Published on
Image description
ABB electric motors are widely used in industrial, commercial, and infrastructure projects worldwide. Known for high efficiency, durability, and advanced engineering, ABB motors are a preferred choice for pumps, HVAC systems, manufacturing plants, and utility applications—especially in demanding environments like the UAE and GCC.

What Is an ABB Electric Motor?
An ABB electric motor is an electromechanical device that converts electrical energy into mechanical rotational energy using electromagnetic principles. ABB manufactures a broad range of low-voltage (LV) and high-voltage (HV) motors designed to deliver reliable performance, high energy efficiency, and long service life under continuous-duty conditions.
ABB motors are engineered to comply with international efficiency standards such as IE2, IE3, and IE4, making them suitable for energy-conscious projects and regulatory-compliant installations.
The robust construction of ABB motors is a key reason for their long operational life. The main components include:
1. Stator
The stator is the stationary part of the motor and consists of laminated steel cores with copper windings. When energized, these windings create a rotating magnetic field. ABB uses high-quality insulation systems (Class F or H) to withstand high temperatures, especially important in hot climates.
2. Rotor
The rotor is the rotating part inside the stator. In most ABB induction motors, this is a squirrel-cage rotor made of aluminum or copper bars short-circuited by end rings. ABB’s rotor design minimizes electrical losses and improves torque characteristics.
3. Shaft
The shaft transfers mechanical power from the rotor to the driven equipment such as pumps, fans, or compressors. ABB motor shafts are precision-machined to ensure proper alignment and reduced vibration.
4. Bearings
Bearings support the rotor and allow smooth rotation. ABB typically uses high-quality ball or roller bearings, selected based on load, speed, and duty cycle, ensuring long bearing life even in continuous operation.
5. Cooling System
Most ABB motors use IC411 (TEFC – Totally Enclosed Fan Cooled) cooling. An external fan mounted on the shaft forces air over the motor frame, dissipating heat efficiently and protecting internal components from dust and moisture.
6. Motor Frame & Enclosure
ABB motor frames are made from cast iron or aluminum, providing mechanical strength and corrosion resistance. Enclosures are commonly rated IP55 or IP66, suitable for dusty, humid, or outdoor environments.
ABB electric motors primarily operate on the electromagnetic induction principle:
  1. When electrical power is supplied to the stator windings, it produces a rotating magnetic field.
  2. This magnetic field induces an electric current in the rotor conductors.
  3. The interaction between the stator’s magnetic field and the rotor current generates electromagnetic force.
  4. This force causes the rotor to rotate in the same direction as the magnetic field.
  5. The rotating rotor drives the connected load (pump, fan, compressor, etc.).
The motor speed depends on the supply frequency, number of poles, and load conditions, while ABB’s optimized design ensures high efficiency and stable torque.
ABB electric motors are used across a wide range of sectors:
1. Water Pumps & Booster Systems
ABB motors are commonly paired with centrifugal pumps, vertical multistage pumps, and booster sets for water supply, irrigation, and pressure boosting. Their efficiency and reliability reduce energy consumption and maintenance costs.
2. HVAC & Chilled Water Systems
In commercial buildings and district cooling plants, ABB motors drive chilled water pumps, cooling towers, and air handling units, ensuring smooth operation and consistent flow.
3. Industrial Manufacturing
ABB motors power conveyors, compressors, mixers, and production machinery in factories, where continuous-duty performance and precise speed control are critical.
4. Water Treatment & Desalination
Used in filtration, reverse osmosis, and transfer pumps, ABB motors are designed to handle long operating hours and harsh conditions typical of water treatment plants.
5. Infrastructure & Utilities
ABB motors are specified in power plants, wastewater facilities, and large infrastructure projects due to their compliance with international standards and proven reliability.

Why ABB Electric Motors Are Widely Preferred
  • High energy efficiency (IE3 & IE4 options)
  • Robust construction for continuous operation
  • Suitable for hot, dusty, and humid environments
  • Easy integration with VFDs and control systems
  • Long service life with low total cost of ownership

An ABB electric motor is more than just a power source—it is a precision-engineered solution designed for efficiency, durability, and reliability. With advanced construction, proven working principles, and wide-ranging applications, ABB motors remain a top choice for pumps, HVAC systems, industrial processes, and infrastructure projects worldwide. For more info contact ABB Motor Suppliers in UAE or call us at +971 4 2522966.
Published on
Image description
VIESSMANN VITOCAL 350-G (master)
20.5 to 42.3 kW (single stage)
41.0 to 84.6 kW (two-stage)

1 Vitotronic 200 control unit
2 Condenser
3 Large area evaporator for an efficient exchange of heat
4 Hermetically sealed Compliant scroll compressor with EVI (enhanced vapour injection) process

The powerful Vitocal 350-G brine/water heat pump is one of the quietest heat generators of its kind, thanks to its low-vibration design. Where heat demand is even higher, the Vitocal 350-G can be operated in two-stage mode with an additional heat pump of the same type, or with a Vitocal 300-G in a master/slave system, and can then provide an output of up to 84.6 kW. As early as at the design stage, this system configuration allows for optimum matching of the heat pumps to the heat demand.

