Hynews from IMI Hydronic Engineering

SEPTEMBER 2014

HYNEWS

Changing for You! TA Hydronics is now IMI Hydronic Engineering You might have noticed or heard of a few recent changes in our company – the refocused strategic direction of our group and a refreshed look.

With the launch of the new company name: IMI Hydronic Engineering, we aim to visually accompany the changes taking place. The fresh new look is designed to signal our greater focus on providing our customers with even better products, quality and service.

Read on inside to find out more about some of the exciting new innovations already available from IMI Hydronic Engineering!

p. 3. Compresso Connect

p. 4. TA-Compact-P

p. 5. Worldwide Innovation: AFC

is a new high performance precision pressurisation system with compressors and remote monitoring function for heating, solar and chilled water systems.

The new pressure independent balancing and control valve (PIBCV) with unique diagnostic capabilities, uni-directional access to all function and high longevity.

Automatic Flow Control technology for thermostatic valves and floor heating systems

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SEPTEMBER 2014

Engineering GREAT solutions Since joining the company early last year, there have been many exciting changes taking place. We have seen many new innovations, great improvements in customer service and a real team spirit throughout the company.

As part of a global group with an ambitions future, I am proud to be part of the transformation we are undergoing as a business and excited about the launch of the new visual identity – IMI Hydronic Engineering.

IMI Hydronic Engineering – Quick Facts: What’s new!

Our logo:

Our product brand logos:

Our new website: www.imi-hydronic.com We have seen a huge effort in many areas and have seen a renewed focus on our new product brands – IMI Pneumatex, IMI TA and IMI Heimeier and the launch of a number of exciting world-class products.

This is set to continue – be sure to visit our stand at the 2015 ISH Exhibition in Frankfurt for all the latest developments and prepare to be wowed!

But the journey doesn’t stop here, we will continue to focus as a business on the service we deliver to our customers and partners all over the world – great quality products, wherever and whenever you need them.

100 company

A FTSE on the London Stock Exchange

2013 revenue: over

£1.7 billion

12,000

Over employees worldwide

3 Divisions belong to IMI Plc: 3 Divisions belong to IMI Plc:

IMI Hydronic Engineering - the leading global provider of technologies and solutions that deliver operational and energy efficient waterbased heating and cooling systems inside buildings

IMI Critical Engineering - a world leading provider of highly-engineered flow control solutions for critical applications that are able to withstand temperature and pressure extremes and intensely abrasive and corrosive cyclical operations.

Peter Spencer Managing Director

History of IMI Hydronic Engineering

IMI Plc. Facts

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Providing a comfortable indoor climate which is also energy efficient is at the heart of what IMI Hydronic Engineering stands for. Our commitment to saving energy in your HVAC system goes beyond just providing you with innovative products, it’s the understanding of the system as a whole. 20% of the world’s energy is used in HVAC systems – now there’s a lot of potential for energy efficient solutions which can help to reduce the energy bill! I hope you enjoy the magazine.

IMI Precision Engineering - specialising in the design and manufacture of pneumatic and other flow control technologies for applications where precision, speed and reliability are essential.

Don’t just learn about the latest hydronic breakthroughs – do them.

Don’t miss out on your opportunity to discover the latest developments and insights in hydronic distribution, including the chance for hands-on training at our of our Hydronic College training centres.

More than 200,000 people have attended Hydronic College seminars in the past three years!

Recognising that HVAC systems are responsible for up to 20% of the world’s energy consumption, IMI Hydronic Engineering has established our unique Hydronic College – offering a wide range of seminar programmes and practical sessions at our training facilities world-wide. The college is dedicated to providing best practice education to HVAC professionals, especially where energy optimisation is concerned.

IMI Hydronic Engineering – devoted to knowledge sharing.

More than 200,000 people have already participated. All our seminars are underpinned by our commitment to translating our market-leading insights into practical and actionable training. Using our insights you can reduce the total energy consumption of a building’s HVAC system by up to 30% while enhancing controllability and indoor climate comfort.

