Condensers & Condensing Units North American School Systems Course & Event Calendar SmartCool™ 11kW – 233kW SmartCool™ Inverter Compressor 5kW – 83kW EasiCool™ 6kW – 64kW Ecotel™ FreeCool 5kW – 15kW Ecotel™ DX 5kW – 15kW OnRak™ 3kW – 35kW InRak™ 10kW – 67kW Echo™ up to 20kW AireTile™ Up to 1.2m³/s DeltaChill™ & DeltaChill™ FreeCool 110kW – 1080kW TurboChill™ & TurboChill™ FreeCool 200kW – 1830kW TurboChill™ Water Cooled 150kW - 1576kW OptiChill™ & OptiChill™ FreeCool 500kW – 1365kW LogiCool™ FreeCool 20kW – 40kW Ultima™ Compact & Ultima™ Compact FreeCool 30kW – 450kW Ultima™ Remote Air Cooled 75kW – 450kW Ultima™ Water Cooled 75kW – 450kW Chilled Water Cassette 2kW – 11kW BluCube™ 10kW – 48kW Air Cooled Condensers & Dry Coolers 12kW - 174kW Condensing Units (CU) 3kW – 80kW Ultima™ Compact Condensing Unit 30kW – 450kW

AireFlow™ 100kW – 440kW Contact an Airedale Account Manager View a Product Guide (online version) Download a Product Guide (.pdf) See inside our production facility Showing results 1 - 1 of 1 Designed for roof and wall connections and requires minimal mechanical cooling, delivering huge free-cooling potential to significantly reduce operational costs.what is 2 ton ac unit People Who Viewed This Also Viewed...ac units in texas Air Handling Unit rangecharging window unit air conditioner Designed to perform, our highly versatile range of Air Handling Units (AHUs) are configured for wall or roof mounted applications. Requiring minimal mechanical cooling and offer huge free-cooling potential - maximising efficiency and minimising operational costs.

ABB drives reduce running costs of air handling unit by 70% At a block of managed business premises in Monmouthshire in Wales, the installation of two ABB variable speed drives has reduced the running cost of the air handling unit from £180 to just £50 a week. This is set to save over £6,000 annually, reducing CO2 emissions by 12 tonnes per year. With offices, production space and storage facilities, the Castlegate Business Park provides a range of accommodation for offices and light industry. Originally, the fans in the air handling unit were driven directly by the motor via a pulley system. Speed control of the fan was possible by varying the ratio of the drive wheels between the motor and the fan, but this had no effect on the speed of the motor and offered no potential for saving energy. The air handling unit was recently refurbished to meet a lower average demand. A current tenant of the centre had previously been engaged in the manufacture of semiconductors, an activity that generates large amounts of heat and a subsequent demand for air circulation.

As this activity had ceased, the air handling unit now had more capacity than required. Allan McCabe of Kier Managed Services Ltd is the facilities manager for the Castlegate Business Park on behalf of owner Robert Hitchins Ltd.: “I knew of ABB’s reputation but had only used their motors before, not their drives. I decided to ask their local representative to look at the potential for using drives on the installation, both to save money and to reduce the carbon footprint of the building.” ABB Drives Alliance partner APDS installed two new ABB drives, a 22kW drive on the supply fan and a 15kW drive on the air extract fan. Running the unit according to demand and taking account of the reduced occupancy, the ABB drives have brought energy costs down by 70%. The annual saving of over £6,000 will give a payback time of 16 months. McCabe verified the data himself using the same methods used by ABB and APDS. “We put a data logger on one of the three phases of the motor and got the same result as ABB had demonstrated.

As well as drastically cutting our energy use, it also reduced our carbon footprint.” Go to Energy Home In today’s economy, capital dollars for replacing air handling units are often hard to come by. For this reason, it’s not uncommon for facilities to turn to alternative solutions to help them spend wisely. By refurbishing air handling units instead of replacing them, AQUIS affords you the opportunity to delay AHU replacement for years to come, and at a significant capital cost savings. Why is Refurbishment More Cost-Effective? Simply stated, the replacement of a single air handling unit can easily exceed hundreds of thousands of dollars, not to mention the signification impact to facility operations.  But is air handling unit replacement always necessary?  Oftentimes, poor air handling unit design leads to premature deterioration of the air handler casing (i.e., condensate pans, floors and walls) while other components in the air handling unit remain in good running order. 

AQUIS offers the opportunity to restore the air handler casing to like-new condition and maximize the service life of the entire air handling unit. But how does it work?  The AQUIS advanced composite coating system consists of an innovative nanotechnology that provides superior adhesion to aging steel and concrete surfaces.  Because of this, the AQUIS System seals and protects condensate pans, floors and walls while also addressing those design deficiencies that created the problem from the start.  The end result is a system that significantly extends service life of your air handling units, and decreases maintenance requirements and associated costs for many years to come.  To give you an idea of how impactful the cost savings with AQUIS can really be, consider this scenario: Case Study: New York City Area Hospital One New York City hospital was struggling with 52 aging mechanical air handling units, all original equipment from when the hospital was built in 1972. 

Poorly sloped condensate pans had led to years of standing water and premature corrosion of the air handler casing.  With each air handler difficult to access in interstitial spaces, they were facing replacement costs upwards of $250,000 per air handling unit. The hospital had budgeted for the replacement of four air handlers at a time, at an expense of $800,000.  In conjunction with the hospital, AQUIS prepared a financial analysis to determine the potential cost savings of refurbishing these same air handlers.  The analysis assumed the replacement or refurbishment of 4 air handlers at a time, and considered capital cost investment, energy savings, and operational cost savings for both refurbishment and replacement of these air handling units.  Upon comparing the 7-year discounted cash flow for the AQUIS refurbishment versus replacement, they identified a significant overall savings in favor of AQUIS. The New York City hospital saved $9.4 million in capital dollars by refurbishing all 52 air handling with AQUIS.