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Heat pumps. Simply more efficiency.
Heat pumps.The refrigerant circuit has been in use for over 150 years. More than 40 years ago, it was used to develop the first heat pumps at the Dimplex site in Kulmbach – and this technology still has the power to amaze us to this day. Dimplex heat pumps are true miracles of efficiency: Up to 80 percent of the energy required for heating and domestic hot water preparation is obtained from the environment. You only need power for the remaining 20 percent – which can be used extremely sparingly. If this power is generated from renewable energy, the heat pumps heat completely CO2-neutral.
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The Energy Transformation is coming.
There is no way around a conversion to renewable energies: Since 1990, their share of the energy sources in Germany has steadily increased from 1.3 to 11.1%. And their share of the electricity production has risen accordingly. Today, more than 30% of the generated electricity can be produced from renewable sources, with a strong trend upward. Electricity is the energy source for a green future – whether with its PV systems on your roof, wind parks in the North Sea or hydropower: Energy from renewable sources is now produced in the form of electricity.
What is now needed – and is also being strongly promoted by the government – smart, networkable hardware that is adapted to ensure the diverse and efficient use of this green power. For heating and cooling, for domestic hot water production and ventilation, in all buildings from small to large, from apartments to supermarkets and factory halls. Ideally: Everything from one source.
And electricity is the key.
Simply more system. Simply more efficiency. Simply from a single source.
No other manufacturer offers a comparable, cleverly coordinated product range: Dimplex has everything you need in order to profit from the Energy Transformation for your heating, cooling, and ventilation – and to be future-proof in the long term.
Find out more on the following pages: Simply and easily put together an efficient system that is just right for your needs. We are happy to provide advice – any time.
The last holdouts are slowly coming round to the idea: Climate change is no longer a scenario but reality. And the reduction of CO
2 emissions is no longer an option, but simply a necessity: Within the EU, they are planned to be reduced by 40% by 2030. Because we use the most energy for heating and domestic hot water generation, they need to become CO
2-free as well.
Only energy from renewable sources is completely climate-neutral – in the form of electricity.
The oil price is low, the electricity price is high. For now. But that will change soon enough. Why? Because one thing is certain: Fossil fuels are finite. Experts predict that the “oil peak” will be achieved by 2020: After that, oil production will no longer be worth it – simply too expensive. Already, 75.5 percent of Germans want to reduce dependency on oil and gas imports.
Only energy from wind, sun, water is available to us indefinitely – in the form of electricity.
The best kind of energy? Energy that never gets consumed in the first place. The times of irresponsible consumption are over: Energy saving is attractive; above all, energy efficiency in real estate increases value in the long term. It is no wonder that more and more passive and low-energy houses are being built. Even entire municipalities are reducing their energy needs with smart technology – and becoming self-sufficient.
Only technology that saves and distributes renewably generated energy intelligently can unlock efficiency.
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2. Ventilation.
1. Heat pumps.
5. Control.
4. Storage and direct heating systems.
3. Domestic hot water.
Cooling, heating, ventilation. Simply everything. From a single source.
You want to construct a new building or renovate one – and you want to have everything managed as efficiently and intelligently as possible. The room temperature, the fresh air supply, the domestic hot water generation. Everything should be perfectly coordinated.
Glen Dimplex interlinks all important systems for cooling, ventilation, heating and domestic hot water preparation. We develop solutions that show their strength through their collaboration and fit together down to the smallest detail. As a result, they are incredibly quick and easy to install. This saves time, material, and ultimately money.
The better the building insulation, the more important ventilation is, for energy efficiency, health and real estate value. Dimplex not only offers reliable, decentralised and central ventilation systems. We have also reinvented the air distribution system: radically easy to install, extremely flexible and space-saving.
They are the heating and cooling system of the future: Nothing is more efficient. We at Dimplex are heat pump pioneers in Germany and we have been at the Kulmbach site for over 40 years. With System M we offer a radically simple heat pump system that is unparalleled in the industry.
The greatest efficiency advantages in heating, cooling and ventilation can be achieved with a control system. This is why Dimplex products have always had exceptionally precise control capabilities. The Smart Eco System ensures the intelligent use of electricity with Quantum storage heaters. And because digitisation continues to take hold within the household, for example in the basement boiler room, we have developed the revolutionary SmartRoom Heating app for truly easy heating control.
Perfect for the use of electricity from renewable sources: when it is available and cheap! This is the most modern thermal storage heater in the world: Intelligent Quantum. Even more efficient in combination with our energy management system, the clever Smart Eco System. And when you want the temperature to go up quickly, free-standing or wall convector heaters from Dimplex are the perfect choice – in particular in rooms that are used rarely (like the attic). Simply install, connect and start heating – it’s that easy.
Even when heating demand continues to fall in passive and low-energy houses: Everyone needs hot water for showering, bathing and for use in the kitchen. Whether with special heat pumps, inline heaters or domestic hot water cylinders – at Dimplex you will find the perfect solution for every scenario.
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AND COLLECT
More information is available at www.gdts
.one/
map
RENOVATE
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(heat_pump)(detached_house)
Simply fulfil energy saving regulations.
Energy efficiency.
German federal energy saving ordinance versus Energy Label.
In Germany, the German federal energy saving ordinance stipulates how much energy a building is allowed to consume for heating, domestic hot water, ventilation and cooling. The Energy Label is the European-wide labelling of appliances with their energy efficiency class. In both cases, the classification uses letter grades: A stands for maximum energy efficiency. In order to further differentiate in this high performance class, a plus sign is used. A+++ is the maximum value for the energy label, A+ the maximum for the building energy certificate. The two designations, however, have nothing to do with each other and cannot be compared. However, both have the same function: making it easy to estimate and compare energy consumption.
Building energy classes. In Germany, an energy certificate must be available for every building to be sold or rented. This means that any new tenant or property buyer can assess the energy consumption of the building. The certificate provides two values: the primary and the final energy consumption. The primary energy consumption depends on the building insulation and the heating system used. The final energy consumption indicates how much energy the heating system actually uses in this house.
