Leicester Data Room Air Conditioning Installation

Chillaire Limited carried out the installation of three Mitsubishi Electric wall split type air conditioning systems, from the Mitsubishi Electric PKA-P wall range to provide 14 kW of cooling capacity into a data centre room at our customer site in Leicester, Leicestershire with spare standby capacity.

The Mitsubishi Electric indoor wall units were installed with the Leicester data centre still fully operational. Care was taken while the work was carried with our engineers sectioning off the data room equipment with plastic sheeting to create mini work areas, the work was carried out in stages to ensure that sufficient cooling was still operation at all times to keep the Leicester data room at the correct required temperature level.

Back up support portable cooling units were hired in as back in case problems arose which could be set up rapidly to continue to provide sufficient cooling to the Leicester data room.

Our engineers worked long shifts to ensure the project was completed as per the agree programme with our client, in fact it was completed ahead of the agreed schedule.

We removed 2x existing Fujitsu wall air conditioning systems and installed the 3x new Mitsubishi Electric PKA-P wall fan coil units.

The Mitsubishi Electric Outdoor units were installed at low level on condensing blocks over a slab area installed into a grass verge on the side of the building occupied in Leicester by our customer.

We also installed a high temperature alarm with a light indicator and audible alarm to advise staff if the temperature in the data room starts to rise. The data centre is occupied 24 hours a day and out of hours security are alerted and can deal with any issues and now there is spare capacity.

We can supply and install auto diallers to call a number of phone numbers in and emergency or email staff out of hours, for anywhere the data centre or computer room is manned 24 hours a day.

For details of data centre or computer room air conditioning systems or any type of air conditioning systems you can call us on our Leicester local number: 0116 202 5094 or email us at sales@chillaire.co.uk

We cover the whole of the Leicestershire area, Leicester, Hinckley, Ibstock, Earl Shilton, Broughton Astley, Oadby, Blaby, Narborough, Loughborough, Shepshed, Coalville, Lutterworth, Magna Park, Market Harborough, Syston, Melton Mowbray and the rest of Leicestershire.

Call us today on Leicester: 0116 202 5094

Leicester Office: 3rd Floor, St George’s House, 6 St George’s Way, Leicester, LE1 1QZ

In addition to the Leicestershire county, we also cover the adjacent counties, Nottinghamshire, Warwickshire and Northamptonshire.

Local Warwickshire Office: Unit 1 Veasey Close, Attleborough Fields Industrial Estate, Nuneaton, Warwickshire, CV11 6RT

Nuneaton Office Telephone Number: 024 7632 0300 / Email: sales@chillaire.co.uk

Local Northamptonshire Office: Moulton Park Business Centre, Redhouse Road, Moulton Park, Northampton, Northamptonshire, NN3 6AQ

Northampton Office Telephone Number: 01604 269540 / Email: sales@chillaire.co.uk

You can call us on our Freephone number: 0800 092 9898

Visit our website for further details: www.chillaire.co.uk

Coventry Gas Heating – Powrmatic New LNVX Range Heater Installation

Powrmatic LNVx ErP Warm Air Suspended Gas Unit Heater is ErP compliant and benefits from a redesign throughout its entire construction, performance and aesthetics including the new RAL 7015 colour scheme.

It has easy access control panel and has been designed with engineers in mind. The hinged control panel allows easy access to the burner compartment during installation and servicing. The new ‘Plug & Play’ control panel allows for quick and trouble free wiring connections.

Reduced NOx, the advanced LNVx is ergonomically designed with low NOx levels which provides efficient and cost effective heating solutions for any industrial and commercial properties whilst built with heating engineers in mind.

The new Powrmatic LNVX heater is more economical to run compared to the conventional range still offered by Powrmatic, such as the NVX range which is still though a superb heater.

Powrmatic new energy efficient LNVX heater range now available for installations into warehouses, factories, distribution centres, workshops, garages, halls, sports halls, gyms and many more applications / environments.

