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MAGNUS In-Line Design, a Revolution in Heat Pump Water Heater Solutions

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MAGNUS In-Line Design, a Revolution in Heat Pump Water Heater Solutions A Revolution in Heat Pump NewNew Generation Generation In-line In-line Heat Water Heater Design PumpUnderfloor Water Heater Heat SystemsPumps by PB 1 MAGNUS In-line design, a revolution in heat pump water heater solutions. The future is here, MAGNUS in-line design is revolutionising the way heat pump water heaters are applied. Through adapting an integrated whole system design ethos MAGNUS solutions deliver comfort and Designed for Cost convenience that is more cost effective, efficient and Effectiveness extremely reliable. MAGNUS In-line systems are designed to significantly reduce the installed system cost compared with traditional systems. In-line design delivers leaving water at the right temperature required for the application and has lower water flow rates. This eliminates the traditional requirement for water storage tanks, larger pumps and larger piping. 2 Designed for Better Designed to Operate Performance Reliably, Longer MAGNUS In-line system technology MAGNUS In-line systems are low allows for substantial efficiency gains maintenance, with low service over traditional installations. This is requirements. Its ThermoShell® heat achieved through a precise control of exchanger, unlike traditional heat heated water supply for optimised exchangers, are fouling resistant. Also, heat absorption by the application. the advanced unit controller combined As the heating load of the application with application specific design is met the MAGNUS heat pump uniquely enables the compressor to water heater reduces energy input constantly operate within its design and increases in efficiency. limits improving unit life. 2 3 Heat pumps, the best option Heat pump underfloor heating 9 Whole of house heating, control temperatures for individual zones 9 Even heat distribution, no cold spots and uncomfortable airflow 9 Silent with no noise generated in the heated indoor space 9 Enhanced aesthetics, no unsightly diffusers or bulky fixed heaters 9 Environmentally friendly heating option with lowest CO2 emissions 9 Heat pumps are the most cost effective & efficient heating technology 9 MAGNUS is the most cost effective and efficient underfloor system Heat pump water heater efficiency A heat pump water heater is the most efficient form of heating as it is able to turn one unit of input power into four units of output power making it 400% efficient under typical operating conditions. Gas is typically only 70-80% efficient while electricity is only 100% efficient, so even though the initial cost may be higher for a heat pump system the very low cost of operation means the system is the most cost effective option. 4 kW heat energy output 3 kW free heat 1 kW electrical energy from power input environment Comparative energy input and output for various heating technologies. input Heat Pump output input Electric Heater output input Gas Heating output 4 MAGNUS, the best heat pump system Inefficient conventional heat pump system design Conventional underfloor heat pump system design is inefficient. Situated between the heat pump and underfloor network is a buffer tank which must be heated so water can be supplied to the underfloor tubing. Because returning cooled water mixes with the heated water the tank must be heated to a higher temperature than the underfloor requires. This continual mixing and the need for a higher buffer tank temperature makes the system inefficient as the heat pump must operate for longer and at a higher power input than ideally required. Heat pump operates in an on/off fashion with eated ater ot eated water ot high power input for to underfloor longer and more often than ideally needed Buffer water tank required Mixing of heated Higher buffer tank and cooled water temperature needed cools the tank so than the underfloor further heating is requires - increases mixing required - increases power input power input Larger ies ms reired Cooled water retrning Cooler water in from underfloor Conventional Buffer Tank Underfloor System Efficient MAGNUS In-line system design MAGNUS In-line systems are designed to directly provide water at the right temperature required by the underfloor system; conventional heat pumps are not able to do this. Unlike conventional underfloor heat pumps, MAGNUS In-line underfloor heat pumps are specifically designed for underfloor heating to maximise efficiency and cost effectiveness. MAGNUS In-line heat pump supplies heated water at a Lower power Inverter temperature input without compressor system required by the the inefficiencies will lower it’s power underfloor system of a buffer tank input as the floor becomes warm and reduce running costs Smaller ies ms reired Heated water out to underfloor