Mitsubishi Electronics R410A Ventilation and service space, When installing a single outdoor unit

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2. Installation location

2.4. Ventilation and service space

2.4.1. When installing a single outdoor unit

Minimum dimensions are as follows, except for Max., meaning Maximum dimensions, indicated.

Refer to the figures for each case.

1Obstacles at rear only (Fig. 2-2)

2Obstacles at rear and above only (Fig. 2-3)

Do not install the optional air outlet guides for upward airflow.

3 Obstacles at rear and sides only (Fig. 2-4) 4 Obstacles at front only (Fig. 2-5)

When using an optional air outlet guide, the clearance is 500 mm [19-11/16 inch] or more.

5 Obstacles at front and rear only (Fig. 2-6)

When using an optional air outlet guide, the clearance is 500 mm [19-11/16 inch] or more.

6 Obstacles at rear, sides, and above only (Fig. 2-7)

Do not install the optional air outlet guides for upward airflow.

2.4.2.When installing multiple outdoor units

Leave 10 mm [13/32 inch] space or more between the units. 1 Obstacles at rear only (Fig. 2-8)

2 Obstacles at rear and above only (Fig. 2-9)

No more than three units must be installed side by side. In addition, leave space as shown.

Do not install the optional air outlet guides for upward airflow.

3Obstacles at front only (Fig. 2-10)

When using an optional air outlet guide, the clearance is 1000 mm [39-3/8 inch] or more.

4 Obstacles at front and rear only (Fig. 2-11)

When using an optional air outlet guide, the clearance is 1000 mm [39-3/8 inch] or more.

5 Single parallel unit arrangement (Fig. 2-12)

When using an optional air outlet guide installed for upward airflow, the clearance is 1000 mm [39-3/8 inch] or more.

6Multiple parallel unit arrangement (Fig. 2-13)

When using an optional air outlet guide installed for upward airflow, the clearance is 1500 mm [59-1/16 inch] or more.

7Stacked unit arrangement (Fig. 2-14)

The units can be stacked up to two units high.

No more than two stacked units must be installed side by side. In addition, leave space as shown.

-29/32 5

Fig. 2-2

-11/16 .19 Max 3/8 -39

7

 

-

 

7/8

-13/16 11

Fig. 2-3

-11/16 .19 Max

7

 

-

 

7/8

Fig. 2-4

59-1/16

-13/16 11

(inch)

-3/8 39

Fig. 2-5

-29/32 5

-3/8 39

Fig. 2-6

9

 

 

 

-

 

 

 

27/32

 

-11/16

 

-

 

9

27/32

19

 

 

Fig. 2-7

-13/16 11

Fig. 2-8

-13/16

1/16

Max

11

 

.

 

 