Call the Coventry gas heating centre – Chillaire Limited 16 Lythalls Lane, Holbrooks, Coventry, CV6 FG / Tel: 024 7624 9440 or Email: sales@chillaire.co.uk

Freephone; 0800 092 9898 / www.chillaire.co.uk

Air Conditioning Heat Pump & Gas Heating solutions and installations in Coventry, Hinckley, Leamington Spa, Rugby, Solihull, Daventry, Crick, Warwick, Stratford upon Avon, Redditch, Alcester, Bromsgrove, Leicester, Coalville, Loughborough, Derby, Nottingham, Kettering, Lutterworth, Northampton, Milton Keynes, Bedford, Banbury, Brackley, Corby, Wellingborough, Tamworth, Birmingham, Cannock, Stafford, Stoke on Trent, Walsall, Worcester, Kidderminster, Telford, Stourbridge, Evesham, Gloucester, Cheltenham, Warwickshire, Leicestershire, West Midlands, East Midlands, Northamptonshire, Nottinghamshire, Derbyshire, Worcestershire, Gloucestershire

New Venue Air Conditioned by Chillaire Limited – Nadee Indian Restaurant and Banquet Hall in Findern, Derbyshire

Chillaire Limited from Coventry supplied and installed direct expansion Inverter drive, energy efficient Mitsubishi Electric Heat Pump Air Conditioning (HPAC) systems consisting of twin and triple ducted multi split systems to serve three main halls at the new Nadee 550 seater banqueting hall at Findern, Derbyshire.

The new venue hall is situated behind the existing Nadee Indian Cuisine Restaurant which serves the finest indian food with bar area and outside canal side seating with countryside views. The venue is easily accessible from the A50 and A38 both which run past he venue and the M42 and M1 are both also within easy reach.

The new venue will be ideal for weddings and parties, the hall has been designed to be used as one large open space holding 550 max capacity or it can be segregated into 3x smaller halls for multiple venues to be held simultaneously. Each hall has been set up to have individual cooling and heating control.

Chillaire Limited designed, supplied and installed Mitsubishi Electric inverter drive model PUHZ-P heat pump twin / triple multi type heat pump air conditioning outdoor condensing units linked to multiple indoor model PEAD-P ducted indoor fan coil units.

We also installed two Mitsubishi Electric inverter drive model PUHZ-P HPAC multi outdoor condensing units linked to four model PKA-P indoor wall fan coil units to serve the reception / bar area.

The Mitsubishi Electric heat pump air conditioning installation project took around 10 weeks to complete, the new venue hall building was a new build and Chillaire Limited worked alongside the building contractor to ensure that the finished installation was neat and tidy with no services visible all pipes, cables and rains were concealed within the new building construction from the indoor unit to the outdoor unit

The indoor DX Mitsubishi Electric ducted indoor units were concealed within side bulkheads with just the linear supply air grilles and linear extract air grilles visible where each ducted fan coil unit has been positioned installed.

The heat pump air conditioning project was designed and installed by the Chillaire Limited project team supervised all the way through.

The four Mitsubishi Electric Heat Pump Air Conditioning PKA-P wall fan coil units were install at high level with all pipe work and cables concealed within the walls to give a flush clean final finish.

The condensate pumps were concealed into the wall with specially built hatches for access in emergencies.

Below: the Mitsubishi Electric PUHZ-P Model High Capacity Inverter Driven Heat Pump Air conditioning Outdoor Multi Split Units which were positioned and installed on a purpose made concrete plinth.

The Mitsubishi Electric equipment installed has the best Seasonal Energy Efficiency Rating (SEER) and Coefficient of Performance(COP) factor compared to other brands.

The new venue hall with a possible maximum seating capacity of 550 people, the new Mitsubishi Electric heat pump air conditioning system has been designed to provide ideal environmental conditions all year round with cooling in summer and heating winter.

In addition to the Mitsubishi heat pump air conditioning systems, Chillaire Limited also supplied and installed bar IMI Marstair bar cellar coolers.

Designed, supplied and installed by Chillaire Limited, the company Coventry office: 16 Lythalls Lane, Holbrooks, Coventry, CV6 6FG Tel: 024 7624 9440 / sales@chillaire.co.uk and visit our website: www.chillaire.co.uk

For booking information regarding the new venue email info@heathlandgrove.com for further details you can visit the venue website: www.heathlandgrove.com

Why is Ventilation so Important for Buildings?

Ventilation is the essential process of replacing stale air with fresh air. Without proper ventilation, buildings become susceptible to stagnant air, where bacteria and carbon make the indoor air more polluted than the air outside.

Why is Ventilation so Important in Air Conditioning?

Ventilation is perhaps the single most important element of any HVAC system. It influences air quality and energy efficiency, and proper ventilation controls odours, dilutes gases (such as carbon dioxide), and inhibits the spread of respiratory diseases. Ventilation air is critical in educational facilities and any type of building or indoor environment where many people congrigate.