Learn best practice from the best in the market Hydronic College training centres educate attendees on how to optimise hydronic systems and draw out the best possible performance, cost and energy savings.

> 1897

> 1909

> 1928

> 1952

> 1955

> 1977

> 1996 > 1997 > 2002 > 2007 > 2011

> 2014

11 11 August Hilmer Andersson starts manufacturing in Ljung of fittings for water and 11 11 heating industry Carl Stücklin founds installation company “Carl Stücklin Sanitäre Anlagen” in Basel Theodor Heimeier founds Theodor Heimeier Metallwerke Heimeier starts production of thermostatic valves Innovation by Stücklin: Pneumatex branded expansion vessel Merger between August Hilmer Andersson & Tour Agentourer AB under the name Tour & Andersson AB (TA) IMI acquires Heimeier IMI acquires Tour & Andersson (TA) Founding of Pneumatex AG IMI acquires Pneumatex TA Hydronics launched combining for the first time the Pneumatex, TA and Heimeier brands under a single entits with headquarters in Eysins, Switzerland New strategic direction, TA Hydronics becomes IMI Hydronic Engineering

Topics cover the full spectrum of hydronic issues including pressurisation, variable flow systems, system controllability, balancing methods and room temperature control.

These training modules can also be tailored specifically to your requirements.

Get your hands dirty.

We believe that the best way to learn is by doing. That is why we have fitted our training centres with working units, simulating installations and equipment typically encountered in a variety of HVAC systems. These units enable hand-on demonstrations and training in the fields of pressurisation & water quality, balancing & control and thermostatic control all our trainers have substantial working experience within the HVAC industry, and undergo continuous training themselves. Upon completion of training, all participants receive a certification of attendance that can be used towards professional development credits.

Sign up now For more on our seminars or practical training sessions, contact your local IMI Hydronic Engineering sales representative or visit www.imi-hydronic.com

SEPTEMBER 2014

Compresso Connect The most comfortable way to maintain pressure in your HVAC system The Compresso Connect is a new high performance precision pressurisation system with compressors and remote monitoring function for heating, solar and chilled water systems.

The Compresso Connect allows you to control your pressurisation system remotely and gives you the comfort of knowing what is happening inside wherever you are, allowing you to detect problems in your system when they first appear.

Suitable for use when compactness and precision pressurisation are required, the Compresso Connect comprises an expansion vessel and a new BrainCube Connect control panel, for medium sized systems up to 13 MW. With Compresso Connect you can get standardised connections to BMS, remote access to all data, system analysis and data logging, and remote commissioning support. From now on, all you need to fully control pressure maintenance in your heating or cooling system is Compresso Connect and a device equipped with an internet browser.

A few features of the new Compresso Connect: > Resistant 3.5” TFT illuminated colour touch display > Standardised connections to BMS: RS485, Ethernet, USB > Periodic automatic self-test > Compact design > Remarkable accuracy of +0.1 bar

Benefits of the new Compresso Connect: > Intuitive and user friendly menu > Easy and comfortable operation > Web-based interface with remote control and live view > Remote access, trouble-shooting and commissioning support, reducing the need for high skilled staff to perform operations > Data logging for system performance checks > Space savings, requiring only 1/3 to 1/5 of space compared to static vessels of the same expansion volume > Ensures system pressure remains constant, in stark contrast to the pressure fluctuations experienced by conventional vessels which can be up to several bars.

HyTools Everything you need for hydronic calculation in one app

Zeparo Cyclone DIRT SEPARATORS with new cyclonic technology!

With the HyTools app, HVAC professionals now have all the balancing, pressurising and radiator control tools they need right on their iPhone, iPod Touch or Android smartphone.

The new Zeparo Cyclone removes dirt in heating and cooling systems much more quickly, easily and efficiently than ever before! The new standard for dirt separation is based on Cyclonic technology, which is set to revolutionise HVAC system maintenance due to its highly superior capacity for dirt removal, which is up to nine times more efficient than competitor devices!

