Want to Make Significant Savings on Your Power Bill? Have you ever stopped to consider what the key contributors to your monthly electricity usage are? You may be surprised that in New Zealand, on average, domestic hot water heating combined with heating your home accounts for a whopping 67%† of the overall energy bill! So if you are trying to find ways to make significant savings on your electricity consumption, domestic hot water heating is an obvious area to target. Up to now the majority of hot water in New Zealand is heated by traditional electric hot water cylinders – but is there another, more energy efficient way to do this? The answer is yes, and it’s called hot water heat pump technology. Heat Pumps are Super Efficient at Heating Homes so Why Not Use the Same Technology to Heat Water Many years ago, when heat pumps were first introduced to New Zealand, it did not take long for Kiwis to quickly embrace this super energy efficient technology to keep their homes and families warm all winter long. So it should come as no surprise that the same heat pump technology that revolutionised home heating in New Zealand can be just as effective and efficient at heating your hot water. Global Leaders in Hot Water Heat Pump Technology Since 1994, Mitsubishi Electric have utilised their heat pump technology leadership and expertise to specifically design and manufacture hot water heat pump solutions. The range is called Ecodan and is now well and truly established in Japan and Europe as the preferred way to heat water efficiently with minimal environmental impact. With the full range of Mitsubishi Electric Ecodan Hot Water Heat Pump Systems now available right here, it’s New Zealand’s turn to reap the benefits. † Based on BRANZ study report SR221, 2010, verified by EECA. * Estimated using COP data based on BSEN14511 standard rating conditions. 7°C outdoor temp, 35°C outlet water temp. The BSEN14511 testing relates to the heat pump performance only and not the entire heating system. “You could save up to 70%* on your heating costs when compared to traditional water heating.”
Hot Water Heat Pumps are Better for the Environment Did you know a traditional electric hot water heater produces up to three times the amount of greenhouse gas compared to a low emission alternative such as a hot water heat pump? Instant gas hot water systems are even greater greenhouse gas contributors, producing a staggering seven times more emissions compared to hot water heat pump technology.*1 This makes water heating one of the largest single sources of greenhouse gas emissions from the average Kiwi home. As such, EECA has identified heat pumps as playing a key role in the ability to significantly reduce costs and greenhouse emissions from energy use. Currently an estimated 67% of New Zealand homes use a traditional electric hot water system in the home.*2 Substituting existing, less efficient technologies with more efficient ones such as a hot water heat pump therefore has the ability to make a significant reduction in overall greenhouse emissions. If you are looking for super energy efficient water heating that is kind to the environment, Mitsubishi Electric Ecodan Hot Water Heat Pumps are the natural choice. How Efficient is a Hot Water Heat Pump? The efficiency of a heat pump is known as the Coefficient of Performance or COP. This is a ratio of the heat delivered to power consumed. For every 1kW of electrical input energy, Ecodan absorbs freely available heat energy from the outdoor air to provide the home with an average of at least 3.2kW*3 of heat output. Compared to typical gas and direct electric heating systems that can have higher running costs with inefficient COPs as low as 0.80*4, Ecodan Hot Water Heat Pumps provide a real energy efficient alternative. *1 Based on electrical and gas emission factor for New Zealand (EECA Genless). *2 Based on E3 Policy Framework data for New Zealand. *3 As independently tested by BSRIA based upon BSEN14511 Part 3 standard rating conditions. Due to the method of operation, the performance of heat pumps will vary based upon the temperature of the heat source and the requirements of the heat delivered. The BSEN14511 testing relates to the heat pump performance only and not the entire heating system. *4 Based on manufacturer information for gas instant hot water heater (non-condensing). “Now you can enjoy hot water responsibly all year round!” Electrical energy input 1kW 3.2kW Heat energy output 2.2kW Low temperature renewable heat energy taken from the environment