Learn More About Us

Terms Related to Ventilation

Indoor Air Quality (IAQ)

Indoor Air Quality (IAQ) is a term which refers to the air quality within and around buildings and structures. IAQ is known to affect the health, comfort and well-being of building occupants. Poor indoor air quality has been linked to Sick Building Syndrome, reduced productivity and impaired learning in schools.

IAQ can be affected by gases (including carbon monoxide, radon, volatile organic compounds), particulates, microbial contaminants (mold, bacteria), or any mass or energy stressor that can induce adverse health conditions. Source control, filtration and the use of ventilation to dilute contaminants are the primary methods for improving indoor air quality in most buildings.

Determination of IAQ involves the collection of air samples, monitoring human exposure to pollutants, collection of samples on building surfaces, and computer modelling of air flow inside buildings.

IAQ is part of indoor environmental quality (IEQ), which includes IAQ as well as other physical and psychological aspects of life indoors (e.g., lighting, visual quality, acoustics, and thermal comfort).[1]

Natural Ventilation

Natural ventilation is the process of supplying air to and removing air from an indoor space without using mechanical systems. It refers to the flow of external air to an indoor space as a result of pressure differences arising from natural forces. There are two types of natural ventilation occurring in buildings: wind driven ventilation and buoyancy-driven ventilation. Wind driven ventilation arises from the different pressures created by wind around a building or structure, and openings being formed on the perimeter which then permit flow through the building. Buoyancy-driven ventilation occurs as a result of the directional buoyancy force that results from temperature differences between the interior and exterior. Since the internal heat gains which create temperature differences between the interior and exterior are created by natural processes, including the heat from people, and wind effects are variable, naturally ventilated buildings are sometimes called “breathing buildings”.

The static pressure of air is the pressure in a free-flowing air stream and is depicted by isobars in weather maps. Differences in static pressure arise from global and microclimate thermal phenomena and create the air flow we call wind. Dynamic pressure is the pressure exerted when the wind comes into contact with an object such as a hill or a building.

The impact of wind on a building affects the ventilation and infiltration rates through it and the associated heat losses or heat gains. Wind speed increases with height and is lower towards the ground due to frictional drag.

Very broadly, Ventilation in Buildings Can be Classified as ‘Natural’ or ‘Mechanical’.

Mechanical Ventilation of Buildings

Ventilation is necessary in buildings to remove ‘stale’ air and replace it with ‘fresh’ air:

• Helping to moderate internal temperatures.
• Helping to moderate internal humidity.
• Replenishing oxygen.
• Reducing the accumulation of moisture, odours, bacteria, dust, carbon dioxide, smoke and other contaminants that can build up during occupied periods.
• Creating air movement which improves the comfort of occupants.

• Mechanical (or forced) ventilation is driven by fans or other mechanical plant.
• Natural ventilation is driven by pressure differences between one part of a building and another, or pressure differences between the inside and outside. For more information see Natural ventilation.

Natural ventilation is generally preferable to mechanical ventilation as it will typically have lower capital, operational and maintenance costs. However, there are a range of circumstances in which natural ventilation may not be possible:

• The building is too deep to ventilate from the perimeter.
• Local air quality is poor, for example if a building is next to a busy road.
• Local noise levels mean that windows cannot be opened.
• The local urban structure is very dense and shelters the building from the wind.
• Privacy or security requirements prevent windows from being opened.
• Internal partitions block air paths.
• The density of occupation, equipment, lighting and so on creates very high heat loads or high levels of contaminants.

Some of these issues can be avoided or mitigated by careful design, and mixed mode or assisted ventilation might be possible, where natural ventilation is supplemented by mechanical systems.

Typical Mechanical Ventilation Systems for Commercial Buildings

In commercial developments, mechanical ventilation is typically driven by air handling units (AHU) connected to ductwork within the building that supplies air to and extracts air from interior spaces. Typically air handling units (AHU) comprise an insulated box that forms the housing for; filter racks or chambers, a fan (or blower), and sometimes heating elements, cooling elements, sound attenuators and dampers. In some situations, such as in swimming pools, air handling units might include dehumidification.

Where mechanical ventilation includes heating, cooling and humidity control, this can be referred to as Heating Ventilation and Air Conditioning (HVAC).

Extracting internal air and replacing it with outside air can increase the need for heating and cooling. This can be reduced by re-circulating a proportion of internal air with the fresh outside air, or by heat recovery ventilation (HRV) that recovers heat from extract air to pre-heat incoming fresh air using counter-flow heat exchangers.