NEW IN VERSION 1.2.4 > Density, kinematic viscosity and specific heat data added to the database for water, 2 glycols, 4 brines and 3 alcohols in function of the fluid temperature and percentage of additive > Interpolated fluid properties are displayed in a new screen and are used for all pipe and valve calculations > Automatic viscosity correction applied for nonturbulent flow calculation in measurable valves > TA-FUS1ON-C – new range of combined control and balancing valves with adjustable Kvs > TA-FUS1ON-P – new range of pressure-independent control valves > A-Exact - new range of thermostatic radiator valves with automatic flow limitation

The Cyclonic effect has been used successfully in industrial applications like power plants to clean fumes and remove dust particles from the air. This removal of dirt in systems is vital to ensure high performance of components installed, such as energy efficient boilers, pumps and valves. Dirt can also affect circulation and heat transfer, for example in radiators, leading to poor indoor climate. The removal of dirt ensures a longer life of the installation, lower maintenance costs as well as lower energy costs. The Zeparo Cyclone is an ideal product to remove dirt such as sludge and magnetite (black iron oxide) deposits and performs well at high temperatures.

The features of the new Zeparo Cyclone Dirt: > High efficiency due to Cyclonic technology > Performs well at high temperatures up to 120°C due to special inner part compound (PPS) > High efficiency independent of dimension > Inline construction for easy installation and maintenance > PN10 Pressure rating > ¾” version can be directly connected to copper pipes (15, 18 and 22mm) with a compression coupling The benefits of the new Zeparo Cyclone Dirt: > Cleans your system in fewer cycles (up to 9 times faster), each time reducing dirt particles that would

Available in 17 languages!

Download free application:

> > > >

normally deposit in the system with each additional cycle.

Ideal for all types of small and mid-sized installations up to 300 KW of power.

Protects your pump and other critical components of your heating system from dirt and magnetite.

No clogging risk.

Reduces maintenance of equipment needed over system lifetime and associated costs.

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SEPTEMBER 2014

TA-Compact-P TA-Compact-T Clever design and high reliability TA-Compact-P is a pressure independent balancing and control valve with unique diagnostic features to correctly set a pump and achieve ultimate energy savings with highly reliable system operation.

High flow capacity makes the valve universal and flexible for use in heating and cooling applications.

Very low pressure drop decreases operating costs and minimizes pump head.

A smart body with uni-directional access to all functions allows the parallel installation of two valves in small fan-coil units. The main parts of the valve are made from TA’s dezincification resistant alloy AMETAL® and stainless steel to guarantee long life and reliable operation without additional service costs

The right return temperature in cooling installations TA-COMPACT-T is the only ON-OFF control valve with a return temperature controller for cooling applications with variable flow. It is an ideal solution for current systems suffering from low return temperature.

TA-COMPACT-T is designed to be used in the return pipe. Easy and direct temperature setting of the return temperature has an immediate positive effect on global return temperature and energy efficiency of a cooling system. Correct return temperature from terminal units limits over flows and saves energy.

Variable flow systems with two-way On-Off control valves are usually unable to guarantee an accurate return temperature from terminal units. This can be due to a number of reasons including: > Over flows caused by hydraulic interactivity between terminal units as a result of differential pressure changes > A low thermostat setting which results in continuously open valves > A lack of accurate hydronic balancing > Dirty air filters which can decrease cool transfer > A low supply temperature to compensate hydronic compatibility between production and distribution side decreases also return temperature

TA-COMPACT-T is On-Off control valve modulating flow according to pre-set return temperature to achieve designed temperature difference.

DN 15-25 Temperature range: 8-18�C

Lifebuoy for your cooling system and expenses

Precise hydronic balancing TA-COMPACT-P works as control valve and balancing valve with flow limiter. Maximal flow is freely adjustable. The fully open valve keeps flow through the terminal unit constant according to the pre-set maximum value. As a result, overflows are limited which improves return temperature, increases boiler/ chiller efficiency and saves electrical pumping energy. A well-balanced heating or cooling system can provide optimal temperature comfort with energy savings by up to 35% while investment in balancing solutions represents approx. 2-3% of the overall costs of installation.

