Sanyo R410A Nomenclatura das peças unidade interior, Cuidados e limpeza, Tipo Período

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Nomenclatura das peças (unidade interior)

Saída de ar

Drenagem de água

Cuidados e limpeza

Filtro de ar

ADVERTÊNCIA

1.Por motivos de segurança desligue o aparelho de ar condicionado e desligue-o também da rede antes de proceder à sua limpeza.

2.Não verta água sobre a unidade interior para a limpar. Poderá danificar os componentes internos e causar descargas eléctricas.

Lado de entrada e saída de ar

Limpe o lado de entrada e saída de ar da unidade interior com um aspirador ou com um

(unidade interior)

pano macio e limpo.

PRECAUÇÃO

1.Nunca utilize solventes ou produtos químicos fortes para limpar a unidade interior. Não limpe as peças plásticas com água muito quente.

2.Algumas bordas metálicas e as pás do condensador são pontiagudas e podem causar ferimentos se não forem manuseadas com cuidado; tenha especial cuidado ao limpar estas partes.

3.A serpentina interna e outros componentes da unidade exterior devem ser limpos todos os anos. Contacte o seu concessionário ou centro de reparações.

Filtro de ar O filtro de ar recolhe a poeira e outras partículas do ar. Deve ser limpo em intervalos regulares como indicado na tabela abaixo ou quando a indicação de filtro ( ) aparece no visor da unidade de con- trolo remoto (com fios) indicando que o filtro deve ser limpo. Se o filtro ficar bloqueado, a eficiência do ar condicionado diminui bastante.

Tipo

Período

UMR

Seis meses

NOTA

A frequência de limpeza do filtro depende do ambiente de utilização da unidade.

<Como limpar o filtro>

1.Remova o filtro de ar da grelha de entrada de ar.

2.Utilize um aspirador para retirar poeira ligeira. Se houver poeira peganhosa no filtro, lave o filtro com água morna com sabão, passe-o por água limpa e seque-o.

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Contents Sanyo Airconditioners Europe S.r.l SPW-UMR124EH56 SPW-UMR164EH56 SPW-UMR184EH56Outdoor Units Optional ControllersSpecial Precautions Check of Density Limit General ContentsHOW to Install the Unit Duct for fresh air 16/18 General Precautions on Wiring Electrical Wiring7P terminal board Wiring System DiagramsOutdoor unit Indoor unit How to connect wiring to the terminal For stranded wiring Deburring HOW to Process TubingConnecting the Refrigerant Tubing Use of the Flaring Method Flaring Procedure with a Flare Tool· cm 140 180 kgf Φ9.52 3/8 Tube diameter Tightening torque Tube thickness ApproximateInsulation material Precautions for Packed Valve OperationTwo tubes arranged together Insulating the Refrigerant Tubing Tubing InsulationTaping the Tubes Finishing the InstallationType Period Care and CleaningHow to clean the filter Name of Parts Indoor UnitTips for Energy Saving TroubleshootingComment nettoyer le filtre Nom des pièces unité intérieureEntretien et nettoyage Type PériodeEntretien avant une période d’inactivité prolongée Guide de dépannage Conseils pour économiser l’énergieChoses à faire Reinigen des Luftfilters Care and Cleaning Pflege und ReinigungBezeichnungen der Teile TypZeit nicht verwendet werden soll Zeit nicht verwendet wurdeNützliche Hinweise für Energieeinsparung FehlersuchePulizia del filtro Nome delle parti Unità internaCura e manutenzione Tipo PeriodoPrecauzione Suggerimenti per risparmiare energia Prima di chiamare il tecnicoTipo Período Nomenclatura das peças unidade interiorCuidados e limpeza Unidade interior Pano macio e limpoPrecaução Sugestões para poupar energia Resolução de problemasUMR Page Page Nombres de las partes unidad interior Cuidados y limpiezaCómo limpiar el filtro Precaución Sugerencias para ahorrar energía Localización de averías
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R410A specifications

Sanyo R410A is a refrigerant blend that has gained popularity in air conditioning and refrigeration systems due to its efficiency and environmental benefits. Comprised of two main components, difluoromethane (R-32) and pentafluoroethane (R-125), R410A is categorized as an HFC (hydrofluorocarbon) refrigerant. One of its main advantages is its zero ozone depletion potential, making it an eco-friendly alternative to older refrigerants like R22, which are being phased out due to their harmful effects on the ozone layer.

One of the key features of Sanyo R410A is its high efficiency, which translates to lower energy consumption in air conditioning applications. The thermodynamic properties of R410A allow for higher cooling capacity and reduced energy input, yielding higher seasonal energy efficiency ratios (SEER) compared to R22 systems. This efficiency is not just beneficial for users looking to save on energy bills, but it also contributes to a reduced carbon footprint.

The blend's higher pressure capabilities allow manufacturers to design more compact and lightweight systems, which can lead to better utilization of space in residential and commercial settings. These space-saving designs are often equipped with advanced technologies such as inverter-driven compressors, which adjust their operating speed based on the cooling demand, further enhancing system efficiency.

Sanyo R410A also features excellent thermal properties, providing effective cooling performance across a range of ambient temperatures. The refrigerant has a lower volatility compared to older alternatives, which contributes to improved system stability and reliability over time. Additionally, R410A does not contribute to global warming to the extent of previous refrigerants, although its global warming potential is still a consideration for the future.

Among its technological advancements, Sanyo R410A enables the use of innovative HVAC systems that employ enhanced heat exchange methods. These systems often include microchannel coils that improve heat transfer efficiency while reducing refrigerant charge. The compatibility of R410A with various components allows manufacturers to push the boundaries of design and functionality in climate control systems.

In conclusion, Sanyo R410A stands out due to its exceptional efficiency, environmentally friendly characteristics, and compatibility with advanced technologies. As the HVAC industry continues to evolve, R410A's features and properties position it as a reliable choice for modern air conditioning and refrigeration applications. Its adoption marks a significant step towards achieving greater energy efficiency and sustainability in climate control solutions.