Cooled water retrning from underfloor MAGNUS In-line Underfloor System 4 5 MAGNUS, redefining efficiency MAGNUS In-line benefits 9 No costly buffer storage tank 9 Most energy efficient system 9 Takes up less installed space 9 Easier installation 9 Better outdoor aesthetics 9 Lower servicing requirements 9 More reliable long life system 9 Designed for underfloor heating MAGNUS In-line, the lowest running cost underfloor heat pump system Achieving at least 30% energy savings over conventional buffer tank systems, the MAGNUS In-line system fully utilises its inverter compressor technology by reducing its power input as the floor warms up to the set temperature. Conventional fixed speed (and inverter) buffer tank systems are less efficient as they must operate longer and with higher energy input than ideally required. MAGNUS In-line vs Conventional System MEETING TIAL OAD MAINTAINING HE OAD 100 Conventional on/off system input power 90 36 80 34 70 30 °C 60 Indoor temperature (set 24°C) 26 50 22 In-line system input power 40 18 Temperature Temperature System Power Input % Power System 30 16 20 12 10 8 Ambient temperature 0 0 24 48 72 96 120 Hours System Power Input Comparison 6 MAGNUS, long life technology MAGNUS In-line technology underpins its superior efficiency, reliability and durability. Efficient inverter compressor control In any heat pump system the compressor consumes the majority of the power. Conventional on/off full speed and inverter compressor buffer tank systems must operate longer and at higher speeds because of the mixing of cooled and heated water in the buffer tank. MAGNUS In-line systems take full advantage of their inverter compressors by significantly reducing input power as the floor warms. Non-fouling ThermoShell® technology Heat pump water heaters have at their core a refrigerant to water heat exchanger and its performance is critical to the overall performance of the system. Conventional heat exchanger designs are highly prone to fouling over time which reduces performance and greatly shortens the life of the system. MAGNUS In-line units feature highly efficient innovative ThermoShell® technology heat exchangers which are fouling resistant guaranteeing the same performance year after year. Smart efficient variable speed pumps MAGNUS In-line underfloor systems only require a single small highly efficient variable speed pump, these Class A pumps feature an EC motor which reduces energy use by around 50%. Conventional systems have high water flow rates so require two large costly pumps to run the system. ThermoShell Heat Exchanger No Loss in heat exchange Refrigerant efficiency with non-fouling technology Water Path Non fouling surface water out refrigerant in ThermoShell® Heat Exchanger 6 7 MAGNUS, precise control MAGNUS reliability & durability 9 ThermoShell technology® 9 Inverter compressor 9 Advanced integrated controls 9 Commercial construction 9 Corrosion resistant epoxy 9 Corrosion resistant advanced coated coils powder coating 9 Full safety design integration 9 Compact system design Compatible with third party controllers MAGNUS In-line underfloor systems can be connected to any third party controllers via the systems manifold. This can allow zones to be set up and easily temperature controlled. Touchscreen wall controller The perfect balance between simplicity and sophistication, the optional SE8300 provides precision touchscreen temperature control of your MAGNUS In-line system. Simply and intuitively adjust your desired temperature. The optional TZT-100 offers a standard push button option for easy to use temperature control of your MAGNUS In-line system. TZT-100 controller SE8300 touchscreen controller 8 MAGNUS, the future today MAGNUS In-line is the superior underfloor heating system for the future, choose it today. Quiet performance With their unique vertical fan discharge design MAGNUS In-line heat pumps offer quiet performance and with no indoor equipment you will enjoy silent comfort. Reliable performance in freezing conditions MAGNUS In-line underfloor heat pumps are designed to operate effectively in outdoor temperatures down to -15°C. In cold conditions ice routinely forms on heat pump outdoor coils, MAGNUS In-line features advanced de-ice control to remove ice build up all while your underfloor stays warm. Safety first design MAGNUS In-line heat pumps feature advanced safety features. In the unlikely event that your system has a safety issue it will switch itself off. Any issues can be easily diagnosed, by a technician, through the advanced outdoor unit controller. Superior durable construction MAGNUS In-line systems are built to last up to 20 years with a commercial standard of construction. The highest quality components, corrosion resistant epoxy coated coils, high quality galvanised steel with marine grade highly corrosion resistant pre-treatment and advanced powder coating
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