How Does an Ecodan Hot Water Heat Pump System Work? There are three key components to the Ecodan Hot Water Heat Pump System. The Outdoor Unit Just like a heat pump for space heating, the Ecodan outdoor unit uses electricity to absorb freely available heat energy from the surrounding air and then transfers it to your home so it can provide energy efficient hot water heating and heating for underfloor, radiators or fan coils. The Hot Water Cylinder Ecodan provides your home with hot water via a dedicated all-in-one pre-plumbed 170, 200 or 300 litre cylinder that is specifically designed to integrate with the Ecodan outdoor unit. Alternatively, the Ecodan outdoor unit can be connected up to a different size hot water cylinder via the Ecodan Hydrobox module. Smart Energy Controls Ecodan Hot Water Heat Pump Systems come standard with built-in Smart Energy Control. This easy-to-use interface provides homeowners with smart energy monitoring to maximise energy efficient operation. Furthermore, the advanced weather compensation feature ensures the system delivers comfortable heating no matter the season. The controller is intuitive to use, with individualised room temperature control available at your fingertips for the ultimate in total home comfort. Combine Hot Water Heating with Whole Home Central Heating As you have come to expect, Mitsubishi Electric Ecodan Heat Pumps are advanced systems that can do more than just efficiently heat water. The extensive line-up also includes total home heating solutions that cover all of your hot water needs as well as super energy efficient room heating – all through the one system. These total home heating solutions provide room heating using radiators or fan coils as well as underfloor heating. It’s the ultimate in total home comfort. Ecodan Cylinder System Outdoor unit Indoor Cylinder Underfloor Heating Radiator Hot Water Ecodan Hydrobox System Underfloor Heating Radiator Hot Water Three-Way Valve Indoor Hydrobox Outdoor unit Field Supplied Third Party Cylinder
Designed for New Zealand Conditions Mitsubishi Electric Ecodan Hot Water Heat Pumps are the dependable solution for year-round efficient hot water when you need it most. Ecodan Hot Water Heat Pumps will especially be appreciated during the winter months, when taking longer and hotter showers as a reprieve from the cold is typical! Full Rated Capacity Even When Outdoor Temperatures Are as Low as -15°C* For those that live in areas of New Zealand where many frosty days in winter are prevalent, it is good to know that the Mitsubishi Electric Ecodan Hot Water Heat Pump Range has specific sub-zero models called the Zubadan Series. These models are designed to effectively produce hot water even on the coldest of winter days. Our installation on Mount Ruapehu is a testament that an Ecodan Hot Water Heat Pump with Zubadan Technology is well and truly designed for New Zealand’s low temperature conditions. With temperatures regularly dropping below 0°C in winter, this system continues to effectively provide hot water for showers, washing facilities and the kitchen for all of its club members throughout the winter season. Ecodan is Designed to Work Efficiently With All Types of Water Depending on where you live in New Zealand, you may experience hard water that typically manifests itself as calcium build-up. Mitsubishi Electric Ecodan Hot Water Heat Pumps incorporate advanced Scale Trap Technology to minimise scale build-up, ensuring the system will always be working at its best. Ecodan Hot Water Heat Pump Zubadan Series installed at The Lodge – Ruapehu Ski Club. * For Zubadan Model PUHZ-SHW112VAA (according to EN 14511).
Quiet Outdoor Operation – Ideal for Higher Density Housing With higher density housing becoming more common in New Zealand, quiet outdoor operation is important if you want to keep your neighbours happy! Designed especially for residential applications, the Ecodan Range 6.0kW, 8.5kW and 11.2kW outdoor units, are 3dBA quieter than previous models. Specific design features enable quiet outdoor operation to be maintained at all times. This ultra-quiet operation means homeowners can now choose the most convenient location for their Ecodan without disturbing neighbours. Mitsubishi Electric has always been at the forefront of improving technology including sound levels, to meet the everchanging needs of consumers. So it should come as no surprise that with the urban landscape rapidly changing to more high-density housing, Mitsubishi Electric has specifically tackled outdoor sound levels across the Ecodan Range. 80dBA Subway car interior Sound of rustling leaves Human hearing limits (Extremely quiet) Quiet passenger car interior (40km/h) Library interior 60dBA 40dBA 10dBA Only 43dBA*† * Measured at 1m from the front of the outdoor unit operating under normal heating conditions at outdoor temperature 7°CDB/ 6°CWB, outlet water temperature 55°C. 43dBA* † 45dBA* QUHZ Outdoor Unit PUZ/PUHZ Outdoor Unit The new ultra-quiet Ecodan Series operates discreetly with a sound pressure level as low as 45dBA* and the Ecodan QUHZ features an impressive industry-leading 43dBA*†. As a result, these systems offer greater placement flexibility as the outdoor unit can now be located much closer to property boundaries than ever before. † Applicable to QUHZ model.
