COMMERCIAL AND INDUSTRIAL HEAT PUMPS

Maxa Distribution Australia supply Maxa heat pumps which are designed to satisfy the winter and summer air conditioning needs of modern industrial, commercial and residential installation. Extremely versatile and suitable for hot water production for winter heating and cold water for summer cooling of the environment; and for domestic hot water production. Inverter technology combined with the brushless DC motors ensures very high energy efficiency, allowing for reduced electricity consumption while maintaining high performance.

HWA1-A/H INVERTER HEAT PUMP

Air-cooled reversible heat pump for outdoor installation

The high efficiency air-cooled chillers and heat pumps of the HWA1-A and HWA1-A / H series are made for cooling and heating water. They are designed for outdoor installation. to withstand the outdoors with profiles of hot dipped galvanized or polyester powder coated steel sheets. Available in 24 sizes – 12 chillers and 12 heat pumps – to satisfy all system requirements in commercial, residential, and industrial buildings.

HWA-A/H INVERTER HEAT PUMP

Air-cooled liquid chillers and heat pumps with axial fans

The new multi-compressors chiller line doesn’t need any water tanks thanks to the partialisation from 6 to 10 steps. The management software manages the compressors working cycle according to the load requirements and lets them start alternatively to guarantee an equal number of working hours. They are fitted with internal overheat protection and crankcase heater if needed, installed on rubber shock absorbers.

HWA1-A INVERTER HEAT PUMP

Air-cooled water refrigerator and heat pump units

Air cooled liquid refrigerators and reversible heat pumps, with scroll compressors, axial fans with inverter control (except cooling only version), high performance plate heat exchanger, circulating pump, connectable with Hi-Touch remote controller. Models widely used for replacing old units or to be installed on new systems.

I-MAX INVERTER HEAT PUMP

Inverter refrigerators and heat pumps with dual refrigerant circuit

The i-MAX series reverse cycle heat pumps are designed for applications in commercial and industrial sectors, and can operate in heat pump mode with the possibility of producing hot water at a temperature up to 65°C for environmental heating and/or domestic uses.

I-32V5 INVERTER HEAT PUMP

Invertor monolock heat pump

The most compact and best performing on the market, the i-32V5 reverse cycle heat pumps have 12 models and are designed for residential and commercial applications. They are extremely versatile and can provide domestic hot water at 58°C (up to 63° with the help of auxiliary electric heater), and chilled water for summer cooling. The new i-32V5 system is the ideal solution to match with radiant/fan coil systems, with power supply from electricity network and/or from renewable sources.

ATRIA INVERTER HEAT PUMP

Hybrid system with heat pump and boiler

The Atria hybrid system is made of a heat pump and a condensation boiler, expressly designed by the manufacturer in order to make them work together. Offers a high-performance level and an eco-friendly choice decreases the carbon dioxide emissions. Atria’s range is ideal for domestic/residential installation, especially when substituting an existing system.

I-290 INVERTER HEAT PUMP

Invertor monolock heat pump

The MAXA range of heat pumps with the new R290 natural refrigerant gas is the widest and most complete in the market. The range includes 9 different sizes from 6 kW up to 27 kW in heating mode. A range of accessories and fittings allow for customisation of the unit to meet your specific needs. The 78°C maximum water temperature achievable by the i290 range allows easy integration into heating and sanitary hot water systems.

I-HPV5H INVERTER HEAT PUMP

Air/water inverter heat pumps with axial fan

New Air/Water heat pump with DC inverter technology and low GWP R32 refrigerant for outdoor installation. The range consists of 4 models with DC inverter compressors of hermetic scroll type specifically designed for operation with R32. The fan is of axial type with airfoil blades, specially shaped to increase the efficiency and reduce noise with electric motor driven in modulation with directly coupled brushless EC motor.

I-32V5C INVERTER HEAT PUMP

Invertor monolock refrigerators

The i-32V5C Midi air-water chillers represent an innovative solution in the chiller range for both comfort and process applications. The great flexibility of equipment combined with the “FULL INVERTER” nature of the series and a unique form factor make the Midi series integrable into any system. The basic version allows to reach a minimum water temperature of +5°C, while in the BT (low temperature) configuration this value can be reduced to -8°C.

I-32V5H INVERTER HEAT PUMP

Monolock heat pump and refrigerators

The i-32V5H MIDI reverse cycle heat pumps are designed for residential and commercial applications. They are extremely versatile and designed to produce hot water for winter heating, domestic hot water heating at 58°C (up to 63° with the aid of electric resistance), and cold water for summer cooling. The new i-32V5 MIDI system is the ideal solution in combination with radiant floor/fan coil systems, with electricity supplied from the network and/or from renewable sources.

HCN

Modular terminal units slim/reduced

The basic units are supplied without air filter in order to allow the customer to choose between the available filtering sections as accessories; even the remote control is an accessory. It has a self-supporting structure made of galvanized sheet with thermal and acoustic insulation (version S) or sandwich double panels 20mm thick with outer painted sheet; with ceiling/wall mounting holes, of contained dimensions and optimized encumbrance. Drain pan made with dual slope. Heat exchange coils with high efficiency made of copper tubes and aluminium fins, standard connections are located on the right side. Centrifugal fans with double air inlet aluminium blades of large diameter with 3-speed, mounted on elastic supports and dampers.

HCNA

Medium ductable terminal units with Brushless DC and AC asynchronous motor

The HCNA are small air handling units, which can be freely configured. It is possible to select between 2 motors (6 Poles or Brushless), 2 types of housing cases (S or D), the version of 2/4 pipes and a wide range of coupled accessories. The wide flexibility combined with the full range of capacity rating is the HCNA winning idea that allows to find the best solution for suiting your needs.