Master/slave system for DHW and central heating 
In a master/slave system, the Vitocal 350-G (master) delivers high flow temperatures for DHW heating, while the Vitocal 300-G (slave, without its own control unit) covers the required heat load. The EVI refrigerant circuit enables the Vitocal 350-G to achieve an extremely high COP of up to 5.0, which contributes to its low operating costs.

Vitotronic 200 control unit with communication capability

Viessmann uses the convenient Vitotronic 200 control unit to ensure standardised operation for all its heat generators. The many functions of this control unit include operation with user prompts, an integral diagnostic system, control of the instantaneous heating water heater and an additional oil or gas boiler, and of course, natural and active cooling functions.

Furthermore, the Vitotronic 200 is capable of communicating, and via the Vitocom 300 module, allows the heat pump system to be set up, monitored and optimised over the internet with the Vitotrol app on a smartphone or tablet.

Operation with solar power generated on site 
​The Vitocal 350-G heat pump is already prepared for the utilisation of more affordable power generated on site by a PV system. An intelligent control unit ensures maximum consumption of self-generated power while lowering energy costs.
Benefits


1. Brine/water heat pump ​
  • Single stage heating output: 20.5 to 42.3 kW, two-stage: 41.0 to 84.6 kW „ Water/water heat pump 
2. Water/water heat pump
  • Single stage heating output: 25.4 to 52.3 kW, two-stage: 50.8 to 117.8 kW „
3. Low operating costs thanks to high coefficient of performance (COP) to EN 14511 of up to 5.0 (B0/W35) „ 
4. Flow temperature: up to 70 °C
Published on
When you are looking for someone to heat your pool look no further than us at heat pump pool solutions. We are a nationwide company who are eager to look after you from beginning to end. We will start you off with a free quote and sort out what the best solution is to suit your needs. Each country has different needs in this area so we ensure our products are specifically designed for UAE conditions wherever you live in this country. We use leading edge technology to help ensure our clean green Dubai image. Our heat pumps are much cleaner and greener to run by using the power of the sun instead of alternative fossil fuel burners.

Our pool heat pumps are extremely efficient running between 300% to 500% efficiency. We can heat all size pools from residentialto commercial from a 14.7kw domestic unit to a 300kw unit for commercial applications. We also have a fully-backed manufacturer warranty including a 10 year limited warranty on both the titanium used in the heat exchanger and the hi-grade stainless steel used in the heaters casing.

Because we are a nationwide company we are generally local to wherever you live, this allows us to offer the best value for money. UAE have a very unique electricity infrastructure generating around 70% of our electricity through renewable sources like wind, hydro-electric and geothermal energy. We aim to have every Kiwi home serviced by 90% renewable sources for 2025.

Our heat pumps use air as its primary energy source and it uses 70% renewable electricity to run its systems such as compressors and electric boosting backup when needed. We want to keep UAE green. But we don’t just sell pool heaters, we take care of you. Call us when you need maintenance done we also specialise in this area. We can help with all your regular servicing and maintenance jobs including pool filter changes, pump and heater servicing and repairs, parts replacement and pool cleaning.

Check out our pool heating calculation to get an idea of running costs. You’ll probably find it’s close to the cost of a single coffee per day!

For more info contact swimming pool heater suppliers in dubai or call us at +971 4 252 2966
Published on
Do you spend more time looking at or ignoring your swimming pool because it’s too cold to swim in?  We offer a range of pool heating solutions that cost a lot less than you would expect.  What to know more? Well let’s get you into warm water.
We supply swimming pool heat pumpsand offer a comprehensive range of efficient, value for money, new generation models incorporating environmentally friendly R410a refrigerant.  Our products are high quality stainless steel components and tried and tested rugged reliability.  We offer solid warranties and are professional, quick, tidy and efficient.