Since 1 January 2016, the German federal energy saving ordinance has stipulated that the primary energy consumption of a new building should not exceed 61.98 kWh/m² per year. For buildings with a fossil-fuel heating system, this means that the building envelope has to be insulated much more. And in addition, an investment must be made in a solar-thermal heating support system. In comparison to this: Due to the improved primary energy factor of 1.8 (previously 2.4), no further energy efficiency measures have to be implemented in buildings with a heat pump, even according to the latest version of the German federal energy saving ordinance. In the German federal energy saving ordinance reference building, new buildings with an air-to-water heat pump achieve energy class A and brine-to-water heat pump go all the way up to A+. Without any further measures. In existing buildings, the use of heat pumps can improve the energy efficiency class by up to 6 classes.
Fulfilment of the German federal energy saving ordinance requirements with …
= German federal energy saving ordinance 2016
+ thermal solar energy system+ insulation of the building envelope
= German federal energy saving ordinance 2016
… a heat pump:
… a gas boiler:
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Heat pumpsachieve*A+++
* as composite system
Twice as strong. The combination label for heat pumps with domestic hot water cylinder.
1 Energy efficiency classof the combined domestic hot water preparation function.
2 Optional pictogram if operation is only possible at low load times.
1 Efficiency class of the heat generator (here, a heat pump).
2 Thermal solar energy system?
3 Domestic hot water cylinder?
4 Thermo controller?
5 Additional heat generator?
6
Energy efficiency class of the compound system.
Team performance. The label for composite systems.
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(heat_pump)
These colourful stickers are already well-known from refrigerators, washing machines and vacuum cleaners. The EU energy efficiency label is also mandatory for heat pumps.
The highlight: The labels can also be assigned for a combination with the domestic hot water preparation – and even for the complete integrated system, including solar thermal, domestic hot water preparation, temperature control, etc. Even more good arguments for sensible investments in the overall system!
The most important label info: the efficiency class, which is classified into a total of nine levels from very good (A++, starting 2019: A+++) to poor efficiency (G) for the individual device stickers. Finally, all heat generators can be directly compared with one another. Not a problem for heat pumps – they achieve the best possible results up to A++. Whereas boilers (oil, gas, biomass) only achieve a simple A.
So, no need to worry about the new labels. Just take advantage of the associated opportunities.
Energy efficiency.
At a glance.
Efficient lone fighters. The label for heat generators up to 70 kW.
1 Fields for nameor trademark or model identification of the supplier.
2 Scale of efficiency classes
3 Sound power levelin interior spaces.
4 Sound power leveloutdoors.
5 Space heating functiononly for low temperature (35 °C) or additionally for medium temperature (55 °C).
6 Energy efficiency classeseach for medium and low temperature applications.
7 Rated thermal capacityfor average, colder and warmer climatic conditions – and for medium and low temperature applications.
8 Temperature map of Europewith three temperature zones serving as indicators.
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Simply individual.
The Dimplex colour concept. Choose from 1,625 colours.
Air-to-water heat pumps are designed for outdoor installation – and are not usually regarded as particularly attractive. The new series, on the other hand, impresses as an aesthetic element of the building and open space design: This is due to the compact dimensions and timeless casing design complete with design cover – as well as our new, exclusive individualization service. Who says that a heat pump can’t be unique? Simply order your outdoor heat pump in your chosen colour! All 1625 RAL shades are available; custom colours are also available on request. This means that the devices can be adapted perfectly to the building façade, fits harmoniously into green spaces or can also set a clearly visible accent. And as if that wasn’t enough: All our outdoor models are also available in different gloss levels and surface structures. It’s your choice!
Individualization.
High gloss Silk gloss Matt gloss
Surface finish:
1625 RAL colours to choose from. Special colours on request.
Colour selection:
Select your chosen colour from 1,625 RAL shades.
Choose the surface finish: high gloss, silk gloss or matt gloss.
Adapt outdoor heat pumps perfectly to the colour of the façade.
Integrate harmoniously in green space designs.
Set individual colour accents.
1. Choose a colour
2. Contact service: [email protected]
3. Get a cost calculation
4. Individual production
You can test your chosen colour with the Dimplex online configurator:www.gdts.one/colour
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Dimplex heat pumps are true miracles of efficiency: Up to 80 percent of the energy required for heating and domestic hot water preparation is obtained from the environment. You only need power for the remaining 20 percent – which can be used extremely sparingly. If you operate your heat pump with green electricity, you heat completely CO
2-neutral … and if you use your own photovoltaic system, you are completely independent.
Simply more efficiency. Simply lower heating costs.
Wonderheatpump.
Heat pumps.
We have been developing and producing the Dimplex heat pumps at our site in Kulmbach for over 40 years. We have an uncompromising focus on offering the highest quality in both material and processing. On request, we can offer a warranty of up to 10 years – providing the commissioning is carried out by a Dimplex after-sales service partner.
Made in Germany. Simplymorequality.
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Experts agree: Climate change leads to higher temperatures, leading to more hot days … cooling is becoming ever more important! Reversible heat pumps simply run in the other direction and become a “refrigerator”: They remove heat from the interior and, using the compressor, actively release it to the outside – the air, the ground or the groundwater. With the help of ground probes or using the groundwater, heat pumps can also passively cool: Then they pass the cold stored below directly into the house.
A heat pump is the only heating system that can both heat and cool – ensuring the perfect temperature in any weather conditions. In winter, even with outside temperatures down to minus 22 °C, a heat pump can ensure that no one has to feel cold in the house. By drawing the necessary heat from the air, ground or groundwater and actively bringing the temperature up to the desired level using the compressor in the refrigeration circuit. The domestic hot water generated can be distributed via the floor, but also using classic radiators – and it is also available for showers, bathing and washing all year round.
Heating Cooling
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Use ambient energy.
Heat pumps.
(heat_pump)(heat_pump) (heat_pump)
(heat_pump)
1. 2. 3.
Whether air, groundwater or ground – heat energy comes from the outside and is transported via the heat pump into the house. And regardless of the season: Dimplex heat pumps operate from plus 35 to minus 22 degrees Celsius. Reversible devices can also be utilised for cooling rooms in the summer months.
If you use free renewable energy, you help to save the environment, reduce your heating costs and you are no longer at the mercy of the price of fossil fuels like gas or oil.
In addition, heat pumps are a future-proof investment because the longer they run, the more climate friendly and profitable they become: By 2020, the share of renewable energies in the electricity mix will increase to 35 per cent, and 50 per cent by 2030. Overall, this boost also increases the importance of electricity compared to fossil fuels, which will become scarcer and more expensive.