OTA1 40÷500

Aluminium horizontal crossflow heat recovery

Useful for air renewal, energy recovery and natural dehumidification, the OTA1 and OTAE1 perform heat recovery via a cross-flow heat exchanger for sensible heat only. The fan motor is of the three-speed type with an AC motor for the OTA1 version, while in the OTAE1 version the motor is of the EC type driven with a 0-10V signal. The air taken from the outside is filtered before release into the environment to further guarantee better air quality.

OTA1 MICRO E

EC Horizontal heat recovery units in paper with EC fan motors

Useful for air renewal, energy recovery and natural dehumidification, the OTA1 micro E performs heat recovery via an enthalpy type cross-flow heat exchanger which is able to recover both sensible and latent heat. The fan motor is of the EC Brushless type. The air taken from the outside is filtered before being released into the environment to further guarantee better air quality.

OTA-RHP 35÷450

Heat recovery unit with reversible heat pump

PUFFROLLER

Optimal for the storage of chilled and hot water

The Puffroller range provides an additional volume of system water to systems equipped with a heat pump. The construction characteristics of the storage and the external insulation make the Puffroller suitable to contain both hot water for heating and cold water for cooling. The wide range of capacities available allows you to always have the most suitable model for your specific system requirements.

CADDY

Tank for heating water with innovative thermic chimney and incorporated sanitary exchanger

The Caddy range of technical storage tanks allows various energy sources to be integrated into the same tank, in order to be able to produce domestic hot water instantly. The operating principle is based on the presence of several heat exchangers. In the upper part there is a finned exchanger immersed in the technical water. A second exchanger, located in the lower part of the storage tank, is dedicated to the energy exchange. Finally, the entire volume of the tank consists of technical hot water, which is usually kept at temperature by the heat pump.

BARREL

DHW boiler with internal treatment and pipe coil for heat pump

The Barrel range is one of the most useful devices to be installed for a complete hydronic heat pump system. The main use of the Barrel is the preparation and storage of hot water for domestic sanitary use. The steel tank is treated with a vitrification process that makes it perfectly suitable for storing hot water inside. Inside the boiler, a heat exchanger with a volume and surface area suitable for use with the heat pump is installed. The wide range of capacities available allows you to always have the most suitable model for your specific system requirements.

The newest household heating and cooling appliance in Australia is heat pumps. In essence, energy prices are rising; hence, more and more homeowners are saving power nowadays by using energy efficient air conditioners and heaters as opposed to the traditional ones. Heat pumps can be an easy, cost-effective and green source of your home heating throughout the year.

What Are Heat Pumps?

Heat pumps work by extracting more heat from indoor and outdoor air. These types include air source heat pumps that function by exchanging heat between the dwelling and surrounding air, as well as geothermal heat pumps that are operated by the exchange of heat between the building and the ground. Outdoor part of heat pump systems, which works similar to an air conditioner condenser, and an indoor air handler unit are essential parts. Nevertheless, they are electric operated only, never the less they are much cheaper and consume less energy as compared to other heating modes.

Benefits of Heat Pumps

There are many good reasons to consider installing heat pumps for home Sydney

Energy Efficient: A heat pump produces the same amount of heat as conventional systems but consumes less electricity. The percentage of success of the modern day heat pump equipment is more than 300%. This removes electricity price by a factor of several.

Cost Effective: By the way, heat pumps are more expensive at the start, but since they save a lot of energy, the investment is covered in only a few years. As the energy prices increase, the pockets of consumers and the saving accounts will bulge.

Environmentally Friendly: Heat pumps are very effective and produce low levels of greenhouse gases, similar to those emitted by fossil fuels in the form of gas or oil furnaces. The ecological advantage of such cars is that they are eco friendly.

Whole Home Comfort: This type of system ensures you almost full comfort in the entire house during the whole year by providing the heating and cooling at the same time. Today the zones systems are available that heat or cool the separate rooms separately.

Quiet Operation: The very best heat pumps come with silent fans and compressors that will not disturb you. The indoor boxes are better insulated, so they also attenuate noise.

Types of Heat Pumps

The main heat pump types suitable for Sydney climate are:

Air Sourced Heat Pumps: This heat goes too warm the cold air and the heat transferred, is brought inside. Air-to-air devices cool indoor air directly, whereas air-to-water systems heat water in radiators or underfloor systems.

Geothermal Heat Pumps: This kind of heating systems involve pipes buried under the ground to take that heat up and bring it into the home. True to form, they are the most productive type although they have a high initial purchase price.

Ducted Heat Pumps: Here the components are the outdoor compressor linked to an indoor unit and connected to ductworks that flow to distinct rooms. Such zoned ducted systems will ensure provision of entire home heating and cooling.

The Most Powerful Heat Pump Selection

If you are planning for installation of the heat pump system, the size and type that are appropriate for your house is very important. Collaborate with a reliable heat pump expert who will take the time to evaluate your heating requirements and then determine the appropriate sizing of the system that would suit you. Look for a brand that has a good reputation and offer a warranty.

Optimize Your Comfort and Efficiency with Modern Heat Pump Systems!

Map your own opportunities, wisely using time and resources. And ask for the energy efficiency rating which is related to the savings in future.

When it comes to the right heat pump system, Sydney people will remain comfortable the whole year through thereby saving on heating. Furthermore, by fitting a heat pump instead of a far more carbon thirsty furnace, you also gain a cleaner technology. Contact a specialist on the heat pump and delve more deeply into how the modern heat and cooling technologies contribute to reaching this aim.

Switch to heat pumps for savings and cleaner energy! Contact a specialist today to find the best fit for you.