Manage Your Hot Water Consumption with Advanced Monitoring On-screen power usage information means you have the visibility and freedom to efficiently manage your overall hot water power use. Add to this, daily and weekly timers so you can take advantage of off-peak tariffs and save even more on your power bills. For those who have chosen a hot water central home heating system, 2-Zone control can be used to set different temperatures for up to two different zones, or turned off completely. This is the ultimate in zone control. New Build, Renovate or Retrofit – Add Value to Your Home with an Ecodan Hot Water Heat Pump Updating your home heating and water heating to a heat pump system is an investment that will not only instantly reflect lower electricity bills for you every month, but is sure to make a real impression with potential home buyers in the future. The energy efficiency of a home is becoming a stronger purchasing consideration for home buyers. As such, properties on the market are expected to have adequate insulation and at least one heat pump in the living room at a minimum. Homeowners looking to future proof and add additional value would be wise to consider an Ecodan Hot Water Heat Pump System to provide super energy efficient water heating and space heating at the same time. Whether you are building a new home, renovating an existing property or looking to retrofit, you will be able to find the perfect solution from the Mitsubishi Electric Ecodan Hot Water Heat Pump Range. “Ecodan is revolutionising the way New Zealand heats water.”
The Goal The owners vision was to create a modern family dwelling that was warm, dry and healthy. The first stage included upgrading the insulation levels in the ceiling, walls, and floors as well as tackling all the windows with double glazing. The second stage addressed the big energy users in the home; the heating of the rooms and hot water. Whilst living overseas, the owners had experienced the comfort and ease of a central heating system. As a result, they were especially keen on integrating radiator heating in their revamped Ngaio home. Furthermore, they were seeking an integrated solution that combined both hot water heating and space heating at the same time. The Challenge The owners bought the house with the intention to renovate. It was originally built in three phases in the ‘50s, ‘60s and ‘70s to the code and specifications of the era. This meant that the house had no insulation, no heating aside from one log burner Ngaio Renovation Project On the hills of Mount Kaukau near Wellington City is the suburb of Ngaio, where this family residence underwent a considerable makeover with the goal of significantly reducing their energy use in their newly renovated home. and the thinnest single glazing on the windows. To add to this, the hot water cylinder was a low-pressure header tank fed system with a small capacity which ran out after two showers. The Solution The Ecodan Hot Water Heat Pump System chosen achieved the overall goal of having an effective and efficient whole home solution that delivers both radiator heating and hot water from the single heat pump system. The homeowners were especially keen on a central heating radiator system to cover their space heating requirements with enough capacity to ensure all the rooms were adequately heated and sufficient hot water was available at all times to meet the growing family’s needs, even in the depths of a Wellington winter. Super Efficient Ecodan Hot Water Heat Pump for Space and Water Heating An 11.2kW capacity Mitsubishi Electric Ecodan Hot Water Heat Pump System was the perfect solution to cover the daily hot water needs as well as the home’s space heating requirements at the same time. A packaged system was chosen that conveniently comes pre-plumbed and prewired. This solution incorporates a 200 litre water cylinder and the heat exchanger all in the one package. The system features fast heat-up times through the use of Plate Heat Exchanger Technology that works in conjunction with smart energy monitoring and control. Built-in Smart Control with Energy Monitoring With a state-of-the-art integrated Fifth Generation (FTC5) Controller, energy monitoring and management of the Ecodan Hot Water Heat Pump System is easy. The control has given the homeowners the visibility and freedom to efficiently manage their overall water heating power consumption. Furthermore, the controller now enables the family to take advantage of off-peak tariffs, to save even more on their electricity bill. Case Study
Stylish Radiators Used for Space Heating Eleven radiators have been installed throughout the home to provide contemporary space heating to the various rooms. Radiators are the ideal solution for responsive heating that can be mixed and matched to each room. Quick to heat up as well as turn down or off, radiator heating is easy to control room by room. The Result Having a well-insulated house with the biggest energy users in the home addressed by a high-efficiency Ecodan Hot Water Heat Pump System by Mitsubishi Electric, this family is happier and healthier than ever. Rob the homeowner explains: “I was rather surprised that radiators have moved on in their technology and we installed units with fan systems for even quicker heating. We would never go back. The Ecodan System has been the making of the house. We just don’t think about being cold anymore. We find that we are able to fully heat the house and then keep that heat rather than losing it. The system is simple to use and most impressively we have seen our power bills more than halve from our previous heating system and electric element hot water cylinder in the same home during winter. The only downside is that now we get caught out forgetting to take a coat as we don’t know how cold it is outside until we go out.” Equipment Breakdown Ecodan Hot Water Heat Pump Outdoor Unit 1x 11.2kW PUHZ-W112VHA Ecodan Packaged Water Cylinder and Heat Exchanger 1x EHPT20X-VM2C-200L 1x FTC5 Wall Controller Contractor Leon Smith Plumbing Architect Herriot Melhuish O’Neill Architects You’ll find this, and many more Ecodan case studies on our website www.mitsubishi-electric.co.nz/ecodan “The Ecodan System has been the making of the house. We just don’t think about being cold anymore.”