The design of mechanical ventilation systems is generally a specialist task, undertaken by a building services engineer. Whilst there are standards and rules of thumb that can be used to determine air flow rates for straight-forward situations, when mechanical ventilation is combined with heating, cooling, humidity control and the interaction with natural ventilation, thermal mass and solar gain, the situation can quickly become very complicated.
This, along with additional considerations, such as the noise generated by fans, and the impact of ductwork on acoustic separation means it is vital building services are considered at the outset of the building design process, and not seen as an add-on.

Building Management Systems

Mechanical ventilation may be controlled by a building management system (BMS) to maximise occupant comfort and minimise energy consumption. Regular inspection and maintenance is necessary to ensure that systems are operating optimally and that occupants understand how systems are operated.

Building Regulations Requirements

Ventilation in buildings is regulated by Part F of the building regulations. Approved document F includes standards for ventilation and air quality for all buildings and requirements for the prevention of condensation. The types of ventilation covered include; mechanical, passive stack, background and purge (rapid).

It is supported by the Domestic Ventilation Compliance Guide, which provides detailed guidance about the installation, inspection, testing, commissioning and provision of information when installing fixed ventilation systems in new and existing dwellings.

Heat Recovery Ventilation

MECHANICAL ventilation is not something many people would be familiar with in their homes, but it is something many would have experienced in other types of buildings, such as offices and hospitals. Mechanical systems are often regarded as unnecessary for dwellings, but, as our Star ratings encourage us towards better-sealed dwellings, these systems become important. Here I hope to outline the reasons why a truly comfortable and efficient home would include mechanical ventilation with heat recovery (MVHR, also called heat recovery ventilation, or HRV systems).

In MVHR systems, heat is transferred between the air flows in and out to greatly reduce thermal flows while allowing high levels of ventilation.

Air infiltration in homes can account for a significant component of the total heating and air conditioning loads in a building (around a third to a half), and this load can be particularly significant in low-energy buildings where all other loads have been reduced.

At a time when housing sustainability is on many householders’ minds, the best way to increase energy efficiency is to take advantage of the basics of building physics by making improvements to the envelope. This involves using basic passive solar design principles in conjunction with insulation and building sealing.

However, sealing a building does mean you need to consider how the building is then ventilated.

What we refer to as ’natural ventilation’, and what the majority of homes rely on for fresh air, is a combination of open windows and imperfections in construction (gaps and holes). This method of ventilation is largely imperfect¹; good natural ventilation relies on natural variations in pressure and temperature, and the best designs use cross- flow and stack principles to induce air flow into and through a building.

Relying on natural ventilation to provide adequate conditions for good health, as well as comfort, is likely to be insufficient in a well-sealed building. This is because the amount of air infiltration relies on a number of factors, including the time windows are open, openable area and prevailing weather conditions. Mechanical ventilation provides a way to address this, using fans to move air into and/or around a building. A number of studies have also shown that the use of MVHR can be more efficient, in terms of reduced energy use and the resultant carbon emissions, than relying on natural ventilation. As with any system, appropriate system selection and design is key.

Why is Adequate Ventilation so Important?

Adequate ventilation within a building ensures good air quality, by removing toxins and CO2, and also helps to control humidity, thus reducing the risk of condensation. Energy efficiency and thermal comfort can also be enhanced. Air quality can be affected by a number of impurities, such as low-level irritants (dust, pollen) right through to radon and volatile organic compounds. In humid or colder areas, and particularly in uninsulated buildings, there is also a significant potential for condensation when humidity levels are too high, and this can result in mould growth and various health issues. Building fabric can also be affected by moisture and deteriorate, reducing the life of a building and adding to life-cycle costs.

Why Use Mechanical Ventilation?

A mechanical ventilation system can:
•remove stale air and introduce fresh air into a building assist with reducing indoor humidity levels
•reduce incoming pollutants, when effective filtration is included
•remove indoor pollutants, including CO2 and VOCs from off-gassing of materials such as those used in furniture and finishes.

Studies show that to ensure adequate ventilation by natural means, the windows in a reasonably well-sealed building would have to be opened at least four to six times a day for a reasonable amount of time.

Who Does it Work For?

One of the most important things to get right before introducing a MVHR system is your building sealing—for what is the point in controlling the ventilation and attempting heat recovery when your building leaks like a sieve anyway? It’s similar to turning on the heater while you have all the windows open— fighting the classic ‘losing battle’.

In order to be successful, ultra-low energy buildings require a very good level of airtightness. Once a building is airtight, it then becomes necessary to introduce ventilation in order to make the building habitable.