Our average pool heat pump installation is 300% efficient, which means you get $3 of hot water for every $1 of electricity used.  They use air which of course is 100% renewable as its primary energy source and it uses 70% renewable electricity to run its systems.  We have the highest quality and most realistically priced range of heat pumps available.  As we are the supplier there is no middleman thus saving you the money.  Our technology is the most cost effective on the market as we keep up with reliable, tried and tested technology with cutting edge, new generation concepts.  Our heat pumps are like a fridge in reverse, using a combination of solar energy and electricity to heat your pool effectively and efficiently.  The pump takes the heat from the sun-warmed air, upgrades it with the compressor and transfers it into the water. Thus little energy is wasted and it requires minimal electricity.  Our heat pumps are up to 75% cheaper to run than diesel, gas or electric resistant element pool heaters.

So how do those numbers and percentages sound? To “cap” it all off, pun fully intended, we also recommend one of our pool covers to even further save money and power.  As our last blog showed they help to keep your pool heated and can save you up to 60% of energy costs by allowing the sun to also heat the pool.  So get back into that pool by calling us today and letting us set you up with our heat pumps.

For more info contact heat pump suppliers in dubai or call us at +971 4 252 2966
Published on

Dxb Solutions LLC value adaptability and dynamism as essential considerations when assessing the needs of your residency or business. It is this philosophy which underlies our passion for heat pumps in particular. 

Here's a quick guide to how heat pumps work.

How Heat Pumps Work

Heat pumps work simply and intuitively.

A heat pump is a system that moves – or pumps – heat from one location to another by using a compressor and a circulating system of liquid or gas refrigerant (a refrigerating substance). Heat is extracted from the outside air and pumped back indoors to heat the interior of a building. The system can also be reversed, such that heat is extracted from the air inside a building, and pumped into the outside air, to create a cooling effect. 

Because pumping heat works as a system of heat transferral and not simply a means of heat creation, it uses less electricity.Pros and Cons of Heat Pumps

Heat Pump Pros
Heat pumps are more energy efficient, because they operate on a principle of heat transferral rather than systems that create all of the heat without regard to exterior conditions. Because less electricity is needed to be used, there are great long term savings on energy. 

In general, heat pumps require less maintenance than boiling or combustion heating systems. Generally they need to be checked once a year for residential systems and more regularly for commercial systems depending upon the application. Filter cleans can be carried out by a residential home owner monthly, whilst a trained technician can carry out the yearly check.

Heat pumps use less energy and are more efficient – hence they produce fewer carbon emissions. 

Heat pumps operate as a two in one – having the ability to both cool and heat an area via the same mechanism. 

Unlike traditional heaters, which provide a concentrated area of heating, heat pumps distribute heat evenly throughout the home or business – meaning there are no unusual cool spots and an even climate is maintained.

Heat Pump Cons
An issue that can occur with heat pumps is that they can be less effective in colder climates if the incorrect system is installed. Therefore it is very important that you consult professionals - such as The Heat Pump People - to install the correct system for your specific requirements. 

They can be slightly more complex to install depending upon the system and its installation location. However they often last for a very long time compared to other types of heating systems and offer lots of additional benefits (like being dual purpose and providing more heat or cooling for less energy consumption). The results over the long term are well worth the initial setup.

Heat Pumps Dubai are passionate about the effectiveness of heat pumps as a dynamic solution to your heating and cooling needs. Our philosophy is to stay up to date in all developments of heat pump technology – delivering the best results for our clients. Contact us today to discover what a heat pump could do for your residence or business!
Published on
As Dxb Solutions LLC, we are experts in heat pumps. However, you may be wondering what a heat pump is, how it works, and why you need to choose the correct one for your home.
Here are all your questions about heat pumps answered. 

What Are Heat Pumps?One of the most common misconceptions when it comes to heat pumps is that they create heat. However, heat pumps do not create heat at all. The heat pump’s job is to effectively move the available heat from outside and into your space. If it’s cooler outside, then the heat pump works harder to transfer heat.

How Do Heat Pumps Work?
Heat pumps work in two different ways:

  • Heating - In heating mode, the heat pump moves available heat from one place to another (a much more energy efficient heating technique than traditional heaters which have to generate heat energy). The outdoor unit absorbs the heat from the air and transfers it inside using a refrigerant. The heat energy travels through copper pipework, over the heat exchanger, into the indoor unit and out into the room.
  • Cooling - In cooling mode, the heat exchanger in the indoor unit is used to absorb the room’s heat energy using refrigerant. The heat energy is then transferred to the outdoor unit where that heat exchanger expels it


Can They Work in the Frost?New Zealand and the South Island especially is particularly prone to some frosty weather, so it’s important to ensure that your heat pump can handle it when things get a little icy. Heat Pumps have a defrost feature that removes build-up on coils outside.  
This is a necessary part of having your heat pump function effectively. Not all heat pumps are created equally so product selection is key in ensuring your heat pump will work at the temperatures and in the conditions you need it to.

