BAC Baltimore Balticare GmbH

BAC Balticare CXVE evaporative condenser

CXVE properties: multi- flow, axial fan, induced draft principle

Star in energy efficiency

Evaporative cooling PLUS unique combined heat transfer system for minimal system-wide energy consumption. This patented BAC multi-flow design ensures unprecedented efficient thermal performance with the lowest possible energy consumption.
Axial fans require half the energy of similar centrifugal fan units.
BACross II fills are factory configured for unparalleled water/air contact and minimal airside pressure drop. Guarantees optimal efficiency of the evaporative condenser .
Highly efficient fan motors.

Low maintenance and hassle free inspection

Inspection of the water distribution system (spray arms and nozzles) outside the unit, possible during operation . Inspect and service CXVE evaporative condensers with unparalleled convenience and safety while standing inside .
The CXVE has a spacious service channel (internal area) and provides easy access for inspection/service .
Access via large hinged door to optional internal walkway : no need to drain a tank to inspect the unit internally.
Easy to inspect tube bundles during operation from the outside or from the inside via removable mist eliminator modules .
Easy to inspect packing from inside or outside via removable, combined air inlet protection elements .
The patented Bacross II fill sheet steel plates reduce fouling and are telescopically supported, allowing complete fill inspection without disassembly.
Self-cleaning cold water basin and fill above sloping basin to flush out dirt and debris.
Fans are easily accessible from inside and outside .
Optional cleanout port helps remove silt and sludge from cooling tower basin.
Removable suction strainer with anti-turbulence hood.
Fresh water and overflow easily accessible for inspection and cleaning .

Unprecedented hygiene control

Easy to clean and easy to inspect CXVE towers reduce hygiene risks due to bacteria (eg legionella) or biofilm inside.
The patented Bacross II fill sheet steel plates reduce fouling and are telescopically supported, allowing for complete fill inspection AND cleaning without disassembly.
Combined air intake shields block sunlight to prevent biological growth inside the tower, filter the air and prevent water from splashing outside.
The highly efficient droplet eliminators prevent droplets from getting into the air. Their performance is certified and tested by Eurovent.
Optional cleanout port helps remove silt and sludge from cooling tower basin.
Optional sump suction prevents accumulation of sediment in the cold water basin.

Less refrigerant charge

Less tube bundle surface area is required because of the patented heat transfer system. This also means less refrigerant charge.
Less refrigerant charge reduces overall system operating cost and system cost .

Reliable operation all year round

Unique and patented heat transfer system: with multi-flow via heat exchanger coil and fill pack for temperature fine-tuning applications and thermal challenges.
Motor system and multiple fans ensure independent operation of fan motor and drive assembly per fan. For additional power regulation or as a standby fan in the event of a fan failure.
Various corrosion -resistant materials, for example the unique Baltibond hybrid coating for guaranteed long life.
One-sided air inlet and outlet fits most installation conditions.

Ultra-quiet construction

CXVE units incorporate low- noise axial fans for minimal ambient noise. To reduce the noise even further, you should opt for whisper-quiet fans.
Factory engineered, tested and dimensioned sound attenuation is available at the air inlet to reduce operating noise even further. Single side air inlet and a quieter condenser rear for more noise sensitive areas.
BACross II fill guides the water calmly and without splashing noise to the pool.

Inexpensive installation

CXVE evaporative condensers are factory assembled and shipped in parts on larger models to reduce overall size and weight and allow for easy on-site assembly of parts with a smaller crane.