Types of Systems

The simplest mechanical ventilation system uses exhaust fans only, with fixed inlets to provide makeup air. There is no heat exchange on this system, so incoming air is the same temperature as ambient. Exhaust points would likely be provided in areas such as bathrooms and kitchens.

Another simple system is a two-way ventilator, which operates on a push-pull basis to generate a flow of supply and exhaust. These ventilation systems operate with one fan unit exhausting and the other supplying air.

An integrated heat recovery heat exchange bank is used to transfer heat between exhaust and supply air streams.

At the other end of the scale, a fully-ducted ventilation system is the most effective solution, and utilises fully controlled and balanced ventilation. This type of system is most effective when applied in a well-sealed building, where other infiltration sources are reduced (note: this does not preclude openable windows!) These systems supply fresh, filtered air to the building, where it then flows through the building before being exhausted back to outside, thereby removing hot or humid air. The air volume supplied is balanced with the exhaust.

The most efficient way to operate such a system is to include heat exchange, whereby thermal energy is transferred between the outgoing and incoming air streams, keeping the internal conditions stable and retaining that energy. Bypass arrangements are possible on these heat exchangers, to take advantage of times when outdoor conditions are good enough for direct air supply.

Heating and/or cooling coils can be added to the more complex MVHR systems, and radiant or refrigerant systems (split systems or radiant panels) can be located internally to provide any additional heating or cooling requirements.

What to Look For

Like everything, it’s about selecting the system that’s right for the application. There is reduced benefit from installing a heat recovery system if the issue of building sealing first hasn’t been addressed, as uncontrolled air infiltration will negate the effectiveness of your mechanical system.

Units should be selected based on predicted ventilation requirements (a function of occupancy and heat loads) and then size.

The unit should be selected for high thermal exchanger efficiency. A good unit will have a sensible (related to temperature) heat exchange efficiency of greater than 80% (it can be up to 93%). However, a reasonable efficiency could be around 75% and such units will typically be more affordable.

Electrical efficiency should also be considered (energy consumption per m3 air delivery—less than 0.45 Wh/m³ is excellent).

Controls can be as complex or simple as desired.

For advice on ventilation please call us on Coventry Tel: 024 7624 9440 or email us at sales@chillaire.co.uk / 16 Lythalls Lane, Holbrook, Coventry, CV6 6FG

Toshiba Heat Pump Air Conditioners

Toshiba Air Conditioning has launched an updated version of its VRF air conditioning design platform help air conditioning contractors design the Toshiba VRF system for customer projects called DesignAirs.

DesignAirs is an advanced air conditioning design application that enables design engineers to create detailed project drawings, including pipework and equipment specifications, for a variety of building types. The latest generation includes a new seasonal performance calculator that allows designers to simulate the actual performance and running costs of a system using local seasonal temperatures and operating conditions. It also allows users to specify different electricity tariffs, in order to estimate running costs under different supply scenarios. Designers can print out a report to show the anticipated running costs of a system for end users, and how much CO₂ it will produce in a year.

The design platform has three-dimentional capabilities that can generate schematic drawings showing pipework routing, outdoor/indoor unit and FS box locations, providing a clear overview of the installation for the contractor and end user. This also can be used to highlight any potential issues with a design in relation to oil traps and height difference separation. Unlike other design software that outputs design elements as separate drawings, the new DesignAirs system can generate a single page view showing all elements of a system, either as a PDF or an AutoCAD file.

Alongside the introduction of the enhanced DesignAirs, the company has issued updated Building Information Modelling (BIM) software for use with Autodesk Revit, an industry standard BIM platform. Used for creating and managing information on construction projects, one of the key outputs of the BIM software is a digital model detailing many aspects of a building, including its heating, air conditioning and ventilation services. The enhancement includes BIM Revit icons to be used in Autodesk Revit to represent specific items of equipment in a building’s HVAC system within the digital model.

Toshiba’s newly updated suite of digital BIM Revit icons covers its digital inverter and super digital inverter ranges, SMMS-e and SHRM-e VRF systems and CIAT air handling units, heat pumps and chillers.

For your Toshiba air conditioning requirements call Chillaire Limited today on 024 7624 9440 or email us at sales@chillaire.co.uk by post Patani House, 16 Lythalls Lane, Coventry, CV6 6FG

Mitsubishi Electric Wall Air Conditioners with Wide and Long Airflow

Wide and Long airflow patterns from specially designed Horizontal Vanes by Mitsubishi Electric designers ensures optimum temperature distribution and comfort, and push air into larger living spaces.