In short: The more electricity produced in an environmentally friendly manner, the more economically and environmentally friendly the heat pump operates. It makes sense that Dimplex heat pumps work perfectly with photovoltaic systems.
The marvel heat pump …
The heat distribution system …
Three heat sources …
Earth Air Water
… and three heat pump types.
… and the refrigerant circuit.
… and the possible uses.
Evaporation Liquefaction
Compression
Expansion
(water)(air)(ground)
1. Brine-to-water heat pump collect the energy via earth collectors or geothermal probes.
2. Air-to-water heat pump use the outside air as a source of energy – down to -22 °C.
3. Water-to-water heat pumps extract ambient energy directly from the groundwater.
The core of the heat pump is the refrigerant circuit, where the thermal energy is collected: In the first heat exchanger, the ambient energy (in the ground, air or groundwater) is transferred to the liquid refrigerant, which evaporates as a result. The temperature of the gaseous refrigerant is then increased further by the compressor – electric power is required in this part of the process. In the second heat exchanger, the liquefier, the hot refrigerant gas condenses and thus distributes the thermal energy to the distribution system. After a further pressure and temperature reduction through the expansion valve, the refrigerant can again pass through the circuit.
A water-based heat distribution system distributes the heat throughout the house via surface heating or radiators. If the heat pump is operating, it usually delivers more energy than is needed at the moment. This surplus can be stored in the form of hot water in a domestic hot water cylinder and then used at any time, for example to take a shower. This means that the heat pump does not need to be switched on (and then switched off again) when a small amount of heat is needed. This increases its efficiency further and has a positive effect on the service life.
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(new_build)
(renovation)
(modernisation)
Old or new building? Or a historic site, even? Complete renovation or “just” a modernisation of the older heating system?
Dimplex heat pumps are not just efficient and economical, they are also extremely flexible. Whether for a residential house, a swimming pool, an opera house in Shanghai, or an industrial facility, heating or cooling, with or without domestic hot water preparation, Dimplex has the perfect heat pump.
Simplybuildmore future.
Heat pumps.
Oil heating out, heat pump in? Yes, it can be so simple. The fact that heat pumps always require underfloor heating is indeed a widespread rumour, but it is far from true: When you choose Dimplex technology, in many cases existing radiators can be used – so that only the heating unit needs to be replaced and no major reconstruction work is necessary.
Another misconception is that it is only worthwhile to install heat pumps in new buildings. Dimplex heat pumps in particular are flexible
and can easily be combined with existing heating systems, such as a gas heating system. And it gets even better:
No matter whether you want to build new ones, just replace the heating system or the entire distribution system – the installation of an environmentally friendly heat pump is generously rewarded by the government with funding: up to € 10,000 is available.
Government funding.
Dimplex specialists can help you collect the maximum available funding. From planning to application to installation.
Starting at 4,500 euros: New construction of a single-family home with underfloor heating and heat pump. For example, for the SIW TES brine-to-water series for indoor installation with a probe.
Starting from 6,000 euros: Home-owners who exchange their brine heat pump. For example, for the high efficiency SI-TU brine-to-water series.
Starting from 9,500 euros: Home-owners who turn their property into an “efficiency house 55”. For example for the SI-TU, SIW and SIK brine-to-water series with geothermal probe or collector.
www.gdts.one/map
“ The houses I plan are always becoming more efficient. Because energy is precious, a fact builders are well aware of. A heat pump is the perfect system, providing domestic hot water and heating along with cool room temperatures on hot summer days. Heat pumps utilise free renewable environmental energy while also being extremely flexible. This is why it fits so well into the energy concept of an efficiency house. And there are even government subsidies available. ” Lisa K., Würzburg
What the architect says.
“ When you renovate, you have a great opportunity to install a heating system built for the future. Most renovators think that it is enough to install high-quality insulation. But installing a new, more efficient heating system is how to really save money. That is why I usually recommend installing a Dimplex heat pump, which is simply the most economical and environmentally friendly technology available. Especially in combination with a photovoltaic system: Heating becomes self-sufficient and CO
2-free. The government rewards this level of sustainability with major subsidies. My customers are extremely satisified. And I am, too! ” Thomas H., Planschwitz
What the installer advises.
Renovation means more than insulation.
Are you planning to completely renovate your ageing property? And you want to install a heat pump? Nearly 40 per cent of the final energy used in Germany goes toward space and domestic hot water preparation. That is why switching to an economical heat pump technology makes so much sense: It pays off in the long run!
Especially in terms of energy. The key now is to plan intelligently so that the heating and hot water system operate as efficiently as possible over the long term. Especially for low-energy or passive houses without central heating, but optionally with their own PV system, decentralized domestic hot water preparation can be a sensible and economical addition.
Every new building
is a new beginning.
Modernisation
means more than insulation.
Are you planning to supplement your existing heating system with a heat pump … or replace it altogether? The installation of a new heating system requires less effort and renovation than you think!
“ For our new building with underfloor heating, the installer recommended a heat pump. So we had him run the numbers. The result was impressive: With a heat pump, we save a lot on operating costs compared to fossil heating systems. We now use only renewable environmental energy for heating with a highly efficient Dimplex air-to-water heat pump. ” Family N., Oelsnitz
What the home-owner says.
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0 m
1 m
0,5 m
1,5 m
2 m
A++A++
A++
A++
A++
Heat pumps > brine-to-water.
From small to large:brine-to-water heat pumps.
Highly efficient heat pump, flexibly expandableSI 6TU (650 x 845 x 565 mm)SI 8TUSI 11TUSI 14TU
SI 18TU (650 x 845 x 665 mm)SI 22TU
High-temperature heat pumpSIH 9TE (650 x 805 x 462 mm)SIH 11TE
Compact design for fast installationSIK 6TES (652 x 1115 x 688 mm)SIK 8TESSIK 11TESSIK 14TES
Compact design with domestic hot water cylinderSIW 6TES (590 x 2000 x 734 mm)SIW 8TESSIW 11TES
Dimensions (W x H x D)
Flexibly efficient with two performance levelsSI 50TU (1000 x 1665 x 805 mm)
SIH 20TE (1000 x 1660 x 775 mm)SI 35TUR (1000 x 885 x 810 mm)
Flexibly efficient with two performance levelsSI 75TU (1350 x 1900 x 805 mm)SI 90TU SI 130TU
SIH 40TE (1350 x 1890 x 775 mm)SIH 90TU
SI 50TUR (1350 x 1900 x 805 mm) SI 70TURSI 90TURSI 130TUR+ (1350 x 1890 x 750 mm)
High efficiency heat pump with built-under buffer tankSI 26TU + PSP 300E (1000 x 1755 x 870 mm)SI 35TU + PSP 300E
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SIW 6TES
Energy? Comes out of the ground.
