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Key benefits

  • Star in energy efficiency
  • Low maintenance and easy inspection
  • Unmatched hygiene control

Star in energy efficiency

  • Evaporative cooling PLUS unique combined heat transfer system for minimized system-wide energy consumption. This patented combined flow design from BAC ensures unrivalled efficient heat rejection at the lowest possible energy input.
  • Axial fan uses half the energy of similar centrifugal fan units.
  • Bacross II fill factory-configured for unrivalled water/air contact and minimal air pressure drop. Guarantees optimal cooling tower efficiency.
  • High efficiency fan motors.

Low maintenance and easy inspection

  • Inspect and maintain safely towers with unrivalled comfort, while standing inside.
  • The FXVS has a spacious plenum (internal area) and easy inspection/maintenance access.
  • Access via large hinged door to optional internal walkway: no basin draining needed for unit interior inspection.
  • Inspection of water distribution system (spray branches and nozzles) possible outside the unit, during operation.
  • Easy to inspect the coil during operation from the outside or from the inside via the removable drift eliminator modules.
  • Easy to inspect the fill from the inside and via the removable combined inlet shields from the outside.
  • The patented Bacross II fill sheets reduce fouling and are telescopically supported, allowing complete inspection of the fill core without dismantling.
  • Self-cleaning cold water basin and fill above sloped basin to flush out dirt and debris.
  • Fans are easily accessible from the in- and outside
  • Optional clean out port helps remove silt and sludge from the cooling tower basin.
  • Removable suction strainer anti-vortex hood.
  • Make-up, drain and overflow easily accessible for inspection and cleaning.

Unmatched hygiene control

  • Easy-clean and easy-inspect FXVS towers reduce hygiene risks from bacteria (e.g. Legionella) or biofilm inside.
  • The patented Bacross II fill sheets reduce fouling and are telescopically supported, allowing complete inspection AND cleaning of the fill core without dismantling.
  • Combined inlet shields block sunlight to prevent biological growth in the tower, filter the air and stop water splashing outside. 
  • High efficient drift eliminators to prevent droplets escaping into the airTheir performance is tested and certified by Eurovent.
  • Optional clean out port helps remove silt and sludge from the cooling tower basin. 
  • Optional sump sweeper piping prevents sediment collecting in the cold water basin.

Year-round reliable performance

  • The thermal performance of FXVS is tested and certified by CTI-Eurovent.
  • Unique and patented heat transfer system: featuring combined flow via heat exchange coil and fill pack, for fine temperature applications and thermal challenges.
  • Multiple fan motor system covers independent fan motor and drive assembly per fan for stand-by in case of fan failure.
  • Various corrosion-resistant materials, including the unique Baltibond hybrid coating for guaranteed long service life.
  • Single air inlet and discharge, fits in most enclosures.

Ultra silent design

  • FXVS units include low noise axial fans for minimal surrounding noise. To reduce noise even further, choose for Whisper Quiet fans.
  • Factory designed, tested and rated sound attenuation is available on air inlet to cut operation noise even further.
  • Single-side air inlet, and a quieter tower rear for more noise-sensitive areas.
  • BACross II fill guides smoothly the water all the way into the basin without water splash noise.

Cheap to install

  • FXVS cooling towers are factory-built and shipped in sections for larger models to reduce the overall size and weight, allowing easy on-site section assembly with smaller crane.

You want to use the FXVS cooling tower to cool your process water? Contact your local BAC representative.

Eurovent logo FXVS

FXVS characteristics

Combined flow, axial fan, induced draft

Capacity range

up to 1895 kW

Water distribution


Maximum entering fluid temperature


Typical applications

  • Small to medium HVAC and industrial applications such as water source heat pump loops and air compressor cooling.
  • Tight enclosures and installations requiring a single air inlet.
  • Ideal for unit replacement