Mitsubishi Electric air conditioners let you enjoy greater installation freedom and economy as they offer more than enough performance to cover all types of interiors. Selected models feature long-reach airflow. These models deliver an extra-wide angle airflow the distributes air evenly up to 150° laterally to assure you of far less temperature fluctuations across a much larger area.

Your range of satisfaction is further increased by the ability of this unit to extend the reach of comforting air up to 12 meters away. You’ll be assured to find an air conditioner that suits your requirement from Mitsubishi Electric.

The MSZ–AP range is a wall mounted system that blends energy efficiency with a modern white design. Boasting outstanding benefits, this mid-range unit includes state-of-the-art Wi-Fi control as standard and utilises low GWP R32 refrigerant.

Mitsubishi Electric’s classic range of high specification flat panel wall mounted models make use of the latest R32 Mitsubishi Electric inverter compressor technology. Designed specifically for comfort cooling and heating, these units have extremely quiet sound levels, whilst also delivering economical air conditioning, with improved EER figures. Ideal for use in any size room, many units come equipped with a wide-angle airflow system, as well as an automatic swing vane, allowing airflow to be extended to every corner of a room.

Designed to heat or cool small to medium sized applications, the M Series range provides a versatile, yet affordable air conditioning solution. Extremely quiet sound levels whilst also delivering economical air conditioning with improved SCOP / SEER figures and also quiet (as low as 22dBA* 1 ).

Unlike conventional models with a grilled air intake, wall mounted models feature a smoothly contoured, flat panel finish with a top air intake that not only improves aesthetics, but also helps to reduce noise as the heat exchanger area is fully covered. This is as a result of the multi-angled heat exchanger having a modified fin shape that reduces air resistance, producing a smoother, quieter flow of air. Alongside this, the wide diameter of the fan produces greater airflow at lower fan speeds and the uneven pitch between each fan blade helps to eliminate unwanted noise.

Key Product Feature’s:

Compact and stylish white design
Quiet operation with industry leading low noise levels
Highly energy efficient operation, utilising low GWP R32 refrigerant
Built in Wi-Fi interface enabling control and monitoring via the MEL Cloud app (MSZ-AP25/35/50)
Double vanes to distribute airflow evenly throughout the room
Weekly timer provides greater control of scheduling
Incorporates Replace Technology, allowing the upgrade of systems utilising existing piping.

For further information contact Chillaire Limited an accredited AI certified supplier / installer of Mitsubishi Electric air conditioning products at the followings address;

Chillaire Limited
16 Lythalls Lane
Holbrooks
Coventry
CV6 6FG

Tel: 024 7624 9440

Email: sales@chillaire.co.uk

Chillaire Now Install Clint and Montair Brands

Chillaire Limited from its offices located in Coventry / West Midlands / United Kingdom now offer precision air conditioning brand Montair manufactured by G.I. Industrial Holding Spa.

MONTAIR is the trademark of special applications dedicated to high-tech Close Control systems. For 40 years MONTAIR has been the name of excellence in precision air conditioning in high technology environments: cooling systems for technical applications such as Server rooms and telecommunication plants.

G.I. Industrial Holding Spa is an International Company present all around the World with its wide manufacturing and distribution network.

The network of G.I. Holding Spa also includes the Hungarian manufacturing Company GIMEK Zrt and G.I. Industrial Asia Holdings Sdn Bhd, manufacturing and trading Company based in Malaysia.

The Group employs 300 people in its 4 manufacturing plants and 2 manufacturing joint ventures on a total covered area of over 40.000 m².

The company believes in Customer satisfaction and pursues this objective through the development of solutions to ensure the best performance over time and the maximum reliability of our products. The internationally recognized certifications can be summarised as follows:

CE. Confirms that all of the products that leave our production lines are constructed according to the standards of the European Community.
BV. Certification for pressurized fluids which ensures correct execution of cooling and hydraulic circuits in the units with compressor.
UNI EN ISO 9001:2008. In 1999 GI Industrial was the first Italian Company in the sector to obtain it. This proves the special attention focused on proper management of air conditioning applications and industrial processes.
EUROVENT. Attesting the reliability of Company data on product performance, it is a guarantee of the actual quality of CLINT’s products and their characteristics.

There are three manufacturing facilities, two in Italy and one in Hungary.

The group can also offer the brand CLINT which is a brand that has been around for a while focuses on Liquid Chillers, Packaged Roof Top units, Dry Coolers and Fan Coil units.