> Ensures requested return temperature from terminal units > Eliminates over flows by means of controlling return temperature > Increases energy efficiency of entire cooling system > Helps to protect chillers against low return temperature

TA-Pilot-R Little giant.

In the smallest body the greatest abilities

Absolute control

The TA-PILOT-R is a high performance differential pressure controller operated by Pilot technology designed to keep a stable differential pressure over the load.

TA-COMPACT-P is the only PIBCV on the market able to diagnose system by measuring: > flow > pressure drop > temperature > available differential pressure > power

With unrivaled accuracy TA-PILOT-R assists in delivering accurate and stable conditions to provide superior control valve authority for modulating control valves, additionally it can limit noise and simplify the balancing procedure.

Diagnostics is important for quick and cost-effective troubleshooting of possible system failures.

Only measuring provides clear evidence of real system performance and helps to adjust all system components to reach the highest energy efficiency.

The PILOT technology delivers unrivaled accuracy and stable pressure control > Weight was decreased by 80% in comparison to standard controllers with big springs and membranes > The valve is 2 times smaller and can be installed anywhere > The installation is 2 times faster and cheaper > Unique measuring capabilities

DN 10-32 Flow range: 22-4000 l/h

Watch film to learn more

Watch film to learn more

DN 65-200 Setting range: 10-50, 30-150, 80-400 kPa

SEPTEMBER 2014

A-exact Thermostatic valve body with automatic flow control

Watch film to learn more

The advantages of A-exact: > Thermostatic valve body with automatic flow control > No differential pressure regulators necessary in a system > Automatic hydraulic balancing without complex calculations > The system is correctly balanced under any working conditions > Lower energy costs due to increased system efficiency > Elimination of noise coming from radiator valves > Boiler efficiency due to proper maintenance of return temperature > Easy replacement of old valves without complicated renovation

Sectional view of the innovative A-exact valve

A-exact is the first thermostatic valve body with automatic flow control. Irrespective of the differential pressure, the valve controls the flow rate to the value pre-set with a special regulation key.

Multibox AFC Decentralised flush individual room control with automatic flow control Multibox AFC can equally be easily adjusted to specified heating loads.

Direct setting of the required flow rate allows for automatic hydraulic balancing.

Advantages for users include increased comfort thanks to the uniform and optimum temperature distribution as well as visible savings in energy consumption and costs.

Multibox AFC is a very versatile product, with applications including separate temperature regulation in individual rooms coupled with low supply temperature and where there is a combination of radiator based and floor heating systems.

Multibox AFC is available in various versions: > K (with a thermostatic valve) > RTL (with a return temperature limiter), and > K-RTL (with a thermostatic valve and return temperature limiter)

Integrated automatic flow control

With A-exact, the set flow rate is never exceeded.

Flow rate settings range from 10 to 150 l/h.

Hersteller: Modell: Registrierungsnummer:

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Heimeier K (6000­00.500) 10458-20090729

Information: www.tell­online.eu

A Label of EUnited Valves European Valve Manufacturers Association

A-exact fits perfectly with IMI Heimeier thermostatic heads!

Multilux 4-A-Set 1 product, 4 applications Multilux 4-A-Set is an AFC technology product, offering practically universal application options. From heated towel rails and design radiators, integrated valve radiators to universal radiators, the Multilux 4-A-Set is an ideal solution for any place aspiring to satisfy the most rigorous of aesthetic requirements.

Dynacon

Watch film to learn more

Optimum control of underfloor heating systems thanks to the Dynacon manifold with automatic flow regulation Dynacon, a manifold for underfloor heating systems, with integrated automatic flow regulators, allows for much simpler regulation compared to traditional technologies. The Dynacon technology aims at controlling flow rather than limiting a maximum flow rate. With Dynacon, hydraulic balancing is automatically attained, without ever exceeding a preset flow value (l/h).