59-

59- 1/16

-11/16 19

Fig. 2-9

-1/16 59

Fig. 2-10

-11/16 19

-1/16 59

Fig. 2-11

-29/32 5

-24/32 78

-5/8 23

-3/8 39

Fig. 2-12

-11/16 19

-4/32 118

-5/8 23

-1/16 59

Fig. 2-13

59-1/16

Fig. 2-14

29/32-5

-1/2 31

4

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Contents PUMY-P·NHMU -BS Safety precautions ContentsConfirmation of parts attached Installation location When installing a single outdoor unit Ventilation and service spaceWhen installing multiple outdoor units Installing the outdoor unit Installing the refrigerant pipingPrecautions for devices that use R410A refrigerant Windy location installationConnecting pipes Fig Refrigerant piping Fig Refrigerant pipe airtight testing methodStop valve opening method Electrical work Drainage piping workAdditional refrigerant charge Control box and connecting position of wiring Fig Wiring transmission cablesNET Remote Controller MA Remote Controller Wiring of main power supply and equipment capacitySchematic Drawing of Wiring Example Fig Test run Before test runTest run Refrigerant collecting Pump downContenido Confirmación de las piezas incluidasMedidas de Seguridad Cuestiones previas a la instalaciónDimensiones exteriores Unidad exterior Fig Lugar de instalaciónAntes de la instalación eléctrica Antes de realizar las pruebas de funcionamientoCuando se instala una unidad exterior simple Ventilación y espacio de servicioCuando instale varias unidades exteriores Instalación de la unidad exterior Instalación de los tubos del refrigeranteInstalación en lugares expuestos al viento Instalación de la unidad exteriorTubos de conexión Fig Prueba de fuga de gas del tubo de refrigerante Tubos de refrigerante FigMétodo de abertura de la válvula de retención Tubería de drenaje Trabajo eléctricoCarga adicional de refrigerante CuidadoCaja de control y posición de conexión de los ca- bles Fig Tendido de cables de transmisiónControlador remoto M-NET Controlador remoto MA Dibujo esquemático del cableado ejemplo FigPrueba de funcionamiento Antes de realizar las pruebasPrueba de funcionamiento Recuperación de refrigerante vaciadoAvant l’installation Avant l’installation déplacementIndex Vérification des pièces livréesEmplacement d’installation Avant l’installation électriqueDimensions extérieures Appareil extérieur Fig Avant la marche d’essaiLors de l’installation d’un seul appareil extérieur Ventilation et espace de serviceLors de l’installation de plusieurs appareils extérieurs Installation de l’appareil extérieur Installation de la tuyauterie du réfrigérantInstallation à un endroit exposé au vent Installation de l’appareil extérieurConnexion des tuyaux Fig Ø9,52 3/8 Ø15,88 5/8 C, d, e, f Mm inch Numéro de modèleCouple de serrage 100 120Test d’étanchéité des tuyaux de réfrigérant Mise en place des tuyaux de réfrigérant FigComment ouvrir la vanne d’arrêt Installations électriques Mise en place du tuyau d’écoulementCharge supplémentaire de réfrigérant PrécautionMise en place des câbles de transmission Commande à distance M-NET Commande à distance MA Schéma du câblage exemple FigUtilisation de la télécommande Marche d’essaiMarche d’essai Récupération du réfrigérant AspirationBG79U872H02

R410A specifications

Mitsubishi Electronics R410A is a highly regarded refrigerant widely used in modern HVAC systems, particularly air conditioning units. This hydrofluorocarbon (HFC) refrigerant has gained popularity due to its environmental benefits and performance characteristics that meet the demands of contemporary cooling solutions.

One of the main features of R410A is its high energy efficiency. The refrigerant operates at a higher pressure compared to its predecessor, R22, which allows for smaller, more compact systems. This higher efficiency translates to lower energy consumption during operation, making R410A an environmentally friendly option that contributes to reducing greenhouse gas emissions. The energy savings not only benefit the environment but also reduce operational costs for end-users.

R410A also boasts excellent cooling capacity. Its thermodynamic properties enable effective heat exchange, making it suitable for various applications ranging from residential air conditioners to commercial chillers. The ability to maintain effective cooling performance even at high outdoor temperatures is a crucial characteristic, especially in warmer climates where high reliability is essential.

In terms of safety, R410A is classified as non-flammable and has a low toxicity level, making it a safer choice for use in both residential and commercial installations. It carries an ozone depletion potential (ODP) of zero, aligning with global efforts to phase out substances that deplete the ozone layer. As such, it complies with various international environmental regulations, ensuring that users are contributing to a sustainable future.

Mitsubishi Electronics integrates advanced technologies in their heating and cooling systems that utilize R410A. Features such as variable speed compressors and advanced control systems optimize performance, enhancing both comfort and energy efficiency. Additionally, the systems are designed to offer quiet operation, catering to users who prioritize noise reduction in their living or working environments.

In conclusion, Mitsubishi Electronics R410A refrigerant presents a combination of high energy efficiency, excellent cooling capacity, and safety attributes, solidifying its role as a vital component in contemporary HVAC technology. By utilizing R410A, Mitsubishi Electronics demonstrates its commitment to sustainability and performance, offering solutions that cater to the diverse needs of consumers while minimizing environmental impact.