Products/3.Ingersoll-Rand-Air-Compressor-Cooler/6.Centac-Cooler-C700/images/b287e9d0-457c-4666-9070-7dc5f2b4f9d3_2344.webp
Products/3.Ingersoll-Rand-Air-Compressor-Cooler/6.Centac-Cooler-C700/images/b287e9d0-457c-4666-9070-7dc5f2b4f9d3_2344.webp

Centac Cooler C700

Main Parameters

The ultimate temperature control solution for centrifugal air compressors

Product Overview

The Ingersoll Rand Centac Cooler C700 is a core component specifically designed for Centac series centrifugal air compressors. Its primary function is to cool high-temperature lubricating oil or compressed air generated during compression to optimal temperatures through advanced heat exchange technology, ensuring efficient and stable equipment operation.

As a critical component in oil-free centrifugal compressor systems, the C700 cooler serves as a "temperature guardian" in industrial applications, effectively preventing performance degradation, increased energy consumption, and reduced equipment lifespan caused by excessive heat. The Ingersoll Rand Centac series centrifugal compressors are widely used in electronics, pharmaceuticals, petrochemicals, power generation, and automotive manufacturing industries where compressed air purity and stability are paramount.

The C700 cooler maintains precise temperature control to ensure compliance with ISO 8573-1 Class 0 oil-free standards, delivering high-quality compressed air. Its compact, efficient design and exceptional energy performance make it a preferred cooling solution in industrial applications.

Technical Specifications and Data

1. High-Efficiency Heat Exchange Performance

Cooling Efficiency Multi-stage counterflow design with 80-120m² heat transfer area achieves over 90% temperature reduction efficiency (85°C inlet to 50°C outlet at 150L/min flow rate)
Heat Transfer Coefficient 600-700W/(m²·℃) for copper tube design with oil-side pressure drop ≤0.02MPa and water-side ≤0.03MPa
Heat Load Capacity Maximum 2000kW capacity for high-load continuous operation

2. Materials and Structural Design

Core Materials T2 copper tubes with 0.2mm aluminum fins (398W/(m·K conductivity), 5.5MPa pressure tested; 316L stainless steel version offers 3x better chloride resistance
Flow Path Design 8-12mm oil channels and 10-15mm water channels with 2.5-4.5m/s flow velocity to minimize fouling
Sealing System Quadruple-seal design (graphite ring + mechanical seal + O-ring + lip seal) with ≤0.02SCFM leakage and ≥99.999% oil-gas separation efficiency

3. Pressure and Flow Characteristics

Operating Pressure 0.8-3.0MPa (gauge), max 3.5MPa working pressure, 7.0MPa burst pressure
Oil Flow Range 100-1000L/min with ±0.5°C outlet temperature stability during ±5% flow fluctuations
Water-side Performance 20-100m³/h flow rate, ≤0.06MPa resistance, ≤0.0001m²·℃/W fouling factor, ≤50ppm CaCO₃ water hardness recommended

4. Energy Efficiency and Environmental Compliance

Specific Power 4.5-6.0 kW/100m³/min (30-35% more efficient than two-stage compression)
Waste Heat Recovery 150-300kW heat recovery potential via ORC systems, generating 1-2 million kWh/year (750-1500 tons CO₂ reduction)
Oil-free Certification ISO 8573-1 Class 0 compliant (≤0.003mg/m³ oil content, ≤3 particles/m³ at 0.1μm)

Application Scenarios and Case Studies

1. Electronics Industry

Challenge: Semiconductor manufacturer requiring ultra-pure compressed air
Solution: Centac Cooler C700 with Centac C700 compressor
Results: 48-50°C stable outlet temperature, ≤0.001mg/m³ oil content, 25% energy savings (1.8 million kWh/year), 1350-ton CO₂ reduction

2. Pharmaceutical Industry

Challenge: Biopharma company needing oil-free air for fermentation
Solution: C700 cooler ensuring ISO 8573-1 Class 0 air quality
Results: 30% lower maintenance costs with stable production safety

3. Petrochemical Industry

Challenge: Refinery requiring 2.5MPa compressed air
Solution: High-pressure C700 cooler system
Results: ±0.3°C temperature stability, 40% less lubricant consumption

4. Power Generation

Challenge: Gas turbine plant needing dry air supply
Solution: C700 cooler with heat recovery
Results: 15% output increase, 3.5% lower heat rate, 80GWh additional annual generation

Maintenance Strategies

1. Routine Inspections

Coolant Monitoring Daily checks: pH (7.0-7.8), conductivity (≤300μS/cm), hardness (≤40ppm CaCO₃)
Leak Detection Monthly helium leak tests (≤2×10⁻¹⁰Pa·m³/s rate)
Vibration Analysis Quarterly checks: ≤0.7mm/s axial, ≤1.4mm/s radial vibration

2. Scheduled Maintenance

500 Hours Replace corrosion inhibitor (65ppm), clean 10μm water filters, check 650N fan belt tension
2000 Hours Test safety valves (1.05× working pressure), replace oil separator elements (>0.032MPa ΔP)
8000 Hours Change ISO VG 46 synthetic oil (acid value ≤0.30mgKOH/g), clean heat exchanger fins

Conclusion

The Ingersoll Rand Centac Cooler C700 sets industry benchmarks with 90% cooling efficiency, 2000kW heat capacity, and ISO Class 0 compliance. Through proper maintenance and upgrades, users achieve 40% longer lifespan and 30% energy savings. As Industry 4.0 advances, the C700 evolves with smart monitoring and green technology integration. Fete Vessel provides complete lifecycle support to optimize performance across electronics, pharma, and heavy industries.

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Brand Name: Fete Vessel Design Standard: ASME, PED, CE
Place of Origin: China Condition: New
Warranty: 3 years Production standard: GB150.ASME.European standard.
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