In such a way, it is possible to independently regulate individual heating circuits and reach the desired flow rate in individual rooms.

The advantages: > Automatic hydraulic balancing without complex calculations > Control cartridge ensures constant flow rate > Easy to install > Flow is easily adapted to given heating loads > Optimum temperature distribution > Increased comfort thanks to balanced heat distribution > Energy efficiency > No complaints from residents and owners

Installation options are freely configurable, with the use of a single thermostatic valve. The set is available in a straight or angle form for Rp ½ and G fittings. The thermostatic insert and shut-off insert (with drain) are interchangeable. Thanks to a standard centre-to-centre distance between pipe connections (50mm) the Multilux 4-A-Set can also be retrofitted into many already existing radiator systems.

In addition to the thermostatic valve, the set also includes white or chrome covers and the popular Heimeier DX thermostatic head.

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SEPTEMBER 2014

Football Fever!

IMI Hydronic Engineering ensured that you could watch the 2014 World Cup in absolute comfort – wherever you were!

Estádio Castelão: The Football World Cup is probably one of the most watched if not the most watched sports competition in the world. An estimated 700 million people watched the final match of the 2010 FIFA World Cup held in South Africa. The final was broadcast to 204 countries on 245 different channels.

Inside the stadiums, a total of 3,170,856 spectators attended the 64 matches.

Estádio Beira Rio has lots of nice photos:

The location and choice of stadiums for each competition are very important; these are the places where the football lovers will celebrate their favorite sport and teams. No wonder then that stadium selection is very complex and the location, capacity, design and environmental impact are amongst the first things to be considered.

IMI Hydronic Engineering is proud to be part of this major event not just in 2014, but over the years – having helped to design and control HVAC systems in over 30 stadiums around the world. We have played our part to create perfect climates for spectators to watch the football – be it live or from the comfort of their own homes.

Maracana:

For the 2014 World Cup, we have supplied products to 9 of the world cup stadiums: > Estádio Mineirão | Opened 1965 | Capacity 64,000 seats > Arena Pantanal | Opened 2014 | Capacity 28,000 seats (World Cup: 41,390 seats) > Arena da Amazônia | Opened 2014 | Capacity 44,500 seats > Arena Fonte Nova | Opened 2013 | Capacity 53,700 seats) > Arena Pernambuco | Opened 2013 | Capacity 46,000 seats) > Estádio Beira Rio | Opened 1969 | Capacity 50,000 seats) > Arena Corinthians | Opened 2014 | Capacity 48,000 seats (World Cup: 68,000 seats) > Estádio Castelão | Opened 1973 | Capacity 63,903 seats > Maracana | Opened 1950 | Capacity 78,838 seats Considering comfort for the 2014 World Cup in Brazil it was important to take into account the area’s challenging climatic conditions, the heat and the tropical rain water - the HVAC solution had to deliver an optimum indoor climate for tens of thousands of spectators, whilst still helping to reduce the energy bill.

IMI Hydronic Engineering supplied its expertise and products to both the new build and renovation stadiums, using TA-Select software at the start to help determine the optimum component selection whilst ensuring at a strategic level that the system would respond in line with requirements.

The solutions comprised of a range of high performance STAF and STAD balancing valves, STAP differential pressure controllers, TBV-C terminal valves, KTM 512 pressure-independent temperature control valves, Statico and Pleno pressure-maintenance devices and the TA-SCOPE – a powerful flow and pressure measurement and diagnostics instrument.

Estádio Mineirão:

Contact us You are kindly asked to send the request to us by fax at No.: +41 22 990 98 43 As a competent partner for the optimisation of hydraulic distribution systems and in room temperature control systems, we can provide you with extensive specialised information and documentation at your request.

Name, Surname Company Street Post-code, town/city

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Tel./Fax E-Mail

Arena da Amazônia Your request: I would like to receive the following documentation:

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