Nibe F2300 and F2026 Air/ Water Heat Pump Range

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    08-Sep-2014
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Presentation on the Nibe F2300 and F2026 Air/ Water Heat Pump Range

Transcript of Nibe F2300 and F2026 Air/ Water Heat Pump Range

  • Air/water heat pumpsCapture free energy from the outside air
  • NIBE Air/water Air/water heat pump: General Good reasons to install a NIBE Air/water heat pump Principle for Air/water heat pumps Product programme NIBE Monobloc air/water programme NIBE F2026 NIBE F2300 NIBE Monobloc ait/water programme: Possible combinations NIBE F2026/F2300 + SMO 05 system NIBE F2026/F2300 + NIBE SMO 10 system NIBE F2026/F2300 + NIBE SMO system Other accessories NIBE F2026/F2300 + NIBE VVM 500 system NIBE F2026/F2300 + NIBE VVM 500 system Other accessories NIBE F2026/F2300 + NIBE VVM 300 system NIBE F2026/F2300 + NIBE VVM 300 system Other accessories NIBE F2026/NIBE F2300 + an existing boiler NIBE air/water Recommended system solutions NIBE SPLIT NIBE SPLIT systems NIBE ENERGY SYSTEMS NIBE SPLIT systems Other accessories Air/water heat pumps
  • Good reasons to install a NIBE Air/Water heat pump You save money. Up to your annual bill for heatery and domestic hot water. Low installation cost. You reduce CO2 emissions. One house equipped with a heat pump equals taking one car of the road. Classified as a renewable energy. A air/water heat pump (NIBE Split) not only heat your house. It provides cooling as well. NIBE ENERGY SYSTEMS Air/water heat pumps
  • Principle for air/water heat pumpsHow do you get heat from cold air?Air/water heat pumps utilise the heat energy from the outside air.The heat pumps are designed for outside placement andtransform the free energy stored in the air to useful heating andcooling energy and domestic hot water. From 1 kWh electrical energy an annual average of 3 kWh heating energy is produced. NIBE ENERGY SYSTEMS Air/water heat pumps
  • Principle for air/water heat pumpsHow do you get heat from cold air?Heat pump technology is actually based on a very simple, well-known principle.It works in a similar way to any domestic refrigerator, using a vapourcompression cycle. 1._ 1. Heat from the outside air is 2. This vapour moves to the compressor drawn in by the fan. and reaches a higher pressure and The refrigerant in the evaporator temperature. is colder than the air, causing the heat to move from the air to the refrigerant. It then evaporates and absorbs the energy from the outside air. NIBE ENERGY SYSTEMS Air/water heat pumps
  • Principle for air/water heat pumpsHow do you get heat from cold air? 1. _ 1. _ 2. _ 2. _ 3. _ 3. The hot vapour enters the 4. The refrigerant moves to the expansion condenser and gives off heat as it valve; condenses. drops in temperature and pressure; then returns to the evaporator. NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE monobloc air-water programme NIBE F2026 NIBE F2300 Residential use Residential and commercial use NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2026 NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2026NIBE F2026 is an air/water heat pump, specially designed for theNordic climate. F2026 has been developed with special attentionto make installation as smooth as possible. For example, wealways include anti-vibration water connections and built-incondensate water solution. The F2026 series can handle ahouse heating range of 5 13 kW.A broad accessory programme is available, and there arenumerous recommended possible combinations.Very low sound levelSizes: 6 kW, 8 kW and 10 kWBuilt-in condensate water trayIntegrated intelligent controllerComponents selected for a long lifetimeFlexible system solutionsDiscreet designEfficient scroll compressorAdvanced defrosting NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2300 NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2300The NIBE F2300 is a air/water heat pump, specially designed forthe Nordic climate.F2300 can handle a building heating power demand of 12 22 kW.The F2300-14 and -20 are particularly suitable for largerhouses/buildings. Great efforts have been made to create attractivesystem combinations.Special attention has been given to minimising the noiselevel. For example, the noise level for the F2300-20 kW is nomore than that of a small 2026-8 kW, one of the quietestunits available on the market.A broad accessory programme is available, and there arenumerous recommended possible combinations.Sizes: 14 kW and 20 kWCOP levels are among the best on the marketSupply temperature 63 C at -25 C ambientVery low noise levelExtended real working range down to -25 C ambient NIBE ENERGY SYSTEMSBuilt-in condensate water tray Air/water heat pumps
  • NIBE monobloc air-water programme Possible combinationsNIBE SMO 05 NIBE SMO 10 NIBE VVM 500 NIBE VVM 300 Existing boilerBasic controller Advanced controller Indoor unit Indoor module NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2026/F2300 + SMO 05 systemIndividual set up with the NIBE SMO 05 basic controllerand F2026 or F2300The NIBE SMO 05 controller has the new-generation userinterface. You can install it in any convenient room or hall,from where you can make various adjustments to yourheating system.The NIBE SMO 05 supports one basic heating schemeenabling differently sized outdoor units and water heaters tobe combined. Simple installation Enables optimised control of the climate unit Control the climate unit using degree minute calculation Clear display of the heat pumps and heating systems essential temperatures Automatic legionella control The combination F2026, SMO 05 and VPA 200/70 is ideal for low ceiling heights NIBE ENERGY SYSTEMS Air/water heat pumps
  • NIBE F2026/F2300 + SMO 10 systemIndividual setup with the NIBE SMO 10 advanced controller andF2026 or F2300The NIBE SMO 10 is an advanced control module supporting abroad range of different hydraulic schemes. The SMO 10 enablesyou to combine a NIBE F2026 air/water heat pump with otherequipment and create your own customised heating system. Startwith one NIBE F2026 heat pump; if you need more power, you caninstall as many as nine NIBE F2026 heat pumps together in thesame system.The addition of the SMO 10 intelligent control module allows yourNIBE F2026 to work smoothly in a variety of ways. For example: Connected to another heating system such as gas, oil, electricity or district heating. Connected to a NIBE water heater of the size required to meet your domestic hot water needs. If you have a swimming pool, the SMO can connect your heat pump to your pool and heat that too. Systems controlled by the SMO can also incorporate solar panels, enabling you to use solar energy as a complementary heat source when available. NIBE ENERGY SYSTEMS Air/water heat pumps