Heat pumps > brine-to-water.
Green on top. Underneath, the heat pump is working.
Dimplex brine-to-water heat pumps use the ground as a source of energy. Depending on the size and characteristics of the property, the heat stored in the ground is absorbed by probes that delve up to 100 metres into the earth. How far to drill depends on your heating requirements and the conductivity of the soil. If the property is large enough, the energy (generated by the rain and the sun) can also be “harvested” by collectors, which are placed just below the frost line. Maximum performance, low operating costs and flexibility in application: Our brine-to-water heat pumps not only heat and produce domestic hot water – they are also ideal for the passive and, depending on the model, active cooling in the summer.
Central ventilationZL300 with Air 56
ControlSmart Room Heating App Smart RTC+
Ideally combinable, for example with:
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Heat pumps > air-to-water.
Always a perfect fit:Air-to-waterheat pumps.
Dimensions (W x H x D)
LA 25TU (1600 x 1940 x 952 mm) LA 40TU (1735 x 2100 x 952 mm)LA 35TUR+ (1735 x 2100 x 980 mm)
LA 60TU (1900 x 2300 x 1000 mm)LA 60TUR+
LIK 8TES (750 x 1900 x 680 mm)
LI 40AS (1735 x 2100 x 952 mm)
LI 9TES (750 x 1250 x 680 mm)
LAK 3IMR LAK 6IMRLAK 9IMROutdoor component (950 x 834 x 330 mm)Indoor component (450 x 694 x 240 mm)
LA 6S-TU(R) (1350 x 945 x 600 mm)
LI 16TES (750 x 1570 x 880 mm)LI 20TES
LI 24TES (750 x 1710 x 1030 mm)LI 28TES
LA 9S-TU(R) (910 x 1650 x 750 mm)LA 12S-TU(R) LA 18S-TU(R)
LA 22TBS (1065 x 1855 x 775 mm)LA 28TBS LA 33TBS
LI 9TU (960 x 1560 x 780 mm)LI 12TU
LAK 14IMR LAK 14ITROutdoor component (950 x 1380 x 330 mm)Indoor component (450 x 694 x 240 mm)
LAW 14IMR LAW 14ITROutdoor component (950 x 1380 x 330 mm)Indoor component (740 x 1920 x 950 mm)
LAW 6IMRLAW 9IMROutdoor component (950 x 834 x 330 mm)Indoor component (740 x 1920 x 950 mm)
LI 11TES (750 x 1360 x 880 mm)LIK 12TU (960 x 1950 x 780 mm)
LA = outdoor installation, LI = indoor installation
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9 kW
12kW
18 kW
LA 9S-TU(R)
Energy? It’s in the air.
Summer or winter. The heat pump does its job.
Dimplex air-to-water heat pumps use an energy source that you don’t need to tap first. Since air is available everywhere and free of charge in unlimited quantities, installation and investment costs are low – and the devices easy to install. The outside air is sucked in via a fan in order to remove heat from it; reversible models can also provide refreshing cooling in the summer when the direction of circulation is reversed. This works all year round from plus 35 to minus 22 degrees. All you hear is a whisper-quiet breeze: Dimplex technology developed in the sound laboratory reduces the noise level to a minimum – and in particular filters out the annoying frequencies. Whether installed indoors or outdoors: Dimplex air-to-water heat pumps heat (or cool) quietly, economically and in an environmentally friendly way.
Heat pumps > air-to-water.
ControlSmart Room Heating App Smart RTC+
Ideally combinable, for example with:
Decentralised ventilationDL 50
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0 m
1 m
0,5 m
1,5 m
2 m
A++
A++
A++
Heat pumps > water-to-water.
Maximum efficiency: Water-to-waterheat pumps.
WI 10TU (650 x 845 x 665 mm)WI 14TUWI 18TUWI 22TU
Small footprint,great performance.
Dimensions (W x H x D)
(1000 x 885 x 810 mm)WI 35TU (with PSP 300E)WI 45TU (with PSP 300E)
WI 65TU (1000 x 1665 x 805 mm) WI 95TU (1350 x 1900 x 805 mm)WI 120TU (1348 x 1896 x 840 mm)WIH 120TU (1350 x 1890 x 805 mm)WI 140TUR+ (1350 x 1890 x 775 mm)WI 180TU (1348 x 1896 x 837 mm)
Two performance levelsgreat flexibility.
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Deep under the earth is always the ideal climate for pumping heat.
Energy? It’s swimming in the groundwater.
Heat pumps > water-to-water.
Seasons? A thing of the past.
Dimplex water-to-water heat pumps are extremely efficient. Since even on coldest days the ground water temperature is constant at around 10 °C, heat generation does not have to compensate for climatic fluctuations. A prerequisite for the using this particular heat source: Groundwater must be available in sufficient quantity, temperature, quality and it must not be too deep. An innovative stainless steel spiral evaporator makes Dimplex units uniquely robust – so they can be used practically independent of the water quality. In the summer, this technology can passively cool in a particularly energy-saving manner.
Ventilation / domestic hot waterLWP 200E
ControlSmart Room Heating App Smart RTC+
Ideally combinable, for example with:
WI 35TU (with PSP 300E)
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Brine-to-waterheat pumps.Technical data.