Chillaire Limited can offer their services from their Coventry, West Midlands office and assist with design, supply and installation. We can also continue to provide aftercare service

For more information regarding the above systems brands contact us at our Coventry office 16 Lythalls Lane, Holbrooks, Coventry, CV6 6FG.

Office Phone Number: 024 7624 9440 / Email: sales@chillaire.co.uk

Website: www.chillaire.co.uk

Airwell Air Conditioning Systems

The Airwell factory is located in Normandy and is one of the globally leading manufacturers and distributors of air conditioning systems. Over 60 years of experience in the design, development and production of residential, commercial and industrial applications make us a major player in the European market. References are numerous in France and internationally and concern all sectors of activity including many hospitals (surgery rooms, white rooms…) industrial sites, energy-efficient office buildings, hotels and also military establishments.

The factory benefits from ISO certifications delivered by the most recognised certification bodies.
Airwell / Systemair AC participates in the certification programme Eurovent ensuring by independent laboratories, the technical specifications according to the international standards.

The Factory in Italy provides a wide range of equipment for the HVAC market ranging from 20 to 1700 kW suitable for a wide range of applications of air conditioning and industrial processes. Airwell / Systemair has 70 years experience in industrial production, of which 50 years is in the HVAC business. Airwell / Systemair Italy is equipped with high tech equipment and has one of the most modern research centres in Europe for the development and testing of chillers and heat pumps.
The range of products, that is Eurovent certified, consist of Air and Water cooled chillers and heat pumps as well as condensing and condenserless units.
The company develops and manufactures a wide range of air conditioning products:

• Chillers & Heat Pumps
• Water Terminals
• Residential heat pump
• Water Source Heat Pump
• Close control
• Direct expansion

NEW Airwell HDM R32 Wall Mounted Single Split and Multi Split Systems

NEW Airwell HDM R32 Wall Mounted from AUK Distribution.

4 – 1:1 split system sizes 2.6kW to 7kW cooling / 3.4kW to 8.1kW heating.
3 – Multi split system sizes 5kW, 7kW and 8.5kW cooling / 5.7kW, 8.6kW and 9.6kW heating.

Extremely quiet in operation.
Monosplit & Multisplit application.
R32 refrigerant environmental friendly.
Digital screen.
Economical solution: A++ class.
High efficiency : SEER higher than 6.
Pure design.

NEW AIRWELL SYSQUARE CHILLED WATER CASSETTE

The new SYSQUARE low noise chilled water cassette offers a comfortable air conditioning solution with improved acoustic performances.

The design including the compact dimensions allow the unit to fit harmoniously into a standard 600 x 600mm or 900 x 900mm ceiling grid.

The SYSQUARE cassette has been specially designed for an easy and fast installation, as well as for ease of maintenance with complete access to the internal components.

• 6 sizes (20, 30, 40, 50, 60 and 70)
• 3 versions (2-Pipe, 2-Pipe/Electric Heat, 4-Pipe)
• AC (SysQuare) or EC (SysQuare EC) motor
• Plastic or metallic diffuser
• Cooling capacities from 1.3 to 9.6 kW
• Heating capacities from 1.1 to 14.0 kW
• Perfect integration into standard 600×600 (from 20 to 40)
• and 900×900 (from 50 to 70) ceiling tiles.

NEW Airwell-Systemair SYSQUARE Chilled Water Cassette

The new SYSQUARE low noise chilled water cassette offers a comfortable air conditioning solution with improved acoustic performances.

The design including the compact dimensions allow the unit to fit harmoniously into a standard 600 x 600mm or 900 x 900mm ceiling grid.
The SYSQUARE cassette has been specially designed for an easy and fast installation, as well as for ease of maintenance with complete access to the internal components.

Lennox Heat Pump and Gas Fired Roof Top Packaged Units

Main applications

• Medium and light commercial buildings
• Restaurants
• Retail

Why this choice?

• Energy efficient solution
• Cost effective package for fast and easy installation
• Options of humidity control
• Fresh air control and free cooling/heating management
• Wide choice of communication interfaces
• Heat recovery modules
• Optimized «Total Cost of Ownership» (TCO)

General description

Rooftop solution is the most cost effective package solution for high efficiency comfort air conditioning of single volume buildings.