How Do You Choose the Right Heat Pump?
It is essential to choose the right heat pump to ensure your home or commercial space is heated and cooled effectively. Every space is unique in terms of size, ceiling height, the number of walls and windows, doors and hallways, occupancy and usage. Insulation can also make a big difference to what type of heat pump is needed.
Homes or offices that are well insulated may require a smaller sized heat pump than that of an older, less insulated area. The best way to choose the right heat pump is to talk to a professional and discuss all your options before committing to anything.

​Dxb Solutions LLC are passionate about providing the finest in heating and cooling technologies to our clients. If you have any questions about heat pumps or about our services and how we can help you, feel free to contact us today. We are available on phone by +971 4 252 2966. Alternatively, you can reach us through Heat Pumps Dubai.
Published on
Renovations or redecoration may require you to relocate your heat pump. In this article, we explore how to best relocate a heat pump. Renovators might consider moving the heat pump themselves. However, it’s important to keep in mind that this task should only be undertaken by a professional.

Why Relocate or Disconnect?
People choose to move their air conditioner for a number of reasons. They may wish to redecorate or relocate walls. The heat pump may currently be obstructing another part of the renovation process such as the fence, landscape or driveway. You may even wish to relocate your system to a new property.
Step-by-step Heat Pump RelocationAfter acknowledging that you do wish to move or disconnect your heat pump, the next step is deciding where you want to move it to and how.

Removing the Refrigerant
After checking the operation of your system in its current location, the first step to relocating your heat pump involves pumping out all the refrigerant in the system. This process should be carried out by a qualified professional.

Adjusting the Pipework
Once the system has been pumped down, the indoor and outdoor unit needs to be safely disconnected and made electrically safe. Units will need to be stored safely whilst not in use away from moisture, dust and contaminants.

Depending on whether the indoor and outdoor units are being relocated in the same position after renovations or require relocation, you may need to shorten or extend the pipework and electrical cables to suit.
CompletionOnce the system is ready to be re-connected, the heat pump will need to be re-filled with refrigerant gas. It will then be electrically livened and tested with an electrical safety certificate being completed.

Professional Help
As visible above, the work needed to relocate a heat pump is extensive and technical. This is why many people choose to enlist the help of a professional while undertaking the process.
It is much more effective to hire a professional who will ensure that your air conditioner will work smoothly and efficiently after the heat pump is relocated.

Heat pump suppliers in dubai are passionate about providing the finest in heating and cooling technologies to our clients. If you have any questions about the relocation of a heat pump or about our services and how we can help you, feel free to contact us today. We are available on phone by +971 4 252 2966. Alternatively, you can reach us through our site.
Published on
Heat pumps are one of the most efficient heating and cooling systems available. This is because they transfer hot and cold air rather than generating it. While this helps them run at a lower cost compared to other solutions, running costs can still fluctuate. In winter, your use of the heat pump and therefore your power consumption may increase and if you are in sweltering heat during summer, you can also experience a spike in running costs. Reducing these running costs is all about operating your heat pump in a way that is most efficient and economical.
​Economical Heat Pump OperationThere are a number of ways you can reduce the running cost of your heat pump in summer and winter, such as:
  • Keeping your heat pump setting low (between 16ºC to 21ºC)
  • Not setting your heat pump to maximum
  • Cleaning your indoor and outdoor heat pump filter regularly
  • Keeping the outdoor unit clear of debris
  • Having the system professionally maintained annually
  • Only heating or cooling the space you are using
  • Turning your heat pump off when not in use
  • Closing doors, windows, curtains etc. 
  • Ensuring your house is well insulated
  • Using the timer function to heat or cool a space 15 minutes before you use it


Choosing the Right Heat Pump Model for Your Space
Having the right type and size unit for your space is crucial. If your heat pump is too small, it will use more energy to heat or cool the space. If it’s too large, you will have to keep switching it off to prevent overheating. The size and type of heat pump you need depends on the level of insulation, how many windows there are and climate. 

Some heat pumps don’t perform as well in the cold. If you’re in an area that drops to below -5ºC outside, you will need a heat pump that is built to perform in those conditions. Placement is also important. The outside unit needs good airflow and as much winter sun as possible. It needs protection from elements that might cause corrosion like sea spray.
Looking for Heat Pump Services in Christchurch?At heat pump suppliers in dubai , we install, repair and maintain residential and commercial heat pump systems to suit all properties throughout Christchurch. We are passionate about providing the finest quality heating and cooling systems to our clients. If you have any questions about our heat pumps and air conditioners and how we can help you, feel free to contact us today. 

Get in touch with our friendly team today by calling 04 252 2966 or contact us online. 

Need a Quote
Working on a project and need quoting? Contact us today for a free quote
Picture
Picture
Call Us