Ventilation
Control
System components
* Performance data in accordance with EN 14511
SI 6TU
Hig
h-ef
ficie
ncy
heat
pum
ps
6.1 / 4.7 A++ A++ – l l l ¡ l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 8TU 8.1 / 4.8 A++ A++ – l l l ¡ l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 11TU 10.9 / 4.9 A++ A++ – l l l ¡ l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 14TU 13.9 / 5.0 A++ A++ – l l l ¡ l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 18TU 17.5 / 4.7 A++ A++ – l l l ¡ l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 22TU 22.9 / 4.4 A++ A++ – l l l ¡ l l – – – – 3 58 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 26TU 26.7 / 4.9 A++ A++ – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 35TU 34.8 / 4.8 A++ A++ – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 50TU 52.0 / 5.0 A++ A++ – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 75TU 73.5 / 4.8 – – – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 90TU 86.0 / 4.7 – – – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 130TU 138.1 / 4.6 – – – l l l ¡ l l – – – l 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
SIW 6TES
Co
mp
act h
eat p
ump
s
5.9 / 4.7 A++ A++ A l l – ¡ l l – l l l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIW 8TES 7.8 / 4.8 A++ A++ A l l – ¡ l l – l l l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIW 11TES 10.5 / 5.0 A++ A++ A l l – ¡ l l – l l l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIK 6TES 5.9 / 4.7 A++ A++ – l l – ¡ l l – – – l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIK 8TES 7.8 / 4.8 A++ A++ – l l – ¡ l l – – – l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIK 11TES 10.6 / 5.0 A++ A++ – l l – ¡ l l – – – l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIK 14TES 13.1 / 4.7 A++ A++ – l l – ¡ l l – – – l 1 62 °C – l 1 1 – ¡ ¡ ¡ ¡
SIH 9TE
Hig
h-te
mp
erat
ure
he
at p
ump
s
8.9 / 4.4 A++ A++ – l l l ¡ – – – – – – 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
SIH 11TE 10.9 / 4.5 A++ A++ – l l l ¡ – – – – – – 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
SIH 20TE 21.4 / 4.4 A++ A++ – l l l ¡ – – – – – – 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
SIH 40TE 34.2 / 4.1 A++ A++ – l l l ¡ – – – – – – 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
SIH 90TU 88.6 / 4.3 – – – l l l ¡ l l – – – l 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
SI 35TUR
Rev
ersi
ble
hea
t p
ump
s
33.7 / 4.6 A++ A++ – l l l l l l – – – l 3 62 °C l l 1 2 – ¡ ¡ ¡ ¡
SI 50TUR 47.3 / 4.5 A++ A++ – l l l l l l – – – l 3 62 °C l l 1 2 – ¡ ¡ ¡ ¡
SI 70TUR 69.8 / 4.4 A++ A++ – l l l l l l – – – l 3 62 °C l l 1 2 – ¡ ¡ ¡ ¡
SI 90TUR 86.0 / 4.7 – – – l l l l l l – – – l 3 62 °C l l 1 2 – ¡ ¡ ¡ ¡
SI 130TUR+ 108.5 / 4.2 – – – l l l l l – – – – l 3 58 °C l l 1 2 l ¡ ¡ ¡ ¡
Tech
nica
l cha
nges
, ava
ilab
ilitie
s an
d e
rro
rs re
serv
ed.
(ground)
l included in the device – not included ¡ optional accessories
34 35
Air-to-waterheat pumpsfor outdoor installation.Technical data.
Ventilation
Control
System components
Tech
nica
l cha
nges
, ava
ilab
ilitie
s an
d e
rro
rs re
serv
ed.
* Performance data in accordance with EN 14511 ** Cooling function integrated with heat pumps LA S-TUR *** 1-compressor operation
Unit type Hea
t out
put
in k
W /
C
OP
wit
h A
7 / W
35 *
Energy efficiency class Operating modes Air circuit Integrated components Heating Cooling HPM expansion optionsEn
ergy
effi
cien
cy c
lass
lo
w te
mp
erat
ure
35 °C
Ener
gy e
ffici
ency
cla
ss
med
ium
tem
per
atur
e 55
°C
Ener
gy e
ffici
ency
cla
ss
dom
esti
c h
ot w
ater
pre
par
atio
n
mon
oval
ent
Mon
o en
ergy
Biv
alen
t-al
tern
ativ
e /
biv
alen
t-re
new
able
Coo
ling
90 °
air d
eflec
tion
Inst
alla
tion
in a
cor
ner
, wit
hou
t duc
ts
Inst
alla
tion
in a
cor
ner
, wit
h d
ucts
Wal
l in
stal
lati
on w
ith
duc
ts
Ther
mal
en
ergy
met
ers
EC fa
n /
nig
ht lo
wer
ing
Hea
t cir
cula
tin
g p
ump
Buf
fer t
ank
inte
grat
ed
Elec
tric
sup
por
t for
sp
ace
hea
tin
g
(pip
e h
eati
ng)
3-w
ay v
alve
(sw
itch
ing
d
omes
tic
hot
wat
er p
rep
arat
ion)
Dom
esti
c h
ot w
ater
cyl
ind
er in
tegr
ated
Flan
ge h
eate
rin
the
dom
esti
c h
ot w
ater
cyl
ind
er
Hea
tin
g ci
rcui
ts (m
axim
um)
Max
. flow
tem
per
atur
e
Act
ive
via
hea
t pum
p
Dyn
amic
coo
ling
circ
uits
(max
imum
)
Sile
nt c
oolin
g ci
rcui
ts (m
axim
um)
Was
te h
eat r
ecov
ery
in c
oolin
g op
erat
ion
Eth
ern
et /
RS
485-
Mod
bus
/ K
NX-
EIB
Sm
art-
RTC
+
Sol
ar c
ontr
olle
r WP
M E
con
Sol
Dom
esti
c ve
ntila
tion
ZL
155
- 400
LA 6S-TU(R) 6.4 / 4.6 A++ A+ – – l l (l) ** – – – – l l – – – – – – 3 60 °C (l) ** – – – ¡ ¡ ¡ ¡
HPL 6S-TU(R)W 6.4 / 4.6 A++ A+ A – l l (l) ** – – – – l l l l l – l l 1 60 °C (l) ** – – – ¡ ¡ ¡ ¡
HPL 6S-TUW2 6.4 / 4.6 A++ A+ A – l l – – – – – l l l l l l l l 1 60 °C – – – – ¡ ¡ ¡ ¡