• First class efficiency system thanks to multiscroll compressor technology associated with chlorine free R410A refrigerant. The rooftop unit product line is Lennox most innovative equipment for commercial applications.
• eDrive variable speed direct transmission ventilation system to save even more energy on BALTIC and FLEXAIR ranges.
• Advanced eClimatic controller, designed to improve energy efficiency and reliability. This controller integrates master slave capability and a wide choice of communication interfaces.
• Cost effective package solution for fast and easy installation.
• Low weight construction for easy lifting in all site configurations.
• Many standard airflow configurations and wide range of adjustable roof curbs to suit all type of building designs.
• Multiple auxiliary heating options available, with intelligent control to allow the selection of the most efficient way to generate heating based on the outside temperature and/or energy costs.
• Fresh air control and free cooling/heating management for healthy and comfortable environments.
• Heat recovery solutions on exhaust air or to recover calories generated by refrigeration equipments
• The units are available with the following versions:
> Cooling only
> Heat pump
> Cooling only with gas burner standard heat or high heat
> Multiple fuels units combine heat pump with gas fired heating

EC fan technology

EC fan technology offers the maximum efficiency together with the minimum power consumption. That’s why BALTIC provides EC fans both in indoor and exhaust section.

For both supply and exhaust, the units can be configured up to 800 Pa external static pressure (ESP).

The EC plug-fan technology allows:

• Adapting airflow at commissioning
• Varying airflow during unit operation providing progressive inflation smooth /textile ductworks
• Easy maintenance operations, as there is not pulleys and belts regulation

Lennox New Version

eNeRGy

High efficiency packaged air treatment unit

• Market segments: Industry, Storage and logistic
• Product family: High efficiency packaged air treatment unit
• Air flow (m³/h): 0 > 27000
• Cooling (kW): 0 > 157
• Heating (kW): 0 > 151
• Eurovent: Certified product

The New Reference for Packaged Air Treatment Solutions

The new Rooftop eNeRGy is the adaptable Packaged solution offered by Lennox, to provide ventilation, cooling, heating and filtration functions for large volume buildings.

Main applications

• Industry/Logistic
• Commercial HVAC

Why this choice ?

• Indoor air quality
• Modularity and adaptability to any energy source
• Very high effi ciency
• Low thermal losses
• Optimized «Total Cost of Ownership» (TCO)

Modularity concept

Nowadays, buildings are taking advantage of the best construction techniques, and the different improvements in isolation and lightning technologies contribute to decrease the cooling or heating demands.
eNeRGy range is fully adapted to this new trend and can offer different combinations of thermodynamic refrigerant circuits with the same indoor airflow, giving different cooling or heating capacities

Architectural features

eNeRGy indoor section is built in an aluminum structure with double skin panels mounted with a special locking system to reduce air leakages to the minimum.
Double skin doors, panels, corners and roof offer a double-wall construction with 50 mm Rockwool insulation to provide an increased thermal resistance versus current ranges.
With a Fire class A2, s1, d0 (M0), this construction provides an increased thermal resistance (R=1, 43).

EC fan technology

EC fan technology offers the maximum efficiency together with the minimum power consumption. That’s why eNeRGy provides EC fans both in indoor and exhaust section.

For both supply and exhaust, the units can be configured up to 800 Pa external static pressure (ESP), whatever the options or accessories are chosen in the unit.

The EC plug-fan technology allows:

Filters

eNeRGy is fitted with G4 filters as standard and can offer as well, two higher levels of filtration as an option :

• G4+F7 filter option / efficiency > 85% / 0,4 μm particles
• G4+F7+F9 filter option / efficiency > 95% / 0,4 μm particles.

Heat recovery options

eNerGy range includes fully integrated modules to recover the energy from the installation.
Regarding the extraction air, eNeRGy offers two energy reco- very options :
• Rotary wheel
• Thermodynamic heat recovery circuit
Additionnaly, eNeRGy offers an option to recover the energy released by refrigeration equipments, called eRecovery.

Total Air Conditioning ● Heating ● Ventilation Solutions for all applications

Chillaire are based in the heart of England with various offices in surrounding areas, from where we provide a national service through our locally and remotely located engineers.
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CONTACT US

Freephone 024 7632 0300

Head Office
Patani House
16 Lythalls Lane
Coventry
West Midlands
CV6 6FG

service@chillaire.co.uk
sales@chillaire.co.uk

Monday	9:00 am – 5:00 pm
Tuesday	9:00 am – 5:00 pm
Wednesday	9:00 am – 5:00 pm
Thursday	9:00 am – 5:00 pm
Friday	9:00 am – 5:00 pm
Saturday	Closed
Sunday	Closed

Chillaire
Air Conditioning - Heating - Ventilation