Greater Flexibility and Enhanced Efficiency Using a thermal store allows greater flexibility and enhanced efficiency when applying Ecodan QUHZ to different types of homes. Varying the setpoint of the thermal store, and how much of the store is heated, ensures the correct amount of hot water is produced for the home. See the example on the left. The Thermal Store Explained • The Ecodan QUHZ provides hot water to the home using a dedicated pre-plumbed 200 litre thermal store. • The thermal store is specifically designed to enable efficient production of hot water for a household of up to 4 people and uses advanced control logic to provide optimum performance at all times. • The Ecodan QUHZ Outdoor unit is connected to the thermal store by a sealed primary circuit. • Mains cold water is heated instantaneously as it passes through a plate heat exchanger and the hot water produced is sent directly to the outlets ready to use. • As domestic hot water is not stored in the system there is no risk of legionella associated with traditional hot water tanks. Greater Flexibility and Enhanced Efficiency Example Four Person Household One Bedroom Apartment OUTDOOR UNIT QUHZ-W40VA Heating Capacity at 7°C Outdoor Temperature*2 [kW] 4.0 at 2°C Outdoor Temperature*3 [kW] 4.0 Sound Pressure Level at 1 metre [dBA] 43*1 Dimensions Width [mm] 809+70*4 Depth [mm] 300+20*5 Height [mm] 715 Ecodan QUHZ Specifications Ecodan QUHZ CO2 Hot Water Heat Pump ATW Hydronic Cylinder System • CO2 refrigerant • High efficiency hot water heating performance • Class-leading, low noise operation at 43dBA*1 • Small outdoor unit, reduced footprint • Lightweight outdoor unit • Water connections only from outdoor unit to cylinder CYLINDER *6 EHPT20Q-VM2EA Nominal Water Volume [L] 200 Heating Operating Range Heating Flow Temperature [°C] 25–60 Domestic Hot Water [°C] 40–70 Dimensions Width [mm] 595 Depth [mm] 680 Height [mm] 1600 Outdoor Unit 4kW Ecodan QUHZ Cylinder 200 Litre Capacity *1 Measured at 1m from the front of the outdoor unit operating under normal heating conditions at outdoor temperature 7°CDB/ 6°CWB, outlet water temperature 55°C. *2 Under nominal operating conditions: Outdoor temp 7°CDB / 6°CWB, outlet water temp 35°C, inlet water temp 25°C. *3 Under nominal operating conditions: Outdoor temp 2°CDB / 1°CWB, outlet water temp 35°C, inlet water temp 25°C. *4 Piping cover. *5 Wire grille. *6 Cylinder includes: Flow Temperature Controller with Main Controller and Temperature Sensors, Pumps and Valves for Zone 1 and DHW use, Flow Sensor, Plate Heat Exchanger, and Booster Heater. Equivalent of Equivalent of
Please note that options for cooling applications are available, for more technical information please contact your local Ecodan dealer. *1 Hydrobox includes: Flow Temperature Controller (FTC6) with Main Controller and Temperature Sensors, Water Circulation Pump, Flow Sensor, Booster Heater and Expansion Vessel. *2 Cylinder includes: Flow Temperature Controller (FTC6) with Main Controller and Temperature Sensors, Pumps and 3-Way Valve for Zone 1 and DHW use, Flow Sensor, Plate Heat Exchanger, Scale Trap, Booster Heater and Expansion