LA 9S-TU(R) 8.4 / 4.8 A++ A++ – – l l (l) ** – – – – l l – – – – – – 3 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
HPL 9S-TU(R)W 8.4 / 4.9 A++ A++ A – l l (l) ** – – – – l l l l l – l l 1 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
HPL 9S-TUW2 8.4 / 4.9 A++ A++ A – l l – – – – – l l l l l l l l 1 60 °C – – – – ¡ ¡ ¡ ¡
LA 12S-TU(R) 11.3 / 4.7 A++ A++ – – l l (l) ** – – – – l l – – – – – – 3 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
HPL 12TU(R)W 11.3 / 4.8 A++ A++ A – l l (l) ** – – – – l l l l l – l l 1 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
LA 18S-TU(R) 8.4 / 4.8 *** A++ A++ – – l l (l) ** – – – – l l – – – – – – 3 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
HPL 18SU(R)W 8.4 / 5.0 *** A++ A++ A – l l (l) ** – – – – l l l l l – l l 1 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
LA 18I-MU 5.7 / 4.6 *** A++ A++ A – l l (l) ** – – – – l l l l l – l l 1 60 °C (l) ** 1 1 – ¡ ¡ ¡ ¡
LA 25TU 26.1 / 4.4 A++ A++ – – l l – – – – – l – – – – – – – 3 58 °C – – – – ¡ ¡ ¡ ¡
LA 40TU 35.7 / 4.4 A++ A++ – – l l – – – – – l – – – – – – – 3 58 °C – – – – ¡ ¡ ¡ ¡
LA 60TU 60.1 / 4.1 A++ A++ – – l l – – – – – l l – – – – – – 3 65 °C – – – – ¡ ¡ ¡ ¡
LA 22TBS
Med
ium
te
mp
. HP 10.6 / 4.1 A++ A++ – – l l – – – – – l l – – – – – – 3 65 °C – – – – ¡ ¡ ¡ ¡
LA 28TBS 14.9 / 4.2 A++ A+ – – l l – – – – – l l – – – – – – 3 65 °C – – – – ¡ ¡ ¡ ¡
LA 33TBS 14.8 / 4.5 A++ A+ – – l l – – – – – l l – – – – – – 3 65 °C – – – – ¡ ¡ ¡ ¡
LAW 6IMR
Sp
lithe
at p
ump
s
5.6 / 4.8 A++ A+ A – l l l – – – – ¡ l l l l l l l 1 55 °C l 1 1 – ¡ ¡ ¡ ¡
LAW 9IMR 5.6 / 4.8 A++ A+ A – l l l – – – – ¡ l l l l l l l 1 55 °C l 1 1 – ¡ ¡ ¡ ¡
LAW 14IMR 10.2 / 4.4 A++ A+ A – l l l – – – – ¡ l l l l l l l 1 55 °C l 1 1 – ¡ ¡ ¡ ¡
LAW 14ITR 10.6 / 4.1 A++ A+ A – l l l – – – – ¡ l l l l l l l 1 55 °C l 1 1 – ¡ ¡ ¡ ¡
LAK 3IMR 1.3 / 4.4 n.a. n.a. – – l l l – – – – ¡ l l – l – – – 1 55 °C l 1 – – ¡ ¡ ¡ ¡
LAK 6IMR 5.6 / 4.8 A++ A+ – – l l l – – – – ¡ l l – l – – – 1 55 °C l 1 – – ¡ – – –
LAK 9IMR 5.6 / 4.8 A++ A+ – – l l l – – – – ¡ l l – l – – – 1 55 °C l 1 – – ¡ – – –
LAK 14IMR 10.2 / 4.4 A++ A+ – – l l l – – – – ¡ l l – l – – – 1 55 °C l 1 – – ¡ – – –
LAK 14ITR 10.6 / 4.1 A++ A+ – – l l l – – – – ¡ l l – l – – – 1 55 °C l 1 – – ¡ – – –
LA 35TUR+ 30.2 / 4.5 A++ A++ – – l l l – – – – l l – – – – – – 1 55 °C l 1 2 l ¡ – ¡ ¡
LA 60TUR+ 55.3 / 3.8 A++ A+ – – l l l – – – – l l – – – – – – 3 60 °C l 1 2 l ¡ – ¡ ¡
(air)
l included in the device – not included ¡ optional accessories
36 37
Air-to-waterheat pumpsFor indoor installation.Technical data.
Ventilation
Control
System components
Tech
nica
l cha
nges
, ava
ilab
ilitie
s an
d e
rro
rs re
serv
ed.
* Performance data in accordance with EN 14511
Unit type Hea
t out
put
in k
W /
C
OP
wit
h A
7 / W
35 *
Energy efficiency class
Operating modes Air circuit Integrated components Heating HPM expansion optionsEn
ergy
effi
cien
cy c
lass
lo
w te
mp
erat
ure
35 °C
Ener
gy e
ffici
ency
cla
ss
med
ium
tem
per
atur
e 55
°C
mon
oval
ent
Mon
o en
ergy
Biv
alen
t-al
tern
ativ
e /
biv
alen
t-re
new
able
Coo
ling
90 °
air d
eflec
tion
Inst
alla
tion
in a
cor
ner
, wit
hou
t duc
ts
Inst
alla
tion
in a
cor
ner
, wit
h d
ucts
Wal
l in
stal
lati
on w
ith
duc
ts
Ther
mal
en
ergy
met
ers
EC fa
n /
nig
ht lo
wer
ing
Hea
t cir
cula
tin
g p
ump
2-co
mp
ress
or
Buf
fer t
ank
inte
grat
ed
Elec
tric
sup
por
t for
sp
ace
hea
tin
g
(pip
e h
eati
ng)
3-w
ay v
alve
(sw
itch
ing
d
omes
tic
hot
wat
er p
rep
arat
ion)
Dom
esti
c h
ot w
ater
cyl
ind
er in
tegr
ated
Hea
tin
g ci
rcui
ts (m
axim
um)
Max
. flow
tem
per
atur
e
Eth
ern
et /
RS
485-
Mod
bus
/ K
NX-
EIB
Sm
art-
RTC
+
Sol
ar c
ontr
olle
r WP
M E
con
Sol
Dom
esti
c ve
ntila
tion
ZL
155
- 400
LI 9TU
Hig
h-ef
ficie
n-cy
HP
8.5 / 4.7 A++ A+ – l l – l l – l l l – – – – – – 3 60 °C ¡ ¡ ¡ ¡
LI 12TU 11.5 / 4.8 A++ A++ – l l – l l – l l l – – – – – – 3 60 °C ¡ ¡ ¡ ¡
LIK 8TES
Co
mp
. hig
h ef
ficie
ncy
HP 7.7 / 4.1 A++ A+ – l – – l l – l – – l – l l – – 1 60 °C ¡ ¡ ¡ ¡
LIK 12TU 11.5 / 5.0 A++ A++ – l – – l l – l l l l – l l – – 1 60 °C ¡ ¡ ¡ ¡
LI 9TES
Hea
t pum
ps
for
flexi
ble
set
up v
ersi
ons
7.7 / 4.0 A+ A+ – l l – l l – l – – – – – l – – 3 60 °C ¡ ¡ ¡ ¡
LI 11TES 10.0 / 4.2 A++ A+ – l l – – – l l – – – – – l – – 3 60 °C ¡ ¡ ¡ ¡
LI 16TES 16.4 / 4.0 A+ A+ – l l – – – l l – – – – – l – – 3 60 °C ¡ ¡ ¡ ¡
LI 20TES 17.7 / 4.0 A++ A+ – l l – – – l l – – – l – – – – 3 60 °C ¡ ¡ ¡ ¡
LI 24TES 23.4 / 3.9 A+ A+ – l l – – – l l – – – l – – – – 3 60 °C ¡ ¡ ¡ ¡
LI 28TES 27.8 / 3.5 A+ A+ – l l – – – l l – – – l – – – – 3 60 °C ¡ ¡ ¡ ¡
LI 40AS 35.7 / 4.4 A++ A++ – l l – – – l – – – – l – – – – 3 60 °C ¡ ¡ – –
(air)
l included in the device – not included ¡ optional accessories
38 39
Water-to-waterheat pumpsTechnical data.
