Hyperbaric Oxygen Chamber Intelligent Dual-Temperature Water-Cooled HVAC System – Upgraded Version

The Hyperbaric Oxygen Chamber Intelligent Dual-Temperature Water-Cooled HVAC System (Upgraded Version) is a cutting-edge medical environmental control solution designed for hyperbaric oxygen therapy chambers, ICU units, and high-pressure medical facilities. Combining advanced water-cooled refrigeration and PTC electric heating technologies, it achieves ultra-precise temperature regulation (5°C to +50°C) with ±0.5°C accuracy, ensuring optimal therapeutic conditions for patients.

Key Features:

1. Dual-Mode Intelligence: Seamless cooling/heating switching via PLC automation, with IoT-enabled remote monitoring via mobile/web interfaces.
2. Medical-Grade Safety: Constructed with corrosion-resistant medical 304 stainless steel heat exchangers, ISO 13485-certified, and equipped with triple safety protection (overvoltage/leakage/overheat).
3. Energy Efficiency: Variable-frequency drive (VFD) technology reduces energy consumption by 30% vs traditional systems, with noise levels as low as 45 dB(A).
4. Advanced Air Quality: Integrated triple filtration (HEPA + activated carbon + antimicrobial layers) ensures 99.97% airborne particle removal.
5. Adaptive Performance: Patented altitude compensation (0-4,500m) maintains stable operation under varying atmospheric pressures.

Technical Highlights:

• Modular Scalability: Compatible with 10-100 m³ chambers, expandable for oxygen generator integration.
• Smart Programmability: Stores 12 preset temperature profiles for diverse therapy protocols.
• Military-Grade Durability: Industrial-grade compressors and IP54-rated components ensure 50,000+ hours of maintenance-free service.

Applications:

• Hospital hyperbaric therapy centers
• Diving medical research institutes
• High-altitude medical facilities
• Sports rehabilitation clinics
• Aerospace simulation environments

This upgraded system redefines precision environmental control, combining medical reliability with industrial robustness to meet the strictest demands of modern hyperbaric oxygen therapy and critical care.