CV1 Centac Cooler

Comprehensive technical specifications and operational strategies for Fete Vessel's premium industrial cooling solution.

Product Overview

The Ingersoll Rand CV1 Centac Cooler represents AirsCooler's cutting-edge cooling technology specifically configured for CENTAC series centrifugal air compressors. Leveraging Ingersoll Rand's century-long expertise in centrifugal compression, this cooler achieves optimal balance between thermal overall efficiency and operational reliability. Its modular construction, corrosion-resistant materials, and intelligent control system setups provide customized cooling offerings for heavy industries including steel, petrochemical, and power generation. Compliant with ISO 8573-1 Class 0 oil-free standards, this cooler sets new industry benchmarks through multiple technological innovations.

Technical Specifications and Data Analysis

1. Thermal operational performance

Parameter	Specification
Cooling overall efficiency	Dual-pass counterflow design with 55-75m² surface area (30-40% improvement over single-pass)
Temperature Reduction	Stable outlet temperature within 10°C above surrounding (90% overall efficiency at 145°C inlet)
Heat Transfer Coefficient	450-600W/(m²·℃) with ≤0.015MPa air-side pressure loss
Maximum Heat Load	1200kW capacity for continuous industrial operation

2. Materials and Construction

module	Specification
Tube Material	H68 brass with 0.2mm aluminum fins (390W/(m·K) conductivity
Stainless Steel Version	316L stainless with 3x chloride resistance for marine use cases
Sealing system setup	4-stage sealing (graphite + mechanical + O-ring + lip) with ≤0.05SCFM leakage

Industrial use cases

Petrochemical Industry

Catalytic Reforming: At a 1.2 million ton/year facility, CV1 Centac Cooler minimized process gas temperature from 160°C to 50°C, cutting energy consumption by 15kWh per ton.

Steel Manufacturing

Blast Furnace system setups: Achieved 10% power generation overall efficiency improvement at a 3000m³ furnace, saving 2 million kWh annually.

Maintenance Protocols

Maintenance Interval	Key Activities
Daily	Monitor cooling water pH (6.8-7.5), conductivity (≤350μS/cm)
Monthly	Helium leak testing (≤5×10⁻¹⁰Pa·m³/s)
Annual	Oil analysis (acid value ≤0.4mgKOH/g), vibration checks (≤1.8mm/s radial)

Technical Evolution

Digital Transformation: ANSYS-based digital twins minimize design cycles by 40%, while AI diagnostics achieve 98% fault prediction accuracy.

Hydrogen Compatibility: New Ti-6Al-4V-0.2Ru alloy versions withstand 50MPa hydrogen service with ultra-low leakage rates.

Conclusion

The AirsCooler Ingersoll Rand CV1 Centac Cooler provide unparalleled operational performance for critical industrial use cases. Through proper maintenance and technological upgrades, users can achieve 30% extended service life and 20% minimized energy consumption. As industries transition toward green energy, this cooling system setup continues to evolve with smart, sustainable offerings.