Ventilation
Control
System components
Tech
nica
l cha
nges
, ava
ilab
ilitie
s an
d e
rro
rs re
serv
ed.
Unit type Hea
t out
put
in k
W /
CO
P w
ith
W10
/W35
Energy efficiency class
Operating modes Integrated components Heating Cooling HPM expansion optionsEn
ergy
effi
cien
cy c
lass
lo
w te
mp
erat
ure
35 °C
Ener
gy e
ffici
ency
cla
ss
med
ium
tem
per
atur
e 55
°C
mon
oval
ent
Mon
o en
ergy
Biv
alen
t-al
tern
ativ
e /
biv
alen
t-re
new
able
Coo
ling
Sta
inle
ss s
teel
sp
iral
hea
t exc
han
ger
Ther
mal
en
ergy
met
ers
Hea
t cir
cula
tin
g p
ump
Buf
fer t
ank
inte
grat
ed
Elec
tric
sup
por
t for
sp
ace
hea
tin
g
(pip
e h
eati
ng)
3-w
ay v
alve
(sw
itch
ing
d
omes
tic
hot
wat
er p
rep
arat
ion)
Dom
esti
c h
ot w
ater
cyl
ind
er in
tegr
ated
Hea
tin
g ci
rcui
ts (m
axim
um)
Max
. flow
tem
per
atur
e
Act
ive
via
hea
t pum
p
Pas
sive
via
bor
ehol
e h
eat e
xch
ange
r/
grou
nd
wat
er
Dyn
amic
coo
ling
circ
uits
(max
imum
)
Sile
nt c
oolin
g ci
rcui
t (m
axim
um)
Was
te h
eat r
ecov
ery
in c
oolin
g op
erat
ion
Eth
ern
et /
RS
485-
Mod
bus
/ K
NX-
EIB
Sm
art-
RTC
+
Sol
ar c
ontr
olle
r WP
M E
con
Sol
Dom
esti
c ve
ntila
tion
ZL
155
- 400
WI 10TU
Hig
h ef
ficie
ncy
heat
pum
ps
9.6 / 5.9 A++ A++ l l l ¡ l l – – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 14TU 13.3 / 6.1 A++ A++ l l l ¡ l l – – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 18TU 17.1 / 5.8 A++ A++ l l l ¡ l l – – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 22TU 22.3 / 5.7 A++ A++ l l l ¡ l l – – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 35TU 35.6 / 6.2 A++ A++ l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 45TU 46.2 / 5.8 A++ A++ l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 65TU 68.9 / 6.2 A++ A++ l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 95TU 98.9 / 5.9 – – l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 120TU 118.9 / 5.9 – – l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 180TU 177.0 / 5.4 – – l l l ¡ – l l – – – – 3 62 °C – l 1 2 – ¡ ¡ ¡ ¡
WIH 120TU
Hig
h-ef
ficie
ncy
hig
h te
mp
. HP 126.6 / 5.5 – – l l l ¡ – l – – – – – 3 70 °C – l 1 2 – ¡ ¡ ¡ ¡
WI 140TUR+
Rev
ersi
ble
hi
gh
effic
ienc
y H
P
143.3 / 5.2 – – l l l l l l – – – – – 3 58 °C l l 1 2 l ¡ ¡ ¡ ¡
(water)
l included in the device – not included ¡ optional accessories
40 41
Control.
A system works only as well as it is controlled. And the more elements involved, the more important it is to coordinate all the different tasks intelligently.
This is the only way to use synergies consistently … and thus save money reliably. Dimplex not only provides the most efficient system, but also the suitable control: With the SmartRoom Heating app, you can easily adjust your comfort temperature using a smartphone – the heat pump automatically operates with optimal efficiency.
And the clever Smart Eco system ensures that you always use your electricity wisely with Intelligent Quantum storage heaters.
Simply more system. Simply less effort.
Everything in perfect control.
ControlSmart Room Temperature Controller Smart RTC+
Ideally combinable, for example with:
WI 35TU (with PSP 300E)
Heat pumpLA 9S-TU
42 43
easyon.dimplex.de/en/
Bisher mussten die Benutzer eines Heizsystems zwischen Kom-fort oder Effizienz wählen – häufig ohne einschätzen zu können, wo die individuelle Wohlfühltemperatur aller Hausbewohner liegt und welche Auswirkungen das auf die Betriebskosten hat. Die Folge: Der Fachhandwerker musste die Heizkurve immer wieder nachregeln. Mit der Smart Room Heating App von Dimplex ge-lingt es, in einem Schritt zur richtigen Raumtemperatur zu kom-men. Der Fachhandwerker stellt einmalig den gewünschten Heiz-kurvenendpunkt ein – fertig.
