• Combined flow evaporative condenser
  • Induced draft condenser


The CXV-T evaporative condenser is designed for a wide range of systems using ammonia as a refrigerant (645-1888 ammonia tons).

Technical specifications
  • G-235 mill galvanised steel used for all units
  • All exposed cut edges are protected with a thick zinc coating applied after fabrication to ensure effective zinc corrosion barrier
  • Fiberglass reinforced polyester (FRP) casing panels offer a more durable corrosion resistant unit
  • Serpentine cooling coil built of continuous lengths of all prime surface steel and hot-dip galvanised after fabrication (HDGAF) to avoid zinc corrosion
  • Split coil designed for low pressure drop with sloping tubes for free drainage of fluid and multiple compressors
  • Maximum working pressure: 300 psig
  • High quality mechanical water level control assembly is standard with all units and has been specially designed to provide the most reliable operation while being easy to maintain
  • Standard spray water pump: BAC 360TM Spray Nozzle combines scatter diffusion technology with large nozzle orifice size
  • BAC BALTIDRIVE® Power Train engineered drive system consists of a specially designed powerband and two cast aluminum sheaves located at minimal shaft centerline distances to maximise belt life
  • Belt drive systems suitable for variable frequency drive (VFD) applications without requiring expensive optional accessories (compared to a gear drive system)
  • Patented Combined Flow Technology allows air and water to flow in a parallel path, therefore eliminating scale- producing “hot spots” on the coil
  • Increased heat rejection occurs as the water flows over the fill, therefore lowering spray water temperatures
  • Standard fill can be used in applications with spray water temperature up to 130°F (54.4°C)
  • Rigging guides allow easy alignment and engagement of the coil sections, the fan (plenum) section, and lower section of units making rigging much simpler and reducing the time required
  • Fan selected to optimise low sound levels and maximise thermal performance

  • Patented Combined Flow Technology provides the highest capacity at the lowest refrigerant charge in the industry
  • Combined Flow Technology lowers installation and operating costs
  • Highest capacity footprint in the industry
  • Fewer piping connections which saves on piping, welding labor, and valves
  • Reduced refrigerant charge results in lower operating weight, resulting in a savings in building steel
  • Dual air intakes allows for simple steel design and layout flexibility
  • 5 years warranty motor and drive

  • Industrial refrigeration
  • Large capacity applications / Large tonnage projects


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