Vessel. Expansion vessel not included in ERPT30X-VM6ED. *3 Available on special order only. Ecodan R32 Specifications Hydrobox or Cylinder Systems • Simple graphical control • Optional 2-Zone Space Heating Control • Energy monitoring as standard • Scale Trap Technology • Pre-plumbed and wired for faster installation • Compatible with home automation Cylinders 170*3, 200 and 300 Litre Capacity Hydrobox HYDROBOX*1 ERPX-VM6D Hydrobox type Hydronic Outdoor Capacity Range (Nominal) [kW] 5-14 Heating Operation Range Heating Flow Temperature [°C] 20–60 Sound Pressure Level at 1 meter [dBA] 28 Dimensions Width [mm] 530 Depth [mm] 360 Height [mm] 800 Please note that options for cooling applications are available, for more technical information please contact your local Ecodan dealer. *1 Hydrobox includes: Flow Temperature Controller (FTC5) with Main Controller and Temperature Sensors, Water Circulation Pump, Flow Sensor, Booster Heater and Expansion Vessel. *2 Cylinder includes: Flow Temperature Controller (FTC5) with Main Controller and Temperature Sensors, Pumps and 3-Way Valve for Zone 1 and DHW use, Flow Sensor, Plate Heat Exchanger, Scale Trap, Booster Heater and Expansion Vessel. Ecodan R410A Specifications Hydrobox or Cylinder Systems • Simple graphical control • Optional 2-Zone Space Heating Control • Energy monitoring as standard • Scale Trap Technology • Pre-plumbed and wired for faster installation • Compatible with home automation Cylinder 200 Litre Capacity Hydrobox HYDROBOX*1 EHPX-VM2C ERSC-VM2C ERSE-YM9EC Type Hydronic Split Split Outdoor Capacity Range [kW] 5.0–14 ERSC: 8.0-12.0 16–23 Heating Operating Range Heating Flow Temperature [°C] 25–60 25–60 25–60 Sound Pressure Level at 1 metre [dBA] 28 28 30 Dimensions Width [mm] 530 530 600 Depth [mm] 360 360 360 Height [mm] 800 800 950 CYLINDER*2 ERST20C-VM2C EHPT20X-VM2C ERST30C-VM6ED Type Split Hydronic Split Outdoor Capacity Range [kW] ERST20C: 8.0-12.0 5 – 14 8.0-12.0 Nominal Water Volume [L] 200 200 300 Heating Operating Range Heating Flow Temperature [°C] 25–60 25–60 20-60 Domestic Hot Water [°C] 40–60 40–60 40-60 Sound Pressure Level at 1 metre [dBA] 28 28 28 Dimensions Width [mm] 595 595 595 Depth [mm] 680 680 680 Height [mm] 1600 1600 2050 Ecodan Specifications CYLINDER*2 ERPT17XVM2D*3 ERPT20XVM2D ERPT30XVM6ED Cylinder Type Hydronic Hydronic Hydronic Outdoor Capacity Range (Nominal) [kW] 5 - 8.5 5 - 14 8.5 - 14 Nominal Water Volume (Litres) [L] 170 200 300 Heating Operating Range Heating Flow Temperature 20°C - 60°C 20°C - 60°C 20°C - 60°C Domestic Hot Water 40°C - 60°C 40°C - 60°C 40°C - 60°C Sound Pressure Level at 1 metre [dBA] 28 28 28 Dimensions Width [mm] 595 595 595 Depth [mm] 680 680 680 Height [mm] 1400 1600 2050
