Subscribe to the daily news Sign in
En
BAC introducing the new Polairis Model PLF2BAC introducing the new Polairis Model PLF2BAC introducing the new Polairis Model PLF2BAC introducing the new Polairis Model PLF2
28 March 2022

BAC introducing the new Polairis Model PLF2

The PolairisTM model PLF2 closed circuit cooling tower brings reliability to the next level.
This innovative unit, that incorporates highly efficient radial fans with EC motors as well as the DiamondClear Design, offers you a year-round, trouble-free and energy efficient operation in combination with a minimal need for maintenance.

Key benefits

  • Extremely reliable
  • Superb hygiene
  • Minimal maintenance and easy inspection

Extremely reliable

  • The Polairis closed circuit cooling tower's design incorporates all experience BAC acquired over the last decades with thousands of VXI units installed globally since 1978.
  • Fan drive systems are located inside the unit, in the dry air, preventing condensation and eliminating corrosion issues and premature failures.
  • Direct driven fans eliminate potential mechanical failures.
  • Multiple, individually driven fans guarantee redundancy.
  • The thermal performance of Polairis closed circuit cooling towers is tested and certified by Eurovent.
  • Baltibond hybrid coating for maximum equipment life, with corrosion resistance equivalent to SST 304L.
  • Dry operation possible.

Superb hygiene

  • The DiamondClear Design* offers a continuous self-cleaning operation. During standstill the sloping surfaces fully drain, avoiding stagnant water and the risk of sedimenation of impurities.
  • A completely encased collection basin eliminates any sunlight ingress, preventing biological growth.
  • Baltibond hybrid coating for a smooth surface finish that reduces biofilm development.
  • The floor is fully sloped towards the drain - also in the dry section - for easy cleaning.
  • Water treatment system connections are provided as standard.

Minimal maintenance and easy to inspect

  • Direct driven fans require no maintenance at all.
  • The DiamondClear Design* offers a continuous self-cleaning operation. The need for maintenance is minimized by using fully sloping surfaces, a constant impact of falling spray water and high water velocities.
  • The double blank-off wall guides the spray water into the collection basin, which makes it subject to higher turbulences. This turbulence reduces the risk for sediments to settle down and reduces the need for collection basin cleaning.
  • Two large access doors are included in the default unit construction for easy access to all critical components. 
  • Unmatched accessibility to the basin, drives and fans in the dry section, via the mansized access door at ground level.
  • Water distribution system is easily accessible from outside.
  • Baltibond hybrid coating for a smooth surface finish that facilitates internal cleaning.

Flexible to install

  • Fans are prewired to a terminal box to avoid time-consuming on-site wiring. Integrated electronics of EC motors eliminate the need for external VFD's, electronic filters and shielded cables.
  • Installation costs are reduced since units are shipped in 2 factory-built sections with a rigid base frame that guarantees squareness for easy on-site assembly. Additionaly, single lifts are possible. 
  • Single side air intake allows for installation in confined spaces and next to solid walls.
  • Pressure capability of fans allows indoor installation with ductwork.
  • Silent radial fans reduce the need for installation of sound attenuation.

Energy efficient

  • EC motors have superior efficiency that exceeds the IE4 requirements.
  • Integrated electronics of EC motors allow for variable speed control at a significantly reduced power consumption compared to AC motors with VFD.
  • Optimized design with EC Fan Systems in combination with DiamondClear Design results in a uniform air distribution over the entire footprint of the coil, for year-round optimal certified thermal performance. 

Low sound

  • Silent radial fans are standard.
  • Single side air inlet allows directing the quiet unit rear towards noise sensitive areas.
  • Sound attenuation is available for the most stringent sound requirements.

* patent pending

Related tags: Fans
Share
Subscribe to the Refindustry Daily Newsletter
Trusted by 3,000+ refrigeration professionals worldwide
or sign up with
Google
LinkedIn
Facebook
No spam. Only industry-relevant news.
Unsubscribe anytime.

Related news

Carrier introduces AquaEdge 30CF chiller for data center cooling in...
Carrier has introduced the AquaEdge 30CF air-cooled centrifugal chiller, targeting data center operators seeking continuous cooling performance and protection of uptime under real-world operati...
yesterday
Airedale by Modine launches hybrid chiller to meet evolving AI data...
Airedale by Modine has introduced the TurboChill 3+MW, a new air-cooled chiller designed to support next-generation, GPU-powered data centers. The launch reinforces the company's position in provid...
26 Jan 2026
EVAPCO adds eco-Air Series APEX CTI-certified dry fluid cooler
EVAPCO has introduced the eco-Air Series APEX Dry Fluid Cooler, the newest addition to its eco-Air Series and an evolution of its high density double stack product line. The company positions the u...
18 Feb 2026
Trane launches R290 air-to-water heat pumps for EMEA and ANZ
Trane (a brand of Trane Technologies) has launched two air-to-water heat pumps using R290 refrigerant: FLEX N HP and ARIES N HP. The company said the new units expand its R290 portfolio for custome...
26 Feb 2026
ENEX Technologies launches industrial V-shaped dry cooler with up t...
ENEX Technologies has introduced a new Industrial V-Shaped Dry Cooler, offering cooling capacities from 200 to 2,500 kW. Designed for industrial refrigeration, IT cooling, and energy and proces...
23 Jan 2026
ThermalWorks launches high-efficiency CDUs for AI-driven data centers
ThermalWorks has introduced a new line of high-efficiency Liquid Cooling Distribution Units (CDUs), designed to meet the growing thermal demands of AI workloads and high-density server environments...
22 Dec 2025