Cooling

TROX UK designs and manufactures bespoke Multi-Service Chilled Beams (MSCB) to meet technical specifications and design requirements. Advantages include improved efficiency of space utilisation. Suspended ceilings are eliminated with a slab-to-slab minimum height of only 2.8m. Chilled beams require comparatively low air flow rates

The InRak is an efficient in-row cooling solution for high density data centre applications. Positioned next to a rack or within a row of server cabinets, the InRak directs air horizontally to the front of the server racks. The InRak has in-built resilience and excellent efficiencies, lifting the InRak’s EER to 90.3 during part load operation

Air-cooled condensers and dry coolers CR 12-174kW (R410A), C/CS 11-105kW DR10-100kW are designed and optimised for R410A in 8 model sizes (CR) with total heat rejection 12-174kW. The R407C range includes 10 model sizes (C/CS). Each unit is available in either horizontal or vertical air discharge orientation and has an extremely compact footprint

Heat pump with reversible water side for indoor installation. Suitable for medium-sized services in residential and commercial buildings. With the addition of a desuperheater or total recovery system, domestic hot water can also be produced: cooling capacity: 111.6 ÷ 510.2 kW; heating capacity: 123 ÷ 561.6 kW; r410A refrigerant; cooling only

Compact® is one of Frenger's latest range of high-performance Chilled Beams. Energy efficiency has been a key driver for such advancements in Frenger's Chilled Beam Technology. Compact® is only 133mm deep and can achieve up to 1092 watts per meter total cooling (based on 10dTK and 26 ltrs/sec/m for a 1.8m long beam, supplied at 16°C with a 100Pa

Designed and optimised for R407C, this range of 20 air-cooled condensing units and heat pumps covers the range of 3-80W in cooling mode. Standard head pressure control and mains isolator. Small footprint and slimline design are ideal for wall-mounted installation. A large surface area coil is ideally positioned to optimise airflow and heat

Condenserless water chiller for indoor installation. Suitable for cooling only, for large-sized services in residential and commercial buildings: cooling capacity: 547 ÷ 1328 kW; r134a refrigerant; r513A (XP10) refrigerant (Option); condenserless; twin screw compressor; shell and tube exchanger; heat recovery (Option); lownoise version (Option

Aermec offers the CDR range of air remote condensers. General characteristics: two exchangers arranged in a V; two independent cooling circuits; two rows of fans, diameter 800mm; 6 to 10 fans; separate ventilation compartment for each fan. Construction characteristics: units are designed for outdoor installation and therefore made with

An air-cooled, single/dual circuit R134a/R1234ze high capacity chiller designed around revolutionary centrifugal Turbocor compressors integrated with cutting edge components. Brilliantly engineered, using Airedale’s vast expertise in cooling technology, the TurboChill™ minimises environmental impact by lifting efficiency to new heights and pushing

Condenserless water chiller for indoor installation. Suitable for cooling only, for small/medium-sized services in residential and commercial buildings: cooling capacity: 7 ÷ 43.4 kW; r410A refrigerant; condenserless; scroll compressor; plate exchanger; heat recovery (Option); pump kit (Option); network operation (Option); compatible with ModBus

AireWall™ is a precision Computer Room Air Handling (CRAH) unit developed specifically for low-energy, high-density data centre applications. It removes the need for both pressurised raised floor systems and overhead cooling systems, with several options available ranging from 170 to 400kW cooling power. AireWall™ comprises a filter and fan bank

ChillBooster is an adiabatic air cooling system for use on chillers and drycoolers, for all air-conditioning and refrigeration applications. ChillBooster atomises water into very fine droplets that evaporate spontaneously, cooling the air. The coil is thus cooled by a flow of colder air and droplets of water, allowing more favourable operating

The TurboChill™ Water Cooled is a high capacity, water-cooled, single circuit chiller, which offers exceptional ESEER values of up to 8.86. With 3 module variants, including the R1234ze TG310 range which has been specifically developed for use with the low Global Warming Potential (GWP) refrigerant R1234ze, the TurboChill™ Water Cooled utilises

FRB passive chilled beams are designed for comfort cooling and visible suspended installation in cellular and open-plan offices, hotels, class rooms, conference rooms, computer rooms, restaurants, banks and shops. They have a high cooling capacity, even when there is a large difference in temperature between the coolant supply and the return

NSM air-to-water chillers are a high-efficiency chiller range with axial fans, twin-screw compressors, tube core water exchangers and micro-channel air exchangers. They provide high efficiency at partial loads and feature a microchannel coil as well as a night mode, that enables a silenced operation profile. They are quick and easy to install

The U44 Hybrid combines the systemic functions required in an office to ensure thermal and acoustical comfort. Depending on the hydraulic connection to the cooling / heating water network and the free choice of control strategy, the effect of U44 Hybrid ranges from a self-regulating thermo active component system to a powerful cooling ceiling

Air-water multifunction unit for outdoor installation. Suitable for the simultaneous but independent production of hot and cold water. Available for 2-pipe or 4-pipe systems: cooling capacity: 43 ÷ 477 kW; heating capacity: 46 ÷ 544 kW; r410A refrigerant; multipurpose; scroll compressor; axial fan; plate exchanger; pump kit (Option); water tank

Parasol modules deliver cooling, heating and ventilation services. Unlike chilled beams, they distribute air in four directions rather than two. This maximises the area in which supply air is mixed with the room air, which allows the modules to discharge air at high capacity. The modules four-way air diffusion is adjustable on each side. The air

Air-Twist® technology incorporates an active chilled beam with the aesthetics of a linear diffuser in a single unit. It is part of the HC VERDE® product line of environmentally aware, low energy, sustainable products and concepts. Air-Twist® was designed for mixed systems in which the air conditioning system supplies the necessary ventilation air

The Bulkhead Active Chilled Beam is one of Frenger's latest range of high-performance Chilled Beams. Energy efficiency has been a key driver for such advancements in Frenger's Chilled Beam Technology. The Bulkhead beam contains a number of performance-enhancing features as can be expected from the Frenger brand. The beam is designed for discreet

Aermec offers the TW high chiller range with plate type exchangers and compressor with magnetic levitation bearings: cooling only version; new generation two-stage oil–free centrifugal compressor with magnetic friction free bearings; extremely compact - only 805mm wide; component layout designed to allow multiple units to be positioned side by

Ultima 300 is one of Frenger's latest range of high-performance Chilled Beams. Energy efficiency has been a key driver for such advancements in Frenger's Chilled Beam Technology. Ultima 300 is only 290mm deep and 292mm wide and can achieve 525 watts per meter total cooling (based on 10?tk and 26 ltrs/sec/m for a 2.4m long beam supplied at 16°C

Air/water chiller with free-cooling, for outdoor installation. Suitable for summer air-conditioning for medium-sized services in residential and commercial buildings. Features: cooling capacity: 59 ÷ 904 kW; free-Cooling capacity: 58 ÷ 887 kW; r410A refrigerant; free-Cooling; scroll compressor; axial fan; plate exchanger; pump kit (Option); water

X-Wing® is one of Frenger's latest range of next-generation Chilled Beams. Energy efficiency has been a key driver for such advancements in Frenger's Chilled Beam Technology. X-Wing® is only 125mm deep and can achieve up to 370 watts per meter as an exposed passive "Radiant" / convective cooling unit and up to 170 watts/m2 when concealed behind an