Im Alltag wird per App direkt mit dem Wärmepumpenmanager (WPM) kommuniziert. Dabei ermöglicht eine Einzelraumregelung der Wärmepumpe via Dimplex Smart RTC+ den direkten Zugriff auf jeden Raum. Das Heizungssystem weiß also jederzeit, in wel-chem Raum welche Temperatur herrscht – und kann jeden ein-zeln, unabhängig von den anderen, steuern. Die Raumtemperatur von bis zu 10 Räumen kann komfortabel nach persönlichen Be-dürfnissen auf bis zu ein zehntel Grad genau eingestellt werden.
* Ver
sio
n f
ür i
OS
jetz
t im
Ap
p S
tore
erh
ältli
ch.
Für A
nd
roid
ab
En
de
20
17
.
The heating curve?A thing of the past.
Control.
Precise and efficient.From anywhere.
Simply get started – with EasyOn.
Intelligently use renewable electricity for building heating: With Intelligent Quantum storage heaters and the intelligent energy manager Smart Eco System (SES) Dimplex provides the perfect solution for renovating existing buildings. This clever system links energy production and heating energy consumption together and optimises them perfectly. The better this succeeds, the greater the savings potential. This is exactly what the SES, Dimplex’s energy manager, ensures. In addition to intelligent networking, in the future SES will also be able to identify energy surpluses in the power grid at favourable rates.
It’s not only the heat pump installation that is easier and quicker with Dimplex than with other brands - commissioning is also completed in no time by the technician: with the practical online heat pump configurator EasyOn. Via the app or internet browser, from the desk or on the move … The installer is guided reliably to the goal, the controller code, with just a few questions and a process of elimination. The identified code simply has to be entered in the heat pump manager to start the new device – finished. The heat pump starts working. It couldn’t be quicker, easier or more convenient.
Smart Eco System App
Smart Eco System central unit
Heat pump manager
Smart Room Heating app*
Smart RTC+
HPM
1
3
2
4
Actual: 18.5 °CSet: 20.0 °C
Actual: 19.5 °CSet: 19.5 °C
Actual: 22.8 °CSet: 21.0 °C
Actual: 19.5 °CSet: 20.5 °C
44 45
+Smart
Eco
System
Simplymoreservice.
The perfect overall system also includes an comprehensive, reliable service. Dimplex offers service components that fit together perfectly: on the one hand for installers and specialist planners who order our system solutions at the wholesale trade – on the other hand, for end users who will benefit from these systems for decades to come.
We look forward to being there for you!
Simply always there for you:
T + 49 9221 709 [email protected]
Training. We want our partners to be well informed! That’s why our new training program focuses on one thing: the success of our skilled specialists – and, at the same time, the satisfaction of renovators and builders … We lay the groundwork for this success with tailor-made seminars made precisely for the needs of the respective participants. Whether for customer discussions, planning, installation or maintenance: We provide expertise that can be used in practice immediately. Some examples:
Technical seminars: for system, control, hydraulic and ventilation technology. System solution seminars: on current product highlights – and their perfect interaction.Marketing seminars: for example, how professional specialists provide their customers with comprehensive, useful information – with practical tips & tricks, immediately implementable, and effective in the long term.Refrigeration certificate seminar: After attending our training, installers no longer need to consult with refrigeration engineer when installing a split heat pump – and they can offer their customers more service from a single source: thanks to official certification according to the Chemicals Climate Protection Ordinance!
Service for our installers …
Guaranteed. We want our partners to have more satisfied customers – and fewer service assignments. That’s why we go far beyond the legal warranty for many products. For hot water heat pumps and ventilation systems, for example, with an optional 5-year warranty! With heating heat pumps, it can even be extended to up to 10 years of warranty.*
Funding. The German government is subsidising modern heating systems – with our heat pumps you can take part.Whether for renovation or new construction, we have the right solution on hand.
Easy to apply for – save yourself the hassle of paperwork: Your installer and Dimplex will accept the application. So, in Germany you can quickly receive your government funding. Information in German: www.gdts.one/dimplex-foerderung
Planning. Always perfectly prepared … and no unpleasant surprises! No matter what the project: Our experts are there for you personally to support your planning. Send your enquiry, complete with documents, to [email protected]
Guaranteed. 2 to 10 years warranty* – we know how long our heat pumps work. That is why only Dimplex offers, on certain models and after commissioning by the Dimplex after-sales service, the option of increasing the usual two-year warranty to five years or even 10 years of peace of mind*.
Service for our end users …
Planning. We want our specialists to be always perfectly prepared. No matter what the project – from heat pump to ventilation: Our experts are at your disposal for any inquiries. The fastest way is to use our practical planning questionnaire. We can also provide help online – for example, with hydraulic plans, our intelligent operating costs calculator and the useful sound calculator.
Installers are also supported when it comes to offer compilation and pricing. We can provide help on request: fast and specific!
www.gdts.one/dimplex-planungsfragebogen www.gdts.one/dimplex-betriebskostenrechnerwww.gdts.one/dimplex-schallrechner
Install. We want our installer partners to gain time – and thus save end users’ costs and effort! That is why our heat pumps and the Air 56 air distribution system Air 56 have been consistently designed for effortless assembly: simply fewer connections, simply more pre-assembled components.
We want everything to be easier when the heating system is commissioned: Simply enter the pre-programmed codes with the new EasyOn method … and nothing can go wrong. Of course, Dimplex after-sales service is also available: Then the warranty may be extended as well. *Applicable only in Germany and Austria.
Dim
plex warranty prom
iseon
requ
est 10 instead of 2*
10
46 47
Glen Dimplex Thermal Solutions
Head officeGlen Dimplex Deutschland GmbHAm Goldenen Feld 18D-95326 Kulmbach
T + 49 9221 709 -100F + 49 9221 709 -339 [email protected] www.gdts.one
Sales support Planning support and offer creation
T + 49 9221 709 -101 (Mon – Thu: 7:30 to 17:00 Fri: 7:30 to 16:00)F + 49 9221 709 [email protected]
Order processing Orders and delivery dates
T + 49 9221 709 -200 (Mon – Thu: 7:30 to 17:00 Fri: 7:30 to 16:00)F + 49 9221 709 [email protected]
ServiceAfter-sales service and spare parts
T + 49 9221 709 -545F + 49 9221 709 [email protected]
Find an after-sales service partner: www.gdts.one/kundendienst-dimplex
Order after-sales service on the internet:www.gdts.one/dienstleistungen-dimplex
Order spare parts online:www.gdts.one/ersatzteile-dimplex
10/17 – Artikel-Nr. P-1-1058-EN
