INCORPORATING COLD CHAIN

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Carrier Transicold launches the Vector HE 17 .

The Vector HE 17 temperaturecontrolled trailer unit is now available , adding to Carrier Transicold ' s Vector High Efficiency ( HE ) range . Offering complete versatility for all trailer applications , this new unit offers refrigeration capacity output at above 16 kW , as well as a significant reduction in fuel consumption and noise levels .

By integrating advanced inverter technology with the proven all-electric E-Drive architecture , the Vector HE 17 sets a new benchmark for Total Cost of Ownership ( TCO ) and performance in its category . It delivers superior cooling capacity , reduces fuel consumption by up to 30 %, and lowers noise emissions by 6dB , for a sound perception decreased by more than 50 % compared to the Vector 1550 .

The system incorporates Carrier Transicold ' s E-Drive technology , a key technology of the company and constantly improved since 1999 , which has revolutionised the semi-trailer segment by removing the need for the mechanical transmissions found in belt-driven refrigeration systems and converting engine power into electricity to drive the unit .

The Vector HE 17 also builds upon the proven strengths of the Vector HE 19 unit : a hermetically sealed compressor and an economiser , increasing the machine ' s efficiency . This system offers greater efficiency , reduces the risk of refrigerant leaks , and significantly lowers fuel consumption , thanks to the inverter technology , which constantly adapts the compressor speed to meet the cooling demand .

In addition , the unit is equipped with a telematics box ensuring its compatibility with Carrier Transicold ' s Lynx Fleet digital platform , which combines refrigeration equipment data with machine learning . It helps customers to make faster , datadriven decisions and helps improve the effectiveness , efficiency and sustainability of their supply chains .

For additional information , call + 27 ( 011 ) 458 9480

Ideal Heating introduces the HP290 heat pump

Ideal Heating has launched the HP290 , a monobloc heat pump designed to provide efficient , low-carbon heating and hot water throughout the year .

This new product is a notable addition to the company ' s range of eco-friendly heating solutions . The HP290 is Ideal Heating ' s first domestic air source heat pump to use R290 refrigerant , which has a low environmental impact and minimal global warming potential . By incorporating this advanced refrigerant , Ideal Heating is taking significant steps to reduce the carbon footprint of home heating systems .

The HP290 offers several benefits for homeowners seeking sustainable alternatives to traditional heating systems :

• High efficiency : The HP290 boasts a seasonal coefficient of performance ( SCOP ) rating of over 500 %, ensuring optimal performance in various weather conditions , from sunshine to snow .

• Easy installation and maintenance : Designed for simplicity , the HP290 is easy to install and maintain . When paired with Ideal Heating ' s preplumbed hot water cylinder and Halo Lite RF thermostat , it forms a

comprehensive low-carbon heating package .

• User-friendly control : The HP290 control box consolidates all electrical components , streamlining the installation process and allowing homeowners to monitor the system ' s performance easily .

The HP290 is compatible with various heating systems , including radiators and underfloor heating . It features intuitive controls and offers fast reheat times when paired with Ideal Heating ' s heat pump cylinder range , ensuring comfort and efficiency year-round .

For additional information , call + 44 ( 148 ) 249 2251

STULZ launches coolant distribution unit CyberCool CMU

STULZ has announced the launch of CyberCool CMU – an innovative new coolant

management and distribution unit

( CDU ) that is designed to maximise

heat exchange efficiency in liquid

cooling solutions . Set to be launched

at Data Centre World Frankfurt 2024 ,

which takes place from 22 – 23 May

at Messe Frankfurt , CyberCool CMU

offers industry leading levels of energy

efficiency , flexibility and reliability

within a small footprint , while providing

precise control over an entire liquid cooling system .

Central processing units ( CPUs ) and graphics processing units ( GPUs ) are expected to exceed 1 000W per processor or higher in the next few years . These processing requirements are placing tremendous demands on data centre cooling systems and where liquid cooling was once an option , it is rapidly becoming essential .

CyberCool CMU has been developed to maximise heat exchange by isolating the facility ’ s water system

( FWS ) and technology cooling system ( TCS ) elements of a liquid cooling system . This significantly reduces the risk of cross-contamination and leaks , thereby enhancing overall reliability . It also provides precise control over each side of the cooling system , enabling better management of coolant flow rates , temperatures and pressure , which improves overall system efficiency . As it is precision engineered , CyberCool CMU accurately controls the supply temperature and flow rate of the coolant with minimal power consumption .

For additional information , call + 1 ( 301 ) 620-2033

Clivet introduces the new primary air unit Fresh Large EVO

The new Fresh Large EVO represents a further step forward in the HVAC world in the direction of the technology innovation , air quality and efficiency .

This packaged and completely autonomous series renews and purifies the air , and , through the full inverter thermodynamic circuit , recovers the exhaust air energy and efficiently transfers it to renewal air . The full inverter technology refers not only to refrigerant circuit , but also to fans ; constant airflow is ensured as well as its modulation according to CO 2 concentration indoor .

With three sizes , Fresh Large EVO ( CiSDN-Y EF 1 S ) is available for airflow from

2.500 m 3 / h and represents the ideal solution for both commercial , applied and large surface residential application , both existing and new buildings .

In addition , carbon footprint has been reduced by more than 90 % thanks to the adoption of ecological low GWP R32 refrigerant .

Main features :

• Exhaust air energy recovery with active thermodynamic recovery

• Full inverter technology ( compressor and fans )

• R32 refrigerant reduced charge ( up to -60 %) a lower GWP vs R410A ( -90 % of carbon footprint )

• Contribution to the satisfaction

of internal loads even at extreme temperatures

• High efficiency filtration with iFD technology

• Absence of contamination between exhaust and intake air flows

• Smart free cooling and indoor air quality management

• 30 % recycled EPP structure for maximum acoustic comfort and thermal insulation , as well as ease of transport and installation

• Low noise thanks to the silent and super silent modes

• Extended operating range down to - 20 ° C in heating mode

• Easy system design due to the fact that

all components are already integrated

• Advanced remote control and monitoring solutions std Modbus port

• Special attention to unit reduced height , for a high installation flexibility

For additional information , call + 39 ( 0 ) 439 3131

Cold Link Africa September 2024 | Page 33