ΔT: 8-12℃ 30% water savings, compatible with cooling towers

3. Application Scenarios and Case Studies: Industry-Proven Reliability

The CH5 cooler has demonstrated performance across multiple industries.

3.1 Textile Industry: Critical Component for Stable Air Supply

Scenario: A polyester fiber plant requiring 24/7 compressed air for 200,000-ton annual production.

Solution: CH5 cooler with CuNi alloy tubes and electronic descaling system.

Results: 8% efficiency improvement, 450,000 kWh annual energy savings.

4. Maintenance Strategy: Dual Approach to Longevity and Efficiency

Proper maintenance ensures optimal CH5 cooler performance throughout its lifecycle.

4.1 Routine Inspection Points

Visual Check: Weekly inspection for housing deformation and flange leaks

Water Quality: Monthly pH (7.5-8.5) and conductivity (≤1500 μS/cm) tests

5. Conclusion: Benchmark in Industrial Cooling Technology

The Centac Cooler CH5 by Fete Vessel sets new standards for industrial compressed air cooling through material innovation, structural optimization, and intelligent control integration. Its core benefits include:

15-20% energy efficiency improvement

8000+ hours MTBF (Mean Time Between Failures)

35% reduction in Total Cost of Ownership

As carbon reduction goals advance, the CH5 cooler's high-efficiency technology will play an increasingly vital role in industrial energy conservation projects.