*1 Under normal heating conditions at outdoor temp: 7°CDB / 6°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *2 Under normal heating conditions at outdoor temp: 2°CDB / 1°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *3 Grille. *4 Compatible with Hydrobox ERSE only. *5 Electrical cover. *1 Under normal heating conditions at outdoor temp: 7°CDB / 6°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *2 Under normal heating conditions at outdoor temp: 2°CDB / 1°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *3 Grille. Ecodan ATW Hydronic Hot Water Heat Pumps Ecodan ATW Split Hot Water Heat Pumps ZUBADAN ATW HYDRONIC OUTDOOR UNIT PUHZ-W60VAA PUHZ-W85VAA PUHZ-W112VAA PUHZ-HW140VHA2 Heating Capacity at 7°C Outdoor Temperature*1 [kW] 6.0 9.0 11.2 14.0 at 2°C Outdoor Temperature*2 [kW] 6.0 8.5 11.2 14.0 Operating Outdoor Temperature Range Heating [°C DB] -20°C ~+35°C -20°C~+35°C -20°C~+35°C -25°C~+21°C Domestic Hot Water [°C DB] -20°C ~+35°C -20°C~+35°C -20°C~+35°C -25°C~+35°C Sound Pressure Level at 1 metre [dBA] 45 45 47 53 Dimensions Width [mm] 1050 1050 1050 1020 Depth [mm] 480 480 480 330+30*3 Height [mm] 1020 1020 1020 1350 ZUBADAN ZUBADAN ZUBADAN ATW SPLIT OUTDOOR UNIT PUHZ-SW120VHA PUHZ-SW160YKA*4 PUHZ-SHW80VAA PUHZ-SHW112VAA PUHZ-SHW230YKA2*4 Heating Capacity at 7°C Outdoor Temperature*1 [kW] 16.0 22.0 8.0 11.2 23.0 at 2°C Outdoor Temperature*2 [kW] 12.0 16.0 8.0 11.2 23.0 Operating Outdoor Temperature Range Heating [°C DB] -20°C~+21°C -20°C~+21°C -28°C~+21°C -28°C~+21°C -25°C~+21°C Domestic Hot Water [°C DB] -20°C~+35°C -20°C~+35°C -28°C~+35°C -28°C~+35°C -25°C~+35°C Sound Pressure Level at 1 metre [dBA] 54 62 45 47 59 Dimensions Width [mm] 950 1050 1050 1050 1050 Depth [mm] 330+30*3 330+40*3 480 480 330+30*3 Height [mm] 1350 1338 1020 1020 1338 Ecodan R410A Outdoor Units
*1 Under normal heating conditions at outdoor temp: 7°CDB / 6°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *2 Under normal heating conditions at outdoor temp: 2°CDB / 1°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *3 Grille. *1 Under normal heating conditions at outdoor temp: 7°CDB / 6°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *2 Under normal heating conditions at outdoor temp: 2°CDB / 1°CWB, outlet water temp 35°C, inlet water temp 30°C as tested to BS EN14511. *3 Grille. Ecodan ATW Hydronic Hot Water Heat Pumps Ecodan ATW Hydronic Hot Water Heat Pumps OUTDOOR UNIT PUZ-WM50VHA PUZ-WM60VAA PUZ-WM85VAA PUZ-WM112VAA Heating Capacity at 7°C Outdoor Temperature*1 [kW] 5.00 6.00 8.50 11.20 at 2°C Outdoor Temperature*2 [kW] 5.00 6.00 8.50 11.20 Operating Outdoor Temperature Range Heating [°C DB] -20°C~+24°C -20°C~+24°C -20°C~+24°C -25°C~+24°C Domestic Hot Water [°C DB] -20°C~+35°C -20°C~+35°C -20°C~+35°C -25°C~+35°C Sound Pressure Level 1 metre [dBA] 52 45 45 47 Dimensions Width [mm] 950 1050 1050 1050 Depth [mm] 330+30*3 480 480 480 Height [mm] 943 1020 1020 1020 ZUBADAN ZUBADAN OUTDOOR UNIT PUZ-HWM140VHA (SINGLE PHASE) PUZ-HWM140YHA (THREE PHASE) Heating Capacity at 7°C Outdoor Temperature*1 [kW] 14 14 at 2°C Outdoor Temperature*2 [kW] 14 14 Operating Outdoor Temperature Range Heating [°C DB] -28°C~+21°C -28°C~+21°C Domestic Hot Water [°C DB] -28°C~+35°C -28°C~+35°C Sound Pressure Level at 1 metre [dBA] 53 53 Dimensions Width [mm] 1020 1020 Depth [mm] 330+30*3 330+30*3 Height [mm] 1350 1350 Ecodan R32 Outdoor Units
For more information please visit our website or call our Customer Service Team. mitsubishi-electric.co.nz | 0800 784 382 PUBLISHED DEC 2024
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